diff options
Diffstat (limited to 'lib')
262 files changed, 24495 insertions, 12092 deletions
diff --git a/lib/asn1/src/asn1ct_check.erl b/lib/asn1/src/asn1ct_check.erl index 321980e5e4..9ec0d93e93 100644 --- a/lib/asn1/src/asn1ct_check.erl +++ b/lib/asn1/src/asn1ct_check.erl @@ -5770,7 +5770,7 @@ format_error({missing_ocft,Component}) -> format_error(multiple_uniqs) -> "implementation limitation: only one UNIQUE field is allowed in CLASS"; format_error({namelist_redefinition,Name}) -> - io_lib:format("the name '~s' can not be redefined", [Name]); + io_lib:format("the name '~s' cannot be redefined", [Name]); format_error({param_bad_type, Ref}) -> io_lib:format("'~p' is not a parameterized type", [Ref]); format_error(param_wrong_number_of_arguments) -> diff --git a/lib/asn1/test/asn1_SUITE_data/IN-CS-1-Datatypes.asn b/lib/asn1/test/asn1_SUITE_data/IN-CS-1-Datatypes.asn index ff0361f5c5..fb092f3f9c 100644 --- a/lib/asn1/test/asn1_SUITE_data/IN-CS-1-Datatypes.asn +++ b/lib/asn1/test/asn1_SUITE_data/IN-CS-1-Datatypes.asn @@ -1152,7 +1152,7 @@ FilteringCriteria ::= CHOICE { -- In case calledAddressValue is specified, the numbers to be filtered are from calledAddressValue
-- up to and including calledAddressValue + maximumNumberOfCounters-1.
--- The last two digits of calledAddressvalue can not exceed 100-maximumNumberOfCounters.
+-- The last two digits of calledAddressvalue cannot exceed 100-maximumNumberOfCounters.
FilteringTimeOut ::= CHOICE {
duration [0] Duration,
stopTime [1] DateAndTime
diff --git a/lib/common_test/doc/src/ct_hooks.xml b/lib/common_test/doc/src/ct_hooks.xml index 954be0ffba..2f853d133d 100644 --- a/lib/common_test/doc/src/ct_hooks.xml +++ b/lib/common_test/doc/src/ct_hooks.xml @@ -368,7 +368,7 @@ <seealso marker="common_test#Module:end_per_testcase-2"><c>end_per_testcase</c></seealso> instead.</p> - <p>This function can not change the result of the test case by returning skip or fail + <p>This function cannot change the result of the test case by returning skip or fail tuples, but it may insert items in <c>Config</c> that can be read in <c>end_per_testcase/2</c> or in <c>post_end_per_testcase/5</c>.</p> diff --git a/lib/common_test/doc/src/notes.xml b/lib/common_test/doc/src/notes.xml index 118dcd88bd..dc18def838 100644 --- a/lib/common_test/doc/src/notes.xml +++ b/lib/common_test/doc/src/notes.xml @@ -2109,7 +2109,7 @@ ct_netconfc:close_session sometimes returned {error,closed} because the ssh connection was closed (from the server side) before the rpc-reply was received - by the client. This is normal and can not be helped. It + by the client. This is normal and cannot be helped. It has been corrected so the return will be 'ok' in this case. Other error situations will still give {error,Reason}.</p> @@ -2123,7 +2123,7 @@ {error,{process_down,Pid,normal}} because the ssh connection was closed (from the server side) before the rpc-reply was received by the client. This is normal and - can not be helped. It has been corrected so the return + cannot be helped. It has been corrected so the return will be 'ok' in this situation.</p> <p> Own Id: OTP-10570</p> @@ -2775,8 +2775,8 @@ The info function for <c>init/end_per_suite(Config)</c> is <c>init/end_per_suite()</c>, and for <c>init/end_per_group(GroupName,Config)</c> it's - <c>init/end_per_group(GroupName)</c>. Info functions can - not be used with <c>init/end_per_testcase(TestCase, + <c>init/end_per_group(GroupName)</c>. Info functions + cannot be used with <c>init/end_per_testcase(TestCase, Config)</c>, since these configuration functions execute on the test case process and will use the same properties as the test case (i.e. properties set by the test case @@ -3860,7 +3860,7 @@ If the Erlang runtime system was started without access to an erlang shell (e.g. -noshell), compilation errors would cause a crash in the Common Test application. - Without access to a shell, Common Test can not prompt the + Without access to a shell, Common Test cannot prompt the user to choose to continue or abort the test session, but must assume that the session should proceed.</p> <p> diff --git a/lib/common_test/src/ct.erl b/lib/common_test/src/ct.erl index 778ea2e9e2..bfa7b25862 100644 --- a/lib/common_test/src/ct.erl +++ b/lib/common_test/src/ct.erl @@ -390,11 +390,7 @@ testcases(TestDir, Suite) -> end. make_and_load(Dir, Suite) -> - EnvInclude = - case os:getenv("CT_INCLUDE_PATH") of - false -> []; - CtInclPath -> string:lexemes(CtInclPath, [$:,$ ,$,]) - end, + EnvInclude = string:lexemes(os:getenv("CT_INCLUDE_PATH", ""), [$:,$ ,$,]), StartInclude = case init:get_argument(include) of {ok,[Dirs]} -> Dirs; diff --git a/lib/common_test/src/ct_framework.erl b/lib/common_test/src/ct_framework.erl index 134ae0e1cc..7e98e6395f 100644 --- a/lib/common_test/src/ct_framework.erl +++ b/lib/common_test/src/ct_framework.erl @@ -1168,7 +1168,7 @@ get_all(Mod, ConfTests) -> case code:which(Mod) of non_existing -> list_to_atom(atom_to_list(Mod)++ - " can not be compiled or loaded"); + " cannot be compiled or loaded"); _ -> list_to_atom(atom_to_list(Mod)++":all/0 is missing") end, diff --git a/lib/common_test/src/ct_release_test.erl b/lib/common_test/src/ct_release_test.erl index 60d17f43dc..ac3dcab7c9 100644 --- a/lib/common_test/src/ct_release_test.erl +++ b/lib/common_test/src/ct_release_test.erl @@ -152,10 +152,10 @@ %% returned configuration must therefore also be returned from %% the calling `init_per_*'. %% -%% If the initialization fails, e.g. if a required release can -%% not be found, the function returns `{skip,Reason}'. In +%% If the initialization fails, e.g. if a required release +%% cannot be found, the function returns `{skip,Reason}'. In %% this case the other test support functions in this mudule -%% can not be used. +%% cannot be used. %% %% Example: %% @@ -426,7 +426,7 @@ init_upgrade_test(Level) -> case OldRel of false -> ct:log("Release ~tp is not available." - " Upgrade on '~p' level can not be tested.", + " Upgrade on '~p' level cannot be tested.", [FromVsn,Level]), undefined; _ -> @@ -528,7 +528,7 @@ target_system(Apps,CreateDir,InstallDir,{FromVsn,_,AllAppsVsns,Path}) -> {path,Path}]]), %% Unpack the tar to complete the installation - erl_tar:extract(RelName ++ ".tar.gz", [{cwd, InstallDir}, compressed]), + ok = erl_tar:extract(RelName ++ ".tar.gz", [{cwd, InstallDir}, compressed]), %% Add bin and log dirs BinDir = filename:join([InstallDir, "bin"]), @@ -554,11 +554,11 @@ target_system(Apps,CreateDir,InstallDir,{FromVsn,_,AllAppsVsns,Path}) -> %% create start_erl.data, sys.config and start.src StartErlData = filename:join([InstallDir, "releases", "start_erl.data"]), - write_file(StartErlData, io_lib:fwrite("~s ~s~n", [ErtsVsn, FromVsn])), + ok = write_file(StartErlData, io_lib:fwrite("~s ~s~n", [ErtsVsn, FromVsn])), SysConfig = filename:join([InstallDir, "releases", FromVsn, "sys.config"]), - write_file(SysConfig, "[]."), + ok = write_file(SysConfig, "[]."), StartSrc = filename:join(ErtsBinDir,"start.src"), - write_file(StartSrc,start_script()), + ok = write_file(StartSrc,start_script()), ok = file:change_mode(StartSrc,8#0755), %% Make start_erl executable @@ -620,7 +620,7 @@ upgrade_system(Apps, FromRel, CreateDir, InstallDir, {_,ToVsn,_,_}) -> [{path,[FromPath]}, {outdir,CreateDir}]]), SysConfig = filename:join([CreateDir, "sys.config"]), - write_file(SysConfig, "[]."), + ok = write_file(SysConfig, "[]."), ok = systools(make_tar,[RelName,[{erts,code:root_dir()}]]), @@ -858,7 +858,7 @@ subst_file(Src, Dest, Vars, Opts) -> {ok, Bin} = file:read_file(Src), Conts = unicode:characters_to_list(Bin), NConts = subst(Conts, Vars), - write_file(Dest, NConts), + ok = write_file(Dest, NConts), case lists:member(preserve, Opts) of true -> {ok, FileInfo} = file:read_file_info(Src), diff --git a/lib/common_test/src/ct_telnet.erl b/lib/common_test/src/ct_telnet.erl index f9abecfd38..58a29edace 100644 --- a/lib/common_test/src/ct_telnet.erl +++ b/lib/common_test/src/ct_telnet.erl @@ -1085,7 +1085,7 @@ match_line(Name,Pid,Line,[Pattern|Patterns],FoundPrompt,Term,EO,RetTag) -> end; match_line(Name,Pid,Line,[],FoundPrompt,Term,EO,match) -> match_line(Name,Pid,Line,EO#eo.haltpatterns,FoundPrompt,Term,EO,halt); -%% print any terminated line that can not be matched +%% print any terminated line that cannot be matched match_line(Name,Pid,Line,[],_FoundPrompt,true,_EO,halt) -> log(name_or_pid(Name,Pid)," ~ts",[Line]), nomatch; diff --git a/lib/common_test/src/ct_util.erl b/lib/common_test/src/ct_util.erl index d8fd401a64..9f489e9bfb 100644 --- a/lib/common_test/src/ct_util.erl +++ b/lib/common_test/src/ct_util.erl @@ -192,7 +192,10 @@ do_start(Parent, Mode, LogDir, Verbosity) -> ok end, - ct_default_gl:start_link(group_leader()), + case ct_default_gl:start_link(group_leader()) of + {ok, _} -> ok; + ignore -> ok + end, {StartTime,TestLogDir} = ct_logs:init(Mode, Verbosity), diff --git a/lib/common_test/src/cth_log_redirect.erl b/lib/common_test/src/cth_log_redirect.erl index 4980d1ee4b..86081369b9 100644 --- a/lib/common_test/src/cth_log_redirect.erl +++ b/lib/common_test/src/cth_log_redirect.erl @@ -124,7 +124,8 @@ start_log_handler() -> shutdown=>2000, type=>worker, modules=>[?MODULE]}, - {ok,_} = supervisor:start_child(logger_sup,ChildSpec); + {ok,_} = supervisor:start_child(logger_sup,ChildSpec), + ok; _Pid -> ok end, diff --git a/lib/common_test/src/test_server_ctrl.erl b/lib/common_test/src/test_server_ctrl.erl index 8bd6cd583a..34f2feb33c 100644 --- a/lib/common_test/src/test_server_ctrl.erl +++ b/lib/common_test/src/test_server_ctrl.erl @@ -1393,7 +1393,7 @@ temp_nodename([Chr|Base], Acc) -> %% %% Counts the test cases that are about to run and returns that number. %% If there's a conf group in TestSpec with a repeat property, the total number -%% of cases can not be calculated and NoOfCases = unknown. +%% of cases cannot be calculated and NoOfCases = unknown. count_test_cases(TopCases, SkipCases) when is_list(TopCases) -> case collect_all_cases(TopCases, SkipCases) of {error,_Why} = Error -> @@ -4906,7 +4906,7 @@ collect_files(Dir, Pattern, St, Mode) -> fullname_to_mod(Path) when is_list(Path) -> %% If this is called with a binary, then we are probably in +fnu %% mode and have found a beam file with name encoded as latin1. We - %% will let this crash since it can not work to load such a module + %% will let this crash since it cannot work to load such a module %% anyway. It should be removed or renamed! list_to_atom(filename:rootname(filename:basename(Path))). diff --git a/lib/common_test/test/ct_auto_compile_SUITE.erl b/lib/common_test/test/ct_auto_compile_SUITE.erl index dface99b8f..f88f13c889 100644 --- a/lib/common_test/test/ct_auto_compile_SUITE.erl +++ b/lib/common_test/test/ct_auto_compile_SUITE.erl @@ -169,7 +169,7 @@ test_events(ac_flag) -> {?eh,start_info,{1,1,3}}, {?eh,tc_start,{ct_framework,error_in_suite}}, {?eh,tc_done,{ct_framework,error_in_suite, - {failed,{error,'bad_SUITE can not be compiled or loaded'}}}}, + {failed,{error,'bad_SUITE cannot be compiled or loaded'}}}}, {?eh,tc_start,{dummy_SUITE,init_per_suite}}, {?eh,tc_done,{dummy_SUITE,init_per_suite,ok}}, {?eh,test_stats,{1,1,{1,0}}}, @@ -186,7 +186,7 @@ test_events(ac_spec) -> {?eh,start_info,{1,1,3}}, {?eh,tc_start,{ct_framework,error_in_suite}}, {?eh,tc_done,{ct_framework,error_in_suite, - {failed,{error,'bad_SUITE can not be compiled or loaded'}}}}, + {failed,{error,'bad_SUITE cannot be compiled or loaded'}}}}, {?eh,tc_start,{dummy_SUITE,init_per_suite}}, {?eh,tc_done,{dummy_SUITE,init_per_suite,ok}}, {?eh,test_stats,{1,1,{1,0}}}, diff --git a/lib/common_test/test/ct_config_SUITE.erl b/lib/common_test/test/ct_config_SUITE.erl index 5ffc735d6a..ec5278b96d 100644 --- a/lib/common_test/test/ct_config_SUITE.erl +++ b/lib/common_test/test/ct_config_SUITE.erl @@ -211,18 +211,12 @@ reformat_events(Events, EH) -> %%% Test related to 'localtime' will often fail if the test host is %%% time warping, so let's just skip the 'dynamic' tests then. skip_dynamic() -> - case os:getenv("TS_EXTRA_PLATFORM_LABEL") of - TSExtraPlatformLabel when is_list(TSExtraPlatformLabel) -> - case string:find(TSExtraPlatformLabel,"TimeWarpingOS") of - nomatch -> false; - _ -> true - end; - _ -> - false + case string:find(os:getenv("TS_EXTRA_PLATFORM_LABEL", ""), "TimeWarpingOS") of + nomatch -> false; + _ -> true end. - %%%----------------------------------------------------------------- %%% TEST EVENTS %%%----------------------------------------------------------------- diff --git a/lib/common_test/test/ct_netconfc_SUITE_data/netconfc1_SUITE.erl b/lib/common_test/test/ct_netconfc_SUITE_data/netconfc1_SUITE.erl index a2fa099a8c..0a374d7404 100644 --- a/lib/common_test/test/ct_netconfc_SUITE_data/netconfc1_SUITE.erl +++ b/lib/common_test/test/ct_netconfc_SUITE_data/netconfc1_SUITE.erl @@ -205,7 +205,7 @@ hello_required_exists(Config) -> SshDir = ?config(ssh_dir,Config), {ok,_Client1} = open_configured_success(my_named_connection,SshDir), - %% Check that same name can not be used twice + %% Check that same name cannot be used twice {error,{connection_exists,_Client1}} = ct_netconfc:open(my_named_connection,[{user_dir,SshDir}]), @@ -385,7 +385,7 @@ timeout_get(Config) -> %% received, the timeout message might already be sent when the timer %% is cancelled. This test checks that the timeout message is flushed %% from the message queue. If it isn't, the client crashes and the -%% session can not be closed afterwards. +%% session cannot be closed afterwards. %% Note that we can only hope that the test case triggers the problem %% every now and then, as it is very timing dependent... flush_timeout_get(Config) -> diff --git a/lib/common_test/test/test_server_SUITE.erl b/lib/common_test/test/test_server_SUITE.erl index 05737cfac9..6e52f24025 100644 --- a/lib/common_test/test/test_server_SUITE.erl +++ b/lib/common_test/test/test_server_SUITE.erl @@ -260,7 +260,7 @@ translate_filename(Filename,EncodingOnTestNode) -> end. get_latest_run_dir(Dir) -> - %% For the time being, filelib:wildcard can not take a binary + %% For the time being, filelib:wildcard cannot take a binary %% argument, so we avoid using this here. case file:list_dir(Dir) of {ok,Files} -> @@ -315,7 +315,7 @@ generate_and_run_unicode_test(Config0,Encoding) -> DataDir = ?config(data_dir,Config0), Suite = create_unicode_test_suite(DataDir,Encoding), - %% We can not run this test on default node since it must be + %% We cannot run this test on default node since it must be %% started with correct file name mode (+fnu/+fnl). %% OBS: the node are stopped by end_per_testcase/2 Config1 = lists:keydelete(node,1,Config0), diff --git a/lib/common_test/test/test_server_test_lib.erl b/lib/common_test/test/test_server_test_lib.erl index 9ee946af0b..58b3aaee9b 100644 --- a/lib/common_test/test/test_server_test_lib.erl +++ b/lib/common_test/test/test_server_test_lib.erl @@ -22,7 +22,7 @@ -export([parse_suite/1]). -export([init/2, pre_init_per_testcase/3, post_end_per_testcase/4]). -%% for test_server_SUITE when node can not be started as slave +%% for test_server_SUITE when node cannot be started as slave -export([prepare_tester_node/2]). -include("test_server_test_lib.hrl"). diff --git a/lib/common_test/test_server/ts_install.erl b/lib/common_test/test_server/ts_install.erl index 048e5493d2..09f3da860a 100644 --- a/lib/common_test/test_server/ts_install.erl +++ b/lib/common_test/test_server/ts_install.erl @@ -112,12 +112,6 @@ get_vars([], name, [], Result) -> get_vars(_, _, _, _) -> {error, fatal_bad_conf_vars}. -config_flags() -> - case os:getenv("CONFIG_FLAGS") of - false -> []; - CF -> string:lexemes(CF, " \t\n") - end. - unix_autoconf(XConf) -> Configure = filename:absname("configure"), Flags = proplists:get_value(crossflags,XConf,[]), @@ -128,7 +122,7 @@ unix_autoconf(XConf) -> erlang:system_info(threads) /= false], Debug = [" --enable-debug-mode" || string:find(erlang:system_info(system_version),"debug") =/= nomatch], - MXX_Build = [Y || Y <- config_flags(), + MXX_Build = [Y || Y <- string:lexemes(os:getenv("CONFIG_FLAGS", ""), " \t\n"), Y == "--enable-m64-build" orelse Y == "--enable-m32-build"], Args = Host ++ Build ++ Threads ++ Debug ++ " " ++ MXX_Build, @@ -164,7 +158,7 @@ assign_vars(FlagsStr) -> assign_all_vars([$$ | Rest], FlagSoFar) -> {VarName,Rest1} = get_var_name(Rest, []), - assign_all_vars(Rest1, FlagSoFar ++ assign_var(VarName)); + assign_all_vars(Rest1, FlagSoFar ++ os:getenv(VarName, "")); assign_all_vars([Char | Rest], FlagSoFar) -> assign_all_vars(Rest, FlagSoFar ++ [Char]); assign_all_vars([], Flag) -> @@ -177,12 +171,6 @@ get_var_name([Ch | Rest] = Str, VarR) -> end; get_var_name([], VarR) -> {lists:reverse(VarR),[]}. - -assign_var(VarName) -> - case os:getenv(VarName) of - false -> ""; - Val -> Val - end. valid_char(Ch) when Ch >= $a, Ch =< $z -> true; valid_char(Ch) when Ch >= $A, Ch =< $Z -> true; @@ -280,7 +268,7 @@ add_vars(Vars0, Opts0) -> {Opts, [{longnames, LongNames}, {platform_id, PlatformId}, {platform_filename, PlatformFilename}, - {rsh_name, get_rsh_name()}, + {rsh_name, os:getenv("ERL_RSH", "rsh")}, {platform_label, PlatformLabel}, {ts_net_dir, Mounted}, {erl_flags, []}, @@ -301,16 +289,10 @@ get_testcase_callback() -> end end. -get_rsh_name() -> - case os:getenv("ERL_RSH") of - false -> "rsh"; - Str -> Str - end. - platform_id(Vars) -> {Id,_,_,_} = platform(Vars), Id. - + platform(Vars) -> Hostname = hostname(), diff --git a/lib/compiler/doc/src/compile.xml b/lib/compiler/doc/src/compile.xml index cfbd4c7fda..45e442f5c2 100644 --- a/lib/compiler/doc/src/compile.xml +++ b/lib/compiler/doc/src/compile.xml @@ -416,6 +416,17 @@ module.beam: module.erl \ is not documented, and can change between releases.</p> </item> + <tag><c>no_spawn_compiler_process</c></tag> + <item> + <p>By default, all code is compiled in a separate process + which is terminated at the end of compilation. However, + some tools, like Dialyzer or compilers for other BEAM languages, + may already manage their own worker processes and spawning + an extra process may slow the compilation down. + In such scenarios, you can pass this option to stop the + compiler from spawning an additional process.</p> + </item> + <tag><c>no_strict_record_tests</c></tag> <item> <p>This option is not recommended.</p> diff --git a/lib/compiler/src/Makefile b/lib/compiler/src/Makefile index 2408c76b48..d475e5a19a 100644 --- a/lib/compiler/src/Makefile +++ b/lib/compiler/src/Makefile @@ -50,9 +50,7 @@ MODULES = \ beam_asm \ beam_block \ beam_bs \ - beam_bsm \ beam_clean \ - beam_dead \ beam_dict \ beam_disasm \ beam_except \ @@ -61,12 +59,19 @@ MODULES = \ beam_listing \ beam_opcodes \ beam_peep \ - beam_receive \ - beam_reorder \ - beam_record \ - beam_split \ + beam_ssa \ + beam_ssa_bsm \ + beam_ssa_codegen \ + beam_ssa_dead \ + beam_ssa_funs \ + beam_ssa_lint \ + beam_ssa_opt \ + beam_ssa_pp \ + beam_ssa_pre_codegen \ + beam_ssa_recv \ + beam_ssa_type \ + beam_kernel_to_ssa \ beam_trim \ - beam_type \ beam_utils \ beam_validator \ beam_z \ @@ -90,7 +95,6 @@ MODULES = \ sys_core_fold_lists \ sys_core_inline \ sys_pre_attributes \ - v3_codegen \ v3_core \ v3_kernel \ v3_kernel_pp @@ -99,6 +103,7 @@ BEAM_H = $(wildcard ../priv/beam_h/*.h) HRL_FILES= \ beam_disasm.hrl \ + beam_ssa.hrl \ core_parse.hrl \ v3_kernel.hrl @@ -185,7 +190,17 @@ release_docs_spec: # ---------------------------------------------------- $(EBIN)/beam_disasm.beam: $(EGEN)/beam_opcodes.hrl beam_disasm.hrl -$(EBIN)/beam_listing.beam: core_parse.hrl v3_kernel.hrl +$(EBIN)/beam_listing.beam: core_parse.hrl v3_kernel.hrl beam_ssa.hrl +$(EBIN)/beam_kernel_to_ssa.beam: v3_kernel.hrl beam_ssa.hrl +$(EBIN)/beam_ssa.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_codegen.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_dead.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_lint.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_opt.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_pp.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_pre_codegen.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_recv.beam: beam_ssa.hrl +$(EBIN)/beam_ssa_type.beam: beam_ssa.hrl $(EBIN)/cerl.beam: core_parse.hrl $(EBIN)/compile.beam: core_parse.hrl ../../stdlib/include/erl_compile.hrl $(EBIN)/core_lib.beam: core_parse.hrl @@ -197,7 +212,6 @@ $(EBIN)/sys_core_dsetel.beam: core_parse.hrl $(EBIN)/sys_core_fold.beam: core_parse.hrl $(EBIN)/sys_core_fold_lists.beam: core_parse.hrl $(EBIN)/sys_core_inline.beam: core_parse.hrl -$(EBIN)/v3_codegen.beam: v3_kernel.hrl $(EBIN)/v3_core.beam: core_parse.hrl $(EBIN)/v3_kernel.beam: core_parse.hrl v3_kernel.hrl $(EBIN)/v3_kernel_pp.beam: v3_kernel.hrl diff --git a/lib/compiler/src/beam_a.erl b/lib/compiler/src/beam_a.erl index 6fd4ace540..dd2537a699 100644 --- a/lib/compiler/src/beam_a.erl +++ b/lib/compiler/src/beam_a.erl @@ -39,14 +39,29 @@ function({function,Name,Arity,CLabel,Is0}) -> %% Remove unusued labels for cleanliness and to help %% optimization passes and HiPE. - Is = beam_jump:remove_unused_labels(Is1), - {function,Name,Arity,CLabel,Is} + Is2 = beam_jump:remove_unused_labels(Is1), + + %% Some optimization passes can't handle consecutive labels. + %% Coalesce multiple consecutive labels. + Is = coalesce_consecutive_labels(Is2, [], []), + + {function,Name,Arity,CLabel,Is} catch Class:Error:Stack -> io:fwrite("Function: ~w/~w\n", [Name,Arity]), erlang:raise(Class, Error, Stack) end. +rename_instrs([{test,is_eq_exact,_,[Dst,Src]}=Test, + {move,Src,Dst}|Is]) -> + %% The move instruction is not needed. + rename_instrs([Test|Is]); +rename_instrs([{test,is_eq_exact,_,[Same,Same]}|Is]) -> + %% Same literal or same register. Will always succeed. + rename_instrs(Is); +rename_instrs([{loop_rec,{f,Fail},{x,0}},{loop_rec_end,_},{label,Fail}|Is]) -> + %% This instruction sequence does nothing. + rename_instrs(Is); rename_instrs([{apply_last,A,N}|Is]) -> [{apply,A},{deallocate,N},return|rename_instrs(Is)]; rename_instrs([{call_last,A,F,N}|Is]) -> @@ -113,6 +128,8 @@ rename_instr({put_map_exact,Fail,S,D,R,L}) -> {put_map,Fail,exact,S,D,R,L}; rename_instr({test,has_map_fields,Fail,Src,{list,List}}) -> {test,has_map_fields,Fail,[Src|List]}; +rename_instr({test,is_nil,Fail,[Src]}) -> + {test,is_eq_exact,Fail,[Src,nil]}; rename_instr({select_val=I,Reg,Fail,{list,List}}) -> {select,I,Reg,Fail,List}; rename_instr({select_tuple_arity=I,Reg,Fail,{list,List}}) -> @@ -120,3 +137,11 @@ rename_instr({select_tuple_arity=I,Reg,Fail,{list,List}}) -> rename_instr(send) -> {call_ext,2,send}; rename_instr(I) -> I. + +coalesce_consecutive_labels([{label,L}=Lbl,{label,Alias}|Is], Replace, Acc) -> + coalesce_consecutive_labels([Lbl|Is], [{Alias,L}|Replace], Acc); +coalesce_consecutive_labels([I|Is], Replace, Acc) -> + coalesce_consecutive_labels(Is, Replace, [I|Acc]); +coalesce_consecutive_labels([], Replace, Acc) -> + D = maps:from_list(Replace), + beam_utils:replace_labels(Acc, [], D, fun(L) -> L end). diff --git a/lib/compiler/src/beam_block.erl b/lib/compiler/src/beam_block.erl index fe43163455..9d8d5b2b0c 100644 --- a/lib/compiler/src/beam_block.erl +++ b/lib/compiler/src/beam_block.erl @@ -17,39 +17,24 @@ %% %% %CopyrightEnd% %% -%% Purpose : Partitions assembly instructions into basic blocks and -%% optimizes them. +%% Purpose: Partition BEAM instructions into basic blocks. -module(beam_block). -export([module/2]). --import(lists, [reverse/1,reverse/2,member/2]). +-import(lists, [reverse/1,splitwith/2]). -spec module(beam_utils:module_code(), [compile:option()]) -> {'ok',beam_utils:module_code()}. -module({Mod,Exp,Attr,Fs0,Lc}, Opts) -> - Blockify = not member(no_blockify, Opts), - Fs = [function(F, Blockify) || F <- Fs0], +module({Mod,Exp,Attr,Fs0,Lc}, _Opts) -> + Fs = [function(F) || F <- Fs0], {ok,{Mod,Exp,Attr,Fs,Lc}}. -function({function,Name,Arity,CLabel,Is0}, Blockify) -> +function({function,Name,Arity,CLabel,Is0}) -> try - %% Collect basic blocks and optimize them. - Is1 = case Blockify of - false -> Is0; - true -> blockify(Is0) - end, - Is2 = embed_lines(Is1), - Is3 = local_cse(Is2), - Is4 = beam_utils:anno_defs(Is3), - Is5 = move_allocates(Is4), - Is6 = beam_utils:live_opt(Is5), - Is7 = opt_blocks(Is6), - Is8 = beam_utils:delete_annos(Is7), - Is = opt_allocs(Is8), - - %% Done. + Is1 = blockify(Is0), + Is = embed_lines(Is1), {function,Name,Arity,CLabel,Is} catch Class:Error:Stack -> @@ -64,9 +49,6 @@ function({function,Name,Arity,CLabel,Is0}, Blockify) -> blockify(Is) -> blockify(Is, []). -blockify([{loop_rec,{f,Fail},{x,0}},{loop_rec_end,_Lbl},{label,Fail}|Is], Acc) -> - %% Useless instruction sequence. - blockify(Is, Acc); blockify([I|Is0]=IsAll, Acc) -> case collect(I) of error -> blockify(Is0, [I|Acc]); @@ -80,12 +62,10 @@ collect_block(Is) -> collect_block(Is, []). collect_block([{allocate,N,R}|Is0], Acc) -> - {Inits,Is} = lists:splitwith(fun ({init,{y,_}}) -> true; - (_) -> false - end, Is0), + {Inits,Is} = splitwith(fun ({init,{y,_}}) -> true; + (_) -> false + end, Is0), collect_block(Is, [{set,[],[],{alloc,R,{nozero,N,0,Inits}}}|Acc]); -collect_block([{allocate_zero,Ns,R},{test_heap,Nh,R}|Is], Acc) -> - collect_block(Is, [{set,[],[],{alloc,R,{zero,Ns,Nh,[]}}}|Acc]); collect_block([I|Is]=Is0, Acc) -> case collect(I) of error -> {reverse(Acc),Is0}; @@ -100,23 +80,20 @@ collect({allocate_heap,Ns,Nh,R}) -> {set,[],[],{alloc,R,{nozero,Ns,Nh,[]}}}; collect({allocate_heap_zero,Ns,Nh,R}) -> {set,[],[],{alloc,R,{zero,Ns,Nh,[]}}}; collect({init,D}) -> {set,[D],[],init}; collect({test_heap,N,R}) -> {set,[],[],{alloc,R,{nozero,nostack,N,[]}}}; -collect({bif,N,F,As,D}) -> {set,[D],As,{bif,N,F}}; -collect({gc_bif,N,F,R,As,D}) -> {set,[D],As,{alloc,R,{gc_bif,N,F}}}; +collect({bif,N,{f,0},As,D}) -> {set,[D],As,{bif,N,{f,0}}}; +collect({gc_bif,N,{f,0},R,As,D}) -> {set,[D],As,{alloc,R,{gc_bif,N,{f,0}}}}; collect({move,S,D}) -> {set,[D],[S],move}; collect({put_list,S1,S2,D}) -> {set,[D],[S1,S2],put_list}; collect({put_tuple,A,D}) -> {set,[D],[],{put_tuple,A}}; collect({put,S}) -> {set,[],[S],put}; +collect({put_tuple2,D,{list,Els}}) -> {set,[D],Els,put_tuple2}; collect({get_tuple_element,S,I,D}) -> {set,[D],[S],{get_tuple_element,I}}; collect({set_tuple_element,S,D,I}) -> {set,[],[S,D],{set_tuple_element,I}}; collect({get_hd,S,D}) -> {set,[D],[S],get_hd}; collect({get_tl,S,D}) -> {set,[D],[S],get_tl}; collect(remove_message) -> {set,[],[],remove_message}; -collect({put_map,F,Op,S,D,R,{list,Puts}}) -> - {set,[D],[S|Puts],{alloc,R,{put_map,Op,F}}}; -collect({'catch'=Op,R,L}) -> - {set,[R],[],{try_catch,Op,L}}; -collect({'try'=Op,R,L}) -> - {set,[R],[],{try_catch,Op,L}}; +collect({put_map,{f,0},Op,S,D,R,{list,Puts}}) -> + {set,[D],[S|Puts],{alloc,R,{put_map,Op,{f,0}}}}; collect(fclearerror) -> {set,[],[],fclearerror}; collect({fcheckerror,{f,0}}) -> {set,[],[],fcheckerror}; collect({fmove,S,D}) -> {set,[D],[S],fmove}; @@ -137,557 +114,6 @@ embed_lines([{block,B2},{line,_}=Line,{block,B1}|T], Acc) -> embed_lines([{block,B1},{line,_}=Line|T], Acc) -> B = {block,[{set,[],[],Line}|B1]}, embed_lines([B|T], Acc); -embed_lines([{block,B2},{block,B1}|T], Acc) -> - %% This can only happen when beam_block is run for - %% the second time. - B = {block,B1++B2}, - embed_lines([B|T], Acc); embed_lines([I|Is], Acc) -> embed_lines(Is, [I|Acc]); embed_lines([], Acc) -> Acc. - -opt_blocks([{block,Bl0}|Is]) -> - %% The live annotation at the beginning is not useful. - [{'%anno',_}|Bl] = Bl0, - [{block,opt_block(Bl)}|opt_blocks(Is)]; -opt_blocks([I|Is]) -> - [I|opt_blocks(Is)]; -opt_blocks([]) -> []. - -opt_block(Is0) -> - find_fixpoint(fun(Is) -> - opt_tuple_element(opt(Is)) - end, Is0). - -find_fixpoint(OptFun, Is0) -> - case OptFun(Is0) of - Is0 -> Is0; - Is1 -> find_fixpoint(OptFun, Is1) - end. - -%% move_allocates(Is0) -> Is -%% Move allocate instructions upwards in the instruction stream -%% (within the same block), in the hope of getting more possibilities -%% for optimizing away moves later. -%% -%% For example, we can transform the following instructions: -%% -%% get_tuple_element x(1) Element => x(2) -%% allocate_zero StackSize 3 %% x(0), x(1), x(2) are live -%% -%% to the following instructions: -%% -%% allocate_zero StackSize 2 %% x(0) and x(1) are live -%% get_tuple_element x(1) Element => x(2) -%% -%% NOTE: Since the beam_reorder pass has been run, it is no longer -%% safe to assume that if x(N) is initialized, then all lower-numbered -%% x registers are also initialized. -%% -%% For example, we must be careful when transforming the following -%% instructions: -%% -%% get_tuple_element x(0) Element => x(1) -%% allocate_zero StackSize 3 %x(0), x(1), x(2) are live -%% -%% to the following instructions: -%% -%% allocate_zero StackSize 3 -%% get_tuple_element x(0) Element => x(1) -%% -%% The transformation is safe if and only if x(1) has been -%% initialized previously. We will use the annotations added by -%% beam_utils:anno_defs/1 to determine whether x(a) has been -%% initialized. - -move_allocates([{block,Bl0}|Is]) -> - Bl = move_allocates_1(reverse(Bl0), []), - [{block,Bl}|move_allocates(Is)]; -move_allocates([I|Is]) -> - [I|move_allocates(Is)]; -move_allocates([]) -> []. - -move_allocates_1([{'%anno',_}|Is], Acc) -> - move_allocates_1(Is, Acc); -move_allocates_1([I|Is], [{set,[],[],{alloc,Live0,Info0}}|Acc]=Acc0) -> - case alloc_may_pass(I) of - false -> - move_allocates_1(Is, [I|Acc0]); - true -> - case alloc_live_regs(I, Is, Live0) of - not_possible -> - move_allocates_1(Is, [I|Acc0]); - Live when is_integer(Live) -> - Info = safe_info(Info0), - A = {set,[],[],{alloc,Live,Info}}, - move_allocates_1(Is, [A,I|Acc]) - end - end; -move_allocates_1([I|Is], Acc) -> - move_allocates_1(Is, [I|Acc]); -move_allocates_1([], Acc) -> Acc. - -alloc_may_pass({set,_,[{fr,_}],fmove}) -> false; -alloc_may_pass({set,_,_,{alloc,_,_}}) -> false; -alloc_may_pass({set,_,_,{set_tuple_element,_}}) -> false; -alloc_may_pass({set,_,_,put_list}) -> false; -alloc_may_pass({set,_,_,put}) -> false; -alloc_may_pass({set,_,_,_}) -> true. - -safe_info({nozero,Stack,Heap,_}) -> - %% nozero is not safe if the allocation instruction is moved - %% upwards past an instruction that may throw an exception - %% (such as element/2). - {zero,Stack,Heap,[]}; -safe_info(Info) -> Info. - -%% opt([Instruction]) -> [Instruction] -%% Optimize the instruction stream inside a basic block. - -opt([{set,[X],[X],move}|Is]) -> opt(Is); -opt([{set,[Dst],_,move},{set,[Dst],[Src],move}=I|Is]) when Dst =/= Src -> - opt([I|Is]); -opt([{set,[{x,0}],[S1],move}=I1,{set,[D2],[{x,0}],move}|Is]) -> - opt([I1,{set,[D2],[S1],move}|Is]); -opt([{set,[{x,0}],[S1],move}=I1,{set,[D2],[S2],move}|Is0]) when S1 =/= D2 -> - %% Place move S x0 at the end of move sequences so that - %% loader can merge with the following instruction - {Ds,Is} = opt_moves([D2], Is0), - [{set,Ds,[S2],move}|opt([I1|Is])]; -opt([{set,_,_,{line,_}}=Line1, - {set,[D1],[{integer,Idx1},Reg],{bif,element,{f,0}}}=I1, - {set,_,_,{line,_}}=Line2, - {set,[D2],[{integer,Idx2},Reg],{bif,element,{f,0}}}=I2|Is]) - when Idx1 < Idx2, D1 =/= D2, D1 =/= Reg, D2 =/= Reg -> - opt([Line2,I2,Line1,I1|Is]); -opt([{set,[D1],[{integer,Idx1},Reg],{bif,element,{f,L}}}=I1, - {set,[D2],[{integer,Idx2},Reg],{bif,element,{f,L}}}=I2|Is]) - when Idx1 < Idx2, D1 =/= D2, D1 =/= Reg, D2 =/= Reg -> - opt([I2,I1|Is]); -opt([{set,Hd0,Cons,get_hd}=GetHd, - {set,Tl0,Cons,get_tl}=GetTl|Is0]) -> - case {opt_moves(Hd0, [GetTl|Is0]),opt_moves(Tl0, [GetHd|Is0])} of - {{Hd0,Is},{Tl0,_}} -> - [GetHd|opt(Is)]; - {{Hd,Is},{Tl0,_}} -> - [{set,Hd,Cons,get_hd}|opt(Is)]; - {{_,_},{Tl,Is}} -> - [{set,Tl,Cons,get_tl}|opt(Is)] - end; -opt([{set,Ds0,Ss,Op}|Is0]) -> - {Ds,Is} = opt_moves(Ds0, Is0), - [{set,Ds,Ss,Op}|opt(Is)]; -opt([{'%anno',_}=I|Is]) -> - [I|opt(Is)]; -opt([]) -> []. - -%% opt_moves([Dest], [Instruction]) -> {[Dest],[Instruction]} -%% For each Dest, does the optimization described in opt_move/2. - -opt_moves([], Is0) -> {[],Is0}; -opt_moves([D0]=Ds, Is0) -> - case opt_move(D0, Is0) of - not_possible -> {Ds,Is0}; - {D1,Is} -> {[D1],Is} - end. - -%% opt_move(Dest, [Instruction]) -> {UpdatedDest,[Instruction]} | not_possible -%% If there is a {move,Dest,FinalDest} instruction -%% in the instruction stream, remove the move instruction -%% and let FinalDest be the destination. - -opt_move(Dest, Is) -> - opt_move_1(Dest, Is, []). - -opt_move_1(R, [{set,[D],[R],move}|Is0], Acc) -> - %% Provided that the source register is killed by instructions - %% that follow, the optimization is safe. - case eliminate_use_of_from_reg(Is0, R, D) of - {yes,Is} -> opt_move_rev(D, Acc, Is); - no -> not_possible - end; -opt_move_1(_R, [{set,_,_,{alloc,_,_}}|_], _) -> - %% The optimization is either not possible or not safe. - %% - %% If R is an X register killed by allocation, the optimization is - %% not safe. On the other hand, if the X register is killed, there - %% will not follow a 'move' instruction with this X register as - %% the source. - %% - %% If R is a Y register, the optimization is still not safe - %% because the new target register is an X register that cannot - %% safely pass the alloc instruction. - not_possible; -opt_move_1(R, [{set,_,_,_}=I|Is], Acc) -> - %% If the source register is either killed or used by this - %% instruction, the optimimization is not possible. - case is_killed_or_used(R, I) of - true -> not_possible; - false -> opt_move_1(R, Is, [I|Acc]) - end; -opt_move_1(_, _, _) -> - not_possible. - -%% opt_tuple_element([Instruction]) -> [Instruction] -%% If possible, move get_tuple_element instructions forward -%% in the instruction stream to a move instruction, eliminating -%% the move instruction. Example: -%% -%% get_tuple_element Tuple Pos Dst1 -%% ... -%% move Dst1 Dst2 -%% -%% This code may be possible to rewrite to: -%% -%% %%(Moved get_tuple_element instruction) -%% ... -%% get_tuple_element Tuple Pos Dst2 -%% - -opt_tuple_element([{set,[D],[S],{get_tuple_element,_}}=I|Is0]) -> - case opt_tuple_element_1(Is0, I, {S,D}, []) of - no -> - [I|opt_tuple_element(Is0)]; - {yes,Is} -> - opt_tuple_element(Is) - end; -opt_tuple_element([I|Is]) -> - [I|opt_tuple_element(Is)]; -opt_tuple_element([]) -> []. - -opt_tuple_element_1([{set,_,_,{alloc,_,_}}|_], _, _, _) -> - no; -opt_tuple_element_1([{set,_,_,{try_catch,_,_}}|_], _, _, _) -> - no; -opt_tuple_element_1([{set,[D],[S],move}|Is0], I0, {_,S}, Acc) -> - case eliminate_use_of_from_reg(Is0, S, D) of - no -> - no; - {yes,Is1} -> - {set,[S],Ss,Op} = I0, - I = {set,[D],Ss,Op}, - case opt_move_rev(S, Acc, [I|Is1]) of - not_possible -> - %% Not safe because the move of the - %% get_tuple_element instruction would cause the - %% result of a previous instruction to be ignored. - no; - {_,Is} -> - {yes,Is} - end - end; -opt_tuple_element_1([{set,Ds,Ss,_}=I|Is], MovedI, {S,D}=Regs, Acc) -> - case member(S, Ds) orelse member(D, Ss) of - true -> - no; - false -> - opt_tuple_element_1(Is, MovedI, Regs, [I|Acc]) - end; -opt_tuple_element_1(_, _, _, _) -> no. - -%% Reverse the instructions, while checking that there are no -%% instructions that would interfere with using the new destination -%% register (D). - -opt_move_rev(D, [I|Is], Acc) -> - case is_killed_or_used(D, I) of - true -> not_possible; - false -> opt_move_rev(D, Is, [I|Acc]) - end; -opt_move_rev(D, [], Acc) -> {D,Acc}. - -%% is_killed_or_used(Register, {set,_,_,_}) -> bool() -%% Test whether the register is used by the instruction. - -is_killed_or_used(R, {set,Ss,Ds,_}) -> - member(R, Ds) orelse member(R, Ss). - -%% eliminate_use_of_from_reg([Instruction], FromRegister, ToRegister, Acc) -> -%% {yes,Is} | no -%% Eliminate any use of FromRegister in the instruction sequence -%% by replacing uses of FromRegister with ToRegister. If FromRegister -%% is referenced by an allocation instruction, return 'no' to indicate -%% that FromRegister is still used and that the optimization is not -%% possible. - -eliminate_use_of_from_reg(Is, From, To) -> - try - eliminate_use_of_from_reg(Is, From, To, []) - catch - throw:not_possible -> - no - end. - -eliminate_use_of_from_reg([{set,_,_,{alloc,Live,_}}|_]=Is0, {x,X}, _, Acc) -> - if - X < Live -> - no; - true -> - {yes,reverse(Acc, Is0)} - end; -eliminate_use_of_from_reg([{set,Ds,Ss0,Op}=I0|Is], From, To, Acc) -> - ensure_safe_tuple(I0, To), - I = case member(From, Ss0) of - true -> - Ss = [case S of - From -> To; - _ -> S - end || S <- Ss0], - {set,Ds,Ss,Op}; - false -> - I0 - end, - case member(From, Ds) of - true -> - {yes,reverse(Acc, [I|Is])}; - false -> - case member(To, Ds) of - true -> - case beam_utils:is_killed_block(From, Is) of - true -> - {yes,reverse(Acc, [I|Is])}; - false -> - no - end; - false -> - eliminate_use_of_from_reg(Is, From, To, [I|Acc]) - end - end; -eliminate_use_of_from_reg([I]=Is, From, _To, Acc) -> - case beam_utils:is_killed_block(From, [I]) of - true -> - {yes,reverse(Acc, Is)}; - false -> - no - end. - -ensure_safe_tuple({set,[To],[],{put_tuple,_}}, To) -> - throw(not_possible); -ensure_safe_tuple(_, _) -> ok. - -%% opt_allocs(Instructions) -> Instructions. Optimize allocate -%% instructions inside blocks. If safe, replace an allocate_zero -%% instruction with the slightly cheaper allocate instruction. - -opt_allocs(Is) -> - D = beam_utils:index_labels(Is), - opt_allocs_1(Is, D). - -opt_allocs_1([{block,Bl0}|Is], D) -> - Bl = opt_alloc(Bl0, {D,Is}), - [{block,Bl}|opt_allocs_1(Is, D)]; -opt_allocs_1([I|Is], D) -> - [I|opt_allocs_1(Is, D)]; -opt_allocs_1([], _) -> []. - -%% opt_alloc(Instructions) -> Instructions' -%% Optimises all allocate instructions. - -opt_alloc([{set,[],[],{alloc,Live0,Info0}}, - {set,[],[],{alloc,Live,Info}}|Is], D) -> - Live = Live0, %Assertion. - Alloc = combine_alloc(Info0, Info), - I = {set,[],[],{alloc,Live,Alloc}}, - opt_alloc([I|Is], D); -opt_alloc([{set,[],[],{alloc,R,{_,Ns,Nh,[]}}}|Is], D) -> - [{set,[],[],opt_alloc(Is, D, Ns, Nh, R)}|Is]; -opt_alloc([I|Is], D) -> [I|opt_alloc(Is, D)]; -opt_alloc([], _) -> []. - -combine_alloc({_,Ns,Nh1,Init}, {_,nostack,Nh2,[]}) -> - {zero,Ns,beam_utils:combine_heap_needs(Nh1, Nh2),Init}. - -%% opt_alloc(Instructions, FrameSize, HeapNeed, LivingRegs) -> [Instr] -%% Generates the optimal sequence of instructions for -%% allocating and initalizing the stack frame and needed heap. - -opt_alloc(_Is, _D, nostack, Nh, LivingRegs) -> - {alloc,LivingRegs,{nozero,nostack,Nh,[]}}; -opt_alloc(Bl, {D,OuterIs}, Ns, Nh, LivingRegs) -> - Is = [{block,Bl}|OuterIs], - InitRegs = init_yregs(Ns, Is, D), - case count_ones(InitRegs) of - N when N*2 > Ns -> - {alloc,LivingRegs,{nozero,Ns,Nh,gen_init(Ns, InitRegs)}}; - _ -> - {alloc,LivingRegs,{zero,Ns,Nh,[]}} - end. - -gen_init(Fs, Regs) -> gen_init(Fs, Regs, 0, []). - -gen_init(SameFs, _Regs, SameFs, Acc) -> reverse(Acc); -gen_init(Fs, Regs, Y, Acc) when Regs band 1 =:= 0 -> - gen_init(Fs, Regs bsr 1, Y+1, [{init,{y,Y}}|Acc]); -gen_init(Fs, Regs, Y, Acc) -> - gen_init(Fs, Regs bsr 1, Y+1, Acc). - -init_yregs(Y, Is, D) when Y >= 0 -> - case beam_utils:is_killed({y,Y}, Is, D) of - true -> - (1 bsl Y) bor init_yregs(Y-1, Is, D); - false -> - init_yregs(Y-1, Is, D) - end; -init_yregs(_, _, _) -> 0. - -count_ones(Bits) -> count_ones(Bits, 0). -count_ones(0, Acc) -> Acc; -count_ones(Bits, Acc) -> - count_ones(Bits bsr 1, Acc + (Bits band 1)). - -%% Calculate the new number of live registers when we move an allocate -%% instruction upwards, passing a 'set' instruction. - -alloc_live_regs({set,Ds,Ss,_}, Is, Regs0) -> - Rset = x_live(Ss, x_dead(Ds, (1 bsl Regs0)-1)), - Live = live_regs(0, Rset), - case ensure_contiguous(Rset, Live) of - not_possible -> - %% Liveness information (looking forward in the - %% instruction stream) can't prove that moving this - %% allocation instruction is safe. Now use the annotation - %% of defined registers at the beginning of the current - %% block to see whether moving would be safe. - Def0 = defined_regs(Is, 0), - Def = Def0 band ((1 bsl Live) - 1), - ensure_contiguous(Rset bor Def, Live); - Live -> - %% Safe based on liveness information. - Live - end. - -live_regs(N, 0) -> - N; -live_regs(N, Regs) -> - live_regs(N+1, Regs bsr 1). - -ensure_contiguous(Regs, Live) -> - case (1 bsl Live) - 1 of - Regs -> Live; - _ -> not_possible - end. - -x_dead([{x,N}|Rs], Regs) -> x_dead(Rs, Regs band (bnot (1 bsl N))); -x_dead([_|Rs], Regs) -> x_dead(Rs, Regs); -x_dead([], Regs) -> Regs. - -x_live([{x,N}|Rs], Regs) -> x_live(Rs, Regs bor (1 bsl N)); -x_live([_|Rs], Regs) -> x_live(Rs, Regs); -x_live([], Regs) -> Regs. - -%% defined_regs(ReversedInstructions) -> RegBitmap. -%% Given a reversed instruction stream, determine the -%% the registers that are defined. - -defined_regs([{'%anno',{def,Def}}|_], Regs) -> - Def bor Regs; -defined_regs([{set,Ds,_,{alloc,Live,_}}|_], Regs) -> - x_live(Ds, Regs bor ((1 bsl Live) - 1)); -defined_regs([{set,Ds,_,_}|Is], Regs) -> - defined_regs(Is, x_live(Ds, Regs)). - -%%% -%%% Do local common sub expression elimination (CSE) in each block. -%%% - -local_cse([{block,Bl0}|Is]) -> - Bl = cse_block(Bl0, orddict:new(), []), - [{block,Bl}|local_cse(Is)]; -local_cse([I|Is]) -> - [I|local_cse(Is)]; -local_cse([]) -> []. - -cse_block([I|Is], Es0, Acc0) -> - Es1 = cse_clear(I, Es0), - case cse_expr(I) of - none -> - %% Instruction is not suitable for CSE. - cse_block(Is, Es1, [I|Acc0]); - {ok,D,Expr} -> - %% Suitable instruction. First update the dictionary of - %% suitable expressions for the next iteration. - Es = cse_add(D, Expr, Es1), - - %% Search for a previous identical expression. - case cse_find(Expr, Es0) of - error -> - %% Nothing found - cse_block(Is, Es, [I|Acc0]); - Src -> - %% Use the previously calculated result. - %% Also eliminate any line instruction. - Move = {set,[D],[Src],move}, - case Acc0 of - [{set,_,_,{line,_}}|Acc] -> - cse_block(Is, Es, [Move|Acc]); - [_|_] -> - cse_block(Is, Es, [Move|Acc0]) - end - end - end; -cse_block([], _, Acc) -> - reverse(Acc). - -%% cse_find(Expr, Expressions) -> error | Register. -%% Find a previously evaluated expression whose result can be reused, -%% or return 'error' if no such expression is found. - -cse_find(Expr, Es) -> - case orddict:find(Expr, Es) of - {ok,{Src,_}} -> Src; - error -> error - end. - -cse_expr({set,[D],Ss,{bif,N,_}}) -> - case D of - {fr,_} -> - %% There are too many things that can go wrong. - none; - _ -> - {ok,D,{{bif,N},Ss}} - end; -cse_expr({set,[D],Ss,{alloc,_,{gc_bif,N,_}}}) -> - {ok,D,{{gc_bif,N},Ss}}; -cse_expr({set,[D],Ss,put_list}) -> - {ok,D,{put_list,Ss}}; -cse_expr(_) -> none. - -%% cse_clear(Instr, Expressions0) -> Expressions. -%% Remove all previous expressions that will become -%% invalid when this instruction is executed. Basically, -%% an expression is no longer safe to reuse when the -%% register it has been stored to has been modified, killed, -%% or if any of the source operands have changed. - -cse_clear({set,Ds,_,{alloc,Live,_}}, Es) -> - cse_clear_1(Es, Live, Ds); -cse_clear({set,Ds,_,_}, Es) -> - cse_clear_1(Es, all, Ds). - -cse_clear_1(Es, Live, Ds0) -> - Ds = ordsets:from_list(Ds0), - [E || E <- Es, cse_is_safe(E, Live, Ds)]. - -cse_is_safe({_,{Dst,Interfering}}, Live, Ds) -> - ordsets:is_disjoint(Interfering, Ds) andalso - case Dst of - {x,X} -> - X < Live; - _ -> - true - end. - -%% cse_add(Dest, Expr, Expressions0) -> Expressions. -%% Provided that it is safe, add a new expression to the dictionary -%% of already evaluated expressions. - -cse_add(D, {_,Ss}=Expr, Es) -> - case member(D, Ss) of - false -> - Interfering = ordsets:from_list([D|Ss]), - orddict:store(Expr, {D,Interfering}, Es); - true -> - %% Unsafe because the instruction overwrites one of - %% source operands. - Es - end. diff --git a/lib/compiler/src/beam_bs.erl b/lib/compiler/src/beam_bs.erl index 5f1b9ed488..15d8d687fc 100644 --- a/lib/compiler/src/beam_bs.erl +++ b/lib/compiler/src/beam_bs.erl @@ -17,26 +17,24 @@ %% %% %CopyrightEnd% %% -%% Purpose : Partitions assembly instructions into basic blocks and -%% optimizes them. +%% Purpose: Peephole optimization of binary syntax instructions. -module(beam_bs). -export([module/2]). --import(lists, [mapfoldl/3,reverse/1]). +-import(lists, [reverse/1]). -spec module(beam_utils:module_code(), [compile:option()]) -> {'ok',beam_utils:module_code()}. -module({Mod,Exp,Attr,Fs0,Lc0}, _Opt) -> - {Fs,Lc} = mapfoldl(fun function/2, Lc0, Fs0), +module({Mod,Exp,Attr,Fs0,Lc}, _Opt) -> + Fs = [function(F) || F <- Fs0], {ok,{Mod,Exp,Attr,Fs,Lc}}. -function({function,Name,Arity,CLabel,Is0}, Lc0) -> +function({function,Name,Arity,CLabel,Is0}) -> try - Is1 = bs_put_opt(Is0), - {Is,Lc} = bsm_opt(Is1, Lc0), - {{function,Name,Arity,CLabel,Is},Lc} + Is = bs_opt(Is0), + {function,Name,Arity,CLabel,Is} catch Class:Error:Stack -> io:fwrite("Function: ~w/~w\n", [Name,Arity]), @@ -44,16 +42,25 @@ function({function,Name,Arity,CLabel,Is0}, Lc0) -> end. %%% -%%% Evaluation of constant bit fields. +%%% Evaluate construction of constant bit fields. +%%% Combine bs_skip_bits2 and bs_test_tail2 instructions. %%% -bs_put_opt([{bs_put,_,_,_}=I|Is0]) -> +bs_opt([{bs_put,_,_,_}=I|Is0]) -> {BsPuts0,Is} = collect_bs_puts(Is0, [I]), BsPuts = opt_bs_puts(BsPuts0), - BsPuts ++ bs_put_opt(Is); -bs_put_opt([I|Is]) -> - [I|bs_put_opt(Is)]; -bs_put_opt([]) -> []. + BsPuts ++ bs_opt(Is); +bs_opt([{test,bs_skip_bits2,F,[Ctx,{integer,I},Unit,_Flags]}, + {test,bs_test_tail2,F,[Ctx,Bits]}|Is]) -> + [{test,bs_test_tail2,F,[Ctx,Bits+I*Unit]}|bs_opt(Is)]; +bs_opt([{test,bs_skip_bits2,F,[Ctx,{integer,I1},Unit1,Flags]}, + {test,bs_skip_bits2,F,[Ctx,{integer,I2},Unit2,_]}|Is]) -> + I = {test,bs_skip_bits2,F, + [Ctx,{integer,I1*Unit1+I2*Unit2},1,Flags]}, + bs_opt([I|Is]); +bs_opt([I|Is]) -> + [I|bs_opt(Is)]; +bs_opt([]) -> []. collect_bs_puts([{bs_put,_,_,_}=I|Is], Acc) -> collect_bs_puts(Is, [I|Acc]); @@ -174,107 +181,3 @@ bs_split_int_1(N, ByteSz, Sz, Fail, Acc) when Sz > 0 -> [{integer,ByteSz},{integer,N band Mask}]}, bs_split_int_1(N bsr ByteSz, 8, Sz-ByteSz, Fail, [I|Acc]); bs_split_int_1(_, _, _, _, Acc) -> Acc. - -%%% -%%% Optimization of bit syntax matching: get rid -%%% of redundant bs_restore2/2 instructions across select_val -%%% instructions, as well as a few other simple peep-hole -%%% optimizations. -%%% - -bsm_opt(Is0, Lc0) -> - {Is1,D0,Lc} = bsm_scan(Is0, [], Lc0, []), - Is2 = case D0 of - [] -> - %% No bit syntax matching in this function. - Is1; - [_|_] -> - %% Optimize the bit syntax matching. - D = gb_trees:from_orddict(orddict:from_list(D0)), - bsm_reroute(Is1, D, none, []) - end, - Is = beam_clean:bs_clean_saves(Is2), - {bsm_opt_2(Is, []),Lc}. - -bsm_scan([{label,L}=Lbl,{bs_restore2,_,Save}=R|Is], D0, Lc, Acc0) -> - D = [{{L,Save},Lc}|D0], - Acc = [{label,Lc},R,Lbl|Acc0], - bsm_scan(Is, D, Lc+1, Acc); -bsm_scan([I|Is], D, Lc, Acc) -> - bsm_scan(Is, D, Lc, [I|Acc]); -bsm_scan([], D, Lc, Acc) -> - {reverse(Acc),D,Lc}. - -bsm_reroute([{bs_save2,Reg,Save}=I|Is], D, _, Acc) -> - bsm_reroute(Is, D, {Reg,Save}, [I|Acc]); -bsm_reroute([{bs_restore2,Reg,Save}=I|Is], D, _, Acc) -> - bsm_reroute(Is, D, {Reg,Save}, [I|Acc]); -bsm_reroute([{label,_}=I|Is], D, S, Acc) -> - bsm_reroute(Is, D, S, [I|Acc]); -bsm_reroute([{select,select_val,Reg,F0,Lbls0}|Is], D, {_,Save}=S, Acc0) -> - [F|Lbls] = bsm_subst_labels([F0|Lbls0], Save, D), - Acc = [{select,select_val,Reg,F,Lbls}|Acc0], - bsm_reroute(Is, D, S, Acc); -bsm_reroute([{test,TestOp,F0,TestArgs}=I|Is], D, {_,Save}=S, Acc0) -> - F = bsm_subst_label(F0, Save, D), - Acc = [{test,TestOp,F,TestArgs}|Acc0], - case bsm_not_bs_test(I) of - true -> - %% The test instruction will not update the bit offset for - %% the binary being matched. Therefore the save position - %% can be kept. - bsm_reroute(Is, D, S, Acc); - false -> - %% The test instruction might update the bit offset. Kill - %% our remembered Save position. - bsm_reroute(Is, D, none, Acc) - end; -bsm_reroute([{test,TestOp,F0,Live,TestArgs,Dst}|Is], D, {_,Save}, Acc0) -> - F = bsm_subst_label(F0, Save, D), - Acc = [{test,TestOp,F,Live,TestArgs,Dst}|Acc0], - %% The test instruction will update the bit offset. Kill our - %% remembered Save position. - bsm_reroute(Is, D, none, Acc); -bsm_reroute([{block,[{set,[],[],{alloc,_,_}}]}=Bl, - {bs_context_to_binary,_}=I|Is], D, S, Acc) -> - %% To help further bit syntax optimizations. - bsm_reroute([I,Bl|Is], D, S, Acc); -bsm_reroute([I|Is], D, _, Acc) -> - bsm_reroute(Is, D, none, [I|Acc]); -bsm_reroute([], _, _, Acc) -> reverse(Acc). - -bsm_opt_2([{test,bs_test_tail2,F,[Ctx,Bits]}|Is], - [{test,bs_skip_bits2,F,[Ctx,{integer,I},Unit,_Flags]}|Acc]) -> - bsm_opt_2(Is, [{test,bs_test_tail2,F,[Ctx,Bits+I*Unit]}|Acc]); -bsm_opt_2([{test,bs_skip_bits2,F,[Ctx,{integer,I1},Unit1,_]}|Is], - [{test,bs_skip_bits2,F,[Ctx,{integer,I2},Unit2,Flags]}|Acc]) -> - bsm_opt_2(Is, [{test,bs_skip_bits2,F, - [Ctx,{integer,I1*Unit1+I2*Unit2},1,Flags]}|Acc]); -bsm_opt_2([I|Is], Acc) -> - bsm_opt_2(Is, [I|Acc]); -bsm_opt_2([], Acc) -> reverse(Acc). - -%% bsm_not_bs_test({test,Name,_,Operands}) -> true|false. -%% Test whether is the test is a "safe", i.e. does not move the -%% bit offset for a binary. -%% -%% 'true' means that the test is safe, 'false' that we don't know or -%% that the test moves the offset (e.g. bs_get_integer2). - -bsm_not_bs_test({test,bs_test_tail2,_,[_,_]}) -> true; -bsm_not_bs_test(Test) -> beam_utils:is_pure_test(Test). - -bsm_subst_labels(Fs, Save, D) -> - bsm_subst_labels_1(Fs, Save, D, []). - -bsm_subst_labels_1([F|Fs], Save, D, Acc) -> - bsm_subst_labels_1(Fs, Save, D, [bsm_subst_label(F, Save, D)|Acc]); -bsm_subst_labels_1([], _, _, Acc) -> - reverse(Acc). - -bsm_subst_label({f,Lbl0}=F, Save, D) -> - case gb_trees:lookup({Lbl0,Save}, D) of - {value,Lbl} -> {f,Lbl}; - none -> F - end; -bsm_subst_label(Other, _, _) -> Other. diff --git a/lib/compiler/src/beam_bsm.erl b/lib/compiler/src/beam_bsm.erl deleted file mode 100644 index 1c8e0e9854..0000000000 --- a/lib/compiler/src/beam_bsm.erl +++ /dev/null @@ -1,708 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 2007-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% - --module(beam_bsm). --export([module/2,format_error/1]). - --import(lists, [member/2,foldl/3,reverse/1,sort/1,all/2]). - -%%% -%%% We optimize bit syntax matching where the tail end of a binary is -%%% matched out and immediately passed on to a bs_start_match2 instruction, -%%% such as in this code sequence: -%%% -%%% func_info ... -%%% L1 test bs_start_match2 {f,...} {x,0} Live SavePositions {x,0} -%%% . . . -%%% test bs_get_binary2 {f,...} {x,0} all 1 Flags {x,0} -%%% . . . -%%% call_only 2 L1 -%%% -%%% The sequence can be optimized simply by removing the bs_get_binary2 -%%% instruction. Another example: -%%% -%%% func_info ... -%%% L1 test bs_start_match2 {f,...} {x,0} Live SavePositions {x,0} -%%% . . . -%%% test bs_get_binary2 {f,...} {x,0} all 8 Flags {x,1} -%%% . . . -%%% move {x,1} {x,0} -%%% call_only 2 L1 -%%% -%%% In this case, the bs_get_binary2 instruction must be replaced by -%%% -%%% test bs_unit {x,1} 8 -%%% -%%% to ensure that the match fail if the length of the binary in bits -%%% is not evenly divisible by 8. -%%% -%%% Note that the bs_start_match2 instruction doesn't need to be in the same -%%% function as the caller. It can be in the beginning of any function, or -%%% follow the bs_get_binary2 instruction in the same function. The important -%%% thing is that the match context register is not copied or built into -%%% data structures or passed to BIFs. -%%% - --type label() :: beam_asm:label(). --type func_info() :: {beam_asm:reg(),boolean()}. - --record(btb, - {f :: gb_trees:tree(label(), func_info()), - index :: beam_utils:code_index(), %{Label,Code} index (for liveness). - ok_br=gb_sets:empty() :: gb_sets:set(label()), %Labels that are OK. - must_not_save=false :: boolean(), %Must not save position when - % optimizing (reaches - % bs_context_to_binary). - must_save=false :: boolean() %Must save position when optimizing. - }). - - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,Lc}, Opts) -> - FIndex = btb_index(Fs0), - Fs = [function(F, FIndex) || F <- Fs0], - Code = {Mod,Exp,Attr,Fs,Lc}, - case proplists:get_bool(bin_opt_info, Opts) of - true -> - {ok,Code,collect_warnings(Fs)}; - false -> - {ok,Code} - end. - --spec format_error('bin_opt' | {'no_bin_opt', term()}) -> nonempty_string(). - -format_error(bin_opt) -> - "OPTIMIZED: creation of sub binary delayed"; -format_error({no_bin_opt,Reason}) -> - lists:flatten(["NOT OPTIMIZED: "|format_error_1(Reason)]). - -%%% -%%% Local functions. -%%% - -function({function,Name,Arity,Entry,Is}, FIndex) -> - try - Index = beam_utils:index_labels(Is), - D = #btb{f=FIndex,index=Index}, - {function,Name,Arity,Entry,btb_opt_1(Is, D, [])} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - -btb_opt_1([{test,bs_get_binary2,F,_,[Reg,{atom,all},U,Fs],Reg}=I0|Is], D, Acc0) -> - case btb_reaches_match(Is, [Reg], D) of - {error,Reason} -> - Comment = btb_comment_no_opt(Reason, Fs), - btb_opt_1(Is, D, [Comment,I0|Acc0]); - {ok,MustSave} -> - Comment = btb_comment_opt(Fs), - Acc1 = btb_gen_save(MustSave, Reg, [Comment|Acc0]), - Acc = case U of - 1 -> Acc1; - _ -> [{test,bs_test_unit,F,[Reg,U]}|Acc1] - end, - btb_opt_1(Is, D, Acc) - end; -btb_opt_1([{test,bs_get_binary2,F,_,[Ctx,{atom,all},U,Fs],Dst}=I0|Is0], D, Acc0) -> - case btb_reaches_match(Is0, [Ctx,Dst], D) of - {error,Reason} -> - Comment = btb_comment_no_opt(Reason, Fs), - btb_opt_1(Is0, D, [Comment,I0|Acc0]); - {ok,MustSave} when U =:= 1 -> - Comment = btb_comment_opt(Fs), - Acc = btb_gen_save(MustSave, Ctx, [Comment|Acc0]), - Is = prepend_move(Ctx, Dst, Is0), - btb_opt_1(Is, D, Acc); - {ok,MustSave} -> - Comment = btb_comment_opt(Fs), - Acc1 = btb_gen_save(MustSave, Ctx, [Comment|Acc0]), - Acc = [{test,bs_test_unit,F,[Ctx,U]}|Acc1], - Is = prepend_move(Ctx, Dst, Is0), - btb_opt_1(Is, D, Acc) - end; -btb_opt_1([I|Is], D, Acc) -> - %%io:format("~p\n", [I]), - btb_opt_1(Is, D, [I|Acc]); -btb_opt_1([], _, Acc) -> - reverse(Acc). - -btb_gen_save(true, Reg, Acc) -> - [{bs_save2,Reg,{atom,start}}|Acc]; -btb_gen_save(false, _, Acc) -> Acc. - -prepend_move(Ctx, Dst, [{block,Bl0}|Is]) -> - Bl = [{set,[Dst],[Ctx],move}|Bl0], - [{block,Bl}|Is]; -prepend_move(Ctx, Dst, Is) -> - [{move,Ctx,Dst}|Is]. - -%% btb_reaches_match([Instruction], [Register], D) -> -%% {ok,MustSave}|{error,Reason} -%% -%% The list of Registers should be a list of registers referencing a -%% match context. The Register may contain one element if the -%% bs_get_binary2 instruction looks like -%% -%% test bs_get_binary2 {f,...} Ctx all _ _ Ctx -%% -%% or two elements if the instruction looks like -%% -%% test bs_get_binary2 {f,...} Ctx all _ _ Dst -%% -%% This function determines whether the bs_get_binary2 instruction -%% can be omitted (retaining the match context instead of creating -%% a sub binary). -%% -%% The rule is that the match context ultimately must end up at a -%% bs_start_match2 instruction and nowhere else. That it, it must not -%% be passed to BIFs, or copied or put into data structures. There -%% must only be one copy alive when the match context reaches the -%% bs_start_match2 instruction. -%% -%% At a branch, we must follow all branches and make sure that the above -%% rule is followed (or that the branch kills the match context). -%% -%% The MustSave return value will be true if control may end up at -%% bs_context_to_binary instruction. Since that instruction uses the -%% saved start position, we must use "bs_save2 Ctx start" to -%% update the saved start position. An additional complication is that -%% "bs_save2 Ctx start" must not be used if Dst and Ctx are -%% different registers and both registers may be passed to -%% a bs_context_to_binary instruction. -%% - -btb_reaches_match(Is, RegList, D) -> - try - Regs = btb_regs_from_list(RegList), - #btb{must_not_save=MustNotSave,must_save=MustSave} = - btb_reaches_match_1(Is, Regs, D), - case MustNotSave andalso MustSave of - true -> btb_error(must_and_must_not_save); - false -> {ok,MustSave} - end - catch - throw:{error,_}=Error -> Error - end. - -btb_reaches_match_1(Is, Regs, D) -> - case btb_are_registers_empty(Regs) of - false -> - btb_reaches_match_2(Is, Regs, D); - true -> - %% The context was killed, which is OK. - D - end. - -btb_reaches_match_2([{block,Bl}|Is], Regs0, D) -> - Regs = btb_reaches_match_block(Bl, Regs0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{call,Arity,{f,Lbl}}|Is], Regs0, D) -> - case is_tail_call(Is) of - true -> - Regs1 = btb_kill_not_live(Arity, Regs0), - Regs = btb_kill_yregs(Regs1), - btb_tail_call(Lbl, Regs, D); - false -> - btb_call(Arity, Lbl, Regs0, Is, D) - end; -btb_reaches_match_2([{apply,Arity}|Is], Regs, D) -> - btb_call(Arity+2, apply, Regs, Is, D); -btb_reaches_match_2([{call_fun,Live}=I|Is], Regs, D) -> - btb_ensure_not_used([{x,Live}], I, Regs), - btb_call(Live, I, Regs, Is, D); -btb_reaches_match_2([{make_fun2,_,_,_,Live}|Is], Regs, D) -> - btb_call(Live, make_fun2, Regs, Is, D); -btb_reaches_match_2([{call_ext,Arity,Func}=I|Is], Regs0, D) -> - %% Allow us scanning beyond the call in case the match - %% context is saved on the stack. - case beam_jump:is_exit_instruction(I) of - false -> - btb_call(Arity, Func, Regs0, Is, D); - true -> - Regs = btb_kill_not_live(Arity, Regs0), - btb_tail_call(Func, Regs, D) - end; -btb_reaches_match_2([{kill,Y}|Is], Regs, D) -> - btb_reaches_match_1(Is, btb_kill([Y], Regs), D); -btb_reaches_match_2([{deallocate,_}|Is], Regs0, D) -> - Regs = btb_kill_yregs(Regs0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([return=I|_], Regs0, D) -> - btb_ensure_not_used([{x,0}], I, Regs0), - D; -btb_reaches_match_2([{gc_bif,_,{f,F},Live,Ss,Dst}=I|Is], Regs0, D0) -> - btb_ensure_not_used(Ss, I, Regs0), - Regs1 = btb_kill_not_live(Live, Regs0), - Regs = btb_kill([Dst], Regs1), - D = btb_follow_branch(F, Regs, D0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{bif,_,{f,F},Ss,Dst}=I|Is], Regs0, D0) -> - btb_ensure_not_used(Ss, I, Regs0), - Regs = btb_kill([Dst], Regs0), - D = btb_follow_branch(F, Regs, D0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{get_map_elements,{f,F},Src,{list,Ls}}=I|Is], Regs0, D0) -> - {Ss,Ds} = beam_utils:split_even(Ls), - btb_ensure_not_used([Src|Ss], I, Regs0), - Regs = btb_kill(Ds, Regs0), - D = btb_follow_branch(F, Regs, D0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{test,bs_start_match2,{f,F},Live,[Ctx,_],Ctx}=I|Is], - Regs0, D0) -> - CtxRegs = btb_context_regs(Regs0), - case member(Ctx, CtxRegs) of - false -> - %% This bs_start_match2 instruction does not use "our" - %% match state. Therefore we can continue the search - %% for another bs_start_match2 instruction. - D = btb_follow_branch(F, Regs0, D0), - Regs = btb_kill_not_live(Live, Regs0), - btb_reaches_match_2(Is, Regs, D); - true -> - %% OK. This instruction will use "our" match state, - %% but we must make sure that all other copies of the - %% match state are killed in the code that follows - %% the instruction. (We know that the fail branch cannot - %% be taken in this case.) - OtherCtxRegs = CtxRegs -- [Ctx], - case btb_are_all_unused(OtherCtxRegs, Is, D0) of - false -> btb_error({OtherCtxRegs,not_all_unused_after,I}); - true -> D0 - end - end; -btb_reaches_match_2([{test,bs_start_match2,{f,F},Live,[Bin,_],Ctx}|Is], - Regs0, D0) -> - CtxRegs = btb_context_regs(Regs0), - case member(Bin, CtxRegs) orelse member(Ctx, CtxRegs) of - false -> - %% This bs_start_match2 does not reference any copy of the - %% match state. Therefore it can safely be passed on the - %% way to another (perhaps more suitable) bs_start_match2 - %% instruction. - D = btb_follow_branch(F, Regs0, D0), - Regs = btb_kill_not_live(Live, Regs0), - btb_reaches_match_2(Is, Regs, D); - true -> - %% This variant of the bs_start_match2 instruction does - %% not accept a match state as source. - btb_error(unsuitable_bs_start_match) - end; -btb_reaches_match_2([{test,_,{f,F},Ss}=I|Is], Regs, D0) -> - btb_ensure_not_used(Ss, I, Regs), - D = btb_follow_branch(F, Regs, D0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{test,_,{f,F},_,Ss,_}=I|Is], Regs, D0) -> - btb_ensure_not_used(Ss, I, Regs), - D = btb_follow_branch(F, Regs, D0), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{select,_,Src,{f,F},Conds}=I|Is], Regs, D0) -> - btb_ensure_not_used([Src], I, Regs), - D1 = btb_follow_branch(F, Regs, D0), - D = btb_follow_branches(Conds, Regs, D1), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{jump,{f,Lbl}}|_], Regs, #btb{index=Li}=D) -> - Is = fetch_code_at(Lbl, Li), - btb_reaches_match_2(Is, Regs, D); -btb_reaches_match_2([{label,_}|Is], Regs, D) -> - btb_reaches_match_2(Is, Regs, D); -btb_reaches_match_2([{bs_init,{f,0},_,_,Ss,Dst}=I|Is], Regs, D) -> - btb_ensure_not_used(Ss, I, Regs), - btb_reaches_match_1(Is, btb_kill([Dst], Regs), D); -btb_reaches_match_2([{bs_put,{f,0},_,Ss}=I|Is], Regs, D) -> - btb_ensure_not_used(Ss, I, Regs), - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([{bs_restore2,Src,_}=I|Is], Regs0, D) -> - case btb_contains_context(Src, Regs0) of - false -> - btb_reaches_match_1(Is, Regs0, D); - true -> - %% Check that all other copies of the context registers - %% are unused by the following instructions. - Regs = btb_kill([Src], Regs0), - CtxRegs = btb_context_regs(Regs), - case btb_are_all_unused(CtxRegs, Is, D) of - false -> btb_error({CtxRegs,not_all_unused_after,I}); - true -> D#btb{must_not_save=true} - end - end; -btb_reaches_match_2([{bs_context_to_binary,Src}=I|Is], Regs0, D) -> - case btb_contains_context(Src, Regs0) of - false -> - btb_reaches_match_1(Is, Regs0, D); - true -> - %% Check that all other copies of the context registers - %% are unused by the following instructions. - Regs = btb_kill([Src], Regs0), - CtxRegs = btb_context_regs(Regs), - case btb_are_all_unused(CtxRegs, Is, D) of - false -> btb_error({CtxRegs,not_all_unused_after,I}); - true -> D#btb{must_not_save=true} - end - end; -btb_reaches_match_2([{badmatch,Src}=I|_], Regs, D) -> - btb_ensure_not_used([Src], I, Regs), - D; -btb_reaches_match_2([{case_end,Src}=I|_], Regs, D) -> - btb_ensure_not_used([Src], I, Regs), - D; -btb_reaches_match_2([if_end|_], _Regs, D) -> - D; -btb_reaches_match_2([{func_info,_,_,Arity}=I|_], Regs0, D) -> - Regs = btb_kill_yregs(btb_kill_not_live(Arity, Regs0)), - case btb_context_regs(Regs) of - [] -> D; - _ -> {binary_used_in,I} - end; -btb_reaches_match_2([{line,_}|Is], Regs, D) -> - btb_reaches_match_1(Is, Regs, D); -btb_reaches_match_2([I|_], Regs, _) -> - btb_error({btb_context_regs(Regs),I,not_handled}). - -is_tail_call([{deallocate,_}|_]) -> true; -is_tail_call([return|_]) -> true; -is_tail_call(_) -> false. - -btb_call(Arity, Lbl, Regs0, Is, D0) -> - Regs = btb_kill_not_live(Arity, Regs0), - case btb_are_x_registers_empty(Regs) of - false -> - %% There is a match context in one of the x registers. - %% First handle the call as if it were a tail call. - D = btb_tail_call(Lbl, Regs, D0), - - %% No problem so far (the called function can handle a - %% match context). Now we must make sure that we don't - %% have any copies of the match context tucked away in an - %% y register. - RegList = btb_context_regs(Regs), - case [R || {y,_}=R <- RegList] of - [] -> - D; - [_|_] -> - btb_error({multiple_uses,RegList}) - end; - true -> - %% No match context in any x register. It could have been - %% saved to an y register, so continue to scan the code following - %% the call. - btb_reaches_match_1(Is, Regs, D0) - end. - -btb_tail_call(Lbl, Regs, #btb{f=Ftree,must_save=MustSave0}=D) -> - %% Ignore any y registers here. - case [R || {x,_}=R <- btb_context_regs(Regs)] of - [] -> - D; - [{x,_}=Reg] -> - case gb_trees:lookup(Lbl, Ftree) of - {value,{Reg,MustSave}} -> - D#btb{must_save=MustSave0 or MustSave}; - _ when is_integer(Lbl) -> - btb_error({{label,Lbl},no_suitable_bs_start_match}); - _ -> - btb_error({binary_used_in,Lbl}) - end; - [_|_] when not is_integer(Lbl) -> - btb_error({binary_used_in,Lbl}); - [_|_]=RegList -> - btb_error({multiple_uses,RegList}) - end. - -%% btb_follow_branches([Cond], Regs, D) -> D' -%% Recursively follow all the branches. - -btb_follow_branches([{f,Lbl}|T], Regs, D0) -> - D = btb_follow_branch(Lbl, Regs, D0), - btb_follow_branches(T, Regs, D); -btb_follow_branches([_|T], Regs, D) -> - btb_follow_branches(T, Regs, D); -btb_follow_branches([], _, D) -> D. - -%% btb_follow_branch(Lbl, Regs, D) -> D' -%% Recursively follow the branch. - -btb_follow_branch(0, _Regs, D) -> D; -btb_follow_branch(Lbl, Regs, #btb{ok_br=Br0,index=Li}=D) -> - Key = {Lbl,Regs}, - case gb_sets:is_member(Key, Br0) of - true -> - %% We have already followed this branch and it was OK. - D; - false -> - %% New branch. Try it. - Is = fetch_code_at(Lbl, Li), - #btb{ok_br=Br,must_not_save=MustNotSave,must_save=MustSave} = - btb_reaches_match_1(Is, Regs, D), - - %% Since we got back, this branch is OK. - D#btb{ok_br=gb_sets:insert(Key, Br),must_not_save=MustNotSave, - must_save=MustSave} - end. - -btb_reaches_match_block([{set,Ds,Ss,{alloc,Live,_}}=I|Is], Regs0) -> - %% An allocation instruction or a GC bif. We'll kill all registers - %% if any copy of the context is used as the source to the BIF. - btb_ensure_not_used(Ss, I, Regs0), - Regs1 = btb_kill_not_live(Live, Regs0), - Regs = btb_kill(Ds, Regs1), - btb_reaches_match_block(Is, Regs); -btb_reaches_match_block([{set,[Dst]=Ds,[Src],move}|Is], Regs0) -> - Regs1 = btb_kill(Ds, Regs0), - Regs = case btb_contains_context(Src, Regs1) of - false -> Regs1; - true -> btb_set_context(Dst, Regs1) - end, - btb_reaches_match_block(Is, Regs); -btb_reaches_match_block([{set,Ds,Ss,_}=I|Is], Regs0) -> - btb_ensure_not_used(Ss, I, Regs0), - Regs = btb_kill(Ds, Regs0), - btb_reaches_match_block(Is, Regs); -btb_reaches_match_block([], Regs) -> - Regs. - -%% btb_are_all_killed([Register], [Instruction], D) -> true|false -%% Test whether all of the register are unused in the instruction stream. - -btb_are_all_unused(RegList, Is, #btb{index=Li}) -> - all(fun(R) -> - beam_utils:is_not_used(R, Is, Li) - end, RegList). - -%% btp_regs_from_list([Register]) -> RegisterSet. -%% Create a register set from a list of registers. - -btb_regs_from_list(L) -> - foldl(fun(R, Regs) -> - btb_set_context(R, Regs) - end, {0,0}, L). - -%% btb_set_context(Register, RegisterSet) -> RegisterSet' -%% Update RegisterSet to indicate that Register contains the matching context. - -btb_set_context({x,N}, {Xregs,Yregs}) -> - {Xregs bor (1 bsl N),Yregs}; -btb_set_context({y,N}, {Xregs,Yregs}) -> - {Xregs,Yregs bor (1 bsl N)}. - -%% btb_ensure_not_used([Register], Instruction, RegisterSet) -> ok -%% If any register in RegisterSet (the register(s) known to contain -%% the match context) is used in the list of registers, generate an error. - -btb_ensure_not_used(Rs, I, Regs) -> - case lists:any(fun(R) -> btb_contains_context(R, Regs) end, Rs) of - true -> btb_error({binary_used_in,I}); - false -> ok - end. - -%% btb_kill([Register], RegisterSet) -> RegisterSet' -%% Kill all registers mentioned in the list of registers. - -btb_kill([{x,N}|Rs], {Xregs,Yregs}) -> - btb_kill(Rs, {Xregs band (bnot (1 bsl N)),Yregs}); -btb_kill([{y,N}|Rs], {Xregs,Yregs}) -> - btb_kill(Rs, {Xregs,Yregs band (bnot (1 bsl N))}); -btb_kill([{fr,_}|Rs], Regs) -> - btb_kill(Rs, Regs); -btb_kill([], Regs) -> Regs. - -%% btb_kill_not_live(Live, RegisterSet) -> RegisterSet' -%% Kill all registers indicated not live by Live. - -btb_kill_not_live(Live, {Xregs,Yregs}) -> - {Xregs band ((1 bsl Live)-1),Yregs}. - -%% btb_kill(Regs0) -> Regs -%% Kill all y registers. - -btb_kill_yregs({Xregs,_}) -> {Xregs,0}. - -%% btb_are_registers_empty(RegisterSet) -> true|false -%% Test whether the register set is empty. - -btb_are_registers_empty({0,0}) -> true; -btb_are_registers_empty({_,_}) -> false. - -%% btb_are_x_registers_empty(Regs) -> true|false -%% Test whether the x registers are empty. - -btb_are_x_registers_empty({0,_}) -> true; -btb_are_x_registers_empty({_,_}) -> false. - -%% btb_contains_context(Register, RegisterSet) -> true|false -%% Test whether Register contains the context. - -btb_contains_context({x,N}, {Regs,_}) -> Regs band (1 bsl N) =/= 0; -btb_contains_context({y,N}, {_,Regs}) -> Regs band (1 bsl N) =/= 0; -btb_contains_context(_, _) -> false. - -%% btb_context_regs(RegisterSet) -> [Register] -%% Convert the register set to an explicit list of registers. -btb_context_regs({Xregs,Yregs}) -> - btb_context_regs_1(Xregs, 0, x, btb_context_regs_1(Yregs, 0, y, [])). - -btb_context_regs_1(0, _, _, Acc) -> - Acc; -btb_context_regs_1(Regs, N, Tag, Acc) when (Regs band 1) =:= 1 -> - btb_context_regs_1(Regs bsr 1, N+1, Tag, [{Tag,N}|Acc]); -btb_context_regs_1(Regs, N, Tag, Acc) -> - btb_context_regs_1(Regs bsr 1, N+1, Tag, Acc). - -%% btb_index([Function]) -> GbTree({EntryLabel,{Register,MustSave}}) -%% Build an index of functions that accept a match context instead of -%% a binary. MustSave is true if the function may pass the match -%% context to the bs_context_to_binary instruction (in which case -%% the current position in the binary must have saved into the -%% start position using "bs_save_2 Ctx start"). - -btb_index(Fs) -> - btb_index_1(Fs, []). - -btb_index_1([{function,_,_,Entry,Is0}|Fs], Acc0) -> - Is = drop_to_label(Is0, Entry), - Acc = btb_index_2(Is, Entry, false, Acc0), - btb_index_1(Fs, Acc); -btb_index_1([], Acc) -> gb_trees:from_orddict(sort(Acc)). - -btb_index_2([{test,bs_start_match2,{f,_},_,[Reg,_],Reg}|_], - Entry, MustSave, Acc) -> - [{Entry,{Reg,MustSave}}|Acc]; -btb_index_2(Is0, Entry, _, Acc) -> - try btb_index_find_start_match(Is0) of - Is -> btb_index_2(Is, Entry, true, Acc) - catch - throw:none -> Acc - end. - -drop_to_label([{label,L}|Is], L) -> Is; -drop_to_label([_|Is], L) -> drop_to_label(Is, L). - -btb_index_find_start_match([{test,_,{f,F},_},{bs_context_to_binary,_}|Is]) -> - btb_index_find_label(Is, F); -btb_index_find_start_match(_) -> - throw(none). - -btb_index_find_label([{label,L}|Is], L) -> Is; -btb_index_find_label([_|Is], L) -> btb_index_find_label(Is, L). - -btb_error(Error) -> - throw({error,Error}). - -fetch_code_at(Lbl, Li) -> - case beam_utils:code_at(Lbl, Li) of - Is when is_list(Is) -> Is - end. - -%%% -%%% Compilation information warnings. -%%% - -btb_comment_opt({field_flags,[{anno,A}|_]}) -> - {'%',{bin_opt,A}}; -btb_comment_opt(_) -> - {'%',{bin_opt,[]}}. - -btb_comment_no_opt(Reason, {field_flags,[{anno,A}|_]}) -> - {'%',{no_bin_opt,Reason,A}}; -btb_comment_no_opt(Reason, _) -> - {'%',{no_bin_opt,Reason,[]}}. - -collect_warnings(Fs) -> - D = warning_index_functions(Fs), - foldl(fun(F, A) -> collect_warnings_fun(F, D, A) end, [], Fs). - -collect_warnings_fun({function,_,_,_,Is}, D, A) -> - collect_warnings_instr(Is, D, A). - -collect_warnings_instr([{'%',{bin_opt,Where}}|Is], D, Acc0) -> - Acc = add_warning(bin_opt, Where, Acc0), - collect_warnings_instr(Is, D, Acc); -collect_warnings_instr([{'%',{no_bin_opt,Reason0,Where}}|Is], D, Acc0) -> - Reason = warning_translate_label(Reason0, D), - Acc = add_warning({no_bin_opt,Reason}, Where, Acc0), - collect_warnings_instr(Is, D, Acc); -collect_warnings_instr([_|Is], D, Acc) -> - collect_warnings_instr(Is, D, Acc); -collect_warnings_instr([], _, Acc) -> Acc. - -add_warning(Term, Anno, Ws) -> - Line = get_line(Anno), - File = get_file(Anno), - [{File,[{Line,?MODULE,Term}]}|Ws]. - -warning_translate_label(Term, D) when is_tuple(Term) -> - case element(1, Term) of - {label,F} -> - FA = gb_trees:get(F, D), - setelement(1, Term, FA); - _ -> Term - end; -warning_translate_label(Term, _) -> Term. - -get_line([Line|_]) when is_integer(Line) -> Line; -get_line([_|T]) -> get_line(T); -get_line([]) -> none. - -get_file([{file,File}|_]) -> File; -get_file([_|T]) -> get_file(T); -get_file([]) -> "no_file". % should not happen - -warning_index_functions(Fs) -> - D = [{Entry,{F,A}} || {function,F,A,Entry,_} <- Fs], - gb_trees:from_orddict(sort(D)). - -format_error_1({binary_used_in,{extfunc,M,F,A}}) -> - [io_lib:format("sub binary used by ~p:~p/~p", [M,F,A])| - case {M,F,A} of - {erlang,split_binary,2} -> - "; SUGGEST using binary matching instead of split_binary/2"; - _ -> - "" - end]; -format_error_1({binary_used_in,_}) -> - "sub binary is used or returned"; -format_error_1({multiple_uses,_}) -> - "sub binary is matched or used in more than one place"; -format_error_1(unsuitable_bs_start_match) -> - "the binary matching instruction that follows in the same function " - "have problems that prevent delayed sub binary optimization " - "(probably indicated by INFO warnings)"; -format_error_1({{F,A},no_suitable_bs_start_match}) -> - io_lib:format("called function ~p/~p does not begin with a suitable " - "binary matching instruction", [F,A]); -format_error_1(must_and_must_not_save) -> - "different control paths use different positions in the binary"; -format_error_1({_,I,not_handled}) -> - case I of - {'catch',_,_} -> - "the compiler currently does not attempt the delayed sub binary " - "optimization when catch is used"; - {'try',_,_} -> - "the compiler currently does not attempt the delayed sub binary " - "optimization when try/catch is used"; - _ -> - io_lib:format("compiler limitation: instruction ~p prevents " - "delayed sub binary optimization", [I]) - end; -format_error_1(Term) -> - io_lib:format("~w", [Term]). diff --git a/lib/compiler/src/beam_clean.erl b/lib/compiler/src/beam_clean.erl index 207f1c4deb..7299654476 100644 --- a/lib/compiler/src/beam_clean.erl +++ b/lib/compiler/src/beam_clean.erl @@ -22,34 +22,21 @@ -module(beam_clean). -export([module/2]). --export([bs_clean_saves/1]). -export([clean_labels/1]). --import(lists, [foldl/3,reverse/1]). -spec module(beam_utils:module_code(), [compile:option()]) -> {'ok',beam_utils:module_code()}. module({Mod,Exp,Attr,Fs0,_}, Opts) -> Order = [Lbl || {function,_,_,Lbl,_} <- Fs0], - All = foldl(fun({function,_,_,Lbl,_}=Func,D) -> dict:store(Lbl, Func, D) end, - dict:new(), Fs0), + All = maps:from_list([{Lbl,Func} || {function,_,_,Lbl,_}=Func <- Fs0]), WorkList = rootset(Fs0, Exp, Attr), - Used = find_all_used(WorkList, All, sets:from_list(WorkList)), + Used = find_all_used(WorkList, All, cerl_sets:from_list(WorkList)), Fs1 = remove_unused(Order, Used, All), {Fs2,Lc} = clean_labels(Fs1), - Fs3 = bs_fix(Fs2), - Fs = maybe_remove_lines(Fs3, Opts), + Fs = maybe_remove_lines(Fs2, Opts), {ok,{Mod,Exp,Attr,Fs,Lc}}. -%% Remove all bs_save2/2 instructions not referenced by a bs_restore2/2. - --spec bs_clean_saves([beam_utils:instruction()]) -> - [beam_utils:instruction()]. - -bs_clean_saves(Is) -> - Needed = bs_restores(Is, []), - bs_clean_saves_1(Is, gb_sets:from_list(Needed), []). - %% Determine the rootset, i.e. exported functions and %% the on_load function (if any). @@ -66,16 +53,16 @@ rootset(Fs, Root0, Attr) -> %% Remove the unused functions. remove_unused([F|Fs], Used, All) -> - case sets:is_element(F, Used) of + case cerl_sets:is_element(F, Used) of false -> remove_unused(Fs, Used, All); - true -> [dict:fetch(F, All)|remove_unused(Fs, Used, All)] + true -> [map_get(F, All)|remove_unused(Fs, Used, All)] end; remove_unused([], _, _) -> []. - + %% Find all used functions. find_all_used([F|Fs0], All, Used0) -> - {function,_,_,_,Code} = dict:fetch(F, All), + {function,_,_,_,Code} = map_get(F, All), {Fs,Used} = update_work_list(Code, {Fs0,Used0}), find_all_used(Fs, All, Used); find_all_used([], _All, Used) -> Used. @@ -89,20 +76,16 @@ update_work_list([_|Is], Sets) -> update_work_list([], Sets) -> Sets. add_to_work_list(F, {Fs,Used}=Sets) -> - case sets:is_element(F, Used) of + case cerl_sets:is_element(F, Used) of true -> Sets; - false -> {[F|Fs],sets:add_element(F, Used)} + false -> {[F|Fs],cerl_sets:add_element(F, Used)} end. %%% %%% Coalesce adjacent labels. Renumber all labels to eliminate gaps. -%%% This cleanup will slightly reduce file size and slightly speed up loading. -%%% -%%% We also expand is_record/3 to a sequence of instructions. It is done -%%% here merely because this module will always be called even if optimization -%%% is turned off. We don't want to do the expansion in beam_asm because we -%%% want to see the expanded code in a .S file. +%%% This cleanup will slightly reduce file size and slightly speed up +%%% loading. %%% -type label() :: beam_asm:label(). @@ -127,45 +110,6 @@ function_renumber([{function,Name,Arity,_Entry,Asm0}|Fs], St0, Acc) -> function_renumber(Fs, St, [{function,Name,Arity,St#st.entry,Asm}|Acc]); function_renumber([], St, Acc) -> {Acc,St}. -renumber_labels([{bif,is_record,{f,_}, - [Term,{atom,Tag}=TagAtom,{integer,Arity}],Dst}|Is0], Acc, St) -> - ContLabel = 900000000+2*St#st.lc, - FailLabel = ContLabel+1, - Fail = {f,FailLabel}, - Tmp = Dst, - Is = case is_record_tuple(Term, Tag, Arity) of - yes -> - [{move,{atom,true},Dst}|Is0]; - no -> - [{move,{atom,false},Dst}|Is0]; - maybe -> - [{test,is_tuple,Fail,[Term]}, - {test,test_arity,Fail,[Term,Arity]}, - {get_tuple_element,Term,0,Tmp}, - {test,is_eq_exact,Fail,[Tmp,TagAtom]}, - {move,{atom,true},Dst}, - {jump,{f,ContLabel}}, - {label,FailLabel}, - {move,{atom,false},Dst}, - {jump,{f,ContLabel}}, %Improves optimization by beam_dead. - {label,ContLabel}|Is0] - end, - renumber_labels(Is, Acc, St); -renumber_labels([{test,is_record,{f,_}=Fail, - [Term,{atom,Tag}=TagAtom,{integer,Arity}]}|Is0], Acc, St) -> - Tmp = {x,1022}, - Is = case is_record_tuple(Term, Tag, Arity) of - yes -> - Is0; - no -> - [{jump,Fail}|Is0]; - maybe -> - [{test,is_tuple,Fail,[Term]}, - {test,test_arity,Fail,[Term,Arity]}, - {get_tuple_element,Term,0,Tmp}, - {test,is_eq_exact,Fail,[Tmp,TagAtom]}|Is0] - end, - renumber_labels(Is, Acc, St); renumber_labels([{label,Old}|Is], [{label,New}|_]=Acc, #st{lmap=D0}=St) -> D = [{Old,New}|D0], renumber_labels(Is, Acc, St#st{lmap=D}); @@ -179,12 +123,6 @@ renumber_labels([I|Is], Acc, St0) -> renumber_labels(Is, [I|Acc], St0); renumber_labels([], Acc, St) -> {Acc,St}. -is_record_tuple({x,_}, _, _) -> maybe; -is_record_tuple({y,_}, _, _) -> maybe; -is_record_tuple({literal,Tuple}, Tag, Arity) - when element(1, Tuple) =:= Tag, tuple_size(Tuple) =:= Arity -> yes; -is_record_tuple(_, _, _) -> no. - function_replace([{function,Name,Arity,Entry,Asm0}|Fs], Dict, Acc) -> Asm = try Fb = fun(Old) -> throw({error,{undefined_label,Old}}) end, @@ -199,100 +137,6 @@ function_replace([{function,Name,Arity,Entry,Asm0}|Fs], Dict, Acc) -> function_replace([], _, Acc) -> Acc. %%% -%%% Final fixup of bs_start_match2/5,bs_save2/bs_restore2 instructions for -%%% new bit syntax matching (introduced in R11B). -%%% -%%% Pass 1: Scan the code, looking for bs_restore2/2 instructions. -%%% -%%% Pass 2: Update bs_save2/2 and bs_restore/2 instructions. Remove -%%% any bs_save2/2 instruction whose save position are never referenced -%%% by any bs_restore2/2 instruction. -%%% -%%% Note this module can be invoked several times, so we must be careful -%%% not to touch instructions that have already been fixed up. -%%% - -bs_fix(Fs) -> - bs_fix(Fs, []). - -bs_fix([{function,Name,Arity,Entry,Asm0}|Fs], Acc) -> - Asm = bs_function(Asm0), - bs_fix(Fs, [{function,Name,Arity,Entry,Asm}|Acc]); -bs_fix([], Acc) -> reverse(Acc). - -bs_function(Is) -> - Dict0 = bs_restores(Is, []), - S0 = sofs:relation(Dict0, [{context,save_point}]), - S1 = sofs:relation_to_family(S0), - S = sofs:to_external(S1), - Dict = make_save_point_dict(S, []), - bs_replace(Is, Dict, []). - -make_save_point_dict([{Ctx,Pts}|T], Acc0) -> - Acc = make_save_point_dict_1(Pts, Ctx, 0, Acc0), - make_save_point_dict(T, Acc); -make_save_point_dict([], Acc) -> - gb_trees:from_orddict(ordsets:from_list(Acc)). - -make_save_point_dict_1([H|T], Ctx, I, Acc) -> - make_save_point_dict_1(T, Ctx, I+1, [{{Ctx,H},I}|Acc]); -make_save_point_dict_1([], Ctx, I, Acc) -> - [{Ctx,I}|Acc]. - -%% Pass 1. -bs_restores([{bs_restore2,_,{Same,Same}}|Is], Dict) -> - %% This save point is special. No explicit save is needed. - bs_restores(Is, Dict); -bs_restores([{bs_restore2,_,{atom,start}}|Is], Dict) -> - %% This instruction can occur if "compilation" - %% started from a .S file. - bs_restores(Is, Dict); -bs_restores([{bs_restore2,_,{_,_}=SavePoint}|Is], Dict) -> - bs_restores(Is, [SavePoint|Dict]); -bs_restores([_|Is], Dict) -> - bs_restores(Is, Dict); -bs_restores([], Dict) -> Dict. - -%% Pass 2. -bs_replace([{test,bs_start_match2,F,Live,[Src,{context,Ctx}],CtxR}|T], Dict, Acc) -> - Slots = case gb_trees:lookup(Ctx, Dict) of - {value,Slots0} -> Slots0; - none -> 0 - end, - I = {test,bs_start_match2,F,Live,[Src,Slots],CtxR}, - bs_replace(T, Dict, [I|Acc]); -bs_replace([{bs_save2,CtxR,{_,_}=SavePoint}|T], Dict, Acc) -> - case gb_trees:lookup(SavePoint, Dict) of - {value,N} -> - bs_replace(T, Dict, [{bs_save2,CtxR,N}|Acc]); - none -> - bs_replace(T, Dict, Acc) - end; -bs_replace([{bs_restore2,_,{atom,start}}=I|T], Dict, Acc) -> - %% This instruction can occur if "compilation" - %% started from a .S file. - bs_replace(T, Dict, [I|Acc]); -bs_replace([{bs_restore2,CtxR,{Same,Same}}|T], Dict, Acc) -> - %% This save point refers to the point in the binary where the match - %% started. It has a special name. - bs_replace(T, Dict, [{bs_restore2,CtxR,{atom,start}}|Acc]); -bs_replace([{bs_restore2,CtxR,{_,_}=SavePoint}|T], Dict, Acc) -> - N = gb_trees:get(SavePoint, Dict), - bs_replace(T, Dict, [{bs_restore2,CtxR,N}|Acc]); -bs_replace([I|Is], Dict, Acc) -> - bs_replace(Is, Dict, [I|Acc]); -bs_replace([], _, Acc) -> reverse(Acc). - -bs_clean_saves_1([{bs_save2,_,{_,_}=SavePoint}=I|Is], Needed, Acc) -> - case gb_sets:is_member(SavePoint, Needed) of - false -> bs_clean_saves_1(Is, Needed, Acc); - true -> bs_clean_saves_1(Is, Needed, [I|Acc]) - end; -bs_clean_saves_1([I|Is], Needed, Acc) -> - bs_clean_saves_1(Is, Needed, [I|Acc]); -bs_clean_saves_1([], _, Acc) -> reverse(Acc). - -%%% %%% Remove line instructions if requested. %%% diff --git a/lib/compiler/src/beam_dead.erl b/lib/compiler/src/beam_dead.erl deleted file mode 100644 index efad082152..0000000000 --- a/lib/compiler/src/beam_dead.erl +++ /dev/null @@ -1,971 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 2002-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% - --module(beam_dead). - --export([module/2]). - -%%% Dead code is code that is executed but has no effect. This -%%% optimization pass either removes dead code or jumps around it, -%%% potentially making it unreachable and a target for the -%%% the beam_jump pass. - --import(lists, [mapfoldl/3,reverse/1]). - - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,_}, _Opts) -> - {Fs1,Lc1} = beam_clean:clean_labels(Fs0), - {Fs,Lc} = mapfoldl(fun function/2, Lc1, Fs1), - %%{Fs,Lc} = {Fs1,Lc1}, - {ok,{Mod,Exp,Attr,Fs,Lc}}. - -function({function,Name,Arity,CLabel,Is0}, Lc0) -> - try - Is1 = beam_jump:remove_unused_labels(Is0), - - %% Initialize label information with the code - %% for the func_info label. Without it, a register - %% may seem to be live when it is not. - [{label,L}|FiIs] = Is1, - D0 = beam_utils:empty_label_index(), - D = beam_utils:index_label(L, FiIs, D0), - - %% Optimize away dead code. - {Is2,Lc} = forward(Is1, Lc0), - Is3 = backward(Is2, D), - Is = move_move_into_block(Is3, []), - {{function,Name,Arity,CLabel,Is},Lc} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - -%% 'move' instructions outside of blocks may thwart the jump optimizer. -%% Move them back into the block. - -move_move_into_block([{block,Bl0},{move,S,D}|Is], Acc) -> - Bl = Bl0 ++ [{set,[D],[S],move}], - move_move_into_block([{block,Bl}|Is], Acc); -move_move_into_block([{move,S,D}|Is], Acc) -> - Bl = [{set,[D],[S],move}], - move_move_into_block([{block,Bl}|Is], Acc); -move_move_into_block([I|Is], Acc) -> - move_move_into_block(Is, [I|Acc]); -move_move_into_block([], Acc) -> reverse(Acc). - -%%% -%%% Scan instructions in execution order and remove redundant 'move' -%%% instructions. 'move' instructions are redundant if we know that -%%% the register already contains the value being assigned, as in the -%%% following code: -%%% -%%% test is_eq_exact SomeLabel Src Dst -%%% move Src Dst -%%% -%%% or in: -%%% -%%% test is_nil SomeLabel Dst -%%% move nil Dst -%%% -%%% or in: -%%% -%%% select_val Register FailLabel [... Literal => L1...] -%%% . -%%% . -%%% . -%%% L1: move Literal Register -%%% -%%% Also add extra labels to help the second backward pass. -%%% - -forward(Is, Lc) -> - forward(Is, #{}, Lc, []). - -forward([{move,_,_}=Move|[{label,L}|_]=Is], D, Lc, Acc) -> - %% move/2 followed by jump/1 is optimized by backward/3. - forward([Move,{jump,{f,L}}|Is], D, Lc, Acc); -forward([{bif,_,_,_,_}=Bif|[{label,L}|_]=Is], D, Lc, Acc) -> - %% bif/4 followed by jump/1 is optimized by backward/3. - forward([Bif,{jump,{f,L}}|Is], D, Lc, Acc); -forward([{block,[]}|Is], D, Lc, Acc) -> - %% Empty blocks can prevent optimizations. - forward(Is, D, Lc, Acc); -forward([{select,select_val,Reg,_,List}=I|Is], D0, Lc, Acc) -> - D = update_value_dict(List, Reg, D0), - forward(Is, D, Lc, [I|Acc]); -forward([{label,Lbl}=LblI,{block,[{set,[Dst],[Lit],move}|BlkIs]}=Blk|Is], D, Lc, Acc) -> - %% Assumption: The target labels in a select_val/3 instruction - %% cannot be reached in any other way than through the select_val/3 - %% instruction (i.e. there can be no fallthrough to such label and - %% it cannot be referenced by, for example, a jump/1 instruction). - Key = {Lbl,Dst}, - Block = case D of - #{Key := Lit} -> {block,BlkIs}; %Safe to remove move instruction. - _ -> Blk %Must keep move instruction. - end, - forward([Block|Is], D, Lc, [LblI|Acc]); -forward([{label,Lbl}=LblI|[{move,Lit,Dst}|Is1]=Is0], D, Lc, Acc) -> - %% Assumption: The target labels in a select_val/3 instruction - %% cannot be reached in any other way than through the select_val/3 - %% instruction (i.e. there can be no fallthrough to such label and - %% it cannot be referenced by, for example, a jump/1 instruction). - Is = case maps:find({Lbl,Dst}, D) of - {ok,Lit} -> Is1; %Safe to remove move instruction. - _ -> Is0 %Keep move instruction. - end, - forward(Is, D, Lc, [LblI|Acc]); -forward([{test,is_eq_exact,_,[Same,Same]}|Is], D, Lc, Acc) -> - forward(Is, D, Lc, Acc); -forward([{test,is_eq_exact,_,[Dst,Src]}=I, - {block,[{set,[Dst],[Src],move}|Bl]}|Is], D, Lc, Acc) -> - forward([I,{block,Bl}|Is], D, Lc, Acc); -forward([{test,is_nil,_,[Dst]}=I, - {block,[{set,[Dst],[nil],move}|Bl]}|Is], D, Lc, Acc) -> - forward([I,{block,Bl}|Is], D, Lc, Acc); -forward([{test,is_eq_exact,_,[Dst,Src]}=I,{move,Src,Dst}|Is], D, Lc, Acc) -> - forward([I|Is], D, Lc, Acc); -forward([{test,is_nil,_,[Dst]}=I,{move,nil,Dst}|Is], D, Lc, Acc) -> - forward([I|Is], D, Lc, Acc); -forward([{test,_,_,_}=I|Is]=Is0, D, Lc, Acc) -> - %% Help the second, backward pass to by inserting labels after - %% relational operators so that they can be skipped if they are - %% known to be true. - case useful_to_insert_label(Is0) of - false -> forward(Is, D, Lc, [I|Acc]); - true -> forward(Is, D, Lc+1, [{label,Lc},I|Acc]) - end; -forward([I|Is], D, Lc, Acc) -> - forward(Is, D, Lc, [I|Acc]); -forward([], _, Lc, Acc) -> {Acc,Lc}. - -update_value_dict([Lit,{f,Lbl}|T], Reg, D0) -> - Key = {Lbl,Reg}, - D = case D0 of - #{Key := inconsistent} -> D0; - #{Key := _} -> D0#{Key := inconsistent}; - _ -> D0#{Key => Lit} - end, - update_value_dict(T, Reg, D); -update_value_dict([], _, D) -> D. - -useful_to_insert_label([_,{label,_}|_]) -> - false; -useful_to_insert_label([{test,Op,_,_}|_]) -> - case Op of - is_lt -> true; - is_ge -> true; - is_eq_exact -> true; - is_ne_exact -> true; - _ -> false - end. - -%%% -%%% Scan instructions in reverse execution order and try to -%%% shortcut branch instructions. -%%% -%%% For example, in this code: -%%% -%%% move Literal Register -%%% jump L1 -%%% . -%%% . -%%% . -%%% L1: test is_{integer,atom} FailLabel Register -%%% select_val {x,0} FailLabel [... Literal => L2...] -%%% . -%%% . -%%% . -%%% L2: ... -%%% -%%% the 'selectval' instruction will always transfer control to L2, -%%% so we can just as well jump to L2 directly by rewriting the -%%% first part of the sequence like this: -%%% -%%% move Literal Register -%%% jump L2 -%%% -%%% If register Register is killed at label L2, we can remove the -%%% 'move' instruction, leaving just the 'jump' instruction: -%%% -%%% jump L2 -%%% -%%% These transformations may leave parts of the code unreachable. -%%% The beam_jump pass will remove the unreachable code. - -backward(Is, D) -> - backward(Is, D, []). - -backward([{test,is_eq_exact,Fail,[Dst,{integer,Arity}]}=I| - [{bif,tuple_size,Fail,[Reg],Dst}|Is]=Is0], D, Acc) -> - %% Provided that Dst is killed following this sequence, - %% we can rewrite the instructions like this: - %% - %% bif tuple_size Fail Reg Dst ==> is_tuple Fail Reg - %% is_eq_exact Fail Dst Integer test_arity Fail Reg Integer - %% - %% (still two instructions, but they they will be combined to - %% one by the loader). - case beam_utils:is_killed(Dst, Acc, D) andalso (Arity bsr 32) =:= 0 of - false -> - %% Not safe because the register Dst is not killed - %% (probably cannot not happen in practice) or the arity - %% does not fit in 32 bits (the loader will fail to load - %% the module). We must move the first instruction to the - %% accumulator to avoid an infinite loop. - backward(Is0, D, [I|Acc]); - true -> - %% Safe. - backward([{test,test_arity,Fail,[Reg,Arity]}, - {test,is_tuple,Fail,[Reg]}|Is], D, Acc) - end; -backward([{label,Lbl}=L|Is], D, Acc) -> - backward(Is, beam_utils:index_label(Lbl, Acc, D), [L|Acc]); -backward([{select,select_val,Reg,{f,Fail0},List0}|Is], D, Acc) -> - List1 = shortcut_select_list(List0, Reg, D, []), - Fail1 = shortcut_label(Fail0, D), - Fail = shortcut_bs_test(Fail1, Is, D), - List = prune_redundant(List1, Fail), - case List of - [] -> - Jump = {jump,{f,Fail}}, - backward([Jump|Is], D, Acc); - [V,F] -> - Test = {test,is_eq_exact,{f,Fail},[Reg,V]}, - Jump = {jump,F}, - backward([Jump,Test|Is], D, Acc); - [{atom,B1},F,{atom,B2},F] when B1 =:= not B2 -> - Test = {test,is_boolean,{f,Fail},[Reg]}, - Jump = {jump,F}, - backward([Jump,Test|Is], D, Acc); - [_|_] -> - Sel = {select,select_val,Reg,{f,Fail},List}, - backward(Is, D, [Sel|Acc]) - end; -backward([{jump,{f,To0}},{move,Src,Reg}=Move|Is], D, Acc) -> - To = shortcut_select_label(To0, Reg, Src, D), - Jump = {jump,{f,To}}, - case is_killed_at(Reg, To, D) of - false -> backward([Move|Is], D, [Jump|Acc]); - true -> backward([Jump|Is], D, Acc) - end; -backward([{jump,{f,To}}=J|[{bif,Op,{f,BifFail},Ops,Reg}|Is]=Is0], D, Acc) -> - try replace_comp_op(To, Reg, Op, Ops, D) of - {Test,Jump} -> - backward([Jump,Test|Is], D, Acc) - catch - throw:not_possible -> - case To =:= BifFail of - true -> - %% The bif instruction is redundant. See the comment - %% in the next clause for why there is no need to - %% test for liveness of Reg at label To. - backward([J|Is], D, Acc); - false -> - backward(Is0, D, [J|Acc]) - end - end; -backward([{jump,{f,To}}=J|[{gc_bif,_,{f,To},_,_,_Dst}|Is]], D, Acc) -> - %% The gc_bif instruction is redundant, since either the gc_bif - %% instruction itself or the jump instruction will transfer control - %% to label To. Note that a gc_bif instruction does not assign its - %% destination register if the failure branch is taken; therefore, - %% the code at label To is not allowed to assume that the destination - %% register is initialized, and it is therefore no need to test - %% for liveness of the destination register at label To. - backward([J|Is], D, Acc); -backward([{test,bs_start_match2,F,Live,[Src,_]=Args,Ctxt}|Is], D, Acc0) -> - {f,To0} = F, - case test_bs_literal(F, Ctxt, D, Acc0) of - {none,Acc} -> - %% Ctxt killed immediately after bs_start_match2. - To = shortcut_bs_context_to_binary(To0, Src, D), - I = {test,is_bitstr,{f,To},[Src]}, - backward(Is, D, [I|Acc]); - {Literal,Acc} -> - %% Ctxt killed after matching a literal. - To = shortcut_bs_context_to_binary(To0, Src, D), - Eq = {test,is_eq_exact,{f,To},[Src,{literal,Literal}]}, - backward(Is, D, [Eq|Acc]); - not_killed -> - %% Ctxt not killed. Not much to do. - To = shortcut_bs_start_match(To0, Src, D), - I = {test,bs_start_match2,{f,To},Live,Args,Ctxt}, - backward(Is, D, [I|Acc0]) - end; -backward([{test,Op,{f,To0},Ops0}|Is], D, Acc) -> - To1 = shortcut_bs_test(To0, Is, D), - To2 = shortcut_label(To1, D), - To3 = shortcut_rel_op(To2, Op, Ops0, D), - - %% Try to shortcut a repeated test: - %% - %% test Op {f,Fail1} Operands test Op {f,Fail2} Operands - %% . . . ==> ... - %% Fail1: test Op {f,Fail2} Operands Fail1: test Op {f,Fail2} Operands - %% - To = case beam_utils:code_at(To3, D) of - [{test,Op,{f,To4},Ops}|_] -> - case equal_ops(Ops0, Ops) of - true -> To4; - false -> To3 - end; - _Code -> - To3 - end, - I = case Op of - is_eq_exact -> combine_eqs(To, Ops0, D, Acc); - _ -> {test,Op,{f,To},Ops0} - end, - case {I,Acc} of - {{test,is_atom,Fail,Ops0},[{test,is_boolean,Fail,Ops0}|_]} -> - %% An is_atom test before an is_boolean test (with the - %% same failure label) is redundant. - backward(Is, D, Acc); - {{test,is_atom,Fail,[R]}, - [{test,is_eq_exact,Fail,[R,{atom,_}]}|_]} -> - %% An is_atom test before a comparison with an atom (with - %% the same failure label) is redundant. - backward(Is, D, Acc); - {{test,is_integer,Fail,[R]}, - [{test,is_eq_exact,Fail,[R,{integer,_}]}|_]} -> - %% An is_integer test before a comparison with an integer - %% (with the same failure label) is redundant. - backward(Is, D, Acc); - {{test,_,_,_},_} -> - %% Still a test instruction. Done. - backward(Is, D, [I|Acc]); - {_,_} -> - %% Rewritten to a select_val. Rescan. - backward([I|Is], D, Acc) - end; -backward([{test,Op,{f,To0},Live,Ops0,Dst}|Is], D, Acc) -> - To1 = shortcut_bs_test(To0, Is, D), - To2 = shortcut_label(To1, D), - %% Try to shortcut a repeated test: - %% - %% test Op {f,Fail1} _ Ops _ test Op {f,Fail2} _ Ops _ - %% . . . ==> ... - %% Fail1: test Op {f,Fail2} _ Ops _ Fail1: test Op {f,Fail2} _ Ops _ - %% - To = case beam_utils:code_at(To2, D) of - [{test,Op,{f,To3},_,Ops,_}|_] -> - case equal_ops(Ops0, Ops) of - true -> To3; - false -> To2 - end; - _Code -> - To2 - end, - I = {test,Op,{f,To},Live,Ops0,Dst}, - backward(Is, D, [I|Acc]); -backward([{kill,_}=I|Is], D, [{line,_},Exit|_]=Acc) -> - case beam_jump:is_exit_instruction(Exit) of - false -> backward(Is, D, [I|Acc]); - true -> backward(Is, D, Acc) - end; -backward([{bif,'or',{f,To0},[Dst,{atom,false}],Dst}=I|Is], D, - [{test,is_eq_exact,{f,To},[Dst,{atom,true}]}|_]=Acc) -> - case shortcut_label(To0, D) of - To -> - backward(Is, D, Acc); - _ -> - backward(Is, D, [I|Acc]) - end; -backward([{bif,map_get,{f,FF},[Key,Map],_}=I0, - {test,has_map_fields,{f,FT}=F,[Map|Keys0]}=I1|Is], D, Acc) when FF =/= 0 -> - case shortcut_label(FF, D) of - FT -> - case lists:delete(Key, Keys0) of - [] -> - backward([I0|Is], D, Acc); - Keys -> - Test = {test,has_map_fields,F,[Map|Keys]}, - backward([Test|Is], D, [I0|Acc]) - end; - _ -> - backward([I1|Is], D, [I0|Acc]) - end; -backward([{bif,map_get,{f,FF},[_,Map],_}=I0, - {test,is_map,{f,FT},[Map]}=I1|Is], D, Acc) when FF =/= 0 -> - case shortcut_label(FF, D) of - FT -> backward([I0|Is], D, Acc); - _ -> backward([I1|Is], D, [I0|Acc]) - end; -backward([I|Is], D, Acc) -> - backward(Is, D, [I|Acc]); -backward([], _D, Acc) -> Acc. - -equal_ops([{field_flags,FlA0}|T0], [{field_flags,FlB0}|T1]) -> - FlA = lists:keydelete(anno, 1, FlA0), - FlB = lists:keydelete(anno, 1, FlB0), - FlA =:= FlB andalso equal_ops(T0, T1); -equal_ops([Op|T0], [Op|T1]) -> - equal_ops(T0, T1); -equal_ops([], []) -> true; -equal_ops(_, _) -> false. - -shortcut_select_list([Lit,{f,To0}|T], Reg, D, Acc) -> - To = shortcut_select_label(To0, Reg, Lit, D), - shortcut_select_list(T, Reg, D, [{f,To},Lit|Acc]); -shortcut_select_list([], _, _, Acc) -> reverse(Acc). - -shortcut_label(0, _) -> - 0; -shortcut_label(To0, D) -> - case beam_utils:code_at(To0, D) of - [{jump,{f,To}}|_] -> shortcut_label(To, D); - _ -> To0 - end. - -shortcut_select_label(To, Reg, Lit, D) -> - shortcut_rel_op(To, is_ne_exact, [Reg,Lit], D). - -prune_redundant([_,{f,Fail}|T], Fail) -> - prune_redundant(T, Fail); -prune_redundant([V,F|T], Fail) -> - [V,F|prune_redundant(T, Fail)]; -prune_redundant([], _) -> []. - -%% Replace a comparison operator with a test instruction and a jump. -%% For example, if we have this code: -%% -%% bif '=:=' Fail Src1 Src2 {x,0} -%% jump L1 -%% . -%% . -%% . -%% L1: select_val {x,0} FailLabel [... true => L2..., ...false => L3...] -%% -%% the first two instructions can be replaced with -%% -%% test is_eq_exact L3 Src1 Src2 -%% jump L2 -%% -%% provided that {x,0} is killed at both L2 and L3. - -replace_comp_op(To, Reg, Op, Ops, D) -> - False = comp_op_find_shortcut(To, Reg, {atom,false}, D), - True = comp_op_find_shortcut(To, Reg, {atom,true}, D), - {bif_to_test(Op, Ops, False),{jump,{f,True}}}. - -comp_op_find_shortcut(To0, Reg, Val, D) -> - case shortcut_select_label(To0, Reg, Val, D) of - To0 -> - not_possible(); - To -> - case is_killed_at(Reg, To, D) of - false -> not_possible(); - true -> To - end - end. - -bif_to_test(Name, Args, Fail) -> - try - beam_utils:bif_to_test(Name, Args, {f,Fail}) - catch - error:_ -> not_possible() - end. - -not_possible() -> throw(not_possible). - -%% combine_eqs(To, Operands, Acc) -> Instruction. -%% Combine two is_eq_exact instructions or (an is_eq_exact -%% instruction and a select_val instruction) to a select_val -%% instruction if possible. -%% -%% Example: -%% -%% is_eq_exact F1 Reg Lit1 select_val Reg F2 [ Lit1 L1 -%% L1: . Lit2 L2 ] -%% . -%% . ==> -%% . -%% F1: is_eq_exact F2 Reg Lit2 F1: is_eq_exact F2 Reg Lit2 -%% L2: .... L2: -%% -combine_eqs(To, [Reg,{Type,_}=Lit1]=Ops, D, Acc) - when Type =:= atom; Type =:= integer -> - Next = case Acc of - [{label,Lbl}|_] -> Lbl; - [{jump,{f,Lbl}}|_] -> Lbl - end, - case beam_utils:code_at(To, D) of - [{test,is_eq_exact,{f,F2},[Reg,{Type,_}=Lit2]}, - {label,L2}|_] when Lit1 =/= Lit2 -> - {select,select_val,Reg,{f,F2},[Lit1,{f,Next},Lit2,{f,L2}]}; - [{test,is_eq_exact,{f,F2},[Reg,{Type,_}=Lit2]}, - {jump,{f,L2}}|_] when Lit1 =/= Lit2 -> - {select,select_val,Reg,{f,F2},[Lit1,{f,Next},Lit2,{f,L2}]}; - [{select,select_val,Reg,{f,F2},[{Type,_}|_]=List0}|_] -> - List = remove_from_list(Lit1, List0), - {select,select_val,Reg,{f,F2},[Lit1,{f,Next}|List]}; - _Is -> - {test,is_eq_exact,{f,To},Ops} - end; -combine_eqs(To, Ops, _D, _Acc) -> - {test,is_eq_exact,{f,To},Ops}. - -remove_from_list(Lit, [Lit,{f,_}|T]) -> - T; -remove_from_list(Lit, [Val,{f,_}=Fail|T]) -> - [Val,Fail|remove_from_list(Lit, T)]; -remove_from_list(_, []) -> []. - - -test_bs_literal(F, Ctxt, D, - [{test,bs_match_string,F,[Ctxt,Bs]}, - {test,bs_test_tail2,F,[Ctxt,0]}|Acc]) -> - test_bs_literal_1(Ctxt, Acc, D, Bs); -test_bs_literal(F, Ctxt, D, [{test,bs_test_tail2,F,[Ctxt,0]}|Acc]) -> - test_bs_literal_1(Ctxt, Acc, D, <<>>); -test_bs_literal(_, Ctxt, D, Acc) -> - test_bs_literal_1(Ctxt, Acc, D, none). - -test_bs_literal_1(Ctxt, Is, D, Literal) -> - case beam_utils:is_killed(Ctxt, Is, D) of - true -> {Literal,Is}; - false -> not_killed - end. - -%% shortcut_bs_test(TargetLabel, ReversedInstructions, D) -> TargetLabel' -%% Try to shortcut the failure label for bit syntax matching. - -shortcut_bs_test(To, Is, D) -> - shortcut_bs_test_1(beam_utils:code_at(To, D), Is, To, D). - -shortcut_bs_test_1([{bs_restore2,Reg,SavePoint}, - {label,_}, - {test,bs_test_tail2,{f,To},[_,TailBits]}|_], - PrevIs, To0, D) -> - case count_bits_matched(PrevIs, {Reg,SavePoint}, 0) of - Bits when Bits > TailBits -> - %% This instruction will fail. We know because a restore has been - %% done from the previous point SavePoint in the binary, and we - %% also know that the binary contains at least Bits bits from - %% SavePoint. - %% - %% Since we will skip a bs_restore2 if we shortcut to label To, - %% we must now make sure that code at To does not depend on - %% the position in the context in any way. - case shortcut_bs_pos_used(To, Reg, D) of - false -> To; - true -> To0 - end; - _Bits -> - To0 - end; -shortcut_bs_test_1([_|_], _, To, _) -> To. - -%% counts_bits_matched(ReversedInstructions, SavePoint, Bits) -> Bits' -%% Given a reversed instruction stream, determine the minimum number -%% of bits that will be matched by bit syntax instructions up to the -%% given save point. - -count_bits_matched([{test,bs_get_utf8,{f,_},_,_,_}|Is], SavePoint, Bits) -> - count_bits_matched(Is, SavePoint, Bits+8); -count_bits_matched([{test,bs_get_utf16,{f,_},_,_,_}|Is], SavePoint, Bits) -> - count_bits_matched(Is, SavePoint, Bits+16); -count_bits_matched([{test,bs_get_utf32,{f,_},_,_,_}|Is], SavePoint, Bits) -> - count_bits_matched(Is, SavePoint, Bits+32); -count_bits_matched([{test,_,_,_,[_,Sz,U,{field_flags,_}],_}|Is], SavePoint, Bits) -> - case Sz of - {integer,N} -> count_bits_matched(Is, SavePoint, Bits+N*U); - _ -> count_bits_matched(Is, SavePoint, Bits) - end; -count_bits_matched([{test,bs_match_string,_,[_,Bs]}|Is], SavePoint, Bits) -> - count_bits_matched(Is, SavePoint, Bits+bit_size(Bs)); -count_bits_matched([{test,_,_,_}|Is], SavePoint, Bits) -> - count_bits_matched(Is, SavePoint, Bits); -count_bits_matched([{bs_save2,Reg,SavePoint}|_], {Reg,SavePoint}, Bits) -> - %% The save point we are looking for - we are done. - Bits; -count_bits_matched([_|_], _, Bits) -> Bits. - -shortcut_bs_pos_used(To, Reg, D) -> - shortcut_bs_pos_used_1(beam_utils:code_at(To, D), Reg, D). - -shortcut_bs_pos_used_1([{bs_context_to_binary,Reg}|_], Reg, _) -> - false; -shortcut_bs_pos_used_1(Is, Reg, D) -> - not beam_utils:is_killed(Reg, Is, D). - -%% shortcut_bs_start_match(TargetLabel, Reg) -> TargetLabel -%% A failing bs_start_match2 instruction means that the source (Reg) -%% cannot be a binary. That means that it is safe to skip -%% bs_context_to_binary instructions operating on Reg, and -%% bs_start_match2 instructions operating on Reg. - -shortcut_bs_start_match(To, Reg, D) -> - shortcut_bs_start_match_1(beam_utils:code_at(To, D), Reg, To, D). - -shortcut_bs_start_match_1([{bs_context_to_binary,Reg}|Is], Reg, To, D) -> - shortcut_bs_start_match_1(Is, Reg, To, D); -shortcut_bs_start_match_1([{jump,{f,To}}|_], Reg, _, D) -> - Code = beam_utils:code_at(To, D), - shortcut_bs_start_match_1(Code, Reg, To, D); -shortcut_bs_start_match_1([{test,bs_start_match2,{f,To},_,[Reg|_],_}|_], - Reg, _, D) -> - Code = beam_utils:code_at(To, D), - shortcut_bs_start_match_1(Code, Reg, To, D); -shortcut_bs_start_match_1(_, _, To, _) -> - To. - -%% shortcut_bs_context_to_binary(TargetLabel, Reg) -> TargetLabel -%% If a bs_start_match2 instruction has been eliminated, the -%% bs_context_to_binary instruction can be eliminated too. - -shortcut_bs_context_to_binary(To, Reg, D) -> - shortcut_bs_ctb_1(beam_utils:code_at(To, D), Reg, To, D). - -shortcut_bs_ctb_1([{bs_context_to_binary,Reg}|Is], Reg, To, D) -> - shortcut_bs_ctb_1(Is, Reg, To, D); -shortcut_bs_ctb_1([{jump,{f,To}}|_], Reg, _, D) -> - Code = beam_utils:code_at(To, D), - shortcut_bs_ctb_1(Code, Reg, To, D); -shortcut_bs_ctb_1(_, _, To, _) -> - To. - -%% shortcut_rel_op(FailLabel, Operator, [Operand], D) -> FailLabel' -%% Try to shortcut the given test instruction. Example: -%% -%% is_ge L1 {x,0} 48 -%% . -%% . -%% . -%% L1: is_ge L2 {x,0} 65 -%% -%% The first test instruction can be rewritten to "is_ge L2 {x,0} 48" -%% since the instruction at L1 will also fail. -%% -%% If there are instructions between L1 and the other test instruction -%% it may still be possible to do the shortcut. For example: -%% -%% L1: is_eq_exact L3 {x,0} 92 -%% is_ge L2 {x,0} 65 -%% -%% Since the first test instruction failed, we know that {x,0} must -%% be less than 48; therefore, we know that {x,0} cannot be equal to -%% 92 and the jump to L3 cannot happen. - -shortcut_rel_op(To, Op, Ops, D) -> - case normalize_op({test,Op,{f,To},Ops}) of - {{NormOp,A,B},_} -> - Normalized = {negate_op(NormOp),A,B}, - shortcut_rel_op_fp(To, Normalized, D); - {_,_} -> - To; - error -> - To - end. - -shortcut_rel_op_fp(To0, Normalized, D) -> - Code = beam_utils:code_at(To0, D), - case shortcut_any_label(Code, Normalized) of - error -> - To0; - To -> - shortcut_rel_op_fp(To, Normalized, D) - end. - -%% shortcut_any_label([Instruction], PrevCondition) -> FailLabel | error -%% Using PrevCondition (a previous condition known to be true), -%% try to shortcut to another failure label. - -shortcut_any_label([{jump,{f,Lbl}}|_], _Prev) -> - Lbl; -shortcut_any_label([{label,Lbl}|_], _Prev) -> - Lbl; -shortcut_any_label([{select,select_val,R,{f,Fail},L}|_], Prev) -> - shortcut_selectval(L, R, Fail, Prev); -shortcut_any_label([I|Is], Prev) -> - case normalize_op(I) of - error -> - error; - {Normalized,Fail} -> - %% We have a relational operator. - case will_succeed(Prev, Normalized) of - no -> - %% This test instruction will always branch - %% to Fail. - Fail; - yes -> - %% This test instruction will never branch, - %% so we will look at the next instruction. - shortcut_any_label(Is, Prev); - maybe -> - %% May or may not branch. From now on, we can only - %% shortcut to the this specific failure label - %% Fail. - shortcut_specific_label(Is, Fail, Prev) - end - end. - -%% shortcut_specific_label([Instruction], FailLabel, PrevCondition) -> -%% FailLabel | error -%% We have previously encountered a test instruction that may or -%% may not branch to FailLabel. Therefore we are only allowed -%% to do the shortcut to the same fail label (FailLabel). - -shortcut_specific_label([{label,_}|Is], Fail, Prev) -> - shortcut_specific_label(Is, Fail, Prev); -shortcut_specific_label([{select,select_val,R,{f,F},L}|_], Fail, Prev) -> - case shortcut_selectval(L, R, F, Prev) of - Fail -> Fail; - _ -> error - end; -shortcut_specific_label([I|Is], Fail, Prev) -> - case normalize_op(I) of - error -> - error; - {Normalized,Fail} -> - case will_succeed(Prev, Normalized) of - no -> - %% Will branch to FailLabel. - Fail; - yes -> - %% Will definitely never branch. - shortcut_specific_label(Is, Fail, Prev); - maybe -> - %% May branch, but still OK since it will branch - %% to FailLabel. - shortcut_specific_label(Is, Fail, Prev) - end; - {Normalized,_} -> - %% This test instruction will branch to a different - %% fail label, if it branches at all. - case will_succeed(Prev, Normalized) of - yes -> - %% Still OK, since the branch will never be - %% taken. - shortcut_specific_label(Is, Fail, Prev); - no -> - %% Give up. The branch will definitely be taken - %% to a different fail label. - error; - maybe -> - %% Give up. If the branch is taken, it will be - %% to a different fail label. - error - end - end. - - -%% shortcut_selectval(List, Reg, Fail, PrevCond) -> FailLabel | error -%% Try to shortcut a selectval instruction. A selectval instruction -%% is equivalent to the following instruction sequence: -%% -%% is_ne_exact L1 Reg Value1 -%% . -%% . -%% . -%% is_ne_exact LN Reg ValueN -%% jump DefaultFailLabel -%% -shortcut_selectval([Val,{f,Lbl}|T], R, Fail, Prev) -> - case will_succeed(Prev, {'=/=',R,get_literal(Val)}) of - yes -> shortcut_selectval(T, R, Fail, Prev); - no -> Lbl; - maybe -> error - end; -shortcut_selectval([], _, Fail, _) -> Fail. - -%% will_succeed(PrevCondition, Condition) -> yes | no | maybe -%% PrevCondition is a condition known to be true. This function -%% will tell whether Condition will succeed. - -will_succeed({Op1,Reg,A}, {Op2,Reg,B}) -> - will_succeed_1(Op1, A, Op2, B); -will_succeed({'=:=',Reg,{literal,A}}, {TypeTest,Reg}) -> - case erlang:TypeTest(A) of - false -> no; - true -> yes - end; -will_succeed({_,_,_}, maybe) -> - maybe; -will_succeed({_,_,_}, Test) when is_tuple(Test) -> - maybe. - -will_succeed_1('=:=', A, '<', B) -> - if - B =< A -> no; - true -> yes - end; -will_succeed_1('=:=', A, '=<', B) -> - if - B < A -> no; - true -> yes - end; -will_succeed_1('=:=', A, '=:=', B) -> - if - A =:= B -> yes; - true -> no - end; -will_succeed_1('=:=', A, '=/=', B) -> - if - A =:= B -> no; - true -> yes - end; -will_succeed_1('=:=', A, '>=', B) -> - if - B > A -> no; - true -> yes - end; -will_succeed_1('=:=', A, '>', B) -> - if - B >= A -> no; - true -> yes - end; - -will_succeed_1('=/=', A, '=/=', B) when A =:= B -> yes; -will_succeed_1('=/=', A, '=:=', B) when A =:= B -> no; - -will_succeed_1('<', A, '=:=', B) when B >= A -> no; -will_succeed_1('<', A, '=/=', B) when B >= A -> yes; -will_succeed_1('<', A, '<', B) when B >= A -> yes; -will_succeed_1('<', A, '=<', B) when B > A -> yes; -will_succeed_1('<', A, '>=', B) when B > A -> no; -will_succeed_1('<', A, '>', B) when B >= A -> no; - -will_succeed_1('=<', A, '=:=', B) when B > A -> no; -will_succeed_1('=<', A, '=/=', B) when B > A -> yes; -will_succeed_1('=<', A, '<', B) when B > A -> yes; -will_succeed_1('=<', A, '=<', B) when B >= A -> yes; -will_succeed_1('=<', A, '>=', B) when B > A -> no; -will_succeed_1('=<', A, '>', B) when B >= A -> no; - -will_succeed_1('>=', A, '=:=', B) when B < A -> no; -will_succeed_1('>=', A, '=/=', B) when B < A -> yes; -will_succeed_1('>=', A, '<', B) when B =< A -> no; -will_succeed_1('>=', A, '=<', B) when B < A -> no; -will_succeed_1('>=', A, '>=', B) when B =< A -> yes; -will_succeed_1('>=', A, '>', B) when B < A -> yes; - -will_succeed_1('>', A, '=:=', B) when B =< A -> no; -will_succeed_1('>', A, '=/=', B) when B =< A -> yes; -will_succeed_1('>', A, '<', B) when B =< A -> no; -will_succeed_1('>', A, '=<', B) when B < A -> no; -will_succeed_1('>', A, '>=', B) when B =< A -> yes; -will_succeed_1('>', A, '>', B) when B < A -> yes; - -will_succeed_1(_, _, _, _) -> maybe. - -%% normalize_op(Instruction) -> {Normalized,FailLabel} | error -%% Normalized = {Operator,Register,Literal} | -%% {TypeTest,Register} | -%% maybe -%% Operation = '<' | '=<' | '=:=' | '=/=' | '>=' | '>' -%% TypeTest = is_atom | is_integer ... -%% Literal = {literal,Term} -%% -%% Normalize a relational operator to facilitate further -%% comparisons between operators. Always make the register -%% operand the first operand. Thus the following instruction: -%% -%% {test,is_ge,{f,99},{integer,13},{x,0}} -%% -%% will be normalized to: -%% -%% {'=<',{x,0},{literal,13}} -%% -%% NOTE: Bit syntax test instructions are scary. They may change the -%% state of match contexts and update registers, so we don't dare -%% mess with them. - -normalize_op({test,is_ge,{f,Fail},Ops}) -> - normalize_op_1('>=', Ops, Fail); -normalize_op({test,is_lt,{f,Fail},Ops}) -> - normalize_op_1('<', Ops, Fail); -normalize_op({test,is_eq_exact,{f,Fail},Ops}) -> - normalize_op_1('=:=', Ops, Fail); -normalize_op({test,is_ne_exact,{f,Fail},Ops}) -> - normalize_op_1('=/=', Ops, Fail); -normalize_op({test,is_nil,{f,Fail},[R]}) -> - normalize_op_1('=:=', [R,nil], Fail); -normalize_op({test,Op,{f,Fail},[R]}) -> - case erl_internal:new_type_test(Op, 1) of - true -> {{Op,R},Fail}; - false -> {maybe,Fail} - end; -normalize_op({test,_,{f,Fail},_}=I) -> - case beam_utils:is_pure_test(I) of - true -> {maybe,Fail}; - false -> error - end; -normalize_op(_) -> - error. - -normalize_op_1(Op, [Op1,Op2], Fail) -> - case {get_literal(Op1),get_literal(Op2)} of - {error,error} -> - %% Both operands are registers. - {maybe,Fail}; - {error,Lit} -> - {{Op,Op1,Lit},Fail}; - {Lit,error} -> - {{turn_op(Op),Op2,Lit},Fail}; - {_,_} -> - %% Both operands are literals. Can probably only - %% happen if the Core Erlang optimizations passes were - %% turned off, so don't bother trying to do something - %% smart here. - {maybe,Fail} - end. - -turn_op('<') -> '>'; -turn_op('>=') -> '=<'; -turn_op('=:='=Op) -> Op; -turn_op('=/='=Op) -> Op. - -negate_op('>=') -> '<'; -negate_op('<') -> '>='; -negate_op('=<') -> '>'; -negate_op('>') -> '=<'; -negate_op('=:=') -> '=/='; -negate_op('=/=') -> '=:='. - -get_literal({atom,Val}) -> - {literal,Val}; -get_literal({integer,Val}) -> - {literal,Val}; -get_literal({float,Val}) -> - {literal,Val}; -get_literal(nil) -> - {literal,[]}; -get_literal({literal,_}=Lit) -> - Lit; -get_literal({_,_}) -> error. - - -%%% -%%% Removing stores to Y registers is not always safe -%%% if there is an instruction that causes an exception -%%% within a catch. In practice, there are few or no -%%% opportunities for removing stores to Y registers anyway -%%% if sys_core_fold has been run. -%%% - -is_killed_at({x,_}=Reg, Lbl, D) -> - beam_utils:is_killed_at(Reg, Lbl, D); -is_killed_at({y,_}, _, _) -> - false. diff --git a/lib/compiler/src/beam_disasm.erl b/lib/compiler/src/beam_disasm.erl index 6cee9acae4..7d048716e4 100644 --- a/lib/compiler/src/beam_disasm.erl +++ b/lib/compiler/src/beam_disasm.erl @@ -373,6 +373,8 @@ disasm_instr(B, Bs, Atoms, Literals) -> disasm_map_inst(get_map_elements, Arity, Bs, Atoms, Literals); has_map_fields -> disasm_map_inst(has_map_fields, Arity, Bs, Atoms, Literals); + put_tuple2 -> + disasm_put_tuple2(Bs, Atoms, Literals); _ -> try decode_n_args(Arity, Bs, Atoms, Literals) of {Args, RestBs} -> @@ -413,6 +415,14 @@ disasm_map_inst(Inst, Arity, Bs0, Atoms, Literals) -> {List, RestBs} = decode_n_args(Len, Bs2, Atoms, Literals), {{Inst, Args ++ [{Z,U,List}]}, RestBs}. +disasm_put_tuple2(Bs, Atoms, Literals) -> + {X, Bs1} = decode_arg(Bs, Atoms, Literals), + {Z, Bs2} = decode_arg(Bs1, Atoms, Literals), + {U, Bs3} = decode_arg(Bs2, Atoms, Literals), + {u, Len} = U, + {List, RestBs} = decode_n_args(Len, Bs3, Atoms, Literals), + {{put_tuple2, [X,{Z,U,List}]}, RestBs}. + %%----------------------------------------------------------------------- %% decode_arg([Byte]) -> {Arg, [Byte]} %% @@ -1095,6 +1105,23 @@ resolve_inst({get_hd,[Src,Dst]},_,_,_) -> resolve_inst({get_tl,[Src,Dst]},_,_,_) -> {get_tl,Src,Dst}; +%% OTP 22 +resolve_inst({bs_start_match3,[Fail,Bin,Live,Dst]},_,_,_) -> + {bs_start_match3,Fail,Bin,Live,Dst}; +resolve_inst({bs_get_tail,[Src,Dst,Live]},_,_,_) -> + {bs_get_tail,Src,Dst,Live}; +resolve_inst({bs_get_position,[Src,Dst,Live]},_,_,_) -> + {bs_get_position,Src,Dst,Live}; +resolve_inst({bs_set_position,[Src,Dst]},_,_,_) -> + {bs_set_position,Src,Dst}; + +%% +%% OTP 22. +%% +resolve_inst({put_tuple2,[Dst,{{z,1},{u,_},List0}]},_,_,_) -> + List = resolve_args(List0), + {put_tuple2,Dst,{list,List}}; + %% %% Catches instructions that are not yet handled. %% diff --git a/lib/compiler/src/beam_except.erl b/lib/compiler/src/beam_except.erl index 05c0f4fbc7..98831d87a7 100644 --- a/lib/compiler/src/beam_except.erl +++ b/lib/compiler/src/beam_except.erl @@ -31,7 +31,7 @@ %%% erlang:error(function_clause, Args) => jump FuncInfoLabel %%% --import(lists, [reverse/1]). +-import(lists, [reverse/1,seq/2]). -spec module(beam_utils:module_code(), [compile:option()]) -> {'ok',beam_utils:module_code()}. @@ -113,14 +113,7 @@ dig_out_block([{set,[{x,0}],[{atom,if_clause}],move}]) -> {yes,if_end,[]}; dig_out_block([{set,[{x,0}],[{literal,{Exc,Value}}],move}|Is]) -> translate_exception(Exc, {literal,Value}, Is, 0); -dig_out_block([{set,[{x,0}],[Tuple],move}, - {set,[],[Value],put}, - {set,[],[{atom,Exc}],put}, - {set,[Tuple],[],{put_tuple,2}}|Is]) -> - translate_exception(Exc, Value, Is, 3); -dig_out_block([{set,[],[Value],put}, - {set,[],[{atom,Exc}],put}, - {set,[{x,0}],[],{put_tuple,2}}|Is]) -> +dig_out_block([{set,[{x,0}],[{atom,Exc},Value],put_tuple2}|Is]) -> translate_exception(Exc, Value, Is, 3); dig_out_block(_) -> no. @@ -138,23 +131,46 @@ fix_block(Is, Words) -> reverse(fix_block_1(Is, Words)). fix_block_1([{set,[],[],{alloc,Live,{F1,F2,Needed0,F3}}}|Is], Words) -> - Needed = Needed0 - Words, - true = Needed >= 0, %Assertion. - [{set,[],[],{alloc,Live,{F1,F2,Needed,F3}}}|Is]; + case Needed0 - Words of + 0 -> + Is; + Needed -> + true = Needed >= 0, %Assertion. + [{set,[],[],{alloc,Live,{F1,F2,Needed,F3}}}|Is] + end; fix_block_1([I|Is], Words) -> [I|fix_block_1(Is, Words)]. dig_out_block_fc([{set,[],[],{alloc,Live,_}}|Bl]) -> - case dig_out_fc(Bl, Live-1, nil) of - no -> - no; - yes -> - {yes,{function_clause,Live}} - end; + Regs = maps:from_list([{{x,X},{arg,X}} || X <- seq(0, Live-1)]), + dig_out_fc(Bl, Regs); dig_out_block_fc(_) -> no. -dig_out_fc([{set,[Dst],[{x,Reg},Dst0],put_list}|Is], Reg, Dst0) -> - dig_out_fc(Is, Reg-1, Dst); -dig_out_fc([{set,[{x,0}],[{atom,function_clause}],move}], -1, {x,1}) -> - yes; -dig_out_fc(_, _, _) -> no. +dig_out_fc([{set,[Dst],[Hd,Tl],put_list}|Is], Regs0) -> + Regs = Regs0#{Dst=>{cons,get_reg(Hd, Regs0),get_reg(Tl, Regs0)}}, + dig_out_fc(Is, Regs); +dig_out_fc([{set,[Dst],[Src],move}|Is], Regs0) -> + Regs = Regs0#{Dst=>get_reg(Src, Regs0)}, + dig_out_fc(Is, Regs); +dig_out_fc([{set,_,_,_}|_], _Regs) -> + %% Unknown instruction. It is not a function_clause error. + no; +dig_out_fc([], Regs) -> + case Regs of + #{{x,0}:={atom,function_clause},{x,1}:=Args} -> + dig_out_fc_1(Args, 0); + #{} -> + no + end. + +dig_out_fc_1({cons,{arg,I},T}, I) -> + dig_out_fc_1(T, I+1); +dig_out_fc_1(nil, I) -> + {yes,{function_clause,I}}; +dig_out_fc_1(_, _) -> no. + +get_reg(R, Regs) -> + case Regs of + #{R:=Val} -> Val; + #{} -> R + end. diff --git a/lib/compiler/src/beam_flatten.erl b/lib/compiler/src/beam_flatten.erl index 20bd23a912..3e6bc1b1ed 100644 --- a/lib/compiler/src/beam_flatten.erl +++ b/lib/compiler/src/beam_flatten.erl @@ -32,8 +32,7 @@ module({Mod,Exp,Attr,Fs,Lc}, _Opt) -> {ok,{Mod,Exp,Attr,[function(F) || F <- Fs],Lc}}. function({function,Name,Arity,CLabel,Is0}) -> - Is1 = block(Is0), - Is = opt(Is1), + Is = block(Is0), {function,Name,Arity,CLabel,Is}. block(Is) -> @@ -44,18 +43,11 @@ block([I|Is], Acc) -> block(Is, [I|Acc]); block([], Acc) -> reverse(Acc). norm_block([{set,[],[],{alloc,R,Alloc}}|Is], Acc0) -> - case insert_alloc_in_bs_init(Acc0, Alloc) of - impossible -> - norm_block(Is, reverse(norm_allocate(Alloc, R), Acc0)); - Acc -> - norm_block(Is, Acc) - end; -norm_block([{set,[D1],[S],get_hd},{set,[D2],[S],get_tl}|Is], Acc) -> - I = {get_list,S,D1,D2}, - norm_block(Is, [I|Acc]); -norm_block([I|Is], Acc) -> norm_block(Is, [norm(I)|Acc]); + norm_block(Is, reverse(norm_allocate(Alloc, R), Acc0)); +norm_block([I|Is], Acc) -> + norm_block(Is, [norm(I)|Acc]); norm_block([], Acc) -> Acc. - + norm({set,[D],As,{bif,N,F}}) -> {bif,N,F,As,D}; norm({set,[D],As,{alloc,R,{gc_bif,N,F}}}) -> {gc_bif,N,F,R,As,D}; norm({set,[D],[],init}) -> {init,D}; @@ -63,6 +55,7 @@ norm({set,[D],[S],move}) -> {move,S,D}; norm({set,[D],[S],fmove}) -> {fmove,S,D}; norm({set,[D],[S],fconv}) -> {fconv,S,D}; norm({set,[D],[S1,S2],put_list}) -> {put_list,S1,S2,D}; +norm({set,[D],Els,put_tuple2}) -> {put_tuple2,D,{list,Els}}; norm({set,[D],[],{put_tuple,A}}) -> {put_tuple,A,D}; norm({set,[],[S],put}) -> {put,S}; norm({set,[D],[S],{get_tuple_element,I}}) -> {get_tuple_element,S,I,D}; @@ -88,57 +81,3 @@ norm_allocate({nozero,Ns,0,Inits}, Regs) -> [{allocate,Ns,Regs}|Inits]; norm_allocate({nozero,Ns,Nh,Inits}, Regs) -> [{allocate_heap,Ns,Nh,Regs}|Inits]. - -%% insert_alloc_in_bs_init(ReverseInstructionStream, AllocationInfo) -> -%% impossible | ReverseInstructionStream' -%% A bs_init/6 instruction should not be followed by a test heap instruction. -%% Given the AllocationInfo from a test heap instruction, merge the -%% allocation amounts into the previous bs_init/6 instruction (if any). -%% -insert_alloc_in_bs_init([{bs_put,_,_,_}=I|Is], Alloc) -> - %% The instruction sequence ends with an bs_put/4 instruction. - %% We'll need to search backwards for the bs_init/6 instruction. - insert_alloc_1(Is, Alloc, [I]); -insert_alloc_in_bs_init(_, _) -> impossible. - -insert_alloc_1([{bs_init=Op,Fail,Info0,Live,Ss,Dst}|Is], - {_,nostack,Ws2,[]}, Acc) when is_integer(Live) -> - %% The number of extra heap words is always in the second position - %% in the Info tuple. - Ws1 = element(2, Info0), - Al = beam_utils:combine_heap_needs(Ws1, Ws2), - Info = setelement(2, Info0, Al), - I = {Op,Fail,Info,Live,Ss,Dst}, - reverse(Acc, [I|Is]); -insert_alloc_1([{bs_put,_,_,_}=I|Is], Alloc, Acc) -> - insert_alloc_1(Is, Alloc, [I|Acc]). - -%% opt(Is0) -> Is -%% Simple peep-hole optimization to move a {move,Any,{x,0}} past -%% any kill up to the next call instruction. (To give the loader -%% an opportunity to combine the 'move' and the 'call' instructions.) -%% -opt(Is) -> - opt_1(Is, []). - -opt_1([{move,_,{x,0}}=I|Is0], Acc0) -> - case move_past_kill(Is0, I, Acc0) of - impossible -> opt_1(Is0, [I|Acc0]); - {Is,Acc} -> opt_1(Is, Acc) - end; -opt_1([I|Is], Acc) -> - opt_1(Is, [I|Acc]); -opt_1([], Acc) -> reverse(Acc). - -move_past_kill([{kill,Src}|_], {move,Src,_}, _) -> - impossible; -move_past_kill([{kill,_}=I|Is], Move, Acc) -> - move_past_kill(Is, Move, [I|Acc]); -move_past_kill([{trim,N,_}=I|Is], {move,Src,Dst}=Move, Acc) -> - case Src of - {y,Y} when Y < N-> impossible; - {y,Y} -> {Is,[{move,{y,Y-N},Dst},I|Acc]}; - _ -> {Is,[Move,I|Acc]} - end; -move_past_kill(Is, Move, Acc) -> - {Is,[Move|Acc]}. diff --git a/lib/compiler/src/beam_jump.erl b/lib/compiler/src/beam_jump.erl index 9eee56d604..fbff4cfd79 100644 --- a/lib/compiler/src/beam_jump.erl +++ b/lib/compiler/src/beam_jump.erl @@ -22,7 +22,7 @@ -module(beam_jump). -export([module/2, - is_unreachable_after/1,is_exit_instruction/1, + is_exit_instruction/1, remove_unused_labels/1]). %%% The following optimisations are done: @@ -128,27 +128,123 @@ %%% on the program state. %%% --import(lists, [reverse/1,reverse/2,foldl/3]). +-import(lists, [foldl/3,mapfoldl/3,reverse/1,reverse/2]). -type instruction() :: beam_utils:instruction(). -spec module(beam_utils:module_code(), [compile:option()]) -> {'ok',beam_utils:module_code()}. -module({Mod,Exp,Attr,Fs0,Lc}, _Opt) -> - Fs = [function(F) || F <- Fs0], +module({Mod,Exp,Attr,Fs0,Lc0}, _Opt) -> + {Fs,Lc} = mapfoldl(fun function/2, Lc0, Fs0), {ok,{Mod,Exp,Attr,Fs,Lc}}. %% function(Function) -> Function' %% Optimize jumps and branches. %% %% NOTE: This function assumes that there are no labels inside blocks. -function({function,Name,Arity,CLabel,Asm0}) -> - Asm1 = share(Asm0), - Asm2 = move(Asm1), - Asm3 = opt(Asm2, CLabel), - Asm = remove_unused_labels(Asm3), - {function,Name,Arity,CLabel,Asm}. +function({function,Name,Arity,CLabel,Asm0}, Lc0) -> + Asm1 = eliminate_moves(Asm0), + {Asm2,Lc} = insert_labels(Asm1, Lc0, []), + Asm3 = share(Asm2), + Asm4 = move(Asm3), + Asm5 = opt(Asm4, CLabel), + Asm = remove_unused_labels(Asm5), + {{function,Name,Arity,CLabel,Asm},Lc}. + +%%% +%%% Scan instructions in execution order and remove redundant 'move' +%%% instructions. 'move' instructions are redundant if we know that +%%% the register already contains the value being assigned, as in the +%%% following code: +%%% +%%% select_val Register FailLabel [... Literal => L1...] +%%% . +%%% . +%%% . +%%% L1: move Literal Register +%%% + +eliminate_moves(Is) -> + eliminate_moves(Is, #{}, []). + +eliminate_moves([{select,select_val,Reg,_,List}=I|Is], D0, Acc) -> + D = update_value_dict(List, Reg, D0), + eliminate_moves(Is, D, [I|Acc]); +eliminate_moves([{label,Lbl},{block,[{set,[Dst],[Lit],move}|BlkIs]}=Blk0|Is], + D, Acc0) -> + Acc = [{label,Lbl}|Acc0], + case already_has_value(Lit, Lbl, Dst, D) andalso + no_fallthrough(Acc0) of + true -> + %% Remove redundant 'move' instruction. + Blk = {block,BlkIs}, + eliminate_moves([Blk|Is], D, Acc); + false -> + %% Keep 'move' instruction. + eliminate_moves([Blk0|Is], D, Acc) + end; +eliminate_moves([{block,[]}|Is], D, Acc) -> + %% Empty blocks can prevent further jump optimizations. + eliminate_moves(Is, D, Acc); +eliminate_moves([I|Is], D0, Acc) -> + D = update_unsafe_labels(I, D0), + eliminate_moves(Is, D, [I|Acc]); +eliminate_moves([], _, Acc) -> reverse(Acc). + +no_fallthrough([I|_]) -> + is_unreachable_after(I). + +already_has_value(Lit, Lbl, Reg, D) -> + Key = {Lbl,Reg}, + case D of + #{Lbl:=unsafe} -> + false; + #{Key:=Lit} -> + true; + #{} -> + false + end. + +update_value_dict([Lit,{f,Lbl}|T], Reg, D0) -> + Key = {Lbl,Reg}, + D = case D0 of + #{Key := inconsistent} -> D0; + #{Key := _} -> D0#{Key := inconsistent}; + _ -> D0#{Key => Lit} + end, + update_value_dict(T, Reg, D); +update_value_dict([], _, D) -> D. + +update_unsafe_labels(I, D) -> + Ls = instr_labels(I), + update_unsafe_labels_1(Ls, D). + +update_unsafe_labels_1([L|Ls], D) -> + update_unsafe_labels_1(Ls, D#{L=>unsafe}); +update_unsafe_labels_1([], D) -> D. + +%%% +%%% It seems to be useful to insert extra labels after certain +%%% test instructions. This used to be done by beam_dead. +%%% + +insert_labels([{test,Op,_,_}=I|Is], Lc, Acc) -> + Useful = case Op of + is_lt -> true; + is_ge -> true; + is_eq_exact -> true; + is_ne_exact -> true; + _ -> false + end, + case Useful of + false -> insert_labels(Is, Lc, [I|Acc]); + true -> insert_labels(Is, Lc+1, [{label,Lc},I|Acc]) + end; +insert_labels([I|Is], Lc, Acc) -> + insert_labels(Is, Lc, [I|Acc]); +insert_labels([], Lc, Acc) -> + {reverse(Acc),Lc}. %%% %%% (1) We try to share the code for identical code segments by replacing all @@ -156,41 +252,51 @@ function({function,Name,Arity,CLabel,Asm0}) -> %%% share(Is0) -> - %% We will get more sharing if we never fall through to a label. - Is = eliminate_fallthroughs(Is0, []), - share_1(Is, #{}, [], []). + Is1 = eliminate_fallthroughs(Is0, []), + Is2 = find_fixpoint(fun(Is) -> + share_1(Is, #{}, #{}, [], []) + end, Is1), + reverse(Is2). -share_1([{label,L}=Lbl|Is], Dict0, [_|_]=Seq, Acc) -> +share_1([{label,L}=Lbl|Is], Dict0, Lbls0, [_|_]=Seq, Acc) -> case maps:find(Seq, Dict0) of - error -> - Dict = maps:put(Seq, L, Dict0), - share_1(Is, Dict, [], [Lbl|Seq ++ Acc]); - {ok,Label} -> - share_1(Is, Dict0, [], [Lbl,{jump,{f,Label}}|Acc]) + error -> + Dict = maps:put(Seq, L, Dict0), + share_1(Is, Dict, Lbls0, [], [[Lbl|Seq]|Acc]); + {ok,Label} -> + Lbls = maps:put(L, Label, Lbls0), + share_1(Is, Dict0, Lbls, [], [[Lbl,{jump,{f,Label}}]|Acc]) end; -share_1([{func_info,_,_,_}=I|Is], _, [], Acc) -> - reverse(Is, [I|Acc]); -share_1([{'catch',_,_}=I|Is], Dict0, Seq, Acc) -> - Dict = clean_non_sharable(Dict0), - share_1(Is, Dict, [I|Seq], Acc); -share_1([{'try',_,_}=I|Is], Dict0, Seq, Acc) -> - Dict = clean_non_sharable(Dict0), - share_1(Is, Dict, [I|Seq], Acc); -share_1([{try_case,_}=I|Is], Dict0, Seq, Acc) -> - Dict = clean_non_sharable(Dict0), - share_1(Is, Dict, [I|Seq], Acc); -share_1([{catch_end,_}=I|Is], Dict0, Seq, Acc) -> - Dict = clean_non_sharable(Dict0), - share_1(Is, Dict, [I|Seq], Acc); -share_1([I|Is], Dict, Seq, Acc) -> +share_1([{func_info,_,_,_}|_]=Is0, _, Lbls, [], Acc0) when Lbls =/= #{} -> + lists:foldl(fun(Is, Acc) -> + beam_utils:replace_labels(Is, Acc, Lbls, fun(Old) -> Old end) + end, Is0, Acc0); +share_1([{func_info,_,_,_}|_]=Is, _, Lbls, [], Acc) when Lbls =:= #{} -> + lists:foldl(fun lists:reverse/2, Is, Acc); +share_1([{'catch',_,_}=I|Is], Dict0, Lbls0, Seq, Acc) -> + {Dict,Lbls} = clean_non_sharable(Dict0, Lbls0), + share_1(Is, Dict, Lbls, [I|Seq], Acc); +share_1([{'try',_,_}=I|Is], Dict0, Lbls0, Seq, Acc) -> + {Dict,Lbls} = clean_non_sharable(Dict0, Lbls0), + share_1(Is, Dict, Lbls, [I|Seq], Acc); +share_1([{try_case,_}=I|Is], Dict0, Lbls0, Seq, Acc) -> + {Dict,Lbls} = clean_non_sharable(Dict0, Lbls0), + share_1(Is, Dict, Lbls, [I|Seq], Acc); +share_1([{catch_end,_}=I|Is], Dict0, Lbls0, Seq, Acc) -> + {Dict,Lbls} = clean_non_sharable(Dict0, Lbls0), + share_1(Is, Dict, Lbls, [I|Seq], Acc); +share_1([{jump,{f,To}}=I,{label,L}=Lbl|Is], Dict0, Lbls0, _Seq, Acc) -> + Lbls = maps:put(L, To, Lbls0), + share_1(Is, Dict0, Lbls, [], [[Lbl,I]|Acc]); +share_1([I|Is], Dict, Lbls, Seq, Acc) -> case is_unreachable_after(I) of false -> - share_1(Is, Dict, [I|Seq], Acc); + share_1(Is, Dict, Lbls, [I|Seq], Acc); true -> - share_1(Is, Dict, [I], Acc) + share_1(Is, Dict, Lbls, [I], Acc) end. -clean_non_sharable(Dict) -> +clean_non_sharable(Dict0, Lbls0) -> %% We are passing in or out of a 'catch' or 'try' block. Remove %% sequences that should not be shared over the boundaries of the %% block. Since the end of the sequence must match, the only @@ -198,7 +304,17 @@ clean_non_sharable(Dict) -> %% the 'catch'/'try' block is a sequence that ends with an %% instruction that causes an exception. Any sequence that causes %% an exception must contain a line/1 instruction. - maps:filter(fun(K, _V) -> sharable_with_try(K) end, Dict). + Dict1 = maps:to_list(Dict0), + Lbls1 = maps:to_list(Lbls0), + {Dict2,Lbls2} = foldl(fun({K, V}, {Dict,Lbls}) -> + case sharable_with_try(K) of + true -> + {[{K,V}|Dict],lists:keydelete(V, 2, Lbls)}; + false -> + {Dict,Lbls} + end + end, {[],Lbls1}, Dict1), + {maps:from_list(Dict2),maps:from_list(Lbls2)}. sharable_with_try([{line,_}|_]) -> %% This sequence may cause an exception and may potentially @@ -251,8 +367,6 @@ extract_seq([{line,_}=Line|Is], Acc) -> extract_seq(Is, [Line|Acc]); extract_seq([{block,_}=Bl|Is], Acc) -> extract_seq_1(Is, [Bl|Acc]); -extract_seq([{bs_context_to_binary,_}=I|Is], Acc) -> - extract_seq_1(Is, [I|Acc]); extract_seq([{label,_}|_]=Is, Acc) -> extract_seq_1(Is, Acc); extract_seq(_, _) -> no. @@ -551,52 +665,76 @@ drop_upto_label([{label,_}|_]=Is) -> Is; drop_upto_label([_|Is]) -> drop_upto_label(Is); drop_upto_label([]) -> []. -%% ulbl(Instruction, UsedGbSet) -> UsedGbSet' -%% Update the gb_set UsedGbSet with any function-local labels +%% ulbl(Instruction, UsedCerlSet) -> UsedCerlSet' +%% Update the cerl_set UsedCerlSet with any function-local labels %% (i.e. not with labels in call instructions) referenced by %% the instruction Instruction. %% %% NOTE: This function does NOT look for labels inside blocks. -ulbl({test,_,Fail,_}, Used) -> - mark_used(Fail, Used); -ulbl({test,_,Fail,_,_,_}, Used) -> - mark_used(Fail, Used); -ulbl({select,_,_,Fail,Vls}, Used) -> - mark_used_list(Vls, mark_used(Fail, Used)); -ulbl({'try',_,Lbl}, Used) -> - mark_used(Lbl, Used); -ulbl({'catch',_,Lbl}, Used) -> - mark_used(Lbl, Used); -ulbl({jump,Lbl}, Used) -> - mark_used(Lbl, Used); -ulbl({loop_rec,Lbl,_}, Used) -> - mark_used(Lbl, Used); -ulbl({loop_rec_end,Lbl}, Used) -> - mark_used(Lbl, Used); -ulbl({wait,Lbl}, Used) -> - mark_used(Lbl, Used); -ulbl({wait_timeout,Lbl,_To}, Used) -> - mark_used(Lbl, Used); -ulbl({bif,_Name,Lbl,_As,_R}, Used) -> - mark_used(Lbl, Used); -ulbl({gc_bif,_Name,Lbl,_Live,_As,_R}, Used) -> - mark_used(Lbl, Used); -ulbl({bs_init,Lbl,_,_,_,_}, Used) -> - mark_used(Lbl, Used); -ulbl({bs_put,Lbl,_,_}, Used) -> - mark_used(Lbl, Used); -ulbl({put_map,Lbl,_Op,_Src,_Dst,_Live,_List}, Used) -> - mark_used(Lbl, Used); -ulbl({get_map_elements,Lbl,_Src,_List}, Used) -> - mark_used(Lbl, Used); -ulbl(_, Used) -> Used. - -mark_used({f,0}, Used) -> Used; -mark_used({f,L}, Used) -> cerl_sets:add_element(L, Used). - -mark_used_list([{f,L}|T], Used) -> - mark_used_list(T, cerl_sets:add_element(L, Used)); -mark_used_list([_|T], Used) -> - mark_used_list(T, Used); -mark_used_list([], Used) -> Used. +ulbl(I, Used) -> + case instr_labels(I) of + [] -> + Used; + [Lbl] -> + cerl_sets:add_element(Lbl, Used); + [_|_]=L -> + ulbl_list(L, Used) + end. + +ulbl_list([L|Ls], Used) -> + ulbl_list(Ls, cerl_sets:add_element(L, Used)); +ulbl_list([], Used) -> Used. + +-spec instr_labels(Instruction) -> Labels when + Instruction :: instruction(), + Labels :: [beam_asm:label()]. + +instr_labels({test,_,Fail,_}) -> + do_instr_labels(Fail); +instr_labels({test,_,Fail,_,_,_}) -> + do_instr_labels(Fail); +instr_labels({select,_,_,Fail,Vls}) -> + do_instr_labels_list(Vls, do_instr_labels(Fail)); +instr_labels({'try',_,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({'catch',_,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({jump,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({loop_rec,Lbl,_}) -> + do_instr_labels(Lbl); +instr_labels({loop_rec_end,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({wait,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({wait_timeout,Lbl,_To}) -> + do_instr_labels(Lbl); +instr_labels({bif,_Name,Lbl,_As,_R}) -> + do_instr_labels(Lbl); +instr_labels({gc_bif,_Name,Lbl,_Live,_As,_R}) -> + do_instr_labels(Lbl); +instr_labels({bs_init,Lbl,_,_,_,_}) -> + do_instr_labels(Lbl); +instr_labels({bs_put,Lbl,_,_}) -> + do_instr_labels(Lbl); +instr_labels({put_map,Lbl,_Op,_Src,_Dst,_Live,_List}) -> + do_instr_labels(Lbl); +instr_labels({get_map_elements,Lbl,_Src,_List}) -> + do_instr_labels(Lbl); +instr_labels({recv_mark,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({recv_set,Lbl}) -> + do_instr_labels(Lbl); +instr_labels({fcheckerror,Lbl}) -> + do_instr_labels(Lbl); +instr_labels(_) -> []. + +do_instr_labels({f,0}) -> []; +do_instr_labels({f,F}) -> [F]. + +do_instr_labels_list([{f,F}|T], Acc) -> + do_instr_labels_list(T, [F|Acc]); +do_instr_labels_list([_|T], Acc) -> + do_instr_labels_list(T, Acc); +do_instr_labels_list([], Acc) -> Acc. diff --git a/lib/compiler/src/beam_kernel_to_ssa.erl b/lib/compiler/src/beam_kernel_to_ssa.erl new file mode 100644 index 0000000000..d6e675ae72 --- /dev/null +++ b/lib/compiler/src/beam_kernel_to_ssa.erl @@ -0,0 +1,1325 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% Purpose: Convert the Kernel Erlang format to the SSA format. + +-module(beam_kernel_to_ssa). + +%% The main interface. +-export([module/2]). + +-import(lists, [append/1,duplicate/2,flatmap/2,foldl/3, + keysort/2,mapfoldl/3,map/2,member/2, + reverse/1,reverse/2,sort/1]). + +-include("v3_kernel.hrl"). +-include("beam_ssa.hrl"). + +-type label() :: beam_ssa:label(). + +%% Main codegen structure. +-record(cg, {lcount=1 :: label(), %Label counter + bfail=1 :: label(), + catch_label=none :: 'none' | label(), + vars=#{} :: map(), %Defined variables. + break=0 :: label(), %Break label + recv=0 :: label(), %Receive label + ultimate_failure=0 :: label() %Label for ultimate match failure. + }). + +%% Internal records. +-record(cg_break, {args :: [beam_ssa:value()], + phi :: label() + }). +-record(cg_phi, {vars :: [beam_ssa:b_var()] + }). +-record(cg_unreachable, {}). + +-spec module(#k_mdef{}, [compile:option()]) -> {'ok',#b_module{}}. + +module(#k_mdef{name=Mod,exports=Es,attributes=Attr,body=Forms}, _Opts) -> + Body = functions(Forms, Mod), + Module = #b_module{name=Mod,exports=Es,attributes=Attr,body=Body}, + {ok,Module}. + +functions(Forms, Mod) -> + [function(F, Mod) || F <- Forms]. + +function(#k_fdef{anno=Anno0,func=Name,arity=Arity, + vars=As0,body=Kb}, Mod) -> + try + #k_match{} = Kb, %Assertion. + + %% Generate the SSA form immediate format. + St0 = #cg{}, + {As,St1} = new_ssa_vars(As0, St0), + {Asm,St} = cg_fun(Kb, St1), + Anno1 = line_anno(Anno0), + Anno = Anno1#{func_info=>{Mod,Name,Arity}}, + #b_function{anno=Anno,args=As,bs=Asm,cnt=St#cg.lcount} + catch + Class:Error:Stack -> + io:fwrite("Function: ~w/~w\n", [Name,Arity]), + erlang:raise(Class, Error, Stack) + end. + +%% cg_fun([Lkexpr], [HeadVar], State) -> {[Ainstr],State} + +cg_fun(Ke, St0) -> + {UltimateFail,FailIs,St1} = make_failure(badarg, St0), + St2 = St1#cg{bfail=UltimateFail,ultimate_failure=UltimateFail}, + {B,St} = cg(Ke, St2), + Asm = [{label,0}|B++FailIs], + finalize(Asm, St). + +make_failure(Reason, St0) -> + {Lbl,St1} = new_label(St0), + {Dst,St} = new_ssa_var('@ssa_ret', St1), + Is = [{label,Lbl}, + #b_set{op=call,dst=Dst, + args=[#b_remote{mod=#b_literal{val=erlang}, + name=#b_literal{val=error}, + arity=1}, + #b_literal{val=Reason}]}, + #b_ret{arg=Dst}], + {Lbl,Is,St}. + +%% cg(Lkexpr, State) -> {[Ainstr],State}. +%% Generate code for a kexpr. + +cg(#k_match{body=M,ret=Rs}, St) -> + do_match_cg(M, Rs, St); +cg(#k_guard_match{body=M,ret=Rs}, St) -> + do_match_cg(M, Rs, St); +cg(#k_seq{arg=Arg,body=Body}, St0) -> + {ArgIs,St1} = cg(Arg, St0), + {BodyIs,St} = cg(Body, St1), + {ArgIs++BodyIs,St}; +cg(#k_call{anno=Le,op=Func,args=As,ret=Rs}, St) -> + call_cg(Func, As, Rs, Le, St); +cg(#k_enter{anno=Le,op=Func,args=As}, St) -> + enter_cg(Func, As, Le, St); +cg(#k_bif{anno=Le}=Bif, St) -> + bif_cg(Bif, Le, St); +cg(#k_try{arg=Ta,vars=Vs,body=Tb,evars=Evs,handler=Th,ret=Rs}, St) -> + try_cg(Ta, Vs, Tb, Evs, Th, Rs, St); +cg(#k_try_enter{arg=Ta,vars=Vs,body=Tb,evars=Evs,handler=Th}, St) -> + try_enter_cg(Ta, Vs, Tb, Evs, Th, St); +cg(#k_catch{body=Cb,ret=[R]}, St) -> + do_catch_cg(Cb, R, St); +cg(#k_receive{anno=Le,timeout=Te,var=Rvar,body=Rm,action=Tes,ret=Rs}, St) -> + recv_loop_cg(Te, Rvar, Rm, Tes, Rs, Le, St); +cg(#k_receive_next{}, #cg{recv=Recv}=St) -> + Is = [#b_set{op=recv_next},make_uncond_branch(Recv)], + {Is,St}; +cg(#k_receive_accept{}, St) -> + Remove = #b_set{op=remove_message}, + {[Remove],St}; +cg(#k_put{anno=Le,arg=Con,ret=Var}, St) -> + put_cg(Var, Con, Le, St); +cg(#k_return{args=[Ret0]}, St) -> + Ret = ssa_arg(Ret0, St), + {[#b_ret{arg=Ret}],St}; +cg(#k_break{args=Bs}, #cg{break=Br}=St) -> + Args = ssa_args(Bs, St), + {[#cg_break{args=Args,phi=Br}],St}; +cg(#k_guard_break{args=Bs}, St) -> + cg(#k_break{args=Bs}, St). + +%% match_cg(Matc, [Ret], State) -> {[Ainstr],State}. +%% Generate code for a match. + +do_match_cg(M, Rs, St0) -> + {B,St1} = new_label(St0), + {Mis,St2} = match_cg(M, St1#cg.bfail, St1#cg{break=B}), + {BreakVars,St} = new_ssa_vars(Rs, St2), + {Mis ++ [{label,B},#cg_phi{vars=BreakVars}], + St#cg{bfail=St0#cg.bfail,break=St1#cg.break}}. + +%% match_cg(Match, Fail, State) -> {[Ainstr],State}. +%% Generate code for a match tree. + +match_cg(#k_alt{first=F,then=S}, Fail, St0) -> + {Tf,St1} = new_label(St0), + {Fis,St2} = match_cg(F, Tf, St1), + {Sis,St3} = match_cg(S, Fail, St2), + {Fis ++ [{label,Tf}] ++ Sis,St3}; +match_cg(#k_select{var=#k_var{}=V,types=Scs}, Fail, St) -> + match_fmf(fun (S, F, Sta) -> + select_cg(S, V, F, Fail, Sta) + end, Fail, St, Scs); +match_cg(#k_guard{clauses=Gcs}, Fail, St) -> + match_fmf(fun (G, F, Sta) -> + guard_clause_cg(G, F, Sta) + end, Fail, St, Gcs); +match_cg(Ke, _Fail, St0) -> + cg(Ke, St0). + +%% select_cg(Sclause, V, TypeFail, ValueFail, State) -> {Is,State}. +%% Selecting type and value needs two failure labels, TypeFail is the +%% label to jump to of the next type test when this type fails, and +%% ValueFail is the label when this type is correct but the value is +%% wrong. These are different as in the second case there is no need +%% to try the next type, it will always fail. + +select_cg(#k_type_clause{type=k_binary,values=[S]}, Var, Tf, Vf, St) -> + select_binary(S, Var, Tf, Vf, St); +select_cg(#k_type_clause{type=k_bin_seg,values=Vs}, Var, Tf, _Vf, St) -> + select_bin_segs(Vs, Var, Tf, St); +select_cg(#k_type_clause{type=k_bin_int,values=Vs}, Var, Tf, _Vf, St) -> + select_bin_segs(Vs, Var, Tf, St); +select_cg(#k_type_clause{type=k_bin_end,values=[S]}, Var, Tf, _Vf, St) -> + select_bin_end(S, Var, Tf, St); +select_cg(#k_type_clause{type=k_map,values=Vs}, Var, Tf, Vf, St) -> + select_map(Vs, Var, Tf, Vf, St); +select_cg(#k_type_clause{type=k_cons,values=[S]}, Var, Tf, Vf, St) -> + select_cons(S, Var, Tf, Vf, St); +select_cg(#k_type_clause{type=k_nil,values=[S]}, Var, Tf, Vf, St) -> + select_nil(S, Var, Tf, Vf, St); +select_cg(#k_type_clause{type=k_literal,values=Vs}, Var, Tf, Vf, St) -> + select_literal(Vs, Var, Tf, Vf, St); +select_cg(#k_type_clause{type=Type,values=Scs}, Var, Tf, Vf, St0) -> + {Vis,St1} = + mapfoldl(fun (S, Sta) -> + {Val,Is,Stb} = select_val(S, Var, Vf, Sta), + {{Is,[Val]},Stb} + end, St0, Scs), + OptVls = combine(lists:sort(combine(Vis))), + {Vls,Sis,St2} = select_labels(OptVls, St1, [], []), + Arg = ssa_arg(Var, St2), + {Is,St} = select_val_cg(Type, Arg, Vls, Tf, Vf, Sis, St2), + {Is,St}. + +select_val_cg(k_tuple, Tuple, Vls, Tf, Vf, Sis, St0) -> + {Is0,St1} = make_cond_branch({bif,is_tuple}, [Tuple], Tf, St0), + {Arity,St2} = new_ssa_var('@ssa_arity', St1), + GetArity = #b_set{op={bif,tuple_size},dst=Arity,args=[Tuple]}, + {Is,St} = select_val_cg(k_int, Arity, Vls, Vf, Vf, Sis, St2), + {Is0++[GetArity]++Is,St}; +select_val_cg(Type, R, Vls, Tf, Vf, Sis, St0) -> + {TypeIs,St1} = if + Tf =:= Vf -> + %% The type and value failure labels are the same; + %% we don't need a type test. + {[],St0}; + true -> + %% Different labels for type failure and + %% label failure; we need a type test. + Test = select_type_test(Type), + make_cond_branch(Test, [R], Tf, St0) + end, + case Vls of + [{Val,Succ}] -> + {Is,St} = make_cond({bif,'=:='}, [R,Val], Vf, Succ, St1), + {TypeIs++Is++Sis,St}; + [_|_] -> + {TypeIs++[#b_switch{arg=R,fail=Vf,list=Vls}|Sis],St1} + end. + +select_type_test(k_int) -> {bif,is_integer}; +select_type_test(k_atom) -> {bif,is_atom}; +select_type_test(k_float) -> {bif,is_float}. + +combine([{Is,Vs1},{Is,Vs2}|Vis]) -> combine([{Is,Vs1 ++ Vs2}|Vis]); +combine([V|Vis]) -> [V|combine(Vis)]; +combine([]) -> []. + +select_labels([{Is,Vs}|Vis], St0, Vls, Sis) -> + {Lbl,St1} = new_label(St0), + select_labels(Vis, St1, add_vls(Vs, Lbl, Vls), [[{label,Lbl}|Is]|Sis]); +select_labels([], St, Vls, Sis) -> + {Vls,append(Sis),St}. + +add_vls([V|Vs], Lbl, Acc) -> + add_vls(Vs, Lbl, [{#b_literal{val=V},Lbl}|Acc]); +add_vls([], _, Acc) -> Acc. + +select_literal(S, V, Tf, Vf, St) -> + Src = ssa_arg(V, St), + F = fun(ValClause, Fail, St0) -> + {Val,ValIs,St1} = select_val(ValClause, V, Vf, St0), + Args = [Src,#b_literal{val=Val}], + {Is,St2} = make_cond_branch({bif,'=:='}, Args, Fail, St1), + {Is++ValIs,St2} + end, + match_fmf(F, Tf, St, S). + +select_cons(#k_val_clause{val=#k_cons{hd=Hd,tl=Tl},body=B}, + V, Tf, Vf, St0) -> + Es = [Hd,Tl], + {Eis,St1} = select_extract_cons(V, Es, St0), + {Bis,St2} = match_cg(B, Vf, St1), + Src = ssa_arg(V, St2), + {Is,St} = make_cond_branch(is_nonempty_list, [Src], Tf, St2), + {Is ++ Eis ++ Bis,St}. + +select_nil(#k_val_clause{val=#k_nil{},body=B}, V, Tf, Vf, St0) -> + {Bis,St1} = match_cg(B, Vf, St0), + Src = ssa_arg(V, St1), + {Is,St} = make_cond_branch({bif,'=:='}, [Src,#b_literal{val=[]}], Tf, St1), + {Is ++ Bis,St}. + +select_binary(#k_val_clause{val=#k_binary{segs=#k_var{name=Ctx0}},body=B}, + #k_var{}=Src, Tf, Vf, St0) -> + {Ctx,St1} = new_ssa_var(Ctx0, St0), + {Bis0,St2} = match_cg(B, Vf, St1), + {TestIs,St} = make_cond_branch(succeeded, [Ctx], Tf, St2), + Bis1 = [#b_set{op=bs_start_match,dst=Ctx, + args=[ssa_arg(Src, St)]}] ++ TestIs ++ Bis0, + Bis = finish_bs_matching(Bis1), + {Bis,St}. + +finish_bs_matching([#b_set{op=bs_match, + args=[#b_literal{val=string},Ctx,#b_literal{val=BinList}]}=Set|Is]) + when is_list(BinList) -> + I = Set#b_set{args=[#b_literal{val=string},Ctx, + #b_literal{val=list_to_bitstring(BinList)}]}, + finish_bs_matching([I|Is]); +finish_bs_matching([I|Is]) -> + [I|finish_bs_matching(Is)]; +finish_bs_matching([]) -> []. + +make_cond(Cond, Args, Fail, Succ, St0) -> + {Bool,St} = new_ssa_var('@ssa_bool', St0), + Bif = #b_set{op=Cond,dst=Bool,args=Args}, + Br = #b_br{bool=Bool,succ=Succ,fail=Fail}, + {[Bif,Br],St}. + +make_cond_branch(Cond, Args, Fail, St0) -> + {Bool,St1} = new_ssa_var('@ssa_bool', St0), + {Succ,St} = new_label(St1), + Bif = #b_set{op=Cond,dst=Bool,args=Args}, + Br = #b_br{bool=Bool,succ=Succ,fail=Fail}, + {[Bif,Br,{label,Succ}],St}. + +make_uncond_branch(Fail) -> + #b_br{bool=#b_literal{val=true},succ=Fail,fail=Fail}. + +%% Instructions for selection of binary segments. + +select_bin_segs(Scs, Ivar, Tf, St) -> + match_fmf(fun(S, Fail, Sta) -> + select_bin_seg(S, Ivar, Fail, Sta) + end, Tf, St, Scs). + +select_bin_seg(#k_val_clause{val=#k_bin_seg{size=Size,unit=U,type=T, + seg=Seg,flags=Fs,next=Next}, + body=B,anno=Anno}, + #k_var{}=Src, Fail, St0) -> + LineAnno = line_anno(Anno), + Ctx = get_context(Src, St0), + {Mis,St1} = select_extract_bin(Next, Size, U, T, Fs, Fail, + Ctx, LineAnno, St0), + {Extracted,St2} = new_ssa_var(Seg#k_var.name, St1), + {Bis,St} = bin_match_cg(Size, B, Fail, St2), + BsGet = #b_set{op=bs_extract,dst=Extracted,args=[ssa_arg(Next, St)]}, + Is = Mis ++ [BsGet] ++ Bis, + {Is,St}; +select_bin_seg(#k_val_clause{val=#k_bin_int{size=Sz,unit=U,flags=Fs, + val=Val,next=Next}, + body=B}, + #k_var{}=Src, Fail, St0) -> + Ctx = get_context(Src, St0), + {Mis,St1} = select_extract_int(Next, Val, Sz, U, Fs, Fail, + Ctx, St0), + {Bis,St} = match_cg(B, Fail, St1), + Is = case Mis ++ Bis of + [#b_set{op=bs_match,args=[#b_literal{val=string},OtherCtx1,Bin1]}, + #b_set{op=succeeded,dst=Bool1}, + #b_br{bool=Bool1,succ=Succ,fail=Fail}, + {label,Succ}, + #b_set{op=bs_match,dst=Dst,args=[#b_literal{val=string},_OtherCtx2,Bin2]}| + [#b_set{op=succeeded,dst=Bool2}, + #b_br{bool=Bool2,fail=Fail}|_]=Is0] -> + %% We used to do this optimization later, but it + %% turns out that in huge functions with many + %% string matching instructions, it's a huge win + %% to do the combination now. To avoid copying the + %% binary data again and again, we'll combine bitstrings + %% in a list and convert all of it to a bitstring later. + {#b_literal{val=B1},#b_literal{val=B2}} = {Bin1,Bin2}, + Bin = #b_literal{val=[B1,B2]}, + Set = #b_set{op=bs_match,dst=Dst,args=[#b_literal{val=string},OtherCtx1,Bin]}, + [Set|Is0]; + Is0 -> + Is0 + end, + {Is,St}. + +bin_match_cg(#k_atom{val=all}, B0, Fail, St) -> + #k_select{types=Types} = B0, + [#k_type_clause{type=k_bin_end,values=Values}] = Types, + [#k_val_clause{val=#k_bin_end{},body=B}] = Values, + match_cg(B, Fail, St); +bin_match_cg(_, B, Fail, St) -> + match_cg(B, Fail, St). + +get_context(#k_var{}=Var, St) -> + ssa_arg(Var, St). + +select_bin_end(#k_val_clause{val=#k_bin_end{},body=B}, Src, Tf, St0) -> + Ctx = get_context(Src, St0), + {Bis,St1} = match_cg(B, Tf, St0), + {TestIs,St} = make_cond_branch(bs_test_tail, [Ctx,#b_literal{val=0}], Tf, St1), + Is = TestIs++Bis, + {Is,St}. + +select_extract_bin(#k_var{name=Hd}, Size0, Unit, Type, Flags, Vf, + Ctx, Anno, St0) -> + {Dst,St1} = new_ssa_var(Hd, St0), + Size = ssa_arg(Size0, St0), + build_bs_instr(Anno, Type, Vf, Ctx, Size, Unit, Flags, Dst, St1). + +select_extract_int(#k_var{name=Tl}, 0, #k_int{val=0}, _U, _Fs, _Vf, + Ctx, St0) -> + St = set_ssa_var(Tl, Ctx, St0), + {[],St}; +select_extract_int(#k_var{name=Tl}, Val, #k_int{val=Sz}, U, Fs, Vf, + Ctx, St0) -> + {Dst,St1} = new_ssa_var(Tl, St0), + Bits = U*Sz, + Bin = case member(big, Fs) of + true -> + <<Val:Bits>>; + false -> + true = member(little, Fs), %Assertion. + <<Val:Bits/little>> + end, + Bits = bit_size(Bin), %Assertion. + {TestIs,St} = make_cond_branch(succeeded, [Dst], Vf, St1), + Set = #b_set{op=bs_match,dst=Dst, + args=[#b_literal{val=string},Ctx,#b_literal{val=Bin}]}, + {[Set|TestIs],St}. + +build_bs_instr(Anno, Type, Fail, Ctx, Size, Unit0, Flags0, Dst, St0) -> + Unit = #b_literal{val=Unit0}, + Flags = #b_literal{val=Flags0}, + NeedSize = bs_need_size(Type), + TypeArg = #b_literal{val=Type}, + Get = case NeedSize of + true -> + #b_set{anno=Anno,op=bs_match,dst=Dst, + args=[TypeArg,Ctx,Flags,Size,Unit]}; + false -> + #b_set{anno=Anno,op=bs_match,dst=Dst, + args=[TypeArg,Ctx,Flags]} + end, + {Is,St} = make_cond_branch(succeeded, [Dst], Fail, St0), + {[Get|Is],St}. + +select_val(#k_val_clause{val=#k_tuple{es=Es},body=B}, V, Vf, St0) -> + #k{us=Used} = k_get_anno(B), + {Eis,St1} = select_extract_tuple(V, Es, Used, St0), + {Bis,St2} = match_cg(B, Vf, St1), + {length(Es),Eis ++ Bis,St2}; +select_val(#k_val_clause{val=Val0,body=B}, _V, Vf, St0) -> + Val = case Val0 of + #k_atom{val=Lit} -> Lit; + #k_float{val=Lit} -> Lit; + #k_int{val=Lit} -> Lit; + #k_literal{val=Lit} -> Lit + end, + {Bis,St1} = match_cg(B, Vf, St0), + {Val,Bis,St1}. + +%% select_extract_tuple(Src, [V], State) -> {[E],State}. +%% Extract tuple elements, but only if they are actually used. +%% +%% Not extracting tuple elements that are not used is an +%% optimization for compile time and memory use during compilation. +%% It is probably worthwhile because it is common to extract only a +%% few elements from a huge record. + +select_extract_tuple(Src, Vs, Used, St0) -> + Tuple = ssa_arg(Src, St0), + F = fun (#k_var{name=V}, {Elem,S0}) -> + case member(V, Used) of + true -> + Args = [Tuple,#b_literal{val=Elem}], + {Dst,S} = new_ssa_var(V, S0), + Get = #b_set{op=get_tuple_element,dst=Dst,args=Args}, + {[Get],{Elem+1,S}}; + false -> + {[],{Elem+1,S0}} + end + end, + {Es,{_,St}} = flatmapfoldl(F, {0,St0}, Vs), + {Es,St}. + +select_map(Scs, V, Tf, Vf, St0) -> + MapSrc = ssa_arg(V, St0), + {Is,St1} = + match_fmf(fun(#k_val_clause{val=#k_map{op=exact,es=Es}, + body=B}, Fail, St1) -> + select_map_val(V, Es, B, Fail, St1) + end, Vf, St0, Scs), + {TestIs,St} = make_cond_branch({bif,is_map}, [MapSrc], Tf, St1), + {TestIs++Is,St}. + +select_map_val(V, Es, B, Fail, St0) -> + {Eis,St1} = select_extract_map(Es, V, Fail, St0), + {Bis,St2} = match_cg(B, Fail, St1), + {Eis++Bis,St2}. + +select_extract_map([P|Ps], Src, Fail, St0) -> + MapSrc = ssa_arg(Src, St0), + #k_map_pair{key=Key0,val=#k_var{name=Dst0}} = P, + Key = ssa_arg(Key0, St0), + {Dst,St1} = new_ssa_var(Dst0, St0), + Set = #b_set{op=get_map_element,dst=Dst,args=[MapSrc,Key]}, + {TestIs,St2} = make_cond_branch(succeeded, [Dst], Fail, St1), + {Is,St} = select_extract_map(Ps, Src, Fail, St2), + {[Set|TestIs]++Is,St}; +select_extract_map([], _, _, St) -> + {[],St}. + +select_extract_cons(Src0, [#k_var{name=Hd},#k_var{name=Tl}], St0) -> + Src = ssa_arg(Src0, St0), + {HdDst,St1} = new_ssa_var(Hd, St0), + {TlDst,St2} = new_ssa_var(Tl, St1), + GetHd = #b_set{op=get_hd,dst=HdDst,args=[Src]}, + GetTl = #b_set{op=get_tl,dst=TlDst,args=[Src]}, + {[GetHd,GetTl],St2}. + +guard_clause_cg(#k_guard_clause{guard=G,body=B}, Fail, St0) -> + {Gis,St1} = guard_cg(G, Fail, St0), + {Bis,St} = match_cg(B, Fail, St1), + {Gis ++ Bis,St}. + +%% guard_cg(Guard, Fail, State) -> {[Ainstr],State}. +%% A guard is a boolean expression of tests. Tests return true or +%% false. A fault in a test causes the test to return false. Tests +%% never return the boolean, instead we generate jump code to go to +%% the correct exit point. Primops and tests all go to the next +%% instruction on success or jump to a failure label. + +guard_cg(#k_protected{arg=Ts,ret=Rs,inner=Inner}, Fail, St) -> + protected_cg(Ts, Rs, Inner, Fail, St); +guard_cg(#k_test{op=Test0,args=As,inverted=Inverted}, Fail, St0) -> + #k_remote{mod=#k_atom{val=erlang},name=#k_atom{val=Test}} = Test0, + test_cg(Test, Inverted, As, Fail, St0); +guard_cg(#k_seq{arg=Arg,body=Body}, Fail, St0) -> + {ArgIs,St1} = guard_cg(Arg, Fail, St0), + {BodyIs,St} = guard_cg(Body, Fail, St1), + {ArgIs++BodyIs,St}; +guard_cg(G, _Fail, St) -> + cg(G, St). + +test_cg('=/=', Inverted, As, Fail, St) -> + test_cg('=:=', not Inverted, As, Fail, St); +test_cg('/=', Inverted, As, Fail, St) -> + test_cg('==', not Inverted, As, Fail, St); +test_cg(Test, Inverted, As0, Fail, St0) -> + As = ssa_args(As0, St0), + case {Test,ssa_args(As0, St0)} of + {is_record,[Tuple,#b_literal{val=Atom}=Tag,#b_literal{val=Int}=Arity]} + when is_atom(Atom), is_integer(Int) -> + test_is_record_cg(Inverted, Fail, Tuple, Tag, Arity, St0); + {_,As} -> + {Bool,St1} = new_ssa_var('@ssa_bool', St0), + {Succ,St} = new_label(St1), + Bif = #b_set{op={bif,Test},dst=Bool,args=As}, + Br = case Inverted of + false -> #b_br{bool=Bool,succ=Succ,fail=Fail}; + true -> #b_br{bool=Bool,succ=Fail,fail=Succ} + end, + {[Bif,Br,{label,Succ}],St} + end. + +test_is_record_cg(false, Fail, Tuple, TagVal, ArityVal, St0) -> + {Arity,St1} = new_ssa_var('@ssa_arity', St0), + {Tag,St2} = new_ssa_var('@ssa_tag', St1), + {Is0,St3} = make_cond_branch({bif,is_tuple}, [Tuple], Fail, St2), + GetArity = #b_set{op={bif,tuple_size},dst=Arity,args=[Tuple]}, + {Is1,St4} = make_cond_branch({bif,'=:='}, [Arity,ArityVal], Fail, St3), + GetTag = #b_set{op=get_tuple_element,dst=Tag, + args=[Tuple,#b_literal{val=0}]}, + {Is2,St} = make_cond_branch({bif,'=:='}, [Tag,TagVal], Fail, St4), + Is = Is0 ++ [GetArity] ++ Is1 ++ [GetTag] ++ Is2, + {Is,St}; +test_is_record_cg(true, Fail, Tuple, TagVal, ArityVal, St0) -> + {Succ,St1} = new_label(St0), + {Arity,St2} = new_ssa_var('@ssa_arity', St1), + {Tag,St3} = new_ssa_var('@ssa_tag', St2), + {Is0,St4} = make_cond_branch({bif,is_tuple}, [Tuple], Succ, St3), + GetArity = #b_set{op={bif,tuple_size},dst=Arity,args=[Tuple]}, + {Is1,St5} = make_cond_branch({bif,'=:='}, [Arity,ArityVal], Succ, St4), + GetTag = #b_set{op=get_tuple_element,dst=Tag, + args=[Tuple,#b_literal{val=0}]}, + {Is2,St} = make_cond_branch({bif,'=:='}, [Tag,TagVal], Succ, St5), + Is3 = [make_uncond_branch(Fail),{label,Succ}], + Is = Is0 ++ [GetArity] ++ Is1 ++ [GetTag] ++ Is2 ++ Is3, + {Is,St}. + +%% protected_cg([Kexpr], [Ret], Fail, St) -> {[Ainstr],St}. +%% Do a protected. Protecteds without return values are just done +%% for effect, the return value is not checked, success passes on to +%% the next instruction and failure jumps to Fail. If there are +%% return values then these must be set to 'false' on failure, +%% control always passes to the next instruction. + +protected_cg(Ts, [], _, Fail, St0) -> + %% Protect these calls, revert when done. + {Tis,St1} = guard_cg(Ts, Fail, St0#cg{bfail=Fail}), + {Tis,St1#cg{bfail=St0#cg.bfail}}; +protected_cg(Ts, Rs, Inner0, _Fail, St0) -> + {Pfail,St1} = new_label(St0), + {Br,St2} = new_label(St1), + Prot = duplicate(length(Rs), #b_literal{val=false}), + {Tis,St3} = guard_cg(Ts, Pfail, St2#cg{break=Pfail,bfail=Pfail}), + Inner = ssa_args(Inner0, St3), + {BreakVars,St} = new_ssa_vars(Rs, St3), + Is = Tis ++ [#cg_break{args=Inner,phi=Br}, + {label,Pfail},#cg_break{args=Prot,phi=Br}, + {label,Br},#cg_phi{vars=BreakVars}], + {Is,St#cg{break=St0#cg.break,bfail=St0#cg.bfail}}. + +%% match_fmf(Fun, LastFail, State, [Clause]) -> {Is,State}. +%% This is a special flatmapfoldl for match code gen where we +%% generate a "failure" label for each clause. The last clause uses +%% an externally generated failure label, LastFail. N.B. We do not +%% know or care how the failure labels are used. + +match_fmf(F, LastFail, St, [H]) -> + F(H, LastFail, St); +match_fmf(F, LastFail, St0, [H|T]) -> + {Fail,St1} = new_label(St0), + {R,St2} = F(H, Fail, St1), + {Rs,St3} = match_fmf(F, LastFail, St2, T), + {R ++ [{label,Fail}] ++ Rs,St3}. + +%% fail_label(State) -> {Where,FailureLabel}. +%% Where = guard | no_catch | in_catch +%% Return an indication of which part of a function code is +%% being generated for and the appropriate failure label to +%% use. +%% +%% Where has the following meaning: +%% +%% guard - Inside a guard. +%% no_catch - In a function body, not in the scope of +%% a try/catch or catch. +%% in_catch - In the scope of a try/catch or catch. + +fail_label(#cg{catch_label=Catch,bfail=Fail,ultimate_failure=Ult}) -> + if + Fail =/= Ult -> + {guard,Fail}; + Catch =:= none -> + {no_catch,Fail}; + is_integer(Catch) -> + {in_catch,Catch} + end. + +%% bif_fail_label(State) -> FailureLabel. +%% Return the appropriate failure label for a guard BIF call or +%% primop that fails. + +bif_fail_label(St) -> + {_,Fail} = fail_label(St), + Fail. + +%% call_cg(Func, [Arg], [Ret], Le, State) -> +%% {[Ainstr],State}. +%% enter_cg(Func, [Arg], Le, St) -> {[Ainstr],St}. +%% Generate code for call and enter. + +call_cg(Func, As, [], Le, St) -> + call_cg(Func, As, [#k_var{name='@ssa_ignored'}], Le, St); +call_cg(Func0, As, [#k_var{name=R}|MoreRs]=Rs, Le, St0) -> + case fail_label(St0) of + {guard,Fail} -> + %% Inside a guard. The only allowed function call is to + %% erlang:error/1,2. We will generate a branch to the + %% failure branch. + #k_remote{mod=#k_atom{val=erlang}, + name=#k_atom{val=error}} = Func0, %Assertion. + [#k_var{name=DestVar}] = Rs, + St = set_ssa_var(DestVar, #b_literal{val=unused}, St0), + {[make_uncond_branch(Fail),#cg_unreachable{}],St}; + {Catch,Fail} -> + %% Ordinary function call in a function body. + Args = ssa_args(As, St0), + {Ret,St1} = new_ssa_var(R, St0), + Func = call_target(Func0, Args, St0), + Call = #b_set{anno=line_anno(Le),op=call,dst=Ret,args=[Func|Args]}, + + %% If this is a call to erlang:error(), MoreRs could be a + %% nonempty list of variables that each need a value. + St2 = foldl(fun(#k_var{name=Dummy}, S) -> + set_ssa_var(Dummy, #b_literal{val=unused}, S) + end, St1, MoreRs), + case Catch of + no_catch -> + {[Call],St2}; + in_catch -> + {TestIs,St} = make_cond_branch(succeeded, [Ret], Fail, St2), + {[Call|TestIs],St} + end + end. + +enter_cg(Func0, As0, Le, St0) -> + Anno = line_anno(Le), + Func = call_target(Func0, As0, St0), + As = ssa_args(As0, St0), + {Ret,St} = new_ssa_var('@ssa_ret', St0), + Call = #b_set{anno=Anno,op=call,dst=Ret,args=[Func|As]}, + {[Call,#b_ret{arg=Ret}],St}. + +call_target(Func, As, St) -> + Arity = length(As), + case Func of + #k_remote{mod=Mod0,name=Name0} -> + Mod = ssa_arg(Mod0, St), + Name = ssa_arg(Name0, St), + #b_remote{mod=Mod,name=Name,arity=Arity}; + #k_local{name=Name} when is_atom(Name) -> + #b_local{name=#b_literal{val=Name},arity=Arity}; + #k_var{}=Var -> + ssa_arg(Var, St) + end. + +%% bif_cg(#k_bif{}, Le,State) -> {[Ainstr],State}. +%% Generate code for a guard BIF or primop. + +bif_cg(#k_bif{op=#k_internal{name=Name},args=As,ret=Rs}, Le, St) -> + internal_cg(Name, As, Rs, Le, St); +bif_cg(#k_bif{op=#k_remote{mod=#k_atom{val=erlang},name=#k_atom{val=Name}}, + args=As,ret=Rs}, Le, St) -> + bif_cg(Name, As, Rs, Le, St). + +%% internal_cg(Bif, [Arg], [Ret], Le, State) -> +%% {[Ainstr],State}. + +internal_cg(dsetelement, [Index0,Tuple0,New0], _Rs, _Le, St) -> + [New,Tuple,#b_literal{val=Index1}] = ssa_args([New0,Tuple0,Index0], St), + Index = #b_literal{val=Index1-1}, + Set = #b_set{op=set_tuple_element,args=[New,Tuple,Index]}, + {[Set],St}; +internal_cg(make_fun, [Name0,Arity0|As], Rs, _Le, St0) -> + #k_atom{val=Name} = Name0, + #k_int{val=Arity} = Arity0, + [#k_var{name=Dst0}] = Rs, + {Dst,St} = new_ssa_var(Dst0, St0), + Args = ssa_args(As, St), + Local = #b_local{name=#b_literal{val=Name},arity=Arity}, + MakeFun = #b_set{op=make_fun,dst=Dst,args=[Local|Args]}, + {[MakeFun],St}; +internal_cg(bs_init_writable=I, As, [#k_var{name=Dst0}], _Le, St0) -> + %% This behaves like a function call. + {Dst,St} = new_ssa_var(Dst0, St0), + Args = ssa_args(As, St), + Set = #b_set{op=I,dst=Dst,args=Args}, + {[Set],St}; +internal_cg(build_stacktrace=I, As, [#k_var{name=Dst0}], _Le, St0) -> + {Dst,St} = new_ssa_var(Dst0, St0), + Args = ssa_args(As, St), + Set = #b_set{op=I,dst=Dst,args=Args}, + {[Set],St}; +internal_cg(raise, As, [#k_var{name=Dst0}], _Le, St0) -> + Args = ssa_args(As, St0), + {Dst,St} = new_ssa_var(Dst0, St0), + Resume = #b_set{op=resume,dst=Dst,args=Args}, + case St of + #cg{catch_label=none} -> + {[Resume],St}; + #cg{catch_label=Catch} when is_integer(Catch) -> + Is = [Resume,make_uncond_branch(Catch),#cg_unreachable{}], + {Is,St} + end; +internal_cg(raw_raise=I, As, [#k_var{name=Dst0}], _Le, St0) -> + %% This behaves like a function call. + {Dst,St} = new_ssa_var(Dst0, St0), + Args = ssa_args(As, St), + Set = #b_set{op=I,dst=Dst,args=Args}, + {[Set],St}. + +bif_cg(Bif, As0, [#k_var{name=Dst0}], Le, St0) -> + {Dst,St1} = new_ssa_var(Dst0, St0), + case {Bif,ssa_args(As0, St0)} of + {is_record,[Tuple,#b_literal{val=Atom}=Tag, + #b_literal{val=Int}=Arity]} + when is_atom(Atom), is_integer(Int) -> + bif_is_record_cg(Dst, Tuple, Tag, Arity, St1); + {_,As} -> + I = #b_set{anno=line_anno(Le),op={bif,Bif},dst=Dst,args=As}, + case erl_bifs:is_safe(erlang, Bif, length(As)) of + false -> + Fail = bif_fail_label(St1), + {Is,St} = make_cond_branch(succeeded, [Dst], Fail, St1), + {[I|Is],St}; + true-> + {[I],St1} + end + end. + +bif_is_record_cg(Dst, Tuple, TagVal, ArityVal, St0) -> + {Arity,St1} = new_ssa_var('@ssa_arity', St0), + {Tag,St2} = new_ssa_var('@ssa_tag', St1), + {Phi,St3} = new_label(St2), + {False,St4} = new_label(St3), + {Is0,St5} = make_cond_branch({bif,is_tuple}, [Tuple], False, St4), + GetArity = #b_set{op={bif,tuple_size},dst=Arity,args=[Tuple]}, + {Is1,St6} = make_cond_branch({bif,'=:='}, [Arity,ArityVal], False, St5), + GetTag = #b_set{op=get_tuple_element,dst=Tag, + args=[Tuple,#b_literal{val=0}]}, + {Is2,St} = make_cond_branch({bif,'=:='}, [Tag,TagVal], False, St6), + Is3 = [#cg_break{args=[#b_literal{val=true}],phi=Phi}, + {label,False}, + #cg_break{args=[#b_literal{val=false}],phi=Phi}, + {label,Phi}, + #cg_phi{vars=[Dst]}], + Is = Is0 ++ [GetArity] ++ Is1 ++ [GetTag] ++ Is2 ++ Is3, + {Is,St}. + +%% recv_loop_cg(TimeOut, ReceiveVar, ReceiveMatch, TimeOutExprs, +%% [Ret], Le, St) -> {[Ainstr],St}. + +recv_loop_cg(Te, Rvar, Rm, Tes, Rs, Le, St0) -> + %% Get labels. + {Rl,St1} = new_label(St0), + {Tl,St2} = new_label(St1), + {Bl,St3} = new_label(St2), + St4 = St3#cg{break=Bl,recv=Rl}, + {Ris,St5} = cg_recv_mesg(Rvar, Rm, Tl, Le, St4), + {Wis,St6} = cg_recv_wait(Te, Tes, St5), + {BreakVars,St} = new_ssa_vars(Rs, St6), + {Ris ++ [{label,Tl}] ++ Wis ++ + [{label,Bl},#cg_phi{vars=BreakVars}], + St#cg{break=St0#cg.break,recv=St0#cg.recv}}. + +%% cg_recv_mesg( ) -> {[Ainstr],St}. + +cg_recv_mesg(#k_var{name=R}, Rm, Tl, Le, St0) -> + {Dst,St1} = new_ssa_var(R, St0), + {Mis,St2} = match_cg(Rm, none, St1), + RecvLbl = St1#cg.recv, + {TestIs,St} = make_cond_branch(succeeded, [Dst], Tl, St2), + Is = [#b_br{anno=line_anno(Le),bool=#b_literal{val=true}, + succ=RecvLbl,fail=RecvLbl}, + {label,RecvLbl}, + #b_set{op=peek_message,dst=Dst}|TestIs], + {Is++Mis,St}. + +%% cg_recv_wait(Te, Tes, St) -> {[Ainstr],St}. + +cg_recv_wait(#k_int{val=0}, Es, St0) -> + {Tis,St} = cg(Es, St0), + {[#b_set{op=timeout}|Tis],St}; +cg_recv_wait(Te, Es, St0) -> + {Tis,St1} = cg(Es, St0), + Args = [ssa_arg(Te, St1)], + {WaitDst,St2} = new_ssa_var('@ssa_wait', St1), + {WaitIs,St} = make_cond_branch(succeeded, [WaitDst], St1#cg.recv, St2), + %% Infinite timeout will be optimized later. + Is = [#b_set{op=wait_timeout,dst=WaitDst,args=Args}] ++ WaitIs ++ + [#b_set{op=timeout}] ++ Tis, + {Is,St}. + +%% try_cg(TryBlock, [BodyVar], TryBody, [ExcpVar], TryHandler, [Ret], St) -> +%% {[Ainstr],St}. + +try_cg(Ta, Vs, Tb, Evs, Th, Rs, St0) -> + {B,St1} = new_label(St0), %Body label + {H,St2} = new_label(St1), %Handler label + {E,St3} = new_label(St2), %End label + {Next,St4} = new_label(St3), + {TryTag,St5} = new_ssa_var('@ssa_catch_tag', St4), + {SsaVs,St6} = new_ssa_vars(Vs, St5), + {SsaEvs,St7} = new_ssa_vars(Evs, St6), + {Ais,St8} = cg(Ta, St7#cg{break=B,catch_label=H}), + St9 = St8#cg{break=E,catch_label=St7#cg.catch_label}, + {Bis,St10} = cg(Tb, St9), + {His,St11} = cg(Th, St10), + {BreakVars,St12} = new_ssa_vars(Rs, St11), + {CatchedAgg,St} = new_ssa_var('@ssa_agg', St12), + ExtractVs = extract_vars(SsaEvs, CatchedAgg, 0), + KillTryTag = #b_set{op=kill_try_tag,args=[TryTag]}, + Args = [#b_literal{val='try'},TryTag], + Handler = [{label,H}, + #b_set{op=landingpad,dst=CatchedAgg,args=Args}] ++ + ExtractVs ++ [KillTryTag], + {[#b_set{op=new_try_tag,dst=TryTag,args=[#b_literal{val='try'}]}, + #b_br{bool=TryTag,succ=Next,fail=H}, + {label,Next}] ++ Ais ++ + [{label,B},#cg_phi{vars=SsaVs},KillTryTag] ++ Bis ++ + Handler ++ His ++ + [{label,E},#cg_phi{vars=BreakVars}], + St#cg{break=St0#cg.break}}. + +try_enter_cg(Ta, Vs, Tb, Evs, Th, St0) -> + {B,St1} = new_label(St0), %Body label + {H,St2} = new_label(St1), %Handler label + {Next,St3} = new_label(St2), + {TryTag,St4} = new_ssa_var('@ssa_catch_tag', St3), + {SsaVs,St5} = new_ssa_vars(Vs, St4), + {SsaEvs,St6} = new_ssa_vars(Evs, St5), + {Ais,St7} = cg(Ta, St6#cg{break=B,catch_label=H}), + St8 = St7#cg{catch_label=St6#cg.catch_label}, + {Bis,St9} = cg(Tb, St8), + {His,St10} = cg(Th, St9), + {CatchedAgg,St} = new_ssa_var('@ssa_agg', St10), + ExtractVs = extract_vars(SsaEvs, CatchedAgg, 0), + KillTryTag = #b_set{op=kill_try_tag,args=[TryTag]}, + Args = [#b_literal{val='try'},TryTag], + Handler = [{label,H}, + #b_set{op=landingpad,dst=CatchedAgg,args=Args}] ++ + ExtractVs ++ [KillTryTag], + {[#b_set{op=new_try_tag,dst=TryTag,args=[#b_literal{val='try'}]}, + #b_br{bool=TryTag,succ=Next,fail=H}, + {label,Next}] ++ Ais ++ + [{label,B},#cg_phi{vars=SsaVs},KillTryTag] ++ Bis ++ + Handler ++ His, + St#cg{break=St0#cg.break}}. + +extract_vars([V|Vs], Agg, N) -> + I = #b_set{op=extract,dst=V,args=[Agg,#b_literal{val=N}]}, + [I|extract_vars(Vs, Agg, N+1)]; +extract_vars([], _, _) -> []. + +%% do_catch_cg(CatchBlock, Ret, St) -> {[Ainstr],St}. + +do_catch_cg(Block, #k_var{name=R}, St0) -> + {B,St1} = new_label(St0), + {Next,St2} = new_label(St1), + {H,St3} = new_label(St2), + {CatchReg,St4} = new_ssa_var('@ssa_catch_tag', St3), + {Dst,St5} = new_ssa_var(R, St4), + {Succ,St6} = new_label(St5), + {Cis,St7} = cg(Block, St6#cg{break=Succ,catch_label=H}), + {CatchedVal,St8} = new_ssa_var('@catched_val', St7), + {SuccVal,St9} = new_ssa_var('@success_val', St8), + {CatchedAgg,St10} = new_ssa_var('@ssa_agg', St9), + {CatchEndVal,St} = new_ssa_var('@catch_end_val', St10), + Args = [#b_literal{val='catch'},CatchReg], + {[#b_set{op=new_try_tag,dst=CatchReg,args=[#b_literal{val='catch'}]}, + #b_br{bool=CatchReg,succ=Next,fail=H}, + {label,Next}] ++ Cis ++ + [{label,H}, + #b_set{op=landingpad,dst=CatchedAgg,args=Args}, + #b_set{op=extract,dst=CatchedVal, + args=[CatchedAgg,#b_literal{val=0}]}, + #cg_break{args=[CatchedVal],phi=B}, + {label,Succ}, + #cg_phi{vars=[SuccVal]}, + #cg_break{args=[SuccVal],phi=B}, + {label,B},#cg_phi{vars=[CatchEndVal]}, + #b_set{op=catch_end,dst=Dst,args=[CatchReg,CatchEndVal]}], + St#cg{break=St1#cg.break,catch_label=St1#cg.catch_label}}. + +%% put_cg([Var], Constr, Le, Vdb, Bef, St) -> {[Ainstr],St}. +%% Generate code for constructing terms. + +put_cg([#k_var{name=R}], #k_cons{hd=Hd,tl=Tl}, _Le, St0) -> + Args = ssa_args([Hd,Tl], St0), + {Dst,St} = new_ssa_var(R, St0), + PutList = #b_set{op=put_list,dst=Dst,args=Args}, + {[PutList],St}; +put_cg([#k_var{name=R}], #k_tuple{es=Es}, _Le, St0) -> + {Ret,St} = new_ssa_var(R, St0), + Args = ssa_args(Es, St), + PutTuple = #b_set{op=put_tuple,dst=Ret,args=Args}, + {[PutTuple],St}; +put_cg([#k_var{name=R}], #k_binary{segs=Segs}, Le, St0) -> + Fail = bif_fail_label(St0), + {Dst,St1} = new_ssa_var(R, St0), + cg_binary(Dst, Segs, Fail, Le, St1); +put_cg([#k_var{name=R}], #k_map{op=Op,var=Map, + es=[#k_map_pair{key=#k_var{}=K,val=V}]}, + Le, St0) -> + %% Map: single variable key. + SrcMap = ssa_arg(Map, St0), + LineAnno = line_anno(Le), + List = [ssa_arg(K, St0),ssa_arg(V, St0)], + {Dst,St1} = new_ssa_var(R, St0), + {Is,St} = put_cg_map(LineAnno, Op, SrcMap, Dst, List, St1), + {Is,St}; +put_cg([#k_var{name=R}], #k_map{op=Op,var=Map,es=Es}, Le, St0) -> + %% Map: one or more literal keys. + [] = [Var || #k_map_pair{key=#k_var{}=Var} <- Es], %Assertion + SrcMap = ssa_arg(Map, St0), + LineAnno = line_anno(Le), + List = flatmap(fun(#k_map_pair{key=K,val=V}) -> + [ssa_arg(K, St0),ssa_arg(V, St0)] + end, Es), + {Dst,St1} = new_ssa_var(R, St0), + {Is,St} = put_cg_map(LineAnno, Op, SrcMap, Dst, List, St1), + {Is,St}; +put_cg([#k_var{name=R}], Con0, _Le, St0) -> + %% Create an alias for a variable or literal. + Con = ssa_arg(Con0, St0), + St = set_ssa_var(R, Con, St0), + {[],St}. + +put_cg_map(LineAnno, Op, SrcMap, Dst, List, St0) -> + Fail = bif_fail_label(St0), + Args = [#b_literal{val=Op},SrcMap|List], + PutMap = #b_set{anno=LineAnno,op=put_map,dst=Dst,args=Args}, + if + Op =:= assoc -> + {[PutMap],St0}; + true -> + {Is,St} = make_cond_branch(succeeded, [Dst], Fail, St0), + {[PutMap|Is],St} + end. + +%%% +%%% Code generation for constructing binaries. +%%% + +cg_binary(Dst, Segs0, Fail, Le, St0) -> + {PutCode0,SzCalc0,St1} = cg_bin_put(Segs0, Fail, St0), + LineAnno = line_anno(Le), + Anno = Le#k.a, + case PutCode0 of + [#b_set{op=bs_put,dst=Bool,args=[_,_,Src,#b_literal{val=all}|_]}, + #b_br{bool=Bool}, + {label,_}|_] -> + #k_bin_seg{unit=Unit0,next=Segs} = Segs0, + Unit = #b_literal{val=Unit0}, + {PutCode,SzCalc1,St2} = cg_bin_put(Segs, Fail, St1), + {_,SzVar,SzCode0,St3} = cg_size_calc(1, SzCalc1, Fail, St2), + SzCode = cg_bin_anno(SzCode0, LineAnno), + Args = case member(single_use, Anno) of + true -> + [#b_literal{val=private_append},Src,SzVar,Unit]; + false -> + [#b_literal{val=append},Src,SzVar,Unit] + end, + BsInit = #b_set{anno=LineAnno,op=bs_init,dst=Dst,args=Args}, + {TestIs,St} = make_cond_branch(succeeded, [Dst], Fail, St3), + {SzCode ++ [BsInit] ++ TestIs ++ PutCode,St}; + [#b_set{op=bs_put}|_] -> + {Unit,SzVar,SzCode0,St2} = cg_size_calc(8, SzCalc0, Fail, St1), + SzCode = cg_bin_anno(SzCode0, LineAnno), + Args = [#b_literal{val=new},SzVar,Unit], + BsInit = #b_set{anno=LineAnno,op=bs_init,dst=Dst,args=Args}, + {TestIs,St} = make_cond_branch(succeeded, [Dst], Fail, St2), + {SzCode ++ [BsInit] ++ TestIs ++ PutCode0,St} + end. + +cg_bin_anno([Set|Sets], Anno) -> + [Set#b_set{anno=Anno}|Sets]; +cg_bin_anno([], _) -> []. + +%% cg_size_calc(PreferredUnit, SzCalc, Fail, St0) -> +%% {ActualUnit,SizeVariable,SizeCode,St}. +%% Generate size calculation code. + +cg_size_calc(Unit, error, _Fail, St) -> + {#b_literal{val=Unit},#b_literal{val=badarg},[],St}; +cg_size_calc(8, [{1,_}|_]=SzCalc, Fail, St) -> + cg_size_calc(1, SzCalc, Fail, St); +cg_size_calc(8, SzCalc, Fail, St0) -> + {Var,Pre,St} = cg_size_calc_1(SzCalc, Fail, St0), + {#b_literal{val=8},Var,Pre,St}; +cg_size_calc(1, SzCalc0, Fail, St0) -> + SzCalc = map(fun({8,#b_literal{val=Size}}) -> + {1,#b_literal{val=8*Size}}; + ({8,{{bif,byte_size},Src}}) -> + {1,{{bif,bit_size},Src}}; + ({8,{_,_}=UtfCalc}) -> + {1,{'*',#b_literal{val=8},UtfCalc}}; + ({_,_}=Pair) -> + Pair + end, SzCalc0), + {Var,Pre,St} = cg_size_calc_1(SzCalc, Fail, St0), + {#b_literal{val=1},Var,Pre,St}. + +cg_size_calc_1(SzCalc, Fail, St0) -> + cg_size_calc_2(SzCalc, #b_literal{val=0}, Fail, St0). + +cg_size_calc_2([{_,{'*',Unit,{_,_}=Bif}}|T], Sum0, Fail, St0) -> + {Sum1,Pre0,St1} = cg_size_calc_2(T, Sum0, Fail, St0), + {BifDst,Pre1,St2} = cg_size_bif(Bif, Fail, St1), + {Sum,Pre2,St} = cg_size_add(Sum1, BifDst, Unit, Fail, St2), + {Sum,Pre0++Pre1++Pre2,St}; +cg_size_calc_2([{_,#b_literal{}=Sz}|T], Sum0, Fail, St0) -> + {Sum1,Pre0,St1} = cg_size_calc_2(T, Sum0, Fail, St0), + {Sum,Pre,St} = cg_size_add(Sum1, Sz, #b_literal{val=1}, Fail, St1), + {Sum,Pre0++Pre,St}; +cg_size_calc_2([{_,#b_var{}=Sz}|T], Sum0, Fail, St0) -> + {Sum1,Pre0,St1} = cg_size_calc_2(T, Sum0, Fail, St0), + {Sum,Pre,St} = cg_size_add(Sum1, Sz, #b_literal{val=1}, Fail, St1), + {Sum,Pre0++Pre,St}; +cg_size_calc_2([{_,{_,_}=Bif}|T], Sum0, Fail, St0) -> + {Sum1,Pre0,St1} = cg_size_calc_2(T, Sum0, Fail, St0), + {BifDst,Pre1,St2} = cg_size_bif(Bif, Fail, St1), + {Sum,Pre2,St} = cg_size_add(Sum1, BifDst, #b_literal{val=1}, Fail, St2), + {Sum,Pre0++Pre1++Pre2,St}; +cg_size_calc_2([], Sum, _Fail, St) -> + {Sum,[],St}. + +cg_size_bif(#b_var{}=Var, _Fail, St) -> + {Var,[],St}; +cg_size_bif({Name,Src}, Fail, St0) -> + {Dst,St1} = new_ssa_var('@ssa_bif', St0), + Bif = #b_set{op=Name,dst=Dst,args=[Src]}, + {TestIs,St} = make_cond_branch(succeeded, [Dst], Fail, St1), + {Dst,[Bif|TestIs],St}. + +cg_size_add(#b_literal{val=0}, Val, #b_literal{val=1}, _Fail, St) -> + {Val,[],St}; +cg_size_add(A, B, Unit, Fail, St0) -> + {Dst,St1} = new_ssa_var('@ssa_sum', St0), + {TestIs,St} = make_cond_branch(succeeded, [Dst], Fail, St1), + BsAdd = #b_set{op=bs_add,dst=Dst,args=[A,B,Unit]}, + {Dst,[BsAdd|TestIs],St}. + +cg_bin_put(Seg, Fail, St) -> + cg_bin_put_1(Seg, Fail, [], [], St). + +cg_bin_put_1(#k_bin_seg{size=Size0,unit=U,type=T,flags=Fs,seg=Src0,next=Next}, + Fail, Acc, SzCalcAcc, St0) -> + [Src,Size] = ssa_args([Src0,Size0], St0), + NeedSize = bs_need_size(T), + TypeArg = #b_literal{val=T}, + Flags = #b_literal{val=Fs}, + Unit = #b_literal{val=U}, + Args = case NeedSize of + true -> [TypeArg,Flags,Src,Size,Unit]; + false -> [TypeArg,Flags,Src] + end, + {Is,St} = make_cond_branch(bs_put, Args, Fail, St0), + SzCalc = bin_size_calc(T, Src, Size, U), + cg_bin_put_1(Next, Fail, reverse(Is, Acc), [SzCalc|SzCalcAcc], St); +cg_bin_put_1(#k_bin_end{}, _, Acc, SzCalcAcc, St) -> + SzCalc = fold_size_calc(SzCalcAcc, 0, []), + {reverse(Acc),SzCalc,St}. + +bs_need_size(utf8) -> false; +bs_need_size(utf16) -> false; +bs_need_size(utf32) -> false; +bs_need_size(_) -> true. + +bin_size_calc(utf8, Src, _Size, _Unit) -> + {8,{bs_utf8_size,Src}}; +bin_size_calc(utf16, Src, _Size, _Unit) -> + {8,{bs_utf16_size,Src}}; +bin_size_calc(utf32, _Src, _Size, _Unit) -> + {8,#b_literal{val=4}}; +bin_size_calc(binary, Src, #b_literal{val=all}, Unit) -> + case Unit rem 8 of + 0 -> {8,{{bif,byte_size},Src}}; + _ -> {1,{{bif,bit_size},Src}} + end; +bin_size_calc(_Type, _Src, Size, Unit) -> + {Unit,Size}. + +fold_size_calc([{Unit,#b_literal{val=Size}}|T], Bits, Acc) -> + if + is_integer(Size) -> + fold_size_calc(T, Bits + Unit*Size, Acc); + true -> + error + end; +fold_size_calc([{U,#b_var{}}=H|T], Bits, Acc) when U =:= 1; U =:= 8 -> + fold_size_calc(T, Bits, [H|Acc]); +fold_size_calc([{U,#b_var{}=Var}|T], Bits, Acc) -> + fold_size_calc(T, Bits, [{1,{'*',#b_literal{val=U},Var}}|Acc]); +fold_size_calc([{_,_}=H|T], Bits, Acc) -> + fold_size_calc(T, Bits, [H|Acc]); +fold_size_calc([], Bits, Acc) -> + Bytes = Bits div 8, + RemBits = Bits rem 8, + Sizes = sort([{1,#b_literal{val=RemBits}},{8,#b_literal{val=Bytes}}|Acc]), + [Pair || {_,Sz}=Pair <- Sizes, Sz =/= #b_literal{val=0}]. + +%%% +%%% Utilities for creating the SSA types. +%%% + +ssa_args(As, St) -> + [ssa_arg(A, St) || A <- As]. + +ssa_arg(#k_var{name=V}, #cg{vars=Vars}) -> maps:get(V, Vars); +ssa_arg(#k_literal{val=V}, _) -> #b_literal{val=V}; +ssa_arg(#k_atom{val=V}, _) -> #b_literal{val=V}; +ssa_arg(#k_float{val=V}, _) -> #b_literal{val=V}; +ssa_arg(#k_int{val=V}, _) -> #b_literal{val=V}; +ssa_arg(#k_nil{}, _) -> #b_literal{val=[]}. + +new_ssa_vars(Vs, St) -> + mapfoldl(fun(#k_var{name=V}, S) -> + new_ssa_var(V, S) + end, St, Vs). + +new_ssa_var(VarBase, #cg{lcount=Uniq,vars=Vars}=St0) + when is_atom(VarBase); is_integer(VarBase) -> + case Vars of + #{VarBase:=_} -> + Var = #b_var{name={VarBase,Uniq}}, + St = St0#cg{lcount=Uniq+1,vars=Vars#{VarBase=>Var}}, + {Var,St}; + #{} -> + Var = #b_var{name=VarBase}, + St = St0#cg{vars=Vars#{VarBase=>Var}}, + {Var,St} + end. + +set_ssa_var(VarBase, Val, #cg{vars=Vars}=St) + when is_atom(VarBase); is_integer(VarBase) -> + St#cg{vars=Vars#{VarBase=>Val}}. + +%% new_label(St) -> {L,St}. + +new_label(#cg{lcount=Next}=St) -> + {Next,St#cg{lcount=Next+1}}. + +%% line_anno(Le) -> #{} | #{location:={File,Line}}. +%% Create a location annotation, containing information about the +%% current filename and line number. The annotation should be +%% included in any operation that could cause an exception. + +line_anno(#k{a=Anno}) -> + line_anno_1(Anno). + +line_anno_1([Line,{file,Name}]) when is_integer(Line) -> + line_anno_2(Name, Line); +line_anno_1([_|_]=A) -> + {Name,Line} = find_loc(A, no_file, 0), + line_anno_2(Name, Line); +line_anno_1([]) -> + #{}. + +line_anno_2(no_file, _) -> + #{}; +line_anno_2(_, 0) -> + %% Missing line number or line number 0. + #{}; +line_anno_2(Name, Line) -> + #{location=>{Name,Line}}. + +find_loc([Line|T], File, _) when is_integer(Line) -> + find_loc(T, File, Line); +find_loc([{file,File}|T], _, Line) -> + find_loc(T, File, Line); +find_loc([_|T], File, Line) -> + find_loc(T, File, Line); +find_loc([], File, Line) -> {File,Line}. + +flatmapfoldl(F, Accu0, [Hd|Tail]) -> + {R,Accu1} = F(Hd, Accu0), + {Rs,Accu2} = flatmapfoldl(F, Accu1, Tail), + {R++Rs,Accu2}; +flatmapfoldl(_, Accu, []) -> {[],Accu}. + +%%% +%%% Finalize the code. +%%% + +finalize(Asm0, St0) -> + Asm1 = fix_phis(Asm0), + {Asm,St} = fix_sets(Asm1, [], St0), + {build_map(Asm),St}. + +fix_phis(Is) -> + fix_phis_1(Is, none, #{}). + +fix_phis_1([{label,L},#cg_phi{vars=[]}=Phi|Is0], _Lbl, Map0) -> + case maps:is_key(L, Map0) of + false -> + %% No #cg_break{} references this label. Nothing else can + %% reference it, so it can be safely be removed. + {Is,Map} = drop_upto_label(Is0, Map0), + fix_phis_1(Is, none, Map); + true -> + %% There is a break referencing this label; probably caused + %% by a try/catch whose return value is ignored. + [{label,L}|fix_phis_1([Phi|Is0], L, Map0)] + end; +fix_phis_1([{label,L}=I|Is], _Lbl, Map) -> + [I|fix_phis_1(Is, L, Map)]; +fix_phis_1([#cg_unreachable{}|Is0], _Lbl, Map0) -> + {Is,Map} = drop_upto_label(Is0, Map0), + fix_phis_1(Is, none, Map); +fix_phis_1([#cg_break{args=Args,phi=Target}|Is], Lbl, Map) when is_integer(Lbl) -> + Pairs1 = case Map of + #{Target:=Pairs0} -> Pairs0; + #{} -> [] + end, + Pairs = [[{Arg,Lbl} || Arg <- Args]|Pairs1], + I = make_uncond_branch(Target), + [I|fix_phis_1(Is, none, Map#{Target=>Pairs})]; +fix_phis_1([#cg_phi{vars=Vars}|Is0], Lbl, Map0) -> + Pairs = maps:get(Lbl, Map0), + Map1 = maps:remove(Lbl, Map0), + case gen_phis(Vars, Pairs) of + [#b_set{op=phi,args=[]}] -> + {Is,Map} = drop_upto_label(Is0, Map1), + Ret = #b_ret{arg=#b_literal{val=unreachable}}, + [Ret|fix_phis_1(Is, none, Map)]; + Phis -> + Phis ++ fix_phis_1(Is0, Lbl, Map1) + end; +fix_phis_1([I|Is], Lbl, Map) -> + [I|fix_phis_1(Is, Lbl, Map)]; +fix_phis_1([], _, Map) -> + [] = maps:to_list(Map), %Assertion. + []. + +gen_phis([V|Vs], Preds0) -> + {Pairs,Preds} = collect_preds(Preds0, [], []), + [#b_set{op=phi,dst=V,args=Pairs}|gen_phis(Vs, Preds)]; +gen_phis([], _) -> []. + +collect_preds([[First|Rest]|T], ColAcc, RestAcc) -> + collect_preds(T, [First|ColAcc], [Rest|RestAcc]); +collect_preds([], ColAcc, RestAcc) -> + {keysort(2, ColAcc),RestAcc}. + +fix_sets([#b_set{dst=none}=Set|Is], Acc, St0) -> + {Dst,St} = new_ssa_var('@ssa_ignored', St0), + I = Set#b_set{dst=Dst}, + fix_sets(Is, [I|Acc], St); +fix_sets([I|Is], Acc, St) -> + fix_sets(Is, [I|Acc], St); +fix_sets([], Acc, St) -> + {reverse(Acc),St}. + +build_map(Is) -> + Blocks = build_graph_1(Is, [], []), + maps:from_list(Blocks). + +build_graph_1([{label,L}|Is], Lbls, []) -> + build_graph_1(Is, [L|Lbls], []); +build_graph_1([{label,L}|Is], Lbls, [_|_]=BlockAcc) -> + make_blocks(Lbls, BlockAcc) ++ build_graph_1(Is, [L], []); +build_graph_1([I|Is], Lbls, BlockAcc) -> + build_graph_1(Is, Lbls, [I|BlockAcc]); +build_graph_1([], Lbls, BlockAcc) -> + make_blocks(Lbls, BlockAcc). + +make_blocks(Lbls, [Last|Is0]) -> + Is = reverse(Is0), + Block = #b_blk{is=Is,last=Last}, + [{L,Block} || L <- Lbls]. + +drop_upto_label([{label,_}|_]=Is, Map) -> + {Is,Map}; +drop_upto_label([#cg_break{phi=Target}|Is], Map) -> + Pairs = case Map of + #{Target:=Pairs0} -> Pairs0; + #{} -> [] + end, + drop_upto_label(Is, Map#{Target=>Pairs}); +drop_upto_label([_|Is], Map) -> + drop_upto_label(Is, Map). + +k_get_anno(Thing) -> element(2, Thing). diff --git a/lib/compiler/src/beam_listing.erl b/lib/compiler/src/beam_listing.erl index 518b958794..8a0ce5b50a 100644 --- a/lib/compiler/src/beam_listing.erl +++ b/lib/compiler/src/beam_listing.erl @@ -23,6 +23,7 @@ -include("core_parse.hrl"). -include("v3_kernel.hrl"). +-include("beam_ssa.hrl"). -include("beam_disasm.hrl"). -import(lists, [foreach/2]). @@ -41,6 +42,12 @@ module(File, #k_mdef{}=Kern) -> %% This is a kernel module. io:put_chars(File, v3_kernel_pp:format(Kern)); %%io:put_chars(File, io_lib:format("~p~n", [Kern])); +module(File, #b_module{name=Mod,exports=Exp,attributes=Attr,body=Fs}) -> + io:format(File, "module ~p.\n", [Mod]), + io:format(File, "exports ~p.\n", [Exp]), + io:format(File, "attributes ~p.\n\n", [Attr]), + PP = [beam_ssa_pp:format_function(F) || F <- Fs], + io:put_chars(File, lists:join($\n, PP)); module(Stream, {Mod,Exp,Attr,Code,NumLabels}) -> %% This is output from v3_codegen. io:format(Stream, "{module, ~p}. %% version = ~w\n", diff --git a/lib/compiler/src/beam_peep.erl b/lib/compiler/src/beam_peep.erl index 2b8dd40e29..2323a439e9 100644 --- a/lib/compiler/src/beam_peep.erl +++ b/lib/compiler/src/beam_peep.erl @@ -101,31 +101,40 @@ peep([{select,Op,R,F,Vls0}|Is], SeenTests0, Acc0) -> I = {jump,F}, peep([I|Is], gb_sets:empty(), Acc0); [{atom,_}=Value,Lbl] when Op =:= select_val -> - %% Single value left. Convert to regular test and pop redundant tests. + %% Single value left. Convert to regular test. Is1 = [{test,is_eq_exact,F,[R,Value]},{jump,Lbl}|Is], - case Acc0 of - [{test,is_atom,F,[R]}|Acc] -> - peep(Is1, SeenTests0, Acc); - _ -> - peep(Is1, SeenTests0, Acc0) - end; + peep(Is1, SeenTests0, Acc0); [{integer,_}=Value,Lbl] when Op =:= select_val -> - %% Single value left. Convert to regular test and pop redundant tests. + %% Single value left. Convert to regular test. Is1 = [{test,is_eq_exact,F,[R,Value]},{jump,Lbl}|Is], - case Acc0 of - [{test,is_integer,F,[R]}|Acc] -> - peep(Is1, SeenTests0, Acc); - _ -> - peep(Is1, SeenTests0, Acc0) - end; + peep(Is1, SeenTests0, Acc0); [Arity,Lbl] when Op =:= select_tuple_arity -> %% Single value left. Convert to regular test Is1 = [{test,test_arity,F,[R,Arity]},{jump,Lbl}|Is], peep(Is1, SeenTests0, Acc0); + [{atom,B1},Lbl,{atom,B2},Lbl] when B1 =:= not B2 -> + %% Replace with is_boolean test. + Is1 = [{test,is_boolean,F,[R]},{jump,Lbl}|Is], + peep(Is1, SeenTests0, Acc0); [_|_]=Vls -> I = {select,Op,R,F,Vls}, peep(Is, gb_sets:empty(), [I|Acc0]) end; +peep([{get_map_elements,Fail,Src,List}=I|Is], _SeenTests, Acc0) -> + SeenTests = gb_sets:empty(), + case simplify_get_map_elements(Fail, Src, List, Acc0) of + {ok,Acc} -> + peep(Is, SeenTests, Acc); + error -> + peep(Is, SeenTests, [I|Acc0]) + end; +peep([{test,has_map_fields,Fail,Ops}=I|Is], SeenTests, Acc0) -> + case simplify_has_map_fields(Fail, Ops, Acc0) of + {ok,Acc} -> + peep(Is, SeenTests, Acc); + error -> + peep(Is, SeenTests, [I|Acc0]) + end; peep([{test,Op,_,Ops}=I|Is], SeenTests0, Acc) -> case beam_utils:is_pure_test(I) of false -> @@ -176,3 +185,39 @@ prune_redundant_values([_Val,F|Vls], F) -> prune_redundant_values([Val,Lbl|Vls], F) -> [Val,Lbl|prune_redundant_values(Vls, F)]; prune_redundant_values([], _) -> []. + +simplify_get_map_elements(Fail, Src, {list,[Key,Dst]}, + [{get_map_elements,Fail,Src,{list,List1}}|Acc]) -> + case are_keys_literals([Key]) andalso are_keys_literals(List1) of + true -> + case member(Key, List1) of + true -> + %% The key is already in the other list. That is + %% very unusual, because there are optimizations to get + %% rid of duplicate keys. Therefore, don't try to + %% do anything smart here; just keep the + %% get_map_elements instructions separate. + error; + false -> + List = [Key,Dst|List1], + {ok,[{get_map_elements,Fail,Src,{list,List}}|Acc]} + end; + false -> + error + end; +simplify_get_map_elements(_, _, _, _) -> error. + +simplify_has_map_fields(Fail, [Src|Keys0], + [{test,has_map_fields,Fail,[Src|Keys1]}|Acc]) -> + case are_keys_literals(Keys0) andalso are_keys_literals(Keys1) of + true -> + Keys = Keys0 ++ Keys1, + {ok,[{test,has_map_fields,Fail,[Src|Keys]}|Acc]}; + false -> + error + end; +simplify_has_map_fields(_, _, _) -> error. + +are_keys_literals([{x,_}|_]) -> false; +are_keys_literals([{y,_}|_]) -> false; +are_keys_literals([_|_]) -> true. diff --git a/lib/compiler/src/beam_receive.erl b/lib/compiler/src/beam_receive.erl deleted file mode 100644 index ddbe67605a..0000000000 --- a/lib/compiler/src/beam_receive.erl +++ /dev/null @@ -1,416 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 2010-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% - --module(beam_receive). --export([module/2]). --import(lists, [foldl/3,reverse/1,reverse/2]). - -%%% -%%% In code such as: -%%% -%%% Ref = make_ref(), %Or erlang:monitor(process, Pid) -%%% . -%%% . -%%% . -%%% receive -%%% {Ref,Reply} -> Reply -%%% end. -%%% -%%% we know that none of the messages that exist in the message queue -%%% before the call to make_ref/0 can be matched out in the receive -%%% statement. Therefore we can avoid going through the entire message -%%% queue if we introduce two new instructions (here written as -%%% BIFs in pseudo-Erlang): -%%% -%%% recv_mark(SomeUniqInteger), -%%% Ref = make_ref(), -%%% . -%%% . -%%% . -%%% recv_set(SomeUniqInteger), -%%% receive -%%% {Ref,Reply} -> Reply -%%% end. -%%% -%%% The recv_mark/1 instruction will save the current position and -%%% SomeUniqInteger in the process context. The recv_set -%%% instruction will verify that SomeUniqInteger is still stored -%%% in the process context. If it is, it will set the current pointer -%%% for the message queue (the next message to be read out) to the -%%% position that was saved by recv_mark/1. -%%% -%%% The remove_message instruction must be modified to invalidate -%%% the information stored by the previous recv_mark/1, in case there -%%% is another receive executed between the calls to recv_mark/1 and -%%% recv_set/1. -%%% -%%% We use a reference to a label (i.e. a position in the loaded code) -%%% as the SomeUniqInteger. -%%% - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,Lc}, _Opts) -> - Fs = [function(F) || F <- Fs0], - Code = {Mod,Exp,Attr,Fs,Lc}, - {ok,Code}. - -%%% -%%% Local functions. -%%% - -function({function,Name,Arity,Entry,Is}) -> - try - D = beam_utils:index_labels(Is), - {function,Name,Arity,Entry,opt(Is, D, [])} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - -opt([{call_ext,A,{extfunc,erlang,spawn_monitor,A}}=I0|Is0], D, Acc) - when A =:= 1; A =:= 3 -> - case ref_in_tuple(Is0) of - no -> - opt(Is0, D, [I0|Acc]); - {yes,Regs,Is1,MatchReversed} -> - %% The call creates a brand new reference. Now - %% search for a receive statement in the same - %% function that will match against the reference. - case opt_recv(Is1, Regs, D) of - no -> - opt(Is0, D, [I0|Acc]); - {yes,Is,Lbl} -> - opt(Is, D, MatchReversed++[I0,{recv_mark,{f,Lbl}}|Acc]) - end - end; -opt([{call_ext,Arity,{extfunc,erlang,Name,Arity}}=I|Is0], D, Acc) -> - case creates_new_ref(Name, Arity) of - true -> - %% The call creates a brand new reference. Now - %% search for a receive statement in the same - %% function that will match against the reference. - case opt_recv(Is0, regs_init_x0(), D) of - no -> - opt(Is0, D, [I|Acc]); - {yes,Is,Lbl} -> - opt(Is, D, [I,{recv_mark,{f,Lbl}}|Acc]) - end; - false -> - opt(Is0, D, [I|Acc]) - end; -opt([I|Is], D, Acc) -> - opt(Is, D, [I|Acc]); -opt([], _, Acc) -> - reverse(Acc). - -ref_in_tuple([{test,is_tuple,_,[{x,0}]}=I1, - {test,test_arity,_,[{x,0},2]}=I2, - {block,[{set,[_],[{x,0}],{get_tuple_element,0}}, - {set,[Dst],[{x,0}],{get_tuple_element,1}}|Bl]}=I3|Is]) -> - ref_in_tuple_1(Bl, Dst, Is, [I3,I2,I1]); -ref_in_tuple([{test,is_tuple,_,[{x,0}]}=I1, - {test,test_arity,_,[{x,0},2]}=I2, - {block,[{set,[Dst],[{x,0}],{get_tuple_element,1}}|Bl]}=I3|Is]) -> - ref_in_tuple_1(Bl, Dst, Is, [I3,I2,I1]); -ref_in_tuple(_) -> no. - -ref_in_tuple_1(Bl, Dst, Is, MatchReversed) -> - Regs0 = regs_init_singleton(Dst), - Regs = opt_update_regs_bl(Bl, Regs0), - {yes,Regs,Is,MatchReversed}. - -%% creates_new_ref(Name, Arity) -> true|false. -%% Return 'true' if the BIF Name/Arity will create a new reference. -creates_new_ref(monitor, 2) -> true; -creates_new_ref(make_ref, 0) -> true; -creates_new_ref(_, _) -> false. - -%% opt_recv([Instruction], Regs, LabelIndex) -> no|{yes,[Instruction]} -%% Search for a receive statement that will only retrieve messages -%% that contain the newly created reference (which is currently in {x,0}). -opt_recv(Is, Regs, D) -> - L = gb_sets:empty(), - opt_recv(Is, D, Regs, L, []). - -opt_recv([{label,L}=Lbl,{loop_rec,{f,Fail},_}=Loop|Is], D, R0, _, Acc) -> - R = regs_kill_not_live(0, R0), - case regs_empty(R) of - false -> - %% We now have the new reference in Y registers - %% and the current instruction is the beginning of a - %% receive statement. We must now verify that only messages - %% that contain the reference will be matched. - case opt_ref_used(Is, R, Fail, D) of - false -> - no; - true -> - RecvSet = {recv_set,{f,L}}, - {yes,reverse(Acc, [RecvSet,Lbl,Loop|Is]),L} - end; - true -> - no - end; -opt_recv([I|Is], D, R0, L0, Acc) -> - {R,L} = opt_update_regs(I, R0, L0), - case regs_empty(R) of - true -> - %% The reference is no longer alive. There is no - %% point in continuing the search. - no; - false -> - opt_recv(Is, D, R, L, [I|Acc]) - end; -opt_recv([], _, _, _, _) -> no. - -opt_update_regs({block,Bl}, R, L) -> - {opt_update_regs_bl(Bl, R),L}; -opt_update_regs({call,_,_}, R, L) -> - {regs_kill_not_live(0, R),L}; -opt_update_regs({call_ext,_,_}, R, L) -> - {regs_kill_not_live(0, R),L}; -opt_update_regs({call_fun,_}, R, L) -> - {regs_kill_not_live(0, R),L}; -opt_update_regs({kill,Y}, R, L) -> - {regs_kill([Y], R),L}; -opt_update_regs({'catch',_,{f,Lbl}}, R, L) -> - {R,gb_sets:add(Lbl, L)}; -opt_update_regs({catch_end,_}, R, L) -> - {R,L}; -opt_update_regs({label,Lbl}, R, L) -> - case gb_sets:is_member(Lbl, L) of - false -> - %% We can't allow arbitrary labels (since the receive - %% could be entered without first creating the reference). - {regs_init(),L}; - true -> - %% A catch label for a previously seen catch instruction is OK. - {R,L} - end; -opt_update_regs({'try',_,{f,Lbl}}, R, L) -> - {R,gb_sets:add(Lbl, L)}; -opt_update_regs({try_end,_}, R, L) -> - {R,L}; -opt_update_regs({line,_}, R, L) -> - {R,L}; -opt_update_regs(_I, _R, L) -> - %% Unrecognized instruction. Abort the search. - {regs_init(),L}. - -opt_update_regs_bl([{set,Ds,_,{alloc,Live,_}}|Is], Regs0) -> - Regs1 = regs_kill_not_live(Live, Regs0), - Regs = regs_kill(Ds, Regs1), - opt_update_regs_bl(Is, Regs); -opt_update_regs_bl([{set,[Dst]=Ds,[Src],move}|Is], Regs0) -> - Regs1 = regs_kill(Ds, Regs0), - Regs = case regs_is_member(Src, Regs1) of - false -> Regs1; - true -> regs_add(Dst, Regs1) - end, - opt_update_regs_bl(Is, Regs); -opt_update_regs_bl([{set,Ds,_,_}|Is], Regs0) -> - Regs = regs_kill(Ds, Regs0), - opt_update_regs_bl(Is, Regs); -opt_update_regs_bl([], Regs) -> Regs. - -%% opt_ref_used([Instruction], RefRegs, FailLabel, LabelIndex) -> true|false -%% Return 'true' if it is certain that only messages that contain the same -%% reference as in RefRegs can be matched out. Otherwise return 'false'. -%% -%% Basically, we follow all possible paths through the receive statement. -%% If all paths are safe, we return 'true'. -%% -%% A branch to FailLabel is safe, because it exits the receive statement -%% and no further message may be matched out. -%% -%% If a path hits an comparision between RefRegs and part of the message, -%% that path is safe (any messages that may be matched further down the -%% path is guaranteed to contain the reference). -%% -%% Otherwise, if we hit a 'remove_message' instruction, we give up -%% and return 'false' (the optimization is definitely unsafe). If -%% we hit an unrecognized instruction, we also give up and return -%% 'false' (the optimization may be unsafe). - -opt_ref_used(Is, RefRegs, Fail, D) -> - Done = gb_sets:singleton(Fail), - Regs = regs_init_x0(), - try - _ = opt_ref_used_1(Is, RefRegs, D, Done, Regs), - true - catch - throw:not_used -> - false - end. - -%% This functions only returns if all paths through the receive -%% statement are safe, and throws an 'not_used' term otherwise. -opt_ref_used_1([{block,Bl}|Is], RefRegs, D, Done, Regs0) -> - Regs = opt_ref_used_bl(Bl, Regs0), - opt_ref_used_1(Is, RefRegs, D, Done, Regs); -opt_ref_used_1([{test,is_eq_exact,{f,Fail},Args}|Is], - RefRegs, D, Done0, Regs) -> - Done = opt_ref_used_at(Fail, RefRegs, D, Done0, Regs), - case is_ref_msg_comparison(Args, RefRegs, Regs) of - false -> - opt_ref_used_1(Is, RefRegs, D, Done, Regs); - true -> - %% The instructions that follow (Is) can only be executed - %% if the message contains the same reference as in RefRegs. - Done - end; -opt_ref_used_1([{test,is_ne_exact,{f,Fail},Args}|Is], - RefRegs, D, Done0, Regs) -> - Done = opt_ref_used_1(Is, RefRegs, D, Done0, Regs), - case is_ref_msg_comparison(Args, RefRegs, Regs) of - false -> - opt_ref_used_at(Fail, RefRegs, D, Done, Regs); - true -> - Done - end; -opt_ref_used_1([{test,_,{f,Fail},_}|Is], RefRegs, D, Done0, Regs) -> - Done = opt_ref_used_at(Fail, RefRegs, D, Done0, Regs), - opt_ref_used_1(Is, RefRegs, D, Done, Regs); -opt_ref_used_1([{select,_,_,{f,Fail},List}|_], RefRegs, D, Done, Regs) -> - Lbls = [F || {f,F} <- List] ++ [Fail], - opt_ref_used_in_all(Lbls, RefRegs, D, Done, Regs); -opt_ref_used_1([{label,Lbl}|Is], RefRegs, D, Done, Regs) -> - case gb_sets:is_member(Lbl, Done) of - true -> Done; - false -> opt_ref_used_1(Is, RefRegs, D, Done, Regs) - end; -opt_ref_used_1([{loop_rec_end,_}|_], _, _, Done, _) -> - Done; -opt_ref_used_1([_I|_], _RefReg, _D, _Done, _Regs) -> - %% The optimization may be unsafe. - throw(not_used). - -%% is_ref_msg_comparison(Args, RefRegs, RegisterSet) -> true|false. -%% Return 'true' if Args denotes a comparison between the -%% reference and message or part of the message. -is_ref_msg_comparison([R1,R2], RefRegs, Regs) -> - (regs_is_member(R2, RefRegs) andalso regs_is_member(R1, Regs)) orelse - (regs_is_member(R1, RefRegs) andalso regs_is_member(R2, Regs)). - -opt_ref_used_in_all([L|Ls], RefRegs, D, Done0, Regs) -> - Done = opt_ref_used_at(L, RefRegs, D, Done0, Regs), - opt_ref_used_in_all(Ls, RefRegs, D, Done, Regs); -opt_ref_used_in_all([], _, _, Done, _) -> Done. - -opt_ref_used_at(Fail, RefRegs, D, Done0, Regs) -> - case gb_sets:is_member(Fail, Done0) of - true -> - Done0; - false -> - Is = beam_utils:code_at(Fail, D), - Done = opt_ref_used_1(Is, RefRegs, D, Done0, Regs), - gb_sets:add(Fail, Done) - end. - -opt_ref_used_bl([{set,[],[],remove_message}|_], _) -> - %% We have proved that a message that does not depend on the - %% reference can be matched out. - throw(not_used); -opt_ref_used_bl([{set,Ds,Ss,_}|Is], Regs0) -> - case regs_all_members(Ss, Regs0) of - false -> - %% The destination registers may be assigned values that - %% are not dependent on the message being matched. - Regs = regs_kill(Ds, Regs0), - opt_ref_used_bl(Is, Regs); - true -> - %% All the sources depend on the message directly or - %% indirectly. - Regs = regs_add_list(Ds, Regs0), - opt_ref_used_bl(Is, Regs) - end; -opt_ref_used_bl([], Regs) -> Regs. - -%%% -%%% Functions for keeping track of a set of registers. -%%% - -%% regs_init() -> RegisterSet -%% Return an empty set of registers. - -regs_init() -> - {0,0}. - -%% regs_init_singleton(Register) -> RegisterSet -%% Return a set that only contains one register. - -regs_init_singleton(Reg) -> - regs_add(Reg, regs_init()). - -%% regs_init_x0() -> RegisterSet -%% Return a set that only contains the {x,0} register. - -regs_init_x0() -> - {1 bsl 0,0}. - -%% regs_empty(Register) -> true|false -%% Test whether the register set is empty. - -regs_empty(R) -> - R =:= {0,0}. - -%% regs_kill_not_live(Live, RegisterSet) -> RegisterSet' -%% Kill all registers indicated not live by Live. - -regs_kill_not_live(Live, {Xregs,Yregs}) -> - {Xregs band ((1 bsl Live)-1),Yregs}. - -%% regs_kill([Register], RegisterSet) -> RegisterSet' -%% Kill all registers mentioned in the list of registers. - -regs_kill([{x,N}|Rs], {Xregs,Yregs}) -> - regs_kill(Rs, {Xregs band (bnot (1 bsl N)),Yregs}); -regs_kill([{y,N}|Rs], {Xregs,Yregs}) -> - regs_kill(Rs, {Xregs,Yregs band (bnot (1 bsl N))}); -regs_kill([{fr,_}|Rs], Regs) -> - regs_kill(Rs, Regs); -regs_kill([], Regs) -> Regs. - -regs_add_list(List, Regs) -> - foldl(fun(R, A) -> regs_add(R, A) end, Regs, List). - -%% regs_add(Register, RegisterSet) -> RegisterSet' -%% Add a new register to the set of registers. - -regs_add({x,N}, {Xregs,Yregs}) -> - {Xregs bor (1 bsl N),Yregs}; -regs_add({y,N}, {Xregs,Yregs}) -> - {Xregs,Yregs bor (1 bsl N)}. - -%% regs_all_members([Register], RegisterSet) -> true|false -%% Test whether all of the registers are part of the register set. - -regs_all_members([R|Rs], Regs) -> - regs_is_member(R, Regs) andalso regs_all_members(Rs, Regs); -regs_all_members([], _) -> true. - -%% regs_is_member(Register, RegisterSet) -> true|false -%% Test whether Register is part of the register set. - -regs_is_member({x,N}, {Regs,_}) -> Regs band (1 bsl N) =/= 0; -regs_is_member({y,N}, {_,Regs}) -> Regs band (1 bsl N) =/= 0; -regs_is_member(_, _) -> false. diff --git a/lib/compiler/src/beam_record.erl b/lib/compiler/src/beam_record.erl deleted file mode 100644 index 58a6de6775..0000000000 --- a/lib/compiler/src/beam_record.erl +++ /dev/null @@ -1,131 +0,0 @@ -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 2014-2017. All Rights Reserved. -%% -%% The contents of this file are subject to the Erlang Public License, -%% Version 1.1, (the "License"); you may not use this file except in -%% compliance with the License. You should have received a copy of the -%% Erlang Public License along with this software. If not, it can be -%% retrieved online at http://www.erlang.org/. -%% -%% Software distributed under the License is distributed on an "AS IS" -%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See -%% the License for the specific language governing rights and limitations -%% under the License. -%% -%% %CopyrightEnd% -%% - -%% Rewrite the instruction stream on tagged tuple tests. -%% Tagged tuples means a tuple of any arity with an atom as its -%% first element, such as records and error tuples. -%% -%% From: -%% ... -%% {test,is_tuple,Fail,[Src]}. -%% {test,test_arity,Fail,[Src,Sz]}. -%% ... -%% {get_tuple_element,Src,0,Dst}. -%% ... -%% {test,is_eq_exact,Fail,[Dst,Atom]}. -%% ... -%% To: -%% ... -%% {test,is_tagged_tuple,Fail,[Src,Sz,Atom]}. -%% ... -%% - --module(beam_record). --export([module/2]). - --import(lists, [reverse/1,reverse/2]). - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,Lc}, _Opt) -> - Fs = [function(F) || F <- Fs0], - {ok,{Mod,Exp,Attr,Fs,Lc}}. - -function({function,Name,Arity,CLabel,Is0}) -> - try - Is1 = beam_utils:anno_defs(Is0), - Idx = beam_utils:index_labels(Is1), - Is = rewrite(reverse(Is1), Idx), - {function,Name,Arity,CLabel,Is} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - -rewrite(Is, Idx) -> - rewrite(Is, Idx, 0, []). - -rewrite([{test,test_arity,Fail,[Src,N]}=TA, - {test,is_tuple,Fail,[Src]}=TT|Is], Idx, Def, Acc0) -> - case is_tagged_tuple(Acc0, Def, Fail, Src, Idx) of - no -> - rewrite(Is, Idx, 0, [TT,TA|Acc0]); - {yes,Atom,Acc} -> - I = {test,is_tagged_tuple,Fail,[Src,N,Atom]}, - rewrite(Is, Idx, Def, [I|Acc]) - end; -rewrite([{block,[{'%anno',{def,Def}}|Bl]}|Is], Idx, _Def, Acc) -> - rewrite(Is, Idx, Def, [{block,Bl}|Acc]); -rewrite([{label,L}=I|Is], Idx0, Def, Acc) -> - Idx = beam_utils:index_label(L, Acc, Idx0), - rewrite(Is, Idx, Def, [I|Acc]); -rewrite([I|Is], Idx, Def, Acc) -> - rewrite(Is, Idx, Def, [I|Acc]); -rewrite([], _, _, Acc) -> Acc. - -is_tagged_tuple([{block,Bl}, - {test,is_eq_exact,Fail,[Dst,{atom,_}=Atom]}|Is], - Def, Fail, Src, Idx) -> - case is_tagged_tuple_1(Bl, Is, Fail, Src, Dst, Idx, Def, []) of - no -> - no; - {yes,[]} -> - {yes,Atom,Is}; - {yes,[_|_]=Block} -> - {yes,Atom,[{block,Block}|Is]} - end; -is_tagged_tuple(_, _, _, _, _) -> - no. - -is_tagged_tuple_1([{set,[Dst],[Src],{get_tuple_element,0}}=I|Bl], - Is, Fail, Src, Dst, Idx, Def, Acc) -> - %% Check usage of Dst to find out whether the get_tuple_element - %% is needed. - case usage(Dst, Is, Fail, Idx) of - killed -> - %% Safe to remove the get_tuple_element instruction. - {yes,reverse(Acc, Bl)}; - used -> - %% Actively used. Must keep instruction. - {yes,reverse(Acc, [I|Bl])}; - not_used -> - %% Not actually used (but must be initialized). - case is_defined(Dst, Def) of - false -> - %% Dst must be initialized, but the - %% actual value does not matter. - Kill = {set,[Dst],[nil],move}, - {yes,reverse(Acc, [Kill|Bl])}; - true -> - %% The register is previously initialized. - %% We can remove the instruction. - {yes,reverse(Acc, Bl)} - end - end; -is_tagged_tuple_1([I|Bl], Is, Fail, Src, Dst, Idx, Def, Acc) -> - is_tagged_tuple_1(Bl, Is, Fail, Src, Dst, Idx, Def, [I|Acc]); -is_tagged_tuple_1(_, _, _, _, _, _, _, _) -> - no. - -usage(Dst, Is, Fail, Idx) -> - beam_utils:usage(Dst, [{test,is_number,Fail,[nil]}|Is], Idx). - -is_defined({x,X}, Def) -> - (Def bsr X) band 1 =:= 1. diff --git a/lib/compiler/src/beam_reorder.erl b/lib/compiler/src/beam_reorder.erl deleted file mode 100644 index 8d2ef5a431..0000000000 --- a/lib/compiler/src/beam_reorder.erl +++ /dev/null @@ -1,150 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 1999-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% - --module(beam_reorder). - --export([module/2]). --import(lists, [member/2,reverse/1]). - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,Lc}, _Opt) -> - Fs = [function(F) || F <- Fs0], - {ok,{Mod,Exp,Attr,Fs,Lc}}. - -function({function,Name,Arity,CLabel,Is0}) -> - try - Is = reorder(Is0), - {function,Name,Arity,CLabel,Is} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - -%% reorder(Instructions0) -> Instructions -%% Reorder instructions before the beam_block pass, because reordering -%% will be more cumbersome when the blocks are in place. -%% -%% Execution of get_tuple_element instructions can be delayed until -%% they are actually needed. Consider the sequence: -%% -%% get_tuple_element Tuple Pos Dst -%% test Test Fail Operands -%% -%% If Dst is killed at label Fail (and not referenced in Operands), -%% we can can swap the instructions: -%% -%% test Test Fail Operands -%% get_tuple_element Tuple Pos Dst -%% -%% That can be beneficial in two ways: Firstly, if the branch is taken -%% we have avoided execution of the get_tuple_element instruction. -%% Secondly, even if the branch is not taken, subsequent optimization -%% (opt_blocks/1) may be able to change Dst to the final destination -%% register and eliminate a 'move' instruction. - -reorder(Is) -> - D = beam_utils:index_labels(Is), - reorder_1(Is, D, []). - -reorder_1([{Op,_,_}=TryCatch|[I|Is]=Is0], D, Acc) - when Op =:= 'catch'; Op =:= 'try' -> - %% Don't allow 'try' or 'catch' instructions to split blocks if - %% it can be avoided. - case is_safe(I) of - false -> - reorder_1(Is0, D, [TryCatch|Acc]); - true -> - reorder_1([TryCatch|Is], D, [I|Acc]) - end; -reorder_1([{label,L}=I|_], D, Acc) -> - Is = beam_utils:code_at(L, D), - reorder_1(Is, D, [I|Acc]); -reorder_1([{test,is_nonempty_list,_,_}=I|Is], D, Acc) -> - %% The run-time system may combine the is_nonempty_list test with - %% the following get_list instruction. - reorder_1(Is, D, [I|Acc]); -reorder_1([{test,_,_,_}=I, - {select,_,_,_,_}=S|Is], D, Acc) -> - %% There is nothing to gain by inserting a get_tuple_element - %% instruction between the test instruction and the select - %% instruction. - reorder_1(Is, D, [S,I|Acc]); -reorder_1([{test,_,{f,_},[Src|_]}=I|Is], D, - [{get_tuple_element,Src,_,_}|_]=Acc) -> - %% We want to avoid code that can confuse beam_validator such as: - %% is_tuple Fail Src - %% test_arity Fail Src Arity - %% is_map Fail Src - %% get_tuple_element Src Pos Dst - %% Therefore, don't reorder the instructions in such cases. - reorder_1(Is, D, [I|Acc]); -reorder_1([{test,_,{f,L},Ss}=I|Is0], D0, - [{get_tuple_element,_,_,El}=G|Acc0]=Acc) -> - case member(El, Ss) of - true -> - reorder_1(Is0, D0, [I|Acc]); - false -> - case beam_utils:is_killed_at(El, L, D0) of - true -> - Is = [I,G|Is0], - reorder_1(Is, D0, Acc0); - false -> - case beam_utils:is_killed(El, Is0, D0) of - true -> - Code0 = beam_utils:code_at(L, D0), - Code = [G|Code0], - D = beam_utils:index_label(L, Code, D0), - Is = [I|Is0], - reorder_1(Is, D, Acc0); - false -> - reorder_1(Is0, D0, [I|Acc]) - end - end - end; -reorder_1([{allocate_zero,N,Live}=I0|Is], D, - [{get_tuple_element,{x,Tup},_,{x,Dst}}=G|Acc]=Acc0) -> - case Tup < Dst andalso Dst+1 =:= Live of - true -> - %% Move allocation instruction upwards past - %% get_tuple_element instructions to create more - %% opportunities for moving get_tuple_element - %% instructions. - I = {allocate_zero,N,Dst}, - reorder_1([I,G|Is], D, Acc); - false -> - reorder_1(Is, D, [I0|Acc0]) - end; -reorder_1([I|Is], D, Acc) -> - reorder_1(Is, D, [I|Acc]); -reorder_1([], _, Acc) -> reverse(Acc). - -%% is_safe(Instruction) -> true|false -%% Test whether an instruction is safe (cannot cause an exception). - -is_safe({kill,_}) -> true; -is_safe({move,_,_}) -> true; -is_safe({put,_}) -> true; -is_safe({put_list,_,_,_}) -> true; -is_safe({put_tuple,_,_}) -> true; -is_safe({test_heap,_,_}) -> true; -is_safe(_) -> false. diff --git a/lib/compiler/src/beam_split.erl b/lib/compiler/src/beam_split.erl deleted file mode 100644 index 809e49b3d0..0000000000 --- a/lib/compiler/src/beam_split.erl +++ /dev/null @@ -1,94 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 2011-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% - --module(beam_split). --export([module/2]). - --import(lists, [reverse/1]). - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,Lc}, _Opts) -> - Fs = [split_blocks(F) || F <- Fs0], - {ok,{Mod,Exp,Attr,Fs,Lc}}. - -%% We must split the basic block when we encounter instructions with labels, -%% such as catches and BIFs. All labels must be visible outside the blocks. - -split_blocks({function,Name,Arity,CLabel,Is0}) -> - Is = split_blocks(Is0, []), - {function,Name,Arity,CLabel,Is}. - -split_blocks([{block,Bl}|Is], Acc0) -> - Acc = split_block(Bl, [], Acc0), - split_blocks(Is, Acc); -split_blocks([I|Is], Acc) -> - split_blocks(Is, [I|Acc]); -split_blocks([], Acc) -> reverse(Acc). - -split_block([{set,[R],[_,_,_]=As,{bif,is_record,{f,Lbl}}}|Is], Bl, Acc) -> - %% is_record/3 must be translated by beam_clean; therefore, - %% it must be outside of any block. - split_block(Is, [], [{bif,is_record,{f,Lbl},As,R}|make_block(Bl, Acc)]); -split_block([{set,[R],As,{bif,N,{f,Lbl}=Fail}}|Is], Bl, Acc) when Lbl =/= 0 -> - split_block(Is, [], [{bif,N,Fail,As,R}|make_block(Bl, Acc)]); -split_block([{set,[],[],{line,_}=Line}, - {set,[R],As,{bif,raise,{f,_}=Fail}}|Is], Bl, Acc) -> - split_block(Is, [], [{bif,raise,Fail,As,R},Line|make_block(Bl, Acc)]); -split_block([{set,[R],As,{alloc,Live,{gc_bif,N,{f,Lbl}=Fail}}}|Is], Bl, Acc) - when Lbl =/= 0 -> - split_block(Is, [], [{gc_bif,N,Fail,Live,As,R}|make_block(Bl, Acc)]); -split_block([{set,[D],[S|Puts],{alloc,R,{put_map,Op,{f,Lbl}=Fail}}}|Is], - Bl, Acc) when Lbl =/= 0 -> - split_block(Is, [], [{put_map,Fail,Op,S,D,R,{list,Puts}}| - make_block(Bl, Acc)]); -split_block([{set,[R],[],{try_catch,Op,L}}|Is], Bl, Acc) -> - split_block(Is, [], [{Op,R,L}|make_block(Bl, Acc)]); -split_block([I|Is], Bl, Acc) -> - split_block(Is, [I|Bl], Acc); -split_block([], Bl, Acc) -> make_block(Bl, Acc). - -make_block([], Acc) -> Acc; -make_block([{set,[D],Ss,{bif,Op,Fail}}|Bl]=Bl0, Acc) -> - %% If the last instruction in the block is a comparison or boolean operator - %% (such as '=:='), move it out of the block to facilitate further - %% optimizations. - Arity = length(Ss), - case erl_internal:comp_op(Op, Arity) orelse - erl_internal:new_type_test(Op, Arity) orelse - erl_internal:bool_op(Op, Arity) of - false -> - [{block,reverse(Bl0)}|Acc]; - true -> - I = {bif,Op,Fail,Ss,D}, - case Bl =:= [] of - true -> [I|Acc]; - false -> [I,{block,reverse(Bl)}|Acc] - end - end; -make_block([{set,[Dst],[Src],move}|Bl], Acc) -> - %% Make optimization of {move,Src,Dst}, {jump,...} possible. - I = {move,Src,Dst}, - case Bl =:= [] of - true -> [I|Acc]; - false -> [I,{block,reverse(Bl)}|Acc] - end; -make_block(Bl, Acc) -> [{block,reverse(Bl)}|Acc]. diff --git a/lib/compiler/src/beam_ssa.erl b/lib/compiler/src/beam_ssa.erl new file mode 100644 index 0000000000..c5e23d2ae0 --- /dev/null +++ b/lib/compiler/src/beam_ssa.erl @@ -0,0 +1,841 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% Purpose: Type definitions and utilities for the SSA format. + +-module(beam_ssa). +-export([add_anno/3,get_anno/2,get_anno/3, + clobbers_xregs/1,def/2,def_used/2, + definitions/1, + dominators/1, + flatmapfold_instrs_rpo/4, + fold_po/3,fold_po/4,fold_rpo/3,fold_rpo/4, + fold_instrs_rpo/4, + linearize/1, + mapfold_blocks_rpo/4, + mapfold_instrs_rpo/4, + normalize/1, + no_side_effect/1, + predecessors/1, + rename_vars/3, + rpo/1,rpo/2, + split_blocks/3, + successors/1,successors/2, + trim_unreachable/1, + update_phi_labels/4,used/1, + uses/1,uses/2]). + +-export_type([b_module/0,b_function/0,b_blk/0,b_set/0, + b_ret/0,b_br/0,b_switch/0,terminator/0, + b_var/0,b_literal/0,b_remote/0,b_local/0, + value/0,argument/0,label/0, + var_name/0,var_base/0,literal_value/0, + op/0,anno/0,block_map/0,dominator_map/0, + rename_map/0,rename_proplist/0,usage_map/0, + definition_map/0]). + +-include("beam_ssa.hrl"). + +-type b_module() :: #b_module{}. +-type b_function() :: #b_function{}. +-type b_blk() :: #b_blk{}. +-type b_set() :: #b_set{}. + +-type b_br() :: #b_br{}. +-type b_ret() :: #b_ret{}. +-type b_switch() :: #b_switch{}. +-type terminator() :: b_br() | b_ret() | b_switch(). + +-type construct() :: b_module() | b_function() | b_blk() | b_set() | + terminator(). + +-type b_var() :: #b_var{}. +-type b_literal() :: #b_literal{}. +-type b_remote() :: #b_remote{}. +-type b_local() :: #b_local{}. + +-type value() :: b_var() | b_literal(). +-type phi_value() :: {value(),label()}. +-type argument() :: value() | b_remote() | b_local() | phi_value(). +-type label() :: non_neg_integer(). + +-type var_name() :: var_base() | {var_base(),non_neg_integer()}. +-type var_base() :: atom() | non_neg_integer(). + +-type literal_value() :: atom() | integer() | float() | list() | + nil() | tuple() | map() | binary(). + +-type op() :: {'bif',atom()} | {'float',float_op()} | prim_op() | cg_prim_op(). +-type anno() :: #{atom() := any()}. + +-type block_map() :: #{label():=b_blk()}. +-type dominator_map() :: #{label():=ordsets:ordset(label())}. +-type usage_map() :: #{b_var():=[{label(),b_set() | terminator()}]}. +-type definition_map() :: #{b_var():=b_set()}. +-type rename_map() :: #{b_var():=value()}. +-type rename_proplist() :: [{b_var(),value()}]. + +%% Note: By default, dialyzer will collapse this type to atom(). +%% To avoid the collapsing, change the value of SET_LIMIT to 50 in the +%% file erl_types.erl in the hipe application. + +-type prim_op() :: 'bs_add' | 'bs_extract' | 'bs_init' | 'bs_init_writable' | + 'bs_match' | 'bs_put' | 'bs_start_match' | 'bs_test_tail' | + 'bs_utf16_size' | 'bs_utf8_size' | 'build_stacktrace' | + 'call' | 'catch_end' | + 'extract' | + 'get_hd' | 'get_map_element' | 'get_tl' | 'get_tuple_element' | + 'has_map_field' | + 'is_nonempty_list' | 'is_tagged_tuple' | + 'kill_try_tag' | + 'landingpad' | + 'make_fun' | 'new_try_tag' | + 'peek_message' | 'phi' | 'put_list' | 'put_map' | 'put_tuple' | + 'raw_raise' | 'recv_next' | 'remove_message' | 'resume' | + 'set_tuple_element' | 'succeeded' | + 'timeout' | + 'wait' | 'wait_timeout'. + +-type float_op() :: 'checkerror' | 'clearerror' | 'convert' | 'get' | 'put' | + '+' | '-' | '*' | '/'. + +%% Primops only used internally during code generation. +-type cg_prim_op() :: 'bs_get' | 'bs_match_string' | 'bs_restore' | 'bs_skip' | + 'copy' | 'put_tuple_arity' | 'put_tuple_element'. + +-import(lists, [foldl/3,keyfind/3,mapfoldl/3,member/2,reverse/1]). + +-spec add_anno(Key, Value, Construct) -> Construct when + Key :: atom(), + Value :: any(), + Construct :: construct(). + +add_anno(Key, Val, #b_function{anno=Anno}=Bl) -> + Bl#b_function{anno=Anno#{Key=>Val}}; +add_anno(Key, Val, #b_blk{anno=Anno}=Bl) -> + Bl#b_blk{anno=Anno#{Key=>Val}}; +add_anno(Key, Val, #b_set{anno=Anno}=Bl) -> + Bl#b_set{anno=Anno#{Key=>Val}}; +add_anno(Key, Val, #b_br{anno=Anno}=Bl) -> + Bl#b_br{anno=Anno#{Key=>Val}}; +add_anno(Key, Val, #b_ret{anno=Anno}=Bl) -> + Bl#b_ret{anno=Anno#{Key=>Val}}; +add_anno(Key, Val, #b_switch{anno=Anno}=Bl) -> + Bl#b_switch{anno=Anno#{Key=>Val}}. + +-spec get_anno(atom(), construct()) -> any(). + +get_anno(Key, Construct) -> + maps:get(Key, get_anno(Construct)). + +-spec get_anno(atom(), construct(),any()) -> any(). + +get_anno(Key, Construct, Default) -> + maps:get(Key, get_anno(Construct), Default). + +get_anno(#b_function{anno=Anno}) -> Anno; +get_anno(#b_blk{anno=Anno}) -> Anno; +get_anno(#b_set{anno=Anno}) -> Anno; +get_anno(#b_br{anno=Anno}) -> Anno; +get_anno(#b_ret{anno=Anno}) -> Anno; +get_anno(#b_switch{anno=Anno}) -> Anno. + +%% clobbers_xregs(#b_set{}) -> true|false. +%% Test whether the instruction invalidates all X registers. + +-spec clobbers_xregs(b_set()) -> boolean(). + +clobbers_xregs(#b_set{op=Op}) -> + case Op of + bs_init_writable -> true; + build_stacktrace -> true; + call -> true; + landingpad -> true; + make_fun -> true; + peek_message -> true; + raw_raise -> true; + _ -> false + end. + +%% no_side_effect(#b_set{}) -> true|false. +%% Test whether this instruction has no side effect and thus is safe +%% not to execute if its value is not used. Note that even if `true` +%% is returned, the instruction could still be impure (e.g. bif:get). + +-spec no_side_effect(b_set()) -> boolean(). + +no_side_effect(#b_set{op=Op}) -> + case Op of + {bif,_} -> true; + {float,get} -> true; + bs_init -> true; + bs_extract -> true; + bs_match -> true; + bs_start_match -> true; + bs_test_tail -> true; + bs_get_tail -> true; + bs_put -> true; + extract -> true; + get_hd -> true; + get_tl -> true; + get_tuple_element -> true; + has_map_field -> true; + is_nonempty_list -> true; + is_tagged_tuple -> true; + make_fun -> true; + put_map -> true; + put_list -> true; + put_tuple -> true; + succeeded -> true; + _ -> false + end. + +-spec predecessors(Blocks) -> #{BlockNumber:=[Predecessor]} when + Blocks :: block_map(), + BlockNumber :: label(), + Predecessor :: label(). + +predecessors(Blocks) -> + P0 = [{S,L} || {L,Blk} <- maps:to_list(Blocks), + S <- successors(Blk)], + P1 = sofs:relation(P0), + P2 = sofs:rel2fam(P1), + P3 = sofs:to_external(P2), + P = [{0,[]}|P3], + maps:from_list(P). + +-spec successors(b_blk()) -> [label()]. + +successors(#b_blk{last=Terminator}) -> + case Terminator of + #b_br{bool=#b_literal{val=true},succ=Succ} -> + [Succ]; + #b_br{bool=#b_literal{val=false},fail=Fail} -> + [Fail]; + #b_br{succ=Succ,fail=Fail} -> + [Fail,Succ]; + #b_switch{fail=Fail,list=List} -> + [Fail|[L || {_,L} <- List]]; + #b_ret{} -> + [] + end. + +%% normalize(Instr0) -> Instr. +%% Normalize instructions to help optimizations. +%% +%% For commutative operators (such as '+' and 'or'), always +%% place a variable operand before a literal operand. +%% +%% Normalize #b_br{} to one of the following forms: +%% +%% #b_br{b_literal{val=true},succ=Label,fail=Label} +%% #b_br{b_var{},succ=Label1,fail=Label2} where Label1 =/= Label2 +%% +%% Simplify a #b_switch{} with a literal argument to a #b_br{}. +%% +%% Simplify a #b_switch{} with a variable argument and an empty +%% switch list to a #b_br{}. + +-spec normalize(b_set() | terminator()) -> + b_set() | terminator(). + +normalize(#b_set{op={bif,Bif},args=Args}=Set) -> + case {is_commutative(Bif),Args} of + {false,_} -> + Set; + {true,[#b_literal{}=Lit,#b_var{}=Var]} -> + Set#b_set{args=[Var,Lit]}; + {true,_} -> + Set + end; +normalize(#b_set{}=Set) -> + Set; +normalize(#b_br{}=Br) -> + case Br of + #b_br{bool=Bool,succ=Same,fail=Same} -> + case Bool of + #b_literal{val=true} -> + Br; + _ -> + Br#b_br{bool=#b_literal{val=true}} + end; + #b_br{bool=#b_literal{val=true},succ=Succ} -> + Br#b_br{fail=Succ}; + #b_br{bool=#b_literal{val=false},fail=Fail} -> + Br#b_br{bool=#b_literal{val=true},succ=Fail}; + #b_br{} -> + Br + end; +normalize(#b_switch{arg=Arg,fail=Fail,list=List}=Sw) -> + case Arg of + #b_literal{} -> + case keyfind(Arg, 1, List) of + false -> + #b_br{bool=#b_literal{val=true},succ=Fail,fail=Fail}; + {Arg,L} -> + #b_br{bool=#b_literal{val=true},succ=L,fail=L} + end; + #b_var{} when List =:= [] -> + #b_br{bool=#b_literal{val=true},succ=Fail,fail=Fail}; + #b_var{} -> + Sw + end; +normalize(#b_ret{}=Ret) -> + Ret. + +-spec successors(label(), block_map()) -> [label()]. + +successors(L, Blocks) -> + successors(maps:get(L, Blocks)). + +-spec def(Ls, Blocks) -> Def when + Ls :: [label()], + Blocks :: block_map(), + Def :: ordsets:ordset(var_name()). + +def(Ls, Blocks) -> + Top = rpo(Ls, Blocks), + Blks = [maps:get(L, Blocks) || L <- Top], + def_1(Blks, []). + +-spec def_used(Ls, Blocks) -> {Def,Used} when + Ls :: [label()], + Blocks :: block_map(), + Def :: ordsets:ordset(var_name()), + Used :: ordsets:ordset(var_name()). + +def_used(Ls, Blocks) -> + Top = rpo(Ls, Blocks), + Blks = [maps:get(L, Blocks) || L <- Top], + Preds = gb_sets:from_list(Top), + def_used_1(Blks, Preds, [], gb_sets:empty()). + +-spec dominators(Blocks) -> Result when + Blocks :: block_map(), + Result :: dominator_map(). + +dominators(Blocks) -> + Preds = predecessors(Blocks), + Top0 = rpo(Blocks), + Top = [{L,maps:get(L, Preds)} || L <- Top0], + + %% The flow graph for an Erlang function is reducible, and + %% therefore one traversal in reverse postorder is sufficient. + iter_dominators(Top, #{}). + +-spec fold_instrs_rpo(Fun, From, Acc0, Blocks) -> any() when + Fun :: fun((b_blk()|terminator(), any()) -> any()), + From :: [label()], + Acc0 :: any(), + Blocks :: block_map(). + +fold_instrs_rpo(Fun, From, Acc0, Blocks) -> + Top = rpo(From, Blocks), + fold_instrs_rpo_1(Top, Fun, Blocks, Acc0). + +%% Like mapfold_instrs_rpo but at the block level to support lookahead and +%% scope-dependent transformations. +-spec mapfold_blocks_rpo(Fun, From, Acc, Blocks) -> Result when + Fun :: fun((label(), b_blk(), any()) -> {b_blk(), any()}), + From :: [label()], + Acc :: any(), + Blocks :: block_map(), + Result :: {block_map(), any()}. +mapfold_blocks_rpo(Fun, From, Acc, Blocks) -> + Successors = rpo(From, Blocks), + foldl(fun(Lbl, A) -> + mapfold_blocks_rpo_1(Fun, Lbl, A) + end, {Blocks, Acc}, Successors). + +mapfold_blocks_rpo_1(Fun, Lbl, {Blocks0, Acc0}) -> + Block0 = maps:get(Lbl, Blocks0), + {Block, Acc} = Fun(Lbl, Block0, Acc0), + Blocks = maps:put(Lbl, Block, Blocks0), + {Blocks, Acc}. + +-spec mapfold_instrs_rpo(Fun, From, Acc0, Blocks0) -> {Blocks,Acc} when + Fun :: fun((b_blk()|terminator(), any()) -> any()), + From :: [label()], + Acc0 :: any(), + Acc :: any(), + Blocks0 :: block_map(), + Blocks :: block_map(). + +mapfold_instrs_rpo(Fun, From, Acc0, Blocks) -> + Top = rpo(From, Blocks), + mapfold_instrs_rpo_1(Top, Fun, Blocks, Acc0). + +-spec flatmapfold_instrs_rpo(Fun, From, Acc0, Blocks0) -> {Blocks,Acc} when + Fun :: fun((b_blk()|terminator(), any()) -> any()), + From :: [label()], + Acc0 :: any(), + Acc :: any(), + Blocks0 :: block_map(), + Blocks :: block_map(). + +flatmapfold_instrs_rpo(Fun, From, Acc0, Blocks) -> + Top = rpo(From, Blocks), + flatmapfold_instrs_rpo_1(Top, Fun, Blocks, Acc0). + +-type fold_fun() :: fun((label(), b_blk(), any()) -> any()). + +%% fold_rpo(Fun, [Label], Acc0, Blocks) -> Acc. +%% Fold over all blocks a reverse postorder traversal of the block +%% graph; that is, first visit a block, then visit its successors. + +-spec fold_rpo(Fun, Acc0, Blocks) -> any() when + Fun :: fold_fun(), + Acc0 :: any(), + Blocks :: #{label():=b_blk()}. + +fold_rpo(Fun, Acc0, Blocks) -> + fold_rpo(Fun, [0], Acc0, Blocks). + +%% fold_rpo(Fun, [Label], Acc0, Blocks) -> Acc. Fold over all blocks +%% reachable from a given set of labels in a reverse postorder +%% traversal of the block graph; that is, first visit a block, then +%% visit its successors. + +-spec fold_rpo(Fun, Labels, Acc0, Blocks) -> any() when + Fun :: fold_fun(), + Labels :: [label()], + Acc0 :: any(), + Blocks :: #{label():=b_blk()}. + +fold_rpo(Fun, From, Acc0, Blocks) -> + Top = rpo(From, Blocks), + fold_rpo_1(Top, Fun, Blocks, Acc0). + +%% fold_po(Fun, Acc0, Blocks) -> Acc. +%% Fold over all blocks in a postorder traversal of the block graph; +%% that is, first visit all successors of block, then the block +%% itself. + +-spec fold_po(Fun, Acc0, Blocks) -> any() when + Fun :: fold_fun(), + Acc0 :: any(), + Blocks :: #{label():=b_blk()}. + +%% fold_po(Fun, From, Acc0, Blocks) -> Acc. +%% Fold over the blocks reachable from the block numbers given +%% by From in a postorder traversal of the block graph. + +fold_po(Fun, Acc0, Blocks) -> + fold_po(Fun, [0], Acc0, Blocks). + +-spec fold_po(Fun, Labels, Acc0, Blocks) -> any() when + Fun :: fold_fun(), + Labels :: [label()], + Acc0 :: any(), + Blocks :: block_map(). + +fold_po(Fun, From, Acc0, Blocks) -> + Top = reverse(rpo(From, Blocks)), + fold_rpo_1(Top, Fun, Blocks, Acc0). + +%% linearize(Blocks) -> [{BlockLabel,#b_blk{}}]. +%% Linearize the intermediate representation of the code. +%% Unreachable blocks will be discarded, and phi nodes will +%% be adjusted so that they no longer refers to discarded +%% blocks or to blocks that no longer are predecessors of +%% the phi node block. + +-spec linearize(Blocks) -> Linear when + Blocks :: block_map(), + Linear :: [{label(),b_blk()}]. + +linearize(Blocks) -> + Seen = cerl_sets:new(), + {Linear0,_} = linearize_1([0], Blocks, Seen, []), + Linear = fix_phis(Linear0, #{}), + Linear. + +-spec rpo(Blocks) -> [Label] when + Blocks :: block_map(), + Label :: label(). + +rpo(Blocks) -> + rpo([0], Blocks). + +-spec rpo(From, Blocks) -> Labels when + From :: [label()], + Blocks :: block_map(), + Labels :: [label()]. + +rpo(From, Blocks) -> + Seen = cerl_sets:new(), + {Ls,_} = rpo_1(From, Blocks, Seen, []), + Ls. + +-spec rename_vars(Rename, [label()], block_map()) -> block_map() when + Rename :: rename_map() | rename_proplist(). + +rename_vars(Rename, From, Blocks) when is_list(Rename) -> + rename_vars(maps:from_list(Rename), From, Blocks); +rename_vars(Rename, From, Blocks) when is_map(Rename)-> + Top = rpo(From, Blocks), + Preds = cerl_sets:from_list(Top), + F = fun(#b_set{op=phi,args=Args0}=Set) -> + Args = rename_phi_vars(Args0, Preds, Rename), + Set#b_set{args=Args}; + (#b_set{args=Args0}=Set) -> + Args = [rename_var(A, Rename) || A <- Args0], + Set#b_set{args=Args}; + (#b_switch{arg=Bool}=Sw) -> + Sw#b_switch{arg=rename_var(Bool, Rename)}; + (#b_br{bool=Bool}=Br) -> + Br#b_br{bool=rename_var(Bool, Rename)}; + (#b_ret{arg=Arg}=Ret) -> + Ret#b_ret{arg=rename_var(Arg, Rename)} + end, + map_instrs_1(Top, F, Blocks). + +%% split_blocks(Predicate, Blocks0, Count0) -> {Blocks,Count}. +%% Call Predicate(Instruction) for each instruction in all +%% blocks. If Predicate/1 returns true, split the block +%% before this instruction. + +-spec split_blocks(Pred, Blocks0, Count0) -> {Blocks,Count} when + Pred :: fun((b_set()) -> boolean()), + Blocks :: block_map(), + Count0 :: beam_ssa:label(), + Blocks0 :: block_map(), + Blocks :: block_map(), + Count :: beam_ssa:label(). + +split_blocks(P, Blocks, Count) -> + Ls = beam_ssa:rpo(Blocks), + split_blocks_1(Ls, P, Blocks, Count). + +-spec trim_unreachable(Blocks0) -> Blocks when + Blocks0 :: block_map(), + Blocks :: block_map(). + +%% trim_unreachable(Blocks0) -> Blocks. +%% Remove all unreachable blocks. Adjust all phi nodes so +%% they don't refer to blocks that has been removed or no +%% no longer branch to the phi node in question. + +trim_unreachable(Blocks) -> + %% Could perhaps be optimized if there is any need. + maps:from_list(linearize(Blocks)). + +%% update_phi_labels([BlockLabel], Old, New, Blocks0) -> Blocks. +%% In the given blocks, replace label Old in with New in all +%% phi nodes. This is useful after merging or splitting +%% blocks. + +-spec update_phi_labels(From, Old, New, Blocks0) -> Blocks when + From :: [label()], + Old :: label(), + New :: label(), + Blocks0 :: block_map(), + Blocks :: block_map(). + +update_phi_labels([L|Ls], Old, New, Blocks0) -> + case Blocks0 of + #{L:=#b_blk{is=[#b_set{op=phi}|_]=Is0}=Blk0} -> + Is = update_phi_labels_is(Is0, Old, New), + Blk = Blk0#b_blk{is=Is}, + Blocks = Blocks0#{L:=Blk}, + update_phi_labels(Ls, Old, New, Blocks); + #{L:=#b_blk{}} -> + %% No phi nodes in this block. + update_phi_labels(Ls, Old, New, Blocks0) + end; +update_phi_labels([], _, _, Blocks) -> Blocks. + +-spec used(b_blk() | b_set() | terminator()) -> [var_name()]. + +used(#b_blk{is=Is,last=Last}) -> + used_1([Last|Is], ordsets:new()); +used(#b_br{bool=#b_var{}=V}) -> + [V]; +used(#b_ret{arg=#b_var{}=V}) -> + [V]; +used(#b_set{op=phi,args=Args}) -> + ordsets:from_list([V || {#b_var{}=V,_} <- Args]); +used(#b_set{args=Args}) -> + ordsets:from_list(used_args(Args)); +used(#b_switch{arg=#b_var{}=V}) -> + [V]; +used(_) -> []. + +-spec definitions(Blocks :: block_map()) -> definition_map(). +definitions(Blocks) -> + fold_instrs_rpo(fun(#b_set{ dst = Var }=I, Acc) -> + maps:put(Var, I, Acc); + (_Terminator, Acc) -> + Acc + end, [0], #{}, Blocks). + +-spec uses(Blocks :: block_map()) -> usage_map(). +uses(Blocks) -> + uses([0], Blocks). + +-spec uses(From, Blocks) -> usage_map() when + From :: [label()], + Blocks :: block_map(). +uses(From, Blocks) -> + fold_rpo(fun fold_uses_block/3, From, #{}, Blocks). + +fold_uses_block(Lbl, #b_blk{is=Is,last=Last}, UseMap0) -> + F = fun(I, UseMap) -> + foldl(fun(Var, Acc) -> + Uses0 = maps:get(Var, Acc, []), + Uses = [{Lbl, I} | Uses0], + maps:put(Var, Uses, Acc) + end, UseMap, used(I)) + end, + F(Last, foldl(F, UseMap0, Is)). + +%%% +%%% Internal functions. +%%% + +is_commutative('and') -> true; +is_commutative('or') -> true; +is_commutative('xor') -> true; +is_commutative('band') -> true; +is_commutative('bor') -> true; +is_commutative('bxor') -> true; +is_commutative('+') -> true; +is_commutative('*') -> true; +is_commutative('=:=') -> true; +is_commutative('==') -> true; +is_commutative('=/=') -> true; +is_commutative('/=') -> true; +is_commutative(_) -> false. + +def_used_1([#b_blk{is=Is,last=Last}|Bs], Preds, Def0, Used0) -> + {Def,Used1} = def_used_is(Is, Preds, Def0, Used0), + Used = gb_sets:union(gb_sets:from_list(used(Last)), Used1), + def_used_1(Bs, Preds, Def, Used); +def_used_1([], _Preds, Def, Used) -> + {ordsets:from_list(Def),gb_sets:to_list(Used)}. + +def_used_is([#b_set{op=phi,dst=Dst,args=Args}|Is], + Preds, Def0, Used0) -> + Def = [Dst|Def0], + %% We must be careful to only include variables that will + %% be used when arriving from one of the predecessor blocks + %% in Preds. + Used1 = [V || {#b_var{}=V,L} <- Args, gb_sets:is_member(L, Preds)], + Used = gb_sets:union(gb_sets:from_list(Used1), Used0), + def_used_is(Is, Preds, Def, Used); +def_used_is([#b_set{dst=Dst}=I|Is], Preds, Def0, Used0) -> + Def = [Dst|Def0], + Used = gb_sets:union(gb_sets:from_list(used(I)), Used0), + def_used_is(Is, Preds, Def, Used); +def_used_is([], _Preds, Def, Used) -> + {Def,Used}. + +def_1([#b_blk{is=Is}|Bs], Def0) -> + Def = def_is(Is, Def0), + def_1(Bs, Def); +def_1([], Def) -> + ordsets:from_list(Def). + +def_is([#b_set{dst=Dst}|Is], Def) -> + def_is(Is, [Dst|Def]); +def_is([], Def) -> Def. + +iter_dominators([{0,[]}|Ls], _Doms) -> + Dom = [0], + iter_dominators(Ls, #{0=>Dom}); +iter_dominators([{L,Preds}|Ls], Doms) -> + DomPreds = [maps:get(P, Doms) || P <- Preds, maps:is_key(P, Doms)], + Dom = ordsets:add_element(L, ordsets:intersection(DomPreds)), + iter_dominators(Ls, Doms#{L=>Dom}); +iter_dominators([], Doms) -> Doms. + +fold_rpo_1([L|Ls], Fun, Blocks, Acc0) -> + Block = maps:get(L, Blocks), + Acc = Fun(L, Block, Acc0), + fold_rpo_1(Ls, Fun, Blocks, Acc); +fold_rpo_1([], _, _, Acc) -> Acc. + +fold_instrs_rpo_1([L|Ls], Fun, Blocks, Acc0) -> + #b_blk{is=Is,last=Last} = maps:get(L, Blocks), + Acc1 = foldl(Fun, Acc0, Is), + Acc = Fun(Last, Acc1), + fold_instrs_rpo_1(Ls, Fun, Blocks, Acc); +fold_instrs_rpo_1([], _, _, Acc) -> Acc. + +mapfold_instrs_rpo_1([L|Ls], Fun, Blocks0, Acc0) -> + #b_blk{is=Is0,last=Last0} = Block0 = maps:get(L, Blocks0), + {Is,Acc1} = mapfoldl(Fun, Acc0, Is0), + {Last,Acc} = Fun(Last0, Acc1), + Block = Block0#b_blk{is=Is,last=Last}, + Blocks = maps:put(L, Block, Blocks0), + mapfold_instrs_rpo_1(Ls, Fun, Blocks, Acc); +mapfold_instrs_rpo_1([], _, Blocks, Acc) -> + {Blocks,Acc}. + +flatmapfold_instrs_rpo_1([L|Ls], Fun, Blocks0, Acc0) -> + #b_blk{is=Is0,last=Last0} = Block0 = maps:get(L, Blocks0), + {Is,Acc1} = flatmapfoldl(Fun, Acc0, Is0), + {[Last],Acc} = Fun(Last0, Acc1), + Block = Block0#b_blk{is=Is,last=Last}, + Blocks = maps:put(L, Block, Blocks0), + flatmapfold_instrs_rpo_1(Ls, Fun, Blocks, Acc); +flatmapfold_instrs_rpo_1([], _, Blocks, Acc) -> + {Blocks,Acc}. + +linearize_1([L|Ls], Blocks, Seen0, Acc0) -> + case cerl_sets:is_element(L, Seen0) of + true -> + linearize_1(Ls, Blocks, Seen0, Acc0); + false -> + Seen1 = cerl_sets:add_element(L, Seen0), + Block = maps:get(L, Blocks), + Successors = successors(Block), + {Acc,Seen} = linearize_1(Successors, Blocks, Seen1, Acc0), + linearize_1(Ls, Blocks, Seen, [{L,Block}|Acc]) + end; +linearize_1([], _, Seen, Acc) -> + {Acc,Seen}. + +fix_phis([{L,Blk0}|Bs], S) -> + Blk = case Blk0 of + #b_blk{is=[#b_set{op=phi}|_]=Is0} -> + Is = fix_phis_1(Is0, L, S), + Blk0#b_blk{is=Is}; + #b_blk{} -> + Blk0 + end, + Successors = successors(Blk), + [{L,Blk}|fix_phis(Bs, S#{L=>Successors})]; +fix_phis([], _) -> []. + +fix_phis_1([#b_set{op=phi,args=Args0}=I|Is], L, S) -> + Args = [{Val,Pred} || {Val,Pred} <- Args0, + is_successor(L, Pred, S)], + [I#b_set{args=Args}|fix_phis_1(Is, L, S)]; +fix_phis_1(Is, _, _) -> Is. + +is_successor(L, Pred, S) -> + case S of + #{Pred:=Successors} -> + member(L, Successors); + #{} -> + %% This block has been removed. + false + end. + +rpo_1([L|Ls], Blocks, Seen0, Acc0) -> + case cerl_sets:is_element(L, Seen0) of + true -> + rpo_1(Ls, Blocks, Seen0, Acc0); + false -> + Block = maps:get(L, Blocks), + Seen1 = cerl_sets:add_element(L, Seen0), + Successors = successors(Block), + {Acc,Seen} = rpo_1(Successors, Blocks, Seen1, Acc0), + rpo_1(Ls, Blocks, Seen, [L|Acc]) + end; +rpo_1([], _, Seen, Acc) -> + {Acc,Seen}. + +rename_var(#b_var{}=Old, Rename) -> + case Rename of + #{Old:=New} -> New; + #{} -> Old + end; +rename_var(#b_remote{mod=Mod0,name=Name0}=Remote, Rename) -> + Mod = rename_var(Mod0, Rename), + Name = rename_var(Name0, Rename), + Remote#b_remote{mod=Mod,name=Name}; +rename_var(Old, _) -> Old. + +rename_phi_vars([{Var,L}|As], Preds, Ren) -> + case cerl_sets:is_element(L, Preds) of + true -> + [{rename_var(Var, Ren),L}|rename_phi_vars(As, Preds, Ren)]; + false -> + [{Var,L}|rename_phi_vars(As, Preds, Ren)] + end; +rename_phi_vars([], _, _) -> []. + +map_instrs_1([L|Ls], Fun, Blocks0) -> + #b_blk{is=Is0,last=Last0} = Blk0 = maps:get(L, Blocks0), + Is = [Fun(I) || I <- Is0], + Last = Fun(Last0), + Blk = Blk0#b_blk{is=Is,last=Last}, + Blocks = maps:put(L, Blk, Blocks0), + map_instrs_1(Ls, Fun, Blocks); +map_instrs_1([], _, Blocks) -> Blocks. + +flatmapfoldl(F, Accu0, [Hd|Tail]) -> + {R,Accu1} = F(Hd, Accu0), + {Rs,Accu2} = flatmapfoldl(F, Accu1, Tail), + {R++Rs,Accu2}; +flatmapfoldl(_, Accu, []) -> {[],Accu}. + +split_blocks_1([L|Ls], P, Blocks0, Count0) -> + #b_blk{is=Is0} = Blk = maps:get(L, Blocks0), + case split_blocks_is(Is0, P, []) of + {yes,Bef,Aft} -> + NewLbl = Count0, + Count = Count0 + 1, + Br = #b_br{bool=#b_literal{val=true},succ=NewLbl,fail=NewLbl}, + BefBlk = Blk#b_blk{is=Bef,last=Br}, + NewBlk = Blk#b_blk{is=Aft}, + Blocks1 = Blocks0#{L:=BefBlk,NewLbl=>NewBlk}, + Successors = successors(NewBlk), + Blocks = update_phi_labels(Successors, L, NewLbl, Blocks1), + split_blocks_1([NewLbl|Ls], P, Blocks, Count); + no -> + split_blocks_1(Ls, P, Blocks0, Count0) + end; +split_blocks_1([], _, Blocks, Count) -> + {Blocks,Count}. + +split_blocks_is([I|Is], P, []) -> + split_blocks_is(Is, P, [I]); +split_blocks_is([I|Is], P, Acc) -> + case P(I) of + true -> + {yes,reverse(Acc),[I|Is]}; + false -> + split_blocks_is(Is, P, [I|Acc]) + end; +split_blocks_is([], _, _) -> no. + +update_phi_labels_is([#b_set{op=phi,args=Args0}=I0|Is], Old, New) -> + Args = [{Arg,rename_label(Lbl, Old, New)} || {Arg,Lbl} <- Args0], + I = I0#b_set{args=Args}, + [I|update_phi_labels_is(Is, Old, New)]; +update_phi_labels_is(Is, _, _) -> Is. + +rename_label(Old, Old, New) -> New; +rename_label(Lbl, _Old, _New) -> Lbl. + +used_args([#b_var{}=V|As]) -> + [V|used_args(As)]; +used_args([#b_remote{mod=Mod,name=Name}|As]) -> + used_args([Mod,Name|As]); +used_args([_|As]) -> + used_args(As); +used_args([]) -> []. + +used_1([H|T], Used0) -> + Used = ordsets:union(used(H), Used0), + used_1(T, Used); +used_1([], Used) -> Used. diff --git a/lib/compiler/src/beam_ssa.hrl b/lib/compiler/src/beam_ssa.hrl new file mode 100644 index 0000000000..fa76b08453 --- /dev/null +++ b/lib/compiler/src/beam_ssa.hrl @@ -0,0 +1,66 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +-record(b_module, {anno=#{} :: beam_ssa:anno(), + name :: module(), + exports :: [{atom(),arity()}], + attributes :: list(), + body :: [beam_ssa:b_function()]}). +-record(b_function, {anno=#{} :: beam_ssa:anno(), + args :: [beam_ssa:b_var()], + bs :: #{beam_ssa:label():=beam_ssa:b_blk()}, + cnt :: beam_ssa:label()}). + +-record(b_blk, {anno=#{} :: beam_ssa:anno(), + is :: [beam_ssa:b_set()], + last :: beam_ssa:terminator()}). +-record(b_set, {anno=#{} :: beam_ssa:anno(), + dst=none :: 'none'|beam_ssa:b_var(), + op :: beam_ssa:op(), + args=[] :: [beam_ssa:argument()]}). + +%% Terminators. +-record(b_ret, {anno=#{} :: beam_ssa:anno(), + arg :: beam_ssa:value()}). + +-record(b_br, {anno=#{}, + bool :: beam_ssa:value(), + succ :: beam_ssa:label(), + fail :: beam_ssa:label()}). + +-record(b_switch, {anno=#{} :: beam_ssa:anno(), + arg :: beam_ssa:value(), + fail :: beam_ssa:label(), + list :: [{beam_ssa:b_literal(),beam_ssa:label()}]}). + +%% Values. +-record(b_var, {name :: beam_ssa:var_name()}). + +-record(b_literal, {val :: beam_ssa:literal_value()}). + +-record(b_remote, {mod :: beam_ssa:value(), + name :: beam_ssa:value(), + arity :: non_neg_integer()}). + +-record(b_local, {name :: beam_ssa:b_literal(), + arity :: non_neg_integer()}). + +%% If this block exists, it calls erlang:error(badarg). +-define(BADARG_BLOCK, 1). diff --git a/lib/compiler/src/beam_ssa_bsm.erl b/lib/compiler/src/beam_ssa_bsm.erl new file mode 100644 index 0000000000..9631bf3334 --- /dev/null +++ b/lib/compiler/src/beam_ssa_bsm.erl @@ -0,0 +1,1043 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +%%% +%%% This pass optimizes bit syntax matching, and is centered around the concept +%%% of "match context reuse" which is best explained through example. To put it +%%% shortly we attempt to turn this: +%%% +%%% <<0,B/bits>> = A, +%%% <<1,C/bits>> = B, +%%% <<D,_/bits>> = C, +%%% D. +%%% +%%% ... Into this: +%%% +%%% <<0,1,D,_/bits>>=A, +%%% D. +%%% +%%% Which is much faster as it avoids the creation of intermediate terms. This +%%% is especially noticeable in loops where such garbage is generated on each +%%% iteration. +%%% +%%% The optimization itself is very simple and can be applied whenever there's +%%% matching on the tail end of a binary; instead of creating a new binary and +%%% starting a new match context on it, we reuse the match context used to +%%% extract the tail and avoid the creation of both objects. +%%% +%%% The catch is that a match context isn't a proper type and nothing outside +%%% of bit syntax match operations can handle them. We therefore need to make +%%% sure that they never "leak" into other instructions, and most of the pass +%%% revolves around getting around that limitation. +%%% +%%% Unlike most other passes we look at the whole module so we can combine +%%% matches across function boundaries, greatly increasing the performance of +%%% complex matches and loops. +%%% + +-module(beam_ssa_bsm). + +-export([module/2, format_error/1]). + +-include("beam_ssa.hrl"). + +-import(lists, [member/2, reverse/1, splitwith/2, map/2, foldl/3, mapfoldl/3, + nth/2, max/1, unzip/1]). + +-spec format_error(term()) -> nonempty_string(). + +format_error(OptInfo) -> + format_opt_info(OptInfo). + +-spec module(Module, Options) -> Result when + Module :: beam_ssa:b_module(), + Options :: [compile:option()], + Result :: {ok, beam_ssa:b_module(), list()}. + +-define(PASS(N), {N,fun N/1}). + +module(#b_module{body=Fs0}=Module, Opts) -> + ModInfo = analyze_module(Module), + + %% combine_matches is repeated after accept_context_args as the control + %% flow changes can enable further optimizations, as in the example below: + %% + %% a(<<0,X/binary>>) -> a(X); + %% a(A) when bit_size(A) =:= 52 -> bar; + %% a(<<1,X/binary>>) -> X. %% Match context will be reused here when + %% %% when repeated. + + {Fs, _} = compile:run_sub_passes( + [?PASS(combine_matches), + ?PASS(accept_context_args), + ?PASS(combine_matches), + ?PASS(allow_context_passthrough), + ?PASS(skip_outgoing_tail_extraction), + ?PASS(annotate_context_parameters)], + {Fs0, ModInfo}), + + Ws = case proplists:get_bool(bin_opt_info, Opts) of + true -> collect_opt_info(Fs); + false -> [] + end, + + {ok, Module#b_module{body=Fs}, Ws}. + +-type module_info() :: #{ func_id() => func_info() }. + +-type func_id() :: {Name :: atom(), Arity :: non_neg_integer()}. + +-type func_info() :: #{ has_bsm_ops => boolean(), + parameters => [#b_var{}], + parameter_info => #{ #b_var{} => param_info() } }. + +-type param_info() :: suitable_for_reuse | + {Problem :: atom(), Where :: term()}. + +-spec analyze_module(#b_module{}) -> module_info(). + +analyze_module(#b_module{body=Fs}) -> + foldl(fun(#b_function{args=Parameters}=F, I) -> + FuncInfo = #{ has_bsm_ops => has_bsm_ops(F), + parameters => Parameters, + parameter_info => #{} }, + FuncId = get_fa(F), + I#{ FuncId => FuncInfo } + end, #{}, Fs). + +has_bsm_ops(#b_function{bs=Blocks}) -> + hbo_blocks(maps:to_list(Blocks)). + +hbo_blocks([{_,#b_blk{is=Is}} | Blocks]) -> + case hbo_is(Is) of + false -> hbo_blocks(Blocks); + true -> true + end; +hbo_blocks([]) -> + false. + +hbo_is([#b_set{op=bs_start_match} | _]) -> true; +hbo_is([_I | Is]) -> hbo_is(Is); +hbo_is([]) -> false. + +%% Checks whether it's legal to make a call with the given argument as a match +%% context, returning the param_info() of the relevant parameter. +-spec check_context_call(#b_set{}, Arg, CtxChain, ModInfo) -> param_info() when + Arg :: #b_var{}, + CtxChain :: [#b_var{}], + ModInfo :: module_info(). +check_context_call(#b_set{args=Args}, Arg, CtxChain, ModInfo) -> + Aliases = [Arg | CtxChain], + ccc_1(Args, Arg, Aliases, ModInfo). + +ccc_1([#b_local{}=Call | Args], Ctx, Aliases, ModInfo) -> + %% Matching operations assume that their context isn't aliased (as in + %% pointer aliasing), so we must reject calls whose arguments contain more + %% than one reference to the context. + %% + %% TODO: Try to fall back to passing binaries in these cases. Partial reuse + %% is better than nothing. + UseCount = foldl(fun(Arg, C) -> + case member(Arg, Aliases) of + true -> C + 1; + false -> C + end + end, 0, Args), + if + UseCount =:= 1 -> + #b_local{name=#b_literal{val=Name},arity=Arity} = Call, + Callee = {Name, Arity}, + + ParamInfo = funcinfo_get(Callee, parameter_info, ModInfo), + Parameters = funcinfo_get(Callee, parameters, ModInfo), + Parameter = nth(1 + arg_index(Ctx, Args), Parameters), + + case maps:find(Parameter, ParamInfo) of + {ok, suitable_for_reuse} -> + suitable_for_reuse; + {ok, Other} -> + {unsuitable_call, {Call, Other}}; + error -> + {no_match_on_entry, Call} + end; + UseCount > 1 -> + {multiple_uses_in_call, Call} + end; +ccc_1([#b_remote{}=Call | _Args], _Ctx, _CtxChain, _ModInfo) -> + {remote_call, Call}; +ccc_1([Fun | _Args], _Ctx, _CtxChain, _ModInfo) -> + %% TODO: It may be possible to support this in the future for locally + %% defined funs, including ones with free variables. + {fun_call, Fun}. + +%% Returns the index of Var in Args. +arg_index(Var, Args) -> arg_index_1(Var, Args, 0). + +arg_index_1(Var, [Var | _Args], Index) -> Index; +arg_index_1(Var, [_Arg | Args], Index) -> arg_index_1(Var, Args, Index + 1). + +is_tail_binary(#b_set{op=bs_match,args=[#b_literal{val=binary} | Rest]}) -> + member(#b_literal{val=all}, Rest); +is_tail_binary(#b_set{op=bs_get_tail}) -> + true; +is_tail_binary(_) -> + false. + +is_tail_binary(#b_var{}=Var, Defs) -> + case find_match_definition(Var, Defs) of + {ok, Def} -> is_tail_binary(Def); + _ -> false + end; +is_tail_binary(_Literal, _Defs) -> + false. + +assert_match_context(#b_var{}=Var, Defs) -> + case maps:find(Var, Defs) of + {ok, #b_set{op=bs_match,args=[_,#b_var{}=Ctx|_]}} -> + assert_match_context(Ctx, Defs); + {ok, #b_set{op=bs_start_match}} -> + ok + end. + +find_match_definition(#b_var{}=Var, Defs) -> + case maps:find(Var, Defs) of + {ok, #b_set{op=bs_extract,args=[Ctx]}} -> maps:find(Ctx, Defs); + {ok, #b_set{op=bs_get_tail}=Def} -> {ok, Def}; + _ -> error + end. + +%% Returns a list of all contexts that were used to extract Var. +context_chain_of(#b_var{}=Var, Defs) -> + case maps:find(Var, Defs) of + {ok, #b_set{op=bs_match,args=[_,#b_var{}=Ctx|_]}} -> + [Ctx | context_chain_of(Ctx, Defs)]; + {ok, #b_set{op=bs_get_tail,args=[Ctx]}} -> + [Ctx | context_chain_of(Ctx, Defs)]; + {ok, #b_set{op=bs_extract,args=[Ctx]}} -> + [Ctx | context_chain_of(Ctx, Defs)]; + _ -> + [] + end. + +%% Grabs the match context used to produce the given variable. +match_context_of(#b_var{}=Var, Defs) -> + Ctx = match_context_of_1(Var, Defs), + assert_match_context(Ctx, Defs), + Ctx. + +match_context_of_1(Var, Defs) -> + case maps:get(Var, Defs) of + #b_set{op=bs_extract,args=[#b_var{}=Ctx0]} -> + #b_set{op=bs_match, + args=[_,#b_var{}=Ctx|_]} = maps:get(Ctx0, Defs), + Ctx; + #b_set{op=bs_get_tail,args=[#b_var{}=Ctx]} -> + Ctx + end. + +funcinfo_get(#b_function{}=F, Attribute, ModInfo) -> + funcinfo_get(get_fa(F), Attribute, ModInfo); +funcinfo_get({_,_}=Key, Attribute, ModInfo) -> + FuncInfo = maps:get(Key, ModInfo), + maps:get(Attribute, FuncInfo). + +funcinfo_set(#b_function{}=F, Attribute, Value, ModInfo) -> + funcinfo_set(get_fa(F), Attribute, Value, ModInfo); +funcinfo_set(Key, Attribute, Value, ModInfo) -> + FuncInfo = maps:put(Attribute, Value, maps:get(Key, ModInfo, #{})), + maps:put(Key, FuncInfo, ModInfo). + +get_fa(#b_function{ anno = Anno }) -> + {_,Name,Arity} = maps:get(func_info, Anno), + {Name,Arity}. + +%% Replaces matched-out binaries with aliases that are lazily converted to +%% binary form when used, allowing us to keep the "match path" free of binary +%% creation. + +-spec alias_matched_binaries(Blocks, Counter, AliasMap) -> Result when + Blocks :: beam_ssa:block_map(), + Counter :: non_neg_integer(), + AliasMap :: match_alias_map(), + Result :: {Blocks, Counter}. + +-type match_alias_map() :: + #{ Binary :: #b_var{} => + { %% Replace all uses of Binary with an alias after this + %% label. + AliasAfter :: beam_ssa:label(), + %% The match context whose tail is equal to Binary. + Context :: #b_var{} } }. + +%% Keeps track of the promotions we need to insert. They're partially keyed by +%% location because they may not be valid on all execution paths and we may +%% need to add redundant promotions in some cases. +-type promotion_map() :: + #{ { PromoteAt :: beam_ssa:label(), + Variable :: #b_var{} } => + Instruction :: #b_set{} }. + +-record(amb, { dominators :: beam_ssa:dominator_map(), + match_aliases :: match_alias_map(), + cnt :: non_neg_integer(), + promotions = #{} :: promotion_map() }). + +alias_matched_binaries(Blocks0, Counter, AliasMap) when AliasMap =/= #{} -> + State0 = #amb{ dominators = beam_ssa:dominators(Blocks0), + match_aliases = AliasMap, + cnt = Counter }, + {Blocks, State} = beam_ssa:mapfold_blocks_rpo(fun amb_1/3, [0], State0, + Blocks0), + {amb_insert_promotions(Blocks, State), State#amb.cnt}; +alias_matched_binaries(Blocks, Counter, _AliasMap) -> + {Blocks, Counter}. + +amb_1(Lbl, #b_blk{is=Is0,last=Last0}=Block, State0) -> + {Is, State1} = mapfoldl(fun(I, State) -> + amb_assign_set(I, Lbl, State) + end, State0, Is0), + {Last, State} = amb_assign_last(Last0, Lbl, State1), + {Block#b_blk{is=Is,last=Last}, State}. + +amb_assign_set(#b_set{op=phi,args=Args0}=I, _Lbl, State0) -> + %% Phi node aliases are relative to their source block, not their + %% containing block. + {Args, State} = + mapfoldl(fun({Arg0, Lbl}, Acc) -> + {Arg, State} = amb_get_alias(Arg0, Lbl, Acc), + {{Arg, Lbl}, State} + end, State0, Args0), + {I#b_set{args=Args}, State}; +amb_assign_set(#b_set{args=Args0}=I, Lbl, State0) -> + {Args, State} = mapfoldl(fun(Arg0, Acc) -> + amb_get_alias(Arg0, Lbl, Acc) + end, State0, Args0), + {I#b_set{args=Args}, State}. + +amb_assign_last(#b_ret{arg=Arg0}=T, Lbl, State0) -> + {Arg, State} = amb_get_alias(Arg0, Lbl, State0), + {T#b_ret{arg=Arg}, State}; +amb_assign_last(#b_switch{arg=Arg0}=T, Lbl, State0) -> + {Arg, State} = amb_get_alias(Arg0, Lbl, State0), + {T#b_switch{arg=Arg}, State}; +amb_assign_last(#b_br{bool=Arg0}=T, Lbl, State0) -> + {Arg, State} = amb_get_alias(Arg0, Lbl, State0), + {T#b_br{bool=Arg}, State}. + +amb_get_alias(#b_var{}=Arg, Lbl, State) -> + case maps:find(Arg, State#amb.match_aliases) of + {ok, {AliasAfter, Context}} -> + %% Our context may not have been created yet, so we skip assigning + %% an alias unless the given block is among our dominators. + Dominators = maps:get(Lbl, State#amb.dominators), + case ordsets:is_element(AliasAfter, Dominators) of + true -> amb_create_alias(Arg, Context, Lbl, State); + false -> {Arg, State} + end; + error -> + {Arg, State} + end; +amb_get_alias(#b_remote{mod=Mod0,name=Name0}=Arg0, Lbl, State0) -> + {Mod, State1} = amb_get_alias(Mod0, Lbl, State0), + {Name, State} = amb_get_alias(Name0, Lbl, State1), + Arg = Arg0#b_remote{mod=Mod,name=Name}, + {Arg, State}; +amb_get_alias(Arg, _Lbl, State) -> + {Arg, State}. + +amb_create_alias(#b_var{}=Arg0, Context, Lbl, State0) -> + Dominators = maps:get(Lbl, State0#amb.dominators), + Promotions0 = State0#amb.promotions, + + PrevPromotions = + [maps:get({Dom, Arg0}, Promotions0) + || Dom <- Dominators, is_map_key({Dom, Arg0}, Promotions0)], + + case PrevPromotions of + [_|_] -> + %% We've already created an alias prior to this block, so we'll + %% grab the most recent one to minimize stack use. + + #b_set{dst=Alias} = max(PrevPromotions), + {Alias, State0}; + [] -> + %% If we haven't created an alias we need to do so now. The + %% promotion will be inserted later by amb_insert_promotions/2. + + Counter = State0#amb.cnt, + Alias = #b_var{name={'@ssa_bsm_alias', Counter}}, + Promotion = #b_set{op=bs_get_tail,dst=Alias,args=[Context]}, + + Promotions = maps:put({Lbl, Arg0}, Promotion, Promotions0), + State = State0#amb{ promotions=Promotions, cnt=Counter+1 }, + + {Alias, State} + end. + +amb_insert_promotions(Blocks0, State) -> + F = fun({Lbl, #b_var{}}, Promotion, Blocks) -> + Block = maps:get(Lbl, Blocks), + + Alias = Promotion#b_set.dst, + {Before, After} = splitwith( + fun(#b_set{args=Args}) -> + not is_var_in_args(Alias, Args) + end, Block#b_blk.is), + Is = Before ++ [Promotion | After], + + maps:put(Lbl, Block#b_blk{is=Is}, Blocks) + end, + maps:fold(F, Blocks0, State#amb.promotions). + +is_var_in_args(Var, [Var | _]) -> true; +is_var_in_args(Var, [#b_remote{name=Var} | _]) -> true; +is_var_in_args(Var, [#b_remote{mod=Var} | _]) -> true; +is_var_in_args(Var, [_ | Args]) -> is_var_in_args(Var, Args); +is_var_in_args(_Var, []) -> false. + +%%% +%%% Subpasses +%%% + +%% Removes superflous chained bs_start_match instructions in the same +%% function. When matching on an extracted tail binary, or on a binary we've +%% already matched on, we reuse the original match context. +%% +%% This pass runs first since it makes subsequent optimizations more effective +%% by removing spots where promotion would be required. + +-type prior_match_map() :: + #{ Binary :: #b_var{} => + [{ %% The context and success label of a previous + %% bs_start_match made on this binary. + ValidAfter :: beam_ssa:label(), + Context :: #b_var{} }] }. + +-record(cm, { definitions :: beam_ssa:definition_map(), + dominators :: beam_ssa:dominator_map(), + blocks :: beam_ssa:block_map(), + match_aliases = #{} :: match_alias_map(), + prior_matches = #{} :: prior_match_map(), + renames = #{} :: beam_ssa:rename_map() }). + +combine_matches({Fs0, ModInfo}) -> + Fs = map(fun(F) -> combine_matches(F, ModInfo) end, Fs0), + {Fs, ModInfo}. + +combine_matches(#b_function{bs=Blocks0,cnt=Counter0}=F, ModInfo) -> + case funcinfo_get(F, has_bsm_ops, ModInfo) of + true -> + {Blocks1, State} = + beam_ssa:mapfold_blocks_rpo( + fun(Lbl, #b_blk{is=Is0}=Block0, State0) -> + {Is, State} = cm_1(Is0, [], Lbl, State0), + {Block0#b_blk{is=Is}, State} + end, [0], + #cm{ definitions = beam_ssa:definitions(Blocks0), + dominators = beam_ssa:dominators(Blocks0), + blocks = Blocks0 }, + Blocks0), + + Blocks2 = beam_ssa:rename_vars(State#cm.renames, [0], Blocks1), + + {Blocks, Counter} = alias_matched_binaries(Blocks2, Counter0, + State#cm.match_aliases), + + F#b_function{ bs=Blocks, cnt=Counter }; + false -> + F + end. + +cm_1([#b_set{ op=bs_start_match, + dst=Ctx, + args=[Src] }, + #b_set{ op=succeeded, + dst=Bool, + args=[Ctx] }]=MatchSeq, Acc0, Lbl, State0) -> + Acc = reverse(Acc0), + case is_tail_binary(Src, State0#cm.definitions) of + true -> cm_combine_tail(Src, Ctx, Bool, Acc, State0); + false -> cm_handle_priors(Src, Ctx, Bool, Acc, MatchSeq, Lbl, State0) + end; +cm_1([I | Is], Acc, Lbl, State) -> + cm_1(Is, [I | Acc], Lbl, State); +cm_1([], Acc, _Lbl, State) -> + {reverse(Acc), State}. + +%% If we're dominated by at least one match on the same source, we can reuse +%% the context created by that match. +cm_handle_priors(Src, DstCtx, Bool, Acc, MatchSeq, Lbl, State0) -> + PriorCtxs = case maps:find(Src, State0#cm.prior_matches) of + {ok, Priors} -> + %% We've seen other match contexts on this source, but + %% we can only consider the ones whose success path + %% dominate us. + Dominators = maps:get(Lbl, State0#cm.dominators, []), + [Ctx || {ValidAfter, Ctx} <- Priors, + ordsets:is_element(ValidAfter, Dominators)]; + error -> + [] + end, + case PriorCtxs of + [Ctx|_] -> + Renames0 = State0#cm.renames, + Renames = Renames0#{ Bool => #b_literal{val=true}, DstCtx => Ctx }, + {Acc, State0#cm{ renames = Renames }}; + [] -> + %% Since we lack a prior match, we need to register this one in + %% case we dominate another. + State = cm_register_prior(Src, DstCtx, Lbl, State0), + {Acc ++ MatchSeq, State} + end. + +cm_register_prior(Src, DstCtx, Lbl, State) -> + Block = maps:get(Lbl, State#cm.blocks), + #b_br{succ=ValidAfter} = Block#b_blk.last, + + Priors0 = maps:get(Src, State#cm.prior_matches, []), + Priors = [{ValidAfter, DstCtx} | Priors0], + + PriorMatches = maps:put(Src, Priors, State#cm.prior_matches), + State#cm{ prior_matches = PriorMatches }. + +cm_combine_tail(Src, DstCtx, Bool, Acc, State0) -> + SrcCtx = match_context_of(Src, State0#cm.definitions), + + %% We replace the source with a context alias as it normally won't be used + %% on the happy path after being matched, and the added cost of conversion + %% is negligible if it is. + Aliases = maps:put(Src, {0, SrcCtx}, State0#cm.match_aliases), + + Renames0 = State0#cm.renames, + Renames = Renames0#{ Bool => #b_literal{val=true}, DstCtx => SrcCtx }, + + State = State0#cm{ match_aliases = Aliases, renames = Renames }, + + {Acc, State}. + +%% Lets functions accept match contexts as arguments. The parameter must be +%% unused before the bs_start_match instruction, and it must be matched in the +%% first block. + +-record(aca, { unused_parameters :: ordsets:ordset(#b_var{}), + counter :: non_neg_integer(), + parameter_info = #{} :: #{ #b_var{} => param_info() }, + match_aliases = #{} :: match_alias_map() }). + +accept_context_args({Fs, ModInfo}) -> + mapfoldl(fun accept_context_args/2, ModInfo, Fs). + +accept_context_args(#b_function{bs=Blocks0}=F, ModInfo0) -> + case funcinfo_get(F, has_bsm_ops, ModInfo0) of + true -> + Parameters = ordsets:from_list(funcinfo_get(F, parameters, ModInfo0)), + State0 = #aca{ unused_parameters = Parameters, + counter = F#b_function.cnt }, + + {Blocks1, State} = aca_1(Blocks0, State0), + {Blocks, Counter} = alias_matched_binaries(Blocks1, + State#aca.counter, + State#aca.match_aliases), + + ModInfo = funcinfo_set(F, parameter_info, State#aca.parameter_info, + ModInfo0), + + {F#b_function{bs=Blocks,cnt=Counter}, ModInfo}; + false -> + {F, ModInfo0} + end. + +aca_1(Blocks, State) -> + %% We only handle block 0 as we don't yet support starting a match after a + %% test. This is generally good enough as the sys_core_bsm pass makes the + %% match instruction come first if possible, and it's rare for a function + %% to binary-match several parameters at once. + EntryBlock = maps:get(0, Blocks), + aca_enable_reuse(EntryBlock#b_blk.is, EntryBlock, Blocks, [], State). + +aca_enable_reuse([#b_set{op=bs_start_match,args=[Src]}=I0 | Rest], + EntryBlock, Blocks0, Acc, State0) -> + case aca_is_reuse_safe(Src, State0) of + true -> + {I, Last, Blocks1, State} = + aca_reuse_context(I0, EntryBlock, Blocks0, State0), + + Is = reverse([I|Acc]) ++ Rest, + Blocks = maps:put(0, EntryBlock#b_blk{is=Is,last=Last}, Blocks1), + + {Blocks, State}; + false -> + {Blocks0, State0} + end; +aca_enable_reuse([I | Is], EntryBlock, Blocks, Acc, State0) -> + UnusedParams0 = State0#aca.unused_parameters, + case ordsets:intersection(UnusedParams0, beam_ssa:used(I)) of + [] -> + aca_enable_reuse(Is, EntryBlock, Blocks, [I | Acc], State0); + PrematureUses -> + UnusedParams = ordsets:subtract(UnusedParams0, PrematureUses), + + %% Mark the offending parameters as unsuitable for context reuse. + ParamInfo = foldl(fun(A, Ps) -> + maps:put(A, {used_before_match, I}, Ps) + end, State0#aca.parameter_info, PrematureUses), + + State = State0#aca{ unused_parameters = UnusedParams, + parameter_info = ParamInfo }, + aca_enable_reuse(Is, EntryBlock, Blocks, [I | Acc], State) + end; +aca_enable_reuse([], _EntryBlock, Blocks, _Acc, State) -> + {Blocks, State}. + +aca_is_reuse_safe(Src, State) -> + %% Context reuse is unsafe unless all uses are dominated by the start_match + %% instruction. Since we only process block 0 it's enough to check if + %% they're unused so far. + ordsets:is_element(Src, State#aca.unused_parameters). + +aca_reuse_context(#b_set{dst=Dst, args=[Src]}=I0, Block, Blocks0, State0) -> + %% When matching fails on a reused context it needs to be converted back + %% to a binary. We only need to do this on the success path since it can't + %% be a context on the type failure path, but it's very common for these + %% to converge which requires special handling. + {State1, Last, Blocks} = + aca_handle_convergence(Src, State0, Block#b_blk.last, Blocks0), + + Aliases = maps:put(Src, {Last#b_br.succ, Dst}, State1#aca.match_aliases), + ParamInfo = maps:put(Src, suitable_for_reuse, State1#aca.parameter_info), + + State = State1#aca{ match_aliases = Aliases, + parameter_info = ParamInfo }, + + I = beam_ssa:add_anno(accepts_match_contexts, true, I0), + + {I, Last, Blocks, State}. + +aca_handle_convergence(Src, State0, Last0, Blocks0) -> + #b_br{fail=Fail0,succ=Succ0} = Last0, + + SuccPath = beam_ssa:rpo([Succ0], Blocks0), + FailPath = beam_ssa:rpo([Fail0], Blocks0), + + %% The promotion logic in alias_matched_binaries breaks down if the source + %% is used after the fail/success paths converge, as we have no way to tell + %% whether the source is a match context or something else past that point. + %% + %% We could handle this through clever insertion of phi nodes but it's + %% far simpler to copy either branch in its entirety. It doesn't matter + %% which one as long as they become disjoint. + ConvergedPaths = ordsets:intersection( + ordsets:from_list(SuccPath), + ordsets:from_list(FailPath)), + + case maps:is_key(Src, beam_ssa:uses(ConvergedPaths, Blocks0)) of + true -> + case shortest(SuccPath, FailPath) of + left -> + {Succ, Blocks, Counter} = + aca_copy_successors(Succ0, Blocks0, State0#aca.counter), + State = State0#aca{ counter = Counter }, + {State, Last0#b_br{succ=Succ}, Blocks}; + right -> + {Fail, Blocks, Counter} = + aca_copy_successors(Fail0, Blocks0, State0#aca.counter), + State = State0#aca{ counter = Counter }, + {State, Last0#b_br{fail=Fail}, Blocks} + end; + false -> + {State0, Last0, Blocks0} + end. + +shortest([_|As], [_|Bs]) -> shortest(As, Bs); +shortest([], _) -> left; +shortest(_, []) -> right. + +%% Copies all successor blocks of Lbl, returning the label to the entry block +%% of this copy. Since the copied blocks aren't referenced anywhere else, they +%% are all guaranteed to be dominated by Lbl. +aca_copy_successors(Lbl0, Blocks0, Counter0) -> + %% Building the block rename map up front greatly simplifies phi node + %% handling. + Path = beam_ssa:rpo([Lbl0], Blocks0), + {BRs, Counter1} = aca_cs_build_brs(Path, Counter0, #{}), + {Blocks, Counter} = aca_cs_1(Path, Blocks0, Counter1, #{}, BRs, #{}), + Lbl = maps:get(Lbl0, BRs), + {Lbl, Blocks, Counter}. + +aca_cs_build_brs([Lbl | Path], Counter0, Acc) -> + aca_cs_build_brs(Path, Counter0 + 1, maps:put(Lbl, Counter0, Acc)); +aca_cs_build_brs([], Counter, Acc) -> + {Acc, Counter}. + +aca_cs_1([Lbl0 | Path], Blocks, Counter0, VRs0, BRs, Acc0) -> + Block0 = maps:get(Lbl0, Blocks), + Lbl = maps:get(Lbl0, BRs), + {VRs, Block, Counter} = aca_cs_block(Block0, Counter0, VRs0, BRs), + Acc = maps:put(Lbl, Block, Acc0), + aca_cs_1(Path, Blocks, Counter, VRs, BRs, Acc); +aca_cs_1([], Blocks, Counter, _VRs, _BRs, Acc) -> + {maps:merge(Blocks, Acc), Counter}. + +aca_cs_block(#b_blk{is=Is0,last=Last0}=Block0, Counter0, VRs0, BRs) -> + {VRs, Is, Counter} = aca_cs_is(Is0, Counter0, VRs0, BRs, []), + Last = aca_cs_last(Last0, VRs, BRs), + Block = Block0#b_blk{is=Is,last=Last}, + {VRs, Block, Counter}. + +aca_cs_is([#b_set{op=Op, + dst=Dst0, + args=Args0}=I0 | Is], + Counter0, VRs0, BRs, Acc) -> + Args = case Op of + phi -> aca_cs_args_phi(Args0, VRs0, BRs); + _ -> aca_cs_args(Args0, VRs0) + end, + Counter = Counter0 + 1, + Dst = #b_var{name={'@ssa_bsm_aca',Counter}}, + I = I0#b_set{dst=Dst,args=Args}, + VRs = maps:put(Dst0, Dst, VRs0), + aca_cs_is(Is, Counter, VRs, BRs, [I | Acc]); +aca_cs_is([], Counter, VRs, _BRs, Acc) -> + {VRs, reverse(Acc), Counter}. + +aca_cs_last(#b_switch{arg=Arg0,list=Switch0,fail=Fail0}=Sw, VRs, BRs) -> + Switch = [{Literal, maps:get(Lbl, BRs)} || {Literal, Lbl} <- Switch0], + Sw#b_switch{arg=aca_cs_arg(Arg0, VRs), + fail=maps:get(Fail0, BRs), + list=Switch}; +aca_cs_last(#b_br{bool=Arg0,succ=Succ0,fail=Fail0}=Br, VRs, BRs) -> + Br#b_br{bool=aca_cs_arg(Arg0, VRs), + succ=maps:get(Succ0, BRs), + fail=maps:get(Fail0, BRs)}; +aca_cs_last(#b_ret{arg=Arg0}=Ret, VRs, _BRs) -> + Ret#b_ret{arg=aca_cs_arg(Arg0, VRs)}. + +aca_cs_args_phi([{Arg, Lbl} | Args], VRs, BRs) -> + case BRs of + #{ Lbl := New } -> + [{aca_cs_arg(Arg, VRs), New} | aca_cs_args_phi(Args, VRs, BRs)]; + #{} -> + aca_cs_args_phi(Args, VRs, BRs) + end; +aca_cs_args_phi([], _VRs, _BRs) -> + []. + +aca_cs_args([Arg | Args], VRs) -> + [aca_cs_arg(Arg, VRs) | aca_cs_args(Args, VRs)]; +aca_cs_args([], _VRs) -> + []. + +aca_cs_arg(#b_remote{mod=Mod0,name=Name0}=Rem, VRs) -> + Mod = aca_cs_arg(Mod0, VRs), + Name = aca_cs_arg(Name0, VRs), + Rem#b_remote{mod=Mod,name=Name}; +aca_cs_arg(Arg, VRs) -> + case VRs of + #{ Arg := New } -> New; + #{} -> Arg + end. + +%% Allows contexts to pass through "wrapper functions" where the context is +%% passed directly to a function that accepts match contexts (including other +%% wrappers). +%% +%% This does not alter the function in any way, it only changes parameter info +%% so that skip_outgoing_tail_extraction is aware that it's safe to pass +%% contexts to us. + +allow_context_passthrough({Fs, ModInfo0}) -> + ModInfo = + acp_forward_params([{F, beam_ssa:uses(F#b_function.bs)} || F <- Fs], + ModInfo0), + {Fs, ModInfo}. + +acp_forward_params(FsUses, ModInfo0) -> + F = fun({#b_function{args=Parameters}=Func, UseMap}, ModInfo) -> + ParamInfo = + foldl(fun(Param, ParamInfo) -> + Uses = maps:get(Param, UseMap, []), + acp_1(Param, Uses, ModInfo, ParamInfo) + end, + funcinfo_get(Func, parameter_info, ModInfo), + Parameters), + funcinfo_set(Func, parameter_info, ParamInfo, ModInfo) + end, + %% Allowing context passthrough on one function may make it possible to + %% enable it on another, so it needs to be repeated for maximum effect. + case foldl(F, ModInfo0, FsUses) of + ModInfo0 -> ModInfo0; + Changed -> acp_forward_params(FsUses, Changed) + end. + +%% We have no way to know if an argument is a context, so it's only safe to +%% forward them if they're passed exactly once in the first block. Any other +%% uses are unsafe, including function_clause errors. +acp_1(Param, [{0, #b_set{op=call}=I}], ModInfo, ParamInfo) -> + %% We don't need to provide a context chain as our callers make sure that + %% multiple arguments never reference the same context. + case check_context_call(I, Param, [], ModInfo) of + {no_match_on_entry, _} -> ParamInfo; + Other -> maps:put(Param, Other, ParamInfo) + end; +acp_1(_Param, _Uses, _ModInfo, ParamInfo) -> + ParamInfo. + +%% This is conceptually similar to combine_matches but operates across +%% functions. Whenever a tail binary is passed to a parameter that accepts +%% match contexts we'll pass the context instead, improving performance by +%% avoiding the creation of a new match context in the callee. +%% +%% We also create an alias to delay extraction until it's needed as an actual +%% binary, which is often rare on the happy path. The cost of being wrong is +%% negligible (`bs_test_unit + bs_get_tail` vs `bs_get_binary`) so we're +%% applying it unconditionally to keep things simple. + +-record(sote, { definitions :: beam_ssa:definition_map(), + mod_info :: module_info(), + match_aliases = #{} :: match_alias_map() }). + +skip_outgoing_tail_extraction({Fs0, ModInfo}) -> + Fs = map(fun(F) -> skip_outgoing_tail_extraction(F, ModInfo) end, Fs0), + {Fs, ModInfo}. + +skip_outgoing_tail_extraction(#b_function{bs=Blocks0}=F, ModInfo) -> + case funcinfo_get(F, has_bsm_ops, ModInfo) of + true -> + State0 = #sote{ definitions = beam_ssa:definitions(Blocks0), + mod_info = ModInfo }, + + {Blocks1, State} = beam_ssa:mapfold_instrs_rpo( + fun sote_rewrite_calls/2, [0], State0, Blocks0), + + {Blocks, Counter} = alias_matched_binaries(Blocks1, + F#b_function.cnt, + State#sote.match_aliases), + + F#b_function{bs=Blocks,cnt=Counter}; + false -> + F + end. + +sote_rewrite_calls(#b_set{op=call,args=Args}=Call, State) -> + sote_rewrite_call(Call, Args, [], State); +sote_rewrite_calls(I, State) -> + {I, State}. + +sote_rewrite_call(Call, [], ArgsOut, State) -> + {Call#b_set{args=reverse(ArgsOut)}, State}; +sote_rewrite_call(Call0, [Arg | ArgsIn], ArgsOut, State0) -> + case is_tail_binary(Arg, State0#sote.definitions) of + true -> + CtxChain = context_chain_of(Arg, State0#sote.definitions), + case check_context_call(Call0, Arg, CtxChain, State0#sote.mod_info) of + suitable_for_reuse -> + Ctx = match_context_of(Arg, State0#sote.definitions), + + MatchAliases0 = State0#sote.match_aliases, + MatchAliases = maps:put(Arg, {0, Ctx}, MatchAliases0), + State = State0#sote{ match_aliases = MatchAliases }, + + Call = beam_ssa:add_anno(bsm_info, context_reused, Call0), + sote_rewrite_call(Call, ArgsIn, [Ctx | ArgsOut], State); + Other -> + Call = beam_ssa:add_anno(bsm_info, Other, Call0), + sote_rewrite_call(Call, ArgsIn, [Arg | ArgsOut], State0) + end; + false -> + sote_rewrite_call(Call0, ArgsIn, [Arg | ArgsOut], State0) + end. + +%% Adds parameter_type_info annotations to help the validator determine whether +%% our optimizations were safe. + +annotate_context_parameters({Fs, ModInfo}) -> + mapfoldl(fun annotate_context_parameters/2, ModInfo, Fs). + +annotate_context_parameters(F, ModInfo) -> + ParamInfo = funcinfo_get(F, parameter_info, ModInfo), + TypeAnno0 = beam_ssa:get_anno(parameter_type_info, F, #{}), + TypeAnno = maps:fold(fun(K, _V, Acc) when is_map_key(K, Acc) -> + %% Assertion. + error(conflicting_parameter_types); + (K, suitable_for_reuse, Acc) -> + Acc#{ K => match_context }; + (_K, _V, Acc) -> + Acc + end, TypeAnno0, ParamInfo), + {beam_ssa:add_anno(parameter_type_info, TypeAnno, F), ModInfo}. + +%%% +%%% +bin_opt_info +%%% + +collect_opt_info(Fs) -> + foldl(fun(#b_function{bs=Blocks}=F, Acc0) -> + UseMap = beam_ssa:uses(Blocks), + Where = beam_ssa:get_anno(location, F, []), + beam_ssa:fold_instrs_rpo( + fun(I, Acc) -> + collect_opt_info_1(I, Where, UseMap, Acc) + end, [0], Acc0, Blocks) + end, [], Fs). + +collect_opt_info_1(#b_set{op=Op,anno=Anno,dst=Dst}=I, Where, UseMap, Acc0) -> + case is_tail_binary(I) of + true when Op =:= bs_match -> + %% The uses include when the context is passed raw, so we discard + %% everything but the bs_extract instruction to limit warnings to + %% unoptimized uses. + Uses0 = maps:get(Dst, UseMap, []), + case [E || {_, #b_set{op=bs_extract}=E} <- Uses0] of + [Use] -> add_unopt_binary_info(Use, false, Where, UseMap, Acc0); + [] -> Acc0 + end; + true -> + %% Add a warning for each use. Note that we don't do anything + %% special if unused as a later pass will remove this instruction + %% anyway. + Uses = maps:get(Dst, UseMap, []), + foldl(fun({_Lbl, Use}, Acc) -> + add_unopt_binary_info(Use, false, Where, UseMap, Acc) + end, Acc0, Uses); + false -> + add_opt_info(Anno, Where, Acc0) + end; +collect_opt_info_1(#b_ret{anno=Anno}, Where, _UseMap, Acc) -> + add_opt_info(Anno, Where, Acc); +collect_opt_info_1(_I, _Where, _Uses, Acc) -> + Acc. + +add_opt_info(Anno, Where, Acc) -> + case maps:find(bsm_info, Anno) of + {ok, Term} -> [make_warning(Term, Anno, Where) | Acc]; + error -> Acc + end. + +%% When an alias is promoted we need to figure out where it goes to ignore +%% warnings for compiler-generated things, and provide more useful warnings in +%% general. +%% +%% We track whether the binary has been used to build another term because it +%% can be helpful when there's no line information. + +add_unopt_binary_info(#b_set{op=Follow,dst=Dst}, _Nested, Where, UseMap, Acc0) + when Follow =:= put_tuple; + Follow =:= put_list; + Follow =:= put_map -> + %% Term-building instructions. + {_, Uses} = unzip(maps:get(Dst, UseMap, [])), + foldl(fun(Use, Acc) -> + add_unopt_binary_info(Use, true, Where, UseMap, Acc) + end, Acc0, Uses); +add_unopt_binary_info(#b_set{op=Follow,dst=Dst}, Nested, Where, UseMap, Acc0) + when Follow =:= bs_extract; + Follow =:= phi -> + %% Non-building instructions that need to be followed. + {_, Uses} = unzip(maps:get(Dst, UseMap, [])), + foldl(fun(Use, Acc) -> + add_unopt_binary_info(Use, Nested, Where, UseMap, Acc) + end, Acc0, Uses); +add_unopt_binary_info(#b_set{op=call, + args=[#b_remote{mod=#b_literal{val=erlang}, + name=#b_literal{val=error}} | + _Ignored]}, + _Nested, _Where, _UseMap, Acc) -> + %% There's no nice way to tell compiler-generated exceptions apart from + %% user ones so we ignore them all. I doubt anyone cares. + Acc; +add_unopt_binary_info(#b_switch{anno=Anno}=I, Nested, Where, _UseMap, Acc) -> + [make_promotion_warning(I, Nested, Anno, Where) | Acc]; +add_unopt_binary_info(#b_set{anno=Anno}=I, Nested, Where, _UseMap, Acc) -> + [make_promotion_warning(I, Nested, Anno, Where) | Acc]; +add_unopt_binary_info(#b_ret{anno=Anno}=I, Nested, Where, _UseMap, Acc) -> + [make_promotion_warning(I, Nested, Anno, Where) | Acc]; +add_unopt_binary_info(#b_br{anno=Anno}=I, Nested, Where, _UseMap, Acc) -> + [make_promotion_warning(I, Nested, Anno, Where) | Acc]. + +make_promotion_warning(I, Nested, Anno, Where) -> + make_warning({binary_created, I, Nested}, Anno, Where). + +make_warning(Term, Anno, Where) -> + {File, Line} = maps:get(location, Anno, Where), + {File,[{Line,?MODULE,Term}]}. + +format_opt_info(context_reused) -> + "OPTIMIZED: match context reused"; +format_opt_info({binary_created, _, _}=Promotion) -> + io_lib:format("BINARY CREATED: ~s", [format_opt_info_1(Promotion)]); +format_opt_info(Other) -> + io_lib:format("NOT OPTIMIZED: ~s", [format_opt_info_1(Other)]). + +format_opt_info_1({binary_created, #b_set{op=call,args=[Call|_]}, false}) -> + io_lib:format("binary is used in call to ~s which doesn't support " + "context reuse", [format_call(Call)]); +format_opt_info_1({binary_created, #b_set{op=call,args=[Call|_]}, true}) -> + io_lib:format("binary is used in term passed to ~s", + [format_call(Call)]); +format_opt_info_1({binary_created, #b_set{op={bif, BIF},args=Args}, false}) -> + io_lib:format("binary is used in ~p/~p which doesn't support context " + "reuse", [BIF, length(Args)]); +format_opt_info_1({binary_created, #b_set{op={bif, BIF},args=Args}, true}) -> + io_lib:format("binary is used in term passed to ~p/~p", + [BIF, length(Args)]); +format_opt_info_1({binary_created, #b_set{op=Op}, false}) -> + io_lib:format("binary is used in '~p' which doesn't support context " + "reuse", [Op]); +format_opt_info_1({binary_created, #b_set{op=Op}, true}) -> + io_lib:format("binary is used in term passed to '~p'", [Op]); +format_opt_info_1({binary_created, #b_ret{}, false}) -> + io_lib:format("binary is returned from the function", []); +format_opt_info_1({binary_created, #b_ret{}, true}) -> + io_lib:format("binary is used in a term that is returned from the " + "function", []); +format_opt_info_1({unsuitable_call, {Call, Inner}}) -> + io_lib:format("binary used in call to ~s, where ~s", + [format_call(Call), format_opt_info_1(Inner)]); +format_opt_info_1({remote_call, Call}) -> + io_lib:format("binary is used in remote call to ~s", [format_call(Call)]); +format_opt_info_1({fun_call, Call}) -> + io_lib:format("binary is used in fun call (~s)", + [format_call(Call)]); +format_opt_info_1({multiple_uses_in_call, Call}) -> + io_lib:format("binary is passed as multiple arguments to ~s", + [format_call(Call)]); +format_opt_info_1({no_match_on_entry, Call}) -> + io_lib:format("binary is used in call to ~s which does not begin with a " + "suitable binary match", [format_call(Call)]); +format_opt_info_1({used_before_match, #b_set{op=call,args=[Call|_]}}) -> + io_lib:format("binary is used in call to ~s before being matched", + [format_call(Call)]); +format_opt_info_1({used_before_match, #b_set{op={bif, BIF},args=Args}}) -> + io_lib:format("binary is used in ~p/~p before being matched", + [BIF, length(Args)]); +format_opt_info_1({used_before_match, #b_set{op=phi}}) -> + io_lib:format("binary is returned from an expression before being " + "matched", []); +format_opt_info_1({used_before_match, #b_set{op=Op}}) -> + io_lib:format("binary is used in '~p' before being matched",[Op]); +format_opt_info_1(Term) -> + io_lib:format("~w", [Term]). + +format_call(#b_local{name=#b_literal{val=F},arity=A}) -> + io_lib:format("~p/~p", [F, A]); +format_call(#b_remote{mod=#b_literal{val=M},name=#b_literal{val=F},arity=A}) -> + io_lib:format("~p:~p/~p", [M, F, A]); +format_call(Fun) -> + io_lib:format("~p", [Fun]). diff --git a/lib/compiler/src/beam_ssa_codegen.erl b/lib/compiler/src/beam_ssa_codegen.erl new file mode 100644 index 0000000000..3c14062d0b --- /dev/null +++ b/lib/compiler/src/beam_ssa_codegen.erl @@ -0,0 +1,2034 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% Purpose: Generate BEAM assembly code from the SSA format. + +-module(beam_ssa_codegen). + +-export([module/2]). +-export([classify_heap_need/2]). %Called from beam_ssa_pre_codegen. + +-export_type([ssa_register/0]). + +-include("beam_ssa.hrl"). + +-import(lists, [foldl/3,keymember/3,keysort/2,last/1,map/2,mapfoldl/3, + reverse/1,reverse/2,sort/1,splitwith/2,takewhile/2]). + +-record(cg, {lcount=1 :: beam_label(), %Label counter + functable=#{} :: #{fa()=>beam_label()}, + labels=#{} :: #{ssa_label()=>0|beam_label()}, + used_labels=gb_sets:empty() :: gb_sets:set(ssa_label()), + regs=#{} :: #{beam_ssa:var_name()=>ssa_register()}, + ultimate_fail=1 :: beam_label(), + catches=gb_sets:empty() :: gb_sets:set(ssa_label()) + }). + +-spec module(beam_ssa:b_module(), [compile:option()]) -> + {'ok',beam_asm:module_code()}. + +module(#b_module{name=Mod,exports=Es,attributes=Attrs,body=Fs}, _Opts) -> + {Asm,St} = functions(Fs, {atom,Mod}), + {ok,{Mod,Es,Attrs,Asm,St#cg.lcount}}. + +-record(need, {h=0 :: non_neg_integer(), + f=0 :: non_neg_integer()}). + +-record(cg_blk, {anno=#{} :: anno(), + is=[] :: [instruction()], + last :: terminator()}). + +-record(cg_set, {anno=#{} :: anno(), + dst :: b_var(), + op :: beam_ssa:op(), + args :: [beam_ssa:argument() | xreg()]}). + +-record(cg_alloc, {anno=#{} :: anno(), + stack=none :: 'none' | pos_integer(), + words=#need{} :: #need{}, + live :: 'undefined' | pos_integer(), + def_yregs=[] :: [yreg()] + }). + +-record(cg_br, {bool :: beam_ssa:value(), + succ :: ssa_label(), + fail :: ssa_label() + }). +-record(cg_ret, {arg :: cg_value(), + dealloc=none :: 'none' | pos_integer() + }). +-record(cg_switch, {arg :: cg_value(), + fail :: ssa_label(), + list :: [sw_list_item()] + }). + +-type fa() :: {beam_asm:function_name(),arity()}. +-type ssa_label() :: beam_ssa:label(). +-type beam_label() :: beam_asm:label(). + +-type anno() :: beam_ssa:anno(). + +-type b_var() :: beam_ssa:b_var(). +-type b_literal() :: beam_ssa:b_literal(). + +-type cg_value() :: beam_ssa:value() | xreg(). + +-type cg_set() :: #cg_set{}. +-type cg_alloc() :: #cg_alloc{}. + +-type instruction() :: cg_set() | cg_alloc(). + +-type cg_br() :: #cg_br{}. +-type cg_ret() :: #cg_ret{}. +-type cg_switch() :: #cg_switch{}. +-type terminator() :: cg_br() | cg_ret() | cg_switch(). + +-type sw_list_item() :: {b_literal(),ssa_label()}. + +-type reg_num() :: beam_asm:reg_num(). +-type xreg() :: {'x',reg_num()}. +-type yreg() :: {'y',reg_num()}. + +-type ssa_register() :: xreg() | yreg() | {'fr',reg_num()} | {'z',reg_num()}. + +functions(Forms, AtomMod) -> + mapfoldl(fun (F, St) -> function(F, AtomMod, St) end, + #cg{lcount=1}, Forms). + +function(#b_function{anno=Anno,bs=Blocks}, AtomMod, St0) -> + #{func_info:={_,Name,Arity}} = Anno, + try + assert_badarg_block(Blocks), %Assertion. + Regs = maps:get(registers, Anno), + St1 = St0#cg{labels=#{},used_labels=gb_sets:empty(), + regs=Regs}, + {Fi,St2} = new_label(St1), %FuncInfo label + {Entry,St3} = local_func_label(Name, Arity, St2), + {Ult,St4} = new_label(St3), %Ultimate failure + Labels = (St4#cg.labels)#{0=>Entry,?BADARG_BLOCK=>0}, + St5 = St4#cg{labels=Labels,used_labels=gb_sets:singleton(Entry), + ultimate_fail=Ult}, + {Body,St} = cg_fun(Blocks, St5), + Asm = [{label,Fi},line(Anno), + {func_info,AtomMod,{atom,Name},Arity}] ++ + add_parameter_annos(Body, Anno) ++ + [{label,Ult},if_end], + Func = {function,Name,Arity,Entry,Asm}, + {Func,St} + catch + Class:Error:Stack -> + io:fwrite("Function: ~w/~w\n", [Name,Arity]), + erlang:raise(Class, Error, Stack) + end. + +assert_badarg_block(Blocks) -> + %% Assertion: ?BADARG_BLOCK must be the call erlang:error(badarg). + case Blocks of + #{?BADARG_BLOCK:=Blk} -> + #b_blk{is=[#b_set{op=call,dst=Ret, + args=[#b_remote{mod=#b_literal{val=erlang}, + name=#b_literal{val=error}}, + #b_literal{val=badarg}]}], + last=#b_ret{arg=Ret}} = Blk, + ok; + #{} -> + %% ?BADARG_BLOCK has been removed because it was never used. + ok + end. + +add_parameter_annos([{label, _}=Entry | Body], Anno) -> + ParamInfo = maps:get(parameter_type_info, Anno, #{}), + Annos = maps:fold( + fun(K, V, Acc) when is_map_key(K, ParamInfo) -> + TypeInfo = maps:get(K, ParamInfo), + [{'%', {type_info, V, TypeInfo}} | Acc]; + (_K, _V, Acc) -> + Acc + end, [], maps:get(registers, Anno)), + [Entry | Annos] ++ Body. + +cg_fun(Blocks, St0) -> + Linear0 = linearize(Blocks), + St = collect_catch_labels(Linear0, St0), + Linear1 = need_heap(Linear0), + Linear2 = prefer_xregs(Linear1, St), + Linear3 = liveness(Linear2, St), + Linear4 = defined(Linear3, St), + Linear = opt_allocate(Linear4, St), + cg_linear(Linear, St). + +%% collect_catch_labels(Linear, St) -> St. +%% Collect all catch labels (labels for blocks that begin +%% with 'landingpad' instructions) for later use. + +collect_catch_labels(Linear, St) -> + Labels = collect_catch_labels_1(Linear), + St#cg{catches=gb_sets:from_list(Labels)}. + +collect_catch_labels_1([{L,#cg_blk{is=[#cg_set{op=landingpad}|_]}}|Bs]) -> + [L|collect_catch_labels_1(Bs)]; +collect_catch_labels_1([_|Bs]) -> + collect_catch_labels_1(Bs); +collect_catch_labels_1([]) -> []. + +%% need_heap([{BlockLabel,Block]) -> [{BlockLabel,Block}]. +%% Insert need_heap instructions in the instruction list. Try to be smart and +%% collect them together as much as possible. + +need_heap(Bs0) -> + Bs1 = need_heap_allocs(Bs0, #{}), + {Bs,#need{h=0,f=0}} = need_heap_blks(reverse(Bs1), #need{}, []), + Bs. + +need_heap_allocs([{L,#cg_blk{is=Is0,last=Terminator}=Blk0}|Bs], Counts0) -> + Next = next_block(Bs), + Successors = successors(Terminator), + Counts = foldl(fun(S, Cnts) -> + case Cnts of + #{S:=C} -> Cnts#{S:=C+1}; + #{} when S =:= Next -> Cnts#{S=>1}; + #{} -> Cnts#{S=>42} + end + end, Counts0, Successors), + case Counts of + #{L:=1} -> + [{L,Blk0}|need_heap_allocs(Bs, Counts)]; + #{L:=_} -> + %% This block has multiple predecessors. Force an allocation + %% in this block so that the predecessors don't need to do + %% an allocation on behalf of this block. + Is = case need_heap_never(Is0) of + true -> Is0; + false -> [#cg_alloc{}|Is0] + end, + Blk = Blk0#cg_blk{is=Is}, + [{L,Blk}|need_heap_allocs(Bs, Counts)]; + #{} -> + [{L,Blk0}|need_heap_allocs(Bs, Counts)] + end; +need_heap_allocs([], _) -> []. + +need_heap_never([#cg_alloc{}|_]) -> true; +need_heap_never([#cg_set{op=recv_next}|_]) -> true; +need_heap_never([#cg_set{op=wait}|_]) -> true; +need_heap_never(_) -> false. + +need_heap_blks([{L,#cg_blk{is=Is0}=Blk0}|Bs], H0, Acc) -> + {Is1,H1} = need_heap_is(reverse(Is0), H0, []), + {Ns,H} = need_heap_terminator(Bs, L, H1), + Is = Ns ++ Is1, + Blk = Blk0#cg_blk{is=Is}, + need_heap_blks(Bs, H, [{L,Blk}|Acc]); +need_heap_blks([], H, Acc) -> + {Acc,H}. + +need_heap_is([#cg_alloc{words=Words}=Alloc0|Is], N, Acc) -> + Alloc = Alloc0#cg_alloc{words=add_heap_words(N, Words)}, + need_heap_is(Is, #need{}, [Alloc|Acc]); +need_heap_is([#cg_set{anno=Anno,op=bs_init}=I0|Is], N, Acc) -> + Alloc = case need_heap_need(N) of + [#cg_alloc{words=Need}] -> alloc(Need); + [] -> 0 + end, + I = I0#cg_set{anno=Anno#{alloc=>Alloc}}, + need_heap_is(Is, #need{}, [I|Acc]); +need_heap_is([#cg_set{op=Op,args=Args}=I|Is], N, Acc) -> + case classify_heap_need(Op, Args) of + {put,Words} -> + %% Pass through adding to needed heap. + need_heap_is(Is, add_heap_words(N, Words), [I|Acc]); + put_float -> + need_heap_is(Is, add_heap_float(N), [I|Acc]); + neutral -> + need_heap_is(Is, N, [I|Acc]); + gc -> + need_heap_is(Is, #need{}, [I]++need_heap_need(N)++Acc) + end; +need_heap_is([], N, Acc) -> + {Acc,N}. + +need_heap_terminator([{_,#cg_blk{last=#cg_br{succ=L,fail=L}}}|_], L, N) -> + %% Fallthrough. + {[],N}; +need_heap_terminator([{_,#cg_blk{is=Is,last=#cg_br{succ=L}}}|_], L, N) -> + case need_heap_need(N) of + [] -> + {[],#need{}}; + [_|_]=Alloc -> + %% If the preceding instructions are a binary construction, + %% hoist the allocation and incorporate into the bs_init + %% instruction. + case reverse(Is) of + [#cg_set{op=succeeded},#cg_set{op=bs_init}|_] -> + {[],N}; + [#cg_set{op=bs_put}|_] -> + {[],N}; + _ -> + %% Not binary construction. Must emit an allocation + %% instruction in this block. + {Alloc,#need{}} + end + end; +need_heap_terminator([{_,#cg_blk{}}|_], _, N) -> + {need_heap_need(N),#need{}}; +need_heap_terminator([], _, H) -> + {need_heap_need(H),#need{}}. + +need_heap_need(#need{h=0,f=0}) -> []; +need_heap_need(#need{}=N) -> [#cg_alloc{words=N}]. + +add_heap_words(#need{h=H1,f=F1}, #need{h=H2,f=F2}) -> + #need{h=H1+H2,f=F1+F2}; +add_heap_words(#need{h=Heap}=N, Words) when is_integer(Words) -> + N#need{h=Heap+Words}. + +add_heap_float(#need{f=F}=N) -> + N#need{f=F+1}. + +%% classify_heap_need(Operation, Arguments) -> +%% gc | neutral | {put,Words} | put_float. +%% Classify the heap need for this instruction. The return +%% values have the following meaning. +%% +%% {put,Words} means that the instruction will use Words words to build +%% something on the heap. +%% +%% 'put_float' means that the instruction will build one floating point +%% number on the heap. +%% +%% 'gc' means that that the instruction can potentially do a GC or throw an +%% exception. That means that an allocation instruction for any building +%% must be placed after this instruction. +%% +%% 'neutral' means that the instruction does nothing to disturb the heap. + +-spec classify_heap_need(beam_ssa:op(), [beam_ssa:value()]) -> + 'gc' | 'neutral' | + {'put',non_neg_integer()} | 'put_float'. + +classify_heap_need(put_list, _) -> + {put,2}; +classify_heap_need(put_tuple_arity, [#b_literal{val=Words}]) -> + {put,Words+1}; +classify_heap_need(put_tuple, Elements) -> + {put,length(Elements)+1}; +classify_heap_need({bif,Name}, Args) -> + case is_gc_bif(Name, Args) of + false -> neutral; + true -> gc + end; +classify_heap_need({float,Op}, _Args) -> + case Op of + get -> put_float; + _ -> neutral + end; +classify_heap_need(Name, _Args) -> + classify_heap_need(Name). + +%% classify_heap_need(Operation) -> gc | neutral. +%% Return either 'gc' or 'neutral'. +%% +%% 'gc' means that that the instruction can potentially do a GC or throw an +%% exception. That means that an allocation instruction for any building +%% must be placed after this instruction. +%% +%% 'neutral' means that the instruction does nothing to disturb the heap. +%% +%% Note: Only handle operations in this function that are not handled +%% by classify_heap_need/2. + +classify_heap_need(bs_add) -> gc; +classify_heap_need(bs_get) -> gc; +classify_heap_need(bs_get_tail) -> gc; +classify_heap_need(bs_init) -> gc; +classify_heap_need(bs_init_writable) -> gc; +classify_heap_need(bs_match_string) -> gc; +classify_heap_need(bs_put) -> neutral; +classify_heap_need(bs_restore) -> neutral; +classify_heap_need(bs_save) -> neutral; +classify_heap_need(bs_get_position) -> gc; +classify_heap_need(bs_set_position) -> neutral; +classify_heap_need(bs_skip) -> gc; +classify_heap_need(bs_start_match) -> neutral; +classify_heap_need(bs_test_tail) -> neutral; +classify_heap_need(bs_utf16_size) -> neutral; +classify_heap_need(bs_utf8_size) -> neutral; +classify_heap_need(build_stacktrace) -> gc; +classify_heap_need(call) -> gc; +classify_heap_need(catch_end) -> gc; +classify_heap_need(copy) -> neutral; +classify_heap_need(extract) -> gc; +classify_heap_need(get_hd) -> neutral; +classify_heap_need(get_map_element) -> neutral; +classify_heap_need(get_tl) -> neutral; +classify_heap_need(get_tuple_element) -> neutral; +classify_heap_need(has_map_field) -> neutral; +classify_heap_need(is_nonempty_list) -> neutral; +classify_heap_need(is_tagged_tuple) -> neutral; +classify_heap_need(kill_try_tag) -> gc; +classify_heap_need(landingpad) -> gc; +classify_heap_need(make_fun) -> gc; +classify_heap_need(new_try_tag) -> gc; +classify_heap_need(peek_message) -> gc; +classify_heap_need(put_map) -> gc; +classify_heap_need(put_tuple_elements) -> neutral; +classify_heap_need(raw_raise) -> gc; +classify_heap_need(recv_next) -> gc; +classify_heap_need(remove_message) -> neutral; +classify_heap_need(resume) -> gc; +classify_heap_need(set_tuple_element) -> gc; +classify_heap_need(succeeded) -> neutral; +classify_heap_need(timeout) -> gc; +classify_heap_need(wait) -> gc; +classify_heap_need(wait_timeout) -> gc. + +%%% +%%% Because beam_ssa_pre_codegen has inserted 'copy' instructions to copy +%%% variables that must be saved on the stack, a value can for some time +%%% be in both an X register and a Y register. +%%% +%%% Here we will keep track of variables that have the same value and +%%% rewrite instructions to use the variable that refers to the X +%%% register instead of the Y register. That could improve performance, +%%% since the BEAM interpreter have more optimized instructions +%%% operating on X registers than on Y registers. +%%% +%%% 'call' and 'make_fun' are handled somewhat specially. If a value +%%% already is in the correct X register, the X register will always +%%% be used instead of the Y register. However, if there are one or more +%%% values in the wrong X registers, the X registers variables will be +%%% used only if that does not cause more 'move' instructions to be +%%% be emitted than if the Y register variables were used. +%%% +%%% Here are some examples. The first example shows how a 'move' from +%%% an Y register is eliminated: +%%% +%%% move x0 y1 +%%% move y1 x0 %%Will be eliminated. +%%% +%%% call f/1 +%%% +%%% Here is an example when x0 and x1 must be swapped to load the argument +%%% registers. Here the 'call' instruction will use the Y registers to +%%% avoid introducing an extra 'move' insruction: +%%% +%%% move x0 y0 +%%% move x1 y1 +%%% +%%% move y0 x1 +%%% move y1 x0 +%%% +%%% call f/2 +%%% +%%% Using the X register to load the argument registers would need +%%% an extra 'move' instruction like this: +%%% +%%% move x0 y0 +%%% move x1 y1 +%%% +%%% move x1 x2 +%%% move x0 x1 +%%% move x2 x0 +%%% +%%% call f/2 +%%% + +prefer_xregs(Linear, St) -> + prefer_xregs(Linear, St, #{0=>#{}}). + +prefer_xregs([{L,#cg_blk{is=Is0,last=Last0}=Blk0}|Bs], St, Map0) -> + Copies0 = maps:get(L, Map0), + {Is,Copies} = prefer_xregs_is(Is0, St, Copies0, []), + Last = prefer_xregs_terminator(Last0, Copies, St), + Blk = Blk0#cg_blk{is=Is,last=Last}, + Successors = successors(Last), + Map = prefer_xregs_successors(Successors, Copies, Map0), + [{L,Blk}|prefer_xregs(Bs, St, Map)]; +prefer_xregs([], _St, _Map) -> []. + +prefer_xregs_successors([L|Ls], Copies0, Map0) -> + case Map0 of + #{L:=Copies1} -> + Copies = merge_copies(Copies0, Copies1), + Map = Map0#{L:=Copies}, + prefer_xregs_successors(Ls, Copies0, Map); + #{} -> + Map = Map0#{L=>Copies0}, + prefer_xregs_successors(Ls, Copies0, Map) + end; +prefer_xregs_successors([], _, Map) -> Map. + +prefer_xregs_is([#cg_alloc{}=I|Is], St, Copies0, Acc) -> + Copies = case I of + #cg_alloc{stack=none,words=#need{h=0,f=0}} -> + Copies0; + #cg_alloc{} -> + #{} + end, + prefer_xregs_is(Is, St, Copies, [I|Acc]); +prefer_xregs_is([#cg_set{op=copy,dst=Dst,args=[Src]}=I|Is], St, Copies0, Acc) -> + Copies1 = prefer_xregs_prune(I, Copies0, St), + Copies = case beam_args([Src,Dst], St) of + [Same,Same] -> Copies1; + [_,_] -> Copies1#{Dst=>Src} + end, + prefer_xregs_is(Is, St, Copies, [I|Acc]); +prefer_xregs_is([#cg_set{op=call,dst=Dst}=I0|Is], St, Copies, Acc) -> + I = prefer_xregs_call(I0, Copies, St), + prefer_xregs_is(Is, St, #{Dst=>{x,0}}, [I|Acc]); +prefer_xregs_is([#cg_set{op=make_fun,dst=Dst}=I0|Is], St, Copies, Acc) -> + I = prefer_xregs_call(I0, Copies, St), + prefer_xregs_is(Is, St, #{Dst=>{x,0}}, [I|Acc]); +prefer_xregs_is([#cg_set{op=set_tuple_element}=I|Is], St, Copies, Acc) -> + %% FIXME: HiPE translates the following code segment incorrectly: + %% {call_ext,3,{extfunc,erlang,setelement,3}}. + %% {move,{x,0},{y,3}}. + %% {set_tuple_element,{y,1},{y,3},1}. + %% Therefore, skip the translation of the arguments for set_tuple_element. + prefer_xregs_is(Is, St, Copies, [I|Acc]); +prefer_xregs_is([#cg_set{args=Args0}=I0|Is], St, Copies0, Acc) -> + Args = [do_prefer_xreg(A, Copies0, St) || A <- Args0], + I = I0#cg_set{args=Args}, + Copies = prefer_xregs_prune(I, Copies0, St), + prefer_xregs_is(Is, St, Copies, [I|Acc]); +prefer_xregs_is([], _St, Copies, Acc) -> + {reverse(Acc),Copies}. + +prefer_xregs_terminator(#cg_br{bool=Arg0}=I, Copies, St) -> + Arg = do_prefer_xreg(Arg0, Copies, St), + I#cg_br{bool=Arg}; +prefer_xregs_terminator(#cg_ret{arg=Arg0}=I, Copies, St) -> + Arg = do_prefer_xreg(Arg0, Copies, St), + I#cg_ret{arg=Arg}; +prefer_xregs_terminator(#cg_switch{arg=Arg0}=I, Copies, St) -> + Arg = do_prefer_xreg(Arg0, Copies, St), + I#cg_switch{arg=Arg}. + +prefer_xregs_prune(#cg_set{anno=#{clobbers:=true}}, _, _) -> + #{}; +prefer_xregs_prune(#cg_set{dst=Dst}, Copies, St) -> + DstReg = beam_arg(Dst, St), + F = fun(_, Alias) -> + beam_arg(Alias, St) =/= DstReg + end, + maps:filter(F, Copies). + +%% prefer_xregs_call(Instruction, Copies, St) -> Instruction. +%% Given a 'call' or 'make_fun' instruction, minimize the number +%% of 'move' instructions to set up the argument registers. +%% Prefer using X registers over Y registers, unless that will +%% result in more 'move' instructions. + +prefer_xregs_call(#cg_set{args=[_]}=I, _Copies, _St) -> + I; +prefer_xregs_call(#cg_set{args=[F|Args0]}=I, Copies, St) -> + case Args0 of + [A0] -> + %% Only one argument. Always prefer the X register + %% if available. + A = do_prefer_xreg(A0, Copies, St), + I#cg_set{args=[F,A]}; + [_|_] -> + %% Two or more arguments. Try rewriting arguments in + %% two ways and see which way produces the least + %% number of 'move' instructions. + Args1 = prefer_xregs_call_1(Args0, Copies, 0, St), + Args2 = [do_prefer_xreg(A, Copies, St) || A <- Args0], + case {count_moves(Args1, St),count_moves(Args2, St)} of + {N1,N2} when N1 < N2 -> + %% There will be fewer 'move' instructions if + %% we keep using Y registers. + I#cg_set{args=[F|Args1]}; + {_,_} -> + %% Always use the values in X registers. + I#cg_set{args=[F|Args2]} + end + end. + +count_moves(Args, St) -> + length(setup_args(beam_args(Args, St))). + +prefer_xregs_call_1([#b_var{}=A|As], Copies, X, St) -> + case {beam_arg(A, St),Copies} of + {{y,_},#{A:=Other}} -> + case beam_arg(Other, St) of + {x,X} -> + %% This value is already in the correct X register. + %% It is always benefical to use the X register variable. + [Other|prefer_xregs_call_1(As, Copies, X+1, St)]; + _ -> + %% This value is another X register. Keep using + %% the Y register variable. + [A|prefer_xregs_call_1(As, Copies, X+1, St)] + end; + {_,_} -> + %% The value is not available in an X register. + [A|prefer_xregs_call_1(As, Copies, X+1, St)] + end; +prefer_xregs_call_1([A|As], Copies, X, St) -> + [A|prefer_xregs_call_1(As, Copies, X+1, St)]; +prefer_xregs_call_1([], _, _, _) -> []. + +do_prefer_xreg(#b_var{}=A, Copies, St) -> + case {beam_arg(A, St),Copies} of + {{y,_},#{A:=Copy}} -> + Copy; + {_,_} -> + A + end; +do_prefer_xreg(A, _, _) -> A. + +merge_copies(Copies0, Copies1) when map_size(Copies0) =< map_size(Copies1) -> + maps:filter(fun(K, V) -> + case Copies1 of + #{K:=V} -> true; + #{} -> false + end + end, Copies0); +merge_copies(Copies0, Copies1) -> + merge_copies(Copies1, Copies0). + + +%%% +%%% Add annotations for the number of live registers. +%%% + +liveness(Linear, #cg{regs=Regs}) -> + liveness(reverse(Linear), #{}, Regs, []). + +liveness([{L,#cg_blk{is=Is0,last=Last0}=Blk0}|Bs], LiveMap0, Regs, Acc) -> + Successors = liveness_successors(Last0), + Live0 = ordsets:union([liveness_get(S, LiveMap0) || S <- Successors]), + Live1 = liveness_terminator(Last0, Live0), + {Is,Live} = liveness_is(reverse(Is0), Regs, Live1, []), + LiveMap = LiveMap0#{L=>Live}, + Blk = Blk0#cg_blk{is=Is}, + liveness(Bs, LiveMap, Regs, [{L,Blk}|Acc]); +liveness([], _LiveMap, _Regs, Acc) -> Acc. + +liveness_get(S, LiveMap) -> + case LiveMap of + #{S:=Live} -> Live; + #{} -> [] + end. + +liveness_successors(Terminator) -> + successors(Terminator) -- [?BADARG_BLOCK]. + +liveness_is([#cg_alloc{}=I0|Is], Regs, Live, Acc) -> + I = I0#cg_alloc{live=num_live(Live, Regs)}, + liveness_is(Is, Regs, Live, [I|Acc]); +liveness_is([#cg_set{dst=Dst,args=Args}=I0|Is], Regs, Live0, Acc) -> + Live1 = liveness_clobber(I0, Live0, Regs), + I1 = liveness_yregs_anno(I0, Live1, Regs), + Live2 = liveness_args(Args, Live1), + Live = ordsets:del_element(Dst, Live2), + I = liveness_anno(I1, Live, Regs), + liveness_is(Is, Regs, Live, [I|Acc]); +liveness_is([], _, Live, Acc) -> + {Acc,Live}. + +liveness_terminator(#cg_br{bool=Arg}, Live) -> + liveness_terminator_1(Arg, Live); +liveness_terminator(#cg_switch{arg=Arg}, Live) -> + liveness_terminator_1(Arg, Live); +liveness_terminator(#cg_ret{arg=Arg}, Live) -> + liveness_terminator_1(Arg, Live). + +liveness_terminator_1(#b_var{}=V, Live) -> + ordsets:add_element(V, Live); +liveness_terminator_1(#b_literal{}, Live) -> + Live; +liveness_terminator_1(Reg, Live) -> + _ = verify_beam_register(Reg), + ordsets:add_element(Reg, Live). + +liveness_args([#b_var{}=V|As], Live) -> + liveness_args(As, ordsets:add_element(V, Live)); +liveness_args([#b_remote{mod=Mod,name=Name}|As], Live) -> + liveness_args([Mod,Name|As], Live); +liveness_args([A|As], Live) -> + case is_beam_register(A) of + true -> + liveness_args(As, ordsets:add_element(A, Live)); + false -> + liveness_args(As, Live) + end; +liveness_args([], Live) -> Live. + +liveness_anno(#cg_set{op=Op}=I, Live, Regs) -> + case need_live_anno(Op) of + true -> + NumLive = num_live(Live, Regs), + Anno = (I#cg_set.anno)#{live=>NumLive}, + I#cg_set{anno=Anno}; + false -> + I + end. + +liveness_yregs_anno(#cg_set{op=Op,dst=Dst}=I, Live0, Regs) -> + case need_live_anno(Op) of + true -> + Live = ordsets:del_element(Dst, Live0), + LiveYregs = [V || V <- Live, is_yreg(V, Regs)], + Anno = (I#cg_set.anno)#{live_yregs=>LiveYregs}, + I#cg_set{anno=Anno}; + false -> + I + end. + +liveness_clobber(#cg_set{anno=Anno}, Live, Regs) -> + case Anno of + #{clobbers:=true} -> + [R || R <- Live, is_yreg(R, Regs)]; + _ -> + Live + end. + +is_yreg(R, Regs) -> + case Regs of + #{R:={y,_}} -> true; + #{} -> false + end. + +num_live(Live, Regs) -> + Rs = ordsets:from_list([get_register(V, Regs) || V <- Live]), + num_live_1(Rs, 0). + +num_live_1([{x,X}|T], X) -> + num_live_1(T, X+1); +num_live_1([{x,_}|_]=T, X) -> + %% error({hole,{x,X},expected,Next}); + num_live_1(T, X+1); +num_live_1([{y,_}|_], X) -> + X; +num_live_1([{z,_}|_], X) -> + X; +num_live_1([{fr,_}|T], X) -> + num_live_1(T, X); +num_live_1([], X) -> + X. + +get_live(#cg_set{anno=#{live:=Live}}) -> + Live. + +%% need_live_anno(Operation) -> true|false. +%% Return 'true' if the instruction needs a 'live' annotation with +%% the number live X registers, or 'false' otherwise. + +need_live_anno(Op) -> + case Op of + {bif,_} -> true; + bs_get -> true; + bs_init -> true; + bs_get_position -> true; + bs_get_tail -> true; + bs_start_match -> true; + bs_skip -> true; + call -> true; + put_map -> true; + _ -> false + end. + +%%% +%%% Add annotations for defined Y registers. +%%% + +defined(Linear, #cg{regs=Regs}) -> + def(Linear, #{}, Regs). + +def([{L,#cg_blk{is=Is0,last=Last}=Blk0}|Bs], DefMap0, Regs) -> + Def0 = def_get(L, DefMap0), + {Is,Def} = def_is(Is0, Regs, Def0, []), + Successors = successors(Last), + DefMap = def_successors(Successors, Def, DefMap0), + Blk = Blk0#cg_blk{is=Is}, + [{L,Blk}|def(Bs, DefMap, Regs)]; +def([], _, _) -> []. + +def_get(L, DefMap) -> + case DefMap of + #{L:=Def} -> Def; + #{} -> [] + end. + +def_is([#cg_alloc{anno=Anno0}=I0|Is], Regs, Def, Acc) -> + I = I0#cg_alloc{anno=Anno0#{def_yregs=>Def}}, + def_is(Is, Regs, Def, [I|Acc]); +def_is([#cg_set{op=kill_try_tag,args=[#b_var{}=Tag]}=I|Is], Regs, Def0, Acc) -> + Def = ordsets:del_element(Tag, Def0), + def_is(Is, Regs, Def, [I|Acc]); +def_is([#cg_set{op=catch_end,args=[#b_var{}=Tag|_]}=I|Is], Regs, Def0, Acc) -> + Def = ordsets:del_element(Tag, Def0), + def_is(Is, Regs, Def, [I|Acc]); +def_is([#cg_set{anno=Anno0,op=call,dst=Dst}=I0|Is], + Regs, Def0, Acc) -> + #{live_yregs:=LiveYregVars} = Anno0, + LiveRegs = gb_sets:from_list([maps:get(V, Regs) || V <- LiveYregVars]), + Kill0 = ordsets:subtract(Def0, LiveYregVars), + + %% Kill0 is the set of variables that have just died. However, the registers + %% used for killed variables may have been reused, so we must check that the + %% registers to be killed are not used by other variables. + Kill = [K || K <- Kill0, not gb_sets:is_element(maps:get(K, Regs), LiveRegs)], + Anno = Anno0#{def_yregs=>Def0,kill_yregs=>Kill}, + I = I0#cg_set{anno=Anno}, + Def1 = ordsets:subtract(Def0, Kill), + Def = def_add_yreg(Dst, Def1, Regs), + def_is(Is, Regs, Def, [I|Acc]); +def_is([#cg_set{anno=Anno0,op={bif,Bif},dst=Dst,args=Args}=I0|Is], + Regs, Def0, Acc) -> + Arity = length(Args), + I = case is_gc_bif(Bif, Args) orelse not erl_bifs:is_safe(erlang, Bif, Arity) of + true -> + I0#cg_set{anno=Anno0#{def_yregs=>Def0}}; + false -> + I0 + end, + Def = def_add_yreg(Dst, Def0, Regs), + def_is(Is, Regs, Def, [I|Acc]); +def_is([#cg_set{anno=Anno0,dst=Dst}=I0|Is], Regs, Def0, Acc) -> + I = case need_y_init(I0) of + true -> + I0#cg_set{anno=Anno0#{def_yregs=>Def0}}; + false -> + I0 + end, + Def = def_add_yreg(Dst, Def0, Regs), + def_is(Is, Regs, Def, [I|Acc]); +def_is([], _, Def, Acc) -> + {reverse(Acc),Def}. + +def_add_yreg(Dst, Def, Regs) -> + case is_yreg(Dst, Regs) of + true -> ordsets:add_element(Dst, Def); + false -> Def + end. + +def_successors([S|Ss], Def0, DefMap) -> + case DefMap of + #{S:=Def1} -> + Def = ordsets:intersection(Def0, Def1), + def_successors(Ss, Def0, DefMap#{S:=Def}); + #{} -> + def_successors(Ss, Def0, DefMap#{S=>Def0}) + end; +def_successors([], _, DefMap) -> DefMap. + +%% need_y_init(#cg_set{}) -> true|false. +%% Return true if this instructions needs initialized Y registers +%% (because the instruction may do a GC or cause an exception +%% so that the stack will be scanned), or false otherwise. + +need_y_init(#cg_set{anno=#{clobbers:=Clobbers}}) -> Clobbers; +need_y_init(#cg_set{op=bs_get}) -> true; +need_y_init(#cg_set{op=bs_get_position}) -> true; +need_y_init(#cg_set{op=bs_get_tail}) -> true; +need_y_init(#cg_set{op=bs_init}) -> true; +need_y_init(#cg_set{op=bs_skip,args=[#b_literal{val=Type}|_]}) -> + case Type of + utf8 -> true; + utf16 -> true; + utf32 -> true; + _ -> false + end; +need_y_init(#cg_set{op=bs_start_match}) -> true; +need_y_init(#cg_set{op=put_map}) -> true; +need_y_init(#cg_set{}) -> false. + +%% opt_allocate([{BlockLabel,Block}], #st{}) -> [BeamInstruction]. +%% Update the def_yregs field of each #cg_alloc{} that allocates +%% a stack frame. #cg_alloc.def_yregs will list all Y registers +%% that will be initialized by the subsequent code (thus, the +%% listed Y registers don't require init/1 instructions). + +opt_allocate(Linear, #cg{regs=Regs}) -> + opt_allocate_1(Linear, Regs). + +opt_allocate_1([{L,#cg_blk{is=[#cg_alloc{stack=Stk}=I0|Is]}=Blk0}|Bs]=Bs0, Regs) + when is_integer(Stk) -> + Yregs = opt_alloc_def(Bs0, gb_sets:singleton(L), []), + I = I0#cg_alloc{def_yregs=Yregs}, + [{L,Blk0#cg_blk{is=[I|Is]}}|opt_allocate_1(Bs, Regs)]; +opt_allocate_1([B|Bs], Regs) -> + [B|opt_allocate_1(Bs, Regs)]; +opt_allocate_1([], _) -> []. + +opt_alloc_def([{L,#cg_blk{is=Is,last=Last}}|Bs], Ws0, Def0) -> + case gb_sets:is_member(L, Ws0) of + false -> + opt_alloc_def(Bs, Ws0, Def0); + true -> + case opt_allocate_is(Is) of + none -> + Succ = successors(Last), + Ws = gb_sets:union(Ws0, gb_sets:from_list(Succ)), + opt_alloc_def(Bs, Ws, Def0); + Def1 when is_list(Def1) -> + Def = [Def1|Def0], + opt_alloc_def(Bs, Ws0, Def) + end + end; +opt_alloc_def([], _, Def) -> + ordsets:intersection(Def). + +opt_allocate_is([#cg_set{anno=Anno}|Is]) -> + case Anno of + #{def_yregs:=Yregs} -> + Yregs; + #{} -> + opt_allocate_is(Is) + end; +opt_allocate_is([#cg_alloc{anno=#{def_yregs:=Yregs},stack=none}|_]) -> + Yregs; +opt_allocate_is([#cg_alloc{}|Is]) -> + opt_allocate_is(Is); +opt_allocate_is([]) -> none. + +%%% +%%% Here follows the main code generation functions. +%%% + +%% cg_linear([{BlockLabel,Block}]) -> [BeamInstruction]. +%% Generate BEAM instructions. + +cg_linear([{L,#cg_blk{anno=#{recv_set:=L}=Anno0}=B0}|Bs], St0) -> + Anno = maps:remove(recv_set, Anno0), + B = B0#cg_blk{anno=Anno}, + {Is,St1} = cg_linear([{L,B}|Bs], St0), + {Fail,St} = use_block_label(L, St1), + {[{recv_set,Fail}|Is],St}; +cg_linear([{L,#cg_blk{is=Is0,last=Last}}|Bs], St0) -> + Next = next_block(Bs), + St1 = new_block_label(L, St0), + {Is1,St2} = cg_block(Is0, Last, Next, St1), + {Is2,St} = cg_linear(Bs, St2), + {def_block_label(L, St)++Is1++Is2,St}; +cg_linear([], St) -> {[],St}. + +cg_block([#cg_set{op=recv_next}], #cg_br{succ=Lr0}, _Next, St0) -> + {Lr,St} = use_block_label(Lr0, St0), + {[{loop_rec_end,Lr}],St}; +cg_block([#cg_set{op=wait}], #cg_br{succ=Lr0}, _Next, St0) -> + {Lr,St} = use_block_label(Lr0, St0), + {[{wait,Lr}],St}; +cg_block(Is0, Last, Next, St0) -> + case Last of + #cg_br{succ=Next,fail=Next} -> + cg_block(Is0, none, St0); + #cg_br{succ=Same,fail=Same} -> + {Fail,St1} = use_block_label(Same, St0), + {Is,St} = cg_block(Is0, none, St1), + {Is++[jump(Fail)],St}; + #cg_br{bool=Bool,succ=Next,fail=Fail0} -> + {Fail,St1} = use_block_label(Fail0, St0), + {Is,St} = cg_block(Is0, {Bool,Fail}, St1), + {Is,St}; + #cg_br{bool=Bool,succ=Succ0,fail=Fail0} -> + {[Succ,Fail],St1} = use_block_labels([Succ0,Fail0], St0), + {Is,St} = cg_block(Is0, {Bool,Fail}, St1), + {Is++[jump(Succ)],St}; + #cg_ret{arg=Src0,dealloc=N} -> + Src = beam_arg(Src0, St0), + cg_block(Is0, {return,Src,N}, St0); + #cg_switch{} -> + cg_switch(Is0, Last, St0) + end. + +cg_switch(Is0, Last, St0) -> + #cg_switch{arg=Src0,fail=Fail0,list=List0} = Last, + Src = beam_arg(Src0, St0), + {Fail1,St1} = use_block_label(Fail0, St0), + Fail = ensure_label(Fail1, St1), + {List1,St2} = + flatmapfoldl(fun({V,L}, S0) -> + {Lbl,S} = use_block_label(L, S0), + {[beam_arg(V, S),Lbl],S} + end, St1, List0), + {Is1,St} = cg_block(Is0, none, St2), + case reverse(Is1) of + [{bif,tuple_size,_,[Tuple],{z,_}=Src}|More] -> + List = map(fun({integer,Arity}) -> Arity; + ({f,_}=F) -> F + end, List1), + Is = reverse(More, [{select_tuple_arity,Tuple,Fail,{list,List}}]), + {Is,St}; + _ -> + SelectVal = {select_val,Src,Fail,{list,List1}}, + {Is1 ++ [SelectVal],St} + end. + +jump({f,_}=Fail) -> + {jump,Fail}; +jump({catch_tag,Fail}) -> + {jump,Fail}. + +bif_fail({f,_}=Fail) -> Fail; +bif_fail({catch_tag,_}) -> {f,0}. + +next_block([]) -> none; +next_block([{Next,_}|_]) -> Next. + +ensure_label(Fail0, #cg{ultimate_fail=Lbl}) -> + case bif_fail(Fail0) of + {f,0} -> {f,Lbl}; + {f,_}=Fail -> Fail + end. + +cg_block([#cg_set{anno=#{recv_mark:=L}=Anno0}=I0|T], Context, St0) -> + Anno = maps:remove(recv_mark, Anno0), + I = I0#cg_set{anno=Anno}, + {Is,St1} = cg_block([I|T], Context, St0), + {Fail,St} = use_block_label(L, St1), + {[{recv_mark,Fail}|Is],St}; +cg_block([#cg_set{op=new_try_tag,dst=Tag,args=Args}], {Tag,Fail0}, St) -> + {catch_tag,Fail} = Fail0, + [Reg,{atom,Kind}] = beam_args([Tag|Args], St), + {[{Kind,Reg,Fail}],St}; +cg_block([#cg_set{anno=Anno,op={bif,Name},dst=Dst0,args=Args0}=I, + #cg_set{op=succeeded,dst=Bool}], {Bool,Fail0}, St) -> + [Dst|Args] = beam_args([Dst0|Args0], St), + Line0 = call_line(body, {extfunc,erlang,Name,length(Args)}, Anno), + Fail = bif_fail(Fail0), + Line = case Fail of + {f,0} -> Line0; + {f,_} -> [] + end, + case is_gc_bif(Name, Args) of + true -> + Live = get_live(I), + Kill = kill_yregs(Anno, St), + {Kill++Line++[{gc_bif,Name,Fail,Live,Args,Dst}],St}; + false -> + {Line++[{bif,Name,Fail,Args,Dst}],St} + end; +cg_block([#cg_set{op={bif,tuple_size},dst=Arity0,args=[Tuple0]}, + #cg_set{op={bif,'=:='},dst=Bool,args=[Arity0,#b_literal{val=Ar}]}=Eq], + {Bool,Fail}=Context, St0) -> + Tuple = beam_arg(Tuple0, St0), + case beam_arg(Arity0, St0) of + {z,_} -> + %% The size will only be used once. Combine to a test_arity instruction. + Test = {test,test_arity,ensure_label(Fail, St0),[Tuple,Ar]}, + {[Test],St0}; + Arity -> + %% The size will be used more than once. Must do an explicit + %% BIF call followed by the '==' test. + TupleSize = {bif,tuple_size,{f,0},[Tuple],Arity}, + {Is,St} = cg_block([Eq], Context, St0), + {[TupleSize|Is],St} + end; +cg_block([#cg_set{op={bif,Name},dst=Dst0,args=Args0}]=Is0, {Dst0,Fail}, St0) -> + [Dst|Args] = beam_args([Dst0|Args0], St0), + case Dst of + {z,_} -> + %% The result of the BIF call will only be used once. Convert to + %% a test instruction. + Test = bif_to_test(Name, Args, ensure_label(Fail, St0)), + {Test,St0}; + _ -> + %% Must explicitly call the BIF since the result will be used + %% more than once. + {Is1,St1} = cg_block(Is0, none, St0), + {Is2,St} = cg_block([], {Dst0,Fail}, St1), + {Is1++Is2,St} + end; +cg_block([#cg_set{anno=Anno,op={bif,Name},dst=Dst0,args=Args0}=I|T], + Context, St0) -> + [Dst|Args] = beam_args([Dst0|Args0], St0), + {Is0,St} = cg_block(T, Context, St0), + case is_gc_bif(Name, Args) of + true -> + Line = call_line(body, {extfunc,erlang,Name,length(Args)}, Anno), + Live = get_live(I), + Kill = kill_yregs(Anno, St), + Is = Kill++Line++[{gc_bif,Name,{f,0},Live,Args,Dst}|Is0], + {Is,St}; + false -> + Is = [{bif,Name,{f,0},Args,Dst}|Is0], + {Is,St} + end; +cg_block([#cg_set{op=bs_init,dst=Dst0,args=Args0,anno=Anno}=I, + #cg_set{op=succeeded,dst=Bool}], {Bool,Fail0}, St) -> + Fail = bif_fail(Fail0), + Line = line(Anno), + Alloc = map_get(alloc, Anno), + [#b_literal{val=Kind}|Args1] = Args0, + case Kind of + new -> + [Dst,Size,{integer,Unit}] = beam_args([Dst0|Args1], St), + Live = get_live(I), + {[Line|cg_bs_init(Dst, Size, Alloc, Unit, Live, Fail)],St}; + private_append -> + [Dst,Src,Bits,{integer,Unit}] = beam_args([Dst0|Args1], St), + Flags = {field_flags,[]}, + Is = [Line,{bs_private_append,Fail,Bits,Unit,Src,Flags,Dst}], + {Is,St}; + append -> + [Dst,Src,Bits,{integer,Unit}] = beam_args([Dst0|Args1], St), + Flags = {field_flags,[]}, + Live = get_live(I), + Is = [Line,{bs_append,Fail,Bits,Alloc,Live,Unit,Src,Flags,Dst}], + {Is,St} + end; +cg_block([#cg_set{anno=Anno,op=bs_start_match,dst=Ctx0,args=[Bin0]}=I, + #cg_set{op=succeeded,dst=Bool}], {Bool,Fail}, St) -> + [Dst,Bin1] = beam_args([Ctx0,Bin0], St), + {Bin,Pre} = force_reg(Bin1, Dst), + Live = get_live(I), + %% num_slots is only set when using the old instructions. + case maps:find(num_slots, Anno) of + {ok, Slots} -> + Is = Pre ++ [{test,bs_start_match2,Fail,Live,[Bin,Slots],Dst}], + {Is,St}; + error -> + Is = Pre ++ [{test,bs_start_match3,Fail,Live,[Bin],Dst}], + {Is,St} + end; +cg_block([#cg_set{op=bs_get}=Set, + #cg_set{op=succeeded,dst=Bool}], {Bool,Fail}, St) -> + {cg_bs_get(Fail, Set, St),St}; +cg_block([#cg_set{op=bs_match_string,args=[CtxVar,#b_literal{val=String}]}, + #cg_set{op=succeeded,dst=Bool}], {Bool,Fail}, St) -> + CtxReg = beam_arg(CtxVar, St), + Is = [{test,bs_match_string,Fail,[CtxReg,String]}], + {Is,St}; +cg_block([#cg_set{dst=Dst0,op=landingpad,args=Args0}|T], Context, St0) -> + [Dst,{atom,Kind},Tag] = beam_args([Dst0|Args0], St0), + case Kind of + 'catch' -> + cg_catch(Dst, T, Context, St0); + 'try' -> + cg_try(Dst, Tag, T, Context, St0) + end; +cg_block([#cg_set{op=kill_try_tag,args=Args0}|Is], Context, St0) -> + [Reg] = beam_args(Args0, St0), + {Is0,St} = cg_block(Is, Context, St0), + {[{try_end,Reg}|Is0],St}; +cg_block([#cg_set{op=catch_end,dst=Dst0,args=Args0}|Is], Context, St0) -> + [Dst,Reg,{x,0}] = beam_args([Dst0|Args0], St0), + {Is0,St} = cg_block(Is, Context, St0), + {[{catch_end,Reg}|copy({x,0}, Dst)++Is0],St}; +cg_block([#cg_set{op=call}=I, + #cg_set{op=succeeded,dst=Bool}], {Bool,_Fail}, St) -> + %% A call in try/catch block. + cg_block([I], none, St); +cg_block([#cg_set{op=Op,dst=Dst0,args=Args0}=I, + #cg_set{op=succeeded,dst=Bool}], {Bool,Fail}, St) -> + [Dst|Args] = beam_args([Dst0|Args0], St), + {cg_test(Op, bif_fail(Fail), Args, Dst, I),St}; +cg_block([#cg_set{op=bs_put,dst=Bool,args=Args0}], {Bool,Fail}, St) -> + Args = beam_args(Args0, St), + {cg_bs_put(bif_fail(Fail), Args),St}; +cg_block([#cg_set{op=bs_test_tail,dst=Bool,args=Args0}], {Bool,Fail}, St) -> + [Ctx,{integer,Bits}] = beam_args(Args0, St), + {[{test,bs_test_tail2,bif_fail(Fail),[Ctx,Bits]}],St}; +cg_block([#cg_set{op={float,checkerror},dst=Bool}], {Bool,Fail}, St) -> + {[{fcheckerror,bif_fail(Fail)}],St}; +cg_block([#cg_set{op=is_tagged_tuple,dst=Bool,args=Args0}], {Bool,Fail}, St) -> + [Src,{integer,Arity},Tag] = beam_args(Args0, St), + {[{test,is_tagged_tuple,ensure_label(Fail, St),[Src,Arity,Tag]}],St}; +cg_block([#cg_set{op=is_nonempty_list,dst=Bool,args=Args0}], {Bool,Fail}, St) -> + Args = beam_args(Args0, St), + {[{test,is_nonempty_list,ensure_label(Fail, St),Args}],St}; +cg_block([#cg_set{op=has_map_field,dst=Bool,args=Args0}], {Bool,Fail}, St) -> + [Src,Key] = beam_args(Args0, St), + {[{test,has_map_fields,Fail,Src,{list,[Key]}}],St}; +cg_block([#cg_set{op=call}=Call], {_Bool,_Fail}=Context, St0) -> + {Is0,St1} = cg_call(Call, body, none, St0), + {Is1,St} = cg_block([], Context, St1), + {Is0++Is1,St}; +cg_block([#cg_set{op=call,dst=Dst0}=Call], Context, St) -> + Dst = beam_arg(Dst0, St), + case Context of + {return,Dst,_} -> + cg_call(Call, tail, Context, St); + _ -> + cg_call(Call, body, Context, St) + end; +cg_block([#cg_set{op=call}=Call|T], Context, St0) -> + {Is0,St1} = cg_call(Call, body, none, St0), + {Is1,St} = cg_block(T, Context, St1), + {Is0++Is1,St}; +cg_block([#cg_set{op=make_fun,dst=Dst0,args=[Local|Args0]}|T], + Context, St0) -> + #b_local{name=#b_literal{val=Func},arity=Arity} = Local, + [Dst|Args] = beam_args([Dst0|Args0], St0), + {FuncLbl,St1} = local_func_label(Func, Arity, St0), + Is0 = setup_args(Args) ++ + [{make_fun2,{f,FuncLbl},0,0,length(Args)}|copy({x,0}, Dst)], + {Is1,St} = cg_block(T, Context, St1), + {Is0++Is1,St}; +cg_block([#cg_set{op=copy}|_]=T0, Context, St0) -> + {Is0,T} = cg_copy(T0, St0), + {Is1,St} = cg_block(T, Context, St0), + Is = Is0 ++ Is1, + case is_call(T) of + {yes,Arity} -> + {opt_call_moves(Is, Arity),St}; + no -> + {Is,St} + end; +cg_block([#cg_set{op=Op,dst=Dst0,args=Args0}=Set], none, St) -> + [Dst|Args] = beam_args([Dst0|Args0], St), + Is = cg_instr(Op, Args, Dst, Set), + {Is,St}; +cg_block([#cg_set{op=Op,dst=Dst0,args=Args0}=Set|T], Context, St0) -> + [Dst|Args] = beam_args([Dst0|Args0], St0), + Is0 = cg_instr(Op, Args, Dst, Set), + {Is1,St} = cg_block(T, Context, St0), + {Is0++Is1,St}; +cg_block([#cg_alloc{}=Alloc|T], Context, St0) -> + Is0 = cg_alloc(Alloc, St0), + {Is1,St} = cg_block(T, Context, St0), + {Is0++Is1,St}; +cg_block([], {return,Arg,none}, St) -> + Is = copy(Arg, {x,0}) ++ [return], + {Is,St}; +cg_block([], {return,Arg,N}, St) -> + Is = copy(Arg, {x,0}) ++ [{deallocate,N},return], + {Is,St}; +cg_block([], none, St) -> + {[],St}; +cg_block([], {Bool0,Fail}, St) -> + [Bool] = beam_args([Bool0], St), + {[{test,is_eq_exact,Fail,[Bool,{atom,true}]}],St}. + +cg_copy(T0, St) -> + {Copies,T} = splitwith(fun(#cg_set{op=copy}) -> true; + (_) -> false + end, T0), + Moves0 = cg_copy_1(Copies, St), + Moves1 = [Move || {move,Src,Dst}=Move <- Moves0, Src =/= Dst], + Scratch = {x,1022}, + Moves = order_moves(Moves1, Scratch), + {Moves,T}. + +cg_copy_1([#cg_set{dst=Dst0,args=Args}|T], St) -> + [Dst,Src] = beam_args([Dst0|Args], St), + Copies = cg_copy_1(T, St), + case keymember(Dst, 3, Copies) of + true -> + %% Will be overwritten. Don't generate a move instruction. + Copies; + false -> + [{move,Src,Dst}|Copies] + end; +cg_copy_1([], _St) -> []. + +-define(IS_LITERAL(Val), (Val =:= nil orelse + element(1, Val) =:= integer orelse + element(1, Val) =:= float orelse + element(1, Val) =:= atom orelse + element(1, Val) =:= literal)). + +bif_to_test('and', [V1,V2], Fail) -> + [{test,is_eq_exact,Fail,[V1,{atom,true}]}, + {test,is_eq_exact,Fail,[V2,{atom,true}]}]; +bif_to_test('or', [V1,V2], {f,Lbl}=Fail) when Lbl =/= 0 -> + %% Labels are spaced 2 apart. We can create a new + %% label by incrementing the Fail label. + SuccLabel = Lbl + 1, + [{test,is_eq_exact,{f,SuccLabel},[V1,{atom,false}]}, + {test,is_eq_exact,Fail,[V2,{atom,true}]}, + {label,SuccLabel}]; +bif_to_test('not', [Var], Fail) -> + [{test,is_eq_exact,Fail,[Var,{atom,false}]}]; +bif_to_test(Name, Args, Fail) -> + [bif_to_test_1(Name, Args, Fail)]. + +bif_to_test_1(is_atom, [_]=Ops, Fail) -> + {test,is_atom,Fail,Ops}; +bif_to_test_1(is_boolean, [_]=Ops, Fail) -> + {test,is_boolean,Fail,Ops}; +bif_to_test_1(is_binary, [_]=Ops, Fail) -> + {test,is_binary,Fail,Ops}; +bif_to_test_1(is_bitstring,[_]=Ops, Fail) -> + {test,is_bitstr,Fail,Ops}; +bif_to_test_1(is_float, [_]=Ops, Fail) -> + {test,is_float,Fail,Ops}; +bif_to_test_1(is_function, [_]=Ops, Fail) -> + {test,is_function,Fail,Ops}; +bif_to_test_1(is_function, [_,_]=Ops, Fail) -> + {test,is_function2,Fail,Ops}; +bif_to_test_1(is_integer, [_]=Ops, Fail) -> + {test,is_integer,Fail,Ops}; +bif_to_test_1(is_list, [_]=Ops, Fail) -> + {test,is_list,Fail,Ops}; +bif_to_test_1(is_map, [_]=Ops, Fail) -> + {test,is_map,Fail,Ops}; +bif_to_test_1(is_number, [_]=Ops, Fail) -> + {test,is_number,Fail,Ops}; +bif_to_test_1(is_pid, [_]=Ops, Fail) -> + {test,is_pid,Fail,Ops}; +bif_to_test_1(is_port, [_]=Ops, Fail) -> + {test,is_port,Fail,Ops}; +bif_to_test_1(is_reference, [_]=Ops, Fail) -> + {test,is_reference,Fail,Ops}; +bif_to_test_1(is_tuple, [_]=Ops, Fail) -> + {test,is_tuple,Fail,Ops}; +bif_to_test_1('=<', [A,B], Fail) -> + {test,is_ge,Fail,[B,A]}; +bif_to_test_1('>', [A,B], Fail) -> + {test,is_lt,Fail,[B,A]}; +bif_to_test_1('<', [_,_]=Ops, Fail) -> + {test,is_lt,Fail,Ops}; +bif_to_test_1('>=', [_,_]=Ops, Fail) -> + {test,is_ge,Fail,Ops}; +bif_to_test_1('==', [C,A], Fail) when ?IS_LITERAL(C) -> + {test,is_eq,Fail,[A,C]}; +bif_to_test_1('==', [_,_]=Ops, Fail) -> + {test,is_eq,Fail,Ops}; +bif_to_test_1('/=', [C,A], Fail) when ?IS_LITERAL(C) -> + {test,is_ne,Fail,[A,C]}; +bif_to_test_1('/=', [_,_]=Ops, Fail) -> + {test,is_ne,Fail,Ops}; +bif_to_test_1('=:=', [C,A], Fail) when ?IS_LITERAL(C) -> + {test,is_eq_exact,Fail,[A,C]}; +bif_to_test_1('=:=', [_,_]=Ops, Fail) -> + {test,is_eq_exact,Fail,Ops}; +bif_to_test_1('=/=', [C,A], Fail) when ?IS_LITERAL(C) -> + {test,is_ne_exact,Fail,[A,C]}; +bif_to_test_1('=/=', [_,_]=Ops, Fail) -> + {test,is_ne_exact,Fail,Ops}. + +opt_call_moves(Is0, Arity) -> + {Moves0,Is} = splitwith(fun({move,_,_}) -> true; + ({kill,_}) -> true; + (_) -> false + end, Is0), + Moves = opt_call_moves_1(Moves0, Arity), + Moves ++ Is. + +opt_call_moves_1([{move,Src,{x,_}=Tmp}=M1|[{kill,_}|_]=Is], Arity) -> + %% There could be a {move,Tmp,{x,0}} instruction after the + %% kill/1 instructions (moved to there by opt_move_to_x0/1). + case splitwith(fun({kill,_}) -> true; + (_) -> false + end, Is) of + {Kills,[{move,{x,_}=Tmp,{x,0}}=M2]} -> + %% The two move/2 instructions (M1 and M2) can be combined + %% to one. The question is, though, is it safe to place + %% them after the kill/1 instructions? + case is_killed(Src, Kills, Arity) of + true -> + %% Src (a Y register) is killed by one of the + %% kill/1 instructions. Thus M1 and M2 + %% must be placed before the kill/1 instructions + %% (essentially undoing what opt_move_to_x0/1 + %% did, which turned out to be a pessimization + %% in this case). + opt_call_moves_1([M1,M2|Kills], Arity); + false -> + %% Src is not killed by any of the kill/1 + %% instructions. Thus it is safe to place + %% M1 and M2 after the kill/1 instructions. + opt_call_moves_1(Kills++[M1,M2], Arity) + end; + {_,_} -> + [M1|Is] + end; +opt_call_moves_1([{move,Src,{x,_}=Tmp}=M1,{move,Tmp,Dst}=M2|Is], Arity) -> + case is_killed(Tmp, Is, Arity) of + true -> + %% The X register Tmp is never used again. We can collapse + %% the two move instruction into one. + [{move,Src,Dst}|opt_call_moves_1(Is, Arity)]; + false -> + [M1|opt_call_moves_1([M2|Is], Arity)] + end; +opt_call_moves_1([M|Ms], Arity) -> + [M|opt_call_moves_1(Ms, Arity)]; +opt_call_moves_1([], _Arity) -> []. + +is_killed(Y, [{kill,Y}|_], _) -> + true; +is_killed(R, [{kill,_}|Is], Arity) -> + is_killed(R, Is, Arity); +is_killed(R, [{move,R,_}|_], _) -> + false; +is_killed(R, [{move,_,R}|_], _) -> + true; +is_killed(R, [{move,_,_}|Is], Arity) -> + is_killed(R, Is, Arity); +is_killed({x,X}, [], Arity) -> + X >= Arity; +is_killed({y,_}, [], _) -> + false. + +cg_alloc(#cg_alloc{stack=none,words=#need{h=0,f=0}}, _St) -> + []; +cg_alloc(#cg_alloc{stack=none,words=Need,live=Live}, _St) -> + [{test_heap,alloc(Need),Live}]; +cg_alloc(#cg_alloc{stack=Stk,words=Need,live=Live,def_yregs=DefYregs}, + #cg{regs=Regs}) when is_integer(Stk) -> + Alloc = alloc(Need), + All = [{y,Y} || Y <- lists:seq(0, Stk-1)], + Def = ordsets:from_list([maps:get(V, Regs) || V <- DefYregs]), + NeedInit = ordsets:subtract(All, Def), + NoZero = length(Def)*2 > Stk, + I = case {NoZero,Alloc} of + {true,0} -> {allocate,Stk,Live}; + {true,_} -> {allocate_heap,Stk,Alloc,Live}; + {false,0} -> {allocate_zero,Stk,Live}; + {false,_} -> {allocate_heap_zero,Stk,Alloc,Live} + end, + [I|case NoZero of + true -> [{init,Y} || Y <- NeedInit]; + false -> [] + end]. + +alloc(#need{h=Words,f=0}) -> + Words; +alloc(#need{h=Words,f=Floats}) -> + {alloc,[{words,Words},{floats,Floats}]}. + +is_call([#cg_set{op=call,args=[#b_var{}|Args]}|_]) -> + {yes,1+length(Args)}; +is_call([#cg_set{op=call,args=[_|Args]}|_]) -> + {yes,length(Args)}; +is_call([#cg_set{op=make_fun,args=[_|Args]}|_]) -> + {yes,length(Args)}; +is_call(_) -> + no. + +cg_call(#cg_set{anno=Anno,op=call,dst=Dst0,args=[#b_local{}=Func0|Args0]}, + Where, Context, St0) -> + [Dst|Args] = beam_args([Dst0|Args0], St0), + #b_local{name=Name0,arity=Arity} = Func0, + {atom,Name} = beam_arg(Name0, St0), + {FuncLbl,St} = local_func_label(Name, Arity, St0), + Line = call_line(Where, local, Anno), + Call = build_call(call, Arity, {f,FuncLbl}, Context, Dst), + Is = setup_args(Args, Anno, Context, St) ++ Line ++ Call, + {Is,St}; +cg_call(#cg_set{anno=Anno0,op=call,dst=Dst0,args=[#b_remote{}=Func0|Args0]}, + Where, Context, St) -> + [Dst|Args] = beam_args([Dst0|Args0], St), + #b_remote{mod=Mod0,name=Name0,arity=Arity} = Func0, + case {beam_arg(Mod0, St),beam_arg(Name0, St)} of + {{atom,Mod},{atom,Name}} -> + Func = {extfunc,Mod,Name,Arity}, + Line = call_line(Where, Func, Anno0), + Call = build_call(call_ext, Arity, Func, Context, Dst), + Anno = case erl_bifs:is_exit_bif(Mod, Name, Arity) of + true -> + %% There is no need to kill Y registers + %% before calling an exit BIF. + maps:remove(kill_yregs, Anno0); + false -> + Anno0 + end, + Is = setup_args(Args, Anno, Context, St) ++ Line ++ Call, + {Is,St}; + {Mod,Name} -> + Apply = build_apply(Arity, Context, Dst), + Is = setup_args(Args++[Mod,Name], Anno0, Context, St) ++ + [line(Anno0)] ++ Apply, + {Is,St} + end; +cg_call(#cg_set{anno=Anno,op=call,dst=Dst0,args=Args0}, + Where, Context, St) -> + [Dst,Func|Args] = beam_args([Dst0|Args0], St), + Line = call_line(Where, Func, Anno), + Arity = length(Args), + Call = build_call(call_fun, Arity, Func, Context, Dst), + Is = setup_args(Args++[Func], Anno, Context, St) ++ Line ++ Call, + {Is,St}. + +build_call(call_fun, Arity, _Func, none, Dst) -> + [{call_fun,Arity}|copy({x,0}, Dst)]; +build_call(call_fun, Arity, _Func, {return,Dst,N}, Dst) when is_integer(N) -> + [{call_fun,Arity},{deallocate,N},return]; +build_call(call_fun, Arity, _Func, {return,Val,N}, _Dst) when is_integer(N) -> + [{call_fun,Arity},{move,Val,{x,0}},{deallocate,N},return]; +build_call(call_ext, 2, {extfunc,erlang,'!',2}, none, Dst) -> + [send|copy({x,0}, Dst)]; +build_call(call_ext, 2, {extfunc,erlang,'!',2}, {return,Dst,N}, Dst) + when is_integer(N) -> + [send,{deallocate,N},return]; +build_call(Prefix, Arity, Func, {return,Dst,none}, Dst) -> + I = case Prefix of + call -> call_only; + call_ext -> call_ext_only + end, + [{I,Arity,Func}]; +build_call(call_ext, Arity, {extfunc,Mod,Name,Arity}=Func, {return,_,none}, _Dst) -> + true = erl_bifs:is_exit_bif(Mod, Name, Arity), %Assertion. + [{call_ext_only,Arity,Func}]; +build_call(Prefix, Arity, Func, {return,Dst,N}, Dst) when is_integer(N) -> + I = case Prefix of + call -> call_last; + call_ext -> call_ext_last + end, + [{I,Arity,Func,N}]; +build_call(I, Arity, Func, {return,Val,N}, _Dst) when is_integer(N) -> + [{I,Arity,Func}|copy(Val, {x,0})++[{deallocate,N},return]]; +build_call(I, Arity, Func, none, Dst) -> + [{I,Arity,Func}|copy({x,0}, Dst)]. + +build_apply(Arity, {return,Dst,N}, Dst) when is_integer(N) -> + [{apply_last,Arity,N}]; +build_apply(Arity, {return,Val,N}, _Dst) when is_integer(N) -> + [{apply,Arity}|copy(Val, {x,0})++[{deallocate,N},return]]; +build_apply(Arity, none, Dst) -> + [{apply,Arity}|copy({x,0}, Dst)]. + +cg_instr(put_map, [{atom,assoc},SrcMap|Ss], Dst, Set) -> + Live = get_live(Set), + [{put_map_assoc,{f,0},SrcMap,Dst,Live,{list,Ss}}]; +cg_instr(bs_get_tail, [Src], Dst, Set) -> + Live = get_live(Set), + [{bs_get_tail,Src,Dst,Live}]; +cg_instr(bs_get_position, [Ctx], Dst, Set) -> + Live = get_live(Set), + [{bs_get_position,Ctx,Dst,Live}]; +cg_instr(Op, Args, Dst, _Set) -> + cg_instr(Op, Args, Dst). + +cg_instr(bs_init_writable, Args, Dst) -> + setup_args(Args) ++ [bs_init_writable|copy({x,0}, Dst)]; +cg_instr(bs_restore, [Ctx,Slot], _Dst) -> + case Slot of + {integer,N} -> + [{bs_restore2,Ctx,N}]; + {atom,start} -> + [{bs_restore2,Ctx,Slot}] + end; +cg_instr(bs_save, [Ctx,Slot], _Dst) -> + {integer,N} = Slot, + [{bs_save2,Ctx,N}]; +cg_instr(bs_set_position, [Ctx,Pos], _Dst) -> + [{bs_set_position,Ctx,Pos}]; +cg_instr(build_stacktrace, Args, Dst) -> + setup_args(Args) ++ [build_stacktrace|copy({x,0}, Dst)]; +cg_instr(set_tuple_element=Op, [New,Tuple,{integer,Index}], _Dst) -> + [{Op,New,Tuple,Index}]; +cg_instr({float,clearerror}, [], _Dst) -> + [fclearerror]; +cg_instr({float,get}, [Src], Dst) -> + [{fmove,Src,Dst}]; +cg_instr({float,put}, [Src], Dst) -> + [{fmove,Src,Dst}]; +cg_instr(get_hd=Op, [Src], Dst) -> + [{Op,Src,Dst}]; +cg_instr(get_tl=Op, [Src], Dst) -> + [{Op,Src,Dst}]; +cg_instr(get_tuple_element=Op, [Src,{integer,N}], Dst) -> + [{Op,Src,N,Dst}]; +cg_instr(put_list=Op, [Hd,Tl], Dst) -> + [{Op,Hd,Tl,Dst}]; +cg_instr(put_tuple, Elements, Dst) -> + [{put_tuple2,Dst,{list,Elements}}]; +cg_instr(put_tuple_arity, [{integer,Arity}], Dst) -> + [{put_tuple,Arity,Dst}]; +cg_instr(put_tuple_elements, Elements, _Dst) -> + [{put,E} || E <- Elements]; +cg_instr(raw_raise, Args, Dst) -> + setup_args(Args) ++ [raw_raise|copy({x,0}, Dst)]; +cg_instr(remove_message, [], _Dst) -> + [remove_message]; +cg_instr(resume, [A,B], _Dst) -> + [{bif,raise,{f,0},[A,B],{x,0}}]; +cg_instr(timeout, [], _Dst) -> + [timeout]. + +cg_test(bs_add=Op, Fail, [Src1,Src2,{integer,Unit}], Dst, _I) -> + [{Op,Fail,[Src1,Src2,Unit],Dst}]; +cg_test(bs_skip, Fail, Args, _Dst, I) -> + cg_bs_skip(Fail, Args, I); +cg_test(bs_utf8_size=Op, Fail, [Src], Dst, _I) -> + [{Op,Fail,Src,Dst}]; +cg_test(bs_utf16_size=Op, Fail, [Src], Dst, _I) -> + [{Op,Fail,Src,Dst}]; +cg_test({float,convert}, Fail, [Src], Dst, _I) -> + {f,0} = Fail, %Assertion. + [{fconv,Src,Dst}]; +cg_test({float,Op0}, Fail, Args, Dst, #cg_set{anno=Anno}) -> + Op = case Op0 of + '+' -> fadd; + '-' when length(Args) =:= 2 -> fsub; + '-' -> fnegate; + '*' -> fmul; + '/' -> fdiv + end, + [line(Anno),{bif,Op,Fail,Args,Dst}]; +cg_test(get_map_element, Fail, [Map,Key], Dst, _I) -> + [{get_map_elements,Fail,Map,{list,[Key,Dst]}}]; +cg_test(peek_message, Fail, [], Dst, _I) -> + [{loop_rec,Fail,{x,0}}|copy({x,0}, Dst)]; +cg_test(put_map, Fail, [{atom,exact},SrcMap|Ss], Dst, Set) -> + Live = get_live(Set), + [{put_map_exact,Fail,SrcMap,Dst,Live,{list,Ss}}]; +cg_test(wait_timeout, Fail, [Timeout], _Dst, _) -> + case Timeout of + {atom,infinity} -> + [{wait,Fail}]; + _ -> + [{wait_timeout,Fail,Timeout}] + end. + +cg_bs_get(Fail, #cg_set{dst=Dst0,args=[#b_literal{val=Type}|Ss0]}=Set, St) -> + Op = case Type of + integer -> bs_get_integer2; + float -> bs_get_float2; + binary -> bs_get_binary2; + utf8 -> bs_get_utf8; + utf16 -> bs_get_utf16; + utf32 -> bs_get_utf32 + end, + [Dst|Ss1] = beam_args([Dst0|Ss0], St), + Ss = case Ss1 of + [Ctx,{literal,Flags},Size,{integer,Unit}] -> + %% Plain integer/float/binary. + [Ctx,Size,Unit,field_flags(Flags, Set)]; + [Ctx,{literal,Flags}] -> + %% Utf8/16/32. + [Ctx,field_flags(Flags, Set)] + end, + Live = get_live(Set), + [{test,Op,Fail,Live,Ss,Dst}]. + +cg_bs_skip(Fail, [{atom,Type}|Ss0], Set) -> + Op = case Type of + utf8 -> bs_skip_utf8; + utf16 -> bs_skip_utf16; + utf32 -> bs_skip_utf32; + _ -> bs_skip_bits2 + end, + Live = get_live(Set), + Ss = case Ss0 of + [Ctx,{literal,Flags},Size,{integer,Unit}] -> + %% Plain integer/float/binary. + [Ctx,Size,Unit,field_flags(Flags, Set)]; + [Ctx,{literal,Flags}] -> + %% Utf8/16/32. + [Ctx,Live,field_flags(Flags, Set)] + end, + case {Type,Ss} of + {binary,[_,{atom,all},1,_]} -> + []; + {binary,[R,{atom,all},U,_]} -> + [{test,bs_test_unit,Fail,[R,U]}]; + {_,_} -> + [{test,Op,Fail,Ss}] + end. + +field_flags(Flags, #cg_set{anno=#{location:={File,Line}}}) -> + {field_flags,[{anno,[Line,{file,File}]}|Flags]}; +field_flags(Flags, _) -> + {field_flags,Flags}. + +cg_bs_put(Fail, [{atom,Type},{literal,Flags}|Args]) -> + Op = case Type of + integer -> bs_put_integer; + float -> bs_put_float; + binary -> bs_put_binary; + utf8 -> bs_put_utf8; + utf16 -> bs_put_utf16; + utf32 -> bs_put_utf32 + end, + case Args of + [Src,Size,{integer,Unit}] -> + [{Op,Fail,Size,Unit,{field_flags,Flags},Src}]; + [Src] -> + [{Op,Fail,{field_flags,Flags},Src}] + end. + +cg_bs_init(Dst, Size0, Alloc, Unit, Live, Fail) -> + Op = case Unit of + 1 -> bs_init_bits; + 8 -> bs_init2 + end, + Size = cg_bs_init_size(Size0), + [{Op,Fail,Size,Alloc,Live,{field_flags,[]},Dst}]. + +cg_bs_init_size({x,_}=R) -> R; +cg_bs_init_size({y,_}=R) -> R; +cg_bs_init_size({integer,Int}) -> Int. + +cg_catch(Agg, T0, Context, St0) -> + {Moves,T1} = cg_extract(T0, Agg, St0), + {T,St} = cg_block(T1, Context, St0), + {Moves++T,St}. + +cg_try(Agg, Tag, T0, Context, St0) -> + {Moves0,T1} = cg_extract(T0, Agg, St0), + Moves = order_moves(Moves0, {x,3}), + [#cg_set{op=kill_try_tag}|T2] = T1, + {T,St} = cg_block(T2, Context, St0), + {[{try_case,Tag}|Moves++T],St}. + +cg_extract([#cg_set{op=extract,dst=Dst0,args=Args0}|Is0], Agg, St) -> + [Dst,Agg,{integer,X}] = beam_args([Dst0|Args0], St), + {Ds,Is} = cg_extract(Is0, Agg, St), + case keymember(Dst, 3, Ds) of + true -> + %% This destination will be overwritten. + {Ds,Is}; + false -> + {copy({x,X}, Dst)++Ds,Is} + end; +cg_extract(Is, _, _) -> + {[],Is}. + +copy(Src, Src) -> []; +copy(Src, Dst) -> [{move,Src,Dst}]. + +force_reg({literal,_}=Lit, Reg) -> + {Reg,[{move,Lit,Reg}]}; +force_reg({Kind,_}=R, _) when Kind =:= x; Kind =:= y -> + {R,[]}. + +%% successors(Terminator) -> [Successor]. +%% Return an ordset of all successors for the given terminator. + +successors(#cg_br{succ=Succ,fail=Fail}) -> + ordsets:from_list([Succ,Fail]); +successors(#cg_switch{fail=Fail,list=List}) -> + ordsets:from_list([Fail|[Lbl || {_,Lbl} <- List]]); +successors(#cg_ret{}) -> []. + +%% linearize(Blocks) -> [{BlockLabel,#cg_blk{}}]. +%% Linearize the intermediate representation of the code. Also +%% translate blocks from the SSA records to internal record types +%% used only in this module. + +linearize(Blocks) -> + Linear = beam_ssa:linearize(Blocks), + linearize_1(Linear, Blocks). + +linearize_1([{?BADARG_BLOCK,_}|Ls], Blocks) -> + linearize_1(Ls, Blocks); +linearize_1([{L,Block0}|Ls], Blocks) -> + Block = translate_block(L, Block0, Blocks), + [{L,Block}|linearize_1(Ls, Blocks)]; +linearize_1([], _Blocks) -> []. + +%% translate_block(BlockLabel, #b_blk{}, Blocks) -> #cg_blk{}. +%% Translate a block to the internal records used in this module. +%% Also eliminate phi nodes, replacing them with 'copy' instructions +%% in the predecessor blocks. + +translate_block(L, #b_blk{anno=Anno,is=Is0,last=Last0}, Blocks) -> + Last = translate_terminator(Last0), + PhiCopies = translate_phis(L, Last, Blocks), + Is1 = translate_is(Is0, PhiCopies), + Is = case Anno of + #{frame_size:=Size} -> + Alloc = #cg_alloc{stack=Size}, + [Alloc|Is1]; + #{} -> Is1 + end, + #cg_blk{anno=Anno,is=Is,last=Last}. + +translate_is([#b_set{op=phi}|Is], Tail) -> + translate_is(Is, Tail); +translate_is([#b_set{anno=Anno0,op=Op,dst=Dst,args=Args}=I|Is], Tail) -> + Anno = case beam_ssa:clobbers_xregs(I) of + true -> Anno0#{clobbers=>true}; + false -> Anno0 + end, + [#cg_set{anno=Anno,op=Op,dst=Dst,args=Args}|translate_is(Is, Tail)]; +translate_is([], Tail) -> Tail. + +translate_terminator(#b_ret{anno=Anno,arg=Arg}) -> + Dealloc = case Anno of + #{deallocate:=N} -> N; + #{} -> none + end, + #cg_ret{arg=Arg,dealloc=Dealloc}; +translate_terminator(#b_br{bool=#b_literal{val=true},succ=Succ}) -> + #cg_br{bool=#b_literal{val=true},succ=Succ,fail=Succ}; +translate_terminator(#b_br{bool=#b_literal{val=false},fail=Fail}) -> + #cg_br{bool=#b_literal{val=true},succ=Fail,fail=Fail}; +translate_terminator(#b_br{bool=Bool,succ=Succ,fail=Fail}) -> + #cg_br{bool=Bool,succ=Succ,fail=Fail}; +translate_terminator(#b_switch{arg=Bool,fail=Fail,list=List}) -> + #cg_switch{arg=Bool,fail=Fail,list=List}. + +translate_phis(L, #cg_br{succ=Target,fail=Target}, Blocks) -> + #b_blk{is=Is} = maps:get(Target, Blocks), + Phis = takewhile(fun(#b_set{op=phi}) -> true; + (#b_set{}) -> false + end, Is), + phi_copies(Phis, L); +translate_phis(_, _, _) -> []. + +phi_copies([#b_set{dst=Dst,args=PhiArgs}|Sets], L) -> + CopyArgs = [V || {V,Target} <- PhiArgs, Target =:= L], + [#cg_set{op=copy,dst=Dst,args=CopyArgs}|phi_copies(Sets, L)]; +phi_copies([], _) -> []. + +%% opt_move_to_x0([Instruction]) -> [Instruction]. +%% Simple peep-hole optimization to move a {move,Any,{x,0}} past +%% any kill up to the next call instruction. (To give the loader +%% an opportunity to combine the 'move' and the 'call' instructions.) + +opt_move_to_x0(Moves) -> + opt_move_to_x0(Moves, []). + +opt_move_to_x0([{move,_,{x,0}}=I|Is0], Acc0) -> + case move_past_kill(Is0, I, Acc0) of + impossible -> opt_move_to_x0(Is0, [I|Acc0]); + {Is,Acc} -> opt_move_to_x0(Is, Acc) + end; +opt_move_to_x0([I|Is], Acc) -> + opt_move_to_x0(Is, [I|Acc]); +opt_move_to_x0([], Acc) -> reverse(Acc). + +move_past_kill([{kill,Src}|_], {move,Src,_}, _) -> + impossible; +move_past_kill([{kill,_}=I|Is], Move, Acc) -> + move_past_kill(Is, Move, [I|Acc]); +move_past_kill(Is, Move, Acc) -> + {Is,[Move|Acc]}. + +%% setup_args(Args, Anno, Context) -> [Instruction]. +%% setup_args(Args) -> [Instruction]. +%% Set up X registers for a call. + +setup_args(Args, Anno, none, St) -> + case {setup_args(Args),kill_yregs(Anno, St)} of + {Moves,[]} -> + Moves; + {Moves,Kills} -> + opt_move_to_x0(Moves ++ Kills) + end; +setup_args(Args, _, _, _) -> + setup_args(Args). + +setup_args([]) -> + []; +setup_args([_|_]=Args) -> + Moves = gen_moves(Args, 0, []), + Scratch = {x,1+last(sort([length(Args)-1|[X || {x,X} <- Args]]))}, + order_moves(Moves, Scratch). + +%% kill_yregs(Anno, #cg{}) -> [{kill,{y,Y}}]. +%% Kill Y registers that will not be used again. + +kill_yregs(#{kill_yregs:=Kill}, #cg{regs=Regs}) -> + ordsets:from_list([{kill,maps:get(V, Regs)} || V <- Kill]); +kill_yregs(#{}, #cg{}) -> []. + +%% gen_moves(As, I, Acc) +%% Generate the basic move instruction to move the arguments +%% to their proper registers. The list will be sorted on +%% destinations. (I.e. the move to {x,0} will be first -- +%% see the comment to order_moves/2.) + +gen_moves([A|As], I, Acc) -> + gen_moves(As, I+1, copy(A, {x,I}) ++ Acc); +gen_moves([], _, Acc) -> + keysort(3, Acc). + +%% order_moves([Move], ScratchReg) -> [Move] +%% Orders move instruction so that source registers are not +%% destroyed before they are used. If there are cycles +%% (such as {move,{x,0},{x,1}}, {move,{x,1},{x,1}}), +%% the scratch register is used to break up the cycle. +%% If possible, the first move of the input list is placed +%% last in the result list (to make the move to {x,0} occur +%% just before the call to allow the Beam loader to coalesce +%% the instructions). + +order_moves(Ms, Scr) -> order_moves(Ms, Scr, []). + +order_moves([{move,_,_}=M|Ms0], ScrReg, Acc0) -> + {Chain,Ms} = collect_chain(Ms0, [M], ScrReg), + Acc = reverse(Chain, Acc0), + order_moves(Ms, ScrReg, Acc); +order_moves([], _, Acc) -> Acc. + +collect_chain(Ms, Path, ScrReg) -> + collect_chain(Ms, Path, [], ScrReg). + +collect_chain([{move,Src,Same}=M|Ms0], [{move,Same,_}|_]=Path, Others, ScrReg) -> + case keymember(Src, 3, Path) of + false -> + collect_chain(reverse(Others, Ms0), [M|Path], [], ScrReg); + true -> + %% There is a cycle, which we must break up. + {break_up_cycle(M, Path, ScrReg),reverse(Others, Ms0)} + end; +collect_chain([M|Ms], Path, Others, ScrReg) -> + collect_chain(Ms, Path, [M|Others], ScrReg); +collect_chain([], Path, Others, _) -> + {Path,Others}. + +break_up_cycle({move,Src,_}=M, Path, ScrReg) -> + [{move,ScrReg,Src},M|break_up_cycle1(Src, Path, ScrReg)]. + +break_up_cycle1(Dst, [{move,Src,Dst}|Path], ScrReg) -> + [{move,Src,ScrReg}|Path]; +break_up_cycle1(Dst, [M|Path], LastMove) -> + [M|break_up_cycle1(Dst, Path, LastMove)]. + +%%% +%%% General utility functions. +%%% + +verify_beam_register({x,_}=Reg) -> Reg. + +is_beam_register({x,_}) -> true; +is_beam_register(_) -> false. + +get_register(V, Regs) -> + case is_beam_register(V) of + true -> V; + false -> maps:get(V, Regs) + end. + +beam_args(As, St) -> + [beam_arg(A, St) || A <- As]. + +beam_arg(#b_var{}=Name, #cg{regs=Regs}) -> + maps:get(Name, Regs); +beam_arg(#b_literal{val=Val}, _) -> + if + is_atom(Val) -> {atom,Val}; + is_float(Val) -> {float,Val}; + is_integer(Val) -> {integer,Val}; + Val =:= [] -> nil; + true -> {literal,Val} + end; +beam_arg(Reg, _) -> + verify_beam_register(Reg). + +new_block_label(L, St0) -> + {_Lbl,St} = label_for_block(L, St0), + St. + +def_block_label(L, #cg{labels=Labels,used_labels=Used}) -> + Lbl = maps:get(L, Labels), + case gb_sets:is_member(Lbl, Used) of + false -> []; + true -> [{label,Lbl}] + end. + +use_block_labels(Ls, St) -> + mapfoldl(fun use_block_label/2, St, Ls). + +use_block_label(L, #cg{used_labels=Used,catches=Catches}=St0) -> + {Lbl,St} = label_for_block(L, St0), + case gb_sets:is_member(L, Catches) of + true -> + {{catch_tag,{f,Lbl}}, + St#cg{used_labels=gb_sets:add(Lbl, Used)}}; + false -> + {{f,Lbl},St#cg{used_labels=gb_sets:add(Lbl, Used)}} + end. + +label_for_block(L, #cg{labels=Labels0}=St0) -> + case Labels0 of + #{L:=Lbl} -> + {Lbl,St0}; + #{} -> + {Lbl,St} = new_label(St0), + Labels = Labels0#{L=>Lbl}, + {Lbl,St#cg{labels=Labels}} + end. + +%% local_func_label(Name, Arity, State) -> {Label,State'} +%% local_func_label({Name,Arity}, State) -> {Label,State'} +%% Get the function entry label for a local function. + +local_func_label(Name, Arity, St) -> + local_func_label({Name,Arity}, St). + +local_func_label(Key, #cg{functable=Map}=St0) -> + case Map of + #{Key := Label} -> + {Label,St0}; + _ -> + {Label,St} = new_label(St0), + {Label,St#cg{functable=Map#{Key => Label}}} + end. + +%% is_gc_bif(Name, Args) -> true|false. +%% Determines whether the BIF Name/Arity might do a GC. + +-spec is_gc_bif(atom(), [beam_ssa:value()]) -> boolean(). + +is_gc_bif(hd, [_]) -> false; +is_gc_bif(tl, [_]) -> false; +is_gc_bif(self, []) -> false; +is_gc_bif(node, []) -> false; +is_gc_bif(node, [_]) -> false; +is_gc_bif(element, [_,_]) -> false; +is_gc_bif(get, [_]) -> false; +is_gc_bif(is_map_key, [_,_]) -> false; +is_gc_bif(map_get, [_,_]) -> false; +is_gc_bif(tuple_size, [_]) -> false; +is_gc_bif(Bif, Args) -> + Arity = length(Args), + not (erl_internal:bool_op(Bif, Arity) orelse + erl_internal:new_type_test(Bif, Arity) orelse + erl_internal:comp_op(Bif, Arity)). + +%% new_label(St) -> {L,St}. + +new_label(#cg{lcount=Next}=St) -> + %% Advance the label counter by 2 to allow us to create + %% a label for 'or' by incrementing an existing label. + {Next,St#cg{lcount=Next+2}}. + +%% call_line(tail|body, Func, Anno) -> [] | [{line,...}]. +%% Produce a line instruction if it will be needed by the +%% call to Func. + +call_line(_Context, {extfunc,Mod,Name,Arity}, Anno) -> + case erl_bifs:is_safe(Mod, Name, Arity) of + false -> + %% The call could be to a BIF. + %% We'll need a line instruction in case the + %% BIF call fails. + [line(Anno)]; + true -> + %% Call to a safe BIF. Since it cannot fail, + %% we don't need any line instruction here. + [] + end; +call_line(body, _, Anno) -> + [line(Anno)]; +call_line(tail, local, _) -> + %% Tail-recursive call to a local function. A line + %% instruction will not be useful. + []; +call_line(tail, _, Anno) -> + %% Call to a fun. + [line(Anno)]. + +%% line(Le) -> {line,[] | {location,File,Line}} +%% Create a line instruction, containing information about +%% the current filename and line number. A line information +%% instruction should be placed before any operation that could +%% cause an exception. + +line(#{location:={File,Line}}) -> + {line,[{location,File,Line}]}; +line(#{}) -> + {line,[]}. + +flatmapfoldl(F, Accu0, [Hd|Tail]) -> + {R,Accu1} = F(Hd, Accu0), + {Rs,Accu2} = flatmapfoldl(F, Accu1, Tail), + {R++Rs,Accu2}; +flatmapfoldl(_, Accu, []) -> {[],Accu}. diff --git a/lib/compiler/src/beam_ssa_dead.erl b/lib/compiler/src/beam_ssa_dead.erl new file mode 100644 index 0000000000..c20652580d --- /dev/null +++ b/lib/compiler/src/beam_ssa_dead.erl @@ -0,0 +1,1001 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% Dead code is code that is executed but has no effect. This +%% optimization pass either removes dead code or jumps around it, +%% potentially making it unreachable so that it can be dropped +%% the next time beam_ssa:linearize/1 is called. +%% + +-module(beam_ssa_dead). +-export([opt/1]). + +-include("beam_ssa.hrl"). +-import(lists, [append/1,last/1,member/2,takewhile/2,reverse/1]). + +-type used_vars() :: #{beam_ssa:label():=ordsets:ordset(beam_ssa:var_name())}. + +-type basic_type_test() :: atom() | {'is_tagged_tuple',pos_integer(),atom()}. +-type type_test() :: basic_type_test() | {'not',basic_type_test()}. +-type op_name() :: atom(). +-type basic_rel_op() :: {op_name(),beam_ssa:b_var(),beam_ssa:value()} | + {basic_type_test(),beam_ssa:value()}. +-type rel_op() :: {op_name(),beam_ssa:b_var(),beam_ssa:value()} | + {type_test(),beam_ssa:value()}. + +-record(st, + {bs :: beam_ssa:block_map(), + us :: used_vars(), + skippable :: #{beam_ssa:label():='true'}, + rel_op=none :: 'none' | rel_op(), + target=any :: 'any' | 'one_way' | beam_ssa:label() + }). + +-spec opt([{Label0,Block0}]) -> [{Label,Block}] when + Label0 :: beam_ssa:label(), + Block0 :: beam_ssa:b_blk(), + Label :: beam_ssa:label(), + Block :: beam_ssa:b_blk(). + +opt(Linear) -> + {Used,Skippable} = used_vars(Linear), + Blocks0 = maps:from_list(Linear), + St0 = #st{bs=Blocks0,us=Used,skippable=Skippable}, + St = shortcut_opt(St0), + #st{bs=Blocks} = combine_eqs(St), + beam_ssa:linearize(Blocks). + +%%% +%%% Shortcut br/switch targets. +%%% +%%% A br/switch may branch to another br/switch that in turn always +%%% branches to another target. Rewrite br/switch to refer to the +%%% ultimate targets directly. That will save execution time, but +%%% could also reduce the size of the code if some of the original +%%% targets become unreachable and be deleted. +%%% +%%% When rewriting branches, we must be careful not to skip instructions +%%% that have side effects or that bind variables that will be used +%%% at the new target. +%%% +%%% We must also avoid branching to phi nodes. The reason is +%%% twofold. First, we might create a critical edge which is strictly +%%% forbidden. Second, there will be a branch from a block that is not +%%% listed in the list of predecessors in the phi node. Those +%%% limitations could probably be overcome, but it is not clear how +%%% much that would improve the code. +%%% + +shortcut_opt(#st{bs=Blocks}=St) -> + %% Processing the blocks in reverse post order seems to give more + %% opportunities for optimizations compared to post order. (Based on + %% running scripts/diffable with both PO and RPO and looking at + %% the diff.) + Ls = beam_ssa:rpo(Blocks), + shortcut_opt(Ls, #{from=>0}, St). + +shortcut_opt([L|Ls], Bs0, #st{bs=Blocks0}=St) -> + #b_blk{is=Is,last=Last0} = Blk0 = get_block(L, St), + Bs = Bs0#{from:=L}, + case shortcut_terminator(Last0, Is, Bs, St) of + Last0 -> + %% No change. No need to update the block. + shortcut_opt(Ls, Bs, St); + Last -> + %% The terminator was simplified in some way. + %% Update the block. + Blk = Blk0#b_blk{last=Last}, + Blocks = Blocks0#{L=>Blk}, + shortcut_opt(Ls, Bs, St#st{bs=Blocks}) + end; +shortcut_opt([], _, St) -> St. + +shortcut_terminator(#b_br{bool=#b_literal{val=true},succ=Succ0}, + _Is, Bs, St0) -> + St = St0#st{rel_op=none}, + shortcut(Succ0, Bs, St); +shortcut_terminator(#b_br{bool=#b_var{}=Bool,succ=Succ0,fail=Fail0}=Br, + Is, Bs, St0) -> + St = St0#st{target=one_way}, + RelOp = get_rel_op(Bool, Is), + SuccBs = bind_var(Bool, #b_literal{val=true}, Bs), + BrSucc = shortcut(Succ0, SuccBs, St#st{rel_op=RelOp}), + FailBs = bind_var(Bool, #b_literal{val=false}, Bs), + BrFail = shortcut(Fail0, FailBs, St#st{rel_op=invert_op(RelOp)}), + case {BrSucc,BrFail} of + {#b_br{bool=#b_literal{val=true},succ=Succ}, + #b_br{bool=#b_literal{val=true},succ=Fail}} + when Succ =/= Succ0; Fail =/= Fail0 -> + %% One or both of the targets were cut short. + beam_ssa:normalize(Br#b_br{succ=Succ,fail=Fail}); + {_,_} -> + %% No change. + Br + end; +shortcut_terminator(#b_switch{arg=Bool,list=List0}=Sw, _Is, Bs, St) -> + List = shortcut_switch(List0, Bool, Bs, St), + beam_ssa:normalize(Sw#b_switch{list=List}); +shortcut_terminator(Last, _Is, _Bs, _St) -> + Last. + +shortcut_switch([{Lit,L0}|T], Bool, Bs, St0) -> + St = St0#st{rel_op=normalize_op({bif,'=:='}, [Bool,Lit])}, + #b_br{bool=#b_literal{val=true},succ=L} = + shortcut(L0, bind_var(Bool, Lit, Bs), St#st{target=one_way}), + [{Lit,L}|shortcut_switch(T, Bool, Bs, St0)]; +shortcut_switch([], _, _, _) -> []. + +shortcut(L, Bs, St) -> + shortcut_1(L, Bs, ordsets:new(), St). + +shortcut_1(L, Bs0, UnsetVars0, St) -> + case shortcut_2(L, Bs0, UnsetVars0, St) of + none -> + %% No more shortcuts found. Package up the previous + %% label in an unconditional branch. + #b_br{bool=#b_literal{val=true},succ=L,fail=L}; + {#b_br{bool=#b_var{}}=Br,_,_} -> + %% This is a two-way branch. We can't do any better. + Br; + {#b_br{bool=#b_literal{val=true},succ=Succ},Bs,UnsetVars} -> + %% This is a safe `br`, but try to find a better one. + shortcut_1(Succ, Bs#{from:=L}, UnsetVars, St) + end. + +%% Try to shortcut this block, branching to a successor. +shortcut_2(L, Bs0, UnsetVars0, St) -> + #b_blk{is=Is,last=Last} = get_block(L, St), + case eval_is(Is, Bs0, St) of + none -> + %% It is not safe to avoid this block because it + %% has instructions with potential side effects. + none; + Bs -> + %% The instructions in the block (if any) don't + %% have any side effects and can be skipped. + %% Evaluate the terminator. + case eval_terminator(Last, Bs, St) of + none -> + %% The terminator is not suitable (could be + %% because it is a switch that can't be simplified + %% or it is a ret instruction). + none; + #b_br{}=Br -> + %% We have a potentially suitable br. + %% Now update the set of variables that will never + %% be set if this block will be skipped. + UnsetVars1 = [V || #b_set{dst=V} <- Is], + UnsetVars = ordsets:union(UnsetVars0, + ordsets:from_list(UnsetVars1)), + + %% Continue checking whether this br is suitable. + shortcut_3(Br, Bs#{from:=L}, UnsetVars, St) + end + end. + +shortcut_3(Br, Bs, UnsetVars, #st{target=Target}=St) -> + case is_br_safe(UnsetVars, Br, St) of + false -> + %% Branching using this `br` is unsafe, either because it + %% is an unconditional branch to a phi node, or because + %% one or more of the variables that are not set will be + %% used. Try to follow branches of this `br`, to find a + %% safe `br`. + case Br of + #b_br{bool=#b_literal{val=true},succ=L} -> + case Target of + L -> + %% We have reached the forced target, and it + %% is unsafe. Give up. + none; + _ -> + %% Try following this branch to see whether it + %% leads to a safe `br`. + shortcut_2(L, Bs, UnsetVars, St) + end; + #b_br{bool=#b_var{},succ=Succ,fail=Fail} -> + case {Succ,Fail} of + {L,Target} -> + %% The failure label is the forced target. + %% Try following the success label to see + %% whether it also ultimately ends up at the + %% forced target. + shortcut_2(L, Bs, UnsetVars, St); + {Target,L} -> + %% The success label is the forced target. + %% Try following the failure label to see + %% whether it also ultimately ends up at the + %% forced target. + shortcut_2(L, Bs, UnsetVars, St); + {_,_} -> + case Target of + any -> + %% This two-way branch is unsafe. Try reducing + %% it to a one-way branch. + shortcut_two_way(Br, Bs, UnsetVars, St); + one_way -> + %% This two-way branch is unsafe. Try reducing + %% it to a one-way branch. + shortcut_two_way(Br, Bs, UnsetVars, St); + _ when is_integer(Target) -> + %% This two-way branch is unsafe, and + %% there already is a forced target. + %% Give up. + none + end + end + end; + true -> + %% This `br` instruction is safe. It does not + %% branch to a phi node, and all variables that + %% will be used are guaranteed to be defined. + case Br of + #b_br{bool=#b_literal{val=true},succ=L} -> + %% This is a one-way branch. + case Target of + any -> + %% No forced target. Success! + {Br,Bs,UnsetVars}; + one_way -> + %% The target must be a one-way branch, which this + %% `br` is. Success! + {Br,Bs,UnsetVars}; + L when is_integer(Target) -> + %% The forced target is L. Success! + {Br,Bs,UnsetVars}; + _ when is_integer(Target) -> + %% Wrong forced target. Try following this branch + %% to see if it ultimately ends up at the forced + %% target. + shortcut_2(L, Bs, UnsetVars, St) + end; + #b_br{bool=#b_var{}} -> + %% This is a two-way branch. + if + Target =:= any; Target =:= one_way -> + %% No specific forced target. Try to reduce the + %% two-way branch to an one-way branch. + case shortcut_two_way(Br, Bs, UnsetVars, St) of + none when Target =:= any -> + %% This `br` can't be reduced to a one-way + %% branch. Return the `br` as-is. + {Br,Bs,UnsetVars}; + none when Target =:= one_way -> + %% This `br` can't be reduced to a one-way + %% branch. The caller wants a one-way branch. + %% Give up. + none; + {_,_,_}=Res -> + %% This `br` was successfully reduced to a + %% one-way branch. + Res + end; + is_integer(Target) -> + %% There is a forced target, which can't + %% be reached because this `br` is a two-way + %% branch. Give up. + none + end + end + end. + +shortcut_two_way(#b_br{succ=Succ,fail=Fail}, Bs0, UnsetVars0, St) -> + case shortcut_2(Succ, Bs0, UnsetVars0, St#st{target=Fail}) of + {#b_br{bool=#b_literal{},succ=Fail},_,_}=Res -> + Res; + none -> + case shortcut_2(Fail, Bs0, UnsetVars0, St#st{target=Succ}) of + {#b_br{bool=#b_literal{},succ=Succ},_,_}=Res -> + Res; + none -> + none + end + end. + +get_block(L, St) -> + #st{bs=#{L:=Blk}} = St, + Blk. + +is_br_safe(UnsetVars, Br, #st{us=Us}=St) -> + %% Check that none of the unset variables will be used. + case Br of + #b_br{bool=#b_var{}=V,succ=Succ,fail=Fail} -> + #{Succ:=Used0,Fail:=Used1} = Us, + + %% A two-way branch never branches to a phi node, so there + %% is no need to check for phi nodes here. + not member(V, UnsetVars) andalso + ordsets:is_disjoint(Used0, UnsetVars) andalso + ordsets:is_disjoint(Used1, UnsetVars); + #b_br{succ=Same,fail=Same} -> + %% An unconditional branch must not jump to + %% a phi node. + not is_forbidden(Same, St) andalso + ordsets:is_disjoint(map_get(Same, Us), UnsetVars) + end. + +is_forbidden(L, St) -> + case get_block(L, St) of + #b_blk{is=[#b_set{op=phi}|_]} -> true; + #b_blk{is=[#b_set{op=peek_message}|_]} -> true; + #b_blk{} -> false + end. + + +%% Evaluate the instructions in the block. +%% Return the updated bindings, or 'none' if there is +%% any instruction with potential side effects. + +eval_is([#b_set{op=phi,dst=Dst,args=Args}|Is], Bs0, St) -> + From = maps:get(from, Bs0), + [Val] = [Val || {Val,Pred} <- Args, Pred =:= From], + Bs = bind_var(Dst, Val, Bs0), + eval_is(Is, Bs, St); +eval_is([#b_set{op={bif,_},dst=Dst}=I0|Is], Bs, St) -> + I = sub(I0, Bs), + case eval_bif(I, St) of + #b_literal{}=Val -> + eval_is(Is, bind_var(Dst, Val, Bs), St); + none -> + eval_is(Is, Bs, St) + end; +eval_is([#b_set{op=Op,dst=Dst}=I|Is], Bs, St) + when Op =:= is_tagged_tuple; Op =:= is_nonempty_list -> + #b_set{args=Args} = sub(I, Bs), + case eval_rel_op(Op, Args, St) of + #b_literal{}=Val -> + eval_is(Is, bind_var(Dst, Val, Bs), St); + none -> + eval_is(Is, Bs, St) + end; +eval_is([#b_set{}=I|Is], Bs, St) -> + case beam_ssa:no_side_effect(I) of + true -> + %% This instruction has no side effects. It can + %% safely be omitted. + eval_is(Is, Bs, St); + false -> + %% This instruction may have some side effect. + %% It is not safe to avoid this instruction. + none + end; +eval_is([], Bs, _St) -> Bs. + +eval_terminator(#b_br{bool=#b_var{}=Bool}=Br, Bs, _St) -> + Val = get_value(Bool, Bs), + beam_ssa:normalize(Br#b_br{bool=Val}); +eval_terminator(#b_br{bool=#b_literal{}}=Br, _Bs, _St) -> + beam_ssa:normalize(Br); +eval_terminator(#b_switch{arg=Arg,fail=Fail,list=List}=Sw, Bs, St) -> + case get_value(Arg, Bs) of + #b_literal{}=Val -> + %% Literal argument. Simplify to a `br`. + beam_ssa:normalize(Sw#b_switch{arg=Val}); + #b_var{} -> + case St of + #st{rel_op=none} -> + %% No previous relational operator is stored. + %% Give up. + none; + #st{} -> + %% There is a previous relational operator stored. + %% Try optimizing the switch. + case eval_switch(List, Arg, St, Fail) of + none -> + none; + To when is_integer(To) -> + %% Either one of the values in the switch + %% matched a previous value in a '=:=' test, or + %% none of the values matched a previous test. + #b_br{bool=#b_literal{val=true},succ=To,fail=To} + end + end + end; +eval_terminator(#b_ret{}, _Bs, _St) -> + none. + +eval_switch([{Lit,Lbl}|T], Arg, St, Fail) -> + case eval_rel_op({bif,'=:='}, [Arg,Lit], St) of + none -> + %% This label could be reached. + eval_switch(T, Arg, St, none); + #b_literal{val=false} -> + %% This branch will never be taken. + eval_switch(T, Arg, St, Fail); + #b_literal{val=true} -> + %% Success. This branch will always be taken. + Lbl + end; +eval_switch([], _Arg, _St, Fail) -> + %% Fail is now either the failure label or 'none'. + Fail. + +bind_var(Var, Val0, Bs) -> + Val = get_value(Val0, Bs), + Bs#{Var=>Val}. + +get_value(#b_var{}=Var, Bs) -> + case Bs of + #{Var:=Val} -> get_value(Val, Bs); + #{} -> Var + end; +get_value(#b_literal{}=Lit, _Bs) -> Lit. + +eval_bif(#b_set{op={bif,Bif},args=Args}, St) -> + Arity = length(Args), + case erl_bifs:is_pure(erlang, Bif, Arity) of + false -> + none; + true -> + case [Lit || #b_literal{val=Lit} <- Args] of + LitArgs when length(LitArgs) =:= Arity -> + try apply(erlang, Bif, LitArgs) of + Val -> #b_literal{val=Val} + catch + error:_ -> none + end; + _ -> + %% Not literal arguments. Try to evaluate + %% it based on a previous relational operator. + eval_rel_op({bif,Bif}, Args, St) + end + end. + +%%% +%%% Handling of relational operators. +%%% + +get_rel_op(Bool, [_|_]=Is) -> + case last(Is) of + #b_set{op=Op,dst=Bool,args=Args} -> + normalize_op(Op, Args); + #b_set{} -> + none + end; +get_rel_op(_, []) -> none. + +%% normalize_op(Instruction) -> {Normalized,FailLabel} | error +%% Normalized = {Operator,Variable,Variable|Literal} | +%% {TypeTest,Variable} +%% Operation = '<' | '=<' | '=:=' | '=/=' | '>=' | '>' +%% TypeTest = is_atom | is_integer ... +%% Variable = #b_var{} +%% Literal = #b_literal{} +%% +%% Normalize a relational operator to facilitate further +%% comparisons between operators. Always make the register +%% operand the first operand. If there are two registers, +%% order the registers in lexical order. +%% +%% For example, this instruction: +%% +%% #b_set{op={bif,=<},args=[#b_literal{}, #b_var{}} +%% +%% will be normalized to: +%% +%% {'=<',#b_var{},#b_literal{}} + +-spec normalize_op(Op, Args) -> NormalizedOp | 'none' when + Op :: beam_ssa:op(), + Args :: [beam_ssa:value()], + NormalizedOp :: basic_rel_op(). + +normalize_op(is_tagged_tuple, [Arg,#b_literal{val=Size},#b_literal{val=Tag}]) + when is_integer(Size), is_atom(Tag) -> + {{is_tagged_tuple,Size,Tag},Arg}; +normalize_op(is_nonempty_list, [Arg]) -> + {is_nonempty_list,Arg}; +normalize_op({bif,Bif}, [Arg]) -> + case erl_internal:new_type_test(Bif, 1) of + true -> {Bif,Arg}; + false -> none + end; +normalize_op({bif,Bif}, [_,_]=Args) -> + case erl_internal:comp_op(Bif, 2) of + true -> + normalize_op_1(Bif, Args); + false -> + none + end; +normalize_op(_, _) -> none. + +normalize_op_1(Bif, Args) -> + case Args of + [#b_literal{}=Arg1,#b_var{}=Arg2] -> + {turn_op(Bif),Arg2,Arg1}; + [#b_var{}=Arg1,#b_literal{}=Arg2] -> + {Bif,Arg1,Arg2}; + [#b_var{}=A,#b_var{}=B] -> + if A < B -> {Bif,A,B}; + true -> {turn_op(Bif),B,A} + end; + [#b_literal{},#b_literal{}] -> + none + end. + +-spec invert_op(basic_rel_op() | 'none') -> rel_op() | 'none'. + +invert_op({Op,Arg1,Arg2}) -> + {invert_op_1(Op),Arg1,Arg2}; +invert_op({TypeTest,Arg}) -> + {{'not',TypeTest},Arg}; +invert_op(none) -> none. + +invert_op_1('>=') -> '<'; +invert_op_1('<') -> '>='; +invert_op_1('=<') -> '>'; +invert_op_1('>') -> '=<'; +invert_op_1('=:=') -> '=/='; +invert_op_1('=/=') -> '=:='; +invert_op_1('==') -> '/='; +invert_op_1('/=') -> '=='. + +turn_op('<') -> '>'; +turn_op('=<') -> '>='; +turn_op('>') -> '<'; +turn_op('>=') -> '=<'; +turn_op('=:='=Op) -> Op; +turn_op('=/='=Op) -> Op; +turn_op('=='=Op) -> Op; +turn_op('/='=Op) -> Op. + +eval_rel_op(_Bif, _Args, #st{rel_op=none}) -> + none; +eval_rel_op(Bif, Args, #st{rel_op=Prev}) -> + case normalize_op(Bif, Args) of + none -> + none; + RelOp -> + case will_succeed(Prev, RelOp) of + yes -> #b_literal{val=true}; + no -> #b_literal{val=false}; + maybe -> none + end + end. + +%% will_succeed(PrevCondition, Condition) -> yes | no | maybe +%% PrevCondition is a condition known to be true. This function +%% will tell whether Condition will succeed. + +will_succeed({_Op,_Var,_Value}=Same, {_Op,_Var,_Value}=Same) -> + %% Repeated test. + yes; +will_succeed({Op1,Var,#b_literal{val=A}}, {Op2,Var,#b_literal{val=B}}) -> + will_succeed_1(Op1, A, Op2, B); +will_succeed({Op1,Var,#b_var{}=A}, {Op2,Var,#b_var{}=B}) -> + will_succeed_vars(Op1, A, Op2, B); +will_succeed({'=:=',Var,#b_literal{val=A}}, {TypeTest,Var}) -> + eval_type_test(TypeTest, A); +will_succeed({_,_}=Same, {_,_}=Same) -> + %% Repeated type test. + yes; +will_succeed({Test1,Var}, {Test2,Var}) -> + will_succeed_test(Test1, Test2); +will_succeed({_,_}, {_,_}) -> + maybe; +will_succeed({_,_}, {_,_,_}) -> + maybe; +will_succeed({_,_,_}, {_,_}) -> + maybe; +will_succeed({_,_,_}, {_,_,_}) -> + maybe. + +will_succeed_test({'not',Test1}, Test2) -> + case Test1 =:= Test2 of + true -> no; + false -> maybe + end; +will_succeed_test(is_tuple, {is_tagged_tuple,_,_}) -> + maybe; +will_succeed_test({is_tagged_tuple,_,_}, is_tuple) -> + yes; +will_succeed_test(is_list, is_nonempty_list) -> + maybe; +will_succeed_test(is_nonempty_list, is_list) -> + yes; +will_succeed_test(T1, T2) -> + case is_numeric_test(T1) andalso is_numeric_test(T2) of + true -> maybe; + false -> no + end. + +will_succeed_1('=:=', A, '<', B) -> + if + B =< A -> no; + true -> yes + end; +will_succeed_1('=:=', A, '=<', B) -> + if + B < A -> no; + true -> yes + end; +will_succeed_1('=:=', A, '=:=', B) when A =/= B -> + no; +will_succeed_1('=:=', A, '=/=', B) -> + if + A =:= B -> no; + true -> yes + end; +will_succeed_1('=:=', A, '>=', B) -> + if + B > A -> no; + true -> yes + end; +will_succeed_1('=:=', A, '>', B) -> + if + B >= A -> no; + true -> yes + end; + +will_succeed_1('=/=', A, '=:=', B) when A =:= B -> no; + +will_succeed_1('<', A, '=:=', B) when B >= A -> no; +will_succeed_1('<', A, '=/=', B) when B >= A -> yes; +will_succeed_1('<', A, '<', B) when B >= A -> yes; +will_succeed_1('<', A, '=<', B) when B > A -> yes; +will_succeed_1('<', A, '>=', B) when B > A -> no; +will_succeed_1('<', A, '>', B) when B >= A -> no; + +will_succeed_1('=<', A, '=:=', B) when B > A -> no; +will_succeed_1('=<', A, '=/=', B) when B > A -> yes; +will_succeed_1('=<', A, '<', B) when B > A -> yes; +will_succeed_1('=<', A, '=<', B) when B >= A -> yes; +will_succeed_1('=<', A, '>=', B) when B > A -> no; +will_succeed_1('=<', A, '>', B) when B >= A -> no; + +will_succeed_1('>=', A, '=:=', B) when B < A -> no; +will_succeed_1('>=', A, '=/=', B) when B < A -> yes; +will_succeed_1('>=', A, '<', B) when B =< A -> no; +will_succeed_1('>=', A, '=<', B) when B < A -> no; +will_succeed_1('>=', A, '>=', B) when B =< A -> yes; +will_succeed_1('>=', A, '>', B) when B < A -> yes; + +will_succeed_1('>', A, '=:=', B) when B =< A -> no; +will_succeed_1('>', A, '=/=', B) when B =< A -> yes; +will_succeed_1('>', A, '<', B) when B =< A -> no; +will_succeed_1('>', A, '=<', B) when B < A -> no; +will_succeed_1('>', A, '>=', B) when B =< A -> yes; +will_succeed_1('>', A, '>', B) when B < A -> yes; + +will_succeed_1('==', A, '==', B) -> + if + A == B -> yes; + true -> no + end; +will_succeed_1('==', A, '/=', B) -> + if + A == B -> no; + true -> yes + end; +will_succeed_1('/=', A, '/=', B) when A == B -> yes; +will_succeed_1('/=', A, '==', B) when A == B -> no; + +will_succeed_1(_, _, _, _) -> maybe. + +will_succeed_vars('=/=', Val, '=:=', Val) -> no; +will_succeed_vars('=:=', Val, '=/=', Val) -> no; +will_succeed_vars('=:=', Val, '>=', Val) -> yes; +will_succeed_vars('=:=', Val, '=<', Val) -> yes; + +will_succeed_vars('/=', Val1, '==', Val2) when Val1 == Val2 -> no; +will_succeed_vars('==', Val1, '/=', Val2) when Val1 == Val2 -> no; + +will_succeed_vars(_, _, _, _) -> maybe. + +is_numeric_test(is_float) -> true; +is_numeric_test(is_integer) -> true; +is_numeric_test(is_number) -> true; +is_numeric_test(_) -> false. + +eval_type_test(Test, Arg) -> + case eval_type_test_1(Test, Arg) of + true -> yes; + false -> no + end. + +eval_type_test_1(is_nonempty_list, Arg) -> + case Arg of + [_|_] -> true; + _ -> false + end; +eval_type_test_1({is_tagged_tuple,Sz,Tag}, Arg) -> + if + tuple_size(Arg) =:= Sz, element(1, Arg) =:= Tag -> + true; + true -> + false + end; +eval_type_test_1(Test, Arg) -> + erlang:Test(Arg). + +%%% +%%% Combine bif:'=:=' and switch instructions +%%% to switch instructions. +%%% +%%% Consider this code: +%%% +%%% 0: +%%% @ssa_bool = bif:'=:=' Var, literal 1 +%%% br @ssa_bool, label 2, label 3 +%%% +%%% 2: +%%% ret literal a +%%% +%%% 3: +%%% @ssa_bool:7 = bif:'=:=' Var, literal 2 +%%% br @ssa_bool:7, label 4, label 999 +%%% +%%% 4: +%%% ret literal b +%%% +%%% 999: +%%% . +%%% . +%%% . +%%% +%%% The two bif:'=:=' instructions can be combined +%%% to a switch: +%%% +%%% 0: +%%% switch Var, label 999, [ { literal 1, label 2 }, +%%% { literal 2, label 3 } ] +%%% +%%% 2: +%%% ret literal a +%%% +%%% 4: +%%% ret literal b +%%% +%%% 999: +%%% . +%%% . +%%% . +%%% + +combine_eqs(#st{bs=Blocks}=St) -> + Ls = reverse(beam_ssa:rpo(Blocks)), + combine_eqs_1(Ls, St). + +combine_eqs_1([L|Ls], #st{bs=Blocks0}=St0) -> + case comb_get_sw(L, St0) of + none -> + combine_eqs_1(Ls, St0); + {_,Arg,_,Fail0,List0} -> + case comb_get_sw(Fail0, St0) of + {true,Arg,Fail1,Fail,List1} -> + %% Another switch/br with the same arguments was + %% found. Try combining them. + case combine_lists(Fail1, List0, List1, Blocks0) of + none -> + %% Different types of literals in the lists, + %% or the success cases in the first switch + %% could branch to the second switch + %% (increasing code size and repeating tests). + combine_eqs_1(Ls, St0); + List -> + %% Everything OK! Combine the lists. + Sw0 = #b_switch{arg=Arg,fail=Fail,list=List}, + Sw = beam_ssa:normalize(Sw0), + Blk0 = maps:get(L, Blocks0), + Blk = Blk0#b_blk{last=Sw}, + Blocks = Blocks0#{L:=Blk}, + St = St0#st{bs=Blocks}, + combine_eqs_1(Ls, St) + end; + {true,_OtherArg,_,_,_} -> + %% The other switch/br uses a different Arg. + combine_eqs_1(Ls, St0); + {false,_,_,_,_} -> + %% Not safe: Bindings of variables that will be used + %% or execution of instructions with potential + %% side effects will be skipped. + combine_eqs_1(Ls, St0); + none -> + %% No switch/br at this label. + combine_eqs_1(Ls, St0) + end + end; +combine_eqs_1([], St) -> St. + +comb_get_sw(L, Blocks) -> + comb_get_sw(L, true, Blocks). + +comb_get_sw(L, Safe0, #st{bs=Blocks,skippable=Skippable}=St) -> + #b_blk{is=Is,last=Last} = maps:get(L, Blocks), + Safe1 = Safe0 andalso is_map_key(L, Skippable), + case Last of + #b_ret{} -> + none; + #b_br{bool=#b_var{}=Bool,succ=Succ,fail=Fail} -> + case comb_is(Is, Bool, Safe1) of + {none,_} -> + none; + {#b_set{op={bif,'=:='},args=[#b_var{}=Arg,#b_literal{}=Lit]},Safe} -> + {Safe,Arg,L,Fail,[{Lit,Succ}]}; + {#b_set{},_} -> + none + end; + #b_br{bool=#b_literal{val=true},succ=Succ} -> + comb_get_sw(Succ, Safe1, St); + #b_switch{arg=#b_var{}=Arg,fail=Fail,list=List} -> + {none,Safe} = comb_is(Is, none, Safe1), + {Safe,Arg,L,Fail,List} + end. + +comb_is([#b_set{dst=#b_var{}=Bool}=I], Bool, Safe) -> + {I,Safe}; +comb_is([#b_set{}=I|Is], Bool, Safe0) -> + Safe = Safe0 andalso beam_ssa:no_side_effect(I), + comb_is(Is, Bool, Safe); +comb_is([], _Bool, Safe) -> + {none,Safe}. + +%% combine_list(Fail, List1, List2, Blocks) -> List|none. +%% Try to combine two switch lists, returning the combined +%% list or 'none' if not possible. +%% +%% The values in the two lists must be all of the same type. +%% +%% The code reached from the labels in the first list must +%% not reach the failure label (if they do, tests could +%% be repeated). +%% + +combine_lists(Fail, L1, L2, Blocks) -> + Ls = beam_ssa:rpo([Lbl || {_,Lbl} <- L1], Blocks), + case member(Fail, Ls) of + true -> + %% One or more of labels in the first list + %% could reach the failure label. That + %% means that the second switch/br instruction + %% will be retained, increasing code size and + %% potentially also execution time. + none; + false -> + %% The combined switch will replace both original + %% br/switch instructions, leading to a reduction in code + %% size and potentially also in execution time. + combine_lists_1(L1, L2) + end. + +combine_lists_1(List0, List1) -> + case are_lists_compatible(List0, List1) of + true -> + First = maps:from_list(List0), + List0 ++ [{Val,Lbl} || {Val,Lbl} <- List1, + not is_map_key(Val, First)]; + false -> + none + end. + +are_lists_compatible([{#b_literal{val=Val1},_}|_], + [{#b_literal{val=Val2},_}|_]) -> + case lit_type(Val1) of + none -> false; + Type -> Type =:= lit_type(Val2) + end. + +lit_type(Val) -> + if + is_atom(Val) -> atom; + is_float(Val) -> float; + is_integer(Val) -> integer; + true -> none + end. + +%%% +%%% Calculate used variables for each block. +%%% + +used_vars(Linear) -> + used_vars(reverse(Linear), #{}, #{}). + +used_vars([{L,#b_blk{is=Is}=Blk}|Bs], UsedVars0, Skip0) -> + %% Calculate the variables used by each block and its + %% successors. This information is used by + %% shortcut_opt/1. + + Successors = beam_ssa:successors(Blk), + Used0 = used_vars_succ(Successors, L, UsedVars0), + Used = used_vars_blk(Blk, Used0), + UsedVars = used_vars_phis(Is, L, Used, UsedVars0), + + %% combine_eqs/1 needs different variable usage + %% information than shortcut_opt/1. The Skip + %% map will have an entry for each block that + %% can be skipped (does not bind any variable used + %% in successor). + + Defined0 = [Def || #b_set{dst=Def} <- Is], + Defined = ordsets:from_list(Defined0), + MaySkip = ordsets:is_disjoint(Defined, Used0), + case MaySkip of + true -> + Skip = Skip0#{L=>true}, + used_vars(Bs, UsedVars, Skip); + false -> + used_vars(Bs, UsedVars, Skip0) + end; +used_vars([], UsedVars, Skip) -> + {UsedVars,Skip}. + +used_vars_succ([S|Ss], L, UsedVars) -> + Live0 = used_vars_succ(Ss, L, UsedVars), + Key = {S,L}, + case UsedVars of + #{Key:=Live} -> + ordsets:union(Live, Live0); + #{S:=Live} -> + ordsets:union(Live, Live0); + #{} -> + Live0 + end; +used_vars_succ([], _, _) -> + ordsets:new(). + +used_vars_phis(Is, L, Live0, UsedVars0) -> + UsedVars = UsedVars0#{L=>Live0}, + Phis = takewhile(fun(#b_set{op=Op}) -> Op =:= phi end, Is), + case Phis of + [] -> + UsedVars; + [_|_] -> + PhiArgs = append([Args || #b_set{args=Args} <- Phis]), + case [{P,V} || {#b_var{}=V,P} <- PhiArgs] of + [_|_]=PhiVars -> + PhiLive0 = rel2fam(PhiVars), + PhiLive = [{{L,P},ordsets:union(ordsets:from_list(Vs), Live0)} || + {P,Vs} <- PhiLive0], + maps:merge(UsedVars, maps:from_list(PhiLive)); + [] -> + %% There were only literals in the phi node(s). + UsedVars + end + end. + +used_vars_blk(#b_blk{is=Is,last=Last}, Used0) -> + Used = ordsets:union(Used0, beam_ssa:used(Last)), + used_vars_is(reverse(Is), Used). + +used_vars_is([#b_set{op=phi}|Is], Used) -> + used_vars_is(Is, Used); +used_vars_is([#b_set{dst=Dst}=I|Is], Used0) -> + Used1 = ordsets:union(Used0, beam_ssa:used(I)), + Used = ordsets:del_element(Dst, Used1), + used_vars_is(Is, Used); +used_vars_is([], Used) -> + Used. + +%%% +%%% Common utilities. +%%% + +sub(#b_set{args=Args}=I, Sub) -> + I#b_set{args=[sub_arg(A, Sub) || A <- Args]}. + +sub_arg(Old, Sub) -> + case Sub of + #{Old:=New} -> New; + #{} -> Old + end. + +rel2fam(S0) -> + S1 = sofs:relation(S0), + S = sofs:rel2fam(S1), + sofs:to_external(S). diff --git a/lib/compiler/src/beam_ssa_funs.erl b/lib/compiler/src/beam_ssa_funs.erl new file mode 100644 index 0000000000..38df50fd74 --- /dev/null +++ b/lib/compiler/src/beam_ssa_funs.erl @@ -0,0 +1,149 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +%%% +%%% If a fun is defined locally and only used for calls, it can be replaced +%%% with direct calls to the relevant function. This greatly speeds up "named +%%% functions" (which rely on make_fun to recreate themselves) and macros that +%%% wrap their body in a fun. +%%% + +-module(beam_ssa_funs). + +-export([module/2]). + +-include("beam_ssa.hrl"). + +-import(lists, [foldl/3]). + +-spec module(Module, Options) -> Result when + Module :: beam_ssa:b_module(), + Options :: [compile:option()], + Result :: {ok, beam_ssa:b_module()}. + +module(#b_module{body=Fs0}=Module, _Opts) -> + Trampolines = foldl(fun find_trampolines/2, #{}, Fs0), + Fs = [lfo(F, Trampolines) || F <- Fs0], + {ok, Module#b_module{body=Fs}}. + +%% If a function does absolutely nothing beyond calling another function with +%% the same arguments in the same order, we can shave off a call by short- +%% circuiting it. +find_trampolines(#b_function{args=Args,bs=Blocks}=F, Trampolines) -> + case maps:get(0, Blocks) of + #b_blk{is=[#b_set{op=call, + args=[#b_local{}=Actual | Args], + dst=Dst}], + last=#b_ret{arg=Dst}} -> + {_, Name, Arity} = beam_ssa:get_anno(func_info, F), + Trampoline = #b_local{name=#b_literal{val=Name},arity=Arity}, + maps:put(Trampoline, Actual, Trampolines); + _ -> + Trampolines + end. + +lfo(#b_function{bs=Blocks0}=F, Trampolines) -> + Linear0 = beam_ssa:linearize(Blocks0), + Linear = lfo_optimize(Linear0, lfo_analyze(Linear0, #{}), Trampolines), + F#b_function{bs=maps:from_list(Linear)}. + +%% Gather a map of the locally defined funs that are only used for calls. +lfo_analyze([{_L,#b_blk{is=Is,last=Last}}|Bs], LFuns0) -> + LFuns = lfo_analyze_last(Last, lfo_analyze_is(Is, LFuns0)), + lfo_analyze(Bs, LFuns); +lfo_analyze([], LFuns) -> + LFuns. + +lfo_analyze_is([#b_set{op=make_fun, + dst=Dst, + args=[#b_local{} | FreeVars]}=Def | Is], + LFuns0) -> + LFuns = maps:put(Dst, Def, maps:without(FreeVars, LFuns0)), + lfo_analyze_is(Is, LFuns); +lfo_analyze_is([#b_set{op=call, + args=[Fun | CallArgs]} | Is], + LFuns) when is_map_key(Fun, LFuns) -> + #b_set{args=[#b_local{arity=Arity} | FreeVars]} = maps:get(Fun, LFuns), + case length(CallArgs) + length(FreeVars) of + Arity -> + lfo_analyze_is(Is, maps:without(CallArgs, LFuns)); + _ -> + %% This will `badarity` at runtime, and it's easier to disable the + %% optimization than to simulate it. + lfo_analyze_is(Is, maps:without([Fun | CallArgs], LFuns)) + end; +lfo_analyze_is([#b_set{args=Args} | Is], LFuns) when map_size(LFuns) =/= 0 -> + %% We disqualify funs that are used outside calls because this forces them + %% to be created anyway, and the slight performance gain from direct calls + %% is not enough to offset the potential increase in stack frame size (the + %% free variables need to be kept alive until the call). + %% + %% This is also a kludge to make HiPE work, as the latter will generate + %% code with the assumption that the functions referenced in a make_fun + %% will only be used by funs, which will not be the case if we mix it with + %% direct calls. See cerl_cconv.erl for details. + %% + %% Future optimizations like delaying fun creation until use may require us + %% to copy affected functions so that HiPE gets its own to play with (until + %% HiPE is fixed anyway). + lfo_analyze_is(Is, maps:without(Args, LFuns)); +lfo_analyze_is([_ | Is], LFuns) -> + lfo_analyze_is(Is, LFuns); +lfo_analyze_is([], LFuns) -> + LFuns. + +lfo_analyze_last(#b_switch{arg=Arg}, LFuns) -> + maps:remove(Arg, LFuns); +lfo_analyze_last(#b_ret{arg=Arg}, LFuns) -> + maps:remove(Arg, LFuns); +lfo_analyze_last(_, LFuns) -> + LFuns. + +%% Replace all calls of suitable funs with a direct call to their +%% implementation. Liveness optimization will get rid of the make_fun +%% instruction. +lfo_optimize(Linear, LFuns, _Trampolines) when map_size(LFuns) =:= 0 -> + Linear; +lfo_optimize(Linear, LFuns, Trampolines) -> + lfo_optimize_1(Linear, LFuns, Trampolines). + +lfo_optimize_1([{L,#b_blk{is=Is0}=Blk}|Bs], LFuns, Trampolines) -> + Is = lfo_optimize_is(Is0, LFuns, Trampolines), + [{L,Blk#b_blk{is=Is}} | lfo_optimize_1(Bs, LFuns, Trampolines)]; +lfo_optimize_1([], _LFuns, _Trampolines) -> + []. + +lfo_optimize_is([#b_set{op=call, + args=[Fun | CallArgs]}=Call0 | Is], + LFuns, Trampolines) when is_map_key(Fun, LFuns) -> + #b_set{args=[Local | FreeVars]} = maps:get(Fun, LFuns), + Args = [lfo_short_circuit(Local, Trampolines) | CallArgs ++ FreeVars], + Call = beam_ssa:add_anno(local_fun_opt, Fun, Call0#b_set{args=Args}), + [Call | lfo_optimize_is(Is, LFuns, Trampolines)]; +lfo_optimize_is([I | Is], LFuns, Trampolines) -> + [I | lfo_optimize_is(Is, LFuns, Trampolines)]; +lfo_optimize_is([], _LFuns, _Trampolines) -> + []. + +lfo_short_circuit(Call, Trampolines) -> + case maps:find(Call, Trampolines) of + {ok, Other} -> lfo_short_circuit(Other, Trampolines); + error -> Call + end. diff --git a/lib/compiler/src/beam_ssa_lint.erl b/lib/compiler/src/beam_ssa_lint.erl new file mode 100644 index 0000000000..a003607dab --- /dev/null +++ b/lib/compiler/src/beam_ssa_lint.erl @@ -0,0 +1,349 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% Purpose: Internal consistency checks for the beam_ssa format. + +-module(beam_ssa_lint). + +-export([module/2, format_error/1]). + +-import(lists, [append/1, foldl/3, foreach/2]). + +-include("beam_ssa.hrl"). + +-spec module(#b_module{}, [compile:option()]) -> + {'ok',#b_module{}} | {'error',list()}. +module(#b_module{body=Fs,name=Name}=Mod0, _Options) -> + Es0 = append([validate_function(F) || F <- Fs]), + case [{?MODULE,E} || E <- Es0] of + [] -> + {ok, Mod0}; + [_|_]=Es -> + {error,[{atom_to_list(Name), Es}]} + end. + +-spec format_error(term()) -> iolist(). +format_error({{_M,F,A},{redefined_variable, Name, Old, I}}) -> + io_lib:format("~p/~p: Variable ~ts (~ts) redefined by ~ts", + [F, A, format_var(Name), format_instr(Old), format_instr(I)]); +format_error({{_M,F,A},{missing_phi_paths, Paths, I}}) -> + io_lib:format("~p/~p: Phi node ~ts doesn't define a value for these " + "branches: ~w", + [F, A, format_instr(I), Paths]); +format_error({{_M,F,A},{garbage_phi_paths, Paths, I}}) -> + io_lib:format("~p/~p: Phi node ~ts defines a value for these unreachable " + "or non-existent branches: ~w", + [F, A, format_instr(I), Paths]); +format_error({{_M,F,A},{unknown_phi_variable, Name, {From, _To}, I}}) -> + io_lib:format("~p/~p: Variable ~ts used in phi node ~ts is undefined on " + "branch ~w", + [F, A, format_var(Name), format_instr(I), From]); +format_error({{_M,F,A},{unknown_block, Label, I}}) -> + io_lib:format("~p/~p: Unknown block ~p referenced in ~ts", + [F, A, Label, I]); +format_error({{_M,F,A},{unknown_variable, Name, I}}) -> + io_lib:format("~p/~p: Unbound variable ~ts used in ~ts", + [F, A, format_var(Name), format_instr(I)]); +format_error({{_M,F,A},{phi_inside_block, Name, Id}}) -> + io_lib:format("~p/~p: Phi node defining ~ts is not at start of block ~p", + [F, A, format_var(Name), Id]); +format_error({{_M,F,A},{undefined_label_in_phi, Label, I}}) -> + io_lib:format("~p/~p: Unknown block label ~p in phi node ~ts", + [F, A, Label, format_instr(I)]). + +format_instr(I) -> + [$',beam_ssa_pp:format_instr(I),$']. + +format_var(V) -> + beam_ssa_pp:format_var(#b_var{name=V}). + +validate_function(F) -> + try + validate_variables(F), + [] + catch + throw:Reason -> + #{func_info:=MFA} = F#b_function.anno, + [{MFA,Reason}]; + Class:Error:Stack -> + io:fwrite("Function: ~p\n", [F#b_function.anno]), + erlang:raise(Class, Error, Stack) + end. + +-type defined_vars() :: gb_sets:set(beam_ssa:var_name()). + +-record(vvars, + {blocks :: #{ beam_ssa:label() => beam_ssa:b_blk() }, + branch_def_vars :: #{ + %% Describes the variable state at the time of this exact branch (phi + %% node validation). + {From :: beam_ssa:label(), To :: beam_ssa:label()} => defined_vars(), + %% Describes the variable state common to all branches leading to this + %% label (un/redefined variable validation). + beam_ssa:label() => defined_vars() }, + defined_vars :: defined_vars()}). + +-spec validate_variables(beam_ssa:b_function()) -> ok. +validate_variables(#b_function{ args = Args, bs = Blocks }) -> + %% Prefill the mapping with function arguments. + ArgNames = vvars_get_varnames(Args), + DefVars = gb_sets:from_list(ArgNames), + Entry = 0, + + State = #vvars{blocks = Blocks, + branch_def_vars = #{ Entry => DefVars }, + defined_vars = DefVars}, + ok = vvars_assert_unique(Blocks, ArgNames), + vvars_phi_nodes(vvars_block(Entry, State)). + +%% Checks the uniqueness of all variables across all blocks. +-spec vvars_assert_unique(Blocks, [beam_ssa:var_name()]) -> ok when + Blocks :: #{ beam_ssa:label() => beam_ssa:b_blk() }. +vvars_assert_unique(Blocks, Args) -> + BlockIs = [Is || #b_blk{is=Is} <- maps:values(Blocks)], + Defined0 = maps:from_list([{V,argument} || V <- Args]), + _ = foldl(fun(Is, Defined) -> + vvars_assert_unique_1(Is, Defined) + end, Defined0, BlockIs), + ok. + +-spec vvars_assert_unique_1(Is, Defined) -> ok when + Is :: list(beam_ssa:b_set()), + Defined :: #{ beam_ssa:var_name() => beam_ssa:b_set() }. +vvars_assert_unique_1([#b_set{dst=#b_var{name=DstName}}=I|Is], Defined) -> + case Defined of + #{DstName:=Old} -> throw({redefined_variable, DstName, Old, I}); + _ -> vvars_assert_unique_1(Is, Defined#{DstName=>I}) + end; +vvars_assert_unique_1([], Defined) -> + Defined. + +-spec vvars_phi_nodes(State :: #vvars{}) -> ok. +vvars_phi_nodes(#vvars{ blocks = Blocks }=State) -> + _ = [vvars_phi_nodes_1(Is, Id, State) || + {Id, #b_blk{ is = Is }} <- maps:to_list(Blocks)], + ok. + +-spec vvars_phi_nodes_1(Is, Id, State) -> ok when + Is :: list(beam_ssa:b_set()), + Id :: beam_ssa:label(), + State :: #vvars{}. +vvars_phi_nodes_1([#b_set{ op = phi, args = Phis }=I | Is], Id, State) -> + ok = vvars_assert_phi_paths(Phis, I, Id, State), + ok = vvars_assert_phi_vars(Phis, I, Id, State), + vvars_phi_nodes_1(Is, Id, State); +vvars_phi_nodes_1([_ | Is], Id, _State) -> + case [Dst || #b_set{op=phi,dst=#b_var{name=Dst}} <- Is] of + [Name|_] -> + throw({phi_inside_block, Name, Id}); + [] -> + ok + end; +vvars_phi_nodes_1([], _Id, _State) -> + ok. + +%% Checks whether all paths leading to this phi node are represented, and that +%% it doesn't reference any non-existent paths. +-spec vvars_assert_phi_paths(Phis, I, Id, State) -> ok when + Phis :: list({beam_ssa:argument(), beam_ssa:label()}), + Id :: beam_ssa:label(), + I :: beam_ssa:b_set(), + State :: #vvars{}. +vvars_assert_phi_paths(Phis, I, Id, State) -> + BranchKeys = maps:keys(State#vvars.branch_def_vars), + RequiredPaths = ordsets:from_list([From || {From, To} <- BranchKeys, To =:= Id]), + ProvidedPaths = ordsets:from_list([From || {_Value, From} <- Phis]), + case ordsets:subtract(RequiredPaths, ProvidedPaths) of + [_|_]=MissingPaths -> throw({missing_phi_paths, MissingPaths, I}); + [] -> ok + end. + %% %% The following test is sometimes useful to find missing optimizations. + %% %% It is commented out, though, because it can be triggered by + %% %% by weird but legal code. + %% case ordsets:subtract(ProvidedPaths, RequiredPaths) of + %% [_|_]=GarbagePaths -> throw({garbage_phi_paths, GarbagePaths, I}); + %% [] -> ok + %% end. + +%% Checks whether all variables used in this phi node are defined in the branch +%% they arrived on. +-spec vvars_assert_phi_vars(Phis, I, Id, State) -> ok when + Phis :: list({beam_ssa:argument(), beam_ssa:label()}), + Id :: beam_ssa:label(), + I :: beam_ssa:b_set(), + State :: #vvars{}. +vvars_assert_phi_vars(Phis, I, Id, #vvars{blocks=Blocks, + branch_def_vars=BranchDefVars}) -> + Vars = [{Var, From} || {#b_var{}=Var, From} <- Phis], + foreach(fun({#b_var{name=VarName}, From}) -> + BranchKey = {From, Id}, + case BranchDefVars of + #{BranchKey:=DefVars} -> + case gb_sets:is_member(VarName, DefVars) of + true -> ok; + false -> throw({unknown_variable, VarName, I}) + end; + #{} -> + throw({unknown_phi_variable, VarName, BranchKey, I}) + end + end, Vars), + Labels = [From || {#b_literal{},From} <- Phis], + foreach(fun(Label) -> + case Blocks of + #{Label:=_} -> + ok; + #{} -> + throw({undefined_label_in_phi, Label, I}) + end + end, Labels). + +-spec vvars_block(Id, State) -> #vvars{} when + Id :: beam_ssa:label(), + State :: #vvars{}. +vvars_block(Id, State0) -> + #{ Id := #b_blk{ is = Is, last = Terminator} } = State0#vvars.blocks, + #{ Id := DefVars } = State0#vvars.branch_def_vars, + State = State0#vvars{ defined_vars = DefVars }, + vvars_terminator(Terminator, Id, vvars_block_1(Is, State)). + +-spec vvars_block_1(Blocks, State) -> #vvars{} when + Blocks :: list(beam_ssa:b_blk()), + State :: #vvars{}. +vvars_block_1([], State) -> + State; +vvars_block_1([#b_set{ dst = #b_var{ name = DstName }, op = phi } | Is], State0) -> + %% We don't check phi node arguments at this point since we may not have + %% visited their definition yet. They'll be handled later on in + %% vvars_phi_nodes/1 after all blocks are processed. + vvars_block_1(Is, vvars_save_var(DstName, State0)); +vvars_block_1([#b_set{ dst = #b_var{ name = DstName }, args = Args }=I | Is], State0) -> + ok = vvars_assert_args(Args, I, State0), + vvars_block_1(Is, vvars_save_var(DstName, State0)). + +-spec vvars_terminator(Terminator, From, State) -> #vvars{} when + Terminator :: beam_ssa:terminator(), + From :: beam_ssa:label(), + State :: #vvars{}. +vvars_terminator(#b_ret{ arg = Arg }=I, _From, State) -> + ok = vvars_assert_args([Arg], I, State), + State; +vvars_terminator(#b_switch{arg=Arg,fail=Fail,list=Switch}=I, From, State) -> + ok = vvars_assert_args([Arg], I, State), + ok = vvars_assert_args([A || {A,_Lbl} <- Switch], I, State), + Labels = [Fail | [Lbl || {_Arg, Lbl} <- Switch]], + ok = vvars_assert_labels(Labels, I, State), + vvars_terminator_1(Labels, From, State); +vvars_terminator(#b_br{bool=#b_literal{val=true},succ=Succ}=I, From, State) -> + Labels = [Succ], + ok = vvars_assert_labels(Labels, I, State), + vvars_terminator_1(Labels, From, State); +vvars_terminator(#b_br{bool=#b_literal{val=false},fail=Fail}=I, From, State) -> + Labels = [Fail], + ok = vvars_assert_labels(Labels, I, State), + vvars_terminator_1(Labels, From, State); +vvars_terminator(#b_br{ bool = Arg, succ = Succ, fail = Fail }=I, From, State) -> + ok = vvars_assert_args([Arg], I, State), + Labels = [Fail, Succ], + ok = vvars_assert_labels(Labels, I, State), + vvars_terminator_1(Labels, From, State). + +-spec vvars_terminator_1(Labels, From, State) -> #vvars{} when + Labels :: list(beam_ssa:label()), + From :: beam_ssa:label(), + State :: #vvars{}. +vvars_terminator_1(Labels0, From, State0) -> + %% Filter out all branches that have already been taken. This should result + %% in either all of Labels0 or an empty list. + Labels = [To || To <- Labels0, + not maps:is_key({From, To}, State0#vvars.branch_def_vars)], + true = Labels =:= Labels0 orelse Labels =:= [], %Assertion + State1 = foldl(fun(To, State) -> + vvars_save_branch(From, To, State) + end, State0, Labels), + foldl(fun(To, State) -> + vvars_block(To, State) + end, State1, Labels). + +%% Gets all variable names in args, ignoring literals etc +-spec vvars_get_varnames(Args) -> list(beam_ssa:var_name()) when + Args :: list(beam_ssa:argument()). +vvars_get_varnames(Args) -> + [Name || #b_var{ name = Name } <- Args]. + +%% Checks that all variables in Args are defined in all paths leading to the +%% current State. +-spec vvars_assert_args(Args, I, State) -> ok when + Args :: list(beam_ssa:argument()), + I :: beam_ssa:terminator() | beam_ssa:b_set(), + State :: #vvars{}. +vvars_assert_args(Args, I, #vvars{defined_vars=DefVars}=State) -> + foreach(fun(#b_remote{mod=Mod,name=Name}) -> + vvars_assert_args([Mod,Name], I, State); + (#b_var{name=Name}) -> + case gb_sets:is_member(Name, DefVars) of + true -> ok; + false -> throw({unknown_variable,Name,I}) + end; + (_) -> ok + end, Args). + +%% Checks that all given labels are defined in State. +-spec vvars_assert_labels(Labels, I, State) -> ok when + Labels :: list(beam_ssa:label()), + I :: beam_ssa:terminator(), + State :: #vvars{}. +vvars_assert_labels(Labels, I, #vvars{blocks=Blocks}) -> + foreach(fun(Label) -> + case maps:is_key(Label, Blocks) of + false -> throw({unknown_block, Label, I}); + true -> ok + end + end, Labels). + +-spec vvars_save_branch(From, To, State) -> #vvars{} when + From :: beam_ssa:label(), + To :: beam_ssa:label(), + State :: #vvars{}. +vvars_save_branch(From, To, State) -> + DefVars = State#vvars.defined_vars, + Branches0 = State#vvars.branch_def_vars, + case Branches0 of + #{ To := LblDefVars } -> + MergedVars = vvars_merge_branches(DefVars, LblDefVars), + + Branches = Branches0#{ To => MergedVars, {From, To} => DefVars }, + State#vvars { branch_def_vars = Branches }; + _ -> + Branches = Branches0#{ To => DefVars, {From, To} => DefVars }, + State#vvars { branch_def_vars = Branches } + end. + +-spec vvars_merge_branches(New, Existing) -> defined_vars() when + New :: defined_vars(), + Existing :: defined_vars(). +vvars_merge_branches(New, Existing) -> + gb_sets:intersection(New, Existing). + +-spec vvars_save_var(VarName, State) -> #vvars{} when + VarName :: beam_ssa:var_name(), + State :: #vvars{}. +vvars_save_var(VarName, State0) -> + %% vvars_assert_unique guarantees that variables are never set twice. + DefVars = gb_sets:insert(VarName, State0#vvars.defined_vars), + State0#vvars{ defined_vars = DefVars }. diff --git a/lib/compiler/src/beam_ssa_opt.erl b/lib/compiler/src/beam_ssa_opt.erl new file mode 100644 index 0000000000..ac2d943fef --- /dev/null +++ b/lib/compiler/src/beam_ssa_opt.erl @@ -0,0 +1,1765 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +-module(beam_ssa_opt). +-export([module/2]). + +-include("beam_ssa.hrl"). +-import(lists, [all/2,append/1,foldl/3,keyfind/3,member/2,reverse/1,reverse/2, + splitwith/2,takewhile/2,unzip/1]). + +-spec module(beam_ssa:b_module(), [compile:option()]) -> + {'ok',beam_ssa:b_module()}. + +module(#b_module{body=Fs0}=Module, Opts) -> + Ps = passes(Opts), + Fs = functions(Fs0, Ps), + {ok,Module#b_module{body=Fs}}. + +functions([F|Fs], Ps) -> + [function(F, Ps)|functions(Fs, Ps)]; +functions([], _Ps) -> []. + +-type b_blk() :: beam_ssa:b_blk(). +-type b_var() :: beam_ssa:b_var(). +-type label() :: beam_ssa:label(). + +-record(st, {ssa :: beam_ssa:block_map() | [{label(),b_blk()}], + args :: [b_var()], + cnt :: label()}). +-define(PASS(N), {N,fun N/1}). + +passes(Opts0) -> + Ps = [?PASS(ssa_opt_split_blocks), + ?PASS(ssa_opt_coalesce_phis), + ?PASS(ssa_opt_element), + ?PASS(ssa_opt_linearize), + ?PASS(ssa_opt_record), + + %% Run ssa_opt_cse twice, because it will help ssa_opt_dead, + %% and ssa_opt_dead will help ssa_opt_cse. Run ssa_opt_live + %% twice, because it will help ssa_opt_dead and ssa_opt_dead + %% will help ssa_opt_live. + ?PASS(ssa_opt_cse), + ?PASS(ssa_opt_type), + ?PASS(ssa_opt_live), + ?PASS(ssa_opt_dead), + ?PASS(ssa_opt_cse), %Second time. + ?PASS(ssa_opt_float), + ?PASS(ssa_opt_live), %Second time. + + ?PASS(ssa_opt_bsm), + ?PASS(ssa_opt_bsm_units), + ?PASS(ssa_opt_bsm_shortcut), + ?PASS(ssa_opt_misc), + ?PASS(ssa_opt_tuple_size), + ?PASS(ssa_opt_sw), + ?PASS(ssa_opt_blockify), + ?PASS(ssa_opt_sink), + ?PASS(ssa_opt_merge_blocks), + ?PASS(ssa_opt_trim_unreachable)], + Negations = [{list_to_atom("no_"++atom_to_list(N)),N} || + {N,_} <- Ps], + Opts = proplists:substitute_negations(Negations, Opts0), + [case proplists:get_value(Name, Opts, true) of + true -> + P; + false -> + {NoName,Name} = keyfind(Name, 2, Negations), + {NoName,fun(S) -> S end} + end || {Name,_}=P <- Ps]. + +function(#b_function{anno=Anno,bs=Blocks0,args=Args,cnt=Count0}=F, Ps) -> + try + St = #st{ssa=Blocks0,args=Args,cnt=Count0}, + #st{ssa=Blocks,cnt=Count} = compile:run_sub_passes(Ps, St), + F#b_function{bs=Blocks,cnt=Count} + catch + Class:Error:Stack -> + #{func_info:={_,Name,Arity}} = Anno, + io:fwrite("Function: ~w/~w\n", [Name,Arity]), + erlang:raise(Class, Error, Stack) + end. + +%%% +%%% Trivial sub passes. +%%% + +ssa_opt_dead(#st{ssa=Linear}=St) -> + St#st{ssa=beam_ssa_dead:opt(Linear)}. + +ssa_opt_linearize(#st{ssa=Blocks}=St) -> + St#st{ssa=beam_ssa:linearize(Blocks)}. + +ssa_opt_type(#st{ssa=Linear,args=Args}=St) -> + St#st{ssa=beam_ssa_type:opt(Linear, Args)}. + +ssa_opt_blockify(#st{ssa=Linear}=St) -> + St#st{ssa=maps:from_list(Linear)}. + +ssa_opt_trim_unreachable(#st{ssa=Blocks}=St) -> + St#st{ssa=beam_ssa:trim_unreachable(Blocks)}. + +%%% +%%% Split blocks before certain instructions to enable more optimizations. +%%% +%%% Splitting before element/2 enables the optimization that swaps +%%% element/2 instructions. +%%% +%%% Splitting before call and make_fun instructions gives more opportunities +%%% for sinking get_tuple_element instructions. +%%% + +ssa_opt_split_blocks(#st{ssa=Blocks0,cnt=Count0}=St) -> + P = fun(#b_set{op={bif,element}}) -> true; + (#b_set{op=call}) -> true; + (#b_set{op=make_fun}) -> true; + (_) -> false + end, + {Blocks,Count} = beam_ssa:split_blocks(P, Blocks0, Count0), + St#st{ssa=Blocks,cnt=Count}. + +%%% +%%% Coalesce phi nodes. +%%% +%%% Nested cases can led to code such as this: +%%% +%%% 10: +%%% _1 = phi {literal value1, label 8}, {Var, label 9} +%%% br 11 +%%% +%%% 11: +%%% _2 = phi {_1, label 10}, {literal false, label 3} +%%% +%%% The phi nodes can be coalesced like this: +%%% +%%% 11: +%%% _2 = phi {literal value1, label 8}, {Var, label 9}, {literal false, label 3} +%%% +%%% Coalescing can help other optimizations, and can in some cases reduce register +%%% shuffling (if the phi variables for two phi nodes happens to be allocated to +%%% different registers). +%%% + +ssa_opt_coalesce_phis(#st{ssa=Blocks0}=St) -> + Ls = beam_ssa:rpo(Blocks0), + Blocks = c_phis_1(Ls, Blocks0), + St#st{ssa=Blocks}. + +c_phis_1([L|Ls], Blocks0) -> + case maps:get(L, Blocks0) of + #b_blk{is=[#b_set{op=phi}|_]}=Blk -> + Blocks = c_phis_2(L, Blk, Blocks0), + c_phis_1(Ls, Blocks); + #b_blk{} -> + c_phis_1(Ls, Blocks0) + end; +c_phis_1([], Blocks) -> Blocks. + +c_phis_2(L, #b_blk{is=Is0}=Blk0, Blocks0) -> + case c_phis_args(Is0, Blocks0) of + none -> + Blocks0; + {_,_,Preds}=Info -> + Is = c_rewrite_phis(Is0, Info), + Blk = Blk0#b_blk{is=Is}, + Blocks = Blocks0#{L:=Blk}, + c_fix_branches(Preds, L, Blocks) + end. + +c_phis_args([#b_set{op=phi,args=Args0}|Is], Blocks) -> + case c_phis_args_1(Args0, Blocks) of + none -> + c_phis_args(Is, Blocks); + Res -> + Res + end; +c_phis_args(_, _Blocks) -> none. + +c_phis_args_1([{Var,Pred}|As], Blocks) -> + case c_get_pred_vars(Var, Pred, Blocks) of + none -> + c_phis_args_1(As, Blocks); + Result -> + Result + end; +c_phis_args_1([], _Blocks) -> none. + +c_get_pred_vars(Var, Pred, Blocks) -> + case maps:get(Pred, Blocks) of + #b_blk{is=[#b_set{op=phi,dst=Var,args=Args}]} -> + {Var,Pred,Args}; + #b_blk{} -> + none + end. + +c_rewrite_phis([#b_set{op=phi,args=Args0}=I|Is], Info) -> + Args = c_rewrite_phi(Args0, Info), + [I#b_set{args=Args}|c_rewrite_phis(Is, Info)]; +c_rewrite_phis(Is, _Info) -> Is. + +c_rewrite_phi([{Var,Pred}|As], {Var,Pred,Values}) -> + Values ++ As; +c_rewrite_phi([{Value,Pred}|As], {_,Pred,Values}) -> + [{Value,P} || {_,P} <- Values] ++ As; +c_rewrite_phi([A|As], Info) -> + [A|c_rewrite_phi(As, Info)]; +c_rewrite_phi([], _Info) -> []. + +c_fix_branches([{_,Pred}|As], L, Blocks0) -> + #b_blk{last=Last0} = Blk0 = maps:get(Pred, Blocks0), + #b_br{bool=#b_literal{val=true}} = Last0, %Assertion. + Last = Last0#b_br{bool=#b_literal{val=true},succ=L,fail=L}, + Blk = Blk0#b_blk{last=Last}, + Blocks = Blocks0#{Pred:=Blk}, + c_fix_branches(As, L, Blocks); +c_fix_branches([], _, Blocks) -> Blocks. + +%%% +%%% Order element/2 calls. +%%% +%%% Order an unbroken chain of element/2 calls for the same tuple +%%% with the same failure label so that the highest element is +%%% retrieved first. That will allow the other element/2 calls to +%%% be replaced with get_tuple_element/3 instructions. +%%% + +ssa_opt_element(#st{ssa=Blocks}=St) -> + %% Collect the information about element instructions in this + %% function. + GetEls = collect_element_calls(beam_ssa:linearize(Blocks)), + + %% Collect the element instructions into chains. The + %% element calls in each chain are ordered in reverse + %% execution order. + Chains = collect_chains(GetEls, []), + + %% For each chain, swap the first element call with the + %% element call with the highest index. + St#st{ssa=swap_element_calls(Chains, Blocks)}. + +collect_element_calls([{L,#b_blk{is=Is0,last=Last}}|Bs]) -> + case {Is0,Last} of + {[#b_set{op={bif,element},dst=Element, + args=[#b_literal{val=N},#b_var{}=Tuple]}, + #b_set{op=succeeded,dst=Bool,args=[Element]}], + #b_br{bool=Bool,succ=Succ,fail=Fail}} -> + Info = {L,Succ,{Tuple,Fail},N}, + [Info|collect_element_calls(Bs)]; + {_,_} -> + collect_element_calls(Bs) + end; +collect_element_calls([]) -> []. + +collect_chains([{This,_,V,_}=El|Els], [{_,This,V,_}|_]=Chain) -> + %% Add to the previous chain. + collect_chains(Els, [El|Chain]); +collect_chains([El|Els], [_,_|_]=Chain) -> + %% Save the previous chain and start a new chain. + [Chain|collect_chains(Els, [El])]; +collect_chains([El|Els], _Chain) -> + %% The previous chain is too short; discard it and start a new. + collect_chains(Els, [El]); +collect_chains([], [_,_|_]=Chain) -> + %% Save the last chain. + [Chain]; +collect_chains([], _) -> []. + +swap_element_calls([[{L,_,_,N}|_]=Chain|Chains], Blocks0) -> + Blocks = swap_element_calls_1(Chain, {N,L}, Blocks0), + swap_element_calls(Chains, Blocks); +swap_element_calls([], Blocks) -> Blocks. + +swap_element_calls_1([{L1,_,_,N1}], {N2,L2}, Blocks) when N2 > N1 -> + %% We have reached the end of the chain, and the first + %% element instrution to be executed. Its index is lower + %% than the maximum index found while traversing the chain, + %% so we will need to swap the instructions. + #{L1:=Blk1,L2:=Blk2} = Blocks, + [#b_set{dst=Dst1}=GetEl1,Succ1] = Blk1#b_blk.is, + [#b_set{dst=Dst2}=GetEl2,Succ2] = Blk2#b_blk.is, + Is1 = [GetEl2,Succ1#b_set{args=[Dst2]}], + Is2 = [GetEl1,Succ2#b_set{args=[Dst1]}], + Blocks#{L1:=Blk1#b_blk{is=Is1},L2:=Blk2#b_blk{is=Is2}}; +swap_element_calls_1([{L,_,_,N1}|Els], {N2,_}, Blocks) when N1 > N2 -> + swap_element_calls_1(Els, {N2,L}, Blocks); +swap_element_calls_1([_|Els], Highest, Blocks) -> + swap_element_calls_1(Els, Highest, Blocks); +swap_element_calls_1([], _, Blocks) -> + %% Nothing to do. The element call with highest index + %% is already the first one to be executed. + Blocks. + +%%% +%%% Record optimization. +%%% +%%% Replace tuple matching with an is_tagged_tuple instruction +%%% when applicable. +%%% + +ssa_opt_record(#st{ssa=Linear}=St) -> + Blocks = maps:from_list(Linear), + St#st{ssa=record_opt(Linear, Blocks)}. + +record_opt([{L,#b_blk{is=Is0,last=Last}=Blk0}|Bs], Blocks) -> + Is = record_opt_is(Is0, Last, Blocks), + Blk = Blk0#b_blk{is=Is}, + [{L,Blk}|record_opt(Bs, Blocks)]; +record_opt([], _Blocks) -> []. + +record_opt_is([#b_set{op={bif,is_tuple},dst=Bool,args=[Tuple]}=Set], + Last, Blocks) -> + case is_tagged_tuple(Tuple, Bool, Last, Blocks) of + {yes,Size,Tag} -> + Args = [Tuple,Size,Tag], + [Set#b_set{op=is_tagged_tuple,args=Args}]; + no -> + [Set] + end; +record_opt_is([I|Is], Last, Blocks) -> + [I|record_opt_is(Is, Last, Blocks)]; +record_opt_is([], _Last, _Blocks) -> []. + +is_tagged_tuple(#b_var{}=Tuple, Bool, + #b_br{bool=Bool,succ=Succ,fail=Fail}, + Blocks) -> + SuccBlk = maps:get(Succ, Blocks), + is_tagged_tuple_1(SuccBlk, Tuple, Fail, Blocks); +is_tagged_tuple(_, _, _, _) -> no. + +is_tagged_tuple_1(#b_blk{is=Is,last=Last}, Tuple, Fail, Blocks) -> + case Is of + [#b_set{op={bif,tuple_size},dst=ArityVar, + args=[#b_var{}=Tuple]}, + #b_set{op={bif,'=:='}, + dst=Bool, + args=[ArityVar, #b_literal{val=ArityVal}=Arity]}] + when is_integer(ArityVal) -> + case Last of + #b_br{bool=Bool,succ=Succ,fail=Fail} -> + SuccBlk = maps:get(Succ, Blocks), + case is_tagged_tuple_2(SuccBlk, Tuple, Fail) of + no -> + no; + {yes,Tag} -> + {yes,Arity,Tag} + end; + _ -> + no + end; + _ -> + no + end. + +is_tagged_tuple_2(#b_blk{is=Is, + last=#b_br{bool=#b_var{}=Bool,fail=Fail}}, + Tuple, Fail) -> + is_tagged_tuple_3(Is, Bool, Tuple); +is_tagged_tuple_2(#b_blk{}, _, _) -> no. + +is_tagged_tuple_3([#b_set{op=get_tuple_element, + dst=TagVar, + args=[#b_var{}=Tuple,#b_literal{val=0}]}|Is], + Bool, Tuple) -> + is_tagged_tuple_4(Is, Bool, TagVar); +is_tagged_tuple_3([_|Is], Bool, Tuple) -> + is_tagged_tuple_3(Is, Bool, Tuple); +is_tagged_tuple_3([], _, _) -> no. + +is_tagged_tuple_4([#b_set{op={bif,'=:='},dst=Bool, + args=[#b_var{}=TagVar, + #b_literal{val=TagVal}=Tag]}], + Bool, TagVar) when is_atom(TagVal) -> + {yes,Tag}; +is_tagged_tuple_4([_|Is], Bool, TagVar) -> + is_tagged_tuple_4(Is, Bool, TagVar); +is_tagged_tuple_4([], _, _) -> no. + +%%% +%%% Common subexpression elimination (CSE). +%%% +%%% Eliminate repeated evaluation of identical expressions. To avoid +%%% increasing the size of the stack frame, we don't eliminate +%%% subexpressions across instructions that clobber the X registers. +%%% + +ssa_opt_cse(#st{ssa=Linear}=St) -> + M = #{0=>#{}}, + St#st{ssa=cse(Linear, #{}, M)}. + +cse([{L,#b_blk{is=Is0,last=Last0}=Blk}|Bs], Sub0, M0) -> + Es0 = maps:get(L, M0), + {Is1,Es,Sub} = cse_is(Is0, Es0, Sub0, []), + Last = sub(Last0, Sub), + M = cse_successors(Is1, Blk, Es, M0), + Is = reverse(Is1), + [{L,Blk#b_blk{is=Is,last=Last}}|cse(Bs, Sub, M)]; +cse([], _, _) -> []. + +cse_successors([#b_set{op=succeeded,args=[Src]},Bif|_], Blk, EsSucc, M0) -> + case cse_suitable(Bif) of + true -> + %% The previous instruction only has a valid value at the success branch. + %% We must remove the substitution for Src from the failure branch. + #b_blk{last=#b_br{succ=Succ,fail=Fail}} = Blk, + M = cse_successors_1([Succ], EsSucc, M0), + EsFail = maps:filter(fun(_, Val) -> Val =/= Src end, EsSucc), + cse_successors_1([Fail], EsFail, M); + false -> + %% There can't be any replacement for Src in EsSucc. No need for + %% any special handling. + cse_successors_1(beam_ssa:successors(Blk), EsSucc, M0) + end; +cse_successors(_Is, Blk, Es, M) -> + cse_successors_1(beam_ssa:successors(Blk), Es, M). + +cse_successors_1([L|Ls], Es0, M) -> + case M of + #{L:=Es1} when map_size(Es1) =:= 0 -> + %% The map is already empty. No need to do anything + %% since the intersection will be empty. + cse_successors_1(Ls, Es0, M); + #{L:=Es1} -> + %% Calculate the intersection of the two maps. + %% Both keys and values must match. + Es = maps:filter(fun(Key, Value) -> + case Es1 of + #{Key:=Value} -> true; + #{} -> false + end + end, Es0), + cse_successors_1(Ls, Es0, M#{L:=Es}); + #{} -> + cse_successors_1(Ls, Es0, M#{L=>Es0}) + end; +cse_successors_1([], _, M) -> M. + +cse_is([#b_set{op=succeeded,dst=Bool,args=[Src]}=I0|Is], Es, Sub0, Acc) -> + I = sub(I0, Sub0), + case I of + #b_set{args=[Src]} -> + cse_is(Is, Es, Sub0, [I|Acc]); + #b_set{} -> + %% The previous instruction has been eliminated. Eliminate the + %% 'succeeded' instruction too. + Sub = Sub0#{Bool=>#b_literal{val=true}}, + cse_is(Is, Es, Sub, Acc) + end; +cse_is([#b_set{dst=Dst}=I0|Is], Es0, Sub0, Acc) -> + I = sub(I0, Sub0), + case beam_ssa:clobbers_xregs(I) of + true -> + %% Retaining the expressions map across calls and other + %% clobbering instructions would work, but it would cause + %% the common subexpressions to be saved to Y registers, + %% which would probably increase the size of the stack + %% frame. + cse_is(Is, #{}, Sub0, [I|Acc]); + false -> + case cse_expr(I) of + none -> + %% Not suitable for CSE. + cse_is(Is, Es0, Sub0, [I|Acc]); + {ok,ExprKey} -> + case Es0 of + #{ExprKey:=Src} -> + Sub = Sub0#{Dst=>Src}, + cse_is(Is, Es0, Sub, Acc); + #{} -> + Es = Es0#{ExprKey=>Dst}, + cse_is(Is, Es, Sub0, [I|Acc]) + end + end + end; +cse_is([], Es, Sub, Acc) -> + {Acc,Es,Sub}. + +cse_expr(#b_set{op=Op,args=Args}=I) -> + case cse_suitable(I) of + true -> {ok,{Op,Args}}; + false -> none + end. + +cse_suitable(#b_set{op=get_hd}) -> true; +cse_suitable(#b_set{op=get_tl}) -> true; +cse_suitable(#b_set{op=put_list}) -> true; +cse_suitable(#b_set{op=put_tuple}) -> true; +cse_suitable(#b_set{op={bif,tuple_size}}) -> + %% Doing CSE for tuple_size/1 can prevent the + %% creation of test_arity and select_tuple_arity + %% instructions. That could decrease performance + %% and beam_validator could fail to understand + %% that tuple operations that follow are safe. + false; +cse_suitable(#b_set{anno=Anno,op={bif,Name},args=Args}) -> + %% Doing CSE for floating point operators is unsafe. + %% Doing CSE for comparison operators would prevent + %% creation of 'test' instructions. + Arity = length(Args), + not (is_map_key(float_op, Anno) orelse + erl_internal:new_type_test(Name, Arity) orelse + erl_internal:comp_op(Name, Arity) orelse + erl_internal:bool_op(Name, Arity)); +cse_suitable(#b_set{}) -> false. + +%%% +%%% Using floating point instructions. +%%% +%%% Use the special floating points version of arithmetic +%%% instructions, if the operands are known to be floats or the result +%%% of the operation will be a float. +%%% +%%% The float instructions were never used in guards before, so we +%%% will take special care to keep not using them in guards. Using +%%% them in guards would require a new version of the 'fconv' +%%% instruction that would take a failure label. Since it is unlikely +%%% that using float instructions in guards would be benefical, why +%%% bother implementing a new instruction? Also, implementing float +%%% instructions in guards in HiPE could turn out to be a lot of work. +%%% + +-record(fs, + {s=undefined :: 'undefined' | 'cleared', + regs=#{} :: #{beam_ssa:b_var():=beam_ssa:b_var()}, + fail=none :: 'none' | beam_ssa:label(), + non_guards :: gb_sets:set(beam_ssa:label()), + bs :: beam_ssa:block_map() + }). + +ssa_opt_float(#st{ssa=Linear0,cnt=Count0}=St) -> + NonGuards0 = float_non_guards(Linear0), + NonGuards = gb_sets:from_list(NonGuards0), + Blocks = maps:from_list(Linear0), + Fs = #fs{non_guards=NonGuards,bs=Blocks}, + {Linear,Count} = float_opt(Linear0, Count0, Fs), + St#st{ssa=Linear,cnt=Count}. + +float_non_guards([{L,#b_blk{is=Is}}|Bs]) -> + case Is of + [#b_set{op=landingpad}|_] -> + [L|float_non_guards(Bs)]; + _ -> + float_non_guards(Bs) + end; +float_non_guards([]) -> [?BADARG_BLOCK]. + +float_opt([{L,#b_blk{last=#b_br{fail=F}}=Blk}|Bs0], + Count0, #fs{non_guards=NonGuards}=Fs) -> + case gb_sets:is_member(F, NonGuards) of + true -> + %% This block is not inside a guard. + %% We can do the optimization. + float_opt_1(L, Blk, Bs0, Count0, Fs); + false -> + %% This block is inside a guard. Don't do + %% any floating point optimizations. + {Bs,Count} = float_opt(Bs0, Count0, Fs), + {[{L,Blk}|Bs],Count} + end; +float_opt([{L,Blk}|Bs], Count, Fs) -> + float_opt_1(L, Blk, Bs, Count, Fs); +float_opt([], Count, _Fs) -> + {[],Count}. + +float_opt_1(L, #b_blk{is=Is0}=Blk0, Bs0, Count0, Fs0) -> + case float_opt_is(Is0, Fs0, Count0, []) of + {Is1,Fs1,Count1} -> + Fs2 = float_fail_label(Blk0, Fs1), + Fail = Fs2#fs.fail, + {Flush,Blk,Fs,Count2} = float_maybe_flush(Blk0, Fs2, Count1), + Split = float_split_conv(Is1, Blk), + {Blks0,Count3} = float_number(Split, L, Count2), + {Blks,Count4} = float_conv(Blks0, Fail, Count3), + {Bs,Count} = float_opt(Bs0, Count4, Fs), + {Blks++Flush++Bs,Count}; + none -> + {Bs,Count} = float_opt(Bs0, Count0, Fs0), + {[{L,Blk0}|Bs],Count} + end. + +%% Split {float,convert} instructions into individual blocks. +float_split_conv(Is0, Blk) -> + Br = #b_br{bool=#b_literal{val=true},succ=0,fail=0}, + case splitwith(fun(#b_set{op=Op}) -> + Op =/= {float,convert} + end, Is0) of + {Is,[]} -> + [Blk#b_blk{is=Is}]; + {[_|_]=Is1,[#b_set{op={float,convert}}=Conv|Is2]} -> + [#b_blk{is=Is1,last=Br}, + #b_blk{is=[Conv],last=Br}|float_split_conv(Is2, Blk)]; + {[],[#b_set{op={float,convert}}=Conv|Is1]} -> + [#b_blk{is=[Conv],last=Br}|float_split_conv(Is1, Blk)] + end. + +%% Number the blocks that were split. +float_number([B|Bs0], FirstL, Count0) -> + {Bs,Count} = float_number(Bs0, Count0), + {[{FirstL,B}|Bs],Count}. + +float_number([B|Bs0], Count0) -> + {Bs,Count} = float_number(Bs0, Count0+1), + {[{Count0,B}|Bs],Count}; +float_number([], Count) -> + {[],Count}. + +%% Insert 'succeeded' instructions after each {float,convert} +%% instruction. +float_conv([{L,#b_blk{is=Is0}=Blk0}|Bs0], Fail, Count0) -> + case Is0 of + [#b_set{op={float,convert}}=Conv] -> + {Bool0,Count1} = new_reg('@ssa_bool', Count0), + Bool = #b_var{name=Bool0}, + Succeeded = #b_set{op=succeeded,dst=Bool, + args=[Conv#b_set.dst]}, + Is = [Conv,Succeeded], + [{NextL,_}|_] = Bs0, + Br = #b_br{bool=Bool,succ=NextL,fail=Fail}, + Blk = Blk0#b_blk{is=Is,last=Br}, + {Bs,Count} = float_conv(Bs0, Fail, Count1), + {[{L,Blk}|Bs],Count}; + [_|_] -> + case Bs0 of + [{NextL,_}|_] -> + Br = #b_br{bool=#b_literal{val=true}, + succ=NextL,fail=NextL}, + Blk = Blk0#b_blk{last=Br}, + {Bs,Count} = float_conv(Bs0, Fail, Count0), + {[{L,Blk}|Bs],Count}; + [] -> + {[{L,Blk0}],Count0} + end + end. + +float_maybe_flush(Blk0, #fs{s=cleared,fail=Fail,bs=Blocks}=Fs0, Count0) -> + #b_blk{last=#b_br{bool=#b_var{},succ=Succ}=Br} = Blk0, + #b_blk{is=Is} = maps:get(Succ, Blocks), + case Is of + [#b_set{anno=#{float_op:=_}}|_] -> + %% The next operation is also a floating point operation. + %% No flush needed. + {[],Blk0,Fs0,Count0}; + _ -> + %% Flush needed. + {Bool0,Count1} = new_reg('@ssa_bool', Count0), + Bool = #b_var{name=Bool0}, + + %% Allocate block numbers. + CheckL = Count1, %For checkerror. + FlushL = Count1 + 1, %For flushing of float regs. + Count = Count1 + 2, + Blk = Blk0#b_blk{last=Br#b_br{succ=CheckL}}, + + %% Build the block with the checkerror instruction. + CheckIs = [#b_set{op={float,checkerror},dst=Bool}], + CheckBr = #b_br{bool=Bool,succ=FlushL,fail=Fail}, + CheckBlk = #b_blk{is=CheckIs,last=CheckBr}, + + %% Build the block that flushes all registers. + FlushIs = float_flush_regs(Fs0), + FlushBr = #b_br{bool=#b_literal{val=true},succ=Succ,fail=Succ}, + FlushBlk = #b_blk{is=FlushIs,last=FlushBr}, + + %% Update state and blocks. + Fs = Fs0#fs{s=undefined,regs=#{},fail=none}, + FlushBs = [{CheckL,CheckBlk},{FlushL,FlushBlk}], + {FlushBs,Blk,Fs,Count} + end; +float_maybe_flush(Blk, Fs, Count) -> + {[],Blk,Fs,Count}. + +float_opt_is([#b_set{op=succeeded,args=[Src]}=I0], + #fs{regs=Rs}=Fs, Count, Acc) -> + case Rs of + #{Src:=Fr} -> + I = I0#b_set{args=[Fr]}, + {reverse(Acc, [I]),Fs,Count}; + #{} -> + {reverse(Acc, [I0]),Fs,Count} + end; +float_opt_is([#b_set{anno=Anno0}=I0|Is0], Fs0, Count0, Acc) -> + case Anno0 of + #{float_op:=FTypes} -> + Anno = maps:remove(float_op, Anno0), + I1 = I0#b_set{anno=Anno}, + {Is,Fs,Count} = float_make_op(I1, FTypes, Fs0, Count0), + float_opt_is(Is0, Fs, Count, reverse(Is, Acc)); + #{} -> + float_opt_is(Is0, Fs0#fs{regs=#{}}, Count0, [I0|Acc]) + end; +float_opt_is([], Fs, _Count, _Acc) -> + #fs{s=undefined} = Fs, %Assertion. + none. + +float_make_op(#b_set{op={bif,Op},dst=Dst,args=As0}=I0, + Ts, #fs{s=S,regs=Rs0}=Fs, Count0) -> + {As1,Rs1,Count1} = float_load(As0, Ts, Rs0, Count0, []), + {As,Is0} = unzip(As1), + {Fr,Count2} = new_reg('@fr', Count1), + FrDst = #b_var{name=Fr}, + I = I0#b_set{op={float,Op},dst=FrDst,args=As}, + Rs = Rs1#{Dst=>FrDst}, + Is = append(Is0) ++ [I], + case S of + undefined -> + {Ignore,Count} = new_reg('@ssa_ignore', Count2), + C = #b_set{op={float,clearerror},dst=#b_var{name=Ignore}}, + {[C|Is],Fs#fs{s=cleared,regs=Rs},Count}; + cleared -> + {Is,Fs#fs{regs=Rs},Count2} + end. + +float_load([A|As], [T|Ts], Rs0, Count0, Acc) -> + {Load,Rs,Count} = float_reg_arg(A, T, Rs0, Count0), + float_load(As, Ts, Rs, Count, [Load|Acc]); +float_load([], [], Rs, Count, Acc) -> + {reverse(Acc),Rs,Count}. + +float_reg_arg(A, T, Rs, Count0) -> + case Rs of + #{A:=Fr} -> + {{Fr,[]},Rs,Count0}; + #{} -> + {Fr,Count} = new_float_copy_reg(Count0), + Dst = #b_var{name=Fr}, + I = float_load_reg(T, A, Dst), + {{Dst,[I]},Rs#{A=>Dst},Count} + end. + +float_load_reg(convert, #b_var{}=Src, Dst) -> + #b_set{op={float,convert},dst=Dst,args=[Src]}; +float_load_reg(convert, #b_literal{val=Val}=Src, Dst) -> + try float(Val) of + F -> + #b_set{op={float,put},dst=Dst,args=[#b_literal{val=F}]} + catch + error:_ -> + %% Let the exception happen at runtime. + #b_set{op={float,convert},dst=Dst,args=[Src]} + end; +float_load_reg(float, Src, Dst) -> + #b_set{op={float,put},dst=Dst,args=[Src]}. + +new_float_copy_reg(Count) -> + new_reg('@fr_copy', Count). + +new_reg(Base, Count) -> + Fr = {Base,Count}, + {Fr,Count+1}. + +float_fail_label(#b_blk{last=Last}, Fs) -> + case Last of + #b_br{bool=#b_var{},fail=Fail} -> + Fs#fs{fail=Fail}; + _ -> + Fs + end. + +float_flush_regs(#fs{regs=Rs}) -> + maps:fold(fun(_, #b_var{name={'@fr_copy',_}}, Acc) -> + Acc; + (Dst, Fr, Acc) -> + [#b_set{op={float,get},dst=Dst,args=[Fr]}|Acc] + end, [], Rs). + +%%% +%%% Live optimization. +%%% +%%% Optimize instructions whose values are not used. They could be +%%% removed if they have no side effects, or in a few cases replaced +%%% with a cheaper instructions +%%% + +ssa_opt_live(#st{ssa=Linear}=St) -> + St#st{ssa=live_opt(reverse(Linear), #{}, [])}. + +live_opt([{L,Blk0}|Bs], LiveMap0, Acc) -> + Successors = beam_ssa:successors(Blk0), + Live0 = live_opt_succ(Successors, L, LiveMap0), + {Blk,Live} = live_opt_blk(Blk0, Live0), + LiveMap = live_opt_phis(Blk#b_blk.is, L, Live, LiveMap0), + live_opt(Bs, LiveMap, [{L,Blk}|Acc]); +live_opt([], _, Acc) -> Acc. + +live_opt_succ([S|Ss], L, LiveMap) -> + Live0 = live_opt_succ(Ss, L, LiveMap), + Key = {S,L}, + case LiveMap of + #{Key:=Live} -> + gb_sets:union(Live, Live0); + #{S:=Live} -> + gb_sets:union(Live, Live0); + #{} -> + Live0 + end; +live_opt_succ([], _, _) -> + gb_sets:empty(). + +live_opt_phis(Is, L, Live0, LiveMap0) -> + LiveMap = LiveMap0#{L=>Live0}, + Phis = takewhile(fun(#b_set{op=Op}) -> Op =:= phi end, Is), + case Phis of + [] -> + LiveMap; + [_|_] -> + PhiArgs = append([Args || #b_set{args=Args} <- Phis]), + case [{P,V} || {#b_var{}=V,P} <- PhiArgs] of + [_|_]=PhiVars -> + PhiLive0 = rel2fam(PhiVars), + PhiLive = [{{L,P},gb_sets:union(gb_sets:from_list(Vs), Live0)} || + {P,Vs} <- PhiLive0], + maps:merge(LiveMap, maps:from_list(PhiLive)); + [] -> + %% There were only literals in the phi node(s). + LiveMap + end + end. + +live_opt_blk(#b_blk{is=Is0,last=Last}=Blk, Live0) -> + Live1 = gb_sets:union(Live0, gb_sets:from_ordset(beam_ssa:used(Last))), + {Is,Live} = live_opt_is(reverse(Is0), Live1, []), + {Blk#b_blk{is=Is},Live}. + +live_opt_is([#b_set{op=phi,dst=Dst}=I|Is], Live, Acc) -> + case gb_sets:is_member(Dst, Live) of + true -> + live_opt_is(Is, Live, [I|Acc]); + false -> + live_opt_is(Is, Live, Acc) + end; +live_opt_is([#b_set{op=succeeded,dst=SuccDst=SuccDstVar, + args=[Dst]}=SuccI, + #b_set{dst=Dst}=I|Is], Live0, Acc) -> + case gb_sets:is_member(Dst, Live0) of + true -> + case gb_sets:is_member(SuccDst, Live0) of + true -> + Live1 = gb_sets:add(Dst, Live0), + Live = gb_sets:delete_any(SuccDst, Live1), + live_opt_is([I|Is], Live, [SuccI|Acc]); + false -> + live_opt_is([I|Is], Live0, Acc) + end; + false -> + case live_opt_unused(I) of + {replace,NewI0} -> + NewI = NewI0#b_set{dst=SuccDstVar}, + live_opt_is([NewI|Is], Live0, Acc); + keep -> + case gb_sets:is_member(SuccDst, Live0) of + true -> + Live1 = gb_sets:add(Dst, Live0), + Live = gb_sets:delete_any(SuccDst, Live1), + live_opt_is([I|Is], Live, [SuccI|Acc]); + false -> + live_opt_is([I|Is], Live0, Acc) + end + end + end; +live_opt_is([#b_set{dst=Dst}=I|Is], Live0, Acc) -> + case gb_sets:is_member(Dst, Live0) of + true -> + Live1 = gb_sets:union(Live0, gb_sets:from_ordset(beam_ssa:used(I))), + Live = gb_sets:delete_any(Dst, Live1), + live_opt_is(Is, Live, [I|Acc]); + false -> + case beam_ssa:no_side_effect(I) of + true -> + live_opt_is(Is, Live0, Acc); + false -> + Live = gb_sets:union(Live0, gb_sets:from_ordset(beam_ssa:used(I))), + live_opt_is(Is, Live, [I|Acc]) + end + end; +live_opt_is([], Live, Acc) -> + {Acc,Live}. + +live_opt_unused(#b_set{op=get_map_element}=Set) -> + {replace,Set#b_set{op=has_map_field}}; +live_opt_unused(_) -> keep. + +%%% +%%% Optimize binary matching instructions. +%%% + +ssa_opt_bsm(#st{ssa=Linear}=St) -> + Extracted0 = bsm_extracted(Linear), + Extracted = cerl_sets:from_list(Extracted0), + St#st{ssa=bsm_skip(Linear, Extracted)}. + +bsm_skip([{L,#b_blk{is=Is0}=Blk}|Bs], Extracted) -> + Is = bsm_skip_is(Is0, Extracted), + [{L,Blk#b_blk{is=Is}}|bsm_skip(Bs, Extracted)]; +bsm_skip([], _) -> []. + +bsm_skip_is([I0|Is], Extracted) -> + case I0 of + #b_set{op=bs_match,args=[#b_literal{val=string}|_]} -> + [I0|bsm_skip_is(Is, Extracted)]; + #b_set{op=bs_match,dst=Ctx,args=[Type,PrevCtx|Args0]} -> + I = case cerl_sets:is_element(Ctx, Extracted) of + true -> + I0; + false -> + %% The value is never extracted. + Args = [#b_literal{val=skip},PrevCtx,Type|Args0], + I0#b_set{args=Args} + end, + [I|Is]; + #b_set{} -> + [I0|bsm_skip_is(Is, Extracted)] + end; +bsm_skip_is([], _) -> []. + +bsm_extracted([{_,#b_blk{is=Is}}|Bs]) -> + case Is of + [#b_set{op=bs_extract,args=[Ctx]}|_] -> + [Ctx|bsm_extracted(Bs)]; + _ -> + bsm_extracted(Bs) + end; +bsm_extracted([]) -> []. + +%%% +%%% Short-cutting binary matching instructions. +%%% + +ssa_opt_bsm_shortcut(#st{ssa=Linear}=St) -> + Positions = bsm_positions(Linear, #{}), + case map_size(Positions) of + 0 -> + %% No binary matching instructions. + St; + _ -> + St#st{ssa=bsm_shortcut(Linear, Positions)} + end. + +bsm_positions([{L,#b_blk{is=Is,last=Last}}|Bs], PosMap0) -> + PosMap = bsm_positions_is(Is, PosMap0), + case {Is,Last} of + {[#b_set{op=bs_test_tail,dst=Bool,args=[Ctx,#b_literal{val=Bits0}]}], + #b_br{bool=Bool,fail=Fail}} -> + Bits = Bits0 + maps:get(Ctx, PosMap0), + bsm_positions(Bs, PosMap#{L=>{Bits,Fail}}); + {_,_} -> + bsm_positions(Bs, PosMap) + end; +bsm_positions([], PosMap) -> PosMap. + +bsm_positions_is([#b_set{op=bs_start_match,dst=New}|Is], PosMap0) -> + PosMap = PosMap0#{New=>0}, + bsm_positions_is(Is, PosMap); +bsm_positions_is([#b_set{op=bs_match,dst=New,args=Args}|Is], PosMap0) -> + [_,Old|_] = Args, + #{Old:=Bits0} = PosMap0, + Bits = bsm_update_bits(Args, Bits0), + PosMap = PosMap0#{New=>Bits}, + bsm_positions_is(Is, PosMap); +bsm_positions_is([_|Is], PosMap) -> + bsm_positions_is(Is, PosMap); +bsm_positions_is([], PosMap) -> PosMap. + +bsm_update_bits([#b_literal{val=string},_,#b_literal{val=String}], Bits) -> + Bits + bit_size(String); +bsm_update_bits([#b_literal{val=utf8}|_], Bits) -> + Bits + 8; +bsm_update_bits([#b_literal{val=utf16}|_], Bits) -> + Bits + 16; +bsm_update_bits([#b_literal{val=utf32}|_], Bits) -> + Bits + 32; +bsm_update_bits([_,_,_,#b_literal{val=Sz},#b_literal{val=U}], Bits) + when is_integer(Sz) -> + Bits + Sz*U; +bsm_update_bits(_, Bits) -> Bits. + +bsm_shortcut([{L,#b_blk{is=Is,last=Last0}=Blk}|Bs], PosMap) -> + case {Is,Last0} of + {[#b_set{op=bs_match,dst=New,args=[_,Old|_]}, + #b_set{op=succeeded,dst=Bool,args=[New]}], + #b_br{bool=Bool,fail=Fail}} -> + case PosMap of + #{Old:=Bits,Fail:={TailBits,NextFail}} when Bits > TailBits -> + Last = Last0#b_br{fail=NextFail}, + [{L,Blk#b_blk{last=Last}}|bsm_shortcut(Bs, PosMap)]; + #{} -> + [{L,Blk}|bsm_shortcut(Bs, PosMap)] + end; + {_,_} -> + [{L,Blk}|bsm_shortcut(Bs, PosMap)] + end; +bsm_shortcut([], _PosMap) -> []. + +%%% +%%% Eliminate redundant bs_test_unit2 instructions. +%%% + +ssa_opt_bsm_units(#st{ssa=Linear}=St) -> + St#st{ssa=bsm_units(Linear, #{})}. + +bsm_units([{L,#b_blk{last=#b_br{succ=Succ,fail=Fail}}=Block0} | Bs], UnitMaps0) -> + UnitsIn = maps:get(L, UnitMaps0, #{}), + {Block, UnitsOut} = bsm_units_skip(Block0, UnitsIn), + UnitMaps1 = bsm_units_join(Succ, UnitsOut, UnitMaps0), + UnitMaps = bsm_units_join(Fail, UnitsIn, UnitMaps1), + [{L, Block} | bsm_units(Bs, UnitMaps)]; +bsm_units([{L,#b_blk{last=#b_switch{fail=Fail,list=Switch}}=Block} | Bs], UnitMaps0) -> + UnitsIn = maps:get(L, UnitMaps0, #{}), + Labels = [Fail | [Lbl || {_Arg, Lbl} <- Switch]], + UnitMaps = foldl(fun(Lbl, UnitMaps) -> + bsm_units_join(Lbl, UnitsIn, UnitMaps) + end, UnitMaps0, Labels), + [{L, Block} | bsm_units(Bs, UnitMaps)]; +bsm_units([{L, Block} | Bs], UnitMaps) -> + [{L, Block} | bsm_units(Bs, UnitMaps)]; +bsm_units([], _UnitMaps) -> + []. + +bsm_units_skip(Block, Units) -> + bsm_units_skip_1(Block#b_blk.is, Block, Units). + +bsm_units_skip_1([#b_set{op=bs_start_match,dst=New}|_], Block, Units) -> + %% We bail early since there can't be more than one match per block. + {Block, Units#{ New => 1 }}; +bsm_units_skip_1([#b_set{op=bs_match, + dst=New, + args=[#b_literal{val=skip}, + Ctx, + #b_literal{val=binary}, + _Flags, + #b_literal{val=all}, + #b_literal{val=OpUnit}]}=Skip | Test], + Block0, Units) -> + [#b_set{op=succeeded,dst=Bool,args=[New]}] = Test, %Assertion. + #b_br{bool=Bool} = Last0 = Block0#b_blk.last, %Assertion. + CtxUnit = maps:get(Ctx, Units), + if + CtxUnit rem OpUnit =:= 0 -> + Is = takewhile(fun(I) -> I =/= Skip end, Block0#b_blk.is), + Last = Last0#b_br{bool=#b_literal{val=true}}, + Block = Block0#b_blk{is=Is,last=Last}, + {Block, Units#{ New => CtxUnit }}; + CtxUnit rem OpUnit =/= 0 -> + {Block0, Units#{ New => OpUnit, Ctx => OpUnit }} + end; +bsm_units_skip_1([#b_set{op=bs_match,dst=New,args=Args}|_], Block, Units) -> + [_,Ctx|_] = Args, + CtxUnit = maps:get(Ctx, Units), + OpUnit = bsm_op_unit(Args), + {Block, Units#{ New => gcd(OpUnit, CtxUnit) }}; +bsm_units_skip_1([_I | Is], Block, Units) -> + bsm_units_skip_1(Is, Block, Units); +bsm_units_skip_1([], Block, Units) -> + {Block, Units}. + +bsm_op_unit([_,_,_,Size,#b_literal{val=U}]) -> + case Size of + #b_literal{val=Sz} when is_integer(Sz) -> Sz*U; + _ -> U + end; +bsm_op_unit([#b_literal{val=string},_,#b_literal{val=String}]) -> + bit_size(String); +bsm_op_unit([#b_literal{val=utf8}|_]) -> + 8; +bsm_op_unit([#b_literal{val=utf16}|_]) -> + 16; +bsm_op_unit([#b_literal{val=utf32}|_]) -> + 32; +bsm_op_unit(_) -> + 1. + +%% Several paths can lead to the same match instruction and the inferred units +%% may differ between them, so we can only keep the information that is common +%% to all paths. +bsm_units_join(Lbl, MapA, UnitMaps0) when is_map_key(Lbl, UnitMaps0) -> + MapB = maps:get(Lbl, UnitMaps0), + Merged = if + map_size(MapB) =< map_size(MapA) -> + bsm_units_join_1(maps:keys(MapB), MapA, MapB); + map_size(MapB) > map_size(MapA) -> + bsm_units_join_1(maps:keys(MapA), MapB, MapA) + end, + maps:put(Lbl, Merged, UnitMaps0); +bsm_units_join(Lbl, MapA, UnitMaps0) when MapA =/= #{} -> + maps:put(Lbl, MapA, UnitMaps0); +bsm_units_join(_Lbl, _MapA, UnitMaps0) -> + UnitMaps0. + +bsm_units_join_1([Key | Keys], Left, Right) when is_map_key(Key, Left) -> + UnitA = maps:get(Key, Left), + UnitB = maps:get(Key, Right), + bsm_units_join_1(Keys, Left, maps:put(Key, gcd(UnitA, UnitB), Right)); +bsm_units_join_1([Key | Keys], Left, Right) -> + bsm_units_join_1(Keys, Left, maps:remove(Key, Right)); +bsm_units_join_1([], _MapA, Right) -> + Right. + +%%% +%%% Miscellanous optimizations in execution order. +%%% + +ssa_opt_misc(#st{ssa=Linear}=St) -> + St#st{ssa=misc_opt(Linear, #{})}. + +misc_opt([{L,#b_blk{is=Is0,last=Last0}=Blk0}|Bs], Sub0) -> + {Is,Sub} = misc_opt_is(Is0, Sub0, []), + Last = sub(Last0, Sub), + Blk = Blk0#b_blk{is=Is,last=Last}, + [{L,Blk}|misc_opt(Bs, Sub)]; +misc_opt([], _) -> []. + +misc_opt_is([#b_set{op=phi}=I0|Is], Sub0, Acc) -> + #b_set{dst=Dst,args=Args} = I = sub(I0, Sub0), + case all_same(Args) of + true -> + %% Eliminate the phi node if there is just one source + %% value or if the values are identical. + [{Val,_}|_] = Args, + Sub = Sub0#{Dst=>Val}, + misc_opt_is(Is, Sub, Acc); + false -> + misc_opt_is(Is, Sub0, [I|Acc]) + end; +misc_opt_is([#b_set{op={bif,'and'}}=I0], Sub, Acc) -> + #b_set{dst=Dst,args=Args} = I = sub(I0, Sub), + case eval_and(Args) of + error -> + misc_opt_is([], Sub, [I|Acc]); + Val -> + misc_opt_is([], Sub#{Dst=>Val}, Acc) + end; +misc_opt_is([#b_set{op={bif,'or'}}=I0], Sub, Acc) -> + #b_set{dst=Dst,args=Args} = I = sub(I0, Sub), + case eval_or(Args) of + error -> + misc_opt_is([], Sub, [I|Acc]); + Val -> + misc_opt_is([], Sub#{Dst=>Val}, Acc) + end; +misc_opt_is([#b_set{}=I0|Is], Sub, Acc) -> + #b_set{op=Op,dst=Dst,args=Args} = I = sub(I0, Sub), + case make_literal(Op, Args) of + #b_literal{}=Literal -> + misc_opt_is(Is, Sub#{Dst=>Literal}, Acc); + error -> + misc_opt_is(Is, Sub, [I|Acc]) + end; +misc_opt_is([], Sub, Acc) -> + {reverse(Acc),Sub}. + +all_same([{H,_}|T]) -> + all(fun({E,_}) -> E =:= H end, T). + +make_literal(put_tuple, Args) -> + case make_literal_list(Args, []) of + error -> + error; + List -> + #b_literal{val=list_to_tuple(List)} + end; +make_literal(put_list, [#b_literal{val=H},#b_literal{val=T}]) -> + #b_literal{val=[H|T]}; +make_literal(_, _) -> error. + +make_literal_list([#b_literal{val=H}|T], Acc) -> + make_literal_list(T, [H|Acc]); +make_literal_list([_|_], _) -> + error; +make_literal_list([], Acc) -> + reverse(Acc). + +eval_and(Args) -> + case Args of + [_,#b_literal{val=false}=Res] -> Res; + [Res,#b_literal{val=true}] -> Res; + [_,_] -> error + end. + +eval_or(Args) -> + case Args of + [Res,#b_literal{val=false}] -> Res; + [_,#b_literal{val=true}=Res] -> Res; + [_,_] -> error + end. + +%%% +%%% Optimize expressions such as "tuple_size(Var) =:= 2". +%%% +%%% Consider this code: +%%% +%%% 0: +%%% . +%%% . +%%% . +%%% Size = bif:tuple_size Var +%%% BoolVar1 = succeeded Size +%%% br BoolVar1, label 4, label 3 +%%% +%%% 4: +%%% BoolVar2 = bif:'=:=' Size, literal 2 +%%% br BoolVar2, label 6, label 3 +%%% +%%% 6: ... %% OK +%%% +%%% 3: ... %% Not a tuple of size 2 +%%% +%%% The BEAM code will look this: +%%% +%%% {bif,tuple_size,{f,3},[{x,0}],{x,0}}. +%%% {test,is_eq_exact,{f,3},[{x,0},{integer,2}]}. +%%% +%%% Better BEAM code will be produced if we transform the +%%% code like this: +%%% +%%% 0: +%%% . +%%% . +%%% . +%%% br label 10 +%%% +%%% 10: +%%% NewBoolVar = bif:is_tuple Var +%%% br NewBoolVar, label 11, label 3 +%%% +%%% 11: +%%% Size = bif:tuple_size Var +%%% br label 4 +%%% +%%% 4: +%%% BoolVar2 = bif:'=:=' Size, literal 2 +%%% br BoolVar2, label 6, label 3 +%%% +%%% (The key part of the transformation is the removal of +%%% the 'succeeded' instruction to signal to the code generator +%%% that the call to tuple_size/1 can't fail.) +%%% +%%% The BEAM code will look like: +%%% +%%% {test,is_tuple,{f,3},[{x,0}]}. +%%% {test_arity,{f,3},[{x,0},2]}. +%%% +%%% Those two instructions will be combined into a single +%%% is_tuple_of_arity instruction by the loader. +%%% + +ssa_opt_tuple_size(#st{ssa=Linear0,cnt=Count0}=St) -> + {Linear,Count} = opt_tup_size(Linear0, Count0, []), + St#st{ssa=Linear,cnt=Count}. + +opt_tup_size([{L,#b_blk{is=Is,last=Last}=Blk}|Bs], Count0, Acc0) -> + case {Is,Last} of + {[#b_set{op={bif,'=:='},dst=Bool,args=[#b_var{}=Tup,#b_literal{val=Arity}]}], + #b_br{bool=Bool}} when is_integer(Arity), Arity >= 0 -> + {Acc,Count} = opt_tup_size_1(Tup, L, Count0, Acc0), + opt_tup_size(Bs, Count, [{L,Blk}|Acc]); + {_,_} -> + opt_tup_size(Bs, Count0, [{L,Blk}|Acc0]) + end; +opt_tup_size([], Count, Acc) -> + {reverse(Acc),Count}. + +opt_tup_size_1(Size, EqL, Count0, [{L,Blk0}|Acc]) -> + case Blk0 of + #b_blk{is=Is0,last=#b_br{bool=Bool,succ=EqL,fail=Fail}} -> + case opt_tup_size_is(Is0, Bool, Size, []) of + none -> + {[{L,Blk0}|Acc],Count0}; + {PreIs,TupleSizeIs,Tuple} -> + opt_tup_size_2(PreIs, TupleSizeIs, L, EqL, + Tuple, Fail, Count0, Acc) + end; + #b_blk{} -> + {[{L,Blk0}|Acc],Count0} + end; +opt_tup_size_1(_, _, Count, Acc) -> + {Acc,Count}. + +opt_tup_size_2(PreIs, TupleSizeIs, PreL, EqL, Tuple, Fail, Count0, Acc) -> + IsTupleL = Count0, + TupleSizeL = Count0 + 1, + Bool = #b_var{name={'@ssa_bool',Count0+2}}, + Count = Count0 + 3, + + True = #b_literal{val=true}, + PreBr = #b_br{bool=True,succ=IsTupleL,fail=IsTupleL}, + PreBlk = #b_blk{is=PreIs,last=PreBr}, + + IsTupleIs = [#b_set{op={bif,is_tuple},dst=Bool,args=[Tuple]}], + IsTupleBr = #b_br{bool=Bool,succ=TupleSizeL,fail=Fail}, + IsTupleBlk = #b_blk{is=IsTupleIs,last=IsTupleBr}, + + TupleSizeBr = #b_br{bool=True,succ=EqL,fail=EqL}, + TupleSizeBlk = #b_blk{is=TupleSizeIs,last=TupleSizeBr}, + {[{TupleSizeL,TupleSizeBlk}, + {IsTupleL,IsTupleBlk}, + {PreL,PreBlk}|Acc],Count}. + +opt_tup_size_is([#b_set{op={bif,tuple_size},dst=Size,args=[Tuple]}=I, + #b_set{op=succeeded,dst=Bool,args=[Size]}], + Bool, Size, Acc) -> + {reverse(Acc),[I],Tuple}; +opt_tup_size_is([I|Is], Bool, Size, Acc) -> + opt_tup_size_is(Is, Bool, Size, [I|Acc]); +opt_tup_size_is([], _, _, _Acc) -> none. + +%%% +%%% Optimize #b_switch{} instructions. +%%% +%%% If the argument for a #b_switch{} comes from a phi node with all +%%% literals, any values in the switch list which are not in the phi +%%% node can be removed. +%%% +%%% If the values in the phi node and switch list are the same, +%%% the failure label can't be reached and be eliminated. +%%% +%%% A #b_switch{} with only one value can be rewritten to +%%% a #b_br{}. A switch that only verifies that the argument +%%% is 'true' or 'false' can be rewritten to a is_boolean test. +%%% + +ssa_opt_sw(#st{ssa=Linear0,cnt=Count0}=St) -> + {Linear,Count} = opt_sw(Linear0, #{}, Count0, []), + St#st{ssa=Linear,cnt=Count}. + +opt_sw([{L,#b_blk{is=Is,last=#b_switch{}=Last0}=Blk0}|Bs], Phis0, Count0, Acc) -> + Phis = opt_sw_phis(Is, Phis0), + case opt_sw_last(Last0, Phis) of + #b_switch{arg=Arg,fail=Fail,list=[{Lit,Lbl}]} -> + %% Rewrite a single value switch to a br. + Bool = #b_var{name={'@ssa_bool',Count0}}, + Count = Count0 + 1, + IsEq = #b_set{op={bif,'=:='},dst=Bool,args=[Arg,Lit]}, + Br = #b_br{bool=Bool,succ=Lbl,fail=Fail}, + Blk = Blk0#b_blk{is=Is++[IsEq],last=Br}, + opt_sw(Bs, Phis, Count, [{L,Blk}|Acc]); + #b_switch{arg=Arg,fail=Fail, + list=[{#b_literal{val=B1},Lbl},{#b_literal{val=B2},Lbl}]} + when B1 =:= not B2 -> + %% Replace with is_boolean test. + Bool = #b_var{name={'@ssa_bool',Count0}}, + Count = Count0 + 1, + IsBool = #b_set{op={bif,is_boolean},dst=Bool,args=[Arg]}, + Br = #b_br{bool=Bool,succ=Lbl,fail=Fail}, + Blk = Blk0#b_blk{is=Is++[IsBool],last=Br}, + opt_sw(Bs, Phis, Count, [{L,Blk}|Acc]); + Last0 -> + opt_sw(Bs, Phis, Count0, [{L,Blk0}|Acc]); + Last -> + Blk = Blk0#b_blk{last=Last}, + opt_sw(Bs, Phis, Count0, [{L,Blk}|Acc]) + end; +opt_sw([{L,#b_blk{is=Is}=Blk}|Bs], Phis0, Count, Acc) -> + Phis = opt_sw_phis(Is, Phis0), + opt_sw(Bs, Phis, Count, [{L,Blk}|Acc]); +opt_sw([], _Phis, Count, Acc) -> + {reverse(Acc),Count}. + +opt_sw_phis([#b_set{op=phi,dst=Dst,args=Args}|Is], Phis) -> + case opt_sw_literals(Args, []) of + error -> + opt_sw_phis(Is, Phis); + Literals -> + opt_sw_phis(Is, Phis#{Dst=>Literals}) + end; +opt_sw_phis(_, Phis) -> Phis. + +opt_sw_last(#b_switch{arg=Arg,fail=Fail,list=List0}=Sw0, Phis) -> + case Phis of + #{Arg:=Values0} -> + Values = gb_sets:from_list(Values0), + + %% Prune the switch list to only contain the possible values. + List1 = [P || {Lit,_}=P <- List0, gb_sets:is_member(Lit, Values)], + + %% Now test whether the failure label can ever be reached. + Sw = case gb_sets:size(Values) =:= length(List1) of + true -> + %% The switch list has the same number of values as the phi node. + %% The values must be the same, because the values that were not + %% possible were pruned from the switch list. Therefore, the + %% failure label can't possibly be reached, and we can choose a + %% a new failure label by picking a value from the list. + case List1 of + [{#b_literal{},Lbl}|List] -> + Sw0#b_switch{fail=Lbl,list=List}; + [] -> + Sw0#b_switch{list=List1} + end; + false -> + %% There are some values in the phi node that are not in the + %% switch list; thus, the failure label can still be reached. + Sw0 + end, + beam_ssa:normalize(Sw); + #{} -> + %% Ensure that no label in the switch list is the same + %% as the failure label. + List = [{Val,Lbl} || {Val,Lbl} <- List0, Lbl =/= Fail], + Sw = Sw0#b_switch{list=List}, + beam_ssa:normalize(Sw) + end. + +opt_sw_literals([{#b_literal{}=Lit,_}|T], Acc) -> + opt_sw_literals(T, [Lit|Acc]); +opt_sw_literals([_|_], _Acc) -> + error; +opt_sw_literals([], Acc) -> Acc. + + +%%% +%%% Merge blocks. +%%% + +ssa_opt_merge_blocks(#st{ssa=Blocks}=St) -> + Preds = beam_ssa:predecessors(Blocks), + St#st{ssa=merge_blocks_1(beam_ssa:rpo(Blocks), Preds, Blocks)}. + +merge_blocks_1([L|Ls], Preds0, Blocks0) -> + case Preds0 of + #{L:=[P]} -> + #{P:=Blk0,L:=Blk1} = Blocks0, + case is_merge_allowed(L, Blk0, Blk1) of + true -> + #b_blk{is=Is0} = Blk0, + #b_blk{is=Is1} = Blk1, + Is = Is0 ++ Is1, + Blk = Blk1#b_blk{is=Is}, + Blocks1 = maps:remove(L, Blocks0), + Blocks2 = maps:put(P, Blk, Blocks1), + Successors = beam_ssa:successors(Blk), + Blocks = beam_ssa:update_phi_labels(Successors, L, P, Blocks2), + Preds = merge_update_preds(Successors, L, P, Preds0), + merge_blocks_1(Ls, Preds, Blocks); + false -> + merge_blocks_1(Ls, Preds0, Blocks0) + end; + #{} -> + merge_blocks_1(Ls, Preds0, Blocks0) + end; +merge_blocks_1([], _Preds, Blocks) -> Blocks. + +merge_update_preds([L|Ls], From, To, Preds0) -> + Ps = [rename_label(P, From, To) || P <- maps:get(L, Preds0)], + Preds = maps:put(L, Ps, Preds0), + merge_update_preds(Ls, From, To, Preds); +merge_update_preds([], _, _, Preds) -> Preds. + +rename_label(From, From, To) -> To; +rename_label(Lbl, _, _) -> Lbl. + +is_merge_allowed(_, _, #b_blk{is=[#b_set{op=peek_message}|_]}) -> + false; +is_merge_allowed(L, Blk0, #b_blk{}) -> + case beam_ssa:successors(Blk0) of + [L] -> true; + [_|_] -> false + end. + +%%% +%%% When a tuple is matched, the pattern matching compiler generates a +%%% get_tuple_element instruction for every tuple element that will +%%% ever be used in the rest of the function. That often forces the +%%% extracted tuple elements to be stored in Y registers until it's +%%% time to use them. It could also mean that there could be execution +%%% paths that will never use the extracted elements. +%%% +%%% This optimization will sink get_tuple_element instructions, that +%%% is, move them forward in the execution stream to the last possible +%%% block there they will still dominate all uses. That may reduce the +%%% size of stack frames, reduce register shuffling, and avoid +%%% extracting tuple elements on execution paths that never use the +%%% extracted values. +%%% + +ssa_opt_sink(#st{ssa=Blocks0}=St) -> + Linear = beam_ssa:linearize(Blocks0), + + %% Create a map with all variables that define get_tuple_element + %% instructions. The variable name map to the block it is defined in. + Defs = maps:from_list(def_blocks(Linear)), + + %% Now find all the blocks that use variables defined by get_tuple_element + %% instructions. + Used = used_blocks(Linear, Defs, []), + + %% Calculate dominators. + Dom0 = beam_ssa:dominators(Blocks0), + + %% It is not safe to move get_tuple_element instructions to blocks + %% that begin with certain instructions. It is also unsafe to move + %% the instructions into any part of a receive. To avoid such + %% unsafe moves, pretend that the unsuitable blocks are not + %% dominators. + Unsuitable = unsuitable(Linear, Blocks0), + Dom = case gb_sets:is_empty(Unsuitable) of + true -> + Dom0; + false -> + F = fun(_, DomBy) -> + [L || L <- DomBy, + not gb_sets:is_element(L, Unsuitable)] + end, + maps:map(F, Dom0) + end, + + %% Calculate new positions for get_tuple_element instructions. The new + %% position is a block that dominates all uses of the variable. + DefLoc = new_def_locations(Used, Defs, Dom), + + %% Now move all suitable get_tuple_element instructions to their + %% new blocks. + Blocks = foldl(fun({V,To}, A) -> + From = maps:get(V, Defs), + move_defs(V, From, To, A) + end, Blocks0, DefLoc), + St#st{ssa=Blocks}. + +def_blocks([{L,#b_blk{is=Is}}|Bs]) -> + def_blocks_is(Is, L, def_blocks(Bs)); +def_blocks([]) -> []. + +def_blocks_is([#b_set{op=get_tuple_element,dst=Dst}|Is], L, Acc) -> + def_blocks_is(Is, L, [{Dst,L}|Acc]); +def_blocks_is([_|Is], L, Acc) -> + def_blocks_is(Is, L, Acc); +def_blocks_is([], _, Acc) -> Acc. + +used_blocks([{L,Blk}|Bs], Def, Acc0) -> + Used = beam_ssa:used(Blk), + Acc = [{V,L} || V <- Used, maps:is_key(V, Def)] ++ Acc0, + used_blocks(Bs, Def, Acc); +used_blocks([], _Def, Acc) -> + rel2fam(Acc). + +%% unsuitable(Linear, Blocks) -> Unsuitable. +%% Return an ordset of block labels for the blocks that are not +%% suitable for sinking of get_tuple_element instructions. + +unsuitable(Linear, Blocks) -> + Predecessors = beam_ssa:predecessors(Blocks), + Unsuitable0 = unsuitable_1(Linear), + Unsuitable1 = unsuitable_recv(Linear, Blocks, Predecessors), + gb_sets:from_list(Unsuitable0 ++ Unsuitable1). + +unsuitable_1([{L,#b_blk{is=[#b_set{op=Op}|_]}}|Bs]) -> + Unsuitable = case Op of + bs_extract -> true; + bs_put -> true; + {float,_} -> true; + landingpad -> true; + peek_message -> true; + wait_timeout -> true; + _ -> false + end, + case Unsuitable of + true -> + [L|unsuitable_1(Bs)]; + false -> + unsuitable_1(Bs) + end; +unsuitable_1([{_,#b_blk{}}|Bs]) -> + unsuitable_1(Bs); +unsuitable_1([]) -> []. + +unsuitable_recv([{L,#b_blk{is=[#b_set{op=Op}|_]}}|Bs], Blocks, Predecessors) -> + Ls = case Op of + remove_message -> + unsuitable_loop(L, Blocks, Predecessors); + recv_next -> + unsuitable_loop(L, Blocks, Predecessors); + _ -> + [] + end, + Ls ++ unsuitable_recv(Bs, Blocks, Predecessors); +unsuitable_recv([_|Bs], Blocks, Predecessors) -> + unsuitable_recv(Bs, Blocks, Predecessors); +unsuitable_recv([], _, _) -> []. + +unsuitable_loop(L, Blocks, Predecessors) -> + unsuitable_loop(L, Blocks, Predecessors, []). + +unsuitable_loop(L, Blocks, Predecessors, Acc) -> + Ps = maps:get(L, Predecessors), + unsuitable_loop_1(Ps, Blocks, Predecessors, Acc). + +unsuitable_loop_1([P|Ps], Blocks, Predecessors, Acc0) -> + case maps:get(P, Blocks) of + #b_blk{is=[#b_set{op=peek_message}|_]} -> + unsuitable_loop_1(Ps, Blocks, Predecessors, Acc0); + #b_blk{} -> + case ordsets:is_element(P, Acc0) of + false -> + Acc1 = ordsets:add_element(P, Acc0), + Acc = unsuitable_loop(P, Blocks, Predecessors, Acc1), + unsuitable_loop_1(Ps, Blocks, Predecessors, Acc); + true -> + unsuitable_loop_1(Ps, Blocks, Predecessors, Acc0) + end + end; +unsuitable_loop_1([], _, _, Acc) -> Acc. + +%% new_def_locations([{Variable,[UsedInBlock]}|Vs], Defs, Dominators) -> +%% [{Variable,NewDefinitionBlock}] +%% Calculate new locations for get_tuple_element instructions. For each +%% variable, the new location is a block that dominates all uses of +%% variable and as near to the uses of as possible. If no such block +%% distinct from the block where the instruction currently is, the +%% variable will not be included in the result list. + +new_def_locations([{V,UsedIn}|Vs], Defs, Dom) -> + DefIn = maps:get(V, Defs), + case common_dom(UsedIn, DefIn, Dom) of + [] -> + new_def_locations(Vs, Defs, Dom); + [_|_]=BetterDef -> + L = most_dominated(BetterDef, Dom), + [{V,L}|new_def_locations(Vs, Defs, Dom)] + end; +new_def_locations([], _, _) -> []. + +common_dom([L|Ls], DefIn, Dom) -> + DomBy0 = maps:get(L, Dom), + DomBy = ordsets:subtract(DomBy0, maps:get(DefIn, Dom)), + common_dom_1(Ls, Dom, DomBy). + +common_dom_1(_, _, []) -> + []; +common_dom_1([L|Ls], Dom, [_|_]=DomBy0) -> + DomBy1 = maps:get(L, Dom), + DomBy = ordsets:intersection(DomBy0, DomBy1), + common_dom_1(Ls, Dom, DomBy); +common_dom_1([], _, DomBy) -> DomBy. + +most_dominated([L|Ls], Dom) -> + most_dominated(Ls, L, maps:get(L, Dom), Dom). + +most_dominated([L|Ls], L0, DomBy, Dom) -> + case member(L, DomBy) of + true -> + most_dominated(Ls, L0, DomBy, Dom); + false -> + most_dominated(Ls, L, maps:get(L, Dom), Dom) + end; +most_dominated([], L, _, _) -> L. + + +%% Move get_tuple_element instructions to their new locations. + +move_defs(V, From, To, Blocks) -> + #{From:=FromBlk0,To:=ToBlk0} = Blocks, + {Def,FromBlk} = remove_def(V, FromBlk0), + try insert_def(V, Def, ToBlk0) of + ToBlk -> + %%io:format("~p: ~p => ~p\n", [V,From,To]), + Blocks#{From:=FromBlk,To:=ToBlk} + catch + throw:not_possible -> + Blocks + end. + +remove_def(V, #b_blk{is=Is0}=Blk) -> + {Def,Is} = remove_def_is(Is0, V, []), + {Def,Blk#b_blk{is=Is}}. + +remove_def_is([#b_set{dst=Dst}=Def|Is], Dst, Acc) -> + {Def,reverse(Acc, Is)}; +remove_def_is([I|Is], Dst, Acc) -> + remove_def_is(Is, Dst, [I|Acc]). + +insert_def(V, Def, #b_blk{is=Is0}=Blk) -> + Is = insert_def_is(Is0, V, Def), + Blk#b_blk{is=Is}. + +insert_def_is([#b_set{op=phi}=I|Is], V, Def) -> + case member(V, beam_ssa:used(I)) of + true -> + throw(not_possible); + false -> + [I|insert_def_is(Is, V, Def)] + end; +insert_def_is([#b_set{op=Op}=I|Is]=Is0, V, Def) -> + Action0 = case Op of + call -> beyond; + 'catch_end' -> beyond; + set_tuple_element -> beyond; + timeout -> beyond; + _ -> here + end, + Action = case Is of + [#b_set{op=succeeded}|_] -> here; + _ -> Action0 + end, + case Action of + beyond -> + case member(V, beam_ssa:used(I)) of + true -> + %% The variable is used by this instruction. We must + %% place the definition before this instruction. + [Def|Is0]; + false -> + %% Place it beyond the current instruction. + [I|insert_def_is(Is, V, Def)] + end; + here -> + [Def|Is0] + end; +insert_def_is([], _V, Def) -> + [Def]. + + +%%% +%%% Common utilities. +%%% + +gcd(A, B) -> + case A rem B of + 0 -> B; + X -> gcd(B, X) + end. + +rel2fam(S0) -> + S1 = sofs:relation(S0), + S = sofs:rel2fam(S1), + sofs:to_external(S). + +sub(I, Sub) -> + beam_ssa:normalize(sub_1(I, Sub)). + +sub_1(#b_set{op=phi,args=Args}=I, Sub) -> + I#b_set{args=[{sub_arg(A, Sub),P} || {A,P} <- Args]}; +sub_1(#b_set{args=Args}=I, Sub) -> + I#b_set{args=[sub_arg(A, Sub) || A <- Args]}; +sub_1(#b_br{bool=#b_var{}=Old}=Br, Sub) -> + New = sub_arg(Old, Sub), + Br#b_br{bool=New}; +sub_1(#b_switch{arg=#b_var{}=Old}=Sw, Sub) -> + New = sub_arg(Old, Sub), + Sw#b_switch{arg=New}; +sub_1(#b_ret{arg=#b_var{}=Old}=Ret, Sub) -> + New = sub_arg(Old, Sub), + Ret#b_ret{arg=New}; +sub_1(Last, _) -> Last. + +sub_arg(#b_remote{mod=Mod,name=Name}=Rem, Sub) -> + Rem#b_remote{mod=sub_arg(Mod, Sub),name=sub_arg(Name, Sub)}; +sub_arg(Old, Sub) -> + case Sub of + #{Old:=New} -> New; + #{} -> Old + end. diff --git a/lib/compiler/src/beam_ssa_pp.erl b/lib/compiler/src/beam_ssa_pp.erl new file mode 100644 index 0000000000..34ac08b32e --- /dev/null +++ b/lib/compiler/src/beam_ssa_pp.erl @@ -0,0 +1,238 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +-module(beam_ssa_pp). + +-export([format_function/1,format_instr/1,format_var/1]). + +-include("beam_ssa.hrl"). + +-spec format_function(beam_ssa:b_function()) -> iolist(). + +format_function(#b_function{anno=Anno0,args=Args, + bs=Blocks,cnt=Counter}) -> + #{func_info:={M,F,_}} = Anno0, + Anno = maps:without([func_info,location,live_intervals,registers], Anno0), + FuncAnno = case Anno0 of + #{live_intervals:=Intervals} -> + Anno0#{live_intervals:=maps:from_list(Intervals)}; + #{} -> + Anno0 + end, + ReachableBlocks = beam_ssa:rpo(Blocks), + All = maps:keys(Blocks), + Unreachable = ordsets:subtract(ordsets:from_list(All), + ordsets:from_list(ReachableBlocks)), + [case Anno0 of + #{location:={Filename,Line}} -> + io_lib:format("%% ~ts:~p\n", [Filename,Line]); + #{} -> + [] + end, + io_lib:format("%% Counter = ~p\n", [Counter]), + [format_anno(Key, Value) || + {Key,Value} <- lists:sort(maps:to_list(Anno))], + io_lib:format("function ~p:~p(~ts) {\n", [M,F,format_args(Args, FuncAnno)]), + [format_live_interval(Var, FuncAnno) || Var <- Args], + format_blocks(ReachableBlocks, Blocks, FuncAnno), + case Unreachable of + [] -> + []; + [_|_] -> + ["\n%% Unreachable blocks\n\n", + format_blocks(Unreachable, Blocks, FuncAnno)] + end, + + "}\n"]. + + +-spec format_instr(beam_ssa:b_set()) -> iolist(). + +format_instr(#b_set{}=I) -> + Cs = lists:flatten(format_instr(I#b_set{anno=#{}}, #{}, true)), + string:trim(Cs, leading); +format_instr(I0) -> + I = setelement(2, I0, #{}), + Cs = lists:flatten(format_terminator(I, #{})), + string:trim(Cs, both). + +-spec format_var(beam_ssa:b_var()) -> iolist(). + +format_var(V) -> + Cs = lists:flatten(format_var(V, #{})), + string:trim(Cs, leading). + +%%% +%%% Local functions. +%%% + +format_anno(Key, Map) when is_map(Map) -> + Sorted = lists:sort(maps:to_list(Map)), + [io_lib:format("%% ~s:\n", [Key]), + [io_lib:format("%% ~w => ~w\n", [K,V]) || {K,V} <- Sorted]]; +format_anno(Key, Value) -> + io_lib:format("%% ~s: ~p\n", [Key,Value]). + +format_blocks(Ls, Blocks, Anno) -> + PP = [format_block(L, Blocks, Anno) || L <- Ls], + lists:join($\n, PP). + +format_block(L, Blocks, FuncAnno) -> + #b_blk{anno=Anno,is=Is,last=Last} = maps:get(L, Blocks), + [case map_size(Anno) of + 0 -> []; + _ -> io_lib:format("%% ~p\n", [Anno]) + end, + io_lib:format("~p:", [L]), + format_instrs(Is, FuncAnno, true), + $\n, + format_terminator(Last, FuncAnno)]. + +format_instrs([I|Is], FuncAnno, First) -> + [$\n, + format_instr(I, FuncAnno, First), + format_instrs(Is, FuncAnno, false)]; +format_instrs([], _FuncAnno, _First) -> + []. + +format_instr(#b_set{anno=Anno,op=Op,dst=Dst,args=Args}, + FuncAnno, First) -> + AnnoStr = format_anno(Anno), + LiveIntervalStr = format_live_interval(Dst, FuncAnno), + [if + First -> + []; + AnnoStr =/= []; LiveIntervalStr =/= [] -> + $\n; + true -> + [] + end, + AnnoStr, + LiveIntervalStr, + io_lib:format(" ~s~ts = ~ts", [format_i_number(Anno), + format_var(Dst, FuncAnno), + format_op(Op)]), + case Args of + [] -> + []; + [_|_] -> + io_lib:format(" ~ts", [format_args(Args, FuncAnno)]) + end]. + +format_i_number(#{n:=N}) -> + io_lib:format("[~p] ", [N]); +format_i_number(#{}) -> []. + +format_terminator(#b_br{anno=A,bool=#b_literal{val=true},succ=Lbl}, _) -> + io_lib:format(" ~sbr label ~p\n", [format_i_number(A),Lbl]); +format_terminator(#b_br{anno=A,bool=#b_literal{val=false},fail=Lbl}, _) -> + io_lib:format(" ~sbr label ~p\n", [format_i_number(A),Lbl]); +format_terminator(#b_br{anno=A,bool=Bool,succ=Succ,fail=Fail}, FuncAnno) -> + io_lib:format(" ~sbr ~ts, label ~p, label ~p\n", + [format_i_number(A),format_arg(Bool, FuncAnno),Succ,Fail]); +format_terminator(#b_switch{anno=A,arg=Arg,fail=Fail,list=List}, FuncAnno) -> + io_lib:format(" ~sswitch ~ts, label ~p, ~ts\n", + [format_i_number(A),format_arg(Arg, FuncAnno),Fail, + format_list(List,FuncAnno)]); +format_terminator(#b_ret{anno=A,arg=Arg}, FuncAnno) -> + io_lib:format(" ~sret ~ts\n", [format_i_number(A),format_arg(Arg, FuncAnno)]). + +format_op({Prefix,Name}) -> + io_lib:format("~p:~p", [Prefix,Name]); +format_op(Name) -> + io_lib:format("~p", [Name]). + +format_register(#b_var{}=V, #{registers:=Regs}) -> + {Tag,N} = maps:get(V, Regs), + io_lib:format("~p~p", [Tag,N]); +format_register(_, #{}) -> "". + +format_var(Var, FuncAnno) -> + VarString = format_var_1(Var), + case format_register(Var, FuncAnno) of + [] -> VarString; + [_|_]=Reg -> [Reg,$/,VarString] + end. + +format_var_1(#b_var{name={Name,Uniq}}) -> + if + is_atom(Name) -> + io_lib:format("~ts:~p", [Name,Uniq]); + is_integer(Name) -> + io_lib:format("_~p:~p", [Name,Uniq]) + end; +format_var_1(#b_var{name=Name}) when is_atom(Name) -> + atom_to_list(Name); +format_var_1(#b_var{name=Name}) when is_integer(Name) -> + "_"++integer_to_list(Name). + +format_args(Args, FuncAnno) -> + Ss = [format_arg(Arg, FuncAnno) || Arg <- Args], + lists:join(", ", Ss). + +format_arg(#b_var{}=Arg, FuncAnno) -> + format_var(Arg, FuncAnno); +format_arg(#b_literal{val=Val}, _FuncAnno) -> + io_lib:format("literal ~p", [Val]); +format_arg(#b_remote{mod=Mod,name=Name,arity=Arity}, FuncAnno) -> + io_lib:format("remote (~ts):(~ts)/~p", + [format_arg(Mod, FuncAnno),format_arg(Name, FuncAnno),Arity]); +format_arg(#b_local{name=Name,arity=Arity}, FuncAnno) -> + io_lib:format("local ~ts/~p", [format_arg(Name, FuncAnno),Arity]); +format_arg({Value,Label}, FuncAnno) when is_integer(Label) -> + io_lib:format("{ ~ts, ~p }", [format_arg(Value, FuncAnno),Label]); +format_arg(Other, _) -> + io_lib:format("*** ~p ***", [Other]). + +format_list(List, FuncAnno) -> + Ss = [io_lib:format("{ ~ts, ~ts }", [format_arg(Val, FuncAnno),format_label(L)]) || + {Val,L} <- List], + io_lib:format("[ ~ts ]", [lists:join(", ", Ss)]). + +format_label(L) -> + ["label ",integer_to_list(L)]. + +format_anno(#{n:=_}=Anno) -> + format_anno(maps:remove(n, Anno)); +format_anno(#{location:={File,Line}}=Anno0) -> + Anno = maps:remove(location, Anno0), + [io_lib:format(" %% ~ts:~p\n", [File,Line])|format_anno_1(Anno)]; +format_anno(Anno) -> + format_anno_1(Anno). + +format_anno_1(Anno) -> + case map_size(Anno) of + 0 -> + []; + _ -> + [io_lib:format(" %% Anno: ~p\n", [Anno])] + end. + +format_live_interval(#b_var{}=Dst, #{live_intervals:=Intervals}) -> + case Intervals of + #{Dst:=Rs0} -> + Rs1 = [io_lib:format("~p..~p", [Start,End]) || + {Start,End} <- Rs0], + Rs = lists:join(" ", Rs1), + io_lib:format(" %% ~ts: ~s\n", [format_var_1(Dst),Rs]); + #{} -> + [] + end; +format_live_interval(_, _) -> []. + diff --git a/lib/compiler/src/beam_ssa_pre_codegen.erl b/lib/compiler/src/beam_ssa_pre_codegen.erl new file mode 100644 index 0000000000..9175931375 --- /dev/null +++ b/lib/compiler/src/beam_ssa_pre_codegen.erl @@ -0,0 +1,2496 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% Purpose: Prepare for code generation, including register allocation. +%% +%% The output of this compiler pass is still in the SSA format, but +%% it has been annotated and transformed to help the code generator. +%% +%% * Some instructions are translated to other instructions closer to +%% the BEAM instructions. For example, the binary matching +%% instructions are transformed from the optimization-friendly +%% internal format to instruction more similar to the actual BEAM +%% instructions. +%% +%% * Blocks that will need an instruction for allocating a stack frame +%% are annotated with a {frame_size,Size} annotation. +%% +%% * 'copy' instructions are added for all variables that need +%% to be saved to the stack frame. Additional 'copy' instructions +%% can be added as an optimization to reuse y registers (see +%% the copy_retval sub pass). +%% +%% * Each function is annotated with a {register,RegisterMap} +%% annotation that maps each variable to a BEAM register. The linear +%% scan algorithm is used to allocate registers. +%% +%% There are four kind of registers. x, y, fr (floating point register), +%% and z. A variable will be allocated to a z register if it is only +%% used by the instruction following the instruction that defines the +%% the variable. The code generator will typically combine those +%% instructions to a test instruction. z registers are also used for +%% some instructions that don't have a return value. +%% +%% References: +%% +%% [1] H. Mรถssenbรถck and M. Pfeiffer. Linear scan register allocation +%% in the context of SSA form and register constraints. In Proceedings +%% of the International Conference on Compiler Construction, pages +%% 229โ246. LNCS 2304, Springer-Verlag, 2002. +%% +%% [2] C. Wimmer and H. Mรถssenbรถck. Optimized interval splitting in a +%% linear scan register allocator. In Proceedings of the ACM/USENIX +%% International Conference on Virtual Execution Environments, pages +%% 132โ141. ACM Press, 2005. +%% +%% [3] C. Wimmer and M. Franz. Linear Scan Register Allocation on SSA +%% Form. In Proceedings of the International Symposium on Code +%% Generation and Optimization, pages 170-179. ACM Press, 2010. +%% + +-module(beam_ssa_pre_codegen). + +-export([module/2]). + +-include("beam_ssa.hrl"). + +-import(lists, [all/2,any/2,append/1,duplicate/2, + foldl/3,last/1,map/2,member/2,partition/2, + reverse/1,reverse/2,sort/1,zip/2]). + +-spec module(beam_ssa:b_module(), [compile:option()]) -> + {'ok',beam_ssa:b_module()}. + +module(#b_module{body=Fs0}=Module, Opts) -> + UseBSM3 = not proplists:get_bool(no_bsm3, Opts), + Ps = passes(Opts), + Fs = functions(Fs0, Ps, UseBSM3), + {ok,Module#b_module{body=Fs}}. + +functions([F|Fs], Ps, UseBSM3) -> + [function(F, Ps, UseBSM3)|functions(Fs, Ps, UseBSM3)]; +functions([], _Ps, _UseBSM3) -> []. + +-type b_var() :: beam_ssa:b_var(). +-type var_name() :: beam_ssa:var_name(). +-type instr_number() :: pos_integer(). +-type range() :: {instr_number(),instr_number()}. +-type reg_num() :: beam_asm:reg_num(). +-type xreg() :: {'x',reg_num()}. +-type yreg() :: {'y',reg_num()}. +-type ypool() :: {'y',beam_ssa:label()}. +-type reservation() :: 'fr' | {'prefer',xreg()} | 'x' | {'x',xreg()} | + ypool() | {yreg(),ypool()} | 'z'. +-type ssa_register() :: beam_ssa_codegen:ssa_register(). + +-define(TC(Body), tc(fun() -> Body end, ?FILE, ?LINE)). +-record(st, {ssa :: beam_ssa:block_map(), + args :: [b_var()], + cnt :: beam_ssa:label(), + use_bsm3 :: boolean(), + frames=[] :: [beam_ssa:label()], + intervals=[] :: [{b_var(),[range()]}], + res=[] :: [{b_var(),reservation()}] | #{b_var():=reservation()}, + regs=#{} :: #{b_var():=ssa_register()}, + extra_annos=[] :: [{atom(),term()}] + }). +-define(PASS(N), {N,fun N/1}). + +passes(Opts) -> + AddPrecgAnnos = proplists:get_bool(dprecg, Opts), + FixTuples = proplists:get_bool(no_put_tuple2, Opts), + Ps = [?PASS(assert_no_critical_edges), + + %% Preliminaries. + ?PASS(fix_bs), + ?PASS(sanitize), + case FixTuples of + false -> ignore; + true -> ?PASS(fix_tuples) + end, + ?PASS(place_frames), + ?PASS(fix_receives), + + %% Find and reserve Y registers. + ?PASS(find_yregs), + ?PASS(reserve_yregs), + + %% Handle legacy binary match instruction that don't + %% accept a Y register as destination. + ?PASS(legacy_bs), + + %% Improve reuse of Y registers to potentially + %% reduce the size of the stack frame. + ?PASS(copy_retval), + ?PASS(opt_get_list), + + %% Calculate live intervals. + ?PASS(number_instructions), + ?PASS(live_intervals), + ?PASS(reserve_regs), + + %% If needed for a .precg file, save the live intervals + %% so they can be included in an annotation. + case AddPrecgAnnos of + false -> ignore; + true -> ?PASS(save_live_intervals) + end, + + %% Allocate registers. + ?PASS(linear_scan), + ?PASS(frame_size), + ?PASS(turn_yregs)], + [P || P <- Ps, P =/= ignore]. + +function(#b_function{anno=Anno,args=Args,bs=Blocks0,cnt=Count0}=F0, + Ps, UseBSM3) -> + try + St0 = #st{ssa=Blocks0,args=Args,use_bsm3=UseBSM3,cnt=Count0}, + St = compile:run_sub_passes(Ps, St0), + #st{ssa=Blocks,cnt=Count,regs=Regs,extra_annos=ExtraAnnos} = St, + F1 = add_extra_annos(F0, ExtraAnnos), + F = beam_ssa:add_anno(registers, Regs, F1), + F#b_function{bs=Blocks,cnt=Count} + catch + Class:Error:Stack -> + #{func_info:={_,Name,Arity}} = Anno, + io:fwrite("Function: ~w/~w\n", [Name,Arity]), + erlang:raise(Class, Error, Stack) + end. + +save_live_intervals(#st{intervals=Intervals}=St) -> + St#st{extra_annos=[{live_intervals,Intervals}]}. + +%% Add extra annotations when a .precg listing file is being produced. +add_extra_annos(F, Annos) -> + foldl(fun({Name,Value}, Acc) -> + beam_ssa:add_anno(Name, Value, Acc) + end, F, Annos). + +%% assert_no_critical_edges(St0) -> St. +%% The code generator will not work if there are critial edges. +%% Abort if any critical edges are found. + +assert_no_critical_edges(#st{ssa=Blocks}=St) -> + F = fun assert_no_ces/3, + beam_ssa:fold_rpo(F, Blocks, Blocks), + St. + +assert_no_ces(_, #b_blk{is=[#b_set{op=phi,args=[_,_]=Phis}|_]}, Blocks) -> + %% This block has multiple predecessors. Make sure that none + %% of the precessors have more than one successor. + true = all(fun({_,P}) -> + length(beam_ssa:successors(P, Blocks)) =:= 1 + end, Phis), %Assertion. + Blocks; +assert_no_ces(_, _, Blocks) -> Blocks. + +%% fix_bs(St0) -> St. +%% Fix up the binary matching instructions: +%% +%% * Insert bs_save and bs_restore instructions where needed. +%% +%% * Combine bs_match and bs_extract instructions to bs_get +%% instructions. + +fix_bs(#st{ssa=Blocks,cnt=Count0,use_bsm3=UseBSM3}=St) -> + F = fun(#b_set{op=bs_start_match,dst=Dst}, A) -> + %% Mark the root of the match context list. + [{Dst,{context,Dst}}|A]; + (#b_set{op=bs_match,dst=Dst,args=[_,ParentCtx|_]}, A) -> + %% Link this match context the previous match context. + [{Dst,ParentCtx}|A]; + (_, A) -> + A + end, + case beam_ssa:fold_instrs_rpo(F, [0], [],Blocks) of + [] -> + %% No binary matching in this function. + St; + [_|_]=M -> + CtxChain = maps:from_list(M), + Linear0 = beam_ssa:linearize(Blocks), + + %% Insert position instructions where needed. + {Linear1,Count} = case UseBSM3 of + true -> + bs_pos_bsm3(Linear0, CtxChain, Count0); + false -> + bs_pos_bsm2(Linear0, CtxChain, Count0) + end, + + %% Rename instructions. + Linear = bs_instrs(Linear1, CtxChain, []), + + St#st{ssa=maps:from_list(Linear),cnt=Count} + end. + +%% Insert bs_get_position and bs_set_position instructions as needed. +bs_pos_bsm3(Linear0, CtxChain, Count0) -> + Rs0 = bs_restores(Linear0, CtxChain, #{}, #{}), + Rs = maps:values(Rs0), + S0 = sofs:relation(Rs, [{context,save_point}]), + S1 = sofs:relation_to_family(S0), + S = sofs:to_external(S1), + + {SavePoints,Count1} = make_bs_pos_dict(S, Count0, []), + {Gets,Count2} = make_bs_setpos_map(Rs, SavePoints, Count1, []), + {Sets,Count} = make_bs_getpos_map(maps:to_list(Rs0), SavePoints, Count2, []), + + %% Now insert all saves and restores. + {bs_insert_bsm3(Linear0, Gets, Sets, SavePoints),Count}. + +make_bs_setpos_map([{Ctx,Save}=Ps|T], SavePoints, Count, Acc) -> + SavePoint = get_savepoint(Ps, SavePoints), + I = #b_set{op=bs_get_position,dst=SavePoint,args=[Ctx]}, + make_bs_setpos_map(T, SavePoints, Count+1, [{Save,I}|Acc]); +make_bs_setpos_map([], _, Count, Acc) -> + {maps:from_list(Acc),Count}. + +make_bs_getpos_map([{Bef,{Ctx,_}=Ps}|T], SavePoints, Count, Acc) -> + Ignored = #b_var{name={'@ssa_ignored',Count}}, + Args = [Ctx, get_savepoint(Ps, SavePoints)], + I = #b_set{op=bs_set_position,dst=Ignored,args=Args}, + make_bs_getpos_map(T, SavePoints, Count+1, [{Bef,I}|Acc]); +make_bs_getpos_map([], _, Count, Acc) -> + {maps:from_list(Acc),Count}. + +get_savepoint({_,_}=Ps, SavePoints) -> + Name = {'@ssa_bs_position', maps:get(Ps, SavePoints)}, + #b_var{name=Name}. + +make_bs_pos_dict([{Ctx,Pts}|T], Count0, Acc0) -> + {Acc, Count} = make_bs_pos_dict_1(Pts, Ctx, Count0, Acc0), + make_bs_pos_dict(T, Count, Acc); +make_bs_pos_dict([], Count, Acc) -> + {maps:from_list(Acc), Count}. + +make_bs_pos_dict_1([H|T], Ctx, I, Acc) -> + make_bs_pos_dict_1(T, Ctx, I+1, [{{Ctx,H},I}|Acc]); +make_bs_pos_dict_1([], Ctx, I, Acc) -> + {[{Ctx,I}|Acc], I}. + +%% As bs_position but without OTP-22 instructions. This is only used when +%% cross-compiling to older versions. +bs_pos_bsm2(Linear0, CtxChain, Count0) -> + Rs0 = bs_restores(Linear0, CtxChain, #{}, #{}), + Rs = maps:values(Rs0), + S0 = sofs:relation(Rs, [{context,save_point}]), + S1 = sofs:relation_to_family(S0), + S = sofs:to_external(S1), + Slots = make_save_point_dict(S, []), + {Saves,Count1} = make_save_map(Rs, Slots, Count0, []), + {Restores,Count} = make_restore_map(maps:to_list(Rs0), Slots, Count1, []), + + %% Now insert all saves and restores. + {bs_insert_bsm2(Linear0, Saves, Restores, Slots),Count}. + +make_save_map([{Ctx,Save}=Ps|T], Slots, Count, Acc) -> + Ignored = #b_var{name={'@ssa_ignored',Count}}, + case make_slot(Ps, Slots) of + #b_literal{val=start} -> + make_save_map(T, Slots, Count, Acc); + Slot -> + I = #b_set{op=bs_save,dst=Ignored,args=[Ctx,Slot]}, + make_save_map(T, Slots, Count+1, [{Save,I}|Acc]) + end; +make_save_map([], _, Count, Acc) -> + {maps:from_list(Acc),Count}. + +make_restore_map([{Bef,{Ctx,_}=Ps}|T], Slots, Count, Acc) -> + Ignored = #b_var{name={'@ssa_ignored',Count}}, + I = #b_set{op=bs_restore,dst=Ignored,args=[Ctx,make_slot(Ps, Slots)]}, + make_restore_map(T, Slots, Count+1, [{Bef,I}|Acc]); +make_restore_map([], _, Count, Acc) -> + {maps:from_list(Acc),Count}. + +make_slot({Same,Same}, _Slots) -> + #b_literal{val=start}; +make_slot({_,_}=Ps, Slots) -> + #b_literal{val=maps:get(Ps, Slots)}. + +make_save_point_dict([{Ctx,Pts}|T], Acc0) -> + Acc = make_save_point_dict_1(Pts, Ctx, 0, Acc0), + make_save_point_dict(T, Acc); +make_save_point_dict([], Acc) -> + maps:from_list(Acc). + +make_save_point_dict_1([Ctx|T], Ctx, I, Acc) -> + %% Special {atom,start} save point. Does not need a + %% bs_save instruction. + make_save_point_dict_1(T, Ctx, I, Acc); +make_save_point_dict_1([H|T], Ctx, I, Acc) -> + make_save_point_dict_1(T, Ctx, I+1, [{{Ctx,H},I}|Acc]); +make_save_point_dict_1([], Ctx, I, Acc) -> + [{Ctx,I}|Acc]. + +bs_restores([{L,#b_blk{is=Is,last=Last}}|Bs], CtxChain, D0, Rs0) -> + FPos = case D0 of + #{L:=Pos0} -> Pos0; + #{} -> #{} + end, + {SPos,Rs} = bs_restores_is(Is, CtxChain, FPos, Rs0), + D = bs_update_successors(Last, SPos, FPos, D0), + bs_restores(Bs, CtxChain, D, Rs); +bs_restores([], _, _, Rs) -> Rs. + +bs_update_successors(#b_br{succ=Succ,fail=Fail}, SPos, FPos, D) -> + join_positions([{Succ,SPos},{Fail,FPos}], D); +bs_update_successors(#b_switch{fail=Fail,list=List}, SPos, _FPos, D) -> + Update = [{L,SPos} || {_,L} <- List] ++ [{Fail,SPos}], + join_positions(Update, D); +bs_update_successors(#b_ret{}, _, _, D) -> D. + +join_positions([{L,MapPos0}|T], D) -> + case D of + #{L:=MapPos0} -> + %% Same map. + join_positions(T, D); + #{L:=MapPos1} -> + %% Different maps. + MapPos = join_positions_1(MapPos0, MapPos1), + join_positions(T, D#{L:=MapPos}); + #{} -> + join_positions(T, D#{L=>MapPos0}) + end; +join_positions([], D) -> D. + +join_positions_1(MapPos0, MapPos1) -> + MapPos2 = maps:map(fun(Start, Pos) -> + case MapPos0 of + #{Start:=Pos} -> Pos; + #{Start:=_} -> unknown; + #{} -> Pos + end + end, MapPos1), + maps:merge(MapPos0, MapPos2). + +bs_restores_is([#b_set{op=bs_start_match,dst=Start}|Is], + CtxChain, PosMap0, Rs) -> + PosMap = PosMap0#{Start=>Start}, + bs_restores_is(Is, CtxChain, PosMap, Rs); +bs_restores_is([#b_set{op=bs_match,dst=NewPos,args=Args}=I|Is], + CtxChain, PosMap0, Rs0) -> + Start = bs_subst_ctx(NewPos, CtxChain), + [_,FromPos|_] = Args, + case PosMap0 of + #{Start:=FromPos} -> + %% Same position, no restore needed. + PosMap = case bs_match_type(I) of + plain -> + %% Update position to new position. + PosMap0#{Start:=NewPos}; + _ -> + %% Position will not change (test_unit + %% instruction or no instruction at + %% all). + PosMap0#{Start:=FromPos} + end, + bs_restores_is(Is, CtxChain, PosMap, Rs0); + #{Start:=_} -> + %% Different positions, might need a restore instruction. + case bs_match_type(I) of + none -> + %% The tail test will be optimized away. + %% No need to do a restore. + PosMap = PosMap0#{Start:=FromPos}, + bs_restores_is(Is, CtxChain, PosMap, Rs0); + test_unit -> + %% This match instruction will be replaced by + %% a test_unit instruction. We will need a + %% restore. The new position will be the position + %% restored to (NOT NewPos). + PosMap = PosMap0#{Start:=FromPos}, + Rs = Rs0#{NewPos=>{Start,FromPos}}, + bs_restores_is(Is, CtxChain, PosMap, Rs); + plain -> + %% Match or skip. Position will be changed. + PosMap = PosMap0#{Start:=NewPos}, + Rs = Rs0#{NewPos=>{Start,FromPos}}, + bs_restores_is(Is, CtxChain, PosMap, Rs) + end + end; +bs_restores_is([#b_set{op=bs_extract,args=[FromPos|_]}|Is], + CtxChain, PosMap, Rs) -> + Start = bs_subst_ctx(FromPos, CtxChain), + #{Start:=FromPos} = PosMap, %Assertion. + bs_restores_is(Is, CtxChain, PosMap, Rs); +bs_restores_is([#b_set{op=call,dst=Dst,args=Args}|Is], + CtxChain, PosMap0, Rs0) -> + {Rs,PosMap1} = bs_restore_args(Args, PosMap0, CtxChain, Dst, Rs0), + PosMap = bs_invalidate_pos(Args, PosMap1, CtxChain), + bs_restores_is(Is, CtxChain, PosMap, Rs); +bs_restores_is([#b_set{op=landingpad}|Is], CtxChain, PosMap0, Rs) -> + %% We can land here from any point, so all positions are invalid. + PosMap = maps:map(fun(_Start,_Pos) -> unknown end, PosMap0), + bs_restores_is(Is, CtxChain, PosMap, Rs); +bs_restores_is([#b_set{op=Op,dst=Dst,args=Args}|Is], + CtxChain, PosMap0, Rs0) + when Op =:= bs_test_tail; + Op =:= bs_get_tail -> + {Rs,PosMap} = bs_restore_args(Args, PosMap0, CtxChain, Dst, Rs0), + bs_restores_is(Is, CtxChain, PosMap, Rs); +bs_restores_is([_|Is], CtxChain, PosMap, Rs) -> + bs_restores_is(Is, CtxChain, PosMap, Rs); +bs_restores_is([], _CtxChain, PosMap, Rs) -> + {PosMap,Rs}. + +bs_match_type(#b_set{args=[#b_literal{val=skip},_Ctx, + #b_literal{val=binary},_Flags, + #b_literal{val=all},#b_literal{val=U}]}) -> + case U of + 1 -> none; + _ -> test_unit + end; +bs_match_type(_) -> + plain. + +%% Call instructions leave the match position in an undefined state, +%% requiring us to invalidate each affected argument. +bs_invalidate_pos([#b_var{}=Arg|Args], PosMap0, CtxChain) -> + Start = bs_subst_ctx(Arg, CtxChain), + case PosMap0 of + #{Start:=_} -> + PosMap = PosMap0#{Start:=unknown}, + bs_invalidate_pos(Args, PosMap, CtxChain); + #{} -> + %% Not a match context. + bs_invalidate_pos(Args, PosMap0, CtxChain) + end; +bs_invalidate_pos([_|Args], PosMap, CtxChain) -> + bs_invalidate_pos(Args, PosMap, CtxChain); +bs_invalidate_pos([], PosMap, _CtxChain) -> + PosMap. + +bs_restore_args([#b_var{}=Arg|Args], PosMap0, CtxChain, Dst, Rs0) -> + Start = bs_subst_ctx(Arg, CtxChain), + case PosMap0 of + #{Start:=Arg} -> + %% Same position, no restore needed. + bs_restore_args(Args, PosMap0, CtxChain, Dst, Rs0); + #{Start:=_} -> + %% Different positions, need a restore instruction. + PosMap = PosMap0#{Start:=Arg}, + Rs = Rs0#{Dst=>{Start,Arg}}, + bs_restore_args(Args, PosMap, CtxChain, Dst, Rs); + #{} -> + %% Not a match context. + bs_restore_args(Args, PosMap0, CtxChain, Dst, Rs0) + end; +bs_restore_args([_|Args], PosMap, CtxChain, Dst, Rs) -> + bs_restore_args(Args, PosMap, CtxChain, Dst, Rs); +bs_restore_args([], PosMap, _CtxChain, _Dst, Rs) -> + {Rs,PosMap}. + +%% Insert all bs_save and bs_restore instructions. + +bs_insert_bsm3(Blocks, Saves, Restores, SavePoints) -> + bs_insert_1(Blocks, Saves, Restores, SavePoints, fun(I) -> I end). + +bs_insert_bsm2(Blocks, Saves, Restores, SavePoints) -> + %% The old instructions require bs_start_match to be annotated with the + %% number of position slots it needs. + bs_insert_1(Blocks, Saves, Restores, SavePoints, + fun(#b_set{op=bs_start_match,dst=Dst}=I0) -> + NumSlots = case SavePoints of + #{Dst:=NumSlots0} -> NumSlots0; + #{} -> 0 + end, + beam_ssa:add_anno(num_slots, NumSlots, I0); + (I) -> + I + end). + +bs_insert_1([{L,#b_blk{is=Is0}=Blk}|Bs0], Saves, Restores, Slots, XFrm) -> + Is = bs_insert_is_1(Is0, Restores, Slots, XFrm), + Bs = bs_insert_saves(Is, Bs0, Saves), + [{L,Blk#b_blk{is=Is}}|bs_insert_1(Bs, Saves, Restores, Slots, XFrm)]; +bs_insert_1([], _, _, _, _) -> []. + +bs_insert_is_1([#b_set{op=Op,dst=Dst}=I0|Is], Restores, SavePoints, XFrm) -> + I = XFrm(I0), + if + Op =:= bs_test_tail; + Op =:= bs_get_tail; + Op =:= bs_match; + Op =:= call -> + Rs = case Restores of + #{Dst:=R} -> [R]; + #{} -> [] + end, + Rs ++ [I|bs_insert_is_1(Is, Restores, SavePoints, XFrm)]; + true -> + [I|bs_insert_is_1(Is, Restores, SavePoints, XFrm)] + end; +bs_insert_is_1([], _, _, _) -> []. + +bs_insert_saves([#b_set{dst=Dst}|Is], Bs, Saves) -> + case Saves of + #{Dst:=S} -> + bs_insert_save(S, Bs); + #{} -> + bs_insert_saves(Is, Bs, Saves) + end; +bs_insert_saves([], Bs, _) -> Bs. + +bs_insert_save(Save, [{L,#b_blk{is=Is0}=Blk}|Bs]) -> + Is = case Is0 of + [#b_set{op=bs_extract}=Ex|Is1] -> + [Ex,Save|Is1]; + _ -> + [Save|Is0] + end, + [{L,Blk#b_blk{is=Is}}|Bs]. + +%% Translate bs_match instructions to bs_get, bs_match_string, +%% or bs_skip. Also rename match context variables to use the +%% variable assigned to by the start_match instruction. + +bs_instrs([{L,#b_blk{is=Is0}=Blk}|Bs], CtxChain, Acc0) -> + case bs_instrs_is(Is0, CtxChain, []) of + [#b_set{op=bs_extract,dst=Dst,args=[Ctx]}|Is] -> + %% Drop this instruction. Rewrite the corresponding + %% bs_match instruction in the previous block to + %% a bs_get instruction. + Acc = bs_combine(Dst, Ctx, Acc0), + bs_instrs(Bs, CtxChain, [{L,Blk#b_blk{is=Is}}|Acc]); + Is -> + bs_instrs(Bs, CtxChain, [{L,Blk#b_blk{is=Is}}|Acc0]) + end; +bs_instrs([], _, Acc) -> + reverse(Acc). + +bs_instrs_is([#b_set{op=Op,args=Args0}=I0|Is], CtxChain, Acc) -> + Args = [bs_subst_ctx(A, CtxChain) || A <- Args0], + I1 = I0#b_set{args=Args}, + I = case {Op,Args} of + {bs_match,[#b_literal{val=skip},Ctx,Type|As]} -> + I1#b_set{op=bs_skip,args=[Type,Ctx|As]}; + {bs_match,[#b_literal{val=string},Ctx|As]} -> + I1#b_set{op=bs_match_string,args=[Ctx|As]}; + {bs_get_tail,[Ctx|As]} -> + I1#b_set{op=bs_get_tail,args=[Ctx|As]}; + {_,_} -> + I1 + end, + bs_instrs_is(Is, CtxChain, [I|Acc]); +bs_instrs_is([], _, Acc) -> + reverse(Acc). + +%% Combine a bs_match instruction with the destination register +%% taken from a bs_extract instruction. + +bs_combine(Dst, Ctx, [{L,#b_blk{is=Is0}=Blk}|Acc]) -> + [#b_set{}=Succeeded, + #b_set{op=bs_match,args=[Type,_|As]}=BsMatch|Is1] = reverse(Is0), + Is = reverse(Is1, [BsMatch#b_set{op=bs_get,dst=Dst,args=[Type,Ctx|As]}, + Succeeded#b_set{args=[Dst]}]), + [{L,Blk#b_blk{is=Is}}|Acc]. + +bs_subst_ctx(#b_var{}=Var, CtxChain) -> + case CtxChain of + #{Var:={context,Ctx}} -> + Ctx; + #{Var:=ParentCtx} -> + bs_subst_ctx(ParentCtx, CtxChain); + #{} -> + %% Not a match context variable. + Var + end; +bs_subst_ctx(Other, _CtxChain) -> + Other. + +%% legacy_bs(St0) -> St. +%% Binary matching instructions in OTP 21 and earlier don't support +%% a Y register as destination. If St#st.use_bsm3 is false, +%% we will need to rewrite those instructions so that the result +%% is first put in an X register and then moved to a Y register +%% if the operation succeeded. + +legacy_bs(#st{use_bsm3=false,ssa=Blocks0,cnt=Count0,res=Res}=St) -> + IsYreg = maps:from_list([{V,true} || {V,{y,_}} <- Res]), + Linear0 = beam_ssa:linearize(Blocks0), + {Linear,Count} = legacy_bs(Linear0, IsYreg, Count0, #{}, []), + Blocks = maps:from_list(Linear), + St#st{ssa=Blocks,cnt=Count}; +legacy_bs(#st{use_bsm3=true}=St) -> St. + +legacy_bs([{L,Blk}|Bs], IsYreg, Count0, Copies0, Acc) -> + #b_blk{is=Is0,last=Last} = Blk, + Is1 = case Copies0 of + #{L:=Copy} -> [Copy|Is0]; + #{} -> Is0 + end, + {Is,Count,Copies} = legacy_bs_is(Is1, Last, IsYreg, Count0, Copies0, []), + legacy_bs(Bs, IsYreg, Count, Copies, [{L,Blk#b_blk{is=Is}}|Acc]); +legacy_bs([], _IsYreg, Count, _Copies, Acc) -> + {Acc,Count}. + +legacy_bs_is([#b_set{op=Op,dst=Dst}=I0, + #b_set{op=succeeded,dst=SuccDst,args=[Dst]}=SuccI0], + Last, IsYreg, Count0, Copies0, Acc) -> + NeedsFix = is_map_key(Dst, IsYreg) andalso + case Op of + bs_get -> true; + bs_init -> true; + _ -> false + end, + case NeedsFix of + true -> + TempDst = #b_var{name={'@bs_temp_dst',Count0}}, + Count = Count0 + 1, + I = I0#b_set{dst=TempDst}, + SuccI = SuccI0#b_set{args=[TempDst]}, + Copy = #b_set{op=copy,dst=Dst,args=[TempDst]}, + #b_br{bool=SuccDst,succ=SuccL} = Last, + Copies = Copies0#{SuccL=>Copy}, + legacy_bs_is([], Last, IsYreg, Count, Copies, [SuccI,I|Acc]); + false -> + legacy_bs_is([], Last, IsYreg, Count0, Copies0, [SuccI0,I0|Acc]) + end; +legacy_bs_is([I|Is], Last, IsYreg, Count, Copies, Acc) -> + legacy_bs_is(Is, Last, IsYreg, Count, Copies, [I|Acc]); +legacy_bs_is([], _Last, _IsYreg, Count, Copies, Acc) -> + {reverse(Acc),Count,Copies}. + +%% sanitize(St0) -> St. +%% Remove constructs that can cause problems later: +%% +%% * Unreachable blocks may cause problems for determination of +%% dominators. +%% +%% * Some instructions (such as get_hd) don't accept literal +%% arguments. Evaluate the instructions and remove them. + +sanitize(#st{ssa=Blocks0,cnt=Count0}=St) -> + Ls = beam_ssa:rpo(Blocks0), + {Blocks,Count} = sanitize(Ls, Count0, Blocks0, #{}), + St#st{ssa=Blocks,cnt=Count}. + +sanitize([L|Ls], Count0, Blocks0, Values0) -> + #b_blk{is=Is0} = Blk0 = maps:get(L, Blocks0), + case sanitize_is(Is0, Count0, Values0, false, []) of + no_change -> + sanitize(Ls, Count0, Blocks0, Values0); + {Is,Count,Values} -> + Blk = Blk0#b_blk{is=Is}, + Blocks = Blocks0#{L:=Blk}, + sanitize(Ls, Count, Blocks, Values) + end; +sanitize([], Count, Blocks0, Values) -> + Blocks = if + map_size(Values) =:= 0 -> + Blocks0; + true -> + beam_ssa:rename_vars(Values, [0], Blocks0) + end, + + %% Unreachable blocks can cause problems for the dominator calculations. + Ls = beam_ssa:rpo(Blocks), + Reachable = gb_sets:from_list(Ls), + {case map_size(Blocks) =:= gb_sets:size(Reachable) of + true -> Blocks; + false -> remove_unreachable(Ls, Blocks, Reachable, []) + end,Count}. + +sanitize_is([#b_set{op=get_map_element,args=Args0}=I0|Is], + Count0, Values, Changed, Acc) -> + case sanitize_args(Args0, Values) of + [#b_literal{}=Map,Key] -> + %% Bind the literal map to a variable. + {MapVar,Count} = new_var('@ssa_map', Count0), + I = I0#b_set{args=[MapVar,Key]}, + Copy = #b_set{op=copy,dst=MapVar,args=[Map]}, + sanitize_is(Is, Count, Values, true, [I,Copy|Acc]); + [_,_]=Args0 -> + sanitize_is(Is, Count0, Values, Changed, [I0|Acc]); + [_,_]=Args -> + I = I0#b_set{args=Args}, + sanitize_is(Is, Count0, Values, Changed, [I|Acc]) + end; +sanitize_is([#b_set{op=Op,dst=Dst,args=Args0}=I0|Is0], + Count, Values, Changed0, Acc) -> + Args = sanitize_args(Args0, Values), + case sanitize_instr(Op, Args, I0) of + {value,Value0} -> + Value = #b_literal{val=Value0}, + sanitize_is(Is0, Count, Values#{Dst=>Value}, true, Acc); + {ok,I} -> + sanitize_is(Is0, Count, Values, true, [I|Acc]); + ok -> + I = I0#b_set{args=Args}, + Changed = Changed0 orelse Args =/= Args0, + sanitize_is(Is0, Count, Values, Changed, [I|Acc]) + end; +sanitize_is([], Count, Values, Changed, Acc) -> + case Changed of + true -> + {reverse(Acc),Count,Values}; + false -> + no_change + end. + +sanitize_args(Args, Values) -> + map(fun(Var) -> + case Values of + #{Var:=New} -> New; + #{} -> Var + end + end, Args). + +sanitize_instr({bif,Bif}, [#b_literal{val=Lit}], _I) -> + case erl_bifs:is_pure(erlang, Bif, 1) of + false -> + ok; + true -> + try + {value,erlang:Bif(Lit)} + catch + error:_ -> + ok + end + end; +sanitize_instr({bif,Bif}, [#b_literal{val=Lit1},#b_literal{val=Lit2}], _I) -> + true = erl_bifs:is_pure(erlang, Bif, 2), %Assertion. + try + {value,erlang:Bif(Lit1, Lit2)} + catch + error:_ -> + ok + end; +sanitize_instr(get_hd, [#b_literal{val=[Hd|_]}], _I) -> + {value,Hd}; +sanitize_instr(get_tl, [#b_literal{val=[_|Tl]}], _I) -> + {value,Tl}; +sanitize_instr(get_tuple_element, [#b_literal{val=T}, + #b_literal{val=I}], _I) + when I < tuple_size(T) -> + {value,element(I+1, T)}; +sanitize_instr(is_nonempty_list, [#b_literal{val=Lit}], _I) -> + {value,case Lit of + [_|_] -> true; + _ -> false + end}; +sanitize_instr(is_tagged_tuple, [#b_literal{val=Tuple}, + #b_literal{val=Arity}, + #b_literal{val=Tag}], _I) + when is_integer(Arity), is_atom(Tag) -> + if + tuple_size(Tuple) =:= Arity, element(1, Tuple) =:= Tag -> + {value,true}; + true -> + {value,false} + end; +sanitize_instr(bs_init, [#b_literal{val=new},#b_literal{val=Sz}|_], I0) -> + if + is_integer(Sz), Sz >= 0 -> ok; + true -> {ok,sanitize_badarg(I0)} + end; +sanitize_instr(bs_init, [#b_literal{val=append},_,#b_literal{val=Sz}|_], I0) -> + if + is_integer(Sz), Sz >= 0 -> ok; + true -> {ok,sanitize_badarg(I0)} + end; +sanitize_instr(succeeded, [#b_literal{}], _I) -> + {value,true}; +sanitize_instr(_, _, _) -> ok. + +sanitize_badarg(I) -> + Func = #b_remote{mod=#b_literal{val=erlang}, + name=#b_literal{val=error},arity=1}, + I#b_set{op=call,args=[Func,#b_literal{val=badarg}]}. + +remove_unreachable([L|Ls], Blocks, Reachable, Acc) -> + #b_blk{is=Is0} = Blk0 = maps:get(L, Blocks), + case split_phis(Is0) of + {[_|_]=Phis,Rest} -> + Is = [prune_phi(Phi, Reachable) || Phi <- Phis] ++ Rest, + Blk = Blk0#b_blk{is=Is}, + remove_unreachable(Ls, Blocks, Reachable, [{L,Blk}|Acc]); + {[],_} -> + remove_unreachable(Ls, Blocks, Reachable, [{L,Blk0}|Acc]) + end; +remove_unreachable([], _Blocks, _, Acc) -> + maps:from_list(Acc). + +prune_phi(#b_set{args=Args0}=Phi, Reachable) -> + Args = [A || {_,Pred}=A <- Args0, + gb_sets:is_element(Pred, Reachable)], + Phi#b_set{args=Args}. + +%%% +%%% Fix tuples. +%%% + +%% fix_tuples(St0) -> St. +%% If compatibility with a previous version of Erlang has been +%% requested, tuple creation must be split into two instruction to +%% mirror the the way tuples are created in BEAM prior to OTP 22. +%% Each put_tuple instruction is split into put_tuple_arity followed +%% by put_tuple_elements. + +fix_tuples(#st{ssa=Blocks0,cnt=Count0}=St) -> + F = fun (#b_set{op=put_tuple,args=Args}=Put, C0) -> + Arity = #b_literal{val=length(Args)}, + {Ignore,C} = new_var('@ssa_ignore', C0), + {[Put#b_set{op=put_tuple_arity,args=[Arity]}, + #b_set{dst=Ignore,op=put_tuple_elements,args=Args}],C}; + (I, C) -> {[I],C} + end, + {Blocks,Count} = beam_ssa:flatmapfold_instrs_rpo(F, [0], Count0, Blocks0), + St#st{ssa=Blocks,cnt=Count}. + +%%% +%%% Find out where frames should be placed. +%%% + +%% place_frames(St0) -> St. +%% Return a list of the labels for the blocks that need stack frame +%% allocation instructions. +%% +%% This function attempts to place stack frames as tight as possible +%% around the code, to avoid building stack frames for code paths +%% that don't need one. +%% +%% Stack frames are placed in blocks that dominate all of their +%% descendants. That guarantees that the deallocation instructions +%% cannot be reached from other execution paths that didn't set up +%% a stack frame or set up a stack frame with a different size. + +place_frames(#st{ssa=Blocks}=St) -> + Doms = beam_ssa:dominators(Blocks), + Ls = beam_ssa:rpo(Blocks), + Tried = gb_sets:empty(), + Frames0 = [], + {Frames,_} = place_frames_1(Ls, Blocks, Doms, Tried, Frames0), + St#st{frames=Frames}. + +place_frames_1([L|Ls], Blocks, Doms, Tried0, Frames0) -> + Blk = maps:get(L, Blocks), + case need_frame(Blk) of + true -> + %% This block needs a frame. Try to place it here. + {Frames,Tried} = do_place_frame(L, Blocks, Doms, Tried0, Frames0), + + %% Successfully placed. Try to place more frames in descendants + %% that are not dominated by this block. + place_frames_1(Ls, Blocks, Doms, Tried, Frames); + false -> + try + place_frames_1(Ls, Blocks, Doms, Tried0, Frames0) + catch + throw:{need_frame,For,Tried1}=Reason -> + %% An descendant block needs a stack frame. Try to + %% place it here. + case is_dominated_by(For, L, Doms) of + true -> + %% Try to place a frame here. + {Frames,Tried} = do_place_frame(L, Blocks, Doms, + Tried1, Frames0), + place_frames_1(Ls, Blocks, Doms, Tried, Frames); + false -> + %% Wrong place. This block does not dominate + %% the block that needs the frame. Pass it on + %% to our ancestors. + throw(Reason) + end + end + end; +place_frames_1([], _, _, Tried, Frames) -> + {Frames,Tried}. + +%% do_place_frame(Label, Blocks, Dominators, Tried0, Frames0) -> {Frames,Tried}. +%% Try to place a frame in this block. This function returns +%% successfully if it either succeds at placing a frame in this +%% block, if an ancestor that dominates this block has already placed +%% a frame, or if we have already tried to put a frame in this block. +%% +%% An {need_frame,Label,Tried} exception will be thrown if this block +%% block is not suitable for having a stack frame (i.e. it does not dominate +%% all of its descendants). The exception means that an ancestor will have to +%% place the frame needed by this block. + +do_place_frame(L, Blocks, Doms, Tried0, Frames) -> + case gb_sets:is_element(L, Tried0) of + true -> + %% We have already tried to put a frame in this block. + {Frames,Tried0}; + false -> + %% Try to place a frame in this block. + Tried = gb_sets:insert(L, Tried0), + case place_frame_here(L, Blocks, Doms, Frames) of + yes -> + %% We need a frame and it is safe to place it here. + {[L|Frames],Tried}; + no -> + %% An ancestor has a frame. Not needed. + {Frames,Tried}; + ancestor -> + %% This block does not dominate all of its + %% descendants. We must place the frame in + %% an ancestor. + throw({need_frame,L,Tried}) + end + end. + +%% place_frame_here(Label, Blocks, Doms, Frames) -> no|yes|ancestor. +%% Determine whether a frame should be placed in block Label. + +place_frame_here(L, Blocks, Doms, Frames) -> + B0 = any(fun(DomBy) -> + is_dominated_by(L, DomBy, Doms) + end, Frames), + case B0 of + true -> + %% This block is dominated by an ancestor block that + %% defines a frame. Not needed/allowed to put a frame + %% here. + no; + false -> + %% No frame in any ancestor. We need a frame. + %% Now check whether the frame can be placed here. + %% If this block dominates all of its descendants + %% and the predecessors of any phi nodes it can be + %% placed here. + Descendants = beam_ssa:rpo([L], Blocks), + PhiPredecessors = phi_predecessors(L, Blocks), + MustDominate = ordsets:from_list(PhiPredecessors ++ Descendants), + Dominates = all(fun(?BADARG_BLOCK) -> + %% This block defines no variables and calls + %% erlang:error(badarg). It does not matter + %% whether L dominates ?BADARG_BLOCK or not; + %% it is still safe to put the frame in L. + true; + (Bl) -> + is_dominated_by(Bl, L, Doms) + end, MustDominate), + + %% Also, this block must not be a loop header. + IsLoopHeader = is_loop_header(L, Blocks), + case Dominates andalso not IsLoopHeader of + true -> yes; + false -> ancestor + end + end. + +%% phi_predecessors(Label, Blocks) -> +%% Return all predecessors referenced in phi nodes. + +phi_predecessors(L, Blocks) -> + #b_blk{is=Is} = maps:get(L, Blocks), + [P || #b_set{op=phi,args=Args} <- Is, {_,P} <- Args]. + +%% is_dominated_by(Label, DominatedBy, Dominators) -> true|false. +%% Test whether block Label is dominated by block DominatedBy. + +is_dominated_by(L, DomBy, Doms) -> + DominatedBy = maps:get(L, Doms), + ordsets:is_element(DomBy, DominatedBy). + +%% need_frame(#b_blk{}) -> true|false. +%% Test whether any of the instructions in the block requires a stack frame. + +need_frame(#b_blk{is=Is,last=#b_ret{arg=Ret}}) -> + need_frame_1(Is, {return,Ret}); +need_frame(#b_blk{is=Is}) -> + need_frame_1(Is, body). + +need_frame_1([#b_set{op=make_fun,dst=Fun}|Is], {return,_}=Context) -> + %% Since make_fun clobbers X registers, a stack frame is needed if + %% any of the following instructions use any other variable than + %% the one holding the reference to the created fun. + need_frame_1(Is, Context) orelse + case beam_ssa:used(#b_blk{is=Is,last=#b_ret{arg=Fun}}) of + [Fun] -> false; + [_|_] -> true + end; +need_frame_1([#b_set{op=new_try_tag}|_], _) -> + true; +need_frame_1([#b_set{op=call,dst=Val}]=Is, {return,Ret}) -> + if + Val =:= Ret -> need_frame_1(Is, tail); + true -> need_frame_1(Is, body) + end; +need_frame_1([#b_set{op=call,args=[Func|_]}|Is], Context) -> + case Func of + #b_remote{mod=#b_literal{val=Mod}, + name=#b_literal{val=Name}, + arity=Arity} -> + case erl_bifs:is_exit_bif(Mod, Name, Arity) of + true -> + false; + false -> + Context =:= body orelse + Is =/= [] orelse + is_trap_bif(Mod, Name, Arity) + end; + #b_remote{} -> + %% This is an apply(), which always needs a frame. + true; + #b_local{} -> + Context =:= body orelse Is =/= []; + _ -> + %% A fun call always needs a frame. + true + end; +need_frame_1([I|Is], Context) -> + beam_ssa:clobbers_xregs(I) orelse need_frame_1(Is, Context); +need_frame_1([], _) -> false. + +%% is_trap_bif(Mod, Name, Arity) -> true|false. +%% Test whether we need a stack frame for this BIF. + +is_trap_bif(erlang, '!', 2) -> true; +is_trap_bif(erlang, link, 1) -> true; +is_trap_bif(erlang, unlink, 1) -> true; +is_trap_bif(erlang, monitor_node, 2) -> true; +is_trap_bif(erlang, group_leader, 2) -> true; +is_trap_bif(erlang, exit, 2) -> true; +is_trap_bif(_, _, _) -> false. + +%%% +%%% Fix variables used in matching in receive. +%%% +%%% The loop_rec/2 instruction may return a reference to a +%%% message outside of any heap or heap fragment. If the message +%%% does not match, it is not allowed to store any reference to +%%% the message (or part of the message) on the stack. If we do, +%%% the message will be corrupted if there happens to be a GC. +%%% +%%% Here we make sure to introduce copies of variables that are +%%% matched out and subsequently used after the remove_message/0 +%%% instructions. That will make sure that only X registers are +%%% used during matching. +%%% +%%% Depending on where variables are defined and used, they must +%%% be handled in two different ways. +%%% +%%% Variables that are always defined in the receive (before branching +%%% out into the different clauses of the receive) and used after the +%%% receive must be handled in the following way: Before each +%%% remove_message instruction, each such variable must be copied, and +%%% all variables must be consolidated using a phi node in the +%%% common exit block for the receive. +%%% +%%% Variables that are matched out and used in the same clause +%%% need copy instructions before the remove_message instruction +%%% in that clause. +%%% + +fix_receives(#st{ssa=Blocks0,cnt=Count0}=St) -> + {Blocks,Count} = fix_receives_1(maps:to_list(Blocks0), + Blocks0, Count0), + St#st{ssa=Blocks,cnt=Count}. + +fix_receives_1([{L,Blk}|Ls], Blocks0, Count0) -> + case Blk of + #b_blk{is=[#b_set{op=peek_message}|_]} -> + Rm = find_rm_blocks(L, Blocks0), + LoopExit = find_loop_exit(Rm, Blocks0), + Defs0 = beam_ssa:def([L], Blocks0), + CommonUsed = recv_common(Defs0, LoopExit, Blocks0), + {Blocks1,Count1} = recv_fix_common(CommonUsed, LoopExit, Rm, + Blocks0, Count0), + Defs = ordsets:subtract(Defs0, CommonUsed), + {Blocks,Count} = fix_receive(Rm, Defs, Blocks1, Count1), + fix_receives_1(Ls, Blocks, Count); + #b_blk{} -> + fix_receives_1(Ls, Blocks0, Count0) + end; +fix_receives_1([], Blocks, Count) -> + {Blocks,Count}. + +recv_common(_Defs, none, _Blocks) -> + %% There is no common exit block because receive is used + %% in the tail position of a function. + []; +recv_common(Defs, Exit, Blocks) -> + {ExitDefs,ExitUsed} = beam_ssa:def_used([Exit], Blocks), + Def = ordsets:subtract(Defs, ExitDefs), + ordsets:intersection(Def, ExitUsed). + +%% recv_fix_common([CommonVar], LoopExit, [RemoveMessageLabel], +%% Blocks0, Count0) -> {Blocks,Count}. +%% Handle variables alwys defined in a receive and used +%% in the exit block following the receive. + +recv_fix_common([Msg0|T], Exit, Rm, Blocks0, Count0) -> + {Msg,Count1} = new_var('@recv', Count0), + Blocks1 = beam_ssa:rename_vars(#{Msg0=>Msg}, [Exit], Blocks0), + N = length(Rm), + {MsgVars,Count} = new_vars(duplicate(N, '@recv'), Count1), + PhiArgs = fix_exit_phi_args(MsgVars, Rm, Exit, Blocks1), + Phi = #b_set{op=phi,dst=Msg,args=PhiArgs}, + ExitBlk0 = maps:get(Exit, Blocks1), + ExitBlk = ExitBlk0#b_blk{is=[Phi|ExitBlk0#b_blk.is]}, + Blocks2 = Blocks1#{Exit:=ExitBlk}, + Blocks = recv_fix_common_1(MsgVars, Rm, Msg0, Blocks2), + recv_fix_common(T, Exit, Rm, Blocks, Count); +recv_fix_common([], _, _, Blocks, Count) -> + {Blocks,Count}. + +recv_fix_common_1([V|Vs], [Rm|Rms], Msg, Blocks0) -> + Ren = #{Msg=>V}, + Blocks1 = beam_ssa:rename_vars(Ren, [Rm], Blocks0), + #b_blk{is=Is0} = Blk0 = maps:get(Rm, Blocks1), + Copy = #b_set{op=copy,dst=V,args=[Msg]}, + Is = insert_after_phis(Is0, [Copy]), + Blk = Blk0#b_blk{is=Is}, + Blocks = Blocks1#{Rm:=Blk}, + recv_fix_common_1(Vs, Rms, Msg, Blocks); +recv_fix_common_1([], [], _Msg, Blocks) -> Blocks. + +fix_exit_phi_args([V|Vs], [Rm|Rms], Exit, Blocks) -> + Path = beam_ssa:rpo([Rm], Blocks), + Preds = exit_predecessors(Path, Exit, Blocks), + [{V,Pred} || Pred <- Preds] ++ fix_exit_phi_args(Vs, Rms, Exit, Blocks); +fix_exit_phi_args([], [], _, _) -> []. + +exit_predecessors([L|Ls], Exit, Blocks) -> + Blk = map_get(L, Blocks), + case member(Exit, beam_ssa:successors(Blk)) of + true -> + [L|exit_predecessors(Ls, Exit, Blocks)]; + false -> + exit_predecessors(Ls, Exit, Blocks) + end; +exit_predecessors([], _Exit, _Blocks) -> []. + +%% fix_receive([Label], Defs, Blocks0, Count0) -> {Blocks,Count}. +%% Add a copy instruction for all variables that are matched out and +%% later used within a clause of the receive. + +fix_receive([L|Ls], Defs, Blocks0, Count0) -> + {RmDefs,Used0} = beam_ssa:def_used([L], Blocks0), + Def = ordsets:subtract(Defs, RmDefs), + Used = ordsets:intersection(Def, Used0), + {NewVars,Count} = new_vars([Base || #b_var{name=Base} <- Used], Count0), + Ren = zip(Used, NewVars), + Blocks1 = beam_ssa:rename_vars(Ren, [L], Blocks0), + #b_blk{is=Is0} = Blk1 = maps:get(L, Blocks1), + CopyIs = [#b_set{op=copy,dst=New,args=[Old]} || {Old,New} <- Ren], + Is = insert_after_phis(Is0, CopyIs), + Blk = Blk1#b_blk{is=Is}, + Blocks = maps:put(L, Blk, Blocks1), + fix_receive(Ls, Defs, Blocks, Count); +fix_receive([], _Defs, Blocks, Count) -> + {Blocks,Count}. + +%% find_loop_exit([Label], Blocks) -> Label | none. +%% Find the block to which control is transferred when the +%% the receive loop is exited. + +find_loop_exit([L1,L2|_Ls], Blocks) -> + Path1 = beam_ssa:rpo([L1], Blocks), + Path2 = beam_ssa:rpo([L2], Blocks), + find_loop_exit_1(reverse(Path1), reverse(Path2), none); +find_loop_exit(_, _) -> none. + +find_loop_exit_1([H|T1], [H|T2], _) -> + find_loop_exit_1(T1, T2, H); +find_loop_exit_1(_, _, Exit) -> Exit. + +%% find_rm_blocks(StartLabel, Blocks) -> [Label]. +%% Find all blocks that start with remove_message within the receive +%% loop whose peek_message label is StartLabel. + +find_rm_blocks(L, Blocks) -> + Seen = gb_sets:singleton(L), + Blk = maps:get(L, Blocks), + Succ = beam_ssa:successors(Blk), + find_rm_blocks_1(Succ, Seen, Blocks). + +find_rm_blocks_1([L|Ls], Seen0, Blocks) -> + case gb_sets:is_member(L, Seen0) of + true -> + find_rm_blocks_1(Ls, Seen0, Blocks); + false -> + Seen = gb_sets:insert(L, Seen0), + Blk = maps:get(L, Blocks), + case find_rm_act(Blk#b_blk.is) of + prune -> + %% Looping back. Don't look at any successors. + find_rm_blocks_1(Ls, Seen, Blocks); + continue -> + %% Neutral block. Do nothing here, but look at + %% all successors. + Succ = beam_ssa:successors(Blk), + find_rm_blocks_1(Succ++Ls, Seen, Blocks); + found -> + %% Found remove_message instruction. + [L|find_rm_blocks_1(Ls, Seen, Blocks)] + end + end; +find_rm_blocks_1([], _, _) -> []. + +find_rm_act([#b_set{op=Op}|Is]) -> + case Op of + remove_message -> found; + peek_message -> prune; + recv_next -> prune; + wait_timeout -> prune; + wait -> prune; + _ -> find_rm_act(Is) + end; +find_rm_act([]) -> + continue. + +%%% +%%% Find out which variables need to be stored in Y registers. +%%% + +-record(dk, {d :: ordsets:ordset(var_name()), + k :: ordsets:ordset(var_name()) + }). + +%% find_yregs(St0) -> St. +%% Find all variables that must be stored in Y registers. Annotate +%% the blocks that allocate frames with the set of Y registers +%% used within that stack frame. +%% +%% Basically, we following all execution paths starting from a block +%% that allocates a frame, keeping track of of all defined registers +%% and all registers killed by an instruction that clobbers X +%% registers. For every use of a variable, we check if if it is in +%% the set of killed variables; if it is, it must be stored in an Y +%% register. + +find_yregs(#st{frames=[]}=St) -> + St; +find_yregs(#st{frames=[_|_]=Frames,args=Args,ssa=Blocks0}=St) -> + FrameDefs = find_defs(Frames, Blocks0, [V || #b_var{}=V <- Args]), + Blocks = find_yregs_1(FrameDefs, Blocks0), + St#st{ssa=Blocks}. + +find_yregs_1([{F,Defs}|Fs], Blocks0) -> + DK = #dk{d=Defs,k=[]}, + D0 = #{F=>DK}, + Ls = beam_ssa:rpo([F], Blocks0), + Yregs0 = [], + Yregs = find_yregs_2(Ls, Blocks0, D0, Yregs0), + Blk0 = maps:get(F, Blocks0), + Blk = beam_ssa:add_anno(yregs, Yregs, Blk0), + Blocks = Blocks0#{F:=Blk}, + find_yregs_1(Fs, Blocks); +find_yregs_1([], Blocks) -> Blocks. + +find_yregs_2([L|Ls], Blocks0, D0, Yregs0) -> + Blk0 = maps:get(L, Blocks0), + #b_blk{is=Is,last=Last} = Blk0, + Ys0 = maps:get(L, D0), + {Yregs1,Ys} = find_yregs_is(Is, Ys0, Yregs0), + Yregs = find_yregs_terminator(Last, Ys, Yregs1), + Successors = beam_ssa:successors(Blk0), + D = find_update_succ(Successors, Ys, D0), + find_yregs_2(Ls, Blocks0, D, Yregs); +find_yregs_2([], _Blocks, _D, Yregs) -> Yregs. + +find_defs(Frames, Blocks, Defs) -> + Seen = gb_sets:empty(), + FramesSet = gb_sets:from_list(Frames), + {FrameDefs,_} = find_defs_1([0], Blocks, FramesSet, Seen, Defs, []), + FrameDefs. + +find_defs_1([L|Ls], Blocks, Frames, Seen0, Defs0, Acc0) -> + case gb_sets:is_member(L, Frames) of + true -> + OrderedDefs = ordsets:from_list(Defs0), + find_defs_1(Ls, Blocks, Frames, Seen0, Defs0, + [{L,OrderedDefs}|Acc0]); + false -> + case gb_sets:is_member(L, Seen0) of + true -> + find_defs_1(Ls, Blocks, Frames, Seen0, Defs0, Acc0); + false -> + Seen1 = gb_sets:insert(L, Seen0), + {Acc,Seen} = find_defs_1(Ls, Blocks, Frames, Seen1, Defs0, Acc0), + #b_blk{is=Is} = Blk = maps:get(L, Blocks), + Defs = find_defs_is(Is, Defs0), + Successors = beam_ssa:successors(Blk), + find_defs_1(Successors, Blocks, Frames, Seen, Defs, Acc) + end + end; +find_defs_1([], _, _, Seen, _, Acc) -> + {Acc,Seen}. + +find_defs_is([#b_set{dst=Dst}|Is], Acc) -> + find_defs_is(Is, [Dst|Acc]); +find_defs_is([], Acc) -> Acc. + +find_update_succ([S|Ss], #dk{d=Defs0,k=Killed0}=DK0, D0) -> + case D0 of + #{S:=#dk{d=Defs1,k=Killed1}} -> + Defs = ordsets:intersection(Defs0, Defs1), + Killed = ordsets:union(Killed0, Killed1), + DK = #dk{d=Defs,k=Killed}, + D = maps:put(S, DK, D0), + find_update_succ(Ss, DK0, D); + #{} -> + D = maps:put(S, DK0, D0), + find_update_succ(Ss, DK0, D) + end; +find_update_succ([], _, D) -> D. + +find_yregs_is([#b_set{dst=Dst}=I|Is], #dk{d=Defs0,k=Killed0}=Ys, Yregs0) -> + Used = beam_ssa:used(I), + Yregs1 = ordsets:intersection(Used, Killed0), + Yregs = ordsets:union(Yregs0, Yregs1), + case beam_ssa:clobbers_xregs(I) of + false -> + Defs = ordsets:add_element(Dst, Defs0), + find_yregs_is(Is, Ys#dk{d=Defs}, Yregs); + true -> + Killed = ordsets:union(Defs0, Killed0), + Defs = [Dst], + find_yregs_is(Is, Ys#dk{d=Defs,k=Killed}, Yregs) + end; +find_yregs_is([], Ys, Yregs) -> {Yregs,Ys}. + +find_yregs_terminator(Terminator, #dk{k=Killed}, Yregs0) -> + Used = beam_ssa:used(Terminator), + Yregs = ordsets:intersection(Used, Killed), + ordsets:union(Yregs0, Yregs). + +%%% +%%% Try to reduce the size of the stack frame, by adding an explicit +%%% 'copy' instructions for return values from 'call' and 'make_fun' that +%%% need to be saved in Y registers. Here is an example to show +%%% how that's useful. First, here is the Erlang code: +%%% +%%% f(Pid) -> +%%% Res = foo(42), +%%% _ = node(Pid), +%%% bar(), +%%% Res. +%%% +%%% Compiled to SSA format, the main part of the code looks like this: +%%% +%%% 0: +%%% Res = call local literal foo/1, literal 42 +%%% _1 = bif:node Pid +%%% @ssa_bool = succeeded _1 +%%% br @ssa_bool, label 3, label 1 +%%% 3: +%%% @ssa_ignored = call local literal bar/0 +%%% ret Res +%%% +%%% It can be seen that the variables Pid and Res must be saved in Y +%%% registers in order to survive the function calls. A previous sub +%%% pass has inserted a 'copy' instruction to save the value of the +%%% variable Pid: +%%% +%%% 0: +%%% Pid:4 = copy Pid +%%% Res = call local literal foo/1, literal 42 +%%% _1 = bif:node Pid:4 +%%% @ssa_bool = succeeded _1 +%%% br @ssa_bool, label 3, label 1 +%%% +%%% 3: +%%% @ssa_ignored = call local literal bar/0 +%%% ret Res +%%% +%%% The Res and Pid:4 variables must be assigned to different Y registers +%%% because they are live at the same time. copy_retval() inserts a +%%% 'copy' instruction to copy Res to a new variable: +%%% +%%% 0: +%%% Pid:4 = copy Pid +%%% Res:6 = call local literal foo/1, literal 42 +%%% _1 = bif:node Pid:4 +%%% @ssa_bool = succeeded _1 +%%% br @ssa_bool, label 3, label 1 +%%% +%%% 3: +%%% Res = copy Res:6 +%%% @ssa_ignored = call local literal bar/0 +%%% ret Res +%%% +%%% The new variable Res:6 is used to capture the return value from the call. +%%% The variables Pid:4 and Res are no longer live at the same time, so they +%%% can be assigned to the same Y register. +%%% + +copy_retval(#st{frames=Frames,ssa=Blocks0,cnt=Count0}=St) -> + {Blocks,Count} = copy_retval_1(Frames, Blocks0, Count0), + St#st{ssa=Blocks,cnt=Count}. + +copy_retval_1([F|Fs], Blocks0, Count0) -> + #b_blk{anno=#{yregs:=Yregs0},is=Is} = maps:get(F, Blocks0), + Yregs1 = gb_sets:from_list(Yregs0), + Yregs = collect_yregs(Is, Yregs1), + Ls = beam_ssa:rpo([F], Blocks0), + {Blocks,Count} = copy_retval_2(Ls, Yregs, none, Blocks0, Count0), + copy_retval_1(Fs, Blocks, Count); +copy_retval_1([], Blocks, Count) -> + {Blocks,Count}. + +collect_yregs([#b_set{op=copy,dst=Y,args=[#b_var{}=X]}|Is], + Yregs0) -> + true = gb_sets:is_member(X, Yregs0), %Assertion. + Yregs = gb_sets:insert(Y, gb_sets:delete(X, Yregs0)), + collect_yregs(Is, Yregs); +collect_yregs([#b_set{}|Is], Yregs) -> + collect_yregs(Is, Yregs); +collect_yregs([], Yregs) -> Yregs. + +copy_retval_2([L|Ls], Yregs, Copy0, Blocks0, Count0) -> + #b_blk{is=Is0,last=Last} = Blk = maps:get(L, Blocks0), + RC = case {Last,Ls} of + {#b_br{succ=Succ,fail=?BADARG_BLOCK},[Succ|_]} -> + true; + {_,_} -> + false + end, + case copy_retval_is(Is0, RC, Yregs, Copy0, Count0, []) of + {Is,Count} -> + case Copy0 =:= none andalso Count0 =:= Count of + true -> + copy_retval_2(Ls, Yregs, none, Blocks0, Count0); + false -> + Blocks = Blocks0#{L=>Blk#b_blk{is=Is}}, + copy_retval_2(Ls, Yregs, none, Blocks, Count) + end; + {Is,Count,Copy} -> + Blocks = Blocks0#{L=>Blk#b_blk{is=Is}}, + copy_retval_2(Ls, Yregs, Copy, Blocks, Count) + end; +copy_retval_2([], _Yregs, none, Blocks, Count) -> + {Blocks,Count}. + +copy_retval_is([#b_set{op=put_tuple_elements,args=Args0}=I0], false, _Yregs, + Copy, Count, Acc) -> + I = I0#b_set{args=copy_sub_args(Args0, Copy)}, + {reverse(Acc, [I|acc_copy([], Copy)]),Count}; +copy_retval_is([#b_set{}]=Is, false, _Yregs, Copy, Count, Acc) -> + {reverse(Acc, acc_copy(Is, Copy)),Count}; +copy_retval_is([#b_set{},#b_set{op=succeeded}]=Is, false, _Yregs, Copy, Count, Acc) -> + {reverse(Acc, acc_copy(Is, Copy)),Count}; +copy_retval_is([#b_set{op=Op,dst=#b_var{name=RetName}=Dst}=I0|Is], RC, Yregs, + Copy0, Count0, Acc0) when Op =:= call; Op =:= make_fun -> + {I1,Count1,Acc} = place_retval_copy(I0, Yregs, Copy0, Count0, Acc0), + case gb_sets:is_member(Dst, Yregs) of + true -> + {NewVar,Count} = new_var(RetName, Count1), + Copy = #b_set{op=copy,dst=Dst,args=[NewVar]}, + I = I1#b_set{dst=NewVar}, + copy_retval_is(Is, RC, Yregs, Copy, Count, [I|Acc]); + false -> + copy_retval_is(Is, RC, Yregs, none, Count1, [I1|Acc]) + end; +copy_retval_is([#b_set{args=Args0}=I0|Is], RC, Yregs, Copy, Count, Acc) -> + I = I0#b_set{args=copy_sub_args(Args0, Copy)}, + case beam_ssa:clobbers_xregs(I) of + true -> + copy_retval_is(Is, RC, Yregs, none, Count, [I|acc_copy(Acc, Copy)]); + false -> + copy_retval_is(Is, RC, Yregs, Copy, Count, [I|Acc]) + end; +copy_retval_is([], RC, _, Copy, Count, Acc) -> + case {Copy,RC} of + {none,_} -> + {reverse(Acc),Count}; + {#b_set{},true} -> + {reverse(Acc),Count,Copy}; + {#b_set{},false} -> + {reverse(Acc, [Copy]),Count} + end. + +%% +%% Consider this code: +%% +%% Var = ... +%% ... +%% A1 = call foo/0 +%% A = copy A1 +%% B = call bar/1, Var +%% +%% If the Var variable is no longer used after this code, its Y register +%% can't be reused for A. To allow the Y register to be reused +%% we will need to insert 'copy' instructions for arguments that are +%% in Y registers: +%% +%% Var = ... +%% ... +%% A1 = call foo/0 +%% Var1 = copy Var +%% A = copy A1 +%% B = call bar/1, Var1 +%% + +place_retval_copy(I, _Yregs, none, Count, Acc) -> + {I,Count,Acc}; +place_retval_copy(#b_set{args=[F|Args0]}=I, Yregs, Copy, Count0, Acc0) -> + #b_set{dst=Avoid} = Copy, + {Args,Acc1,Count} = copy_func_args(Args0, Yregs, Avoid, Acc0, [], Count0), + Acc = [Copy|Acc1], + {I#b_set{args=[F|Args]},Count,Acc}. + +copy_func_args([#b_var{name=AName}=A|As], Yregs, Avoid, CopyAcc, Acc, Count0) -> + case gb_sets:is_member(A, Yregs) of + true when A =/= Avoid -> + {NewVar,Count} = new_var(AName, Count0), + Copy = #b_set{op=copy,dst=NewVar,args=[A]}, + copy_func_args(As, Yregs, Avoid, [Copy|CopyAcc], [NewVar|Acc], Count); + _ -> + copy_func_args(As, Yregs, Avoid, CopyAcc, [A|Acc], Count0) + end; +copy_func_args([A|As], Yregs, Avoid, CopyAcc, Acc, Count) -> + copy_func_args(As, Yregs, Avoid, CopyAcc, [A|Acc], Count); +copy_func_args([], _Yregs, _Avoid, CopyAcc, Acc, Count) -> + {reverse(Acc),CopyAcc,Count}. + +acc_copy(Acc, none) -> Acc; +acc_copy(Acc, #b_set{}=Copy) -> [Copy|Acc]. + +copy_sub_args(Args, none) -> + Args; +copy_sub_args(Args, #b_set{dst=Dst,args=[Src]}) -> + [sub_arg(A, Dst, Src) || A <- Args]. + +sub_arg(Old, Old, New) -> New; +sub_arg(Old, _, _) -> Old. + +%%% +%%% Consider: +%%% +%%% x1/Hd = get_hd x0/Cons +%%% y0/Tl = get_tl x0/Cons +%%% +%%% Register x0 can't be reused for Hd. If Hd needs to be in x0, +%%% a 'move' instruction must be inserted. +%%% +%%% If we swap get_hd and get_tl when Tl is in a Y register, +%%% x0 can be used for Hd if Cons is not used again: +%%% +%%% y0/Tl = get_tl x0/Cons +%%% x0/Hd = get_hd x0/Cons +%%% + +opt_get_list(#st{ssa=Blocks,res=Res}=St) -> + ResMap = maps:from_list(Res), + Ls = beam_ssa:rpo(Blocks), + St#st{ssa=opt_get_list_1(Ls, ResMap, Blocks)}. + +opt_get_list_1([L|Ls], Res, Blocks0) -> + #b_blk{is=Is0} = Blk = maps:get(L, Blocks0), + case opt_get_list_is(Is0, Res, [], false) of + no -> + opt_get_list_1(Ls, Res, Blocks0); + {yes,Is} -> + Blocks = Blocks0#{L:=Blk#b_blk{is=Is}}, + opt_get_list_1(Ls, Res, Blocks) + end; +opt_get_list_1([], _, Blocks) -> Blocks. + +opt_get_list_is([#b_set{op=get_hd,dst=Hd, + args=[Cons]}=GetHd, + #b_set{op=get_tl,dst=Tl, + args=[Cons]}=GetTl|Is], + Res, Acc, Changed) -> + %% Note that when this pass is run, only Y registers have + %% reservations. The absence of an entry for a variable therefore + %% means that the variable will be in an X register. + case Res of + #{Hd:={y,_}} -> + %% Hd will be in a Y register. Don't swap. + opt_get_list_is([GetTl|Is], Res, [GetHd|Acc], Changed); + #{Tl:={y,_}} -> + %% Tl will be in a Y register. Swap. + opt_get_list_is([GetHd|Is], Res, [GetTl|Acc], true); + #{} -> + %% Both are in X registers. Nothing to do. + opt_get_list_is([GetTl|Is], Res, [GetHd|Acc], Changed) + end; +opt_get_list_is([I|Is], Res, Acc, Changed) -> + opt_get_list_is(Is, Res, [I|Acc], Changed); +opt_get_list_is([], _Res, Acc, Changed) -> + case Changed of + true -> + {yes,reverse(Acc)}; + false -> + no + end. + +%%% +%%% Number instructions in the order they are executed. +%%% + +%% number_instructions(St0) -> St. +%% Number instructions in the order they are executed. Use a step +%% size of 2. Don't number phi instructions. All phi variables in +%% a block will be live one unit before the first non-phi instruction +%% in the block. + +number_instructions(#st{ssa=Blocks0}=St) -> + Ls = beam_ssa:rpo(Blocks0), + St#st{ssa=number_is_1(Ls, 1, Blocks0)}. + +number_is_1([L|Ls], N0, Blocks0) -> + #b_blk{is=Is0,last=Last0} = Bl0 = maps:get(L, Blocks0), + {Is,N1} = number_is_2(Is0, N0, []), + Last = beam_ssa:add_anno(n, N1, Last0), + N = N1 + 2, + Bl = Bl0#b_blk{is=Is,last=Last}, + Blocks = maps:put(L, Bl, Blocks0), + number_is_1(Ls, N, Blocks); +number_is_1([], _, Blocks) -> Blocks. + +number_is_2([#b_set{op=phi}=I|Is], N, Acc) -> + number_is_2(Is, N, [I|Acc]); +number_is_2([I0|Is], N, Acc) -> + I = beam_ssa:add_anno(n, N, I0), + number_is_2(Is, N+2, [I|Acc]); +number_is_2([], N, Acc) -> + {reverse(Acc),N}. + +%%% +%%% Calculate live intervals. +%%% + +live_intervals(#st{args=Args,ssa=Blocks}=St) -> + Vars0 = [{V,{0,1}} || #b_var{}=V <- Args], + F = fun(L, _, A) -> live_interval_blk(L, Blocks, A) end, + LiveMap0 = #{}, + Acc0 = {[],LiveMap0}, + {Vars,_} = beam_ssa:fold_po(F, Acc0, Blocks), + Intervals = merge_ranges(rel2fam(Vars0++Vars)), + St#st{intervals=Intervals}. + +merge_ranges([{V,Rs}|T]) -> + [{V,merge_ranges_1(Rs)}|merge_ranges(T)]; +merge_ranges([]) -> []. + +merge_ranges_1([{A,N},{N,Z}|Rs]) -> + merge_ranges_1([{A,Z}|Rs]); +merge_ranges_1([R|Rs]) -> + [R|merge_ranges_1(Rs)]; +merge_ranges_1([]) -> []. + +live_interval_blk(L, Blocks, {Vars0,LiveMap0}) -> + Live0 = [], + Successors = beam_ssa:successors(L, Blocks), + Live1 = update_successors(Successors, L, Blocks, LiveMap0, Live0), + + %% Add ranges for all variables that are live in the successors. + #b_blk{is=Is,last=Last} = maps:get(L, Blocks), + End = beam_ssa:get_anno(n, Last), + Use = [{V,{use,End+1}} || V <- Live1], + + %% Determine used and defined variables in this block. + FirstNumber = first_number(Is, Last), + UseDef0 = live_interval_blk_1([Last|reverse(Is)], FirstNumber, Use), + UseDef = rel2fam(UseDef0), + + %% Update what is live at the beginning of this block and + %% store it. + Used = [V || {V,[{use,_}|_]} <- UseDef], + Live2 = ordsets:union(Live1, Used), + Killed = [V || {V,[{def,_}|_]} <- UseDef], + Live = ordsets:subtract(Live2, Killed), + LiveMap = LiveMap0#{L=>Live}, + + %% Construct the ranges for this block. + Vars = make_block_ranges(UseDef, FirstNumber, Vars0), + {Vars,LiveMap}. + +make_block_ranges([{V,[{def,Def}]}|Vs], First, Acc) -> + make_block_ranges(Vs, First, [{V,{Def,Def}}|Acc]); +make_block_ranges([{V,[{def,Def}|Uses]}|Vs], First, Acc) -> + {use,Last} = last(Uses), + make_block_ranges(Vs, First, [{V,{Def,Last}}|Acc]); +make_block_ranges([{V,[{use,_}|_]=Uses}|Vs], First, Acc) -> + {use,Last} = last(Uses), + make_block_ranges(Vs, First, [{V,{First,Last}}|Acc]); +make_block_ranges([], _, Acc) -> Acc. + +live_interval_blk_1([#b_set{op=phi,dst=Dst}|Is], FirstNumber, Acc0) -> + Acc = [{Dst,{def,FirstNumber}}|Acc0], + live_interval_blk_1(Is, FirstNumber, Acc); +live_interval_blk_1([#b_set{op=bs_start_match}=I|Is], + FirstNumber, Acc0) -> + N = beam_ssa:get_anno(n, I), + #b_set{dst=Dst} = I, + Acc1 = [{Dst,{def,N}}|Acc0], + Acc = [{V,{use,N}} || V <- beam_ssa:used(I)] ++ Acc1, + live_interval_blk_1(Is, FirstNumber, Acc); +live_interval_blk_1([I|Is], FirstNumber, Acc0) -> + N = beam_ssa:get_anno(n, I), + Acc1 = case I of + #b_set{dst=Dst} -> + [{Dst,{def,N}}|Acc0]; + _ -> + Acc0 + end, + Used = beam_ssa:used(I), + Acc = [{V,{use,N}} || V <- Used] ++ Acc1, + live_interval_blk_1(Is, FirstNumber, Acc); +live_interval_blk_1([], _FirstNumber, Acc) -> + Acc. + +%% first_number([#b_set{}]) -> InstructionNumber. +%% Return the number for the first instruction for the block. +%% Note that this number is one less than the first +%% non-phi instruction in the block. + +first_number([#b_set{op=phi}|Is], Last) -> + first_number(Is, Last); +first_number([I|_], _) -> + beam_ssa:get_anno(n, I) - 1; +first_number([], Last) -> + beam_ssa:get_anno(n, Last) - 1. + +update_successors([L|Ls], Pred, Blocks, LiveMap, Live0) -> + Live1 = ordsets:union(Live0, get_live(L, LiveMap)), + #b_blk{is=Is} = maps:get(L, Blocks), + Live = update_live_phis(Is, Pred, Live1), + update_successors(Ls, Pred, Blocks, LiveMap, Live); +update_successors([], _, _, _, Live) -> Live. + +get_live(L, LiveMap) -> + case LiveMap of + #{L:=Live} -> Live; + #{} -> [] + end. + +update_live_phis([#b_set{op=phi,dst=Killed,args=Args}|Is], + Pred, Live0) -> + Used = [V || {#b_var{}=V,L} <- Args, L =:= Pred], + Live1 = ordsets:union(ordsets:from_list(Used), Live0), + Live = ordsets:del_element(Killed, Live1), + update_live_phis(Is, Pred, Live); +update_live_phis(_, _, Live) -> Live. + +%%% +%%% Reserve Y registers. +%%% + +%% reserve_yregs(St0) -> St. +%% In each block that allocates a stack frame, insert instructions +%% that copy variables that must be in Y registers (given by +%% the `yregs` annotation) to new variables. +%% +%% Also allocate specific Y registers for try and catch tags. +%% The outermost try/catch tag is placed in y0, any directly +%% nested tag in y1, and so on. Note that this is the reversed +%% order as required by BEAM; it will be corrected later by +%% turn_yregs(). + +reserve_yregs(#st{frames=Frames}=St0) -> + foldl(fun reserve_yregs_1/2, St0, Frames). + +reserve_yregs_1(L, #st{ssa=Blocks0,cnt=Count0,res=Res0}=St) -> + Blk = maps:get(L, Blocks0), + Yregs = beam_ssa:get_anno(yregs, Blk), + {Def,Used} = beam_ssa:def_used([L], Blocks0), + UsedYregs = ordsets:intersection(Yregs, Used), + DefBefore = ordsets:subtract(UsedYregs, Def), + {BeforeVars,Blocks,Count} = rename_vars(DefBefore, L, Blocks0, Count0), + InsideVars = ordsets:subtract(UsedYregs, DefBefore), + ResTryTags0 = reserve_try_tags(L, Blocks), + ResTryTags = [{V,{Reg,Count}} || {V,Reg} <- ResTryTags0], + Vars = BeforeVars ++ InsideVars, + Res = [{V,{y,Count}} || V <- Vars] ++ ResTryTags ++ Res0, + St#st{res=Res,ssa=Blocks,cnt=Count+1}. + +reserve_try_tags(L, Blocks) -> + Seen = gb_sets:empty(), + {Res0,_} = reserve_try_tags_1([L], Blocks, Seen, #{}), + Res1 = [maps:to_list(M) || {_,M} <- maps:to_list(Res0)], + Res = [{V,{y,Y}} || {V,Y} <- append(Res1)], + ordsets:from_list(Res). + +reserve_try_tags_1([L|Ls], Blocks, Seen0, ActMap0) -> + case gb_sets:is_element(L, Seen0) of + true -> + reserve_try_tags_1(Ls, Blocks, Seen0, ActMap0); + false -> + Seen1 = gb_sets:insert(L, Seen0), + #b_blk{is=Is} = Blk = maps:get(L, Blocks), + Active0 = get_active(L, ActMap0), + Active = reserve_try_tags_is(Is, Active0), + Successors = beam_ssa:successors(Blk), + ActMap1 = update_act_map(Successors, Active, ActMap0), + {ActMap,Seen} = reserve_try_tags_1(Ls, Blocks, Seen1, ActMap1), + reserve_try_tags_1(Successors, Blocks, Seen,ActMap) + end; +reserve_try_tags_1([], _Blocks, Seen, ActMap) -> + {ActMap,Seen}. + +get_active(L, ActMap) -> + case ActMap of + #{L:=Active} -> Active; + #{} -> #{} + end. + +reserve_try_tags_is([#b_set{op=new_try_tag,dst=V}|Is], Active) -> + N = map_size(Active), + reserve_try_tags_is(Is, Active#{V=>N}); +reserve_try_tags_is([#b_set{op=kill_try_tag,args=[Tag]}|Is], Active) -> + reserve_try_tags_is(Is, maps:remove(Tag, Active)); +reserve_try_tags_is([_|Is], Active) -> + reserve_try_tags_is(Is, Active); +reserve_try_tags_is([], Active) -> Active. + +update_act_map([L|Ls], Active0, ActMap0) -> + case ActMap0 of + #{L:=Active1} -> + ActMap = ActMap0#{L=>maps:merge(Active0, Active1)}, + update_act_map(Ls, Active0, ActMap); + #{} -> + ActMap = ActMap0#{L=>Active0}, + update_act_map(Ls, Active0, ActMap) + end; +update_act_map([], _, ActMap) -> ActMap. + +rename_vars([], _, Blocks, Count) -> + {[],Blocks,Count}; +rename_vars(Vs, L, Blocks0, Count0) -> + {NewVars,Count} = new_vars([Base || #b_var{name=Base} <- Vs], Count0), + Ren = zip(Vs, NewVars), + Blocks1 = beam_ssa:rename_vars(Ren, [L], Blocks0), + #b_blk{is=Is0} = Blk0 = maps:get(L, Blocks1), + CopyIs = [#b_set{op=copy,dst=New,args=[Old]} || {Old,New} <- Ren], + Is = insert_after_phis(Is0, CopyIs), + Blk = Blk0#b_blk{is=Is}, + Blocks = maps:put(L, Blk, Blocks1), + {NewVars,Blocks,Count}. + +insert_after_phis([#b_set{op=phi}=I|Is], InsertIs) -> + [I|insert_after_phis(Is, InsertIs)]; +insert_after_phis(Is, InsertIs) -> + InsertIs ++ Is. + +%% frame_size(St0) -> St. +%% Calculate the frame size for each block that allocates a frame. +%% Annotate the block with the frame size. Also annotate all +%% return instructions with {deallocate,FrameSize} to simplify +%% code generation. + +frame_size(#st{frames=Frames,regs=Regs,ssa=Blocks0}=St) -> + Blocks = foldl(fun(L, Blks) -> + frame_size_1(L, Regs, Blks) + end, Blocks0, Frames), + St#st{ssa=Blocks}. + +frame_size_1(L, Regs, Blocks0) -> + Def = beam_ssa:def([L], Blocks0), + Yregs0 = [maps:get(V, Regs) || V <- Def, is_yreg(maps:get(V, Regs))], + Yregs = ordsets:from_list(Yregs0), + FrameSize = length(ordsets:from_list(Yregs)), + if + FrameSize =/= 0 -> + [{y,0}|_] = Yregs, %Assertion. + {y,Last} = last(Yregs), + Last = FrameSize - 1, %Assertion. + ok; + true -> + ok + end, + Blk0 = maps:get(L, Blocks0), + Blk = beam_ssa:add_anno(frame_size, FrameSize, Blk0), + + %% Insert an annotation for frame deallocation on + %% each #b_ret{}. + Blocks = maps:put(L, Blk, Blocks0), + Reachable = beam_ssa:rpo([L], Blocks), + frame_deallocate(Reachable, FrameSize, Blocks). + +frame_deallocate([L|Ls], Size, Blocks0) -> + Blk0 = maps:get(L, Blocks0), + Blk = case Blk0 of + #b_blk{last=#b_ret{}=Ret0} -> + Ret = beam_ssa:add_anno(deallocate, Size, Ret0), + Blk0#b_blk{last=Ret}; + #b_blk{} -> + Blk0 + end, + Blocks = maps:put(L, Blk, Blocks0), + frame_deallocate(Ls, Size, Blocks); +frame_deallocate([], _, Blocks) -> Blocks. + + +%% turn_yregs(St0) -> St. +%% Renumber y registers so that {y,0} becomes {y,FrameSize-1}, +%% {y,FrameSize-1} becomes {y,0} and so on. This is to make nested +%% catches work. The register allocator (linear_scan()) has given +%% a lower number to the outermost catch. + +turn_yregs(#st{frames=Frames,regs=Regs0,ssa=Blocks}=St) -> + Regs1 = foldl(fun(L, A) -> + Blk = maps:get(L, Blocks), + FrameSize = beam_ssa:get_anno(frame_size, Blk), + Def = beam_ssa:def([L], Blocks), + [turn_yregs_1(Def, FrameSize, Regs0)|A] + end, [], Frames), + Regs = maps:merge(Regs0, maps:from_list(append(Regs1))), + St#st{regs=Regs}. + +turn_yregs_1(Def, FrameSize, Regs) -> + Yregs0 = [{maps:get(V, Regs),V} || V <- Def, is_yreg(maps:get(V, Regs))], + Yregs1 = rel2fam(Yregs0), + FrameSize = length(Yregs1), + Yregs2 = [{{y,FrameSize-Y-1},Vs} || {{y,Y},Vs} <- Yregs1], + R0 = sofs:family(Yregs2), + R1 = sofs:family_to_relation(R0), + R = sofs:converse(R1), + sofs:to_external(R). + +%%% +%%% Reserving registers before register allocation. +%%% + +%% reserve_regs(St0) -> St. +%% Reserve registers prior to register allocation. Y registers +%% have already been reserved. This function will reserve z, +%% fr, and specific x registers. + +reserve_regs(#st{args=Args,ssa=Blocks,intervals=Intervals,res=Res0}=St) -> + %% Reserve x0, x1, and so on for the function arguments. + Res1 = reserve_arg_regs(Args, 0, Res0), + + %% Reserve Z registers (dummy registers) for instructions with no + %% return values (e.g. remove_message) or pseudo-return values + %% (e.g. landingpad). + Res2 = reserve_zregs(Blocks, Intervals, Res1), + + %% Reserve float registers. + Res3 = reserve_fregs(Blocks, Res2), + + %% Reserve all remaining unreserved variables as X registers. + Res = maps:from_list(Res3), + St#st{res=reserve_xregs(Blocks, Res)}. + +reserve_arg_regs([#b_var{}=Arg|Is], N, Acc) -> + reserve_arg_regs(Is, N+1, [{Arg,{x,N}}|Acc]); +reserve_arg_regs([], _, Acc) -> Acc. + +reserve_zregs(Blocks, Intervals, Res) -> + ShortLived0 = [V || {V,[{Start,End}]} <- Intervals, Start+2 =:= End], + ShortLived = cerl_sets:from_list(ShortLived0), + F = fun(_, #b_blk{is=Is,last=Last}, A) -> + reserve_zreg(Is, Last, ShortLived, A) + end, + beam_ssa:fold_rpo(F, [0], Res, Blocks). + +reserve_zreg([#b_set{op={bif,tuple_size},dst=Dst}, + #b_set{op={bif,'=:='},args=[Dst,Val]}], _Last, ShortLived, A0) -> + case Val of + #b_literal{val=Arity} when Arity bsr 32 =:= 0 -> + %% These two instructions can be combined to a test_arity + %% instruction provided that the arity variable is short-lived. + reserve_zreg_1(Dst, ShortLived, A0); + _ -> + A0 + end; +reserve_zreg([#b_set{op={bif,tuple_size},dst=Dst}], + #b_switch{}, ShortLived, A) -> + reserve_zreg_1(Dst, ShortLived, A); +reserve_zreg([#b_set{op=Op,dst=Dst}|Is], Last, ShortLived, A0) -> + IsZReg = case Op of + bs_match_string -> true; + bs_save -> true; + bs_restore -> true; + bs_set_position -> true; + {float,clearerror} -> true; + kill_try_tag -> true; + landingpad -> true; + put_tuple_elements -> true; + remove_message -> true; + set_tuple_element -> true; + succeeded -> true; + timeout -> true; + wait_timeout -> true; + _ -> false + end, + A = case IsZReg of + true -> [{Dst,z}|A0]; + false -> A0 + end, + reserve_zreg(Is, Last, ShortLived, A); +reserve_zreg([], #b_br{bool=Bool}, ShortLived, A) -> + reserve_zreg_1(Bool, ShortLived, A); +reserve_zreg([], _, _, A) -> A. + +reserve_zreg_1(#b_var{}=V, ShortLived, A) -> + case cerl_sets:is_element(V, ShortLived) of + true -> [{V,z}|A]; + false -> A + end; +reserve_zreg_1(#b_literal{}, _, A) -> A. + +reserve_fregs(Blocks, Res) -> + F = fun(_, #b_blk{is=Is}, A) -> + reserve_freg(Is, A) + end, + beam_ssa:fold_rpo(F, [0], Res, Blocks). + +reserve_freg([#b_set{op={float,Op},dst=V}|Is], Res) -> + case Op of + get -> + reserve_freg(Is, Res); + _ -> + reserve_freg(Is, [{V,fr}|Res]) + end; +reserve_freg([_|Is], Res) -> + reserve_freg(Is, Res); +reserve_freg([], Res) -> Res. + +%% reserve_xregs(St0) -> St. +%% Reserve all remaining variables as X registers. +%% +%% If a variable will need to be in a specific X register for a +%% 'call' or 'make_fun' (and there is nothing that will kill it +%% between the definition and use), reserve the register using a +%% {prefer,{x,X} annotation. That annotation means that the linear +%% scan algorithm will place the variable in the preferred register, +%% unless that register is already occupied. +%% +%% All remaining variables are reserved as X registers. Linear scan +%% will allocate the lowest free X register for the variable. + +reserve_xregs(Blocks, Res) -> + F = fun(L, #b_blk{is=Is,last=Last}, R) -> + {Xs0,Used0} = reserve_terminator(L, Last, Blocks, R), + reserve_xregs_is(reverse(Is), R, Xs0, Used0) + end, + beam_ssa:fold_po(F, Res, Blocks). + +reserve_xregs_is([#b_set{op=Op,dst=Dst,args=Args}=I|Is], Res0, Xs0, Used0) -> + Xs1 = case is_gc_safe(I) of + true -> + Xs0; + false -> + %% There may be a garbage collection after executing this + %% instruction. We will need prune the list of preferred + %% X registers. + res_xregs_prune(Xs0, Used0, Res0) + end, + Res = reserve_xreg(Dst, Xs1, Res0), + Used1 = ordsets:union(Used0, beam_ssa:used(I)), + Used = ordsets:del_element(Dst, Used1), + case Op of + call -> + Xs = reserve_call_args(tl(Args)), + reserve_xregs_is(Is, Res, Xs, Used); + make_fun -> + Xs = reserve_call_args(tl(Args)), + reserve_xregs_is(Is, Res, Xs, Used); + _ -> + reserve_xregs_is(Is, Res, Xs1, Used) + end; +reserve_xregs_is([], Res, _Xs, _Used) -> Res. + +reserve_terminator(L, #b_br{bool=#b_literal{val=true},succ=Succ}, Blocks, Res) -> + case maps:get(Succ, Blocks) of + #b_blk{is=[],last=Last} -> + reserve_terminator(Succ, Last, Blocks, Res); + #b_blk{is=[_|_]=Is} -> + {res_xregs_from_phi(Is, L, Res, #{}),[]} + end; +reserve_terminator(_, Last, _, _) -> + {#{},beam_ssa:used(Last)}. + +res_xregs_from_phi([#b_set{op=phi,dst=Dst,args=Args}|Is], + Pred, Res, Acc) -> + case [V || {#b_var{}=V,L} <- Args, L =:= Pred] of + [] -> + res_xregs_from_phi(Is, Pred, Res, Acc); + [V] -> + case Res of + #{Dst:={prefer,Reg}} -> + res_xregs_from_phi(Is, Pred, Res, Acc#{V=>Reg}); + #{Dst:=_} -> + res_xregs_from_phi(Is, Pred, Res, Acc) + end + end; +res_xregs_from_phi(_, _, _, Acc) -> Acc. + +reserve_call_args(Args) -> + reserve_call_args(Args, 0, #{}). + +reserve_call_args([#b_var{}=Var|As], X, Xs) -> + reserve_call_args(As, X+1, Xs#{Var=>{x,X}}); +reserve_call_args([#b_literal{}|As], X, Xs) -> + reserve_call_args(As, X+1, Xs); +reserve_call_args([], _, Xs) -> Xs. + +reserve_xreg(V, Xs, Res) -> + case Res of + #{V:=_} -> + %% Already reserved. + Res; + #{} -> + case Xs of + #{V:=X} -> + %% Add a hint that a specific X register is + %% preferred, unless it is already in use. + Res#{V=>{prefer,X}}; + #{} -> + %% Reserve as an X register in general. + Res#{V=>x} + end + end. + +is_gc_safe(#b_set{op=phi}) -> + false; +is_gc_safe(#b_set{op=Op,args=Args}) -> + case beam_ssa_codegen:classify_heap_need(Op, Args) of + neutral -> true; + {put,_} -> true; + _ -> false + end. + +%% res_xregs_prune(PreferredRegs, Used, Res) -> PreferredRegs. +%% Prune the list of preferred to only include X registers that +%% are guaranteed to survice a garbage collection. + +res_xregs_prune(Xs, Used, Res) -> + %% The number of safe registers is the number of the X registers + %% used after this point. The actual number of safe registers may + %% be highter than this number, but this is a conservative safe + %% estimate. + NumSafe = foldl(fun(V, N) -> + case Res of + #{V:={x,_}} -> N + 1; + #{V:=_} -> N; + #{} -> N + 1 + end + end, 0, Used), + + %% Remove unsafe registers from the list of potential + %% preferred registers. + maps:filter(fun(_, {x,X}) -> X < NumSafe end, Xs). + +%%% +%%% Register allocation using linear scan. +%%% + +-record(i, + {sort=1 :: instr_number(), + reg=none :: i_reg(), + pool=x :: pool_id(), + var=#b_var{} :: b_var(), + rs=[] :: [range()] + }). + +-record(l, + {cur=#i{} :: interval(), + unhandled_res=[] :: [interval()], + unhandled_any=[] :: [interval()], + active=[] :: [interval()], + inactive=[] :: [interval()], + free=#{} :: #{var_name()=>pool(), + {'next',pool_id()}:=reg_num()}, + regs=[] :: [{b_var(),ssa_register()}] + }). + +-type interval() :: #i{}. +-type i_reg() :: ssa_register() | {'prefer',xreg()} | 'none'. +-type pool_id() :: 'fr' | 'x' | 'z' | instr_number(). +-type pool() :: ordsets:ordset(ssa_register()). + +linear_scan(#st{intervals=Intervals0,res=Res}=St0) -> + St = St0#st{intervals=[],res=[]}, + Free = init_free(maps:to_list(Res)), + Intervals1 = [init_interval(Int, Res) || Int <- Intervals0], + Intervals = sort(Intervals1), + IsReserved = fun (#i{reg=Reg}) -> Reg =/= none end, + {UnhandledRes,Unhandled} = partition(IsReserved, Intervals), + L = #l{unhandled_res=UnhandledRes, + unhandled_any=Unhandled,free=Free}, + #l{regs=Regs} = do_linear(L), + St#st{regs=maps:from_list(Regs)}. + +init_interval({V,[{Start,_}|_]=Rs}, Res) -> + Info = maps:get(V, Res), + Pool = case Info of + {prefer,{x,_}} -> x; + x -> x; + {x,_} -> x; + {y,Uniq} -> Uniq; + {{y,_},Uniq} -> Uniq; + z -> z; + fr -> fr + end, + Reg = case Info of + {prefer,{x,_}} -> Info; + {x,_} -> Info; + {{y,_}=Y,_} -> Y; + _ -> none + end, + #i{sort=Start,var=V,reg=Reg,pool=Pool,rs=Rs}. + +init_free(Res) -> + Free0 = rel2fam([{x,{x,0}}|init_free_1(Res)]), + #{x:=Xs0} = Free1 = maps:from_list(Free0), + Xs = init_xregs(Xs0), + Free = Free1#{x:=Xs}, + Next = maps:fold(fun(K, V, A) -> [{{next,K},length(V)}|A] end, [], Free), + maps:merge(Free, maps:from_list(Next)). + +init_free_1([{_,{prefer,{x,_}=Reg}}|Res]) -> + [{x,Reg}|init_free_1(Res)]; +init_free_1([{_,{x,_}=Reg}|Res]) -> + [{x,Reg}|init_free_1(Res)]; +init_free_1([{_,{y,Uniq}}|Res]) -> + [{Uniq,{y,0}}|init_free_1(Res)]; +init_free_1([{_,{{y,_}=Reg,Uniq}}|Res]) -> + [{Uniq,Reg}|init_free_1(Res)]; +init_free_1([{_,z}|Res]) -> + [{z,{z,0}}|init_free_1(Res)]; +init_free_1([{_,fr}|Res]) -> + [{fr,{fr,0}}|init_free_1(Res)]; +init_free_1([{_,x}|Res]) -> + init_free_1(Res); +init_free_1([]) -> []. + +%% Make sure that the pool of xregs is contiguous. +init_xregs([{x,N},{x,M}|Is]) when N+1 =:= M -> + [{x,N}|init_xregs([{x,M}|Is])]; +init_xregs([{x,N}|[{x,_}|_]=Is]) -> + [{x,N}|init_xregs([{x,N+1}|Is])]; +init_xregs([{x,_}]=Is) -> Is. + +do_linear(L0) -> + case set_next_current(L0) of + done -> + L0; + L1 -> + L2 = expire_active(L1), + L3 = check_inactive(L2), + Available = collect_available(L3), + L4 = select_register(Available, L3), + L = make_cur_active(L4), + do_linear(L) + end. + +set_next_current(#l{unhandled_res=[Cur1|T1], + unhandled_any=[Cur2|T2]}=L) -> + case {Cur1,Cur2} of + {#i{sort=N1},#i{sort=N2}} when N1 < N2 -> + L#l{cur=Cur1,unhandled_res=T1}; + {_,_} -> + L#l{cur=Cur2,unhandled_any=T2} + end; +set_next_current(#l{unhandled_res=[], + unhandled_any=[Cur|T]}=L) -> + L#l{cur=Cur,unhandled_any=T}; +set_next_current(#l{unhandled_res=[Cur|T], + unhandled_any=[]}=L) -> + L#l{cur=Cur,unhandled_res=T}; +set_next_current(#l{unhandled_res=[],unhandled_any=[]}) -> + done. + +expire_active(#l{cur=#i{sort=CurBegin},active=Act0}=L0) -> + {Act,L} = expire_active(Act0, CurBegin, L0, []), + L#l{active=Act}. + +expire_active([#i{reg=Reg,rs=Rs0}=I|Is], CurBegin, L0, Acc) -> + {_,_} = Reg, %Assertion. + case overlap_status(Rs0, CurBegin) of + ends_before_cur -> + L = free_reg(I, L0), + expire_active(Is, CurBegin, L, Acc); + overlapping -> + expire_active(Is, CurBegin, L0, [I|Acc]); + not_overlapping -> + Rs = strip_before_current(Rs0, CurBegin), + L1 = free_reg(I, L0), + L = L1#l{inactive=[I#i{rs=Rs}|L1#l.inactive]}, + expire_active(Is, CurBegin, L, Acc) + end; +expire_active([], _CurBegin, L, Acc) -> + {Acc,L}. + +check_inactive(#l{cur=#i{sort=CurBegin},inactive=InAct0}=L0) -> + {InAct,L} = check_inactive(InAct0, CurBegin, L0, []), + L#l{inactive=InAct}. + +check_inactive([#i{rs=Rs0}=I|Is], CurBegin, L0, Acc) -> + case overlap_status(Rs0, CurBegin) of + ends_before_cur -> + check_inactive(Is, CurBegin, L0, Acc); + not_overlapping -> + check_inactive(Is, CurBegin, L0, [I|Acc]); + overlapping -> + Rs = strip_before_current(Rs0, CurBegin), + L1 = L0#l{active=[I#i{rs=Rs}|L0#l.active]}, + L = reserve_reg(I, L1), + check_inactive(Is, CurBegin, L, Acc) + end; +check_inactive([], _CurBegin, L, Acc) -> + {Acc,L}. + +strip_before_current([{_,E}|Rs], CurBegin) when E =< CurBegin -> + strip_before_current(Rs, CurBegin); +strip_before_current(Rs, _CurBegin) -> Rs. + +collect_available(#l{cur=#i{reg={prefer,{_,_}=Prefer}}=I}=L) -> + %% Use the preferred register if it is available. + Avail = collect_available(L#l{cur=I#i{reg=none}}), + case member(Prefer, Avail) of + true -> [Prefer]; + false -> Avail + end; +collect_available(#l{cur=#i{reg={_,_}=ReservedReg}}) -> + %% Return the already reserved register. + [ReservedReg]; +collect_available(#l{unhandled_res=Unhandled,cur=Cur}=L) -> + Free = get_pool(Cur, L), + + %% Note that since the live intervals are constructed from + %% SSA form, there cannot be any overlap of the current interval + %% with any inactive interval. See [3], page 175. Therefore we + %% only have check the unhandled intervals for overlap with + %% the current interval. As a further optimization, we only need + %% to check the intervals that have reserved registers. + collect_available(Unhandled, Cur, Free). + +collect_available([#i{pool=Pool1}|Is], #i{pool=Pool2}=Cur, Free) + when Pool1 =/= Pool2 -> + %% Wrong pool. Ignore this interval. + collect_available(Is, Cur, Free); +collect_available([#i{reg={_,_}=Reg}=I|Is], Cur, Free0) -> + case overlaps(I, Cur) of + true -> + Free = ordsets:del_element(Reg, Free0), + collect_available(Is, Cur, Free); + false -> + collect_available(Is, Cur, Free0) + end; +collect_available([], _, Free) -> Free. + +select_register([{_,_}=Reg|_], #l{cur=Cur0,regs=Regs}=L) -> + Cur = Cur0#i{reg=Reg}, + reserve_reg(Cur, L#l{cur=Cur,regs=[{Cur#i.var,Reg}|Regs]}); +select_register([], #l{cur=Cur0,regs=Regs}=L0) -> + %% Allocate a new register in the pool. + {Reg,L1} = get_next_free(Cur0, L0), + Cur = Cur0#i{reg=Reg}, + L = L1#l{cur=Cur,regs=[{Cur#i.var,Reg}|Regs]}, + reserve_reg(Cur, L). + +make_cur_active(#l{cur=Cur,active=Act}=L) -> + L#l{active=[Cur|Act]}. + +overlaps(#i{rs=Rs1}, #i{rs=Rs2}) -> + are_overlapping(Rs1, Rs2). + +overlap_status([{S,E}], CurBegin) -> + if + E =< CurBegin -> ends_before_cur; + CurBegin < S -> not_overlapping; + true -> overlapping + end; +overlap_status([{S,E}|Rs], CurBegin) -> + if + E =< CurBegin -> + overlap_status(Rs, CurBegin); + S =< CurBegin -> + overlapping; + true -> + not_overlapping + end. + +reserve_reg(#i{reg={_,_}=Reg}=I, L) -> + FreeRegs0 = get_pool(I, L), + FreeRegs = ordsets:del_element(Reg, FreeRegs0), + update_pool(I, FreeRegs, L). + +free_reg(#i{reg={_,_}=Reg}=I, L) -> + FreeRegs0 = get_pool(I, L), + FreeRegs = ordsets:add_element(Reg, FreeRegs0), + update_pool(I, FreeRegs, L). + +get_pool(#i{pool=Pool}, #l{free=Free}) -> + maps:get(Pool, Free). + +update_pool(#i{pool=Pool}, New, #l{free=Free0}=L) -> + Free = maps:put(Pool, New, Free0), + L#l{free=Free}. + +get_next_free(#i{pool=Pool}, #l{free=Free0}=L0) -> + K = {next,Pool}, + N = maps:get(K, Free0), + Free = maps:put(K, N+1, Free0), + L = L0#l{free=Free}, + if + is_integer(Pool) -> {{y,N},L}; + is_atom(Pool) -> {{Pool,N},L} + end. + +%%% +%%% Interval utilities. +%%% + +are_overlapping([R|Rs1], Rs2) -> + case are_overlapping_1(R, Rs2) of + true -> + true; + false -> + are_overlapping(Rs1, Rs2) + end; +are_overlapping([], _) -> false. + +are_overlapping_1({_S1,E1}, [{S2,_E2}|_]) when E1 < S2 -> + false; +are_overlapping_1({S1,E1}=R, [{S2,E2}|Rs]) -> + (S2 < E1 andalso E2 > S1) orelse are_overlapping_1(R, Rs); +are_overlapping_1({_,_}, []) -> false. + +%%% +%%% Utilities. +%%% + +%% is_loop_header(L, Blocks) -> false|true. +%% Check whether the block is a loop header. + +is_loop_header(L, Blocks) -> + %% We KNOW that a loop header must start with a peek_message + %% instruction. + case maps:get(L, Blocks) of + #b_blk{is=[#b_set{op=peek_message}|_]} -> true; + _ -> false + end. + +rel2fam(S0) -> + S1 = sofs:relation(S0), + S = sofs:rel2fam(S1), + sofs:to_external(S). + +split_phis(Is) -> + partition(fun(#b_set{op=Op}) -> Op =:= phi end, Is). + +is_yreg({y,_}) -> true; +is_yreg({x,_}) -> false; +is_yreg({z,_}) -> false; +is_yreg({fr,_}) -> false. + +new_vars([Base|Vs0], Count0) -> + {V,Count1} = new_var(Base, Count0), + {Vs,Count} = new_vars(Vs0, Count1), + {[V|Vs],Count}; +new_vars([], Count) -> {[],Count}. + +new_var({Base,Int}, Count) -> + true = is_integer(Int), %Assertion. + {#b_var{name={Base,Count}},Count+1}; +new_var(Base, Count) -> + {#b_var{name={Base,Count}},Count+1}. diff --git a/lib/compiler/src/beam_ssa_recv.erl b/lib/compiler/src/beam_ssa_recv.erl new file mode 100644 index 0000000000..6e49b128da --- /dev/null +++ b/lib/compiler/src/beam_ssa_recv.erl @@ -0,0 +1,278 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +-module(beam_ssa_recv). +-export([module/2]). + +%%% +%%% In code such as: +%%% +%%% Ref = make_ref(), %Or erlang:monitor(process, Pid) +%%% . +%%% . +%%% . +%%% receive +%%% {Ref,Reply} -> Reply +%%% end. +%%% +%%% we know that none of the messages that exist in the message queue +%%% before the call to make_ref/0 can be matched out in the receive +%%% statement. Therefore we can avoid going through the entire message +%%% queue if we introduce two new instructions (here written as +%%% BIFs in pseudo-Erlang): +%%% +%%% recv_mark(SomeUniqInteger), +%%% Ref = make_ref(), +%%% . +%%% . +%%% . +%%% recv_set(SomeUniqInteger), +%%% receive +%%% {Ref,Reply} -> Reply +%%% end. +%%% +%%% The recv_mark/1 instruction will save the current position and +%%% SomeUniqInteger in the process context. The recv_set +%%% instruction will verify that SomeUniqInteger is still stored +%%% in the process context. If it is, it will set the current pointer +%%% for the message queue (the next message to be read out) to the +%%% position that was saved by recv_mark/1. +%%% +%%% The remove_message instruction must be modified to invalidate +%%% the information stored by the previous recv_mark/1, in case there +%%% is another receive executed between the calls to recv_mark/1 and +%%% recv_set/1. +%%% +%%% We use a reference to a label (i.e. a position in the loaded code) +%%% as the SomeUniqInteger. +%%% + +-include("beam_ssa.hrl"). +-import(lists, [all/2,reverse/2]). + +-spec module(beam_ssa:b_module(), [compile:option()]) -> + {'ok',beam_ssa:b_module()}. + +module(#b_module{body=Fs0}=Module, _Opts) -> + Fs = [function(F) || F <- Fs0], + {ok,Module#b_module{body=Fs}}. + +%%% +%%% Local functions. +%%% + +function(#b_function{anno=Anno,bs=Blocks0}=F) -> + try + Blocks = opt(Blocks0), + F#b_function{bs=Blocks} + catch + Class:Error:Stack -> + #{func_info:={_,Name,Arity}} = Anno, + io:fwrite("Function: ~w/~w\n", [Name,Arity]), + erlang:raise(Class, Error, Stack) + end. + +opt(Blocks) -> + Linear = beam_ssa:linearize(Blocks), + opt(Linear, Blocks, []). + +opt([{L,#b_blk{is=[#b_set{op=peek_message}|_]}=Blk0}|Bs], Blocks0, Preds) -> + %% Search for a suitable reference creating call in one of the predecessor + %% blocks. Whether we find such a call or not, we always clear the + %% the list of predecessors to ensure that any nested receive can't + %% search above the current receive. + case recv_opt(Preds, L, Blocks0) of + {yes,Blocks1} -> + Blk = beam_ssa:add_anno(recv_set, L, Blk0), + Blocks = maps:put(L, Blk, Blocks1), + opt(Bs, Blocks, []); + no -> + opt(Bs, Blocks0, []) + end; +opt([{L,_}|Bs], Blocks, Preds) -> + opt(Bs, Blocks, [L|Preds]); +opt([], Blocks, _) -> Blocks. + +recv_opt([L|Ls], RecvLbl, Blocks) -> + #b_blk{is=Is0} = Blk0 = maps:get(L, Blocks), + case recv_opt_is(Is0, RecvLbl, Blocks, []) of + {yes,Is} -> + Blk = Blk0#b_blk{is=Is}, + {yes,maps:put(L, Blk, Blocks)}; + no -> + recv_opt(Ls, RecvLbl, Blocks) + end; +recv_opt([], _, _Blocks) -> no. + +recv_opt_is([#b_set{op=call}=I0|Is], RecvLbl, Blocks0, Acc) -> + case makes_ref(I0, Blocks0) of + no -> + recv_opt_is(Is, RecvLbl, Blocks0, [I0|Acc]); + {yes,Ref} -> + case opt_ref_used(RecvLbl, Ref, Blocks0) of + false -> + recv_opt_is(Is, RecvLbl, Blocks0, [I0|Acc]); + true -> + I = beam_ssa:add_anno(recv_mark, RecvLbl, I0), + {yes,reverse(Acc, [I|Is])} + end + end; +recv_opt_is([I|Is], RecvLbl, Blocks, Acc) -> + recv_opt_is(Is, RecvLbl, Blocks, [I|Acc]); +recv_opt_is([], _, _, _) -> no. + +makes_ref(#b_set{dst=Dst,args=[Func0|_]}, Blocks) -> + Func = case Func0 of + #b_remote{mod=#b_literal{val=erlang}, + name=#b_literal{val=Name},arity=A0} -> + {Name,A0}; + _ -> + none + end, + case Func of + {make_ref,0} -> + {yes,Dst}; + {monitor,2} -> + {yes,Dst}; + {spawn_monitor,A} when A =:= 1; A =:= 3 -> + ref_in_tuple(Dst, Blocks); + _ -> + no + end. + +ref_in_tuple(Tuple, Blocks) -> + F = fun(#b_set{op=get_tuple_element,dst=Ref, + args=[#b_var{}=Tup,#b_literal{val=1}]}, no) + when Tup =:= Tuple -> {yes,Ref}; + (_, A) -> A + end, + beam_ssa:fold_instrs_rpo(F, [0], no, Blocks). + +opt_ref_used(RecvLbl, Ref, Blocks) -> + Vs = #{Ref=>ref,ref=>Ref,ref_matched=>false}, + case opt_ref_used_1(RecvLbl, Vs, Blocks) of + used -> true; + not_used -> false; + done -> false + end. + +opt_ref_used_1(L, Vs0, Blocks) -> + #b_blk{is=Is} = Blk = maps:get(L, Blocks), + case opt_ref_used_is(Is, Vs0) of + #{}=Vs -> + opt_ref_used_last(Blk, Vs, Blocks); + Result -> + Result + end. + +opt_ref_used_is([#b_set{op=peek_message,dst=Msg}|Is], Vs0) -> + Vs = Vs0#{Msg=>message}, + opt_ref_used_is(Is, Vs); +opt_ref_used_is([#b_set{op={bif,Bif},args=Args,dst=Dst}=I|Is], + Vs0) -> + S = case Bif of + '=:=' -> true; + '==' -> true; + _ -> none + end, + case S of + none -> + Vs = update_vars(I, Vs0), + opt_ref_used_is(Is, Vs); + Bool when is_boolean(Bool) -> + case is_ref_msg_comparison(Args, Vs0) of + true -> + Vs = Vs0#{Dst=>{is_ref,Bool}}, + opt_ref_used_is(Is, Vs); + false -> + opt_ref_used_is(Is, Vs0) + end + end; +opt_ref_used_is([#b_set{op=remove_message}|_], Vs) -> + case Vs of + #{ref_matched:=true} -> + used; + #{ref_matched:=false} -> + not_used + end; +opt_ref_used_is([#b_set{op=recv_next}|_], _Vs) -> + done; +opt_ref_used_is([#b_set{op=wait_timeout}|_], _Vs) -> + done; +opt_ref_used_is([#b_set{op=wait}|_], _Vs) -> + done; +opt_ref_used_is([#b_set{}=I|Is], Vs0) -> + Vs = update_vars(I, Vs0), + opt_ref_used_is(Is, Vs); +opt_ref_used_is([], Vs) -> Vs. + +opt_ref_used_last(#b_blk{last=Last}=Blk, Vs, Blocks) -> + case Last of + #b_br{bool=#b_var{}=Bool,succ=Succ,fail=Fail} -> + case Vs of + #{Bool:={is_ref,Matched}} -> + ref_used_in([{Succ,Vs#{ref_matched:=Matched}}, + {Fail,Vs#{ref_matched:=not Matched}}], + Blocks); + #{} -> + ref_used_in([{Succ,Vs},{Fail,Vs}], Blocks) + end; + _ -> + SuccVs = [{Succ,Vs} || Succ <- beam_ssa:successors(Blk)], + ref_used_in(SuccVs, Blocks) + end. + +ref_used_in([{L,Vs0}|Ls], Blocks) -> + case opt_ref_used_1(L, Vs0, Blocks) of + not_used -> + not_used; + used -> + case ref_used_in(Ls, Blocks) of + done -> used; + Result -> Result + end; + done -> ref_used_in(Ls, Blocks) + end; +ref_used_in([], _) -> done. + +update_vars(#b_set{args=Args,dst=Dst}, Vs) -> + Vars = [V || #b_var{}=V <- Args], + All = all(fun(Var) -> + case Vs of + #{Var:=message} -> true; + #{} -> false + end + end, Vars), + case All of + true -> Vs#{Dst=>message}; + false -> Vs + end. + +%% is_ref_msg_comparison(Args, Variables) -> true|false. +%% Return 'true' if Args denotes a comparison between the +%% reference and message or part of the message. + +is_ref_msg_comparison([#b_var{}=V1,#b_var{}=V2], Vs) -> + case Vs of + #{V1:=ref,V2:=message} -> true; + #{V1:=message,V2:=ref} -> true; + #{} -> false + end; +is_ref_msg_comparison(_, _) -> false. diff --git a/lib/compiler/src/beam_ssa_type.erl b/lib/compiler/src/beam_ssa_type.erl new file mode 100644 index 0000000000..18e6e73a46 --- /dev/null +++ b/lib/compiler/src/beam_ssa_type.erl @@ -0,0 +1,1195 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +-module(beam_ssa_type). +-export([opt/2]). + +-include("beam_ssa.hrl"). +-import(lists, [all/2,any/2,droplast/1,foldl/3,last/1,member/2, + reverse/1,sort/1]). + +-define(UNICODE_INT, #t_integer{elements={0,16#10FFFF}}). + +-record(d, {ds :: #{beam_ssa:var_name():=beam_ssa:b_set()}, + ls :: #{beam_ssa:label():=type_db()}, + sub :: #{beam_ssa:var_name():=beam_ssa:value()} + }). + +-define(ATOM_SET_SIZE, 5). + +%% Records that represent type information. +-record(t_atom, {elements=any :: 'any' | [atom()]}). +-record(t_integer, {elements=any :: 'any' | {integer(),integer()}}). +-record(t_bs_match, {type :: type()}). +-record(t_tuple, {size=0 :: integer(), + exact=false :: boolean(), + elements=[] :: [any()] + }). + +-type type() :: 'any' | 'none' | + #t_atom{} | #t_integer{} | #t_bs_match{} | #t_tuple{} | + {'binary',pos_integer()} | 'cons' | 'float' | 'list' | 'map' | 'nil' |'number'. +-type type_db() :: #{beam_ssa:var_name():=type()}. + +-spec opt([{Label0,Block0}], Args) -> [{Label,Block}] when + Label0 :: beam_ssa:label(), + Block0 :: beam_ssa:b_blk(), + Args :: [beam_ssa:b_var()], + Label :: beam_ssa:label(), + Block :: beam_ssa:b_blk(). + +opt(Linear, Args) -> + Ts = maps:from_list([{V,any} || #b_var{}=V <- Args]), + FakeCall = #b_set{op=call,args=[#b_remote{mod=#b_literal{val=unknown}, + name=#b_literal{val=unknown}, + arity=0}]}, + Defs = maps:from_list([{Var,FakeCall#b_set{dst=Var}} || + #b_var{}=Var <- Args]), + D = #d{ds=Defs,ls=#{0=>Ts},sub=#{}}, + opt_1(Linear, D). + +opt_1([{L,Blk}|Bs], #d{ls=Ls}=D) -> + case Ls of + #{L:=Ts} -> + opt_2(L, Blk, Bs, Ts, D); + #{} -> + %% This block is never reached. Discard it. + opt_1(Bs, D) + end; +opt_1([], #d{}) -> []. + +opt_2(L, #b_blk{is=Is0}=Blk0, Bs, Ts, #d{sub=Sub}=D0) -> + case Is0 of + [#b_set{op=call,dst=Dst, + args=[#b_remote{mod=#b_literal{val=Mod}, + name=#b_literal{val=Name}}=Rem|Args0]}=I0] -> + case erl_bifs:is_exit_bif(Mod, Name, length(Args0)) of + true -> + %% This call will never reach the successor block. + %% Rewrite the terminator to a 'ret', and remove + %% all type information for this label. That will + %% simplify the phi node in the former successor. + Args = simplify_args(Args0, Sub, Ts), + I = I0#b_set{args=[Rem|Args]}, + Ret = #b_ret{arg=Dst}, + Blk = Blk0#b_blk{is=[I],last=Ret}, + Ls = maps:remove(L, D0#d.ls), + D = D0#d{ls=Ls}, + [{L,Blk}|opt_1(Bs, D)]; + false -> + opt_3(L, Blk0, Bs, Ts, D0) + end; + _ -> + opt_3(L, Blk0, Bs, Ts, D0) + end. + +opt_3(L, #b_blk{is=Is0,last=Last0}=Blk0, Bs, Ts0, + #d{ds=Ds0,ls=Ls0,sub=Sub0}=D0) -> + {Is,Ts,Ds,Sub} = opt_is(Is0, Ts0, Ds0, Ls0, Sub0, []), + D1 = D0#d{ds=Ds,sub=Sub}, + Last1 = simplify_terminator(Last0, Sub, Ts), + Last = opt_terminator(Last1, Ts, Ds), + D = update_successors(Last, Ts, D1), + Blk = Blk0#b_blk{is=Is,last=Last}, + [{L,Blk}|opt_1(Bs, D)]. + +simplify_terminator(#b_br{bool=Bool}=Br, Sub, Ts) -> + Br#b_br{bool=simplify_arg(Bool, Sub, Ts)}; +simplify_terminator(#b_switch{arg=Arg}=Sw, Sub, Ts) -> + Sw#b_switch{arg=simplify_arg(Arg, Sub, Ts)}; +simplify_terminator(#b_ret{arg=Arg}=Ret, Sub, Ts) -> + Ret#b_ret{arg=simplify_arg(Arg, Sub, Ts)}. + +opt_is([#b_set{op=phi,dst=Dst,args=Args0}=I0|Is], + Ts0, Ds0, Ls, Sub0, Acc) -> + %% Simplify the phi node by removing all predecessor blocks that no + %% longer exists or no longer branches to this block. + Args = [{simplify_arg(Arg, Sub0, Ts0),From} || + {Arg,From} <- Args0, maps:is_key(From, Ls)], + case all_same(Args) of + true -> + %% Eliminate the phi node if there is just one source + %% value or if the values are identical. + [{Val,_}|_] = Args, + Sub = Sub0#{Dst=>Val}, + opt_is(Is, Ts0, Ds0, Ls, Sub, Acc); + false -> + I = I0#b_set{args=Args}, + Ts = update_types(I, Ts0, Ds0), + Ds = Ds0#{Dst=>I}, + opt_is(Is, Ts, Ds, Ls, Sub0, [I|Acc]) + end; +opt_is([#b_set{args=Args0,dst=Dst}=I0|Is], + Ts0, Ds0, Ls, Sub0, Acc) -> + Args = simplify_args(Args0, Sub0, Ts0), + I1 = beam_ssa:normalize(I0#b_set{args=Args}), + case simplify(I1, Ts0) of + #b_set{}=I2 -> + I = beam_ssa:normalize(I2), + Ts = update_types(I, Ts0, Ds0), + Ds = Ds0#{Dst=>I}, + opt_is(Is, Ts, Ds, Ls, Sub0, [I|Acc]); + #b_literal{}=Lit -> + Sub = Sub0#{Dst=>Lit}, + opt_is(Is, Ts0, Ds0, Ls, Sub, Acc); + #b_var{}=Var -> + Sub = Sub0#{Dst=>Var}, + opt_is(Is, Ts0, Ds0, Ls, Sub, Acc) + end; +opt_is([], Ts, Ds, _Ls, Sub, Acc) -> + {reverse(Acc),Ts,Ds,Sub}. + +simplify(#b_set{op={bif,'and'},args=Args}=I, Ts) -> + case is_safe_bool_op(Args, Ts) of + true -> + case Args of + [_,#b_literal{val=false}=Res] -> Res; + [Res,#b_literal{val=true}] -> Res; + _ -> eval_bif(I, Ts) + end; + false -> + I + end; +simplify(#b_set{op={bif,'or'},args=Args}=I, Ts) -> + case is_safe_bool_op(Args, Ts) of + true -> + case Args of + [Res,#b_literal{val=false}] -> Res; + [_,#b_literal{val=true}=Res] -> Res; + _ -> eval_bif(I, Ts) + end; + false -> + I + end; +simplify(#b_set{op={bif,element},args=[#b_literal{val=Index},Tuple]}=I, Ts) -> + case t_tuple_size(get_type(Tuple, Ts)) of + {_,Size} when is_integer(Index), 1 =< Index, Index =< Size -> + I#b_set{op=get_tuple_element,args=[Tuple,#b_literal{val=Index-1}]}; + _ -> + eval_bif(I, Ts) + end; +simplify(#b_set{op={bif,hd},args=[List]}=I, Ts) -> + case get_type(List, Ts) of + cons -> + I#b_set{op=get_hd}; + _ -> + eval_bif(I, Ts) + end; +simplify(#b_set{op={bif,tl},args=[List]}=I, Ts) -> + case get_type(List, Ts) of + cons -> + I#b_set{op=get_tl}; + _ -> + eval_bif(I, Ts) + end; +simplify(#b_set{op={bif,size},args=[Term]}=I, Ts) -> + case get_type(Term, Ts) of + #t_tuple{} -> + simplify(I#b_set{op={bif,tuple_size}}, Ts); + _ -> + eval_bif(I, Ts) + end; +simplify(#b_set{op={bif,tuple_size},args=[Term]}=I, Ts) -> + case get_type(Term, Ts) of + #t_tuple{size=Size,exact=true} -> + #b_literal{val=Size}; + _ -> + I + end; +simplify(#b_set{op={bif,'=='},args=Args}=I, Ts) -> + Types = get_types(Args, Ts), + EqEq = case {meet(Types),join(Types)} of + {none,any} -> true; + {#t_integer{},#t_integer{}} -> true; + {float,float} -> true; + {{binary,_},_} -> true; + {#t_atom{},_} -> true; + {_,_} -> false + end, + case EqEq of + true -> + simplify(I#b_set{op={bif,'=:='}}, Ts); + false -> + eval_bif(I, Ts) + end; +simplify(#b_set{op={bif,'=:='},args=[Same,Same]}, _Ts) -> + #b_literal{val=true}; +simplify(#b_set{op={bif,'=:='},args=Args}=I, Ts) -> + case meet(get_types(Args, Ts)) of + none -> #b_literal{val=false}; + _ -> eval_bif(I, Ts) + end; +simplify(#b_set{op={bif,Op},args=Args}=I, Ts) -> + Types = get_types(Args, Ts), + case is_float_op(Op, Types) of + false -> + eval_bif(I, Ts); + true -> + AnnoArgs = [anno_float_arg(A) || A <- Types], + eval_bif(beam_ssa:add_anno(float_op, AnnoArgs, I), Ts) + end; +simplify(#b_set{op=get_tuple_element,args=[Tuple,#b_literal{val=0}]}=I, Ts) -> + case get_type(Tuple, Ts) of + #t_tuple{elements=[First]} -> + #b_literal{val=First}; + #t_tuple{} -> + I + end; +simplify(#b_set{op=is_nonempty_list,args=[Src]}=I, Ts) -> + case get_type(Src, Ts) of + any -> I; + list -> I; + cons -> #b_literal{val=true}; + _ -> #b_literal{val=false} + end; +simplify(#b_set{op=is_tagged_tuple, + args=[Src,#b_literal{val=Size},#b_literal{val=Tag}]}=I, Ts) -> + case get_type(Src, Ts) of + #t_tuple{exact=true,size=Size,elements=[Tag]} -> + #b_literal{val=true}; + #t_tuple{exact=true,size=ActualSize,elements=[]} -> + if + Size =/= ActualSize -> + #b_literal{val=false}; + true -> + I + end; + #t_tuple{exact=false} -> + I; + any -> + I; + _ -> + #b_literal{val=false} + end; +simplify(#b_set{op=put_list,args=[#b_literal{val=H}, + #b_literal{val=T}]}, _Ts) -> + #b_literal{val=[H|T]}; +simplify(#b_set{op=put_tuple,args=Args}=I, _Ts) -> + case make_literal_list(Args) of + none -> I; + List -> #b_literal{val=list_to_tuple(List)} + end; +simplify(#b_set{op=succeeded,args=[#b_literal{}]}, _Ts) -> + #b_literal{val=true}; +simplify(#b_set{op=wait_timeout,args=[#b_literal{val=infinity}]}=I, _Ts) -> + I#b_set{op=wait,args=[]}; +simplify(I, _Ts) -> I. + +make_literal_list(Args) -> + make_literal_list(Args, []). + +make_literal_list([#b_literal{val=H}|T], Acc) -> + make_literal_list(T, [H|Acc]); +make_literal_list([_|_], _) -> + none; +make_literal_list([], Acc) -> + reverse(Acc). + +is_safe_bool_op(Args, Ts) -> + [T1,T2] = get_types(Args, Ts), + t_is_boolean(T1) andalso t_is_boolean(T2). + +all_same([{H,_}|T]) -> + all(fun({E,_}) -> E =:= H end, T). + +eval_bif(#b_set{op={bif,Bif},args=Args}=I, Ts) -> + Arity = length(Args), + case erl_bifs:is_pure(erlang, Bif, Arity) of + false -> + I; + true -> + case make_literal_list(Args) of + none -> + case get_types(Args, Ts) of + [any] -> + I; + [Type] -> + case will_succeed(Bif, Type) of + yes -> + #b_literal{val=true}; + no -> + #b_literal{val=false}; + maybe -> + I + end; + _ -> + I + end; + LitArgs -> + try apply(erlang, Bif, LitArgs) of + Val -> #b_literal{val=Val} + catch + error:_ -> I + end + + end + end. + +simplify_args(Args, Sub, Ts) -> + [simplify_arg(Arg, Sub, Ts) || Arg <- Args]. + +simplify_arg(#b_var{}=Arg0, Sub, Ts) -> + case sub_arg(Arg0, Sub) of + #b_literal{}=LitArg -> + LitArg; + #b_var{}=Arg -> + Type = get_type(Arg, Ts), + case get_literal_from_type(Type) of + none -> Arg; + #b_literal{}=Lit -> Lit + end + end; +simplify_arg(#b_remote{mod=Mod,name=Name}=Rem, Sub, Ts) -> + Rem#b_remote{mod=simplify_arg(Mod, Sub, Ts), + name=simplify_arg(Name, Sub, Ts)}; +simplify_arg(Arg, _Sub, _Ts) -> Arg. + +sub_arg(#b_var{}=Old, Sub) -> + case Sub of + #{Old:=New} -> New; + #{} -> Old + end. + +is_float_op('-', [float]) -> + true; +is_float_op('/', [_,_]) -> + true; +is_float_op(Op, [float,_Other]) -> + is_float_op_1(Op); +is_float_op(Op, [_Other,float]) -> + is_float_op_1(Op); +is_float_op(_, _) -> false. + +is_float_op_1('+') -> true; +is_float_op_1('-') -> true; +is_float_op_1('*') -> true; +is_float_op_1(_) -> false. + +anno_float_arg(float) -> float; +anno_float_arg(_) -> convert. + +opt_terminator(#b_br{bool=#b_literal{}}=Br, _Ts, _Ds) -> + beam_ssa:normalize(Br); +opt_terminator(#b_br{bool=#b_var{}=V}=Br, Ts, Ds) -> + #{V:=Set} = Ds, + case Set of + #b_set{op={bif,'=:='},args=[Bool,#b_literal{val=true}]} -> + case t_is_boolean(get_type(Bool, Ts)) of + true -> + %% Bool =:= true ==> Bool + simplify_not(Br#b_br{bool=Bool}, Ts, Ds); + false -> + Br + end; + #b_set{} -> + simplify_not(Br, Ts, Ds) + end; +opt_terminator(#b_switch{arg=#b_literal{}}=Sw, _Ts, _Ds) -> + beam_ssa:normalize(Sw); +opt_terminator(#b_switch{arg=#b_var{}=V}=Sw0, Ts, Ds) -> + Type = get_type(V, Ts), + case Type of + #t_integer{elements={_,_}=Range} -> + simplify_switch_int(Sw0, Range); + _ -> + case t_is_boolean(Type) of + true -> + case simplify_switch_bool(Sw0, Ts, Ds) of + #b_br{}=Br -> + opt_terminator(Br, Ts, Ds); + Sw -> + beam_ssa:normalize(Sw) + end; + false -> + beam_ssa:normalize(Sw0) + end + end; +opt_terminator(#b_ret{}=Ret, _Ts, _Ds) -> Ret. + +update_successors(#b_br{bool=#b_literal{val=true},succ=S}, Ts, D) -> + update_successor(S, Ts, D); +update_successors(#b_br{bool=#b_var{}=Bool,succ=Succ,fail=Fail}, Ts, D0) -> + D = update_successor_bool(Bool, false, Fail, Ts, D0), + SuccTs = infer_types(Bool, Ts, D0), + update_successor_bool(Bool, true, Succ, SuccTs, D); +update_successors(#b_switch{arg=#b_var{}=V,fail=Fail,list=List}, Ts, D0) -> + D = update_successor(Fail, Ts, D0), + foldl(fun({Val,S}, A) -> + T = get_type(Val, Ts), + update_successor(S, Ts#{V=>T}, A) + end, D, List); +update_successors(#b_ret{}, _Ts, D) -> D. + +update_successor_bool(#b_var{}=Var, BoolValue, S, Ts, D) -> + case t_is_boolean(get_type(Var, Ts)) of + true -> + update_successor(S, Ts#{Var:=t_atom(BoolValue)}, D); + false -> + %% The `br` terminator is preceeded by an instruction that + %% does not produce a boolean value, such a `new_try_tag`. + update_successor(S, Ts, D) + end. + +update_successor(S, Ts0, #d{ls=Ls}=D) -> + case Ls of + #{S:=Ts1} -> + Ts = join_types(Ts0, Ts1), + D#d{ls=Ls#{S:=Ts}}; + #{} -> + D#d{ls=Ls#{S=>Ts0}} + end. + +update_types(#b_set{op=Op,dst=Dst,args=Args}, Ts, Ds) -> + T = type(Op, Args, Ts, Ds), + Ts#{Dst=>T}. + +type(phi, Args, Ts, _Ds) -> + Types = [get_type(A, Ts) || {A,_} <- Args], + join(Types); +type({bif,'band'}, Args, Ts, _Ds) -> + band_type(Args, Ts); +type({bif,Bif}, Args, Ts, _Ds) -> + case bif_type(Bif, Args) of + number -> + arith_op_type(Args, Ts); + Type -> + Type + end; +type(bs_init, [#b_literal{val=Type}|Args], _Ts, _Ds) -> + case {Type,Args} of + {new,[_,#b_literal{val=Unit}]} -> + {binary,Unit}; + {append,[_,_,#b_literal{val=Unit}]} -> + {binary,Unit}; + {private_append,[_,_,#b_literal{val=Unit}]} -> + {binary,Unit} + end; +type(bs_extract, [Ctx], Ts, _Ds) -> + #t_bs_match{type=Type} = get_type(Ctx, Ts), + Type; +type(bs_match, Args, _Ts, _Ds) -> + #t_bs_match{type=bs_match_type(Args)}; +type(bs_get_tail, _Args, _Ts, _Ds) -> + {binary, 1}; +type(call, [#b_remote{mod=#b_literal{val=Mod}, + name=#b_literal{val=Name}}|Args], Ts, _Ds) -> + case {Mod,Name,Args} of + {erlang,setelement,[Pos,Tuple,_]} -> + case {get_type(Pos, Ts),get_type(Tuple, Ts)} of + {#t_integer{elements={MinIndex,_}},#t_tuple{}=T} + when MinIndex > 1 -> + %% First element is not updated. The result + %% will have the same type. + T; + {_,#t_tuple{}=T} -> + %% Position is 1 or unknown. May update the first + %% element of the tuple. + T#t_tuple{elements=[]}; + {#t_integer{elements={MinIndex,_}},_} -> + #t_tuple{size=MinIndex}; + {_,_} -> + #t_tuple{} + end; + {math,_,_} -> + case is_math_bif(Name, length(Args)) of + false -> any; + true -> float + end; + {_,_,_} -> + case erl_bifs:is_exit_bif(Mod, Name, length(Args)) of + true -> none; + false -> any + end + end; +type(is_nonempty_list, [_], _Ts, _Ds) -> + t_boolean(); +type(is_tagged_tuple, [_,#b_literal{},#b_literal{}], _Ts, _Ds) -> + t_boolean(); +type(put_map, _Args, _Ts, _Ds) -> + map; +type(put_list, _Args, _Ts, _Ds) -> + cons; +type(put_tuple, Args, _Ts, _Ds) -> + case Args of + [#b_literal{val=First}|_] -> + #t_tuple{exact=true,size=length(Args),elements=[First]}; + _ -> + #t_tuple{exact=true,size=length(Args)} + end; +type(succeeded, [#b_var{}=Src], Ts, Ds) -> + case maps:get(Src, Ds) of + #b_set{op={bif,Bif},args=BifArgs} -> + Types = get_types(BifArgs, Ts), + case {Bif,Types} of + {BoolOp,[T1,T2]} when BoolOp =:= 'and'; BoolOp =:= 'or' -> + case t_is_boolean(T1) andalso t_is_boolean(T2) of + true -> t_atom(true); + false -> t_boolean() + end; + {byte_size,[{binary,_}]} -> + t_atom(true); + {bit_size,[{binary,_}]} -> + t_atom(true); + {map_size,[map]} -> + t_atom(true); + {'not',[Type]} -> + case t_is_boolean(Type) of + true -> t_atom(true); + false -> t_boolean() + end; + {size,[{binary,_}]} -> + t_atom(true); + {tuple_size,[#t_tuple{}]} -> + t_atom(true); + {_,_} -> + t_boolean() + end; + #b_set{op=get_hd} -> + t_atom(true); + #b_set{op=get_tl} -> + t_atom(true); + #b_set{op=get_tuple_element} -> + t_atom(true); + #b_set{op=wait} -> + t_atom(false); + #b_set{} -> + t_boolean() + end; +type(_, _, _, _) -> any. + +arith_op_type(Args, Ts) -> + Types = get_types(Args, Ts), + foldl(fun(#t_integer{}, unknown) -> t_integer(); + (#t_integer{}, number) -> number; + (#t_integer{}, float) -> float; + (#t_integer{}, #t_integer{}) -> t_integer(); + (float, unknown) -> float; + (float, #t_integer{}) -> float; + (float, number) -> float; + (number, unknown) -> number; + (number, #t_integer{}) -> number; + (number, float) -> float; + (any, _) -> number; + (Same, Same) -> Same; + (_, _) -> none + end, unknown, Types). + +%% will_succeed(TestOperation, Type) -> yes|no|maybe. +%% Test whether TestOperation applied to an argument of type Type +%% will succeed. Return yes, no, or maybe. +%% +%% Type is a type as described in the comment for verified_type/1 at +%% the very end of this file, but it will *never* be 'any'. + +will_succeed(is_atom, Type) -> + case Type of + #t_atom{} -> yes; + _ -> no + end; +will_succeed(is_binary, Type) -> + case Type of + {binary,U} when U rem 8 =:= 0 -> yes; + {binary,_} -> maybe; + _ -> no + end; +will_succeed(is_bitstring, Type) -> + case Type of + {binary,_} -> yes; + _ -> no + end; +will_succeed(is_boolean, Type) -> + case Type of + #t_atom{elements=any} -> + maybe; + #t_atom{elements=Es} -> + case t_is_boolean(Type) of + true -> + yes; + false -> + case any(fun is_boolean/1, Es) of + true -> maybe; + false -> no + end + end; + _ -> + no + end; +will_succeed(is_float, Type) -> + case Type of + float -> yes; + number -> maybe; + _ -> no + end; +will_succeed(is_integer, Type) -> + case Type of + #t_integer{} -> yes; + number -> maybe; + _ -> no + end; +will_succeed(is_list, Type) -> + case Type of + list -> yes; + cons -> yes; + _ -> no + end; +will_succeed(is_map, Type) -> + case Type of + map -> yes; + _ -> no + end; +will_succeed(is_number, Type) -> + case Type of + float -> yes; + #t_integer{} -> yes; + number -> yes; + _ -> no + end; +will_succeed(is_tuple, Type) -> + case Type of + #t_tuple{} -> yes; + _ -> no + end; +will_succeed(_, _) -> maybe. + + +band_type([Other,#b_literal{val=Int}], Ts) when is_integer(Int) -> + band_type_1(Int, Other, Ts); +band_type([_,_], _) -> t_integer(). + +band_type_1(Int, OtherSrc, Ts) -> + Type = band_type_2(Int, 0), + OtherType = get_type(OtherSrc, Ts), + meet(Type, OtherType). + +band_type_2(N, Bits) when Bits < 64 -> + case 1 bsl Bits of + P when P =:= N + 1 -> + t_integer(0, N); + P when P > N + 1 -> + t_integer(); + _ -> + band_type_2(N, Bits+1) + end; +band_type_2(_, _) -> + %% Negative or large positive number. Give up. + t_integer(). + +bs_match_type([#b_literal{val=Type}|Args]) -> + bs_match_type(Type, Args). + +bs_match_type(binary, Args) -> + [_,_,_,#b_literal{val=U}] = Args, + {binary,U}; +bs_match_type(float, _) -> + float; +bs_match_type(integer, Args) -> + case Args of + [_, + #b_literal{val=Flags}, + #b_literal{val=Size}, + #b_literal{val=Unit}] when Size * Unit < 64 -> + NumBits = Size * Unit, + case member(unsigned, Flags) of + true -> + t_integer(0, (1 bsl NumBits)-1); + false -> + %% Signed integer. Don't bother. + t_integer() + end; + [_|_] -> + t_integer() + end; +bs_match_type(skip, _) -> + any; +bs_match_type(string, _) -> + any; +bs_match_type(utf8, _) -> + ?UNICODE_INT; +bs_match_type(utf16, _) -> + ?UNICODE_INT; +bs_match_type(utf32, _) -> + ?UNICODE_INT. + +simplify_switch_int(#b_switch{list=List0}=Sw, {Min,Max}) -> + List1 = sort(List0), + Vs = [V || {#b_literal{val=V},_} <- List1], + case eq_ranges(Vs, Min, Max) of + true -> + {_,LastL} = last(List1), + List = droplast(List1), + Sw#b_switch{fail=LastL,list=List}; + false -> + Sw + end. + +eq_ranges([H], H, H) -> true; +eq_ranges([H|T], H, Max) -> eq_ranges(T, H+1, Max); +eq_ranges(_, _, _) -> false. + +simplify_switch_bool(#b_switch{arg=B,list=List0}=Sw, Ts, Ds) -> + List = sort(List0), + case List of + [{#b_literal{val=false},Fail},{#b_literal{val=true},Succ}] -> + simplify_not(#b_br{bool=B,succ=Succ,fail=Fail}, Ts, Ds); + [_|_] -> + Sw + end. + +simplify_not(#b_br{bool=#b_var{}=V,succ=Succ,fail=Fail}=Br0, Ts, Ds) -> + case Ds of + #{V:=#b_set{op={bif,'not'},args=[Bool]}} -> + case t_is_boolean(get_type(Bool, Ts)) of + true -> + Br = Br0#b_br{bool=Bool,succ=Fail,fail=Succ}, + beam_ssa:normalize(Br); + false -> + Br0 + end; + #{} -> + Br0 + end. + +get_types(Values, Ts) -> + [get_type(Val, Ts) || Val <- Values]. +-spec get_type(beam_ssa:value(), type_db()) -> type(). + +get_type(#b_var{}=V, Ts) -> + #{V:=T} = Ts, + T; +get_type(#b_literal{val=Val}, _Ts) -> + if + is_atom(Val) -> + t_atom(Val); + is_float(Val) -> + float; + is_integer(Val) -> + t_integer(Val); + is_list(Val), Val =/= [] -> + cons; + is_map(Val) -> + map; + Val =:= {} -> + #t_tuple{exact=true}; + is_tuple(Val) -> + #t_tuple{exact=true,size=tuple_size(Val), + elements=[element(1, Val)]}; + Val =:= [] -> + nil; + true -> + any + end. + +infer_types(#b_var{}=V, Ts, #d{ds=Ds}) -> + #{V:=#b_set{op=Op,args=Args}} = Ds, + Types = infer_type(Op, Args, Ds), + meet_types(Types, Ts). + +infer_type({bif,element}, [#b_literal{val=Pos},#b_var{}=Tuple], _Ds) -> + if + is_integer(Pos), 1 =< Pos -> + [{Tuple,#t_tuple{size=Pos}}]; + true -> + [] + end; +infer_type({bif,'=:='}, [#b_var{}=Src,#b_literal{}=Lit], Ds) -> + Def = maps:get(Src, Ds), + Type = get_type(Lit, #{}), + [{Src,Type}|infer_tuple_size(Def, Lit) ++ + infer_first_element(Def, Lit)]; +infer_type({bif,Bif}, [#b_var{}=Src]=Args, _Ds) -> + case inferred_bif_type(Bif, Args) of + any -> []; + T -> [{Src,T}] + end; +infer_type({bif,is_map_key}, [_,#b_var{}=Src], _Ds) -> + [{Src,map}]; +infer_type({bif,map_get}, [_,#b_var{}=Src], _Ds) -> + [{Src,map}]; +infer_type(bs_start_match, [#b_var{}=Bin], _Ds) -> + [{Bin,{binary,1}}]; +infer_type(is_nonempty_list, [#b_var{}=Src], _Ds) -> + [{Src,cons}]; +infer_type(is_tagged_tuple, [#b_var{}=Src,#b_literal{val=Size}, + #b_literal{val=Tag}], _Ds) -> + [{Src,#t_tuple{exact=true,size=Size,elements=[Tag]}}]; +infer_type(succeeded, [#b_var{}=Src], Ds) -> + #b_set{op=Op,args=Args} = maps:get(Src, Ds), + infer_type(Op, Args, Ds); +infer_type(_Op, _Args, _Ds) -> + []. + +%% bif_type(Name, Args) -> Type +%% Return the return type for the guard BIF or operator Name with +%% arguments Args. +%% +%% Note that that the following BIFs are handle elsewhere: +%% +%% band/2 + +bif_type(abs, [_]) -> number; +bif_type(bit_size, [_]) -> t_integer(); +bif_type(byte_size, [_]) -> t_integer(); +bif_type(ceil, [_]) -> t_integer(); +bif_type(float, [_]) -> float; +bif_type(floor, [_]) -> t_integer(); +bif_type(is_map_key, [_,_]) -> t_boolean(); +bif_type(length, [_]) -> t_integer(); +bif_type(map_size, [_]) -> t_integer(); +bif_type(node, []) -> #t_atom{}; +bif_type(node, [_]) -> #t_atom{}; +bif_type(round, [_]) -> t_integer(); +bif_type(size, [_]) -> t_integer(); +bif_type(trunc, [_]) -> t_integer(); +bif_type(tuple_size, [_]) -> t_integer(); +bif_type('bnot', [_]) -> t_integer(); +bif_type('bor', [_,_]) -> t_integer(); +bif_type('bsl', [_,_]) -> t_integer(); +bif_type('bsr', [_,_]) -> t_integer(); +bif_type('bxor', [_,_]) -> t_integer(); +bif_type('div', [_,_]) -> t_integer(); +bif_type('rem', [_,_]) -> t_integer(); +bif_type('/', [_,_]) -> float; +bif_type(Name, Args) -> + Arity = length(Args), + case erl_internal:new_type_test(Name, Arity) orelse + erl_internal:bool_op(Name, Arity) orelse + erl_internal:comp_op(Name, Arity) of + true -> + t_boolean(); + false -> + case erl_internal:arith_op(Name, Arity) of + true -> number; + false -> any + end + end. + +inferred_bif_type(is_atom, [_]) -> t_atom(); +inferred_bif_type(is_binary, [_]) -> {binary,8}; +inferred_bif_type(is_bitstring, [_]) -> {binary,1}; +inferred_bif_type(is_boolean, [_]) -> t_boolean(); +inferred_bif_type(is_float, [_]) -> float; +inferred_bif_type(is_integer, [_]) -> t_integer(); +inferred_bif_type(is_list, [_]) -> list; +inferred_bif_type(is_map, [_]) -> map; +inferred_bif_type(is_number, [_]) -> number; +inferred_bif_type(is_tuple, [_]) -> #t_tuple{}; +inferred_bif_type(abs, [_]) -> number; +inferred_bif_type(bit_size, [_]) -> {binary,1}; +inferred_bif_type(byte_size, [_]) -> {binary,1}; +inferred_bif_type(ceil, [_]) -> number; +inferred_bif_type(float, [_]) -> number; +inferred_bif_type(floor, [_]) -> number; +inferred_bif_type(hd, [_]) -> cons; +inferred_bif_type(length, [_]) -> list; +inferred_bif_type(map_size, [_]) -> map; +inferred_bif_type(round, [_]) -> number; +inferred_bif_type(trunc, [_]) -> number; +inferred_bif_type(tl, [_]) -> cons; +inferred_bif_type(tuple_size, [_]) -> #t_tuple{}; +inferred_bif_type(_, _) -> any. + +infer_tuple_size(#b_set{op={bif,tuple_size},args=[#b_var{}=Tuple]}, + #b_literal{val=Size}) when is_integer(Size) -> + [{Tuple,#t_tuple{exact=true,size=Size}}]; +infer_tuple_size(_, _) -> []. + +infer_first_element(#b_set{op=get_tuple_element, + args=[#b_var{}=Tuple,#b_literal{val=0}]}, + #b_literal{val=First}) -> + [{Tuple,#t_tuple{size=1,elements=[First]}}]; +infer_first_element(_, _) -> []. + +is_math_bif(cos, 1) -> true; +is_math_bif(cosh, 1) -> true; +is_math_bif(sin, 1) -> true; +is_math_bif(sinh, 1) -> true; +is_math_bif(tan, 1) -> true; +is_math_bif(tanh, 1) -> true; +is_math_bif(acos, 1) -> true; +is_math_bif(acosh, 1) -> true; +is_math_bif(asin, 1) -> true; +is_math_bif(asinh, 1) -> true; +is_math_bif(atan, 1) -> true; +is_math_bif(atanh, 1) -> true; +is_math_bif(erf, 1) -> true; +is_math_bif(erfc, 1) -> true; +is_math_bif(exp, 1) -> true; +is_math_bif(log, 1) -> true; +is_math_bif(log2, 1) -> true; +is_math_bif(log10, 1) -> true; +is_math_bif(sqrt, 1) -> true; +is_math_bif(atan2, 2) -> true; +is_math_bif(pow, 2) -> true; +is_math_bif(ceil, 1) -> true; +is_math_bif(floor, 1) -> true; +is_math_bif(fmod, 2) -> true; +is_math_bif(pi, 0) -> true; +is_math_bif(_, _) -> false. + +join_types(Ts0, Ts1) -> + if + map_size(Ts0) < map_size(Ts1) -> + join_types_1(maps:keys(Ts0), Ts1, Ts0); + true -> + join_types_1(maps:keys(Ts1), Ts0, Ts1) + end. + +join_types_1([V|Vs], Ts0, Ts1) -> + case {Ts0,Ts1} of + {#{V:=Same},#{V:=Same}} -> + join_types_1(Vs, Ts0, Ts1); + {#{V:=T0},#{V:=T1}} -> + case join(T0, T1) of + T1 -> + join_types_1(Vs, Ts0, Ts1); + T -> + join_types_1(Vs, Ts0, Ts1#{V:=T}) + end; + {#{},#{V:=_}} -> + join_types_1(Vs, Ts0, Ts1) + end; +join_types_1([], Ts0, Ts1) -> + maps:merge(Ts0, Ts1). + +join([T1,T2|Ts]) -> + join([join(T1, T2)|Ts]); +join([T]) -> T. + +get_literal_from_type(#t_atom{elements=[Atom]}) -> + #b_literal{val=Atom}; +get_literal_from_type(#t_integer{elements={Int,Int}}) -> + #b_literal{val=Int}; +get_literal_from_type(nil) -> + #b_literal{val=[]}; +get_literal_from_type(_) -> none. + +t_atom() -> + #t_atom{elements=any}. + +t_atom(Atom) when is_atom(Atom) -> + #t_atom{elements=[Atom]}. + +t_boolean() -> + #t_atom{elements=[false,true]}. + +t_integer() -> + #t_integer{elements=any}. + +t_integer(Int) when is_integer(Int) -> + #t_integer{elements={Int,Int}}. + +t_integer(Min, Max) when is_integer(Min), is_integer(Max) -> + #t_integer{elements={Min,Max}}. + +t_is_boolean(#t_atom{elements=[F,T]}) -> + F =:= false andalso T =:= true; +t_is_boolean(#t_atom{elements=[B]}) -> + is_boolean(B); +t_is_boolean(_) -> false. + +t_tuple_size(#t_tuple{size=Size,exact=false}) -> + {at_least,Size}; +t_tuple_size(#t_tuple{size=Size,exact=true}) -> + {exact,Size}; +t_tuple_size(_) -> + none. + +%% join(Type1, Type2) -> Type +%% Return the "join" of Type1 and Type2. The join is a more general +%% type than Type1 and Type2. For example: +%% +%% join(#t_integer{elements=any}, #t_integer=elements={0,3}}) -> +%% #t_integer{} +%% +%% The join for two different types result in 'any', which is +%% the top element for our type lattice: +%% +%% join(#t_integer{}, map) -> any + +-spec join(type(), type()) -> type(). + +join(T, T) -> + verified_type(T); +join(none, T) -> + verified_type(T); +join(T, none) -> + verified_type(T); +join(any, _) -> any; +join(_, any) -> any; +join(#t_atom{elements=[_|_]=Set1}, #t_atom{elements=[_|_]=Set2}) -> + Set = ordsets:union(Set1, Set2), + case ordsets:size(Set) of + Size when Size =< ?ATOM_SET_SIZE -> + #t_atom{elements=Set}; + _Size -> + #t_atom{elements=any} + end; +join(#t_atom{elements=any}=T, #t_atom{elements=[_|_]}) -> T; +join(#t_atom{elements=[_|_]}, #t_atom{elements=any}=T) -> T; +join({binary,U1}, {binary,U2}) -> + {binary,gcd(U1, U2)}; +join(#t_integer{}, #t_integer{}) -> t_integer(); +join(list, cons) -> list; +join(cons, list) -> list; +join(nil, cons) -> list; +join(cons, nil) -> list; +join(nil, list) -> list; +join(list, nil) -> list; +join(#t_integer{}, float) -> number; +join(float, #t_integer{}) -> number; +join(#t_integer{}, number) -> number; +join(number, #t_integer{}) -> number; +join(float, number) -> number; +join(number, float) -> number; +join(#t_tuple{size=Sz,exact=Exact1}, #t_tuple{size=Sz,exact=Exact2}) -> + Exact = Exact1 and Exact2, + #t_tuple{size=Sz,exact=Exact}; +join(#t_tuple{size=Sz1}, #t_tuple{size=Sz2}) -> + #t_tuple{size=min(Sz1, Sz2)}; +join(_T1, _T2) -> + %%io:format("~p ~p\n", [_T1,_T2]), + any. + +gcd(A, B) -> + case A rem B of + 0 -> B; + X -> gcd(B, X) + end. + +meet_types([{V,T0}|Vs], Ts) -> + #{V:=T1} = Ts, + T = meet(T0, T1), + meet_types(Vs, Ts#{V:=T}); +meet_types([], Ts) -> Ts. + +meet([T1,T2|Ts]) -> + meet([meet(T1, T2)|Ts]); +meet([T]) -> T. + +%% meet(Type1, Type2) -> Type +%% Return the "meet" of Type1 and Type2. The meet is a narrower +%% type than Type1 and Type2. For example: +%% +%% meet(#t_integer{elements=any}, #t_integer{elements={0,3}}) -> +%% #t_integer{elements={0,3}} +%% +%% The meet for two different types result in 'none', which is +%% the bottom element for our type lattice: +%% +%% meet(#t_integer{}, map) -> none + +-spec meet(type(), type()) -> type(). + +meet(T, T) -> + verified_type(T); +meet(#t_atom{elements=[_|_]=Set1}, #t_atom{elements=[_|_]=Set2}) -> + case ordsets:intersection(Set1, Set2) of + [] -> + none; + [_|_]=Set -> + #t_atom{elements=Set} + end; +meet(#t_atom{elements=[_|_]}=T, #t_atom{elements=any}) -> + T; +meet(#t_atom{elements=any}, #t_atom{elements=[_|_]}=T) -> + T; +meet(#t_integer{elements={_,_}}=T, #t_integer{elements=any}) -> + T; +meet(#t_integer{elements=any}, #t_integer{elements={_,_}}=T) -> + T; +meet(#t_integer{elements={Min1,Max1}}, + #t_integer{elements={Min2,Max2}}) -> + #t_integer{elements={max(Min1, Min2),min(Max1, Max2)}}; +meet(#t_integer{}=T, number) -> T; +meet(float=T, number) -> T; +meet(number, #t_integer{}=T) -> T; +meet(number, float=T) -> T; +meet(list, cons) -> cons; +meet(list, nil) -> nil; +meet(cons, list) -> cons; +meet(nil, list) -> nil; +meet(#t_tuple{}=T1, #t_tuple{}=T2) -> + meet_tuples(T1, T2); +meet({binary,U1}, {binary,U2}) -> + {binary,max(U1, U2)}; +meet(any, T) -> + verified_type(T); +meet(T, any) -> + verified_type(T); +meet(_, _) -> + %% Inconsistent types. There will be an exception at runtime. + none. + +meet_tuples(#t_tuple{elements=[E1]}, #t_tuple{elements=[E2]}) + when E1 =/= E2 -> + none; +meet_tuples(#t_tuple{size=Sz1,exact=true}, + #t_tuple{size=Sz2,exact=true}) when Sz1 =/= Sz2 -> + none; +meet_tuples(#t_tuple{size=Sz1,exact=Ex1,elements=Es1}, + #t_tuple{size=Sz2,exact=Ex2,elements=Es2}) -> + Size = max(Sz1, Sz2), + Exact = Ex1 or Ex2, + Es = case {Es1,Es2} of + {[],[_|_]} -> Es2; + {[_|_],[]} -> Es1; + {_,_} -> Es1 + end, + #t_tuple{size=Size,exact=Exact,elements=Es}. + +%% verified_type(Type) -> Type +%% Returns the passed in type if it is one of the defined types. +%% Crashes if there is anything wrong with the type. +%% +%% Here are all possible types: +%% +%% any Any Erlang term (top element for the type lattice). +%% +%% #t_atom{} Any atom or some specific atoms. +%% {binary,Unit} Binary/bitstring aligned to unit Unit. +%% float Floating point number. +%% #t_integer{} Integer +%% list Empty or nonempty list. +%% map Map. +%% nil Empty list. +%% cons Cons (nonempty list). +%% number A number (float or integer). +%% #t_tuple{} Tuple. +%% +%% none No type (bottom element for the type lattice). + +-spec verified_type(T) -> T when + T :: type(). + +verified_type(any=T) -> T; +verified_type(none=T) -> T; +verified_type(#t_atom{elements=any}=T) -> T; +verified_type(#t_atom{elements=[_|_]}=T) -> T; +verified_type({binary,U}=T) when is_integer(U) -> T; +verified_type(#t_integer{elements=any}=T) -> T; +verified_type(#t_integer{elements={Min,Max}}=T) + when is_integer(Min), is_integer(Max) -> T; +verified_type(list=T) -> T; +verified_type(map=T) -> T; +verified_type(nil=T) -> T; +verified_type(cons=T) -> T; +verified_type(number=T) -> T; +verified_type(#t_tuple{}=T) -> T; +verified_type(float=T) -> T. diff --git a/lib/compiler/src/beam_trim.erl b/lib/compiler/src/beam_trim.erl index 4da0985085..1acbedd45b 100644 --- a/lib/compiler/src/beam_trim.erl +++ b/lib/compiler/src/beam_trim.erl @@ -288,7 +288,7 @@ frame_size([{get_map_elements,{f,L},_,_}|Is], Safe) -> frame_size([{deallocate,N}|_], _) -> N; frame_size([{line,_}|Is], Safe) -> frame_size(Is, Safe); -frame_size([_|_], _) -> throw(not_possible). +frame_size(_, _) -> throw(not_possible). frame_size_branch(0, Is, Safe) -> frame_size(Is, Safe); diff --git a/lib/compiler/src/beam_type.erl b/lib/compiler/src/beam_type.erl deleted file mode 100644 index b5c979e529..0000000000 --- a/lib/compiler/src/beam_type.erl +++ /dev/null @@ -1,1117 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 1999-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% -%% Purpose: Type-based optimisations. See the comment for verified_type/1 -%% the very end of this file for a description of the types in the -%% type database. - --module(beam_type). - --export([module/2]). - --import(lists, [foldl/3,member/2,reverse/1,reverse/2,sort/1]). - --define(UNICODE_INT, {integer,{0,16#10FFFF}}). - --spec module(beam_utils:module_code(), [compile:option()]) -> - {'ok',beam_utils:module_code()}. - -module({Mod,Exp,Attr,Fs0,Lc}, _Opts) -> - Fs = [function(F) || F <- Fs0], - {ok,{Mod,Exp,Attr,Fs,Lc}}. - -function({function,Name,Arity,CLabel,Asm0}) -> - try - Asm1 = beam_utils:live_opt(Asm0), - Asm2 = opt(Asm1, [], tdb_new()), - Asm3 = beam_utils:live_opt(Asm2), - Asm = beam_utils:delete_annos(Asm3), - {function,Name,Arity,CLabel,Asm} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - -%% opt([Instruction], Accumulator, TypeDb) -> {[Instruction'],TypeDb'} -%% Keep track of type information; try to simplify. - -opt([{block,Body1}|Is], [{block,Body0}|Acc], Ts0) -> - {Body2,Ts} = simplify(Body1, Ts0), - Body = merge_blocks(Body0, Body2), - opt(Is, [{block,Body}|Acc], Ts); -opt([{block,Body0}|Is], Acc, Ts0) -> - {Body,Ts} = simplify(Body0, Ts0), - opt(Is, [{block,Body}|Acc], Ts); -opt([I0|Is], Acc, Ts0) -> - case simplify_basic([I0], Ts0) of - {[],Ts} -> opt(Is, Acc, Ts); - {[I],Ts} -> opt(Is, [I|Acc], Ts) - end; -opt([], Acc, _) -> reverse(Acc). - -%% simplify(Instruction, TypeDb) -> NewInstruction -%% Simplify an instruction using type information (this is -%% technically a "strength reduction"). - -simplify(Is0, TypeDb0) -> - {Is,_} = BasicRes = simplify_basic(Is0, TypeDb0), - case simplify_float(Is, TypeDb0) of - not_possible -> BasicRes; - {_,_}=Res -> Res - end. - -%% simplify_basic([Instruction], TypeDatabase) -> {[Instruction],TypeDatabase'} -%% Basic simplification, mostly tuples, no floating point optimizations. - -simplify_basic(Is, Ts) -> - simplify_basic(Is, Ts, []). - -simplify_basic([I0|Is], Ts0, Acc) -> - case simplify_instr(I0, Ts0) of - [] -> - simplify_basic(Is, Ts0, Acc); - [I] -> - Ts = update(I, Ts0), - simplify_basic(Is, Ts, [I|Acc]) - end; -simplify_basic([], Ts, Acc) -> - {reverse(Acc),Ts}. - -%% simplify_instr(Instruction, Ts) -> [Instruction]. - -%% Simplify a simple instruction using type information. Return an -%% empty list if the instruction should be removed, or a list with -%% the original or modified instruction. - -simplify_instr({set,[D],[{integer,Index},Reg],{bif,element,_}}=I, Ts) -> - case max_tuple_size(Reg, Ts) of - Sz when 0 < Index, Index =< Sz -> - [{set,[D],[Reg],{get_tuple_element,Index-1}}]; - _ -> [I] - end; -simplify_instr({test,Test,Fail,[R]}=I, Ts) -> - case tdb_find(R, Ts) of - any -> - [I]; - Type -> - case will_succeed(Test, Type) of - yes -> []; - no -> [{jump,Fail}]; - maybe -> [I] - end - end; -simplify_instr({set,[D],[TupleReg],{get_tuple_element,0}}=I, Ts) -> - case tdb_find(TupleReg, Ts) of - {tuple,_,_,[Contents]} -> - [{set,[D],[Contents],move}]; - _ -> - [I] - end; -simplify_instr({test,test_arity,_,[R,Arity]}=I, Ts) -> - case tdb_find(R, Ts) of - {tuple,exact_size,Arity,_} -> []; - _ -> [I] - end; -simplify_instr({test,is_eq_exact,Fail,[R,{atom,A}=Atom]}=I, Ts) -> - case tdb_find(R, Ts) of - {atom,_}=Atom -> []; - boolean when is_boolean(A) -> [I]; - any -> [I]; - _ -> [{jump,Fail}] - end; -simplify_instr({test,is_record,_,[R,{atom,_}=Tag,{integer,Arity}]}=I, Ts) -> - case tdb_find(R, Ts) of - {tuple,exact_size,Arity,[Tag]} -> []; - _ -> [I] - end; -simplify_instr({select,select_val,Reg,_,_}=I, Ts) -> - [case tdb_find(Reg, Ts) of - {integer,Range} -> - simplify_select_val_int(I, Range); - boolean -> - simplify_select_val_bool(I); - _ -> - I - end]; -simplify_instr({test,bs_test_unit,_,[Src,Unit]}=I, Ts) -> - case tdb_find(Src, Ts) of - {binary,U} when U rem Unit =:= 0 -> []; - _ -> [I] - end; -simplify_instr(I, _) -> [I]. - -simplify_select_val_int({select,select_val,R,_,L0}=I, {Min,Max}) -> - Vs = sort([V || {integer,V} <- L0]), - case eq_ranges(Vs, Min, Max) of - false -> I; - true -> simplify_select_val_1(L0, {integer,Max}, R, []) - end. - -simplify_select_val_bool({select,select_val,R,_,L}=I) -> - Vs = sort([V || {atom,V} <- L]), - case Vs of - [false,true] -> - simplify_select_val_1(L, {atom,false}, R, []); - _ -> - I - end. - -simplify_select_val_1([Val,F|T], Val, R, Acc) -> - L = reverse(Acc, T), - {select,select_val,R,F,L}; -simplify_select_val_1([V,F|T], Val, R, Acc) -> - simplify_select_val_1(T, Val, R, [F,V|Acc]). - -eq_ranges([H], H, H) -> true; -eq_ranges([H|T], H, Max) -> eq_ranges(T, H+1, Max); -eq_ranges(_, _, _) -> false. - -%% will_succeed(TestOperation, Type) -> yes|no|maybe. -%% Test whether TestOperation applied to an argument of type Type -%% will succeed. Return yes, no, or maybe. -%% -%% Type is a type as described in the comment for verified_type/1 at -%% the very end of this file, but it will *never* be 'any'. - -will_succeed(is_atom, Type) -> - case Type of - {atom,_} -> yes; - boolean -> yes; - _ -> no - end; -will_succeed(is_binary, Type) -> - case Type of - {binary,U} when U rem 8 =:= 0 -> yes; - {binary,_} -> maybe; - _ -> no - end; -will_succeed(is_bitstr, Type) -> - case Type of - {binary,_} -> yes; - _ -> no - end; -will_succeed(is_integer, Type) -> - case Type of - integer -> yes; - {integer,_} -> yes; - _ -> no - end; -will_succeed(is_map, Type) -> - case Type of - map -> yes; - _ -> no - end; -will_succeed(is_nonempty_list, Type) -> - case Type of - nonempty_list -> yes; - _ -> no - end; -will_succeed(is_tuple, Type) -> - case Type of - {tuple,_,_,_} -> yes; - _ -> no - end; -will_succeed(_, _) -> maybe. - -%% simplify_float([Instruction], TypeDatabase) -> -%% {[Instruction],TypeDatabase'} | not_possible -%% Simplify floating point operations in blocks. -%% -simplify_float(Is0, Ts0) -> - {Is1,Ts} = simplify_float_1(Is0, Ts0, [], []), - Is2 = opt_fmoves(Is1, []), - Is3 = flt_need_heap(Is2), - try - {flt_liveness(Is3),Ts} - catch - throw:not_possible -> not_possible - end. - -simplify_float_1([{set,[],[],fclearerror}|Is], Ts, Rs, Acc) -> - simplify_float_1(Is, Ts, Rs, clearerror(Acc)); -simplify_float_1([{set,[],[],fcheckerror}|Is], Ts, Rs, Acc) -> - simplify_float_1(Is, Ts, Rs, checkerror(Acc)); -simplify_float_1([{set,[{fr,_}],_,_}=I|Is], Ts, Rs, Acc) -> - simplify_float_1(Is, Ts, Rs, [I|Acc]); -simplify_float_1([{set,[D0],[A0],{alloc,_,{gc_bif,'-',{f,0}}}}=I|Is]=Is0, - Ts0, Rs0, Acc0) -> - case tdb_find(A0, Ts0) of - float -> - A = coerce_to_float(A0), - {Rs1,Acc1} = load_reg(A, Ts0, Rs0, Acc0), - {D,Rs} = find_dest(D0, Rs1), - Areg = fetch_reg(A, Rs), - Acc = [{set,[D],[Areg],{bif,fnegate,{f,0}}}|clearerror(Acc1)], - Ts = tdb_store(D0, float, Ts0), - simplify_float_1(Is, Ts, Rs, Acc); - _Other -> - Ts = update(I, Ts0), - {Rs,Acc} = flush(Rs0, Is0, Acc0), - simplify_float_1(Is, Ts, Rs, [I|checkerror(Acc)]) - end; -simplify_float_1([{set,[D0],[A0,B0],{alloc,_,{gc_bif,Op0,{f,0}}}}=I|Is]=Is0, - Ts0, Rs0, Acc0) -> - case float_op(Op0, A0, B0, Ts0) of - no -> - Ts = update(I, Ts0), - {Rs,Acc} = flush(Rs0, Is0, Acc0), - simplify_float_1(Is, Ts, Rs, [I|checkerror(Acc)]); - {yes,Op} -> - A = coerce_to_float(A0), - B = coerce_to_float(B0), - {Rs1,Acc1} = load_reg(A, Ts0, Rs0, Acc0), - {Rs2,Acc2} = load_reg(B, Ts0, Rs1, Acc1), - {D,Rs} = find_dest(D0, Rs2), - Areg = fetch_reg(A, Rs), - Breg = fetch_reg(B, Rs), - Acc = [{set,[D],[Areg,Breg],{bif,Op,{f,0}}}|clearerror(Acc2)], - Ts = tdb_store(D0, float, Ts0), - simplify_float_1(Is, Ts, Rs, Acc) - end; -simplify_float_1([{set,_,_,{try_catch,_,_}}=I|Is]=Is0, _Ts, Rs0, Acc0) -> - Acc = flush_all(Rs0, Is0, Acc0), - simplify_float_1(Is, tdb_new(), Rs0, [I|Acc]); -simplify_float_1([{set,_,_,{line,_}}=I|Is], Ts, Rs, Acc) -> - simplify_float_1(Is, Ts, Rs, [I|Acc]); -simplify_float_1([I|Is], Ts0, [], Acc) -> - Ts = update(I, Ts0), - simplify_float_1(Is, Ts, [], [I|Acc]); -simplify_float_1([I|Is]=Is0, Ts0, Rs0, Acc0) -> - Ts = update(I, Ts0), - {Rs,Acc} = flush(Rs0, Is0, Acc0), - simplify_float_1(Is, Ts, Rs, [I|checkerror(Acc)]); -simplify_float_1([], Ts, [], Acc) -> - Is = reverse(Acc), - {Is,Ts}. - -coerce_to_float({integer,I}=Int) -> - try float(I) of - F -> - {float,F} - catch _:_ -> - %% Let the overflow happen at run-time. - Int - end; -coerce_to_float(Other) -> Other. - -opt_fmoves([{set,[{x,_}=R],[{fr,_}]=Src,fmove}=I1, - {set,[_]=Dst,[{x,_}=R],move}=I2|Is], Acc) -> - case beam_utils:is_killed_block(R, Is) of - false -> opt_fmoves(Is, [I2,I1|Acc]); - true -> opt_fmoves(Is, [{set,Dst,Src,fmove}|Acc]) - end; -opt_fmoves([I|Is], Acc) -> - opt_fmoves(Is, [I|Acc]); -opt_fmoves([], Acc) -> reverse(Acc). - -clearerror(Is) -> - clearerror(Is, Is). - -clearerror([{set,[],[],fclearerror}|_], OrigIs) -> OrigIs; -clearerror([{set,[],[],fcheckerror}|_], OrigIs) -> [{set,[],[],fclearerror}|OrigIs]; -clearerror([_|Is], OrigIs) -> clearerror(Is, OrigIs); -clearerror([], OrigIs) -> [{set,[],[],fclearerror}|OrigIs]. - -%% merge_blocks(Block1, Block2) -> Block. -%% Combine two blocks and eliminate any move instructions that assign -%% to registers that are killed later in the block. -%% -merge_blocks(B1, [{'%anno',_}|B2]) -> - merge_blocks_1(B1++[{set,[],[],stop_here}|B2]). - -merge_blocks_1([{set,[],_,stop_here}|Is]) -> Is; -merge_blocks_1([{set,[D],_,move}=I|Is]) -> - case beam_utils:is_killed_block(D, Is) of - true -> merge_blocks_1(Is); - false -> [I|merge_blocks_1(Is)] - end; -merge_blocks_1([I|Is]) -> [I|merge_blocks_1(Is)]. - -%% flt_need_heap([Instruction]) -> [Instruction] -%% Insert need heap allocation instructions in the instruction stream -%% to properly account for both inserted floating point operations and -%% normal term build operations (such as put_list/3). -%% -%% Ignore old heap allocation instructions (except if they allocate a stack -%% frame too), as they may be in the wrong place (because gc_bif instructions -%% could have been converted to floating point operations). - -flt_need_heap(Is) -> - flt_need_heap_1(reverse(Is), 0, 0, []). - -flt_need_heap_1([{set,[],[],{alloc,_,Alloc}}|Is], H, Fl, Acc) -> - case Alloc of - {_,nostack,_,_} -> - %% Remove any existing test_heap/2 instruction. - flt_need_heap_1(Is, H, Fl, Acc); - {Z,Stk,_,Inits} when is_integer(Stk) -> - %% Keep any allocate*/2 instruction and recalculate heap need. - I = {set,[],[],{alloc,regs,{Z,Stk,build_alloc(H, Fl),Inits}}}, - flt_need_heap_1(Is, 0, 0, [I|Acc]) - end; -flt_need_heap_1([I|Is], H0, Fl0, Acc) -> - {Ns,H1,Fl1} = flt_need_heap_2(I, H0, Fl0), - flt_need_heap_1(Is, H1, Fl1, [I|Ns]++Acc); -flt_need_heap_1([], H, Fl, Acc) -> - flt_alloc(H, Fl) ++ Acc. - -%% First come all instructions that build. We pass through, while we -%% add to the need for heap words and floats on the heap. -flt_need_heap_2({set,[_],[{fr,_}],fmove}, H, Fl) -> - {[],H,Fl+1}; -flt_need_heap_2({set,_,_,put_list}, H, Fl) -> - {[],H+2,Fl}; -flt_need_heap_2({set,_,_,{put_tuple,_}}, H, Fl) -> - {[],H+1,Fl}; -flt_need_heap_2({set,_,_,put}, H, Fl) -> - {[],H+1,Fl}; -%% The following instructions cause the insertion of an allocation -%% instruction if needed. -flt_need_heap_2({set,_,_,{alloc,_,_}}, H, Fl) -> - {flt_alloc(H, Fl),0,0}; -flt_need_heap_2({set,_,_,{set_tuple_element,_}}, H, Fl) -> - {flt_alloc(H, Fl),0,0}; -flt_need_heap_2({'%anno',_}, H, Fl) -> - {flt_alloc(H, Fl),0,0}; -%% All other instructions are "neutral". We just pass them. -flt_need_heap_2(_, H, Fl) -> - {[],H,Fl}. - -flt_alloc(0, 0) -> - []; -flt_alloc(H, 0) -> - [{set,[],[],{alloc,regs,{nozero,nostack,H,[]}}}]; -flt_alloc(H, F) -> - [{set,[],[],{alloc,regs,{nozero,nostack, - build_alloc(H, F),[]}}}]. - -build_alloc(Words, 0) -> Words; -build_alloc(Words, Floats) -> {alloc,[{words,Words},{floats,Floats}]}. - - -%% flt_liveness([Instruction]) -> [Instruction] -%% (Re)calculate the number of live registers for each heap allocation -%% function. We base liveness of the number of register map at the -%% beginning of the instruction sequence. -%% -%% A 'not_possible' term will be thrown if the set of live registers -%% is not continous at an allocation function (e.g. if {x,0} and {x,2} -%% are live, but not {x,1}). - -flt_liveness([{'%anno',{used,Regs}}=LiveInstr|Is]) -> - flt_liveness_1(Is, Regs, [LiveInstr]). - -flt_liveness_1([{set,Ds,Ss,{alloc,Live0,Alloc}}|Is], Regs0, Acc) -> - Live = min(Live0, live_regs(Regs0)), - I = {set,Ds,Ss,{alloc,Live,Alloc}}, - Regs1 = init_regs(Live), - Regs = x_live(Ds, Regs1), - flt_liveness_1(Is, Regs, [I|Acc]); -flt_liveness_1([{set,Ds,_,_}=I|Is], Regs0, Acc) -> - Regs = x_live(Ds, Regs0), - flt_liveness_1(Is, Regs, [I|Acc]); -flt_liveness_1([{'%anno',_}], _Regs, Acc) -> - reverse(Acc). - -init_regs(Live) -> - (1 bsl Live) - 1. - -live_regs(Regs) -> - live_regs_1(Regs, 0). - -live_regs_1(0, N) -> N; -live_regs_1(R, N) -> - case R band 1 of - 0 -> throw(not_possible); - 1 -> live_regs_1(R bsr 1, N+1) - end. - -x_live([{x,N}|Rs], Regs) -> x_live(Rs, Regs bor (1 bsl N)); -x_live([_|Rs], Regs) -> x_live(Rs, Regs); -x_live([], Regs) -> Regs. - -%% update(Instruction, TypeDb) -> NewTypeDb -%% Update the type database to account for executing an instruction. -%% -%% First the cases for instructions inside basic blocks. -update({'%anno',_}, Ts) -> - Ts; -update({set,[D],[S],move}, Ts) -> - tdb_copy(S, D, Ts); -update({set,[D],[Index,Reg],{bif,element,_}}, Ts0) -> - MinSize = case Index of - {integer,I} -> I; - _ -> 0 - end, - Ts = tdb_meet(Reg, {tuple,min_size,MinSize,[]}, Ts0), - tdb_store(D, any, Ts); -update({set,[D],[_Key,Map],{bif,map_get,_}}, Ts0) -> - Ts = tdb_meet(Map, map, Ts0), - tdb_store(D, any, Ts); -update({set,[D],Args,{bif,N,_}}, Ts) -> - Ar = length(Args), - BoolOp = erl_internal:new_type_test(N, Ar) orelse - erl_internal:comp_op(N, Ar) orelse - erl_internal:bool_op(N, Ar), - Type = case BoolOp of - true -> boolean; - false -> unary_op_type(N) - end, - tdb_store(D, Type, Ts); -update({set,[D],[S],{get_tuple_element,0}}, Ts0) -> - if - D =:= S -> - tdb_store(D, any, Ts0); - true -> - Ts = tdb_store(D, {tuple_element,S,0}, Ts0), - tdb_store(S, {tuple,min_size,1,[]}, Ts) - end; -update({set,[D],[S],{alloc,_,{gc_bif,float,{f,0}}}}, Ts0) -> - %% Make sure we reject non-numeric literal argument. - case possibly_numeric(S) of - true -> tdb_store(D, float, Ts0); - false -> Ts0 - end; -update({set,[D],[S1,S2],{alloc,_,{gc_bif,'band',{f,0}}}}, Ts) -> - Type = band_type(S1, S2, Ts), - tdb_store(D, Type, Ts); -update({set,[D],[S1,S2],{alloc,_,{gc_bif,'/',{f,0}}}}, Ts) -> - %% Make sure we reject non-numeric literals. - case possibly_numeric(S1) andalso possibly_numeric(S2) of - true -> tdb_store(D, float, Ts); - false -> Ts - end; -update({set,[D],[S1,S2],{alloc,_,{gc_bif,Op,{f,0}}}}, Ts0) -> - case op_type(Op) of - integer -> - tdb_store(D, integer, Ts0); - {float,_} -> - case {tdb_find(S1, Ts0),tdb_find(S2, Ts0)} of - {float,_} -> tdb_store(D, float, Ts0); - {_,float} -> tdb_store(D, float, Ts0); - {_,_} -> tdb_store(D, any, Ts0) - end; - Type -> - tdb_store(D, Type, Ts0) - end; -update({set,[D],[_],{alloc,_,{gc_bif,Op,{f,0}}}}, Ts) -> - tdb_store(D, unary_op_type(Op), Ts); -update({set,[],_Src,_Op}, Ts) -> - Ts; -update({set,[D],_Src,_Op}, Ts) -> - tdb_store(D, any, Ts); -update({kill,D}, Ts) -> - tdb_store(D, any, Ts); - -%% Instructions outside of blocks. -update({test,test_arity,_Fail,[Src,Arity]}, Ts) -> - tdb_meet(Src, {tuple,exact_size,Arity,[]}, Ts); -update({get_map_elements,_,Src,{list,Elems0}}, Ts0) -> - Ts1 = tdb_meet(Src, map, Ts0), - {_Ss,Ds} = beam_utils:split_even(Elems0), - foldl(fun(Dst, A) -> tdb_store(Dst, any, A) end, Ts1, Ds); -update({test,is_eq_exact,_,[Reg,{atom,_}=Atom]}, Ts0) -> - Ts = case tdb_find_source_tuple(Reg, Ts0) of - {source_tuple,TupleReg} -> - tdb_meet(TupleReg, {tuple,min_size,1,[Atom]}, Ts0); - none -> - Ts0 - end, - tdb_meet(Reg, Atom, Ts); -update({test,is_record,_Fail,[Src,Tag,{integer,Arity}]}, Ts) -> - tdb_meet(Src, {tuple,exact_size,Arity,[Tag]}, Ts); - -%% Binaries and binary matching. - -update({test,bs_get_integer2,_,_,Args,Dst}, Ts) -> - tdb_store(Dst, get_bs_integer_type(Args), Ts); -update({test,bs_get_utf8,_,_,_,Dst}, Ts) -> - tdb_store(Dst, ?UNICODE_INT, Ts); -update({test,bs_get_utf16,_,_,_,Dst}, Ts) -> - tdb_store(Dst, ?UNICODE_INT, Ts); -update({test,bs_get_utf32,_,_,_,Dst}, Ts) -> - tdb_store(Dst, ?UNICODE_INT, Ts); -update({bs_init,_,{bs_init2,_,_},_,_,Dst}, Ts) -> - tdb_store(Dst, {binary,8}, Ts); -update({bs_init,_,_,_,_,Dst}, Ts) -> - tdb_store(Dst, {binary,1}, Ts); -update({bs_put,_,_,_}, Ts) -> - Ts; -update({bs_save2,_,_}, Ts) -> - Ts; -update({bs_restore2,_,_}, Ts) -> - Ts; -update({bs_context_to_binary,Dst}, Ts) -> - tdb_store(Dst, any, Ts); -update({test,bs_start_match2,_,_,[Src,_],Dst}, Ts0) -> - Ts = tdb_meet(Src, {binary,1}, Ts0), - tdb_copy(Src, Dst, Ts); -update({test,bs_get_binary2,_,_,[_,_,Unit,_],Dst}, Ts) -> - true = is_integer(Unit), %Assertion. - tdb_store(Dst, {binary,Unit}, Ts); -update({test,bs_get_float2,_,_,_,Dst}, Ts) -> - tdb_store(Dst, float, Ts); -update({test,bs_test_unit,_,[Src,Unit]}, Ts) -> - tdb_meet(Src, {binary,Unit}, Ts); - -%% Other test instructions -update({test,Test,_Fail,[Src]}, Ts) -> - Type = case Test of - is_binary -> {binary,8}; - is_bitstr -> {binary,1}; - is_boolean -> boolean; - is_float -> float; - is_integer -> integer; - is_map -> map; - is_nonempty_list -> nonempty_list; - _ -> any - end, - tdb_meet(Src, Type, Ts); -update({test,_Test,_Fail,_Other}, Ts) -> - Ts; - -%% Calls - -update({call_ext,Ar,{extfunc,math,Math,Ar}}, Ts) -> - case is_math_bif(Math, Ar) of - true -> tdb_store({x,0}, float, Ts); - false -> tdb_kill_xregs(Ts) - end; -update({call_ext,3,{extfunc,erlang,setelement,3}}, Ts0) -> - Ts = tdb_kill_xregs(Ts0), - case tdb_find({x,1}, Ts0) of - {tuple,SzKind,Sz,_}=T0 -> - T = case tdb_find({x,0}, Ts0) of - {integer,{I,I}} when I > 1 -> - %% First element is not changed. The result - %% will have the same type. - T0; - _ -> - %% Position is 1 or unknown. May change the - %% first element of the tuple. - {tuple,SzKind,Sz,[]} - end, - tdb_store({x,0}, T, Ts); - _ -> - Ts - end; -update({call,_Arity,_Func}, Ts) -> tdb_kill_xregs(Ts); -update({call_ext,_Arity,_Func}, Ts) -> tdb_kill_xregs(Ts); -update({make_fun2,_,_,_,_}, Ts) -> tdb_kill_xregs(Ts); -update({call_fun, _}, Ts) -> tdb_kill_xregs(Ts); -update({apply, _}, Ts) -> tdb_kill_xregs(Ts); - -update({line,_}, Ts) -> Ts; -update({'%',_}, Ts) -> Ts; - -%% The instruction is unknown. Kill all information. -update(_I, _Ts) -> tdb_new(). - -band_type({integer,Int}, Other, Ts) -> - band_type_1(Int, Other, Ts); -band_type(Other, {integer,Int}, Ts) -> - band_type_1(Int, Other, Ts); -band_type(_, _, _) -> integer. - -band_type_1(Int, OtherSrc, Ts) -> - Type = band_type_2(Int, 0), - OtherType = tdb_find(OtherSrc, Ts), - meet(Type, OtherType). - -band_type_2(N, Bits) when Bits < 64 -> - case 1 bsl Bits of - P when P =:= N + 1 -> - {integer,{0,N}}; - P when P > N + 1 -> - integer; - _ -> - band_type_2(N, Bits+1) - end; -band_type_2(_, _) -> - %% Negative or large positive number. Give up. - integer. - -get_bs_integer_type([_,{integer,N},U,{field_flags,Fl}]) - when N*U < 64 -> - NumBits = N*U, - case member(unsigned, Fl) of - true -> - {integer,{0,(1 bsl NumBits)-1}}; - false -> - %% Signed integer. Don't bother. - integer - end; -get_bs_integer_type(_) -> - %% Avoid creating ranges with a huge upper limit. - integer. - -is_math_bif(cos, 1) -> true; -is_math_bif(cosh, 1) -> true; -is_math_bif(sin, 1) -> true; -is_math_bif(sinh, 1) -> true; -is_math_bif(tan, 1) -> true; -is_math_bif(tanh, 1) -> true; -is_math_bif(acos, 1) -> true; -is_math_bif(acosh, 1) -> true; -is_math_bif(asin, 1) -> true; -is_math_bif(asinh, 1) -> true; -is_math_bif(atan, 1) -> true; -is_math_bif(atanh, 1) -> true; -is_math_bif(erf, 1) -> true; -is_math_bif(erfc, 1) -> true; -is_math_bif(exp, 1) -> true; -is_math_bif(log, 1) -> true; -is_math_bif(log2, 1) -> true; -is_math_bif(log10, 1) -> true; -is_math_bif(sqrt, 1) -> true; -is_math_bif(atan2, 2) -> true; -is_math_bif(pow, 2) -> true; -is_math_bif(ceil, 1) -> true; -is_math_bif(floor, 1) -> true; -is_math_bif(fmod, 2) -> true; -is_math_bif(pi, 0) -> true; -is_math_bif(_, _) -> false. - -%% Reject non-numeric literals. -possibly_numeric({x,_}) -> true; -possibly_numeric({y,_}) -> true; -possibly_numeric({integer,_}) -> true; -possibly_numeric({float,_}) -> true; -possibly_numeric(_) -> false. - -max_tuple_size(Reg, Ts) -> - case tdb_find(Reg, Ts) of - {tuple,_,Sz,_} -> Sz; - _Other -> 0 - end. - -float_op('/', A, B, _) -> - case possibly_numeric(A) andalso possibly_numeric(B) of - true -> {yes,fdiv}; - false -> no - end; -float_op(Op, {float,_}, B, _) -> - case possibly_numeric(B) of - true -> arith_op(Op); - false -> no - end; -float_op(Op, A, {float,_}, _) -> - case possibly_numeric(A) of - true -> arith_op(Op); - false -> no - end; -float_op(Op, A, B, Ts) -> - case {tdb_find(A, Ts),tdb_find(B, Ts)} of - {float,_} -> arith_op(Op); - {_,float} -> arith_op(Op); - {_,_} -> no - end. - -find_dest(V, Rs0) -> - case find_reg(V, Rs0) of - {ok,FR} -> - {FR,mark(V, Rs0, dirty)}; - error -> - Rs = put_reg(V, Rs0, dirty), - {ok,FR} = find_reg(V, Rs), - {FR,Rs} - end. - -load_reg({float,_}=F, _, Rs0, Is0) -> - Rs = put_reg(F, Rs0, clean), - {ok,FR} = find_reg(F, Rs), - Is = [{set,[FR],[F],fmove}|Is0], - {Rs,Is}; -load_reg(V, Ts, Rs0, Is0) -> - case find_reg(V, Rs0) of - {ok,_FR} -> {Rs0,Is0}; - error -> - Rs = put_reg(V, Rs0, clean), - {ok,FR} = find_reg(V, Rs), - Op = case tdb_find(V, Ts) of - float -> fmove; - _ -> fconv - end, - Is = [{set,[FR],[V],Op}|Is0], - {Rs,Is} - end. - -arith_op(Op) -> - case op_type(Op) of - {float,Instr} -> {yes,Instr}; - _ -> no - end. - -op_type('+') -> {float,fadd}; -op_type('-') -> {float,fsub}; -op_type('*') -> {float,fmul}; -%% '/' and 'band' are specially handled. -op_type('bor') -> integer; -op_type('bxor') -> integer; -op_type('bsl') -> integer; -op_type('bsr') -> integer; -op_type('div') -> integer; -op_type(_) -> any. - -unary_op_type(bit_size) -> integer; -unary_op_type(byte_size) -> integer; -unary_op_type(length) -> integer; -unary_op_type(map_size) -> integer; -unary_op_type(size) -> integer; -unary_op_type(tuple_size) -> integer; -unary_op_type(_) -> any. - -flush(Rs, [{set,[_],[_,_,_],{bif,is_record,_}}|_]=Is0, Acc0) -> - Acc = flush_all(Rs, Is0, Acc0), - {[],Acc}; -flush(Rs, [{set,[_],[],{put_tuple,_}}|_]=Is0, Acc0) -> - Acc = flush_all(Rs, Is0, Acc0), - {[],Acc}; -flush(Rs0, [{set,Ds,Ss,_Op}|_], Acc0) -> - Save = cerl_sets:from_list(Ss), - Acc = save_regs(Rs0, Save, Acc0), - Rs1 = foldl(fun(S, A) -> mark(S, A, clean) end, Rs0, Ss), - Kill = cerl_sets:from_list(Ds), - Rs = kill_regs(Rs1, Kill), - {Rs,Acc}; -flush(Rs0, Is, Acc0) -> - Acc = flush_all(Rs0, Is, Acc0), - {[],Acc}. - -flush_all([{_,{float,_},_}|Rs], Is, Acc) -> - flush_all(Rs, Is, Acc); -flush_all([{I,V,dirty}|Rs], Is, Acc0) -> - Acc = checkerror(Acc0), - case beam_utils:is_killed_block(V, Is) of - true -> flush_all(Rs, Is, Acc); - false -> flush_all(Rs, Is, [{set,[V],[{fr,I}],fmove}|Acc]) - end; -flush_all([{_,_,clean}|Rs], Is, Acc) -> flush_all(Rs, Is, Acc); -flush_all([free|Rs], Is, Acc) -> flush_all(Rs, Is, Acc); -flush_all([], _, Acc) -> Acc. - -save_regs(Rs, Save, Acc) -> - foldl(fun(R, A) -> save_reg(R, Save, A) end, Acc, Rs). - -save_reg({I,V,dirty}, Save, Acc) -> - case cerl_sets:is_element(V, Save) of - true -> [{set,[V],[{fr,I}],fmove}|checkerror(Acc)]; - false -> Acc - end; -save_reg(_, _, Acc) -> Acc. - -kill_regs(Rs, Kill) -> - [kill_reg(R, Kill) || R <- Rs]. - -kill_reg({_,V,_}=R, Kill) -> - case cerl_sets:is_element(V, Kill) of - true -> free; - false -> R - end; -kill_reg(R, _) -> R. - -mark(V, [{I,V,_}|Rs], Mark) -> [{I,V,Mark}|Rs]; -mark(V, [R|Rs], Mark) -> [R|mark(V, Rs, Mark)]; -mark(_, [], _) -> []. - -fetch_reg(V, [{I,V,_}|_]) -> {fr,I}; -fetch_reg(V, [_|SRs]) -> fetch_reg(V, SRs). - -find_reg(V, [{I,V,_}|_]) -> {ok,{fr,I}}; -find_reg(V, [_|SRs]) -> find_reg(V, SRs); -find_reg(_, []) -> error. - -put_reg(V, Rs, Dirty) -> put_reg_1(V, Rs, Dirty, 0). - -put_reg_1(V, [free|Rs], Dirty, I) -> [{I,V,Dirty}|Rs]; -put_reg_1(V, [R|Rs], Dirty, I) -> [R|put_reg_1(V, Rs, Dirty, I+1)]; -put_reg_1(V, [], Dirty, I) -> [{I,V,Dirty}]. - -checkerror(Is) -> - checkerror_1(Is, Is). - -checkerror_1([{set,[],[],fcheckerror}|_], OrigIs) -> OrigIs; -checkerror_1([{set,_,_,{bif,fadd,_}}|_], OrigIs) -> checkerror_2(OrigIs); -checkerror_1([{set,_,_,{bif,fsub,_}}|_], OrigIs) -> checkerror_2(OrigIs); -checkerror_1([{set,_,_,{bif,fmul,_}}|_], OrigIs) -> checkerror_2(OrigIs); -checkerror_1([{set,_,_,{bif,fdiv,_}}|_], OrigIs) -> checkerror_2(OrigIs); -checkerror_1([{set,_,_,{bif,fnegate,_}}|_], OrigIs) -> checkerror_2(OrigIs); -checkerror_1([_|Is], OrigIs) -> checkerror_1(Is, OrigIs); -checkerror_1([], OrigIs) -> OrigIs. - -checkerror_2(OrigIs) -> [{set,[],[],fcheckerror}|OrigIs]. - - -%%% Routines for maintaining a type database. The type database -%%% associates type information with registers. -%%% -%%% See the comment for verified_type/1 at the end of module for -%%% a description of the possible types. - -%% tdb_new() -> EmptyDataBase -%% Creates a new, empty type database. - -tdb_new() -> []. - -%% tdb_find(Register, Db) -> Type -%% Returns type information or the atom error if there is no type -%% information available for Register. -%% -%% See the comment for verified_type/1 at the end of module for -%% a description of the possible types. - -tdb_find(Reg, Ts) -> - case tdb_find_raw(Reg, Ts) of - {tuple_element,_,_} -> any; - Type -> Type - end. - -%% tdb_find_source_tuple(Register, Ts) -> {source_tuple,Register} | 'none'. -%% Find the tuple whose first element was fetched to the register Register. - -tdb_find_source_tuple(Reg, Ts) -> - case tdb_find_raw(Reg, Ts) of - {tuple_element,Src,0} -> - {source_tuple,Src}; - _ -> - none - end. - -%% tdb_copy(Source, Dest, Db) -> Db' -%% Update the type information for Dest to have the same type -%% as the Source. - -tdb_copy({Tag,_}=S, D, Ts) when Tag =:= x; Tag =:= y -> - case tdb_find_raw(S, Ts) of - any -> orddict:erase(D, Ts); - Type -> orddict:store(D, Type, Ts) - end; -tdb_copy(Literal, D, Ts) -> - Type = case Literal of - {atom,_} -> Literal; - {float,_} -> float; - {integer,Int} -> {integer,{Int,Int}}; - {literal,[_|_]} -> nonempty_list; - {literal,#{}} -> map; - {literal,Tuple} when tuple_size(Tuple) >= 1 -> - Lit = tag_literal(element(1, Tuple)), - {tuple,exact_size,tuple_size(Tuple),[Lit]}; - _ -> any - end, - tdb_store(D, verified_type(Type), Ts). - -%% tdb_store(Register, Type, Ts0) -> Ts. -%% Store a new type for register Register. Return the update type -%% database. Use this function when a new value is assigned to -%% a register. -%% -%% See the comment for verified_type/1 at the end of module for -%% a description of the possible types. - -tdb_store(Reg, any, Ts) -> - erase(Reg, Ts); -tdb_store(Reg, Type, Ts) -> - store(Reg, verified_type(Type), Ts). - -store(Key, New, [{K,_}|_]=Dict) when Key < K -> - [{Key,New}|Dict]; -store(Key, New, [{K,Val}=E|Dict]) when Key > K -> - case Val of - {tuple_element,Key,_} -> store(Key, New, Dict); - _ -> [E|store(Key, New, Dict)] - end; -store(Key, New, [{_K,Old}|Dict]) -> %Key == K - case Old of - {tuple,_,_,_} -> - [{Key,New}|erase_tuple_element(Key, Dict)]; - _ -> - [{Key,New}|Dict] - end; -store(Key, New, []) -> [{Key,New}]. - -erase(Key, [{K,_}=E|Dict]) when Key < K -> - [E|Dict]; -erase(Key, [{K,Val}=E|Dict]) when Key > K -> - case Val of - {tuple_element,Key,_} -> erase(Key, Dict); - _ -> [E|erase(Key, Dict)] - end; -erase(Key, [{_K,Val}|Dict]) -> %Key == K - case Val of - {tuple,_,_,_} -> erase_tuple_element(Key, Dict); - _ -> Dict - end; -erase(_, []) -> []. - -erase_tuple_element(Key, [{_,{tuple_element,Key,_}}|Dict]) -> - erase_tuple_element(Key, Dict); -erase_tuple_element(Key, [E|Dict]) -> - [E|erase_tuple_element(Key, Dict)]; -erase_tuple_element(_Key, []) -> []. - -%% tdb_meet(Register, Type, Ts0) -> Ts. -%% Update information of a register that is used as the source for an -%% instruction. The type Type will be combined using the meet operation -%% with the previous type information for the register, resulting in -%% narrower (more specific) type. -%% -%% For example, if the previous type is {tuple,min_size,2,[]} and the -%% the new type is {tuple,exact_size,5,[]}, the meet of the types will -%% be {tuple,exact_size,5,[]}. -%% -%% See the comment for verified_type/1 at the end of module for -%% a description of the possible types. - -tdb_meet(Reg, NewType, Ts) -> - Update = fun(Type0) -> meet(Type0, NewType) end, - orddict:update(Reg, Update, NewType, Ts). - -%%% -%%% Here follows internal helper functions for accessing and -%%% updating the type database. -%%% - -tdb_find_raw({x,_}=K, Ts) -> tdb_find_raw_1(K, Ts); -tdb_find_raw({y,_}=K, Ts) -> tdb_find_raw_1(K, Ts); -tdb_find_raw(_, _) -> any. - -tdb_find_raw_1(K, Ts) -> - case orddict:find(K, Ts) of - {ok,Val} -> Val; - error -> any - end. - -tag_literal(A) when is_atom(A) -> {atom,A}; -tag_literal(F) when is_float(F) -> {float,F}; -tag_literal(I) when is_integer(I) -> {integer,I}; -tag_literal([]) -> nil; -tag_literal(Lit) -> {literal,Lit}. - -%% tdb_kill_xregs(Db) -> NewDb -%% Kill all information about x registers. Also kill all tuple_element -%% dependencies from y registers to x registers. - -tdb_kill_xregs([{{x,_},_Type}|Db]) -> tdb_kill_xregs(Db); -tdb_kill_xregs([{{y,_},{tuple_element,{x,_},_}}|Db]) -> tdb_kill_xregs(Db); -tdb_kill_xregs([Any|Db]) -> [Any|tdb_kill_xregs(Db)]; -tdb_kill_xregs([]) -> []. - -%% meet(Type1, Type2) -> Type -%% Returns the "meet" of Type1 and Type2. The meet is a narrower -%% type than Type1 and Type2. For example: -%% -%% meet(integer, {integer,{0,3}}) -> {integer,{0,3}} -%% -%% The meet for two different types result in 'none', which is -%% the bottom element for our type lattice: -%% -%% meet(integer, map) -> none - -meet(T, T) -> - T; -meet({integer,_}=T, integer) -> - T; -meet(integer, {integer,_}=T) -> - T; -meet({integer,{Min1,Max1}}, {integer,{Min2,Max2}}) -> - {integer,{max(Min1, Min2),min(Max1, Max2)}}; -meet({tuple,min_size,Sz1,Same}, {tuple,min_size,Sz2,Same}=Max) when Sz1 < Sz2 -> - Max; -meet({tuple,min_size,Sz1,Same}=Max, {tuple,min_size,Sz2,Same}) when Sz1 > Sz2 -> - Max; -meet({tuple,exact_size,_,Same}=Exact, {tuple,_,_,Same}) -> - Exact; -meet({tuple,_,_,Same},{tuple,exact_size,_,Same}=Exact) -> - Exact; -meet({tuple,SzKind1,Sz1,[]}, {tuple,_SzKind2,_Sz2,First}=Tuple2) -> - meet({tuple,SzKind1,Sz1,First}, Tuple2); -meet({tuple,_SzKind1,_Sz1,First}=Tuple1, {tuple,SzKind2,Sz2,_}) -> - meet(Tuple1, {tuple,SzKind2,Sz2,First}); -meet({binary,U1}, {binary,U2}) -> - {binary,max(U1, U2)}; -meet(T1, T2) -> - case is_any(T1) of - true -> - verified_type(T2); - false -> - case is_any(T2) of - true -> - verified_type(T1); - false -> - none %The bottom element. - end - end. - -is_any(any) -> true; -is_any({tuple_element,_,_}) -> true; -is_any(_) -> false. - -%% verified_type(Type) -> Type -%% Returns the passed in type if it is one of the defined types. -%% Crashes if there is anything wrong with the type. -%% -%% Here are all possible types: -%% -%% any Any Erlang term (top element for the type lattice). -%% -%% {atom,Atom} The specific atom Atom. -%% {binary,Unit} Binary/bitstring aligned to unit Unit. -%% boolean 'true' | 'false' -%% float Floating point number. -%% integer Integer. -%% {integer,{Min,Max}} Integer in the inclusive range Min through Max. -%% map Map. -%% nonempty_list Nonempty list. -%% {tuple,_,_,_} Tuple (see below). -%% -%% none No type (bottom element for the type lattice). -%% -%% {tuple,min_size,Size,First} means that the corresponding register -%% contains a tuple with *at least* Size elements (conversely, -%% {tuple,exact_size,Size,First} means that it contains a tuple with -%% *exactly* Size elements). An tuple with unknown size is -%% represented as {tuple,min_size,0,[]}. First is either [] (meaning -%% that the tuple's first element is unknown) or [FirstElement] (the -%% contents of the first element). -%% -%% There is also a pseudo-type called {tuple_element,_,_}: -%% -%% {tuple_element,SrcTuple,ElementNumber} -%% -%% that does not provide any information about the type of the -%% register itself, but provides a link back to the source tuple that -%% the register got its value from. -%% -%% Note that {tuple_element,_,_} will *never* be returned by tdb_find/2. -%% Use tdb_find_source_tuple/2 to locate the source tuple for a register. - -verified_type(any=T) -> T; -verified_type({atom,_}=T) -> T; -verified_type({binary,U}=T) when is_integer(U) -> T; -verified_type(boolean=T) -> T; -verified_type(integer=T) -> T; -verified_type({integer,{Min,Max}}=T) - when is_integer(Min), is_integer(Max) -> T; -verified_type(map=T) -> T; -verified_type(nonempty_list=T) -> T; -verified_type({tuple,_,Sz,[]}=T) when is_integer(Sz) -> T; -verified_type({tuple,_,Sz,[_]}=T) when is_integer(Sz) -> T; -verified_type({tuple_element,_,_}=T) -> T; -verified_type(float=T) -> T. diff --git a/lib/compiler/src/beam_utils.erl b/lib/compiler/src/beam_utils.erl index 5580d2f123..5156a04f6b 100644 --- a/lib/compiler/src/beam_utils.erl +++ b/lib/compiler/src/beam_utils.erl @@ -21,18 +21,14 @@ %% -module(beam_utils). --export([is_killed_block/2,is_killed/3,is_killed_at/3, - is_not_used/3,usage/3, +-export([is_killed/3,is_killed_at/3,is_not_used/3, empty_label_index/0,index_label/3,index_labels/1,replace_labels/4, - code_at/2,bif_to_test/3,is_pure_test/1, - live_opt/1,delete_annos/1,combine_heap_needs/2, - anno_defs/1, - split_even/1 - ]). + code_at/2,is_pure_test/1, + split_even/1]). -export_type([code_index/0,module_code/0,instruction/0]). --import(lists, [flatmap/2,map/2,member/2,sort/1,reverse/1,splitwith/2]). +-import(lists, [map/2,member/2,sort/1,reverse/1]). -define(is_const(Val), (Val =:= nil orelse element(1, Val) =:= integer orelse @@ -40,7 +36,7 @@ element(1, Val) =:= atom orelse element(1, Val) =:= literal)). -%% instruction() describes all instructions that are used during optimzation +%% instruction() describes all instructions that are used during optimization %% (from beam_a to beam_z). -type instruction() :: atom() | tuple(). @@ -62,46 +58,6 @@ {lbl :: code_index(), %Label to code index. res :: result_cache()}). %Result cache for each label. -%% usage(Register, [Instruction], State) -> killed|not_used|used. -%% Determine the usage of Register in the instruction sequence. -%% The return value is one of: -%% -%% killed - The register is not used in any way. -%% not_used - The register is referenced only by an allocating instruction -%% (the actual value does not matter). -%% used - The register is used (its value do matter). - --spec usage(beam_asm:reg(), [instruction()], code_index()) -> - 'killed' | 'not_used' | 'used'. - -usage(R, Is, D) -> - St = #live{lbl=D,res=gb_trees:empty()}, - {Usage,_} = check_liveness(R, Is, St), - Usage. - - -%% is_killed_block(Register, [Instruction]) -> true|false -%% Determine whether a register is killed by the instruction sequence inside -%% a block. -%% -%% If true is returned, it means that the register will not be -%% referenced in ANY way (not even indirectly by an allocate instruction); -%% i.e. it is OK to enter the instruction sequence with Register -%% containing garbage. - --spec is_killed_block(beam_asm:reg(), [instruction()]) -> boolean(). - -is_killed_block({x,X}, [{set,_,_,{alloc,Live,_}}|_]) -> - X >= Live; -is_killed_block(R, [{set,Ds,Ss,_Op}|Is]) -> - not member(R, Ss) andalso (member(R, Ds) orelse is_killed_block(R, Is)); -is_killed_block(R, [{'%anno',{used,Regs}}|Is]) -> - case R of - {x,X} when (Regs bsr X) band 1 =:= 0 -> true; - _ -> is_killed_block(R, Is) - end; -is_killed_block(_, []) -> false. - %% is_killed(Register, [Instruction], State) -> true|false %% Determine whether a register is killed by the instruction sequence. %% If true is returned, it means that the register will not be @@ -200,49 +156,6 @@ code_at(L, Ll) -> replace_labels(Is, Acc, D, Fb) -> replace_labels_1(Is, Acc, D, Fb). -%% bif_to_test(Bif, [Op], Fail) -> {test,Test,Fail,[Op]} -%% Convert a BIF to a test. Fail if not possible. - --spec bif_to_test(atom(), list(), fail()) -> test(). - -bif_to_test(is_atom, [_]=Ops, Fail) -> {test,is_atom,Fail,Ops}; -bif_to_test(is_boolean, [_]=Ops, Fail) -> {test,is_boolean,Fail,Ops}; -bif_to_test(is_binary, [_]=Ops, Fail) -> {test,is_binary,Fail,Ops}; -bif_to_test(is_bitstring,[_]=Ops, Fail) -> {test,is_bitstr,Fail,Ops}; -bif_to_test(is_float, [_]=Ops, Fail) -> {test,is_float,Fail,Ops}; -bif_to_test(is_function, [_]=Ops, Fail) -> {test,is_function,Fail,Ops}; -bif_to_test(is_function, [_,_]=Ops, Fail) -> {test,is_function2,Fail,Ops}; -bif_to_test(is_integer, [_]=Ops, Fail) -> {test,is_integer,Fail,Ops}; -bif_to_test(is_list, [_]=Ops, Fail) -> {test,is_list,Fail,Ops}; -bif_to_test(is_map, [_]=Ops, Fail) -> {test,is_map,Fail,Ops}; -bif_to_test(is_number, [_]=Ops, Fail) -> {test,is_number,Fail,Ops}; -bif_to_test(is_pid, [_]=Ops, Fail) -> {test,is_pid,Fail,Ops}; -bif_to_test(is_port, [_]=Ops, Fail) -> {test,is_port,Fail,Ops}; -bif_to_test(is_reference, [_]=Ops, Fail) -> {test,is_reference,Fail,Ops}; -bif_to_test(is_tuple, [_]=Ops, Fail) -> {test,is_tuple,Fail,Ops}; -bif_to_test('=<', [A,B], Fail) -> {test,is_ge,Fail,[B,A]}; -bif_to_test('>', [A,B], Fail) -> {test,is_lt,Fail,[B,A]}; -bif_to_test('<', [_,_]=Ops, Fail) -> {test,is_lt,Fail,Ops}; -bif_to_test('>=', [_,_]=Ops, Fail) -> {test,is_ge,Fail,Ops}; -bif_to_test('==', [A,nil], Fail) -> {test,is_nil,Fail,[A]}; -bif_to_test('==', [nil,A], Fail) -> {test,is_nil,Fail,[A]}; -bif_to_test('==', [C,A], Fail) when ?is_const(C) -> - {test,is_eq,Fail,[A,C]}; -bif_to_test('==', [_,_]=Ops, Fail) -> {test,is_eq,Fail,Ops}; -bif_to_test('/=', [C,A], Fail) when ?is_const(C) -> - {test,is_ne,Fail,[A,C]}; -bif_to_test('/=', [_,_]=Ops, Fail) -> {test,is_ne,Fail,Ops}; -bif_to_test('=:=', [A,nil], Fail) -> {test,is_nil,Fail,[A]}; -bif_to_test('=:=', [nil,A], Fail) -> {test,is_nil,Fail,[A]}; -bif_to_test('=:=', [C,A], Fail) when ?is_const(C) -> - {test,is_eq_exact,Fail,[A,C]}; -bif_to_test('=:=', [_,_]=Ops, Fail) -> {test,is_eq_exact,Fail,Ops}; -bif_to_test('=/=', [C,A], Fail) when ?is_const(C) -> - {test,is_ne_exact,Fail,[A,C]}; -bif_to_test('=/=', [_,_]=Ops, Fail) -> {test,is_ne_exact,Fail,Ops}; -bif_to_test(is_record, [_,_,_]=Ops, Fail) -> {test,is_record,Fail,Ops}. - - %% is_pure_test({test,Op,Fail,Ops}) -> true|false. %% Return 'true' if the test instruction does not modify any %% registers and/or bit syntax matching state. @@ -256,8 +169,8 @@ is_pure_test({test,is_eq_exact,_,[_,_]}) -> true; is_pure_test({test,is_ne_exact,_,[_,_]}) -> true; is_pure_test({test,is_ge,_,[_,_]}) -> true; is_pure_test({test,is_lt,_,[_,_]}) -> true; -is_pure_test({test,is_nil,_,[_]}) -> true; is_pure_test({test,is_nonempty_list,_,[_]}) -> true; +is_pure_test({test,is_tagged_tuple,_,[_,_,_]}) -> true; is_pure_test({test,test_arity,_,[_,_]}) -> true; is_pure_test({test,has_map_fields,_,[_|_]}) -> true; is_pure_test({test,is_bitstr,_,[_]}) -> true; @@ -265,73 +178,6 @@ is_pure_test({test,is_function2,_,[_,_]}) -> true; is_pure_test({test,Op,_,Ops}) -> erl_internal:new_type_test(Op, length(Ops)). - -%% live_opt([Instruction]) -> [Instruction]. -%% Go through the instruction sequence in reverse execution -%% order, keep track of liveness and remove 'move' instructions -%% whose destination is a register that will not be used. -%% Also insert {used,Regs} annotations at the beginning -%% and end of each block. - --spec live_opt([instruction()]) -> [instruction()]. - -live_opt(Is0) -> - {[{label,Fail}|_]=Bef,[Fi|Is]} = - splitwith(fun({func_info,_,_,_}) -> false; - (_) -> true - end, Is0), - {func_info,_,_,Live} = Fi, - D = gb_trees:insert(Fail, live_call(Live), gb_trees:empty()), - Bef ++ [Fi|live_opt(reverse(Is), 0, D, [])]. - - -%% delete_annos([Instruction]) -> [Instruction]. -%% Delete all annotations. - --spec delete_annos([instruction()]) -> [instruction()]. - -delete_annos([{block,Bl0}|Is]) -> - case delete_annos(Bl0) of - [] -> delete_annos(Is); - [_|_]=Bl -> [{block,Bl}|delete_annos(Is)] - end; -delete_annos([{'%anno',_}|Is]) -> - delete_annos(Is); -delete_annos([I|Is]) -> - [I|delete_annos(Is)]; -delete_annos([]) -> []. - -%% combine_heap_needs(HeapNeed1, HeapNeed2) -> HeapNeed -%% Combine the heap need for two allocation instructions. - --type heap_need_tag() :: 'floats' | 'words'. --type heap_need() :: non_neg_integer() | - {'alloc',[{heap_need_tag(),non_neg_integer()}]}. --spec combine_heap_needs(heap_need(), heap_need()) -> heap_need(). - -combine_heap_needs(H1, H2) when is_integer(H1), is_integer(H2) -> - H1 + H2; -combine_heap_needs(H1, H2) -> - {alloc,combine_alloc_lists([H1,H2])}. - - -%% anno_defs(Instructions) -> Instructions' -%% Add {def,RegisterBitmap} annotations to the beginning of -%% each block. Iff bit X is set in the the bitmap, it means -%% that {x,X} is defined when the block is entered. - --spec anno_defs([instruction()]) -> [instruction()]. - -anno_defs(Is0) -> - {Bef,[Fi|Is1]} = - splitwith(fun({func_info,_,_,_}) -> false; - (_) -> true - end, Is0), - {func_info,_,_,Arity} = Fi, - Regs = init_def_regs(Arity), - Is = defs(Is1, Regs, #{}), - Bef ++ [Fi|Is]. - %% split_even/1 %% [1,2,3,4,5,6] -> {[1,3,5],[2,4,6]} @@ -559,11 +405,6 @@ check_liveness(R, [{get_tuple_element,S,_,D}|Is], St) -> D -> {killed,St}; _ -> check_liveness(R, Is, St) end; -check_liveness(R, [{bs_context_to_binary,S}|Is], St) -> - case R of - S -> {used,St}; - _ -> check_liveness(R, Is, St) - end; check_liveness(R, [{loop_rec,{f,_},{x,0}}|_], St) -> case R of {x,_} -> @@ -835,481 +676,9 @@ label(Old, D, Fb) -> _ -> Fb(Old) end. -%% Help function for combine_heap_needs. - -combine_alloc_lists(Al0) -> - Al1 = flatmap(fun(Words) when is_integer(Words) -> - [{words,Words}]; - ({alloc,List}) -> - List - end, Al0), - Al2 = sofs:relation(Al1), - Al3 = sofs:relation_to_family(Al2), - Al4 = sofs:to_external(Al3), - [{Tag,lists:sum(L)} || {Tag,L} <- Al4]. - %% live_opt/4. -%% Bit syntax instructions. -live_opt([{bs_context_to_binary,Src}=I|Is], Regs0, D, Acc) -> - Regs = x_live([Src], Regs0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{bs_init,Fail,_,none,Ss,Dst}=I|Is], Regs0, D, Acc) -> - Regs1 = x_live(Ss, x_dead([Dst], Regs0)), - Regs = live_join_label(Fail, D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{bs_init,Fail,Info,Live0,Ss,Dst}|Is], Regs0, D, Acc) -> - Regs1 = x_dead([Dst], Regs0), - Live = live_regs(Regs1), - true = Live =< Live0, %Assertion. - Regs2 = live_call(Live), - Regs3 = x_live(Ss, Regs2), - Regs = live_join_label(Fail, D, Regs3), - I = {bs_init,Fail,Info,Live,Ss,Dst}, - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{bs_put,Fail,_,Ss}=I|Is], Regs0, D, Acc) -> - Regs1 = x_live(Ss, Regs0), - Regs = live_join_label(Fail, D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{bs_restore2,Src,_}=I|Is], Regs0, D, Acc) -> - Regs = x_live([Src], Regs0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{bs_save2,Src,_}=I|Is], Regs0, D, Acc) -> - Regs = x_live([Src], Regs0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{test,bs_start_match2,Fail,Live,[Src,_],_}=I|Is], _, D, Acc) -> - Regs0 = live_call(Live), - Regs1 = x_live([Src], Regs0), - Regs = live_join_label(Fail, D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); - -%% Other instructions. -live_opt([{block,Bl0}|Is], Regs0, D, Acc) -> - Live0 = make_anno({used,Regs0}), - {Bl,Regs} = live_opt_block(reverse(Bl0), Regs0, D, [Live0]), - Live = make_anno({used,Regs}), - live_opt(Is, Regs, D, [{block,[Live|Bl]}|Acc]); -live_opt([build_stacktrace=I|Is], _, D, Acc) -> - live_opt(Is, live_call(1), D, [I|Acc]); -live_opt([raw_raise=I|Is], _, D, Acc) -> - live_opt(Is, live_call(3), D, [I|Acc]); -live_opt([{label,L}=I|Is], Regs, D0, Acc) -> - D = gb_trees:insert(L, Regs, D0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{jump,{f,L}}=I|Is], _, D, Acc) -> - Regs = gb_trees:get(L, D), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([return=I|Is], _, D, Acc) -> - live_opt(Is, 1, D, [I|Acc]); -live_opt([{catch_end,_}=I|Is], _, D, Acc) -> - live_opt(Is, live_call(1), D, [I|Acc]); -live_opt([{badmatch,Src}=I|Is], _, D, Acc) -> - Regs = x_live([Src], 0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{case_end,Src}=I|Is], _, D, Acc) -> - Regs = x_live([Src], 0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{try_case_end,Src}=I|Is], _, D, Acc) -> - Regs = x_live([Src], 0), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([if_end=I|Is], _, D, Acc) -> - Regs = 0, - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{call,Arity,_}=I|Is], _, D, Acc) -> - live_opt(Is, live_call(Arity), D, [I|Acc]); -live_opt([{call_ext,Arity,_}=I|Is], _, D, Acc) -> - live_opt(Is, live_call(Arity), D, [I|Acc]); -live_opt([{call_fun,Arity}=I|Is], _, D, Acc) -> - live_opt(Is, live_call(Arity+1), D, [I|Acc]); -live_opt([{apply,Arity}=I|Is], _, D, Acc) -> - live_opt(Is, live_call(Arity+2), D, [I|Acc]); -live_opt([{make_fun2,_,_,_,Arity}=I|Is], _, D, Acc) -> - live_opt(Is, live_call(Arity), D, [I|Acc]); -live_opt([{test,_,Fail,Ss}=I|Is], Regs0, D, Acc) -> - Regs1 = x_live(Ss, Regs0), - Regs = live_join_label(Fail, D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{test,_,Fail,Live,Ss,_}=I|Is], _, D, Acc) -> - Regs0 = live_call(Live), - Regs1 = x_live(Ss, Regs0), - Regs = live_join_label(Fail, D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{select,_,Src,Fail,List}=I|Is], _, D, Acc) -> - Regs0 = 0, - Regs1 = x_live([Src], Regs0), - Regs = live_join_labels([Fail|List], D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{try_case,Y}=I|Is], Regs0, D, Acc) -> - Regs = live_call(1), - case Regs0 of - 0 -> - live_opt(Is, Regs, D, [{try_end,Y}|Acc]); - _ -> - live_opt(Is, live_call(1), D, [I|Acc]) - end; -live_opt([{loop_rec,_Fail,_Dst}=I|Is], _, D, Acc) -> - live_opt(Is, 0, D, [I|Acc]); -live_opt([timeout=I|Is], _, D, Acc) -> - live_opt(Is, 0, D, [I|Acc]); -live_opt([{wait,_}=I|Is], _, D, Acc) -> - live_opt(Is, 0, D, [I|Acc]); -live_opt([{get_map_elements,Fail,Src,{list,List}}=I|Is], Regs0, D, Acc) -> - {Ss,Ds} = split_even(List), - Regs1 = x_live([Src|Ss], x_dead(Ds, Regs0)), - Regs = live_join_label(Fail, D, Regs1), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{gc_bif,N,F,R,As,Dst}=I|Is], Regs0, D, Acc) -> - Bl = [{set,[Dst],As,{alloc,R,{gc_bif,N,F}}}], - {_,Regs} = live_opt_block(Bl, Regs0, D, []), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{bif,N,F,As,Dst}=I|Is], Regs0, D, Acc) -> - Bl = [{set,[Dst],As,{bif,N,F}}], - {_,Regs} = live_opt_block(Bl, Regs0, D, []), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{get_tuple_element,Src,Idx,Dst}=I|Is], Regs0, D, Acc) -> - Bl = [{set,[Dst],[Src],{get_tuple_element,Idx}}], - {_,Regs} = live_opt_block(Bl, Regs0, D, []), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{move,Src,Dst}=I|Is], Regs0, D, Acc) -> - Regs = x_live([Src], x_dead([Dst], Regs0)), - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{put_map,F,Op,S,Dst,R,{list,Puts}}=I|Is], Regs0, D, Acc) -> - Bl = [{set,[Dst],[S|Puts],{alloc,R,{put_map,Op,F}}}], - {_,Regs} = live_opt_block(Bl, Regs0, D, []), - live_opt(Is, Regs, D, [I|Acc]); - -%% Transparent instructions - they neither use nor modify x registers. -live_opt([{deallocate,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{kill,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{try_end,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{loop_rec_end,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{wait_timeout,_,nil}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{wait_timeout,_,{Tag,_}}=I|Is], Regs, D, Acc) when Tag =/= x -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{line,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{'catch',_,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{'try',_,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); - -%% The following instructions can occur if the "compilation" has been -%% started from a .S file using the 'from_asm' option. -live_opt([{trim,_,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{'%',_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{recv_set,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); -live_opt([{recv_mark,_}=I|Is], Regs, D, Acc) -> - live_opt(Is, Regs, D, [I|Acc]); - -live_opt([], _, _, Acc) -> Acc. - -live_opt_block([{set,[{x,X}]=Ds,Ss,move}=I|Is], Regs0, D, Acc) -> - Regs = x_live(Ss, x_dead(Ds, Regs0)), - case is_live(X, Regs0) of - true -> - live_opt_block(Is, Regs, D, [I|Acc]); - false -> - %% Useless move, will never be used. - live_opt_block(Is, Regs, D, Acc) - end; -live_opt_block([{set,Ds,Ss,{alloc,Live0,AllocOp}}|Is], Regs0, D, Acc) -> - %% Calculate liveness from the point of view of the GC. - %% There will never be a GC if the instruction fails, so we should - %% ignore the failure branch. - GcRegs1 = x_dead(Ds, Regs0), - GcRegs = x_live(Ss, GcRegs1), - Live = live_regs(GcRegs), - - %% The life-time analysis used by the code generator is sometimes too - %% conservative, so it may be possible to lower the number of live - %% registers based on the exact liveness information. The main benefit is - %% that more optimizations that depend on liveness information (such as the - %% beam_dead pass) may be applied. - true = Live =< Live0, %Assertion. - I = {set,Ds,Ss,{alloc,Live,AllocOp}}, - - %% Calculate liveness from the point of view of the preceding instruction. - %% The liveness is the union of live registers in the GC and the live - %% registers at the failure label. - Regs1 = live_call(Live), - Regs = live_join_alloc(AllocOp, D, Regs1), - live_opt_block(Is, Regs, D, [I|Acc]); -live_opt_block([{set,Ds,Ss,{bif,_,Fail}}=I|Is], Regs0, D, Acc) -> - Regs1 = x_dead(Ds, Regs0), - Regs2 = x_live(Ss, Regs1), - Regs = live_join_label(Fail, D, Regs2), - live_opt_block(Is, Regs, D, [I|Acc]); -live_opt_block([{set,Ds,Ss,_}=I|Is], Regs0, D, Acc) -> - Regs = x_live(Ss, x_dead(Ds, Regs0)), - live_opt_block(Is, Regs, D, [I|Acc]); -live_opt_block([{'%anno',_}|Is], Regs, D, Acc) -> - live_opt_block(Is, Regs, D, Acc); -live_opt_block([], Regs, _, Acc) -> {Acc,Regs}. - -live_join_alloc({Kind,_Name,Fail}, D, Regs) when Kind =:= gc_bif; Kind =:= put_map -> - live_join_label(Fail, D, Regs); -live_join_alloc(_, _, Regs) -> Regs. - -live_join_labels([{f,L}|T], D, Regs0) when L =/= 0 -> - Regs = gb_trees:get(L, D) bor Regs0, - live_join_labels(T, D, Regs); -live_join_labels([_|T], D, Regs) -> - live_join_labels(T, D, Regs); -live_join_labels([], _, Regs) -> Regs. - -live_join_label({f,0}, _, Regs) -> - Regs; -live_join_label({f,L}, D, Regs) -> - gb_trees:get(L, D) bor Regs. - -live_call(Live) -> (1 bsl Live) - 1. - -live_regs(Regs) -> - live_regs_1(0, Regs). - -live_regs_1(N, 0) -> N; -live_regs_1(N, Regs) -> live_regs_1(N+1, Regs bsr 1). - -x_dead([{x,N}|Rs], Regs) -> x_dead(Rs, Regs band (bnot (1 bsl N))); -x_dead([_|Rs], Regs) -> x_dead(Rs, Regs); -x_dead([], Regs) -> Regs. - -x_live([{x,N}|Rs], Regs) -> x_live(Rs, Regs bor (1 bsl N)); -x_live([_|Rs], Regs) -> x_live(Rs, Regs); -x_live([], Regs) -> Regs. - -is_live(X, Regs) -> ((Regs bsr X) band 1) =:= 1. - split_even([], Ss, Ds) -> {reverse(Ss),reverse(Ds)}; split_even([S,D|Rs], Ss, Ds) -> split_even(Rs, [S|Ss], [D|Ds]). - -%%% -%%% Add annotations for defined registers. -%%% -%%% This analysis is done by scanning the instructions in -%%% execution order. -%%% - -defs([{apply,_}=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([{bif,_,{f,Fail},_Src,Dst}=I|Is], Regs0, D) -> - Regs = def_regs([Dst], Regs0), - [I|defs(Is, Regs, update_regs(Fail, Regs0, D))]; -defs([{block,Block0}|Is], Regs0, D0) -> - {Block,Regs,D} = defs_list(Block0, Regs0, D0), - [{block,[make_anno({def,Regs0})|Block]}|defs(Is, Regs, D)]; -defs([{bs_init,{f,L},_,Live,_,Dst}=I|Is], Regs0, D) -> - Regs1 = case Live of - none -> Regs0; - _ -> init_def_regs(Live) - end, - Regs = def_regs([Dst], Regs1), - [I|defs(Is, Regs, update_regs(L, Regs, D))]; -defs([{bs_put,{f,L},_,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, update_regs(L, Regs, D))]; -defs([build_stacktrace=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([{call,_,_}=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([{call_ext,_,{extfunc,M,F,A}}=I|Is], _Regs, D) -> - case erl_bifs:is_exit_bif(M, F, A) of - false -> - [I|defs(Is, 1, D)]; - true -> - [I|defs_unreachable(Is, D)] - end; -defs([{call_ext,_,_}=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([{call_fun,_}=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([{'catch',_,{f,L}}=I|Is], Regs, D) -> - RegsAtLabel = init_def_regs(1), - [I|defs(Is, Regs, update_regs(L, RegsAtLabel, D))]; -defs([{catch_end,_}=I|Is], _Regs, D) -> - Regs = init_def_regs(1), - [I|defs(Is, Regs, D)]; -defs([{gc_bif,_,{f,Fail},Live,_Src,Dst}=I|Is], Regs0, D) -> - true = all_defined(Live, Regs0), %Assertion. - Regs = def_regs([Dst], init_def_regs(Live)), - [I|defs(Is, Regs, update_regs(Fail, Regs0, D))]; -defs([{get_map_elements,{f,L},_Src,{list,DstList}}=I|Is], Regs0, D) -> - {_,Ds} = beam_utils:split_even(DstList), - Regs = def_regs(Ds, Regs0), - [I|defs(Is, Regs, update_regs(L, Regs0, D))]; -defs([{get_tuple_element,_,_,Dst}=I|Is], Regs0, D) -> - Regs = def_regs([Dst], Regs0), - [I|defs(Is, Regs, D)]; -defs([{jump,{f,L}}=I|Is], Regs, D) -> - [I|defs_unreachable(Is, update_regs(L, Regs, D))]; -defs([{label,L}=I|Is], Regs0, D) -> - case D of - #{L:=Regs1} -> - Regs = Regs0 band Regs1, - [I|defs(Is, Regs, D)]; - #{} -> - [I|defs(Is, Regs0, D)] - end; -defs([{loop_rec,{f,L},{x,0}}=I|Is], _Regs, D0) -> - RegsAtLabel = init_def_regs(0), - D = update_regs(L, RegsAtLabel, D0), - [I|defs(Is, init_def_regs(1), D)]; -defs([{loop_rec_end,_}=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; -defs([{make_fun2,_,_,_,_}=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([{move,_,Dst}=I|Is], Regs0, D) -> - Regs = def_regs([Dst], Regs0), - [I|defs(Is, Regs, D)]; -defs([{put_map,{f,Fail},_,_,Dst,_,_}=I|Is], Regs0, D) -> - Regs = def_regs([Dst], Regs0), - [I|defs(Is, Regs, update_regs(Fail, Regs0, D))]; -defs([raw_raise=I|Is], _Regs, D) -> - [I|defs(Is, 1, D)]; -defs([return=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; -defs([{select,_,_Src,Fail,List}=I|Is], Regs, D0) -> - D = update_list([Fail|List], Regs, D0), - [I|defs_unreachable(Is, D)]; -defs([{test,_,{f,L},_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, update_regs(L, Regs, D))]; -defs([{test,_,{f,L},Live,_,Dst}=I|Is], Regs0, D) -> - true = all_defined(Live, Regs0), %Assertion. - Regs = def_regs([Dst], init_def_regs(Live)), - [I|defs(Is, Regs, update_regs(L, Regs0, D))]; -defs([{'try',_,{f,L}}=I|Is], Regs, D) -> - RegsAtLabel = init_def_regs(3), - [I|defs(Is, Regs, update_regs(L, RegsAtLabel, D))]; -defs([{try_case,_}=I|Is], _Regs, D) -> - [I|defs(Is, init_def_regs(3), D)]; -defs([{wait,_}=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; -defs([{wait_timeout,_,_}=I|Is], _Regs, D) -> - [I|defs(Is, 0, D)]; - -%% Exceptions. -defs([{badmatch,_}=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; -defs([{case_end,_}=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; -defs([if_end=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; -defs([{try_case_end,_}=I|Is], _Regs, D) -> - [I|defs_unreachable(Is, D)]; - -%% Neutral instructions -defs([{bs_context_to_binary,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{bs_restore2,_,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{bs_save2,_,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{deallocate,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{kill,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{line,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{recv_mark,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{recv_set,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([timeout=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{trim,_,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{try_end,_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([{'%',_}=I|Is], Regs, D) -> - [I|defs(Is, Regs, D)]; -defs([], _, _) -> []. - -defs_unreachable([{label,L}=I|Is], D) -> - case D of - #{L:=Regs} -> - [I|defs(Is, Regs, D)]; - #{} -> - defs_unreachable(Is, D) - end; -defs_unreachable([_|Is], D) -> - defs_unreachable(Is, D); -defs_unreachable([], _D) -> []. - -defs_list(Is, Regs, D) -> - defs_list(Is, Regs, D, []). - -defs_list([{set,Ds,_,{alloc,Live,Info}}=I|Is], Regs0, D0, Acc) -> - true = all_defined(Live, Regs0), %Assertion. - D = case Info of - {gc_bif,_,{f,Fail}} -> - update_regs(Fail, Regs0, D0); - {put_map,_,{f,Fail}} -> - update_regs(Fail, Regs0, D0); - _ -> - D0 - end, - Regs = def_regs(Ds, init_def_regs(Live)), - defs_list(Is, Regs, D, [I|Acc]); -defs_list([{set,Ds,_,Info}=I|Is], Regs0, D0, Acc) -> - D = case Info of - {bif,_,{f,Fail}} -> - update_regs(Fail, Regs0, D0); - {try_catch,'catch',{f,Fail}} -> - update_regs(Fail, init_def_regs(1), D0); - {try_catch,'try',{f,Fail}} -> - update_regs(Fail, init_def_regs(3), D0); - _ -> - D0 - end, - Regs = def_regs(Ds, Regs0), - defs_list(Is, Regs, D, [I|Acc]); -defs_list([], Regs, D, Acc) -> - {reverse(Acc),Regs,D}. - -init_def_regs(Arity) -> - (1 bsl Arity) - 1. - -def_regs([{x,X}|T], Regs) -> - def_regs(T, Regs bor (1 bsl X)); -def_regs([_|T], Regs) -> - def_regs(T, Regs); -def_regs([], Regs) -> Regs. - -update_list([{f,L}|T], Regs, D0) -> - D = update_regs(L, Regs, D0), - update_list(T, Regs, D); -update_list([_|T], Regs, D) -> - update_list(T, Regs, D); -update_list([], _Regs, D) -> D. - -update_regs(L, Regs0, D) -> - case D of - #{L:=Regs1} -> - Regs = Regs0 band Regs1, - D#{L:=Regs}; - #{} -> - D#{L=>Regs0} - end. - -all_defined(Live, Regs) -> - All = (1 bsl Live) - 1, - Regs band All =:= All. - -%%% -%%% Utilities. -%%% - -%% make_anno(Anno) -> WrappedAnno. -%% Wrap an annotation term. - -make_anno(Anno) -> - {'%anno',Anno}. diff --git a/lib/compiler/src/beam_validator.erl b/lib/compiler/src/beam_validator.erl index fb2e7df65c..7d908df3bf 100644 --- a/lib/compiler/src/beam_validator.erl +++ b/lib/compiler/src/beam_validator.erl @@ -27,7 +27,7 @@ %% Interface for compiler. -export([module/2, format_error/1]). --import(lists, [any/2,dropwhile/2,foldl/3,foreach/2,reverse/1]). +-import(lists, [any/2,dropwhile/2,foldl/3,map/2,foreach/2,reverse/1]). %% To be called by the compiler. @@ -90,33 +90,30 @@ format_error(Error) -> %% format as used in the compiler and in .S files. validate(Module, Fs) -> - Ft = index_bs_start_match(Fs, []), + Ft = index_parameter_types(Fs, []), validate_0(Module, Fs, Ft). -index_bs_start_match([{function,_,_,Entry,Code0}|Fs], Acc0) -> +index_parameter_types([{function,_,_,Entry,Code0}|Fs], Acc0) -> Code = dropwhile(fun({label,L}) when L =:= Entry -> false; (_) -> true end, Code0), case Code of [{label,Entry}|Is] -> - Acc = index_bs_start_match_1(Is, Entry, Acc0), - index_bs_start_match(Fs, Acc); + Acc = index_parameter_types_1(Is, Entry, Acc0), + index_parameter_types(Fs, Acc); _ -> %% Something serious is wrong. Ignore it for now. %% It will be detected and diagnosed later. - index_bs_start_match(Fs, Acc0) + index_parameter_types(Fs, Acc0) end; -index_bs_start_match([], Acc) -> +index_parameter_types([], Acc) -> gb_trees:from_orddict(lists:sort(Acc)). -index_bs_start_match_1([{test,bs_start_match2,_,_,_,_}=I|_], Entry, Acc) -> - [{Entry,[I]}|Acc]; -index_bs_start_match_1([{test,_,{f,F},_},{bs_context_to_binary,_}|Is0], Entry, Acc) -> - [{label,F}|Is] = dropwhile(fun({label,L}) when L =:= F -> false; - (_) -> true - end, Is0), - index_bs_start_match_1(Is, Entry, Acc); -index_bs_start_match_1(_, _, Acc) -> Acc. +index_parameter_types_1([{'%', {type_info, Reg, Type}} | Is], Entry, Acc) -> + Key = {Entry, Reg}, + index_parameter_types_1(Is, Entry, [{Key, Type} | Acc]); +index_parameter_types_1(_, _, Acc) -> + Acc. validate_0(_Module, [], _) -> []; validate_0(Module, [{function,Name,Ar,Entry,Code}|Fs], Ft) -> @@ -145,7 +142,9 @@ validate_0(Module, [{function,Name,Ar,Entry,Code}|Fs], Ft) -> fls=undefined, %Floating point state. ct=[], %List of hot catch/try labels setelem=false, %Previous instruction was setelement/3. - puts_left=none %put/1 instructions left. + puts_left=none, %put/1 instructions left. + defs=#{}, %Defining expression for each register. + aliases=#{} }). -type label() :: integer(). @@ -203,6 +202,12 @@ validate_fun_info_branches([], _, _) -> ok. validate_fun_info_branches_1(Arity, {_,_,Arity}, _) -> ok; validate_fun_info_branches_1(X, {Mod,Name,Arity}=MFA, Vst) -> try + case Vst of + #vst{current=#st{numy=none}} -> + ok; + #vst{current=#st{numy=Size}} -> + error({unexpected_stack_frame,Size}) + end, get_term_type({x,X}, Vst) catch Error -> I = {func_info,{atom,Mod},{atom,Name},Arity}, @@ -280,18 +285,22 @@ valfun_1({try_case_end,Src}, Vst) -> verify_y_init(Vst), assert_term(Src, Vst), kill_state(Vst); -%% Instructions that can not cause exceptions -valfun_1({bs_context_to_binary,Ctx}, #vst{current=#st{x=Xs}}=Vst) -> - case Ctx of - {Tag,X} when Tag =:= x; Tag =:= y -> - Type = case gb_trees:lookup(X, Xs) of - {value,#ms{}} -> term; - _ -> get_term_type(Ctx, Vst) - end, - set_type_reg(Type, Ctx, Vst); - _ -> - error({bad_source,Ctx}) - end; +%% Instructions that cannot cause exceptions +valfun_1({bs_get_tail,Ctx,Dst,Live}, Vst0) -> + verify_live(Live, Vst0), + verify_y_init(Vst0), + Vst = prune_x_regs(Live, Vst0), + #vst{current=#st{x=Xs,y=Ys}} = Vst, + {Reg, Tree} = case Ctx of + {x,X} -> {X, Xs}; + {y,Y} -> {Y, Ys}; + _ -> error({bad_source,Ctx}) + end, + Type = case gb_trees:lookup(Reg, Tree) of + {value,#ms{}} -> propagate_fragility(term, [Ctx], Vst); + _ -> error({bad_context,Reg}) + end, + set_type_reg(Type, Dst, Vst); valfun_1(bs_init_writable=I, Vst) -> call(I, 1, Vst); valfun_1(build_stacktrace=I, Vst) -> @@ -304,9 +313,10 @@ valfun_1({move,{y,_}=Src,{y,_}=Dst}, Vst) -> {trytag,_} -> error({trytag,Src}); Type -> set_type_reg(Type, Dst, Vst) end; -valfun_1({move,Src,Dst}, Vst) -> - Type = get_move_term_type(Src, Vst), - set_type_reg(Type, Dst, Vst); +valfun_1({move,Src,Dst}, Vst0) -> + Type = get_move_term_type(Src, Vst0), + Vst = set_type_reg(Type, Dst, Vst0), + set_alias(Src, Dst, Vst); valfun_1({fmove,Src,{fr,_}=Dst}, Vst) -> assert_type(float, Src, Vst), set_freg(Dst, Vst); @@ -332,7 +342,7 @@ valfun_1({bif,Op,{f,_},Src,Dst}=I, Vst) -> %% catch state). validate_src(Src, Vst), Type = bif_type(Op, Src, Vst), - set_type_reg(Type, Dst, Vst) + set_type_reg_expr(Type, I, Dst, Vst) end; %% Put instructions. valfun_1({put_list,A,B,Dst}, Vst0) -> @@ -340,6 +350,12 @@ valfun_1({put_list,A,B,Dst}, Vst0) -> assert_term(B, Vst0), Vst = eat_heap(2, Vst0), set_type_reg(cons, Dst, Vst); +valfun_1({put_tuple2,Dst,{list,Elements}}, Vst0) -> + _ = [assert_term(El, Vst0) || El <- Elements], + Size = length(Elements), + Vst = eat_heap(Size+1, Vst0), + Type = {tuple,Size}, + set_type_reg(Type, Dst, Vst); valfun_1({put_tuple,Sz,Dst}, Vst0) when is_integer(Sz) -> Vst1 = eat_heap(1, Vst0), Vst = set_type_reg(tuple_in_progress, Dst, Vst1), @@ -370,6 +386,25 @@ valfun_1(remove_message, Vst) -> %% The message term is no longer fragile. It can be used %% without restrictions. remove_fragility(Vst); +valfun_1({'%', {type_info, Reg, Info0}}, Vst0) -> + %% Explicit type information inserted by optimization passes to indicate + %% that Reg has a certain type, so that we can accept cross-function type + %% optimizations. + %% + %% At the moment we only allow this when narrowing from 'term' which is + %% what to expect with function parameters, but in theory any narrowing + %% conversion should be legal. + case get_move_term_type(Reg, Vst0) of + term -> + Type0 = case Info0 of + match_context -> #ms{}; + _ -> Info0 + end, + Type = propagate_fragility(Type0, [Reg], Vst0), + set_type_reg(Type, Reg, Vst0); + _ -> + error(bad_type_info) + end; valfun_1({'%',_}, Vst) -> Vst; valfun_1({line,_}, Vst) -> @@ -408,35 +443,27 @@ valfun_1({trim,N,Remaining}, #vst{current=#st{y=Yregs0,numy=NumY}=St}=Vst) -> N =< NumY, N+Remaining =:= NumY -> Yregs1 = [{Y-N,Type} || {Y,Type} <- gb_trees:to_list(Yregs0), Y >= N], Yregs = gb_trees_from_list(Yregs1), - Vst#vst{current=St#st{y=Yregs,numy=NumY-N}}; + Vst#vst{current=St#st{y=Yregs,numy=NumY-N,aliases=#{}}}; true -> error({trim,N,Remaining,allocated,NumY}) end; %% Catch & try. -valfun_1({'catch',Dst,{f,Fail}}, Vst0) when Fail /= none -> - Vst = #vst{current=#st{ct=Fails}=St} = - set_type_y({catchtag,[Fail]}, Dst, Vst0), - Vst#vst{current=St#st{ct=[[Fail]|Fails]}}; -valfun_1({'try',Dst,{f,Fail}}, Vst0) -> - Vst = #vst{current=#st{ct=Fails}=St} = - set_type_y({trytag,[Fail]}, Dst, Vst0), - Vst#vst{current=St#st{ct=[[Fail]|Fails]}}; +valfun_1({'catch',Dst,{f,Fail}}, Vst) when Fail =/= none -> + init_try_catch_branch(catchtag, Dst, Fail, Vst); +valfun_1({'try',Dst,{f,Fail}}, Vst) when Fail =/= none -> + init_try_catch_branch(trytag, Dst, Fail, Vst); valfun_1({catch_end,Reg}, #vst{current=#st{ct=[Fail|Fails]}}=Vst0) -> case get_special_y_type(Reg, Vst0) of {catchtag,Fail} -> Vst = #vst{current=St} = set_catch_end(Reg, Vst0), - Xs = gb_trees_from_list([{0,term}]), - Vst#vst{current=St#st{x=Xs,ct=Fails,fls=undefined}}; + Xregs = gb_trees:enter(0, term, St#st.x), + Vst#vst{current=St#st{x=Xregs,ct=Fails,fls=undefined,aliases=#{}}}; Type -> error({bad_type,Type}) end; -valfun_1({try_end,Reg}, #vst{current=#st{ct=[Fail|Fails]}=St0}=Vst0) -> - case get_special_y_type(Reg, Vst0) of +valfun_1({try_end,Reg}, #vst{current=#st{ct=[Fail|Fails]}=St0}=Vst) -> + case get_special_y_type(Reg, Vst) of {trytag,Fail} -> - Vst = case Fail of - [FailLabel] -> branch_state(FailLabel, Vst0); - _ -> Vst0 - end, St = St0#st{ct=Fails,fls=undefined}, set_catch_end(Reg, Vst#vst{current=St}); Type -> @@ -447,31 +474,55 @@ valfun_1({try_case,Reg}, #vst{current=#st{ct=[Fail|Fails]}}=Vst0) -> {trytag,Fail} -> Vst = #vst{current=St} = set_catch_end(Reg, Vst0), Xs = gb_trees_from_list([{0,{atom,[]}},{1,term},{2,term}]), - Vst#vst{current=St#st{x=Xs,ct=Fails,fls=undefined}}; + Vst#vst{current=St#st{x=Xs,ct=Fails,fls=undefined,aliases=#{}}}; Type -> error({bad_type,Type}) end; valfun_1({get_list,Src,D1,D2}, Vst0) -> + assert_not_literal(Src), assert_type(cons, Src, Vst0), Vst = set_type_reg(term, Src, D1, Vst0), set_type_reg(term, Src, D2, Vst); valfun_1({get_hd,Src,Dst}, Vst) -> + assert_not_literal(Src), assert_type(cons, Src, Vst), set_type_reg(term, Src, Dst, Vst); valfun_1({get_tl,Src,Dst}, Vst) -> + assert_not_literal(Src), assert_type(cons, Src, Vst), set_type_reg(term, Src, Dst, Vst); valfun_1({get_tuple_element,Src,I,Dst}, Vst) -> + assert_not_literal(Src), assert_type({tuple_element,I+1}, Src, Vst), set_type_reg(term, Src, Dst, Vst); +valfun_1({jump,{f,Lbl}}, Vst) -> + kill_state(branch_state(Lbl, Vst)); valfun_1(I, Vst) -> valfun_2(I, Vst). +init_try_catch_branch(Tag, Dst, Fail, Vst0) -> + Vst1 = set_type_y({Tag,[Fail]}, Dst, Vst0), + #vst{current=#st{ct=Fails}=St0} = Vst1, + CurrentSt = St0#st{ct=[[Fail]|Fails]}, + + %% Set the initial state at the try/catch label. + %% Assume that Y registers contain terms or try/catch + %% tags. + Yregs0 = map(fun({Y,uninitialized}) -> {Y,term}; + ({Y,initialized}) -> {Y,term}; + (E) -> E + end, gb_trees:to_list(CurrentSt#st.y)), + Yregs = gb_trees:from_orddict(Yregs0), + BranchSt = CurrentSt#st{y=Yregs}, + + Vst = branch_state(Fail, Vst1#vst{current=BranchSt}), + Vst#vst{current=CurrentSt}. + %% Update branched state if necessary and try next set of instructions. valfun_2(I, #vst{current=#st{ct=[]}}=Vst) -> valfun_3(I, Vst); valfun_2(I, #vst{current=#st{ct=[[Fail]|_]}}=Vst) when is_integer(Fail) -> - %% Update branched state + %% Update branched state. valfun_3(I, branch_state(Fail, Vst)); valfun_2(_, _) -> error(ambiguous_catch_try_state). @@ -541,18 +592,18 @@ valfun_4({call_ext_last,_,_,_}, #vst{current=#st{numy=NumY}}) -> valfun_4({make_fun2,_,_,_,Live}, Vst) -> call(make_fun, Live, Vst); %% Other BIFs -valfun_4({bif,tuple_size,{f,Fail},[Tuple],Dst}, Vst0) -> +valfun_4({bif,tuple_size,{f,Fail},[Tuple],Dst}=I, Vst0) -> TupleType0 = get_term_type(Tuple, Vst0), Vst1 = branch_state(Fail, Vst0), TupleType = upgrade_tuple_type({tuple,[0]}, TupleType0), - Vst = set_type(TupleType, Tuple, Vst1), - set_type_reg({integer,[]}, Dst, Vst); + Vst = set_aliased_type(TupleType, Tuple, Vst1), + set_type_reg_expr({integer,[]}, I, Dst, Vst); valfun_4({bif,element,{f,Fail},[Pos,Tuple],Dst}, Vst0) -> TupleType0 = get_term_type(Tuple, Vst0), PosType = get_term_type(Pos, Vst0), Vst1 = branch_state(Fail, Vst0), TupleType = upgrade_tuple_type({tuple,[get_tuple_size(PosType)]}, TupleType0), - Vst = set_type(TupleType, Tuple, Vst1), + Vst = set_aliased_type(TupleType, Tuple, Vst1), set_type_reg(term, Tuple, Dst, Vst); valfun_4({bif,raise,{f,0},Src,_Dst}, Vst) -> validate_src(Src, Vst), @@ -562,15 +613,23 @@ valfun_4(raw_raise=I, Vst) -> valfun_4({bif,map_get,{f,Fail},[_Key,Map]=Src,Dst}, Vst0) -> validate_src(Src, Vst0), Vst1 = branch_state(Fail, Vst0), - Vst = set_type(map, Map, Vst1), + Vst = set_aliased_type(map, Map, Vst1), Type = propagate_fragility(term, Src, Vst), set_type_reg(Type, Dst, Vst); valfun_4({bif,is_map_key,{f,Fail},[_Key,Map]=Src,Dst}, Vst0) -> validate_src(Src, Vst0), Vst1 = branch_state(Fail, Vst0), - Vst = set_type(map, Map, Vst1), + Vst = set_aliased_type(map, Map, Vst1), Type = propagate_fragility(bool, Src, Vst), set_type_reg(Type, Dst, Vst); +valfun_4({bif,Op,{f,Fail},[Cons]=Src,Dst}, Vst0) + when Op =:= hd; Op =:= tl -> + validate_src(Src, Vst0), + Vst1 = branch_state(Fail, Vst0), + Vst = set_aliased_type(cons, Cons, Vst1), + Type0 = bif_type(Op, Src, Vst), + Type = propagate_fragility(Type0, Src, Vst), + set_type_reg(Type, Dst, Vst); valfun_4({bif,Op,{f,Fail},Src,Dst}, Vst0) -> validate_src(Src, Vst0), Vst = branch_state(Fail, Vst0), @@ -583,7 +642,13 @@ valfun_4({gc_bif,Op,{f,Fail},Live,Src,Dst}, #vst{current=St0}=Vst0) -> St = kill_heap_allocation(St0), Vst1 = Vst0#vst{current=St}, Vst2 = branch_state(Fail, Vst1), - Vst = prune_x_regs(Live, Vst2), + Vst3 = prune_x_regs(Live, Vst2), + Vst = case Op of + map_size -> + set_type(map, hd(Src), Vst3); + _ -> + Vst3 + end, validate_src(Src, Vst), Type0 = bif_type(Op, Src, Vst), Type = propagate_fragility(Type0, Src, Vst), @@ -593,8 +658,6 @@ valfun_4(return, #vst{current=#st{numy=none}}=Vst) -> kill_state(Vst); valfun_4(return, #vst{current=#st{numy=NumY}}) -> error({stack_frame,NumY}); -valfun_4({jump,{f,Lbl}}, Vst) -> - kill_state(branch_state(Lbl, Vst)); valfun_4({loop_rec,{f,Fail},Dst}, Vst0) -> Vst = branch_state(Fail, Vst0), %% This term may not be part of the root set until @@ -621,41 +684,60 @@ valfun_4({set_tuple_element,Src,Tuple,I}, Vst) -> assert_type({tuple_element,I+1}, Tuple, Vst), Vst; %% Match instructions. -valfun_4({select_val,Src,{f,Fail},{list,Choices}}, Vst) -> - assert_term(Src, Vst), - Lbls = [L || {f,L} <- Choices]++[Fail], - kill_state(foldl(fun(L, S) -> branch_state(L, S) end, Vst, Lbls)); +valfun_4({select_val,Src,{f,Fail},{list,Choices}}, Vst0) -> + assert_term(Src, Vst0), + assert_choices(Choices), + Vst = branch_state(Fail, Vst0), + kill_state(select_val_branches(Src, Choices, Vst)); valfun_4({select_tuple_arity,Tuple,{f,Fail},{list,Choices}}, Vst) -> assert_type(tuple, Tuple, Vst), - kill_state(branch_arities(Choices, Tuple, branch_state(Fail, Vst))); + assert_arities(Choices), + TupleType = case get_term_type(Tuple, Vst) of + {fragile,TupleType0} -> TupleType0; + TupleType0 -> TupleType0 + end, + kill_state(branch_arities(Choices, Tuple, TupleType, + branch_state(Fail, Vst))); %% New bit syntax matching instructions. -valfun_4({test,bs_start_match2,{f,Fail},Live,[Ctx,NeedSlots],Ctx}, Vst0) -> - %% If source and destination registers are the same, match state - %% is OK as input. - CtxType = get_move_term_type(Ctx, Vst0), +valfun_4({test,bs_start_match3,{f,Fail},Live,[Src],Dst}, Vst0) -> + %% Match states are always okay as input. + SrcType = get_move_term_type(Src, Vst0), + DstType = propagate_fragility(bsm_match_state(), [Src], Vst0), verify_live(Live, Vst0), verify_y_init(Vst0), Vst1 = prune_x_regs(Live, Vst0), - BranchVst = case CtxType of - #ms{} -> - %% The failure branch will never be taken when Ctx - %% is a match context. Therefore, the type for Ctx - %% at the failure label must not be match_context - %% (or we could reject legal code). - set_type_reg(term, Ctx, Vst1); - _ -> - Vst1 - end, + BranchVst = case SrcType of + #ms{} -> + %% The failure branch will never be taken when Src is a + %% match context. Therefore, the type for Src at the + %% failure label must not be match_context (or we could + %% reject legal code). + set_type_reg(term, Src, Vst1); + _ -> + Vst1 + end, Vst = branch_state(Fail, BranchVst), - set_type_reg(bsm_match_state(NeedSlots), Ctx, Vst); + set_type_reg(DstType, Dst, Vst); valfun_4({test,bs_start_match2,{f,Fail},Live,[Src,Slots],Dst}, Vst0) -> - assert_term(Src, Vst0), + %% Match states are always okay as input. + SrcType = get_move_term_type(Src, Vst0), + DstType = propagate_fragility(bsm_match_state(Slots), [Src], Vst0), verify_live(Live, Vst0), verify_y_init(Vst0), Vst1 = prune_x_regs(Live, Vst0), - Vst = branch_state(Fail, Vst1), - set_type_reg(bsm_match_state(Slots), Src, Dst, Vst); + BranchVst = case SrcType of + #ms{} -> + %% The failure branch will never be taken when Src is a + %% match context. Therefore, the type for Src at the + %% failure label must not be match_context (or we could + %% reject legal code). + set_type_reg(term, Src, Vst1); + _ -> + Vst1 + end, + Vst = branch_state(Fail, BranchVst), + set_type_reg(DstType, Dst, Vst); valfun_4({test,bs_match_string,{f,Fail},[Ctx,_,_]}, Vst) -> bsm_validate_context(Ctx, Vst), branch_state(Fail, Vst); @@ -692,6 +774,16 @@ valfun_4({bs_save2,Ctx,SavePoint}, Vst) -> bsm_save(Ctx, SavePoint, Vst); valfun_4({bs_restore2,Ctx,SavePoint}, Vst) -> bsm_restore(Ctx, SavePoint, Vst); +valfun_4({bs_get_position, Ctx, Dst, Live}, Vst0) -> + bsm_validate_context(Ctx, Vst0), + verify_live(Live, Vst0), + verify_y_init(Vst0), + Vst = prune_x_regs(Live, Vst0), + set_type_reg(bs_position, Dst, Vst); +valfun_4({bs_set_position, Ctx, Pos}, Vst) -> + bsm_validate_context(Ctx, Vst), + assert_type(bs_position, Pos, Vst), + Vst; %% Other test instructions. valfun_4({test,is_float,{f,Lbl},[Float]}, Vst) -> @@ -700,16 +792,19 @@ valfun_4({test,is_float,{f,Lbl},[Float]}, Vst) -> valfun_4({test,is_tuple,{f,Lbl},[Tuple]}, Vst) -> Type0 = get_term_type(Tuple, Vst), Type = upgrade_tuple_type({tuple,[0]}, Type0), - set_type(Type, Tuple, branch_state(Lbl, Vst)); + set_aliased_type(Type, Tuple, branch_state(Lbl, Vst)); valfun_4({test,is_nonempty_list,{f,Lbl},[Cons]}, Vst) -> assert_term(Cons, Vst), - set_type(cons, Cons, branch_state(Lbl, Vst)); + Type = cons, + set_aliased_type(Type, Cons, branch_state(Lbl, Vst)); valfun_4({test,test_arity,{f,Lbl},[Tuple,Sz]}, Vst) when is_integer(Sz) -> assert_type(tuple, Tuple, Vst), - set_type_reg({tuple,Sz}, Tuple, branch_state(Lbl, Vst)); + Type = {tuple,Sz}, + set_aliased_type(Type, Tuple, branch_state(Lbl, Vst)); valfun_4({test,is_tagged_tuple,{f,Lbl},[Src,Sz,_Atom]}, Vst) -> validate_src([Src], Vst), - set_type_reg({tuple, Sz}, Src, branch_state(Lbl, Vst)); + Type = {tuple,Sz}, + set_aliased_type(Type, Src, branch_state(Lbl, Vst)); valfun_4({test,has_map_fields,{f,Lbl},Src,{list,List}}, Vst) -> assert_type(map, Src, Vst), assert_unique_map_keys(List), @@ -718,11 +813,26 @@ valfun_4({test,is_map,{f,Lbl},[Src]}, Vst0) -> Vst = branch_state(Lbl, Vst0), case Src of {Tag,_} when Tag =:= x; Tag =:= y -> - set_type_reg(map, Src, Vst); + Type = map, + set_aliased_type(Type, Src, Vst); {literal,Map} when is_map(Map) -> - Vst; + Vst0; _ -> - kill_state(Vst) + kill_state(Vst0) + end; +valfun_4({test,is_eq_exact,{f,Lbl},[Src,Val]=Ss}, Vst0) -> + validate_src(Ss, Vst0), + Infer = infer_types(Src, Vst0), + Vst1 = Infer(Val, Vst0), + Vst = branch_state(Lbl, Vst1), + case Val of + {literal,Tuple} when is_tuple(Tuple) -> + Type0 = get_term_type(Val, Vst), + Type = upgrade_tuple_type({tuple,tuple_size(Tuple)}, + Type0), + set_aliased_type(Type, Src, Vst); + _ -> + Vst end; valfun_4({test,_Op,{f,Lbl},Src}, Vst) -> validate_src(Src, Vst), @@ -811,6 +921,7 @@ valfun_4(_, _) -> error(unknown_instruction). verify_get_map(Fail, Src, List, Vst0) -> + assert_not_literal(Src), %OTP 22. assert_type(map, Src, Vst0), Vst1 = foldl(fun(D, Vsti) -> case is_reg_defined(D,Vsti) of @@ -885,21 +996,15 @@ val_dsetel({set_tuple_element,_,_,_}, #vst{current=#st{setelem=false}}) -> error(illegal_context_for_set_tuple_element); val_dsetel({set_tuple_element,_,_,_}, #vst{current=#st{setelem=true}}=Vst) -> Vst; +val_dsetel({get_tuple_element,_,_,_}, Vst) -> + Vst; val_dsetel({line,_}, Vst) -> Vst; val_dsetel(_, #vst{current=#st{setelem=true}=St}=Vst) -> Vst#vst{current=St#st{setelem=false}}; val_dsetel(_, Vst) -> Vst. -kill_state(#vst{current=#st{ct=[[Fail]|_]}}=Vst) when is_integer(Fail) -> - %% There is an active catch. Make sure that we merge the state into - %% the catch label before clearing it, so that that we can be sure - %% that the label gets a state. - kill_state_1(branch_state(Fail, Vst)); kill_state(Vst) -> - kill_state_1(Vst). - -kill_state_1(Vst) -> Vst#vst{current=none}. %% A "plain" call. @@ -912,7 +1017,7 @@ call(Name, Live, #vst{current=St}=Vst) -> Type when Type =/= exception -> %% Type is never 'exception' because it has been handled earlier. Xs = gb_trees_from_list([{0,Type}]), - Vst#vst{current=St#st{x=Xs,f=init_fregs()}} + Vst#vst{current=St#st{x=Xs,f=init_fregs(),aliases=#{}}} end. %% Tail call. @@ -941,26 +1046,12 @@ verify_call_args_1(N, Vst) -> verify_call_args_1(X, Vst). verify_local_call(Lbl, Live, Vst) -> - case all_ms_in_x_regs(Live, Vst) of - [{R,Ctx}] -> - %% Verify that there is a suitable bs_start_match2 instruction. - verify_call_match_context(Lbl, R, Vst), - - %% Since the callee has consumed the match context, - %% there must be no additional copies in Y registers. - #ms{id=Id} = Ctx, - case ms_in_y_regs(Id, Vst) of - [] -> - ok; - [_|_]=Ys -> - error({multiple_match_contexts,[R|Ys]}) - end; - [_,_|_]=Xs0 -> - Xs = [R || {R,_} <- Xs0], - error({multiple_match_contexts,Xs}); - [] -> - ok - end. + F = fun({R, _Ctx}) -> + verify_call_match_context(Lbl, R, Vst) + end, + MsRegs = all_ms_in_x_regs(Live, Vst), + verify_no_ms_aliases(MsRegs), + foreach(F, MsRegs). all_ms_in_x_regs(0, _Vst) -> []; @@ -968,24 +1059,26 @@ all_ms_in_x_regs(Live0, Vst) -> Live = Live0 - 1, R = {x,Live}, case get_move_term_type(R, Vst) of - #ms{}=M -> - [{R,M}|all_ms_in_x_regs(Live, Vst)]; - _ -> - all_ms_in_x_regs(Live, Vst) + #ms{}=M -> [{R,M} | all_ms_in_x_regs(Live, Vst)]; + _ -> all_ms_in_x_regs(Live, Vst) end. -ms_in_y_regs(Id, #vst{current=#st{y=Ys0}}) -> - Ys = gb_trees:to_list(Ys0), - [{y,Y} || {Y,#ms{id=OtherId}} <- Ys, OtherId =:= Id]. +%% Verifies that the same match context isn't present twice. +verify_no_ms_aliases(MsRegs) -> + CtxIds = [Id || {_, #ms{id=Id}} <- MsRegs], + UniqueCtxIds = ordsets:from_list(CtxIds), + if + length(UniqueCtxIds) < length(CtxIds) -> + error({multiple_match_contexts, MsRegs}); + length(UniqueCtxIds) =:= length(CtxIds) -> + ok + end. +%% Verifies that the target label accepts match contexts in the given register. verify_call_match_context(Lbl, Ctx, #vst{ft=Ft}) -> - case gb_trees:lookup(Lbl, Ft) of - none -> - error(no_bs_start_match2); - {value,[{test,bs_start_match2,_,_,[Ctx,_],Ctx}|_]} -> - ok; - {value,[{test,bs_start_match2,_,_,_,_}=I|_]} -> - error({unsuitable_bs_start_match2,I}) + case gb_trees:lookup({Lbl, Ctx}, Ft) of + {value, match_context} -> ok; + none -> error(no_bs_start_match2) end. allocate(Zero, Stk, Heap, Live, #vst{current=#st{numy=none}}=Vst0) -> @@ -1025,13 +1118,50 @@ heap_alloc_2([{floats,Floats}|T], St0) -> St = St0#st{hf=Floats}, heap_alloc_2(T, St); heap_alloc_2([], St) -> St. - -prune_x_regs(Live, #vst{current=#st{x=Xs0}=St0}=Vst) when is_integer(Live) -> + +prune_x_regs(Live, #vst{current=St0}=Vst) + when is_integer(Live) -> + #st{x=Xs0,defs=Defs0,aliases=Aliases0} = St0, Xs1 = gb_trees:to_list(Xs0), Xs = [P || {R,_}=P <- Xs1, R < Live], - St = St0#st{x=gb_trees:from_orddict(Xs)}, + Defs = maps:filter(fun({x,X}, _) -> X < Live; + ({y,_}, _) -> true + end, Defs0), + Aliases = maps:filter(fun({x,X1}, {x,X2}) -> + X1 < Live andalso X2 < Live; + ({x,X}, _) -> + X < Live; + (_, {x,X}) -> + X < Live; + (_, _) -> + true + end, Aliases0), + St = St0#st{x=gb_trees:from_orddict(Xs),defs=Defs,aliases=Aliases}, Vst#vst{current=St}. +%% All choices in a select_val list must be integers, floats, or atoms. +%% All must be of the same type. +assert_choices([{Tag,_},{f,_}|T]) -> + if + Tag =:= atom; Tag =:= float; Tag =:= integer -> + assert_choices_1(T, Tag); + true -> + error(bad_select_list) + end; +assert_choices([]) -> ok. + +assert_choices_1([{Tag,_},{f,_}|T], Tag) -> + assert_choices_1(T, Tag); +assert_choices_1([_,{f,_}|_], _Tag) -> + error(bad_select_list); +assert_choices_1([], _Tag) -> ok. + +assert_arities([Arity,{f,_}|T]) when is_integer(Arity) -> + assert_arities(T); +assert_arities([]) -> ok; +assert_arities(_) -> error(bad_tuple_arity_list). + + %%% %%% Floating point checking. %%% @@ -1117,6 +1247,8 @@ assert_unique_map_keys([_,_|_]=Ls) -> %%% New binary matching instructions. %%% +bsm_match_state() -> + #ms{}. bsm_match_state(Slots) -> #ms{slots=Slots}. @@ -1130,6 +1262,12 @@ bsm_get_context({x,X}=Reg, #vst{current=#st{x=Xs}}=_Vst) when is_integer(X) -> {value,{fragile,#ms{}=Ctx}} -> Ctx; _ -> error({no_bsm_context,Reg}) end; +bsm_get_context({y,Y}=Reg, #vst{current=#st{y=Ys}}=_Vst) when is_integer(Y) -> + case gb_trees:lookup(Y, Ys) of + {value,#ms{}=Ctx} -> Ctx; + {value,{fragile,#ms{}=Ctx}} -> Ctx; + _ -> error({no_bsm_context,Reg}) + end; bsm_get_context(Reg, _) -> error({bad_source,Reg}). bsm_save(Reg, {atom,start}, Vst) -> @@ -1160,10 +1298,74 @@ bsm_restore(Reg, SavePoint, Vst) -> _ -> error({illegal_restore,SavePoint,range}) end. + +select_val_branches(Src, Choices, Vst) -> + Infer = infer_types(Src, Vst), + select_val_branches_1(Choices, Infer, Vst). + +select_val_branches_1([Val,{f,L}|T], Infer, Vst0) -> + Vst = branch_state(L, Infer(Val, Vst0)), + select_val_branches_1(T, Infer, Vst); +select_val_branches_1([], _, Vst) -> Vst. + +infer_types(Src, Vst) -> + case get_def(Src, Vst) of + {bif,is_map,{f,_},[Map],_} -> + fun({atom,true}, S) -> set_type_reg(map, Map, S); + (_, S) -> S + end; + {bif,tuple_size,{f,_},[Tuple],_} -> + fun({integer,Arity}, S) -> + Type0 = get_term_type(Tuple, S), + Type = upgrade_tuple_type({tuple,Arity}, Type0), + set_type(Type, Tuple, S); + (_, S) -> S + end; + {bif,'=:=',{f,_},[ArityReg,{integer,_}=Val],_} when ArityReg =/= Src -> + fun({atom,true}, S) -> + Infer = infer_types(ArityReg, S), + Infer(Val, S); + (_, S) -> S + end; + _ -> + fun(_, S) -> S end + end. + %%% %%% Keeping track of types. %%% +set_alias(Reg1, Reg2, #vst{current=St0}=Vst) -> + case Reg1 of + {Kind,_} when Kind =:= x; Kind =:= y -> + #st{aliases=Aliases0} = St0, + Aliases = Aliases0#{Reg1=>Reg2,Reg2=>Reg1}, + St = St0#st{aliases=Aliases}, + Vst#vst{current=St}; + _ -> + Vst + end. + +set_aliased_type(Type, Reg, #vst{current=#st{aliases=Aliases}}=Vst0) -> + Vst1 = set_type(Type, Reg, Vst0), + case Aliases of + #{Reg:=OtherReg} -> + Vst = set_type_reg(Type, OtherReg, Vst1), + #vst{current=St} = Vst, + Vst#vst{current=St#st{aliases=Aliases}}; + #{} -> + Vst1 + end. + +kill_aliases(Reg, #st{aliases=Aliases0}=St) -> + case Aliases0 of + #{Reg:=OtherReg} -> + Aliases = maps:without([Reg,OtherReg], Aliases0), + St#st{aliases=Aliases}; + #{} -> + St + end. + set_type(Type, {x,_}=Reg, Vst) -> set_type_reg(Type, Reg, Vst); set_type(Type, {y,_}=Reg, Vst) -> set_type_y(Type, Reg, Vst); set_type(_, _, #vst{}=Vst) -> Vst. @@ -1176,12 +1378,18 @@ set_type_reg(Type, Src, Dst, Vst) -> set_type_reg(Type, Dst, Vst) end. -set_type_reg(Type, {x,_}=Reg, Vst) -> - set_type_x(Type, Reg, Vst); set_type_reg(Type, Reg, Vst) -> - set_type_y(Type, Reg, Vst). + set_type_reg_expr(Type, none, Reg, Vst). + +set_type_reg_expr(Type, Expr, {x,_}=Reg, Vst) -> + set_type_x(Type, Expr, Reg, Vst); +set_type_reg_expr(Type, Expr, Reg, Vst) -> + set_type_y(Type, Expr, Reg, Vst). + +set_type_y(Type, Reg, Vst) -> + set_type_y(Type, none, Reg, Vst). -set_type_x(Type, {x,X}=Reg, #vst{current=#st{x=Xs0}=St}=Vst) +set_type_x(Type, Expr, {x,X}=Reg, #vst{current=#st{x=Xs0,defs=Defs0}=St0}=Vst) when is_integer(X), 0 =< X -> check_limit(Reg), Xs = case gb_trees:lookup(X, Xs0) of @@ -1192,11 +1400,13 @@ set_type_x(Type, {x,X}=Reg, #vst{current=#st{x=Xs0}=St}=Vst) {value,_} -> gb_trees:update(X, Type, Xs0) end, - Vst#vst{current=St#st{x=Xs}}; -set_type_x(Type, Reg, #vst{}) -> + Defs = Defs0#{Reg=>Expr}, + St = kill_aliases(Reg, St0), + Vst#vst{current=St#st{x=Xs,defs=Defs}}; +set_type_x(Type, _Expr, Reg, #vst{}) -> error({invalid_store,Reg,Type}). -set_type_y(Type, {y,Y}=Reg, #vst{current=#st{y=Ys0}=St}=Vst) +set_type_y(Type, Expr, {y,Y}=Reg, #vst{current=#st{y=Ys0,defs=Defs0}=St0}=Vst) when is_integer(Y), 0 =< Y -> check_limit(Reg), Ys = case gb_trees:lookup(Y, Ys0) of @@ -1210,8 +1420,11 @@ set_type_y(Type, {y,Y}=Reg, #vst{current=#st{y=Ys0}=St}=Vst) gb_trees:update(Y, Type, Ys0) end, check_try_catch_tags(Type, Y, Ys0), - Vst#vst{current=St#st{y=Ys}}; -set_type_y(Type, Reg, #vst{}) -> error({invalid_store,Reg,Type}). + Defs = Defs0#{Reg=>Expr}, + St = kill_aliases(Reg, St0), + Vst#vst{current=St#st{y=Ys,defs=Defs}}; +set_type_y(Type, _Expr, Reg, #vst{}) -> + error({invalid_store,Reg,Type}). make_fragile({fragile,_}=Type) -> Type; make_fragile(Type) -> {fragile,Type}. @@ -1258,6 +1471,10 @@ assert_term(Src, Vst) -> get_term_type(Src, Vst), ok. +assert_not_literal({x,_}) -> ok; +assert_not_literal({y,_}) -> ok; +assert_not_literal(Literal) -> error({literal_not_allowed,Literal}). + %% The possible types. %% %% First non-term types: @@ -1423,6 +1640,8 @@ get_term_type_1({atom,A}=T, _) when is_atom(A) -> T; get_term_type_1({float,F}=T, _) when is_float(F) -> T; get_term_type_1({integer,I}=T, _) when is_integer(I) -> T; get_term_type_1({literal,Map}, _) when is_map(Map) -> map; +get_term_type_1({literal,Tuple}, _) when is_tuple(Tuple) -> + {tuple,tuple_size(Tuple)}; get_term_type_1({literal,_}=T, _) -> T; get_term_type_1({x,X}=Reg, #vst{current=#st{x=Xs}}) when is_integer(X) -> case gb_trees:lookup(X, Xs) of @@ -1437,6 +1656,11 @@ get_term_type_1({y,Y}=Reg, #vst{current=#st{y=Ys}}) when is_integer(Y) -> end; get_term_type_1(Src, _) -> error({bad_source,Src}). +get_def(Src, #vst{current=#st{defs=Defs}}) -> + case Defs of + #{Src:=Def} -> Def; + #{} -> none + end. %% get_literal(Src) -> literal_value(). get_literal(nil) -> []; @@ -1446,13 +1670,20 @@ get_literal({integer,I}) when is_integer(I) -> I; get_literal({literal,L}) -> L; get_literal(T) -> error({not_literal,T}). - -branch_arities([], _, #vst{}=Vst) -> Vst; -branch_arities([Sz,{f,L}|T], Tuple, #vst{current=St}=Vst0) - when is_integer(Sz) -> - Vst1 = set_type_reg({tuple,Sz}, Tuple, Vst0), +branch_arities([Sz,{f,L}|T], Tuple, {tuple,[_]}=Type0, Vst0) when is_integer(Sz) -> + Vst1 = set_aliased_type({tuple,Sz}, Tuple, Vst0), Vst = branch_state(L, Vst1), - branch_arities(T, Tuple, Vst#vst{current=St}). + branch_arities(T, Tuple, Type0, Vst); +branch_arities([Sz,{f,L}|T], Tuple, {tuple,Sz}=Type, Vst0) when is_integer(Sz) -> + %% The type is already correct. (This test is redundant.) + Vst = branch_state(L, Vst0), + branch_arities(T, Tuple, Type, Vst); +branch_arities([Sz0,{f,_}|T], Tuple, {tuple,Sz}=Type, Vst) + when is_integer(Sz), Sz0 =/= Sz -> + %% We already have an established different exact size for the tuple. + %% This label can't possibly be reached. + branch_arities(T, Tuple, Type, Vst); +branch_arities([], _, _, #vst{}=Vst) -> Vst. branch_state(0, #vst{}=Vst) -> %% If the instruction fails, the stack may be scanned @@ -1482,13 +1713,14 @@ merge_states(L, St, Branched) when L =/= 0 -> {value,OtherSt} -> merge_states_1(St, OtherSt) end. -merge_states_1(#st{x=Xs0,y=Ys0,numy=NumY0,h=H0,ct=Ct0}, - #st{x=Xs1,y=Ys1,numy=NumY1,h=H1,ct=Ct1}) -> +merge_states_1(#st{x=Xs0,y=Ys0,numy=NumY0,h=H0,ct=Ct0,aliases=Aliases0}, + #st{x=Xs1,y=Ys1,numy=NumY1,h=H1,ct=Ct1,aliases=Aliases1}) -> NumY = merge_stk(NumY0, NumY1), Xs = merge_regs(Xs0, Xs1), Ys = merge_y_regs(Ys0, Ys1), Ct = merge_ct(Ct0, Ct1), - #st{x=Xs,y=Ys,numy=NumY,h=min(H0, H1),ct=Ct}. + Aliases = merge_aliases(Aliases0, Aliases1), + #st{x=Xs,y=Ys,numy=NumY,h=min(H0, H1),ct=Ct,aliases=Aliases}. merge_stk(S, S) -> S; merge_stk(_, _) -> undecided. @@ -1573,6 +1805,12 @@ merge_types(bool, {atom,A}) -> merge_bool(A); merge_types({atom,A}, bool) -> merge_bool(A); +merge_types(cons, {literal,[_|_]}) -> + cons; +merge_types({literal,[_|_]}, cons) -> + cons; +merge_types({literal,[_|_]}, {literal,[_|_]}) -> + cons; merge_types(#ms{id=Id1,valid=B1,slots=Slots1}, #ms{id=Id2,valid=B2,slots=Slots2}) -> Id = if @@ -1591,7 +1829,17 @@ merge_bool([]) -> {atom,[]}; merge_bool(true) -> bool; merge_bool(false) -> bool; merge_bool(_) -> {atom,[]}. - + +merge_aliases(Al0, Al1) when map_size(Al0) =< map_size(Al1) -> + maps:filter(fun(K, V) -> + case Al1 of + #{K:=V} -> true; + #{} -> false + end + end, Al0); +merge_aliases(Al0, Al1) -> + merge_aliases(Al1, Al0). + verify_y_init(#vst{current=#st{y=Ys}}) -> verify_y_init_1(gb_trees:to_list(Ys)). @@ -1758,6 +2006,12 @@ is_bif_safe(self, 0) -> true; is_bif_safe(node, 0) -> true; is_bif_safe(_, _) -> false. +arith_type([A], Vst) -> + %% Unary '+' or '-'. + case get_term_type(A, Vst) of + {float,_} -> {float,[]}; + _ -> number + end; arith_type([A,B], Vst) -> case {get_term_type(A, Vst),get_term_type(B, Vst)} of {{float,_},_} -> {float,[]}; diff --git a/lib/compiler/src/beam_z.erl b/lib/compiler/src/beam_z.erl index 1c9d762eb1..677094b3cd 100644 --- a/lib/compiler/src/beam_z.erl +++ b/lib/compiler/src/beam_z.erl @@ -110,6 +110,8 @@ undo_rename({test,has_map_fields,Fail,[Src|List]}) -> {test,has_map_fields,Fail,Src,{list,List}}; undo_rename({get_map_elements,Fail,Src,{list,List}}) -> {get_map_elements,Fail,Src,{list,List}}; +undo_rename({test,is_eq_exact,Fail,[Src,nil]}) -> + {test,is_nil,Fail,[Src]}; undo_rename({select,I,Reg,Fail,List}) -> {I,Reg,Fail,{list,List}}; undo_rename(I) -> I. diff --git a/lib/compiler/src/compile.erl b/lib/compiler/src/compile.erl index 6510571441..27e6e8fe00 100644 --- a/lib/compiler/src/compile.erl +++ b/lib/compiler/src/compile.erl @@ -31,6 +31,9 @@ %% Erlc interface. -export([compile/3,compile_beam/3,compile_asm/3,compile_core/3]). +%% Utility functions for compiler passes. +-export([run_sub_passes/2]). + -export_type([option/0]). -include("erl_compile.hrl"). @@ -39,6 +42,8 @@ -import(lists, [member/2,reverse/1,reverse/2,keyfind/3,last/1, map/2,flatmap/2,foreach/2,foldr/3,any/2]). +-define(SUB_PASS_TIMES, compile__sub_pass_times). + %%---------------------------------------------------------------------- -type abstract_code() :: [erl_parse:abstract_form()]. @@ -64,6 +69,7 @@ -type err_ret() :: 'error' | {'error', errors(), warnings()}. -type comp_ret() :: mod_ret() | bin_ret() | err_ret(). + %%---------------------------------------------------------------------- %% @@ -143,6 +149,30 @@ noenv_output_generated(Opts) -> env_compiler_options() -> env_default_opts(). + +%%% +%%% Run sub passes from a compiler pass. +%%% + +-spec run_sub_passes([term()], term()) -> term(). + +run_sub_passes(Ps, St) -> + case get(?SUB_PASS_TIMES) of + undefined -> + Runner = fun(_Name, Run, S) -> Run(S) end, + run_sub_passes_1(Ps, Runner, St); + Times when is_list(Times) -> + Runner = fun(Name, Run, S0) -> + T1 = erlang:monotonic_time(), + S = Run(S0), + T2 = erlang:monotonic_time(), + put(?SUB_PASS_TIMES, + [{Name,T2-T1}|get(?SUB_PASS_TIMES)]), + S + end, + run_sub_passes_1(Ps, Runner, St) + end. + %% %% Local functions %% @@ -180,8 +210,11 @@ do_compile(Input, Opts0) -> {error,Reason} end end, - %% Dialyzer has already spawned workers. - case lists:member(dialyzer, Opts) of + %% Some tools, like Dialyzer, has already spawned workers + %% and spawning extra workers actually slow the compilation + %% down instead of speeding it up, so we provide a mechanism + %% to bypass the compiler process. + case lists:member(no_spawn_compiler_process, Opts) of true -> IntFun(); false -> @@ -218,23 +251,29 @@ expand_opt(report, Os) -> [report_errors,report_warnings|Os]; expand_opt(return, Os) -> [return_errors,return_warnings|Os]; +expand_opt(no_bsm3, Os) -> + %% The new bsm pass requires bsm3 instructions. + [no_bsm3,no_bsm_opt|Os]; expand_opt(r16, Os) -> - [no_get_hd_tl,no_record_opt,no_utf8_atoms|Os]; + expand_opt_before_21(Os); expand_opt(r17, Os) -> - [no_get_hd_tl,no_record_opt,no_utf8_atoms|Os]; + expand_opt_before_21(Os); expand_opt(r18, Os) -> - [no_get_hd_tl,no_record_opt,no_utf8_atoms|Os]; + expand_opt_before_21(Os); expand_opt(r19, Os) -> - [no_get_hd_tl,no_record_opt,no_utf8_atoms|Os]; + expand_opt_before_21(Os); expand_opt(r20, Os) -> - [no_get_hd_tl,no_record_opt,no_utf8_atoms|Os]; + expand_opt_before_21(Os); +expand_opt(r21, Os) -> + [no_put_tuple2 | expand_opt(no_bsm3, Os)]; expand_opt({debug_info_key,_}=O, Os) -> [encrypt_debug_info,O|Os]; -expand_opt(no_float_opt, Os) -> - %%Turn off the entire type optimization pass. - [no_topt|Os]; expand_opt(O, Os) -> [O|Os]. +expand_opt_before_21(Os) -> + [no_put_tuple2, no_get_hd_tl, no_ssa_opt_record, + no_utf8_atoms | expand_opt(no_bsm3, Os)]. + %% format_error(ErrorDescriptor) -> string() -spec format_error(term()) -> iolist(). @@ -387,17 +426,57 @@ fold_comp([{Name,Pass}|Ps], Run, Code0, St0) -> end; fold_comp([], _Run, Code, St) -> {ok,Code,St}. +run_sub_passes_1([{Name,Run}|Ps], Runner, St0) + when is_atom(Name), is_function(Run, 1) -> + try Runner(Name, Run, St0) of + St -> + run_sub_passes_1(Ps, Runner, St) + catch + C:E:Stk -> + io:format("Sub pass ~s\n", [Name]), + erlang:raise(C, E, Stk) + end; +run_sub_passes_1([], _, St) -> St. + run_tc({Name,Fun}, Code, St) -> + put(?SUB_PASS_TIMES, []), T1 = erlang:monotonic_time(), Val = (catch Fun(Code, St)), T2 = erlang:monotonic_time(), - Elapsed = erlang:convert_time_unit(T2 - T1, native, millisecond), + Times = erase(?SUB_PASS_TIMES), + Elapsed = erlang:convert_time_unit(T2 - T1, native, microsecond), Mem0 = erts_debug:flat_size(Val)*erlang:system_info(wordsize), Mem = lists:flatten(io_lib:format("~.1f kB", [Mem0/1024])), io:format(" ~-30s: ~10.3f s ~12s\n", - [Name,Elapsed/1000,Mem]), + [Name,Elapsed/1000000,Mem]), + print_times(Times, Name), Val. +print_times(Times0, Name) -> + Fam0 = sofs:relation(Times0), + Fam1 = sofs:rel2fam(Fam0), + Fam2 = sofs:to_external(Fam1), + Fam3 = [{W,lists:sum(Times)} || {W,Times} <- Fam2], + Fam = reverse(lists:keysort(2, Fam3)), + Total = case lists:sum([T || {_,T} <- Fam]) of + 0 -> 1; + Total0 -> Total0 + end, + case Fam of + [] -> + ok; + [_|_] -> + io:format(" %% Sub passes of ~s from slowest to fastest:\n", [Name]), + print_times_1(Fam, Total) + end. + +print_times_1([{Name,T}|Ts], Total) -> + Elapsed = erlang:convert_time_unit(T, native, microsecond), + io:format(" ~-27s: ~10.3f s ~3w %\n", + [Name,Elapsed/1000000,round(100*T/Total)]), + print_times_1(Ts, Total); +print_times_1([], _Total) -> ok. + run_eprof({Name,Fun}, Code, Name, St) -> io:format("~p: Running eprof\n", [Name]), c:appcall(tools, eprof, start_profiling, [[self()]]), @@ -741,8 +820,26 @@ kernel_passes() -> ?pass(v3_kernel), {iff,dkern,{listing,"kernel"}}, {iff,'to_kernel',{done,"kernel"}}, - {pass,v3_codegen}, - {iff,dcg,{listing,"codegen"}} + {pass,beam_kernel_to_ssa}, + {iff,dssa,{listing,"ssa"}}, + {iff,ssalint,{pass,beam_ssa_lint}}, + {unless,no_bsm_opt,{pass,beam_ssa_bsm}}, + {iff,dssabsm,{listing,"ssabsm"}}, + {iff,ssalint,{pass,beam_ssa_lint}}, + {unless,no_fun_opt,{pass,beam_ssa_funs}}, + {iff,dssafuns,{listing,"ssafuns"}}, + {iff,ssalint,{pass,beam_ssa_lint}}, + {unless,no_ssa_opt,{pass,beam_ssa_opt}}, + {iff,dssaopt,{listing,"ssaopt"}}, + {iff,ssalint,{pass,beam_ssa_lint}}, + {unless,no_recv_opt,{pass,beam_ssa_recv}}, + {iff,drecv,{listing,"recv"}}, + {pass,beam_ssa_pre_codegen}, + {iff,dprecg,{listing,"precodegen"}}, + {iff,ssalint,{pass,beam_ssa_lint}}, + {pass,beam_ssa_codegen}, + {iff,dcg,{listing,"codegen"}}, + {iff,doldcg,{listing,"codegen"}} | asm_passes()]. asm_passes() -> @@ -751,34 +848,18 @@ asm_passes() -> [{pass,beam_a}, {iff,da,{listing,"a"}}, {unless,no_postopt, - [{unless,no_reorder,{pass,beam_reorder}}, - {iff,dre,{listing,"reorder"}}, - {pass,beam_block}, + [{pass,beam_block}, {iff,dblk,{listing,"block"}}, {unless,no_except,{pass,beam_except}}, {iff,dexcept,{listing,"except"}}, {unless,no_bs_opt,{pass,beam_bs}}, {iff,dbs,{listing,"bs"}}, - {unless,no_topt,{pass,beam_type}}, - {iff,dtype,{listing,"type"}}, - {pass,beam_split}, - {iff,dsplit,{listing,"split"}}, - {unless,no_dead,{pass,beam_dead}}, - {iff,ddead,{listing,"dead"}}, {unless,no_jopt,{pass,beam_jump}}, {iff,djmp,{listing,"jump"}}, {unless,no_peep_opt,{pass,beam_peep}}, {iff,dpeep,{listing,"peep"}}, {pass,beam_clean}, {iff,dclean,{listing,"clean"}}, - {unless,no_bsm_opt,{pass,beam_bsm}}, - {iff,dbsm,{listing,"bsm"}}, - {unless,no_recv_opt,{pass,beam_receive}}, - {iff,drecv,{listing,"recv"}}, - {unless,no_record_opt,{pass,beam_record}}, - {iff,drecord,{listing,"record"}}, - {unless,no_blk2,?pass(block2)}, - {iff,dblk2,{listing,"block2"}}, {unless,no_stack_trimming,{pass,beam_trim}}, {iff,dtrim,{listing,"trim"}}, {pass,beam_flatten}]}, @@ -1360,10 +1441,6 @@ v3_kernel(Code0, #compile{options=Opts,warnings=Ws0}=St) -> {ok,Code,St} end. -block2(Code0, #compile{options=Opts}=St) -> - {ok,Code} = beam_block:module(Code0, [no_blockify|Opts]), - {ok,Code,St}. - test_old_inliner(#compile{options=Opts}) -> %% The point of this test is to avoid loading the old inliner %% if we know that it will not be used. @@ -1970,21 +2047,24 @@ pre_load() -> beam_asm, beam_block, beam_bs, - beam_bsm, beam_clean, - beam_dead, beam_dict, beam_except, beam_flatten, beam_jump, + beam_kernel_to_ssa, beam_opcodes, beam_peep, - beam_receive, - beam_record, - beam_reorder, - beam_split, + beam_ssa, + beam_ssa_bsm, + beam_ssa_codegen, + beam_ssa_dead, + beam_ssa_funs, + beam_ssa_opt, + beam_ssa_pre_codegen, + beam_ssa_recv, + beam_ssa_type, beam_trim, - beam_type, beam_utils, beam_validator, beam_z, @@ -2003,7 +2083,6 @@ pre_load() -> sys_core_bsm, sys_core_dsetel, sys_core_fold, - v3_codegen, v3_core, v3_kernel], _ = code:ensure_modules_loaded(L), diff --git a/lib/compiler/src/compiler.app.src b/lib/compiler/src/compiler.app.src index cf32fd251c..86259270bd 100644 --- a/lib/compiler/src/compiler.app.src +++ b/lib/compiler/src/compiler.app.src @@ -25,23 +25,28 @@ beam_asm, beam_block, beam_bs, - beam_bsm, beam_clean, - beam_dead, beam_dict, beam_disasm, beam_except, beam_flatten, beam_jump, + beam_kernel_to_ssa, beam_listing, beam_opcodes, beam_peep, - beam_receive, - beam_reorder, - beam_record, - beam_split, + beam_ssa, + beam_ssa_bsm, + beam_ssa_codegen, + beam_ssa_dead, + beam_ssa_funs, + beam_ssa_lint, + beam_ssa_opt, + beam_ssa_pp, + beam_ssa_pre_codegen, + beam_ssa_recv, + beam_ssa_type, beam_trim, - beam_type, beam_utils, beam_validator, beam_z, @@ -65,7 +70,6 @@ sys_core_fold_lists, sys_core_inline, sys_pre_attributes, - v3_codegen, v3_core, v3_kernel, v3_kernel_pp diff --git a/lib/compiler/src/erl_bifs.erl b/lib/compiler/src/erl_bifs.erl index 68489a0122..71ab0e872a 100644 --- a/lib/compiler/src/erl_bifs.erl +++ b/lib/compiler/src/erl_bifs.erl @@ -91,6 +91,7 @@ is_pure(erlang, is_bitstring, 1) -> true; %% erlang:is_builtin/3 depends on the state (i.e. the version of the emulator). is_pure(erlang, is_float, 1) -> true; is_pure(erlang, is_function, 1) -> true; +is_pure(erlang, is_function, 2) -> true; is_pure(erlang, is_integer, 1) -> true; is_pure(erlang, is_list, 1) -> true; is_pure(erlang, is_map, 1) -> true; diff --git a/lib/compiler/src/genop.tab b/lib/compiler/src/genop.tab index 02dead9e92..86590fad87 100755 --- a/lib/compiler/src/genop.tab +++ b/lib/compiler/src/genop.tab @@ -142,8 +142,7 @@ BEAM_FORMAT_NUMBER=0 20: send/0 ## @spec remove_message -## @doc Unlink the current message from the message queue and store a -## pointer to the message in x(0). Remove any timeout. +## @doc Unlink the current message from the message queue. Remove any timeout. 21: remove_message/0 ## @spec timeout @@ -574,3 +573,26 @@ BEAM_FORMAT_NUMBER=0 ## @doc Get the tail (or cdr) part of a list (a cons cell) from Source and ## put it into the register Tail. 163: get_tl/2 + +# OTP 22 + +## @spec put_tuple2 Destination Elements +## @doc Build a tuple with the elements in the list Elements and put it +## put into register Destination. +164: put_tuple2/2 + +## @spec bs_get_tail Ctx Dst Live +## @doc Sets Dst to the tail of Ctx at the current position +165: bs_get_tail/3 + +## @spec bs_start_match3 Fail Bin Live Dst +## @doc Starts a binary match sequence +166: bs_start_match3/4 + +## @spec bs_get_position Ctx Dst Live +## @doc Sets Dst to the current position of Ctx +167: bs_get_position/3 + +## @spec bs_set_positon Ctx Pos +## @doc Sets the current position of Ctx to Pos +168: bs_set_position/2 diff --git a/lib/compiler/src/sys_core_bsm.erl b/lib/compiler/src/sys_core_bsm.erl index 62657933ee..685e807e65 100644 --- a/lib/compiler/src/sys_core_bsm.erl +++ b/lib/compiler/src/sys_core_bsm.erl @@ -24,223 +24,52 @@ -export([module/2,format_error/1]). -include("core_parse.hrl"). --import(lists, [member/2,reverse/1,usort/1]). -spec module(cerl:c_module(), [compile:option()]) -> {'ok', cerl:c_module()}. -module(#c_module{defs=Ds0}=Mod, Opts) -> - {Ds,Ws0} = function(Ds0, [], []), - case member(bin_opt_info, Opts) of - false -> - {ok,Mod#c_module{defs=Ds}}; - true -> - Ws1 = [make_warning(Where, What) || {Where,What} <- Ws0], - Ws = usort(Ws1), - {ok,Mod#c_module{defs=Ds},Ws} - end. +module(#c_module{defs=Ds}=Mod, _Opts) -> + {ok,Mod#c_module{defs=function(Ds)}}. -function([{#c_var{name={F,Arity}}=Name,B0}|Fs], FsAcc, Ws0) -> - try cerl_trees:mapfold(fun bsm_an/2, Ws0, B0) of - {B,Ws} -> - function(Fs, [{Name,B}|FsAcc], Ws) +function([{#c_var{name={F,Arity}}=Name,B0}|Fs]) -> + try cerl_trees:map(fun bsm_reorder/1, B0) of + B -> [{Name,B} | function(Fs)] catch - throw:unsafe_bs_context_to_binary -> - %% Unsafe bs_context_to_binary (in the sense that the - %% contents of the binary will probably be wrong). - %% Disable binary optimizations for the entire function. - %% We don't generate an INFO message, because this happens - %% very infrequently and it would be hard to explain in - %% a comprehensible way in an INFO message. - function(Fs, [{Name,B0}|FsAcc], Ws0); Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [F,Arity]), - erlang:raise(Class, Error, Stack) + io:fwrite("Function: ~w/~w\n", [F,Arity]), + erlang:raise(Class, Error, Stack) end; -function([], Fs, Ws) -> - {reverse(Fs),Ws}. +function([]) -> + []. -type error() :: atom(). -spec format_error(error()) -> nonempty_string(). -format_error(bin_opt_alias) -> - "INFO: the '=' operator will prevent delayed sub binary optimization"; -format_error(bin_partition) -> - "INFO: matching non-variables after a previous clause matching a variable " - "will prevent delayed sub binary optimization"; -format_error(bin_var_used) -> - "INFO: using a matched out sub binary will prevent " - "delayed sub binary optimization"; -format_error(orig_bin_var_used_in_guard) -> - "INFO: using the original binary variable in a guard will prevent " - "delayed sub binary optimization"; -format_error(bin_var_used_in_guard) -> - "INFO: using a matched out sub binary in a guard will prevent " - "delayed sub binary optimization". - +format_error(_) -> error(badarg). -%%% -%%% Annotate bit syntax matching to faciliate optimization in further passes. -%%% +%%% Reorder bit syntax matching to faciliate optimization in further passes. -bsm_an(Core0, Ws0) -> - case bsm_an(Core0) of - {ok,Core} -> - {Core,Ws0}; - {ok,Core,W} -> - {Core,[W|Ws0]} - end. +bsm_reorder(#c_case{arg=#c_var{}=V}=Case) -> + bsm_reorder_1([V], Case); +bsm_reorder(#c_case{arg=#c_values{es=Es}}=Case) -> + bsm_reorder_1(Es, Case); +bsm_reorder(Core) -> + Core. -bsm_an(#c_case{arg=#c_var{}=V}=Case) -> - bsm_an_1([V], Case); -bsm_an(#c_case{arg=#c_values{es=Es}}=Case) -> - bsm_an_1(Es, Case); -bsm_an(Other) -> - {ok,Other}. - -bsm_an_1(Vs0, #c_case{clauses=Cs0}=Case) -> +bsm_reorder_1(Vs0, #c_case{clauses=Cs0}=Case) -> case bsm_leftmost(Cs0) of - none -> - {ok,Case}; - 1 -> - bsm_an_2(Vs0, Cs0, Case); - Pos -> - Vs = move_from_col(Pos, Vs0), - Cs = [C#c_clause{pats=move_from_col(Pos, Ps)} || - #c_clause{pats=Ps}=C <- Cs0], - bsm_an_2(Vs, Cs, Case) - end. - -bsm_an_2(Vs, Cs, Case) -> - try - bsm_ensure_no_partition(Cs), - {ok,bsm_do_an(Vs, Cs, Case)} - catch - throw:{problem,Where,What} -> - {ok,Case,{Where,What}} + Pos when Pos > 0, Pos =/= none -> + Vs = core_lib:make_values(move_from_col(Pos, Vs0)), + Cs = [C#c_clause{pats=move_from_col(Pos, Ps)} + || #c_clause{pats=Ps}=C <- Cs0], + Case#c_case{arg=Vs,clauses=Cs}; + _ -> + Case end. move_from_col(Pos, L) -> {First,[Col|Rest]} = lists:split(Pos - 1, L), [Col|First] ++ Rest. -bsm_do_an([#c_var{name=Vname}=V0|Vs0], Cs0, Case) -> - bsm_inner_context_to_binary(Cs0), - Cs = bsm_do_an_var(Vname, Cs0), - V = bsm_annotate_for_reuse(V0), - Vs = core_lib:make_values([V|Vs0]), - Case#c_case{arg=Vs,clauses=Cs}; -bsm_do_an(_Vs, _Cs, Case) -> Case. - -bsm_inner_context_to_binary([#c_clause{body=B}|Cs]) -> - %% Consider: - %% - %% foo(<<Length, Data/binary>>) -> %Line 1 - %% case {Data, Length} of %Line 2 - %% {_, 0} -> Data; %Line 3 - %% {<<...>>, 4} -> ... %Line 4 - %% end. - %% - %% No sub binary will be created for Data in line 1. The match - %% context will be passed on to the `case` in line 2. In line 3, - %% this pass inserts a `bs_context_to_binary` instruction to - %% convert the match context representing Data to a binary before - %% returning it. The problem is that the binary created will be - %% the original binary (including the matched out Length field), - %% not the tail of the binary as it is supposed to be. - %% - %% Here follows a heuristic to disable the binary optimizations - %% for the entire function if this code kind of code is found. - - case cerl_trees:free_variables(B) of - [] -> - %% Since there are no free variables in the body of - %% this clause, there can't be any troublesome - %% bs_context_to_binary instructions. - bsm_inner_context_to_binary(Cs); - [_|_]=Free -> - %% One of the free variables could refer to a match context - %% created by the outer binary match. - F = fun(#c_primop{name=#c_literal{val=bs_context_to_binary}, - args=[#c_var{name=V}]}, _) -> - case member(V, Free) of - true -> - %% This bs_context_to_binary instruction will - %% make a binary of the match context from an - %% outer binary match. It is very likely that - %% the contents of the binary will be wrong - %% (the original binary as opposed to only - %% the tail binary). - throw(unsafe_bs_context_to_binary); - false -> - %% Safe. This bs_context_to_binary instruction - %% will make a binary from a match context - %% defined in the body of the clause. - ok - end; - (_, _) -> - ok - end, - cerl_trees:fold(F, ok, B) - end; -bsm_inner_context_to_binary([]) -> ok. - -bsm_do_an_var(V, [#c_clause{pats=[P|_],guard=G,body=B0}=C0|Cs]) -> - case P of - #c_var{name=VarName} -> - case core_lib:is_var_used(V, G) of - true -> bsm_problem(C0, orig_bin_var_used_in_guard); - false -> ok - end, - case core_lib:is_var_used(VarName, G) of - true -> bsm_problem(C0, bin_var_used_in_guard); - false -> ok - end, - B1 = bsm_maybe_ctx_to_binary(VarName, B0), - B = bsm_maybe_ctx_to_binary(V, B1), - C = C0#c_clause{body=B}, - [C|bsm_do_an_var(V, Cs)]; - #c_alias{} -> - case bsm_could_match_binary(P) of - false -> - [C0|bsm_do_an_var(V, Cs)]; - true -> - bsm_problem(C0, bin_opt_alias) - end; - _ -> - case bsm_could_match_binary(P) andalso bsm_is_var_used(V, G, B0) of - false -> - [C0|bsm_do_an_var(V, Cs)]; - true -> - bsm_problem(C0, bin_var_used) - end - end; -bsm_do_an_var(_, []) -> []. - -bsm_annotate_for_reuse(#c_var{anno=Anno}=Var) -> - Var#c_var{anno=[reuse_for_context|Anno]}. - -bsm_is_var_used(V, G, B) -> - core_lib:is_var_used(V, G) orelse core_lib:is_var_used(V, B). - -bsm_maybe_ctx_to_binary(V, B) -> - case core_lib:is_var_used(V, B) andalso not previous_ctx_to_binary(V, B) of - false -> - B; - true -> - #c_seq{arg=#c_primop{name=#c_literal{val=bs_context_to_binary}, - args=[#c_var{name=V}]}, - body=B} - end. - -previous_ctx_to_binary(V, Core) -> - case Core of - #c_seq{arg=#c_primop{name=#c_literal{val=bs_context_to_binary}, - args=[#c_var{name=V}]}} -> - true; - _ -> - false - end. - %% bsm_leftmost(Cs) -> none | ArgumentNumber %% Find the leftmost argument that matches a nonempty binary. %% Return either 'none' or the argument number (1-N). @@ -262,94 +91,3 @@ bsm_leftmost_2([_|Ps], Cs, N, Pos) -> bsm_leftmost_2(Ps, Cs, N+1, Pos); bsm_leftmost_2([], Cs, _, Pos) -> bsm_leftmost_1(Cs, Pos). - -%% bsm_ensure_no_partition(Cs) -> ok (exception if problem) -%% There must only be a single bs_start_match2 instruction if we -%% are to reuse the binary variable for the match context. -%% -%% To make sure that there is only a single bs_start_match2 -%% instruction, we will check for partitions such as: -%% -%% foo(<<...>>) -> ... -%% foo(<Variable>) when ... -> ... -%% foo(<Non-variable pattern>) -> -%% -%% If there is such partition, we reject the optimization. - -bsm_ensure_no_partition(Cs) -> - bsm_ensure_no_partition_1(Cs, before). - -%% Loop through each clause. -bsm_ensure_no_partition_1([#c_clause{pats=Ps,guard=G}|Cs], State0) -> - State = bsm_ensure_no_partition_2(Ps, G, State0), - case State of - 'after' -> - bsm_ensure_no_partition_after(Cs); - _ -> - ok - end, - bsm_ensure_no_partition_1(Cs, State); -bsm_ensure_no_partition_1([], _) -> ok. - -bsm_ensure_no_partition_2([#c_binary{}|_], _, _State) -> - within; -bsm_ensure_no_partition_2([#c_alias{}=Alias|_], N, State) -> - %% Retrieve the real pattern that the alias refers to and check that. - P = bsm_real_pattern(Alias), - bsm_ensure_no_partition_2([P], N, State); -bsm_ensure_no_partition_2([_|_], _, before=State) -> - %% No binary matching yet - therefore no partition. - State; -bsm_ensure_no_partition_2([P|_], _, State) -> - case bsm_could_match_binary(P) of - false -> - State; - true -> - %% The pattern P *may* match a binary, so we must update the state. - %% (P must be a variable.) - 'after' - end. - -bsm_ensure_no_partition_after([#c_clause{pats=Ps}=C|Cs]) -> - case Ps of - [#c_var{}|_] -> - bsm_ensure_no_partition_after(Cs); - _ -> - bsm_problem(C, bin_partition) - end; -bsm_ensure_no_partition_after([]) -> ok. - -bsm_could_match_binary(#c_alias{pat=P}) -> bsm_could_match_binary(P); -bsm_could_match_binary(#c_cons{}) -> false; -bsm_could_match_binary(#c_tuple{}) -> false; -bsm_could_match_binary(#c_literal{val=Lit}) -> is_bitstring(Lit); -bsm_could_match_binary(_) -> true. - -bsm_real_pattern(#c_alias{pat=P}) -> bsm_real_pattern(P); -bsm_real_pattern(P) -> P. - -bsm_problem(Where, What) -> - throw({problem,Where,What}). - -make_warning(Core, Term) -> - case should_suppress_warning(Core) of - true -> - ok; - false -> - Anno = cerl:get_ann(Core), - Line = get_line(Anno), - File = get_file(Anno), - {File,[{Line,?MODULE,Term}]} - end. - -should_suppress_warning(Core) -> - Ann = cerl:get_ann(Core), - member(compiler_generated, Ann). - -get_line([Line|_]) when is_integer(Line) -> Line; -get_line([_|T]) -> get_line(T); -get_line([]) -> none. - -get_file([{file,File}|_]) -> File; -get_file([_|T]) -> get_file(T); -get_file([]) -> "no_file". % should not happen diff --git a/lib/compiler/src/sys_core_fold.erl b/lib/compiler/src/sys_core_fold.erl index 3a65b40fa5..d848cd8f19 100644 --- a/lib/compiler/src/sys_core_fold.erl +++ b/lib/compiler/src/sys_core_fold.erl @@ -99,7 +99,7 @@ t=#{} :: map(), %Types in_guard=false}). %In guard or not. --type type_info() :: cerl:cerl() | 'bool' | 'integer'. +-type type_info() :: cerl:cerl() | 'bool' | 'integer' | {'fun', pos_integer()}. -type yes_no_maybe() :: 'yes' | 'no' | 'maybe'. -type sub() :: #sub{}. @@ -478,9 +478,20 @@ expr(#c_try{anno=A,arg=E0,vars=Vs0,body=B0,evars=Evs0,handler=H0}=Try, _, Sub0) false -> {Evs1,Sub2} = var_list(Evs0, Sub0), H1 = body(H0, value, Sub2), - Try#c_try{arg=E1,vars=Vs1,body=B1,evars=Evs1,handler=H1} + H2 = opt_try_handler(H1, lists:last(Evs1)), + Try#c_try{arg=E1,vars=Vs1,body=B1,evars=Evs1,handler=H2} end. +%% Attempts to convert old erlang:get_stacktrace/0 calls into the new +%% three-argument catch, with possibility of further optimisations. +opt_try_handler(#c_call{anno=A,module=#c_literal{val=erlang},name=#c_literal{val=get_stacktrace},args=[]}, Var) -> + #c_primop{anno=A,name=#c_literal{val=build_stacktrace},args=[Var]}; +opt_try_handler(#c_case{clauses=Cs0} = Case, Var) -> + Cs = [C#c_clause{body=opt_try_handler(B, Var)} || #c_clause{body=B} = C <- Cs0], + Case#c_case{clauses=Cs}; +opt_try_handler(#c_let{arg=Arg} = Let, Var) -> + Let#c_let{arg=opt_try_handler(Arg, Var)}; +opt_try_handler(X, _) -> X. %% If a fun or its application is used as an argument, then it's unsafe to %% handle it in effect context as the side-effects may rely on its return @@ -561,6 +572,7 @@ ifes_list(FVar, [E|Es], Safe) -> ifes_list(_FVar, [], _Safe) -> true. + expr_list(Es, Ctxt, Sub) -> [expr(E, Ctxt, Sub) || E <- Es]. @@ -961,6 +973,10 @@ fold_non_lit_args(Call, erlang, setelement, [Arg1,Arg2,Arg3], _) -> eval_setelement(Call, Arg1, Arg2, Arg3); fold_non_lit_args(Call, erlang, is_record, [Arg1,Arg2,Arg3], Sub) -> eval_is_record(Call, Arg1, Arg2, Arg3, Sub); +fold_non_lit_args(Call, erlang, is_function, [Arg1], Sub) -> + eval_is_function_1(Call, Arg1, Sub); +fold_non_lit_args(Call, erlang, is_function, [Arg1,Arg2], Sub) -> + eval_is_function_2(Call, Arg1, Arg2, Sub); fold_non_lit_args(Call, erlang, N, Args, Sub) -> NumArgs = length(Args), case erl_internal:comp_op(N, NumArgs) of @@ -976,6 +992,22 @@ fold_non_lit_args(Call, erlang, N, Args, Sub) -> end; fold_non_lit_args(Call, _, _, _, _) -> Call. +eval_is_function_1(Call, Arg1, Sub) -> + case get_type(Arg1, Sub) of + none -> Call; + {'fun',_} -> #c_literal{anno=cerl:get_ann(Call),val=true}; + _ -> #c_literal{anno=cerl:get_ann(Call),val=false} + end. + +eval_is_function_2(Call, Arg1, #c_literal{val=Arity}, Sub) + when is_integer(Arity), Arity > 0 -> + case get_type(Arg1, Sub) of + none -> Call; + {'fun',Arity} -> #c_literal{anno=cerl:get_ann(Call),val=true}; + _ -> #c_literal{anno=cerl:get_ann(Call),val=false} + end; +eval_is_function_2(Call, _Arg1, _Arg2, _Sub) -> Call. + %% Evaluate a relational operation using type information. eval_rel_op(Call, Op, [#c_var{name=V},#c_var{name=V}], _) -> Bool = erlang:Op(same, same), @@ -3183,6 +3215,10 @@ update_types_2(V, [#c_tuple{}=P], Types) -> Types#{V=>P}; update_types_2(V, [#c_literal{val=Bool}], Types) when is_boolean(Bool) -> Types#{V=>bool}; +update_types_2(V, [#c_fun{vars=Vars}], Types) -> + Types#{V=>{'fun',length(Vars)}}; +update_types_2(V, [#c_var{name={_,Arity}}], Types) -> + Types#{V=>{'fun',Arity}}; update_types_2(V, [Type], Types) when is_atom(Type) -> Types#{V=>Type}; update_types_2(_, _, Types) -> Types. @@ -3201,6 +3237,8 @@ kill_types2(V, [{_,#c_tuple{}=Tuple}=Entry|Tdb]) -> false -> [Entry|kill_types2(V, Tdb)]; true -> kill_types2(V, Tdb) end; +kill_types2(V, [{_, {'fun',_}}=Entry|Tdb]) -> + [Entry|kill_types2(V, Tdb)]; kill_types2(V, [{_,Atom}=Entry|Tdb]) when is_atom(Atom) -> [Entry|kill_types2(V, Tdb)]; kill_types2(_, []) -> []. diff --git a/lib/compiler/src/v3_codegen.erl b/lib/compiler/src/v3_codegen.erl deleted file mode 100644 index e9152ba88f..0000000000 --- a/lib/compiler/src/v3_codegen.erl +++ /dev/null @@ -1,2925 +0,0 @@ -%% -%% %CopyrightBegin% -%% -%% Copyright Ericsson AB 1999-2018. All Rights Reserved. -%% -%% Licensed under the Apache License, Version 2.0 (the "License"); -%% you may not use this file except in compliance with the License. -%% You may obtain a copy of the License at -%% -%% http://www.apache.org/licenses/LICENSE-2.0 -%% -%% Unless required by applicable law or agreed to in writing, software -%% distributed under the License is distributed on an "AS IS" BASIS, -%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -%% See the License for the specific language governing permissions and -%% limitations under the License. -%% -%% %CopyrightEnd% -%% -%% Purpose : Code generator for Beam. - --module(v3_codegen). - -%% The main interface. --export([module/2]). - --import(lists, [member/2,keymember/3,keysort/2,keydelete/3, - append/1,flatmap/2,filter/2,foldl/3,foldr/3,mapfoldl/3, - sort/1,reverse/1,reverse/2,map/2]). --import(ordsets, [add_element/2,intersection/2,union/2]). - --include("v3_kernel.hrl"). - -%% These are not defined in v3_kernel.hrl. -get_kanno(Kthing) -> element(2, Kthing). -set_kanno(Kthing, Anno) -> setelement(2, Kthing, Anno). - -%% Main codegen structure. --record(cg, {lcount=1, %Label counter - bfail, %Fail label for BIFs - break, %Break label - recv, %Receive label - is_top_block, %Boolean: top block or not - functable=#{}, %Map of local functions: {Name,Arity}=>Label - in_catch=false, %Inside a catch or not. - need_frame, %Need a stack frame. - ultimate_failure, %Label for ultimate match failure. - ctx %Match context. - }). - -%% Stack/register state record. --record(sr, {reg=[], %Register table - stk=[], %Stack table - res=[]}). %Registers to reserve - -%% Internal records. --record(cg_need_heap, {anno=[] :: term(), - h=0 :: integer()}). --record(cg_block, {anno=[] :: term(), - es=[] :: [term()]}). - --type vdb_entry() :: {atom(),non_neg_integer(),non_neg_integer()}. - --record(l, {i=0 :: non_neg_integer(), %Op number - vdb=[] :: [vdb_entry()], %Variable database - a=[] :: [term()]}). %Core annotation - --spec module(#k_mdef{}, [compile:option()]) -> {'ok',beam_asm:module_code()}. - -module(#k_mdef{name=Mod,exports=Es,attributes=Attr,body=Forms}, _Opts) -> - {Asm,St} = functions(Forms, {atom,Mod}), - {ok,{Mod,Es,Attr,Asm,St#cg.lcount}}. - -functions(Forms, AtomMod) -> - mapfoldl(fun (F, St) -> function(F, AtomMod, St) end, #cg{lcount=1}, Forms). - -function(#k_fdef{anno=#k{a=Anno},func=Name,arity=Arity, - vars=As,body=Kb}, AtomMod, St0) -> - try - #k_match{} = Kb, %Assertion. - - %% Try to suppress the stack frame unless it is - %% really needed. - Body0 = avoid_stack_frame(Kb), - - %% Annotate kernel records with variable usage. - Vdb0 = init_vars(As), - {Body,_,Vdb} = body(Body0, 1, Vdb0), - - %% Generate the BEAM assembly code. - {Asm,EntryLabel,St} = cg_fun(Body, As, Vdb, AtomMod, - {Name,Arity}, Anno, St0), - Func = {function,Name,Arity,EntryLabel,Asm}, - {Func,St} - catch - Class:Error:Stack -> - io:fwrite("Function: ~w/~w\n", [Name,Arity]), - erlang:raise(Class, Error, Stack) - end. - - -%% avoid_stack_frame(Kernel) -> Kernel' -%% If possible, avoid setting up a stack frame. Functions -%% that only do matching, calls to guard BIFs, and tail-recursive -%% calls don't need a stack frame. - -avoid_stack_frame(#k_match{body=Body}=M) -> - try - M#k_match{body=avoid_stack_frame_1(Body)} - catch - impossible -> - M - end. - -avoid_stack_frame_1(#k_alt{first=First0,then=Then0}=Alt) -> - First = avoid_stack_frame_1(First0), - Then = avoid_stack_frame_1(Then0), - Alt#k_alt{first=First,then=Then}; -avoid_stack_frame_1(#k_bif{op=Op}=Bif) -> - case Op of - #k_internal{} -> - %% Most internal BIFs clobber the X registers. - throw(impossible); - _ -> - Bif - end; -avoid_stack_frame_1(#k_break{anno=Anno,args=Args}) -> - #k_guard_break{anno=Anno,args=Args}; -avoid_stack_frame_1(#k_guard_break{}=Break) -> - Break; -avoid_stack_frame_1(#k_enter{}=Enter) -> - %% Tail-recursive calls don't need a stack frame. - Enter; -avoid_stack_frame_1(#k_guard{clauses=Cs0}=Guard) -> - Cs = avoid_stack_frame_list(Cs0), - Guard#k_guard{clauses=Cs}; -avoid_stack_frame_1(#k_guard_clause{guard=G0,body=B0}=C) -> - G = avoid_stack_frame_1(G0), - B = avoid_stack_frame_1(B0), - C#k_guard_clause{guard=G,body=B}; -avoid_stack_frame_1(#k_match{anno=A,vars=Vs,body=B0,ret=Ret}) -> - %% Use #k_guard_match{} instead to avoid saving the X registers - %% to the stack before matching. - B = avoid_stack_frame_1(B0), - #k_guard_match{anno=A,vars=Vs,body=B,ret=Ret}; -avoid_stack_frame_1(#k_guard_match{body=B0}=M) -> - B = avoid_stack_frame_1(B0), - M#k_guard_match{body=B}; -avoid_stack_frame_1(#k_protected{arg=Arg0}=Prot) -> - Arg = avoid_stack_frame_1(Arg0), - Prot#k_protected{arg=Arg}; -avoid_stack_frame_1(#k_put{}=Put) -> - Put; -avoid_stack_frame_1(#k_return{}=Ret) -> - Ret; -avoid_stack_frame_1(#k_select{var=#k_var{anno=Vanno},types=Types0}=Select) -> - case member(reuse_for_context, Vanno) of - false -> - Types = avoid_stack_frame_list(Types0), - Select#k_select{types=Types}; - true -> - %% Including binary patterns that overwrite the register containing - %% the binary with the match context may not be safe. For example, - %% bs_match_SUITE:bin_tail_e/1 with inlining will be rejected by - %% beam_validator. - %% - %% Essentially the following code is produced: - %% - %% bs_match {x,0} => {x,0} - %% ... - %% bs_match {x,0} => {x,1} %% ILLEGAL - %% - %% A bs_match instruction will only accept a match context as the - %% source operand if the source and destination registers are the - %% the same (as in the first bs_match instruction above). - %% The second bs_match instruction is therefore illegal. - %% - %% This situation is avoided if there is a stack frame: - %% - %% move {x,0} => {y,0} - %% bs_match {x,0} => {x,0} - %% ... - %% bs_match {y,0} => {x,1} %% LEGAL - %% - throw(impossible) - end; -avoid_stack_frame_1(#k_seq{arg=#k_call{anno=Anno,op=Op}=Call, - body=#k_break{args=BrArgs0}}=Seq) -> - case Op of - #k_remote{mod=#k_atom{val=Mod}, - name=#k_atom{val=Name}, - arity=Arity} -> - case erl_bifs:is_exit_bif(Mod, Name, Arity) of - false -> - %% Will clobber X registers. Must have a stack frame. - throw(impossible); - true -> - %% The call to this BIF will never return. It is safe - %% to suppress the stack frame. - Bif = #k_bif{anno=Anno, - op=#k_internal{name=guard_error,arity=1}, - args=[Call],ret=[]}, - BrArgs = lists:duplicate(length(BrArgs0), #k_nil{}), - GB = #k_guard_break{anno=#k{us=[],ns=[],a=[]},args=BrArgs}, - Seq#k_seq{arg=Bif,body=GB} - end; - _ -> - %% Will clobber X registers. Must have a stack frame. - throw(impossible) - end; -avoid_stack_frame_1(#k_seq{arg=A0,body=B0}=Seq) -> - A = avoid_stack_frame_1(A0), - B = avoid_stack_frame_1(B0), - Seq#k_seq{arg=A,body=B}; -avoid_stack_frame_1(#k_test{}=Test) -> - Test; -avoid_stack_frame_1(#k_type_clause{values=Values0}=TC) -> - Values = avoid_stack_frame_list(Values0), - TC#k_type_clause{values=Values}; -avoid_stack_frame_1(#k_val_clause{body=B0}=VC) -> - B = avoid_stack_frame_1(B0), - VC#k_val_clause{body=B}; -avoid_stack_frame_1(_Body) -> - throw(impossible). - -avoid_stack_frame_list([H|T]) -> - [avoid_stack_frame_1(H)|avoid_stack_frame_list(T)]; -avoid_stack_frame_list([]) -> []. - - -%% This pass creates beam format annotated with variable lifetime -%% information. Each thing is given an index and for each variable we -%% store the first and last index for its occurrence. The variable -%% database, VDB, attached to each thing is only relevant internally -%% for that thing. -%% -%% For nested things like matches the numbering continues locally and -%% the VDB for that thing refers to the variable usage within that -%% thing. Variables which live through a such a thing are internally -%% given a very large last index. Internally the indexes continue -%% after the index of that thing. This creates no problems as the -%% internal variable info never escapes and externally we only see -%% variable which are alive both before or after. -%% -%% This means that variables never "escape" from a thing and the only -%% way to get values from a thing is to "return" them, with 'break' or -%% 'return'. Externally these values become the return values of the -%% thing. This is no real limitation as most nested things have -%% multiple threads so working out a common best variable usage is -%% difficult. - -%% body(Kbody, I, Vdb) -> {[Expr],MaxI,Vdb}. -%% Handle a body. - -body(#k_seq{arg=Ke,body=Kb}, I, Vdb0) -> - %%ok = io:fwrite("life ~w:~p~n", [?LINE,{Ke,I,Vdb0}]), - A = get_kanno(Ke), - Vdb1 = use_vars(union(A#k.us, A#k.ns), I, Vdb0), - {Es,MaxI,Vdb2} = body(Kb, I+1, Vdb1), - E = expr(Ke, I, Vdb2), - {[E|Es],MaxI,Vdb2}; -body(Ke, I, Vdb0) -> - %%ok = io:fwrite("life ~w:~p~n", [?LINE,{Ke,I,Vdb0}]), - A = get_kanno(Ke), - Vdb1 = use_vars(union(A#k.us, A#k.ns), I, Vdb0), - E = expr(Ke, I, Vdb1), - {[E],I,Vdb1}. - -%% expr(Kexpr, I, Vdb) -> Expr. - -expr(#k_test{anno=A}=Test, I, _Vdb) -> - Test#k_test{anno=#l{i=I,a=A#k.a}}; -expr(#k_call{anno=A}=Call, I, _Vdb) -> - Call#k_call{anno=#l{i=I,a=A#k.a}}; -expr(#k_enter{anno=A}=Enter, I, _Vdb) -> - Enter#k_enter{anno=#l{i=I,a=A#k.a}}; -expr(#k_bif{anno=A}=Bif, I, _Vdb) -> - Bif#k_bif{anno=#l{i=I,a=A#k.a}}; -expr(#k_match{anno=A,body=Kb,ret=Rs}, I, Vdb) -> - %% Work out imported variables which need to be locked. - Mdb = vdb_sub(I, I+1, Vdb), - M = match(Kb, A#k.us, I+1, Mdb), - L = #l{i=I,vdb=use_vars(A#k.us, I+1, Mdb),a=A#k.a}, - #k_match{anno=L,body=M,ret=Rs}; -expr(#k_guard_match{anno=A,body=Kb,ret=Rs}, I, Vdb) -> - %% Work out imported variables which need to be locked. - Mdb = vdb_sub(I, I+1, Vdb), - M = match(Kb, A#k.us, I+1, Mdb), - L = #l{i=I,vdb=use_vars(A#k.us, I+1, Mdb),a=A#k.a}, - #k_guard_match{anno=L,body=M,ret=Rs}; -expr(#k_protected{}=Protected, I, Vdb) -> - protected(Protected, I, Vdb); -expr(#k_try{anno=A,arg=Ka,vars=Vs,body=Kb,evars=Evs,handler=Kh}=Try, I, Vdb) -> - %% Lock variables that are alive before the catch and used afterwards. - %% Don't lock variables that are only used inside the try. - Tdb0 = vdb_sub(I, I+1, Vdb), - %% This is the tricky bit. Lock variables in Arg that are used in - %% the body and handler. Add try tag 'variable'. - Ab = get_kanno(Kb), - Ah = get_kanno(Kh), - Tdb1 = use_vars(union(Ab#k.us, Ah#k.us), I+3, Tdb0), - Tdb2 = vdb_sub(I, I+2, Tdb1), - Vnames = fun (Kvar) -> Kvar#k_var.name end, %Get the variable names - {Aes,_,Adb} = body(Ka, I+2, add_var({catch_tag,I+1}, I+1, locked, Tdb2)), - {Bes,_,Bdb} = body(Kb, I+4, new_vars(sort(map(Vnames, Vs)), I+3, Tdb2)), - {Hes,_,Hdb} = body(Kh, I+4, new_vars(sort(map(Vnames, Evs)), I+3, Tdb2)), - L = #l{i=I,vdb=Tdb1,a=A#k.a}, - Try#k_try{anno=L, - arg=#cg_block{es=Aes,anno=#l{i=I+1,vdb=Adb,a=[]}}, - vars=Vs,body=#cg_block{es=Bes,anno=#l{i=I+3,vdb=Bdb,a=[]}}, - evars=Evs,handler=#cg_block{es=Hes,anno=#l{i=I+3,vdb=Hdb,a=[]}}}; -expr(#k_try_enter{anno=A,arg=Ka,vars=Vs,body=Kb,evars=Evs,handler=Kh}, I, Vdb) -> - %% Lock variables that are alive before the catch and used afterwards. - %% Don't lock variables that are only used inside the try. - Tdb0 = vdb_sub(I, I+1, Vdb), - %% This is the tricky bit. Lock variables in Arg that are used in - %% the body and handler. Add try tag 'variable'. - Ab = get_kanno(Kb), - Ah = get_kanno(Kh), - Tdb1 = use_vars(union(Ab#k.us, Ah#k.us), I+3, Tdb0), - Tdb2 = vdb_sub(I, I+2, Tdb1), - Vnames = fun (Kvar) -> Kvar#k_var.name end, %Get the variable names - {Aes,_,Adb} = body(Ka, I+2, add_var({catch_tag,I+1}, I+1, 1000000, Tdb2)), - {Bes,_,Bdb} = body(Kb, I+4, new_vars(sort(map(Vnames, Vs)), I+3, Tdb2)), - {Hes,_,Hdb} = body(Kh, I+4, new_vars(sort(map(Vnames, Evs)), I+3, Tdb2)), - L = #l{i=I,vdb=Tdb1,a=A#k.a}, - #k_try_enter{anno=L, - arg=#cg_block{es=Aes,anno=#l{i=I+1,vdb=Adb,a=[]}}, - vars=Vs,body=#cg_block{es=Bes,anno=#l{i=I+3,vdb=Bdb,a=[]}}, - evars=Evs,handler=#cg_block{es=Hes,anno=#l{i=I+3,vdb=Hdb,a=[]}}}; -expr(#k_catch{anno=A,body=Kb}=Catch, I, Vdb) -> - %% Lock variables that are alive before the catch and used afterwards. - %% Don't lock variables that are only used inside the catch. - %% Add catch tag 'variable'. - Cdb0 = vdb_sub(I, I+1, Vdb), - {Es,_,Cdb1} = body(Kb, I+1, add_var({catch_tag,I}, I, locked, Cdb0)), - L = #l{i=I,vdb=Cdb1,a=A#k.a}, - Catch#k_catch{anno=L,body=#cg_block{es=Es}}; -expr(#k_receive{anno=A,var=V,body=Kb,action=Ka}=Recv, I, Vdb) -> - %% Work out imported variables which need to be locked. - Rdb = vdb_sub(I, I+1, Vdb), - M = match(Kb, add_element(V#k_var.name, A#k.us), I+1, - new_vars([V#k_var.name], I, Rdb)), - {Tes,_,Adb} = body(Ka, I+1, Rdb), - Le = #l{i=I,vdb=use_vars(A#k.us, I+1, Vdb),a=A#k.a}, - Recv#k_receive{anno=Le,body=M, - action=#cg_block{anno=#l{i=I+1,vdb=Adb,a=[]},es=Tes}}; -expr(#k_receive_accept{anno=A}, I, _Vdb) -> - #k_receive_accept{anno=#l{i=I,a=A#k.a}}; -expr(#k_receive_next{anno=A}, I, _Vdb) -> - #k_receive_next{anno=#l{i=I,a=A#k.a}}; -expr(#k_put{anno=A}=Put, I, _Vdb) -> - Put#k_put{anno=#l{i=I,a=A#k.a}}; -expr(#k_break{anno=A}=Break, I, _Vdb) -> - Break#k_break{anno=#l{i=I,a=A#k.a}}; -expr(#k_guard_break{anno=A}=Break, I, _Vdb) -> - Break#k_guard_break{anno=#l{i=I,a=A#k.a}}; -expr(#k_return{anno=A}=Ret, I, _Vdb) -> - Ret#k_return{anno=#l{i=I,a=A#k.a}}. - -%% protected(Kprotected, I, Vdb) -> Protected. -%% Only used in guards. - -protected(#k_protected{anno=A,arg=Ts}=Prot, I, Vdb) -> - %% Lock variables that are alive before try and used afterwards. - %% Don't lock variables that are only used inside the protected - %% expression. - Pdb0 = vdb_sub(I, I+1, Vdb), - {T,MaxI,Pdb1} = body(Ts, I+1, Pdb0), - Pdb2 = use_vars(A#k.ns, MaxI+1, Pdb1), %Save "return" values - Prot#k_protected{arg=T,anno=#l{i=I,a=A#k.a,vdb=Pdb2}}. - -%% match(Kexpr, [LockVar], I, Vdb) -> Expr. -%% Convert match tree to old format. - -match(#k_alt{anno=A,first=Kf,then=Kt}, Ls, I, Vdb0) -> - Vdb1 = use_vars(union(A#k.us, Ls), I, Vdb0), - F = match(Kf, Ls, I+1, Vdb1), - T = match(Kt, Ls, I+1, Vdb1), - #k_alt{anno=[],first=F,then=T}; -match(#k_select{anno=A,types=Kts}=Select, Ls, I, Vdb0) -> - Vdb1 = use_vars(union(A#k.us, Ls), I, Vdb0), - Ts = [type_clause(Tc, Ls, I+1, Vdb1) || Tc <- Kts], - Select#k_select{anno=[],types=Ts}; -match(#k_guard{anno=A,clauses=Kcs}, Ls, I, Vdb0) -> - Vdb1 = use_vars(union(A#k.us, Ls), I, Vdb0), - Cs = [guard_clause(G, Ls, I+1, Vdb1) || G <- Kcs], - #k_guard{anno=[],clauses=Cs}; -match(Other, Ls, I, Vdb0) -> - Vdb1 = use_vars(Ls, I, Vdb0), - {B,_,Vdb2} = body(Other, I+1, Vdb1), - Le = #l{i=I,vdb=Vdb2,a=[]}, - #cg_block{anno=Le,es=B}. - -type_clause(#k_type_clause{anno=A,type=T,values=Kvs}, Ls, I, Vdb0) -> - %%ok = io:format("life ~w: ~p~n", [?LINE,{T,Kvs}]), - Vdb1 = use_vars(union(A#k.us, Ls), I+1, Vdb0), - Vs = [val_clause(Vc, Ls, I+1, Vdb1) || Vc <- Kvs], - #k_type_clause{anno=[],type=T,values=Vs}. - -val_clause(#k_val_clause{anno=A,val=V,body=Kb}, Ls0, I, Vdb0) -> - New = (get_kanno(V))#k.ns, - Bus = (get_kanno(Kb))#k.us, - %%ok = io:format("Ls0 = ~p, Used=~p\n New=~p, Bus=~p\n", [Ls0,Used,New,Bus]), - Ls1 = union(intersection(New, Bus), Ls0), %Lock for safety - Vdb1 = use_vars(union(A#k.us, Ls1), I+1, new_vars(New, I, Vdb0)), - B = match(Kb, Ls1, I+1, Vdb1), - Le = #l{i=I,vdb=use_vars(Bus, I+1, Vdb1),a=A#k.a}, - #k_val_clause{anno=Le,val=V,body=B}. - -guard_clause(#k_guard_clause{anno=A,guard=Kg,body=Kb}, Ls, I, Vdb0) -> - Vdb1 = use_vars(union(A#k.us, Ls), I+2, Vdb0), - Gdb = vdb_sub(I+1, I+2, Vdb1), - G = protected(Kg, I+1, Gdb), - B = match(Kb, Ls, I+2, Vdb1), - Le = #l{i=I,vdb=use_vars((get_kanno(Kg))#k.us, I+2, Vdb1),a=A#k.a}, - #k_guard_clause{anno=Le,guard=G,body=B}. - - -%% Here follows the code generator pass. -%% -%% The following assumptions have been made: -%% -%% 1. Matches, i.e. things with {match,M,Ret} wrappers, only return -%% values; no variables are exported. If the match would have returned -%% extra variables then these have been transformed to multiple return -%% values. -%% -%% 2. All BIF's called in guards are gc-safe so there is no need to -%% put thing on the stack in the guard. While this would in principle -%% work it would be difficult to keep track of the stack depth when -%% trimming. -%% -%% The code generation uses variable lifetime information added by -%% the previous pass to save variables, allocate registers and -%% move registers to the stack when necessary. -%% -%% We try to use a consistent variable name scheme throughout. The -%% StackReg record is always called Bef,Int<n>,Aft. - -%% cg_fun([Lkexpr], [HeadVar], Vdb, State) -> {[Ainstr],State} - -cg_fun(Les, Hvs, Vdb, AtomMod, NameArity, Anno, St0) -> - {Fi,St1} = new_label(St0), %FuncInfo label - {Fl,St2} = local_func_label(NameArity, St1), - - %% - %% The pattern matching compiler (in v3_kernel) no longer - %% provides its own catch-all clause, because the - %% call to erlang:exit/1 caused problem when cases were - %% used in guards. Therefore, there may be tests that - %% cannot fail (providing that there is not a bug in a - %% previous optimzation pass), but still need to provide - %% a label (there are instructions, such as is_tuple/2, - %% that do not allow {f,0}). - %% - %% We will generate an ultimate failure label and put it - %% at the end of function, followed by an 'if_end' instruction. - %% Note that and 'if_end' instruction does not need any - %% live x registers, so it will always be safe to jump to - %% it. (We never ever expect the jump to be taken, and in - %% most functions there will never be any references to - %% the label in the first place.) - %% - - {UltimateMatchFail,St3} = new_label(St2), - - %% Create initial stack/register state, clear unused arguments. - Bef = clear_dead(#sr{reg=foldl(fun (#k_var{name=V}, Reg) -> - put_reg(V, Reg) - end, [], Hvs), - stk=[]}, 0, Vdb), - {B,_Aft,St} = cg_list(Les, Vdb, Bef, - St3#cg{bfail=0, - ultimate_failure=UltimateMatchFail, - is_top_block=true}), - {Name,Arity} = NameArity, - Asm = [{label,Fi},line(Anno),{func_info,AtomMod,{atom,Name},Arity}, - {label,Fl}|B++[{label,UltimateMatchFail},if_end]], - {Asm,Fl,St}. - -%% cg(Lkexpr, Vdb, StackReg, State) -> {[Ainstr],StackReg,State}. -%% Generate code for a kexpr. - -cg(#cg_block{anno=Le,es=Es}, Vdb, Bef, St) -> - block_cg(Es, Le, Vdb, Bef, St); -cg(#k_match{anno=Le,body=M,ret=Rs}, Vdb, Bef, St) -> - match_cg(M, Rs, Le, Vdb, Bef, St); -cg(#k_guard_match{anno=Le,body=M,ret=Rs}, Vdb, Bef, St) -> - guard_match_cg(M, Rs, Le, Vdb, Bef, St); -cg(#k_call{anno=Le,op=Func,args=As,ret=Rs}, Vdb, Bef, St) -> - call_cg(Func, As, Rs, Le, Vdb, Bef, St); -cg(#k_enter{anno=Le,op=Func,args=As}, Vdb, Bef, St) -> - enter_cg(Func, As, Le, Vdb, Bef, St); -cg(#k_bif{anno=Le}=Bif, Vdb, Bef, St) -> - bif_cg(Bif, Le, Vdb, Bef, St); -cg(#k_receive{anno=Le,timeout=Te,var=Rvar,body=Rm,action=Tes,ret=Rs}, - Vdb, Bef, St) -> - recv_loop_cg(Te, Rvar, Rm, Tes, Rs, Le, Vdb, Bef, St); -cg(#k_receive_next{anno=Le}, Vdb, Bef, St) -> - recv_next_cg(Le, Vdb, Bef, St); -cg(#k_receive_accept{}, _Vdb, Bef, St) -> - {[remove_message],Bef,St}; -cg(#k_try{anno=Le,arg=Ta,vars=Vs,body=Tb,evars=Evs,handler=Th,ret=Rs}, - Vdb, Bef, St) -> - try_cg(Ta, Vs, Tb, Evs, Th, Rs, Le, Vdb, Bef, St); -cg(#k_try_enter{anno=Le,arg=Ta,vars=Vs,body=Tb,evars=Evs,handler=Th}, - Vdb, Bef, St) -> - try_enter_cg(Ta, Vs, Tb, Evs, Th, Le, Vdb, Bef, St); -cg(#k_catch{anno=Le,body=Cb,ret=[R]}, Vdb, Bef, St) -> - catch_cg(Cb, R, Le, Vdb, Bef, St); -cg(#k_put{anno=Le,arg=Con,ret=Var}, Vdb, Bef, St) -> - put_cg(Var, Con, Le, Vdb, Bef, St); -cg(#k_return{anno=Le,args=Rs}, Vdb, Bef, St) -> - return_cg(Rs, Le, Vdb, Bef, St); -cg(#k_break{anno=Le,args=Bs}, Vdb, Bef, St) -> - break_cg(Bs, Le, Vdb, Bef, St); -cg(#k_guard_break{anno=Le,args=Bs}, Vdb, Bef, St) -> - guard_break_cg(Bs, Le, Vdb, Bef, St); -cg(#cg_need_heap{h=H}, _Vdb, Bef, St) -> - {[{test_heap,H,max_reg(Bef#sr.reg)}],Bef,St}. - -%% cg_list([Kexpr], FirstI, Vdb, StackReg, St) -> {[Ainstr],StackReg,St}. - -cg_list(Kes, Vdb, Bef, St0) -> - {Keis,{Aft,St1}} = - flatmapfoldl(fun (Ke, {Inta,Sta}) -> - {Keis,Intb,Stb} = cg(Ke, Vdb, Inta, Sta), - {Keis,{Intb,Stb}} - end, {Bef,St0}, need_heap(Kes)), - {Keis,Aft,St1}. - -%% need_heap([Lkexpr], I, St) -> [Lkexpr]. -%% Insert need_heap instructions in Kexpr list. Try to be smart and -%% collect them together as much as possible. - -need_heap(Kes0) -> - {Kes,H} = need_heap_0(reverse(Kes0), 0, []), - - %% Prepend need_heap if necessary. - need_heap_need(H) ++ Kes. - -need_heap_0([Ke|Kes], H0, Acc) -> - {Ns,H} = need_heap_1(Ke, H0), - need_heap_0(Kes, H, [Ke|Ns]++Acc); -need_heap_0([], H, Acc) -> - {Acc,H}. - -need_heap_1(#k_put{arg=#k_binary{}}, H) -> - {need_heap_need(H),0}; -need_heap_1(#k_put{arg=#k_map{}}, H) -> - {need_heap_need(H),0}; -need_heap_1(#k_put{arg=Val}, H) -> - %% Just pass through adding to needed heap. - {[],H + case Val of - #k_cons{} -> 2; - #k_tuple{es=Es} -> 1 + length(Es); - _Other -> 0 - end}; -need_heap_1(#k_bif{}=Bif, H) -> - case is_gc_bif(Bif) of - false -> - {[],H}; - true -> - {need_heap_need(H),0} - end; -need_heap_1(_Ke, H) -> - %% Call or call-like instruction such as set_tuple_element/3. - {need_heap_need(H),0}. - -need_heap_need(0) -> []; -need_heap_need(H) -> [#cg_need_heap{h=H}]. - -%% is_gc_bif(#k_bif{}) -> true|false. -%% is_gc_bif(Name, Arity) -> true|false. -%% Determines whether the BIF Name/Arity might do a GC. - -is_gc_bif(#k_bif{op=#k_remote{name=#k_atom{val=Name}},args=Args}) -> - is_gc_bif(Name, length(Args)); -is_gc_bif(#k_bif{op=#k_internal{}}) -> - true. - -is_gc_bif(hd, 1) -> false; -is_gc_bif(tl, 1) -> false; -is_gc_bif(self, 0) -> false; -is_gc_bif(node, 0) -> false; -is_gc_bif(node, 1) -> false; -is_gc_bif(element, 2) -> false; -is_gc_bif(get, 1) -> false; -is_gc_bif(tuple_size, 1) -> false; -is_gc_bif(map_get, 2) -> false; -is_gc_bif(is_map_key, 2) -> false; -is_gc_bif(Bif, Arity) -> - not (erl_internal:bool_op(Bif, Arity) orelse - erl_internal:new_type_test(Bif, Arity) orelse - erl_internal:comp_op(Bif, Arity)). - -%% match_cg(Matc, [Ret], Le, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. -%% Generate code for a match. First save all variables on the stack -%% that are to survive after the match. We leave saved variables in -%% their registers as they might actually be in the right place. - -match_cg(M, Rs, Le, Vdb, Bef, St0) -> - I = Le#l.i, - {Sis,Int0} = adjust_stack(Bef, I, I+1, Vdb), - {B,St1} = new_label(St0), - {Mis,Int1,St2} = match_cg(M, St1#cg.ultimate_failure, - Int0, St1#cg{break=B}), - %% Put return values in registers. - Reg = load_vars(Rs, Int1#sr.reg), - {Sis ++ Mis ++ [{label,B}], - clear_dead(Int1#sr{reg=Reg}, I, Vdb), - St2#cg{break=St1#cg.break}}. - -guard_match_cg(M, Rs, Le, Vdb, Bef, St0) -> - I = Le#l.i, - {B,St1} = new_label(St0), - Fail = case St0 of - #cg{bfail=0,ultimate_failure=Fail0} -> Fail0; - #cg{bfail=Fail0} -> Fail0 - end, - {Mis,Aft,St2} = match_cg(M, Fail, Bef, St1#cg{break=B}), - %% Update the register descriptors for the return registers. - Reg = guard_match_regs(Aft#sr.reg, Rs), - {Mis ++ [{label,B}], - clear_dead(Aft#sr{reg=Reg}, I, Vdb), - St2#cg{break=St1#cg.break}}. - -guard_match_regs([{I,gbreakvar}|Rs], [#k_var{name=V}|Vs]) -> - [{I,V}|guard_match_regs(Rs, Vs)]; -guard_match_regs([R|Rs], Vs) -> - [R|guard_match_regs(Rs, Vs)]; -guard_match_regs([], []) -> []. - - -%% match_cg(Match, Fail, StackReg, State) -> {[Ainstr],StackReg,State}. -%% Generate code for a match tree. N.B. there is no need pass Vdb -%% down as each level which uses this takes its own internal Vdb not -%% the outer one. - -match_cg(#k_alt{first=F,then=S}, Fail, Bef, St0) -> - {Tf,St1} = new_label(St0), - {Fis,Faft,St2} = match_cg(F, Tf, Bef, St1), - {Sis,Saft,St3} = match_cg(S, Fail, Bef, St2), - Aft = sr_merge(Faft, Saft), - {Fis ++ [{label,Tf}] ++ Sis,Aft,St3}; -match_cg(#k_select{var=#k_var{anno=Vanno,name=Vname}=V,types=Scs0}, Fail, Bef, St) -> - ReuseForContext = member(reuse_for_context, Vanno) andalso - find_reg(Vname, Bef#sr.reg) =/= error, - Scs = case ReuseForContext of - false -> Scs0; - true -> bsm_rename_ctx(Scs0, Vname) - end, - match_fmf(fun (S, F, Sta) -> - select_cg(S, V, F, Fail, Bef, Sta) end, - Fail, St, Scs); -match_cg(#k_guard{clauses=Gcs}, Fail, Bef, St) -> - match_fmf(fun (G, F, Sta) -> guard_clause_cg(G, F, Bef, Sta) end, - Fail, St, Gcs); -match_cg(#cg_block{anno=Le,es=Es}, _Fail, Bef, St) -> - %% Must clear registers and stack of dead variables. - Int = clear_dead(Bef, Le#l.i, Le#l.vdb), - block_cg(Es, Le, Int, St). - -%% bsm_rename_ctx([Clause], Var) -> [Clause] -%% We know from an annotation that the register for a binary can -%% be reused for the match context because the two are not truly -%% alive at the same time (even though the life time information -%% says so). -%% -%% The easiest way to have those variables share the same register is -%% to rename the variable with the shortest life-span (the match -%% context) to the variable for the binary (which can have a very -%% long life-time because it is locked during matching). We KNOW that -%% the match state variable will only be alive during the matching. -%% -%% We must also remove all information about the match context -%% variable from all life-time information databases (Vdb). - -bsm_rename_ctx([#k_type_clause{type=k_binary,values=Vcs}=TC|Cs], New) -> - [#k_val_clause{val=#k_binary{segs=#k_var{name=Old}}=Bin, - body=Ke0}=VC0] = Vcs, - Ke = bsm_rename_ctx(Ke0, Old, New, false), - VC = VC0#k_val_clause{val=Bin#k_binary{segs=#k_var{name=New}}, - body=Ke}, - [TC#k_type_clause{values=[VC]}|bsm_rename_ctx(Cs, New)]; -bsm_rename_ctx([C|Cs], New) -> - [C|bsm_rename_ctx(Cs, New)]; -bsm_rename_ctx([], _) -> []. - -%% bsm_rename_ctx(Ke, OldName, NewName, InProt) -> Ke' -%% Rename and clear OldName from life-time information. We must -%% recurse into any block contained in a protected, but it would -%% only complicatate things to recurse into blocks not in a protected -%% (the match context variable is not live inside them). - -bsm_rename_ctx(#k_select{var=#k_var{name=V},types=Cs0}=Sel, - Old, New, InProt) -> - Cs = bsm_rename_ctx_list(Cs0, Old, New, InProt), - Sel#k_select{var=#k_var{name=bsm_rename_var(V, Old, New)},types=Cs}; -bsm_rename_ctx(#k_type_clause{values=Cs0}=TC, Old, New, InProt) -> - Cs = bsm_rename_ctx_list(Cs0, Old, New, InProt), - TC#k_type_clause{values=Cs}; -bsm_rename_ctx(#k_val_clause{body=Ke0}=VC, Old, New, InProt) -> - Ke = bsm_rename_ctx(Ke0, Old, New, InProt), - VC#k_val_clause{body=Ke}; -bsm_rename_ctx(#k_alt{first=F0,then=S0}=Alt, Old, New, InProt) -> - F = bsm_rename_ctx(F0, Old, New, InProt), - S = bsm_rename_ctx(S0, Old, New, InProt), - Alt#k_alt{first=F,then=S}; -bsm_rename_ctx(#k_guard{clauses=Gcs0}=Guard, Old, New, InProt) -> - Gcs = bsm_rename_ctx_list(Gcs0, Old, New, InProt), - Guard#k_guard{clauses=Gcs}; -bsm_rename_ctx(#k_guard_clause{guard=G0,body=B0}=GC, Old, New, InProt) -> - G = bsm_rename_ctx(G0, Old, New, InProt), - B = bsm_rename_ctx(B0, Old, New, InProt), - %% A guard clause may cause unsaved variables to be saved on the stack. - %% Since the match state variable Old is an alias for New (uses the - %% same register), it is neither in the stack nor register descriptor - %% lists and we would crash when we didn't find it unless we remove - %% it from the database. - bsm_forget_var(GC#k_guard_clause{guard=G,body=B}, Old); -bsm_rename_ctx(#k_protected{arg=Ts0}=Prot, Old, New, _InProt) -> - InProt = true, - Ts = bsm_rename_ctx_list(Ts0, Old, New, InProt), - bsm_forget_var(Prot#k_protected{arg=Ts}, Old); -bsm_rename_ctx(#k_guard_match{body=Ms0}=Match, Old, New, InProt) -> - Ms = bsm_rename_ctx(Ms0, Old, New, InProt), - Match#k_guard_match{body=Ms}; -bsm_rename_ctx(#k_test{}=Test, _, _, _) -> Test; -bsm_rename_ctx(#k_bif{}=Bif, _, _, _) -> Bif; -bsm_rename_ctx(#k_put{}=Put, _, _, _) -> Put; -bsm_rename_ctx(#k_call{}=Call, _, _, _) -> Call; -bsm_rename_ctx(#cg_block{}=Block, Old, _, false) -> - %% This block is not inside a protected. The match context variable cannot - %% possibly be live inside the block. - bsm_forget_var(Block, Old); -bsm_rename_ctx(#cg_block{es=Es0}=Block, Old, New, true) -> - %% A block in a protected. We must recursively rename the variable - %% inside the block. - Es = bsm_rename_ctx_list(Es0, Old, New, true), - bsm_forget_var(Block#cg_block{es=Es}, Old); -bsm_rename_ctx(#k_guard_break{}=Break, Old, _New, _InProt) -> - bsm_forget_var(Break, Old). - -bsm_rename_ctx_list([C|Cs], Old, New, InProt) -> - [bsm_rename_ctx(C, Old, New, InProt)| - bsm_rename_ctx_list(Cs, Old, New, InProt)]; -bsm_rename_ctx_list([], _, _, _) -> []. - -bsm_rename_var(Old, Old, New) -> New; -bsm_rename_var(V, _, _) -> V. - -%% bsm_forget_var(#l{}, Variable) -> #l{} -%% Remove a variable from the variable life-time database. - -bsm_forget_var(Ke, V) -> - #l{vdb=Vdb} = L0 = get_kanno(Ke), - L = L0#l{vdb=keydelete(V, 1, Vdb)}, - set_kanno(Ke, L). - -%% block_cg([Kexpr], Le, Vdb, StackReg, St) -> {[Ainstr],StackReg,St}. -%% block_cg([Kexpr], Le, StackReg, St) -> {[Ainstr],StackReg,St}. - -block_cg(Es, Le, _Vdb, Bef, St) -> - block_cg(Es, Le, Bef, St). - -block_cg(Es, Le, Bef, #cg{is_top_block=false}=St) -> - cg_block(Es, Le#l.vdb, Bef, St); -block_cg(Es, Le, Bef, #cg{is_top_block=true}=St0) -> - %% No stack frame has been established yet. Do we need one? - case need_stackframe(Es) of - true -> - %% We need a stack frame. Generate the code and add the - %% code for creating and deallocating the stack frame. - {Is0,Aft,St} = cg_block(Es, Le#l.vdb, Bef, - St0#cg{is_top_block=false,need_frame=false}), - Is = top_level_block(Is0, Aft, max_reg(Bef#sr.reg), St), - {Is,Aft,St#cg{is_top_block=true}}; - false -> - %% This sequence of instructions ending in a #k_match{} (a - %% 'case' or 'if') in the Erlang code does not need a - %% stack frame yet. Delay the creation (if a stack frame - %% is needed at all, it will be created inside the - %% #k_match{}). - cg_list(Es, Le#l.vdb, Bef, St0) - end. - -%% need_stackframe([Kexpr]) -> true|false. -%% Does this list of instructions need a stack frame? -%% -%% A sequence of instructions that don't clobber the X registers -%% followed by a single #k_match{} doesn't need a stack frame. - -need_stackframe([H|T]) -> - case H of - #k_bif{op=#k_internal{}} -> true; - #k_put{arg=#k_binary{}} -> true; - #k_bif{} -> need_stackframe(T); - #k_put{} -> need_stackframe(T); - #k_guard_match{} -> need_stackframe(T); - #k_match{} when T =:= [] -> false; - _ -> true - end; -need_stackframe([]) -> false. - -cg_block([], _Vdb, Bef, St0) -> - {[],Bef,St0}; -cg_block(Kes0, Vdb, Bef, St0) -> - {Kes2,Int1,St1} = - case basic_block(Kes0) of - {Kes1,LastI,Args,Rest} -> - cg_basic_block(Kes1, LastI, Args, Vdb, Bef, St0); - {Kes1,Rest} -> - cg_list(Kes1, Vdb, Bef, St0) - end, - {Kes3,Int2,St2} = cg_block(Rest, Vdb, Int1, St1), - {Kes2 ++ Kes3,Int2,St2}. - -basic_block(Kes) -> basic_block(Kes, []). - -basic_block([Ke|Kes], Acc) -> - case collect_block(Ke) of - include -> basic_block(Kes, [Ke|Acc]); - {block_end,As} -> - case Acc of - [] -> - %% If the basic block does not contain any #k_put{} instructions, - %% it serves no useful purpose to do basic block optimizations. - {[Ke],Kes}; - _ -> - #l{i=I} = get_kanno(Ke), - {reverse(Acc, [Ke]),I,As,Kes} - end; - no_block -> {reverse(Acc, [Ke]),Kes} - end. - -collect_block(#k_put{arg=Arg}) -> - %% #k_put{} instructions that may garbage collect are not allowed - %% in basic blocks. - case Arg of - #k_binary{} -> no_block; - #k_map{} -> no_block; - _ -> include - end; -collect_block(#k_call{op=Func,args=As}) -> - {block_end,As++func_vars(Func)}; -collect_block(#k_enter{op=Func,args=As}) -> - {block_end,As++func_vars(Func)}; -collect_block(#k_return{args=Rs}) -> - {block_end,Rs}; -collect_block(#k_break{args=Bs}) -> - {block_end,Bs}; -collect_block(_) -> no_block. - -func_vars(#k_var{}=Var) -> - [Var]; -func_vars(#k_remote{mod=M,name=F}) - when is_record(M, k_var); is_record(F, k_var) -> - [M,F]; -func_vars(_) -> []. - -%% cg_basic_block([Kexpr], FirstI, LastI, Arguments, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. -%% -%% Do a specialized code generation for a basic block of #put{} -%% instructions (that don't do any garbage collection) followed by a -%% call, break, or return. -%% -%% 'Arguments' is a list of the variables that must be loaded into -%% consecutive X registers before the last instruction in the block. -%% The point of this specialized code generation is to try put the -%% all of the variables in 'Arguments' into the correct X register -%% to begin with, instead of putting them into the first available -%% X register and having to move them to the correct X register -%% later. -%% -%% To achieve that, we attempt to reserve the X registers that the -%% variables in 'Arguments' will need to be in when the block ends. -%% -%% To make it more likely that reservations will be successful, we -%% will try to save variables that need to be saved to the stack as -%% early as possible (if an X register needed by a variable in -%% Arguments is occupied by another variable, the value in the -%% X register can be evicted if it is saved on the stack). -%% -%% We will take care not to increase the size of stack frame compared -%% to what the standard code generator would have done (that is, to -%% save all X registers at the last possible moment). We will do that -%% by extending the stack frame to the minimal size needed to save -%% all that needs to be saved using extend_stack/4, and use -%% save_carefully/4 during code generation to only save the variables -%% that can be saved without growing the stack frame. - -cg_basic_block(Kes, Lf, As, Vdb, Bef, St0) -> - Int0 = reserve_arg_regs(As, Bef), - Int = extend_stack(Int0, Lf, Lf+1, Vdb), - {Keis,{Aft,St1}} = - flatmapfoldl(fun(Ke, St) -> cg_basic_block(Ke, St, Lf, Vdb) end, - {Int,St0}, need_heap(Kes)), - {Keis,Aft,St1}. - -cg_basic_block(#cg_need_heap{}=Ke, {Bef,St0}, _Lf, Vdb) -> - {Keis,Aft,St1} = cg(Ke, Vdb, Bef, St0), - {Keis,{Aft,St1}}; -cg_basic_block(Ke, {Bef,St0}, Lf, Vdb) -> - #l{i=I} = get_kanno(Ke), - - %% Save all we can to increase the possibility that reserving - %% registers will succeed. - {Sis,Int0} = save_carefully(Bef, I, Lf+1, Vdb), - Int1 = reserve(Int0), - {Keis,Aft,St1} = cg(Ke, Vdb, Int1, St0), - {Sis ++ Keis,{Aft,St1}}. - -%% reserve_arg_regs([Argument], Bef) -> Aft. -%% Try to reserve the X registers for all arguments. All registers -%% that we wish to reserve will be saved in Bef#sr.res. - -reserve_arg_regs(As, Bef) -> - Res = reserve_arg_regs_1(As, 0), - reserve(Bef#sr{res=Res}). - -reserve_arg_regs_1([#k_var{name=V}|As], I) -> - [{I,V}|reserve_arg_regs_1(As, I+1)]; -reserve_arg_regs_1([A|As], I) -> - [{I,A}|reserve_arg_regs_1(As, I+1)]; -reserve_arg_regs_1([], _) -> []. - -%% reserve(Bef) -> Aft. -%% Try to reserve more registers. The registers we wish to reserve -%% are found in Bef#sr.res. - -reserve(#sr{reg=Regs,stk=Stk,res=Res}=Sr) -> - Sr#sr{reg=reserve_1(Res, Regs, Stk)}. - -reserve_1([{I,V}|Rs], [free|Regs], Stk) -> - [{reserved,I,V}|reserve_1(Rs, Regs, Stk)]; -reserve_1([{I,V}|Rs], [{I,V}|Regs], Stk) -> - [{I,V}|reserve_1(Rs, Regs, Stk)]; -reserve_1([{I,V}|Rs], [{I,Var}|Regs], Stk) -> - case on_stack(Var, Stk) of - true -> [{reserved,I,V}|reserve_1(Rs, Regs, Stk)]; - false -> [{I,Var}|reserve_1(Rs, Regs, Stk)] - end; -reserve_1([{I,V}|Rs], [{reserved,I,_}|Regs], Stk) -> - [{reserved,I,V}|reserve_1(Rs, Regs, Stk)]; -reserve_1([{I,V}|Rs], [], Stk) -> - [{reserved,I,V}|reserve_1(Rs, [], Stk)]; -reserve_1([], Regs, _) -> Regs. - -%% extend_stack(Bef, FirstBefore, LastFrom, Vdb) -> Aft. -%% Extend the stack enough to fit all variables alive past LastFrom -%% and not already on the stack. - -extend_stack(#sr{stk=Stk0}=Bef, Fb, Lf, Vdb) -> - Stk1 = clear_dead_stk(Stk0, Fb, Vdb), - New = new_not_on_stack(Stk1, Fb, Lf, Vdb), - Stk2 = foldl(fun ({V,_,_}, Stk) -> put_stack(V, Stk) end, Stk1, New), - Stk = Stk0 ++ lists:duplicate(length(Stk2) - length(Stk0), free), - Bef#sr{stk=Stk}. - -%% save_carefully(Bef, FirstBefore, LastFrom, Vdb) -> {[SaveVar],Aft}. -%% Save variables which are used past current point and which are not -%% already on the stack, but only if the variables can be saved without -%% growing the stack frame. - -save_carefully(#sr{stk=Stk}=Bef, Fb, Lf, Vdb) -> - New0 = new_not_on_stack(Stk, Fb, Lf, Vdb), - New = keysort(2, New0), - save_carefully_1(New, Bef, []). - -save_carefully_1([{V,_,_}|Vs], #sr{reg=Regs,stk=Stk0}=Bef, Acc) -> - case put_stack_carefully(V, Stk0) of - error -> - {reverse(Acc),Bef}; - Stk1 -> - SrcReg = fetch_reg(V, Regs), - Move = {move,SrcReg,fetch_stack(V, Stk1)}, - {x,_} = SrcReg, %Assertion - must be X register. - save_carefully_1(Vs, Bef#sr{stk=Stk1}, [Move|Acc]) - end; -save_carefully_1([], Bef, Acc) -> - {reverse(Acc),Bef}. - -%% top_level_block([Instruction], Bef, MaxRegs, St) -> [Instruction]. -%% For the top-level block, allocate a stack frame a necessary, -%% adjust Y register numbering and instructions that return -%% from the function. - -top_level_block(Keis, #sr{stk=[]}, _MaxRegs, #cg{need_frame=false}) -> - Keis; -top_level_block(Keis, Bef, MaxRegs, _St) -> - %% This top block needs an allocate instruction before it, and a - %% deallocate instruction before each return. - FrameSz = length(Bef#sr.stk), - MaxY = FrameSz-1, - Keis1 = flatmap(fun ({call_only,Arity,Func}) -> - [{call_last,Arity,Func,FrameSz}]; - ({call_ext_only,Arity,Func}) -> - [{call_ext_last,Arity,Func,FrameSz}]; - ({apply_only,Arity}) -> - [{apply_last,Arity,FrameSz}]; - (return) -> - [{deallocate,FrameSz},return]; - (Tuple) when is_tuple(Tuple) -> - [turn_yregs(Tuple, MaxY)]; - (Other) -> - [Other] - end, Keis), - [{allocate_zero,FrameSz,MaxRegs}|Keis1]. - -%% turn_yregs(Size, Tuple, MaxY) -> Tuple' -%% Renumber y register so that {y,0} becomes {y,FrameSize-1}, -%% {y,FrameSize-1} becomes {y,0} and so on. This is to make nested -%% catches work. The code generation algorithm gives a lower register -%% number to the outer catch, which is wrong. - -turn_yregs({call,_,_}=I, _MaxY) -> I; -turn_yregs({call_ext,_,_}=I, _MaxY) -> I; -turn_yregs({jump,_}=I, _MaxY) -> I; -turn_yregs({label,_}=I, _MaxY) -> I; -turn_yregs({line,_}=I, _MaxY) -> I; -turn_yregs({test_heap,_,_}=I, _MaxY) -> I; -turn_yregs({bif,Op,F,A,B}, MaxY) -> - {bif,Op,F,turn_yreg(A, MaxY),turn_yreg(B, MaxY)}; -turn_yregs({gc_bif,Op,F,Live,A,B}, MaxY) when is_integer(Live) -> - {gc_bif,Op,F,Live,turn_yreg(A, MaxY),turn_yreg(B, MaxY)}; -turn_yregs({get_tuple_element,S,N,D}, MaxY) -> - {get_tuple_element,turn_yreg(S, MaxY),N,turn_yreg(D, MaxY)}; -turn_yregs({put_tuple,Arity,D}, MaxY) -> - {put_tuple,Arity,turn_yreg(D, MaxY)}; -turn_yregs({select_val,R,F,L}, MaxY) -> - {select_val,turn_yreg(R, MaxY),F,L}; -turn_yregs({test,Op,F,L}, MaxY) -> - {test,Op,F,turn_yreg(L, MaxY)}; -turn_yregs({test,Op,F,Live,A,B}, MaxY) when is_integer(Live) -> - {test,Op,F,Live,turn_yreg(A, MaxY),turn_yreg(B, MaxY)}; -turn_yregs({Op,A}, MaxY) -> - {Op,turn_yreg(A, MaxY)}; -turn_yregs({Op,A,B}, MaxY) -> - {Op,turn_yreg(A, MaxY),turn_yreg(B, MaxY)}; -turn_yregs({Op,A,B,C}, MaxY) -> - {Op,turn_yreg(A, MaxY),turn_yreg(B, MaxY),turn_yreg(C, MaxY)}; -turn_yregs(Tuple, MaxY) -> - turn_yregs(tuple_size(Tuple), Tuple, MaxY). - -turn_yregs(1, Tp, _) -> - Tp; -turn_yregs(N, Tp, MaxY) -> - E = turn_yreg(element(N, Tp), MaxY), - turn_yregs(N-1, setelement(N, Tp, E), MaxY). - -turn_yreg({yy,YY}, MaxY) -> - {y,MaxY-YY}; -turn_yreg({list,Ls},MaxY) -> - {list,turn_yreg(Ls, MaxY)}; -turn_yreg([_|_]=Ts, MaxY) -> - [turn_yreg(T, MaxY) || T <- Ts]; -turn_yreg(Other, _MaxY) -> - Other. - -%% select_cg(Sclause, V, TypeFail, ValueFail, StackReg, State) -> -%% {Is,StackReg,State}. -%% Selecting type and value needs two failure labels, TypeFail is the -%% label to jump to of the next type test when this type fails, and -%% ValueFail is the label when this type is correct but the value is -%% wrong. These are different as in the second case there is no need -%% to try the next type, it will always fail. - -select_cg(#k_type_clause{type=Type,values=Vs}, Var, Tf, Vf, Bef, St) -> - #k_var{name=V} = Var, - select_cg(Type, Vs, V, Tf, Vf, Bef, St). - -select_cg(k_cons, [S], V, Tf, Vf, Bef, St) -> - select_cons(S, V, Tf, Vf, Bef, St); -select_cg(k_nil, [S], V, Tf, Vf, Bef, St) -> - select_nil(S, V, Tf, Vf, Bef, St); -select_cg(k_binary, [S], V, Tf, Vf, Bef, St) -> - select_binary(S, V, Tf, Vf, Bef, St); -select_cg(k_bin_seg, S, V, Tf, _Vf, Bef, St) -> - select_bin_segs(S, V, Tf, Bef, St); -select_cg(k_bin_int, S, V, Tf, _Vf, Bef, St) -> - select_bin_segs(S, V, Tf, Bef, St); -select_cg(k_bin_end, [S], V, Tf, _Vf, Bef, St) -> - select_bin_end(S, V, Tf, Bef, St); -select_cg(k_map, S, V, Tf, Vf, Bef, St) -> - select_map(S, V, Tf, Vf, Bef, St); -select_cg(k_literal, S, V, Tf, Vf, Bef, St) -> - select_literal(S, V, Tf, Vf, Bef, St); -select_cg(Type, Scs, V, Tf, Vf, Bef, St0) -> - {Vis,{Aft,St1}} = - mapfoldl(fun (S, {Int,Sta}) -> - {Val,Is,Inta,Stb} = select_val(S, V, Vf, Bef, Sta), - {{Is,[Val]},{sr_merge(Int, Inta),Stb}} - end, {void,St0}, Scs), - OptVls = combine(lists:sort(combine(Vis))), - {Vls,Sis,St2} = select_labels(OptVls, St1, [], []), - {select_val_cg(Type, fetch_var(V, Bef), Vls, Tf, Vf, Sis), Aft, St2}. - -select_val_cg(k_tuple, R, [Arity,{f,Lbl}], Tf, Vf, [{label,Lbl}|Sis]) -> - [{test,is_tuple,{f,Tf},[R]},{test,test_arity,{f,Vf},[R,Arity]}|Sis]; -select_val_cg(k_tuple, R, Vls, Tf, Vf, Sis) -> - [{test,is_tuple,{f,Tf},[R]},{select_tuple_arity,R,{f,Vf},{list,Vls}}|Sis]; -select_val_cg(Type, R, [Val, {f,Lbl}], Fail, Fail, [{label,Lbl}|Sis]) -> - [{test,is_eq_exact,{f,Fail},[R,{type(Type),Val}]}|Sis]; -select_val_cg(Type, R, [Val, {f,Lbl}], Tf, Vf, [{label,Lbl}|Sis]) -> - [{test,select_type_test(Type),{f,Tf},[R]}, - {test,is_eq_exact,{f,Vf},[R,{type(Type),Val}]}|Sis]; -select_val_cg(Type, R, Vls0, Tf, Vf, Sis) -> - Vls1 = [case Value of - {f,_Lbl} -> Value; - _ -> {type(Type),Value} - end || Value <- Vls0], - [{test,select_type_test(Type),{f,Tf},[R]}, {select_val,R,{f,Vf},{list,Vls1}}|Sis]. - -type(k_atom) -> atom; -type(k_float) -> float; -type(k_int) -> integer. - -select_type_test(k_int) -> is_integer; -select_type_test(k_atom) -> is_atom; -select_type_test(k_float) -> is_float. - -combine([{Is,Vs1}, {Is,Vs2}|Vis]) -> combine([{Is,Vs1 ++ Vs2}|Vis]); -combine([V|Vis]) -> [V|combine(Vis)]; -combine([]) -> []. - -select_labels([{Is,Vs}|Vis], St0, Vls, Sis) -> - {Lbl,St1} = new_label(St0), - select_labels(Vis, St1, add_vls(Vs, Lbl, Vls), [[{label,Lbl}|Is]|Sis]); -select_labels([], St, Vls, Sis) -> - {Vls,append(Sis),St}. - -add_vls([V|Vs], Lbl, Acc) -> - add_vls(Vs, Lbl, [V, {f,Lbl}|Acc]); -add_vls([], _, Acc) -> Acc. - -select_literal(S, V, Tf, Vf, Bef, St) -> - Reg = fetch_var(V, Bef), - F = fun(ValClause, Fail, St0) -> - {Val,Is,Aft,St1} = select_val(ValClause, V, Vf, Bef, St0), - Test = {test,is_eq_exact,{f,Fail},[Reg,{literal,Val}]}, - {[Test|Is],Aft,St1} - end, - match_fmf(F, Tf, St, S). - -select_cons(#k_val_clause{val=#k_cons{hd=Hd,tl=Tl},body=B,anno=#l{i=I,vdb=Vdb}}, - V, Tf, Vf, Bef, St0) -> - Es = [Hd,Tl], - {Eis,Int,St1} = select_extract_cons(V, Es, I, Vdb, Bef, St0), - {Bis,Aft,St2} = match_cg(B, Vf, Int, St1), - {[{test,is_nonempty_list,{f,Tf},[fetch_var(V, Bef)]}] ++ Eis ++ Bis,Aft,St2}. - -select_nil(#k_val_clause{val=#k_nil{},body=B}, V, Tf, Vf, Bef, St0) -> - {Bis,Aft,St1} = match_cg(B, Vf, Bef, St0), - {[{test,is_nil,{f,Tf},[fetch_var(V, Bef)]}] ++ Bis,Aft,St1}. - -select_binary(#k_val_clause{val=#k_binary{segs=#k_var{name=V}},body=B, - anno=#l{i=I,vdb=Vdb}}, V, Tf, Vf, Bef, St0) -> - #cg{ctx=OldCtx} = St0, - Int0 = clear_dead(Bef#sr{reg=Bef#sr.reg}, I, Vdb), - {Bis0,Aft,St1} = match_cg(B, Vf, Int0, St0#cg{ctx=V}), - CtxReg = fetch_var(V, Int0), - Live = max_reg(Bef#sr.reg), - Bis1 = [{test,bs_start_match2,{f,Tf},Live,[CtxReg,{context,V}],CtxReg}, - {bs_save2,CtxReg,{V,V}}|Bis0], - Bis = finish_select_binary(Bis1), - {Bis,Aft,St1#cg{ctx=OldCtx}}; -select_binary(#k_val_clause{val=#k_binary{segs=#k_var{name=Ivar}},body=B, - anno=#l{i=I,vdb=Vdb}}, V, Tf, Vf, Bef, St0) -> - #cg{ctx=OldCtx} = St0, - Regs = put_reg(Ivar, Bef#sr.reg), - Int0 = clear_dead(Bef#sr{reg=Regs}, I, Vdb), - {Bis0,Aft,St1} = match_cg(B, Vf, Int0, St0#cg{ctx=Ivar}), - CtxReg = fetch_var(Ivar, Int0), - Live = max_reg(Bef#sr.reg), - Bis1 = [{test,bs_start_match2,{f,Tf},Live, - [fetch_var(V, Bef),{context,Ivar}],CtxReg}, - {bs_save2,CtxReg,{Ivar,Ivar}}|Bis0], - Bis = finish_select_binary(Bis1), - {Bis,Aft,St1#cg{ctx=OldCtx}}. - -finish_select_binary([{bs_save2,R,Point}=I,{bs_restore2,R,Point}|Is]) -> - [I|finish_select_binary(Is)]; -finish_select_binary([{bs_save2,R,Point}=I,{test,is_eq_exact,_,_}=Test, - {bs_restore2,R,Point}|Is]) -> - [I,Test|finish_select_binary(Is)]; -finish_select_binary([{test,bs_match_string,F,[Ctx,BinList]}|Is]) - when is_list(BinList) -> - I = {test,bs_match_string,F,[Ctx,list_to_bitstring(BinList)]}, - [I|finish_select_binary(Is)]; -finish_select_binary([I|Is]) -> - [I|finish_select_binary(Is)]; -finish_select_binary([]) -> []. - -%% New instructions for selection of binary segments. - -select_bin_segs(Scs, Ivar, Tf, Bef, St) -> - match_fmf(fun(S, Fail, Sta) -> - select_bin_seg(S, Ivar, Fail, Bef, Sta) end, - Tf, St, Scs). - -select_bin_seg(#k_val_clause{val=#k_bin_seg{size=Size,unit=U,type=T, - seg=Seg,flags=Fs0,next=Next}, - body=B, - anno=#l{i=I,vdb=Vdb,a=A}}, Ivar, Fail, Bef, St0) -> - Ctx = St0#cg.ctx, - Fs = [{anno,A}|Fs0], - Es = case Next of - [] -> [Seg]; - _ -> [Seg,Next] - end, - {Mis,Int,St1} = select_extract_bin(Es, Size, U, T, Fs, Fail, - I, Vdb, Bef, Ctx, B, St0), - {Bis,Aft,St2} = match_cg(B, Fail, Int, St1), - CtxReg = fetch_var(Ctx, Bef), - Is = if - Mis =:= [] -> - %% No bs_restore2 instruction needed if no match instructions. - Bis; - true -> - [{bs_restore2,CtxReg,{Ctx,Ivar}}|Mis++Bis] - end, - {Is,Aft,St2}; -select_bin_seg(#k_val_clause{val=#k_bin_int{size=Sz,unit=U,flags=Fs, - val=Val,next=Next}, - body=B, - anno=#l{i=I,vdb=Vdb}}, Ivar, Fail, Bef, St0) -> - Ctx = St0#cg.ctx, - {Mis,Int,St1} = select_extract_int(Next, Val, Sz, U, Fs, Fail, - I, Vdb, Bef, Ctx, St0), - {Bis,Aft,St2} = match_cg(B, Fail, Int, St1), - CtxReg = fetch_var(Ctx, Bef), - Is = case Mis ++ Bis of - [{test,bs_match_string,F,[OtherCtx,Bin1]}, - {bs_save2,OtherCtx,_}, - {bs_restore2,OtherCtx,_}, - {test,bs_match_string,F,[OtherCtx,Bin2]}|Is0] -> - %% We used to do this optimization later, but it - %% turns out that in huge functions with many - %% bs_match_string instructions, it's a big win - %% to do the combination now. To avoid copying the - %% binary data again and again, we'll combine bitstrings - %% in a list and convert all of it to a bitstring later. - [{test,bs_match_string,F,[OtherCtx,[Bin1,Bin2]]}|Is0]; - Is0 -> - Is0 - end, - {[{bs_restore2,CtxReg,{Ctx,Ivar}}|Is],Aft,St2}. - -select_extract_int(#k_var{name=Tl}, Val, #k_int{val=Sz}, U, Fs, Vf, - I, Vdb, Bef, Ctx, St) -> - Bits = U*Sz, - Bin = case member(big, Fs) of - true -> - <<Val:Bits>>; - false -> - true = member(little, Fs), %Assertion. - <<Val:Bits/little>> - end, - Bits = bit_size(Bin), %Assertion. - CtxReg = fetch_var(Ctx, Bef), - Is = if - Bits =:= 0 -> - [{bs_save2,CtxReg,{Ctx,Tl}}]; - true -> - [{test,bs_match_string,{f,Vf},[CtxReg,Bin]}, - {bs_save2,CtxReg,{Ctx,Tl}}] - end, - {Is,clear_dead(Bef, I, Vdb),St}. - -select_extract_bin([#k_var{name=Hd},#k_var{name=Tl}], Size0, Unit, Type, Flags, Vf, - I, Vdb, Bef, Ctx, _Body, St) -> - SizeReg = get_bin_size_reg(Size0, Bef), - {Es,Aft} = - case vdb_find(Hd, Vdb) of - {_,_,Lhd} when Lhd =< I -> - %% The extracted value will not be used. - CtxReg = fetch_var(Ctx, Bef), - Live = max_reg(Bef#sr.reg), - Skip = build_skip_instr(Type, Vf, CtxReg, Live, - SizeReg, Unit, Flags), - {[Skip,{bs_save2,CtxReg,{Ctx,Tl}}],Bef}; - {_,_,_} -> - Reg = put_reg(Hd, Bef#sr.reg), - Int1 = Bef#sr{reg=Reg}, - Rhd = fetch_reg(Hd, Reg), - CtxReg = fetch_reg(Ctx, Reg), - Live = max_reg(Bef#sr.reg), - {[build_bs_instr(Type, Vf, CtxReg, Live, SizeReg, - Unit, Flags, Rhd), - {bs_save2,CtxReg,{Ctx,Tl}}],Int1} - end, - {Es,clear_dead(Aft, I, Vdb),St}; -select_extract_bin([#k_var{name=Hd}], Size, Unit, binary, Flags, Vf, - I, Vdb, Bef, Ctx, Body, St) -> - %% Match the last segment of a binary. We KNOW that the size - %% must be 'all'. - #k_atom{val=all} = Size, %Assertion. - {Es,Aft} = - case vdb_find(Hd, Vdb) of - {_,_,Lhd} when Lhd =< I -> - %% The result will not be used. Furthermore, since we - %% we are at the end of the binary, the position will - %% not be used again; thus, it is safe to do a cheaper - %% test of the unit. - CtxReg = fetch_var(Ctx, Bef), - {case Unit of - 1 -> - []; - _ -> - [{test,bs_test_unit,{f,Vf},[CtxReg,Unit]}] - end,Bef}; - {_,_,_} -> - case is_context_unused(Body) of - false -> - Reg = put_reg(Hd, Bef#sr.reg), - Int1 = Bef#sr{reg=Reg}, - Rhd = fetch_reg(Hd, Reg), - CtxReg = fetch_reg(Ctx, Reg), - Name = bs_get_binary2, - Live = max_reg(Bef#sr.reg), - {[{test,Name,{f,Vf},Live, - [CtxReg,atomic(Size),Unit,{field_flags,Flags}],Rhd}], - Int1}; - true -> - %% Since the matching context will not be used again, - %% we can reuse its register. Reusing the register - %% opens some interesting optimizations in the - %% run-time system. - - Reg0 = Bef#sr.reg, - CtxReg = fetch_reg(Ctx, Reg0), - Reg = replace_reg_contents(Ctx, Hd, Reg0), - Int1 = Bef#sr{reg=Reg}, - Name = bs_get_binary2, - Live = max_reg(Int1#sr.reg), - {[{test,Name,{f,Vf},Live, - [CtxReg,atomic(Size),Unit,{field_flags,Flags}],CtxReg}], - Int1} - end - end, - {Es,clear_dead(Aft, I, Vdb),St}. - -%% is_context_unused(Ke) -> true | false -%% Simple heurististic to determine whether the code that follows -%% will use the current matching context again. (The liveness -%% information is too conservative to be useful for this purpose.) -%% 'true' means that the code that follows will definitely not use -%% the context again (because it is a block, not guard or matching -%% code); 'false' that we are not sure (there could be more -%% matching). - -is_context_unused(#k_alt{then=Then}) -> - %% #k_alt{} can be used for different purposes. If the Then part - %% is a block, it means that matching has finished and is used for a guard - %% to choose between the matched clauses. - is_context_unused(Then); -is_context_unused(#cg_block{}) -> - true; -is_context_unused(_) -> - false. - -select_bin_end(#k_val_clause{val=#k_bin_end{},body=B}, Ivar, Tf, Bef, St0) -> - Ctx = St0#cg.ctx, - {Bis,Aft,St2} = match_cg(B, Tf, Bef, St0), - CtxReg = fetch_var(Ctx, Bef), - {[{bs_restore2,CtxReg,{Ctx,Ivar}}, - {test,bs_test_tail2,{f,Tf},[CtxReg,0]}|Bis],Aft,St2}. - -get_bin_size_reg(#k_var{name=V}, Bef) -> - fetch_var(V, Bef); -get_bin_size_reg(Literal, _Bef) -> - atomic(Literal). - -build_bs_instr(Type, Vf, CtxReg, Live, SizeReg, Unit, Flags, Rhd) -> - {Format,Name} = case Type of - integer -> {plain,bs_get_integer2}; - float -> {plain,bs_get_float2}; - binary -> {plain,bs_get_binary2}; - utf8 -> {utf,bs_get_utf8}; - utf16 -> {utf,bs_get_utf16}; - utf32 -> {utf,bs_get_utf32} - end, - case Format of - plain -> - {test,Name,{f,Vf},Live, - [CtxReg,SizeReg,Unit,{field_flags,Flags}],Rhd}; - utf -> - {test,Name,{f,Vf},Live, - [CtxReg,{field_flags,Flags}],Rhd} - end. - -build_skip_instr(Type, Vf, CtxReg, Live, SizeReg, Unit, Flags) -> - {Format,Name} = case Type of - utf8 -> {utf,bs_skip_utf8}; - utf16 -> {utf,bs_skip_utf16}; - utf32 -> {utf,bs_skip_utf32}; - _ -> {plain,bs_skip_bits2} - end, - case Format of - plain -> - {test,Name,{f,Vf},[CtxReg,SizeReg,Unit,{field_flags,Flags}]}; - utf -> - {test,Name,{f,Vf},[CtxReg,Live,{field_flags,Flags}]} - end. - -select_val(#k_val_clause{val=#k_tuple{es=Es},body=B,anno=#l{i=I,vdb=Vdb}}, - V, Vf, Bef, St0) -> - {Eis,Int,St1} = select_extract_tuple(V, Es, I, Vdb, Bef, St0), - {Bis,Aft,St2} = match_cg(B, Vf, Int, St1), - {length(Es),Eis ++ Bis,Aft,St2}; -select_val(#k_val_clause{val=Val0,body=B}, _V, Vf, Bef, St0) -> - Val = case Val0 of - #k_atom{val=Lit} -> Lit; - #k_float{val=Lit} -> Lit; - #k_int{val=Lit} -> Lit; - #k_literal{val=Lit} -> Lit - end, - {Bis,Aft,St1} = match_cg(B, Vf, Bef, St0), - {Val,Bis,Aft,St1}. - -%% select_extract_tuple(Src, [V], I, Vdb, StackReg, State) -> -%% {[E],StackReg,State}. -%% Extract tuple elements, but only if they do not immediately die. - -select_extract_tuple(Src, Vs, I, Vdb, Bef, St) -> - F = fun (#k_var{name=V}, {Int0,Elem}) -> - case vdb_find(V, Vdb) of - {V,_,L} when L =< I -> {[], {Int0,Elem+1}}; - _Other -> - Reg1 = put_reg(V, Int0#sr.reg), - Int1 = Int0#sr{reg=Reg1}, - Rsrc = fetch_var(Src, Int1), - {[{get_tuple_element,Rsrc,Elem,fetch_reg(V, Reg1)}], - {Int1,Elem+1}} - end - end, - {Es,{Aft,_}} = flatmapfoldl(F, {Bef,0}, Vs), - {Es,Aft,St}. - -select_map(Scs, V, Tf, Vf, Bef, St0) -> - Reg = fetch_var(V, Bef), - {Is,Aft,St1} = - match_fmf(fun(#k_val_clause{val=#k_map{op=exact,es=Es}, - body=B,anno=#l{i=I,vdb=Vdb}}, Fail, St1) -> - select_map_val(V, Es, B, Fail, I, Vdb, Bef, St1) - end, Vf, St0, Scs), - {[{test,is_map,{f,Tf},[Reg]}|Is],Aft,St1}. - -select_map_val(V, Es, B, Fail, I, Vdb, Bef, St0) -> - {Eis,Int,St1} = select_extract_map(V, Es, Fail, I, Vdb, Bef, St0), - {Bis,Aft,St2} = match_cg(B, Fail, Int, St1), - {Eis++Bis,Aft,St2}. - -select_extract_map(_, [], _, _, _, Bef, St) -> {[],Bef,St}; -select_extract_map(Src, Vs, Fail, I, Vdb, Bef, St) -> - %% First split the instruction flow - %% We want one set of each - %% 1) has_map_fields (no target registers) - %% 2) get_map_elements (with target registers) - %% Assume keys are term-sorted - Rsrc = fetch_var(Src, Bef), - - {{HasKs,GetVs,HasVarKs,GetVarVs},Aft} = - foldr(fun(#k_map_pair{key=#k_var{name=K},val=#k_var{name=V}}, - {{HasKsi,GetVsi,HasVarVsi,GetVarVsi},Int0}) -> - case vdb_find(V, Vdb) of - {V,_,L} when L =< I -> - RK = fetch_var(K,Int0), - {{HasKsi,GetVsi,[RK|HasVarVsi],GetVarVsi},Int0}; - _Other -> - Reg1 = put_reg(V, Int0#sr.reg), - Int1 = Int0#sr{reg=Reg1}, - RK = fetch_var(K,Int0), - RV = fetch_reg(V,Reg1), - {{HasKsi,GetVsi,HasVarVsi,[[RK,RV]|GetVarVsi]},Int1} - end; - (#k_map_pair{key=Key,val=#k_var{name=V}}, - {{HasKsi,GetVsi,HasVarVsi,GetVarVsi},Int0}) -> - case vdb_find(V, Vdb) of - {V,_,L} when L =< I -> - {{[atomic(Key)|HasKsi],GetVsi,HasVarVsi,GetVarVsi},Int0}; - _Other -> - Reg1 = put_reg(V, Int0#sr.reg), - Int1 = Int0#sr{reg=Reg1}, - {{HasKsi,[atomic(Key),fetch_reg(V, Reg1)|GetVsi], - HasVarVsi,GetVarVsi},Int1} - end - end, {{[],[],[],[]},Bef}, Vs), - - Code = [{test,has_map_fields,{f,Fail},Rsrc,{list,HasKs}} || HasKs =/= []] ++ - [{test,has_map_fields,{f,Fail},Rsrc,{list,[K]}} || K <- HasVarKs] ++ - [{get_map_elements, {f,Fail},Rsrc,{list,GetVs}} || GetVs =/= []] ++ - [{get_map_elements, {f,Fail},Rsrc,{list,[K,V]}} || [K,V] <- GetVarVs], - {Code, Aft, St}. - - -select_extract_cons(Src, [#k_var{name=Hd},#k_var{name=Tl}], I, Vdb, Bef, St) -> - Rsrc = fetch_var(Src, Bef), - Int = clear_dead(Bef, I, Vdb), - {{_,_,Lhd},{_,_,Ltl}} = {vdb_find(Hd, Vdb),vdb_find(Tl, Vdb)}, - case {Lhd =< I, Ltl =< I} of - {true,true} -> - %% Both dead. - {[],Bef,St}; - {true,false} -> - %% Head dead. - Reg0 = put_reg(Tl, Bef#sr.reg), - Aft = Int#sr{reg=Reg0}, - Rtl = fetch_reg(Tl, Reg0), - {[{get_tl,Rsrc,Rtl}],Aft,St}; - {false,true} -> - %% Tail dead. - Reg0 = put_reg(Hd, Bef#sr.reg), - Aft = Int#sr{reg=Reg0}, - Rhd = fetch_reg(Hd, Reg0), - {[{get_hd,Rsrc,Rhd}],Aft,St}; - {false,false} -> - %% Both used. - Reg0 = put_reg(Tl, put_reg(Hd, Bef#sr.reg)), - Aft = Bef#sr{reg=Reg0}, - Rhd = fetch_reg(Hd, Reg0), - Rtl = fetch_reg(Tl, Reg0), - {[{get_hd,Rsrc,Rhd},{get_tl,Rsrc,Rtl}],Aft,St} - end. - -guard_clause_cg(#k_guard_clause{anno=#l{vdb=Vdb},guard=G,body=B}, Fail, Bef, St0) -> - {Gis,Int,St1} = guard_cg(G, Fail, Vdb, Bef, St0), - {Bis,Aft,St} = match_cg(B, Fail, Int, St1), - {Gis ++ Bis,Aft,St}. - -%% guard_cg(Guard, Fail, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. -%% A guard is a boolean expression of tests. Tests return true or -%% false. A fault in a test causes the test to return false. Tests -%% never return the boolean, instead we generate jump code to go to -%% the correct exit point. Primops and tests all go to the next -%% instruction on success or jump to a failure label. - -guard_cg(#k_protected{arg=Ts,ret=Rs,anno=#l{vdb=Pdb}}, Fail, _Vdb, Bef, St) -> - protected_cg(Ts, Rs, Fail, Pdb, Bef, St); -guard_cg(#k_test{anno=#l{i=I},op=Test0,args=As,inverted=Inverted}, - Fail, Vdb, Bef, St0) -> - #k_remote{mod=#k_atom{val=erlang},name=#k_atom{val=Test}} = Test0, - case Inverted of - false -> - test_cg(Test, As, Fail, I, Vdb, Bef, St0); - true -> - {Psucc,St1} = new_label(St0), - {Is,Aft,St2} = test_cg(Test, As, Psucc, I, Vdb, Bef, St1), - {Is++[{jump,{f,Fail}},{label,Psucc}],Aft,St2} - end; -guard_cg(G, _Fail, Vdb, Bef, St) -> - %%ok = io:fwrite("cg ~w: ~p~n", [?LINE,{G,Fail,Vdb,Bef}]), - {Gis,Aft,St1} = cg(G, Vdb, Bef, St), - %%ok = io:fwrite("cg ~w: ~p~n", [?LINE,{Aft}]), - {Gis,Aft,St1}. - -%% guard_cg_list([Kexpr], Fail, I, Vdb, StackReg, St) -> -%% {[Ainstr],StackReg,St}. - -guard_cg_list(Kes, Fail, Vdb, Bef, St0) -> - {Keis,{Aft,St1}} = - flatmapfoldl(fun (Ke, {Inta,Sta}) -> - {Keis,Intb,Stb} = - guard_cg(Ke, Fail, Vdb, Inta, Sta), - {Keis,{Intb,Stb}} - end, {Bef,St0}, need_heap(Kes)), - {Keis,Aft,St1}. - -%% protected_cg([Kexpr], [Ret], Fail, I, Vdb, Bef, St) -> {[Ainstr],Aft,St}. -%% Do a protected. Protecteds without return values are just done -%% for effect, the return value is not checked, success passes on to -%% the next instruction and failure jumps to Fail. If there are -%% return values then these must be set to 'false' on failure, -%% control always passes to the next instruction. - -protected_cg(Ts, [], Fail, Vdb, Bef, St0) -> - %% Protect these calls, revert when done. - {Tis,Aft,St1} = guard_cg_list(Ts, Fail, Vdb, Bef, St0#cg{bfail=Fail}), - {Tis,Aft,St1#cg{bfail=St0#cg.bfail}}; -protected_cg(Ts, Rs, _Fail, Vdb, Bef, St0) -> - {Pfail,St1} = new_label(St0), - {Psucc,St2} = new_label(St1), - {Tis,Aft,St3} = guard_cg_list(Ts, Pfail, Vdb, Bef, - St2#cg{bfail=Pfail}), - %%ok = io:fwrite("cg ~w: ~p~n", [?LINE,{Rs,I,Vdb,Aft}]), - %% Set return values to false. - Mis = [{move,{atom,false},fetch_var(V,Aft)}||#k_var{name=V} <- Rs], - {Tis ++ [{jump,{f,Psucc}}, - {label,Pfail}] ++ Mis ++ [{label,Psucc}], - Aft,St3#cg{bfail=St0#cg.bfail}}. - -%% test_cg(TestName, Args, Fail, I, Vdb, Bef, St) -> {[Ainstr],Aft,St}. -%% Generate test instruction. Use explicit fail label here. - -test_cg(is_map, [A], Fail, I, Vdb, Bef, St) -> - %% We must avoid creating code like this: - %% - %% move x(0) y(0) - %% is_map Fail [x(0)] - %% make_fun => x(0) %% Overwrite x(0) - %% put_map_assoc y(0) ... - %% - %% The code is safe, but beam_validator does not understand that. - %% Extending beam_validator to handle such (rare) code as the - %% above would make it slower for all programs. Instead, change - %% the code generator to always prefer the Y register for is_map() - %% and put_map_assoc() instructions, ensuring that they use the - %% same register. - Arg = cg_reg_arg_prefer_y(A, Bef), - Aft = clear_dead(Bef, I, Vdb), - {[{test,is_map,{f,Fail},[Arg]}],Aft,St}; -test_cg(is_boolean, [#k_atom{val=Val}], Fail, I, Vdb, Bef, St) -> - Aft = clear_dead(Bef, I, Vdb), - Is = case is_boolean(Val) of - true -> []; - false -> [{jump,{f,Fail}}] - end, - {Is,Aft,St}; -test_cg(Test, As, Fail, I, Vdb, Bef, St) -> - Args = cg_reg_args(As, Bef), - Aft = clear_dead(Bef, I, Vdb), - {[beam_utils:bif_to_test(Test, Args, {f,Fail})],Aft,St}. - -%% match_fmf(Fun, LastFail, State, [Clause]) -> {Is,Aft,State}. -%% This is a special flatmapfoldl for match code gen where we -%% generate a "failure" label for each clause. The last clause uses -%% an externally generated failure label, LastFail. N.B. We do not -%% know or care how the failure labels are used. - -match_fmf(F, LastFail, St, [H]) -> - F(H, LastFail, St); -match_fmf(F, LastFail, St0, [H|T]) -> - {Fail,St1} = new_label(St0), - {R,Aft1,St2} = F(H, Fail, St1), - {Rs,Aft2,St3} = match_fmf(F, LastFail, St2, T), - {R ++ [{label,Fail}] ++ Rs,sr_merge(Aft1, Aft2),St3}. - -%% call_cg(Func, [Arg], [Ret], Le, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. -%% enter_cg(Func, [Arg], Le, Vdb, Bef, St) -> {[Ainstr],Aft,St}. -%% Call and enter first put the arguments into registers and save any -%% other registers, then clean up and compress the stack and set the -%% frame size. Finally the actual call is made. Call then needs the -%% return values filled in. - -call_cg(#k_var{}=Var, As, Rs, Le, Vdb, Bef, St0) -> - {Sis,Int} = cg_setup_call(As++[Var], Bef, Le#l.i, Vdb), - %% Put return values in registers. - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - %% Build complete code and final stack/register state. - Arity = length(As), - {Frees,Aft} = free_dead(clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb)), - {Sis ++ Frees ++ [line(Le),{call_fun,Arity}],Aft, - need_stack_frame(St0)}; -call_cg(#k_remote{mod=Mod,name=Name}, As, Rs, Le, Vdb, Bef, St0) - when is_record(Mod, k_var); is_record(Name, k_var) -> - {Sis,Int} = cg_setup_call(As++[Mod,Name], Bef, Le#l.i, Vdb), - %% Put return values in registers. - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - %% Build complete code and final stack/register state. - Arity = length(As), - St = need_stack_frame(St0), - %%{Call,St1} = build_call(Func, Arity, St0), - {Frees,Aft} = free_dead(clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb)), - {Sis ++ Frees ++ [line(Le),{apply,Arity}],Aft,St}; -call_cg(Func, As, Rs, Le, Vdb, Bef, St0) -> - case St0 of - #cg{bfail=Fail} when Fail =/= 0 -> - %% Inside a guard. The only allowed function call is to - %% erlang:error/1,2. We will generate the following code: - %% - %% move {atom,ok} DestReg - %% jump FailureLabel - #k_remote{mod=#k_atom{val=erlang}, - name=#k_atom{val=error}} = Func, %Assertion. - [#k_var{name=DestVar}] = Rs, - Int0 = clear_dead(Bef, Le#l.i, Vdb), - Reg = put_reg(DestVar, Int0#sr.reg), - Int = Int0#sr{reg=Reg}, - Dst = fetch_reg(DestVar, Reg), - {[{move,{atom,ok},Dst},{jump,{f,Fail}}], - clear_dead(Int, Le#l.i, Vdb),St0}; - #cg{} -> - %% Ordinary function call in a function body. - {Sis,Int} = cg_setup_call(As, Bef, Le#l.i, Vdb), - %% Put return values in registers. - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - %% Build complete code and final stack/register state. - Arity = length(As), - {Call,St1} = build_call(Func, Arity, St0), - {Frees,Aft} = free_dead(clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb)), - {Sis ++ Frees ++ [line(Le)|Call],Aft,St1} - end. - -build_call(#k_remote{mod=#k_atom{val=erlang},name=#k_atom{val='!'}}, 2, St0) -> - {[send],need_stack_frame(St0)}; -build_call(#k_remote{mod=#k_atom{val=Mod},name=#k_atom{val=Name}}, Arity, St0) -> - {[{call_ext,Arity,{extfunc,Mod,Name,Arity}}],need_stack_frame(St0)}; -build_call(#k_local{name=Name}, Arity, St0) when is_atom(Name) -> - {Lbl,St1} = local_func_label(Name, Arity, need_stack_frame(St0)), - {[{call,Arity,{f,Lbl}}],St1}. - -free_dead(#sr{stk=Stk0}=Aft) -> - {Instr,Stk} = free_dead(Stk0, 0, [], []), - {Instr,Aft#sr{stk=Stk}}. - -free_dead([dead|Stk], Y, Instr, StkAcc) -> - %% Note: kill/1 is equivalent to init/1 (translated by beam_asm). - %% We use kill/1 to help further optimisation passes. - free_dead(Stk, Y+1, [{kill,{yy,Y}}|Instr], [free|StkAcc]); -free_dead([Any|Stk], Y, Instr, StkAcc) -> - free_dead(Stk, Y+1, Instr, [Any|StkAcc]); -free_dead([], _, Instr, StkAcc) -> {Instr,reverse(StkAcc)}. - -enter_cg(#k_var{} = Var, As, Le, Vdb, Bef, St0) -> - {Sis,Int} = cg_setup_call(As++[Var], Bef, Le#l.i, Vdb), - %% Build complete code and final stack/register state. - Arity = length(As), - {Sis ++ [line(Le),{call_fun,Arity},return], - clear_dead(Int#sr{reg=clear_regs(Int#sr.reg)}, Le#l.i, Vdb), - need_stack_frame(St0)}; -enter_cg(#k_remote{mod=Mod,name=Name}, As, Le, Vdb, Bef, St0) - when is_record(Mod, k_var); is_record(Name, k_var) -> - {Sis,Int} = cg_setup_call(As++[Mod,Name], Bef, Le#l.i, Vdb), - %% Build complete code and final stack/register state. - Arity = length(As), - St = need_stack_frame(St0), - {Sis ++ [line(Le),{apply_only,Arity}], - clear_dead(Int#sr{reg=clear_regs(Int#sr.reg)}, Le#l.i, Vdb), - St}; -enter_cg(Func, As, Le, Vdb, Bef, St0) -> - {Sis,Int} = cg_setup_call(As, Bef, Le#l.i, Vdb), - %% Build complete code and final stack/register state. - Arity = length(As), - {Call,St1} = build_enter(Func, Arity, St0), - Line = enter_line(Func, Arity, Le), - {Sis ++ Line ++ Call, - clear_dead(Int#sr{reg=clear_regs(Int#sr.reg)}, Le#l.i, Vdb), - St1}. - -build_enter(#k_remote{mod=#k_atom{val=erlang},name=#k_atom{val='!'}}, 2, St0) -> - {[send,return],need_stack_frame(St0)}; -build_enter(#k_remote{mod=#k_atom{val=Mod},name=#k_atom{val=Name}}, Arity, St0) -> - St1 = case trap_bif(Mod, Name, Arity) of - true -> need_stack_frame(St0); - false -> St0 - end, - {[{call_ext_only,Arity,{extfunc,Mod,Name,Arity}}],St1}; -build_enter(#k_local{name=Name}, Arity, St0) when is_atom(Name) -> - {Lbl,St1} = local_func_label(Name, Arity, St0), - {[{call_only,Arity,{f,Lbl}}],St1}. - -enter_line(#k_remote{mod=#k_atom{val=Mod},name=#k_atom{val=Name}}, Arity, Le) -> - case erl_bifs:is_safe(Mod, Name, Arity) of - false -> - %% Tail-recursive call, possibly to a BIF. - %% We'll need a line instruction in case the - %% BIF call fails. - [line(Le)]; - true -> - %% Call to a safe BIF. Since it cannot fail, - %% we don't need any line instruction here. - [] - end; -enter_line(_, _, _) -> - %% Tail-recursive call to a local function. A line - %% instruction will not be useful. - []. - -%% local_func_label(Name, Arity, State) -> {Label,State'} -%% local_func_label({Name,Arity}, State) -> {Label,State'} -%% Get the function entry label for a local function. - -local_func_label(Name, Arity, St) -> - local_func_label({Name,Arity}, St). - -local_func_label(Key, #cg{functable=Map}=St0) -> - case Map of - #{Key := Label} -> {Label,St0}; - _ -> - {Label,St} = new_label(St0), - {Label,St#cg{functable=Map#{Key => Label}}} - end. - -%% need_stack_frame(State) -> State' -%% Make a note in the state that this function will need a stack frame. - -need_stack_frame(#cg{need_frame=true}=St) -> St; -need_stack_frame(St) -> St#cg{need_frame=true}. - -%% trap_bif(Mod, Name, Arity) -> true|false -%% Trap bifs that need a stack frame. - -trap_bif(erlang, link, 1) -> true; -trap_bif(erlang, unlink, 1) -> true; -trap_bif(erlang, monitor_node, 2) -> true; -trap_bif(erlang, group_leader, 2) -> true; -trap_bif(erlang, exit, 2) -> true; -trap_bif(_, _, _) -> false. - -%% bif_cg(#k_bif{}, Le, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. -%% Generate code a BIF. - -bif_cg(#k_bif{op=#k_internal{name=Name},args=As,ret=Rs}, Le, Vdb, Bef, St) -> - internal_cg(Name, As, Rs, Le, Vdb, Bef, St); -bif_cg(#k_bif{op=#k_remote{mod=#k_atom{val=erlang},name=#k_atom{val=Name}}, - args=As,ret=Rs}, Le, Vdb, Bef, St) -> - Ar = length(As), - case is_gc_bif(Name, Ar) of - false -> - bif_cg(Name, As, Rs, Le, Vdb, Bef, St); - true -> - gc_bif_cg(Name, As, Rs, Le, Vdb, Bef, St) - end. - -%% internal_cg(Bif, [Arg], [Ret], Le, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. - -internal_cg(bs_context_to_binary=Instr, [Src0], [], Le, Vdb, Bef, St0) -> - [Src] = cg_reg_args([Src0], Bef), - {[{Instr,Src}],clear_dead(Bef, Le#l.i, Vdb), St0}; -internal_cg(dsetelement, [Index0,Tuple0,New0], _Rs, Le, Vdb, Bef, St0) -> - [New,Tuple,{integer,Index1}] = cg_reg_args([New0,Tuple0,Index0], Bef), - Index = Index1-1, - {[{set_tuple_element,New,Tuple,Index}], - clear_dead(Bef, Le#l.i, Vdb), St0}; -internal_cg(make_fun, [Func0,Arity0|As], Rs, Le, Vdb, Bef, St0) -> - %% This behaves more like a function call. - #k_atom{val=Func} = Func0, - #k_int{val=Arity} = Arity0, - {Sis,Int} = cg_setup_call(As, Bef, Le#l.i, Vdb), - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - {FuncLbl,St1} = local_func_label(Func, Arity, St0), - MakeFun = {make_fun2,{f,FuncLbl},0,0,length(As)}, - {Sis ++ [MakeFun], - clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb), - St1}; -internal_cg(bs_init_writable=I, As, Rs, Le, Vdb, Bef, St) -> - %% This behaves like a function call. - {Sis,Int} = cg_setup_call(As, Bef, Le#l.i, Vdb), - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - {Sis++[I],clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb),St}; -internal_cg(build_stacktrace=I, As, Rs, Le, Vdb, Bef, St) -> - %% This behaves like a function call. - {Sis,Int} = cg_setup_call(As, Bef, Le#l.i, Vdb), - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - {Sis++[I],clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb),St}; -internal_cg(raise, As, Rs, Le, Vdb, Bef, St) -> - %% raise can be treated like a guard BIF. - bif_cg(raise, As, Rs, Le, Vdb, Bef, St); -internal_cg(guard_error, [ExitCall], _Rs, Le, Vdb, Bef, St) -> - %% A call an exit BIF from inside a #k_guard_match{}. - %% Generate a standard call, but leave the register descriptors - %% alone, effectively pretending that there was no call. - #k_call{op=#k_remote{mod=#k_atom{val=Mod},name=#k_atom{val=Name}}, - args=As} = ExitCall, - Arity = length(As), - {Ms,_} = cg_call_args(As, Bef, Le#l.i, Vdb), - Call = {call_ext,Arity,{extfunc,Mod,Name,Arity}}, - Is = Ms++[line(Le),Call], - {Is,Bef,St}; -internal_cg(raw_raise=I, As, Rs, Le, Vdb, Bef, St) -> - %% This behaves like a function call. - {Sis,Int} = cg_setup_call(As, Bef, Le#l.i, Vdb), - Reg = load_vars(Rs, clear_regs(Int#sr.reg)), - {Sis++[I],clear_dead(Int#sr{reg=Reg}, Le#l.i, Vdb),St}. - -%% bif_cg(Bif, [Arg], [Ret], Le, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. - -bif_cg(Bif, As, [#k_var{name=V}], Le, Vdb, Bef, St0) -> - Ars = cg_reg_args(As, Bef), - - %% If we are inside a catch and in a body (not in guard) and the - %% BIF may fail, we must save everything that will be alive after - %% the catch (because the code after the code assumes that all - %% variables that are live are stored on the stack). - %% - %% Currently, we are somewhat pessimistic in - %% that we save any variable that will be live after this BIF call. - - MayFail = not erl_bifs:is_safe(erlang, Bif, length(As)), - {Sis,Int0} = - case MayFail of - true -> - maybe_adjust_stack(Bef, Le#l.i, Le#l.i+1, Vdb, St0); - false -> - {[],Bef} - end, - Int1 = clear_dead(Int0, Le#l.i, Vdb), - Reg = put_reg(V, Int1#sr.reg), - Int = Int1#sr{reg=Reg}, - Dst = fetch_reg(V, Reg), - BifFail = {f,St0#cg.bfail}, - %% We need a line instructions for BIFs that may fail in a body. - Line = case BifFail of - {f,0} when MayFail -> - [line(Le)]; - _ -> - [] - end, - {Sis++Line++[{bif,Bif,BifFail,Ars,Dst}], - clear_dead(Int, Le#l.i, Vdb), St0}. - - -%% gc_bif_cg(Bif, [Arg], [Ret], Le, Vdb, StackReg, State) -> -%% {[Ainstr],StackReg,State}. - -gc_bif_cg(Bif, As, [#k_var{name=V}], Le, Vdb, Bef, St0) -> - Ars = cg_reg_args(As, Bef), - - %% If we are inside a catch and in a body (not in guard) and the - %% BIF may fail, we must save everything that will be alive after - %% the catch (because the code after the code assumes that all - %% variables that are live are stored on the stack). - %% - %% Currently, we are somewhat pessimistic in - %% that we save any variable that will be live after this BIF call. - - {Sis,Int0} = maybe_adjust_stack(Bef, Le#l.i, Le#l.i+1, Vdb, St0), - - Int1 = clear_dead(Int0, Le#l.i, Vdb), - Reg = put_reg(V, Int1#sr.reg), - Int = Int1#sr{reg=Reg}, - Dst = fetch_reg(V, Reg), - BifFail = {f,St0#cg.bfail}, - Line = case BifFail of - {f,0} -> [line(Le)]; - {f,_} -> [] - end, - {Sis++Line++[{gc_bif,Bif,BifFail,max_reg(Bef#sr.reg),Ars,Dst}], - clear_dead(Int, Le#l.i, Vdb), St0}. - -%% recv_loop_cg(TimeOut, ReceiveVar, ReceiveMatch, TimeOutExprs, -%% [Ret], Le, Vdb, Bef, St) -> {[Ainstr],Aft,St}. - -recv_loop_cg(Te, Rvar, Rm, Tes, Rs, Le, Vdb, Bef, St0) -> - {Sis,Int0} = adjust_stack(Bef, Le#l.i, Le#l.i, Vdb), - Int1 = Int0#sr{reg=clear_regs(Int0#sr.reg)}, - %% Get labels. - {Rl,St1} = new_label(St0), - {Tl,St2} = new_label(St1), - {Bl,St3} = new_label(St2), - St4 = St3#cg{break=Bl,recv=Rl}, %Set correct receive labels - {Ris,Raft,St5} = cg_recv_mesg(Rvar, Rm, Tl, Int1, St4), - {Wis,Taft,St6} = cg_recv_wait(Te, Tes, Le#l.i, Int1, St5), - Int2 = sr_merge(Raft, Taft), %Merge stack/registers - Reg = load_vars(Rs, Int2#sr.reg), - {Sis ++ [line(Le)] ++ Ris ++ [{label,Tl}] ++ Wis ++ [{label,Bl}], - clear_dead(Int2#sr{reg=Reg}, Le#l.i, Vdb), - St6#cg{break=St0#cg.break,recv=St0#cg.recv}}. - -%% cg_recv_mesg( ) -> {[Ainstr],Aft,St}. - -cg_recv_mesg(#k_var{name=R}, Rm, Tl, Bef, St0) -> - Int0 = Bef#sr{reg=put_reg(R, Bef#sr.reg)}, - Ret = fetch_reg(R, Int0#sr.reg), - %% Int1 = clear_dead(Int0, I, Rm#l.vdb), - Int1 = Int0, - {Mis,Int2,St1} = match_cg(Rm, none, Int1, St0), - {[{label,St1#cg.recv},{loop_rec,{f,Tl},Ret}|Mis],Int2,St1}. - -%% cg_recv_wait(Te, Tes, I, Vdb, Int2, St3) -> {[Ainstr],Aft,St}. - -cg_recv_wait(#k_atom{val=infinity}, #cg_block{anno=Le,es=Tes}, I, Bef, St0) -> - %% We know that the 'after' body will never be executed. - %% But to keep the stack and register information up to date, - %% we will generate the code for the 'after' body, and then discard it. - Int1 = clear_dead(Bef, I, Le#l.vdb), - {_,Int2,St1} = cg_block(Tes, Le#l.vdb, - Int1#sr{reg=clear_regs(Int1#sr.reg)}, St0), - {[{wait,{f,St1#cg.recv}}],Int2,St1}; -cg_recv_wait(#k_int{val=0}, #cg_block{anno=Le,es=Tes}, _I, Bef, St0) -> - {Tis,Int,St1} = cg_block(Tes, Le#l.vdb, Bef, St0), - {[timeout|Tis],Int,St1}; -cg_recv_wait(Te, #cg_block{anno=Le,es=Tes}, I, Bef, St0) -> - Reg = cg_reg_arg(Te, Bef), - %% Must have empty registers here! Bug if anything in registers. - Int0 = clear_dead(Bef, I, Le#l.vdb), - {Tis,Int,St1} = cg_block(Tes, Le#l.vdb, - Int0#sr{reg=clear_regs(Int0#sr.reg)}, St0), - {[{wait_timeout,{f,St1#cg.recv},Reg},timeout] ++ Tis,Int,St1}. - -%% recv_next_cg(Le, Vdb, StackReg, St) -> {[Ainstr],StackReg,St}. -%% Use adjust stack to clear stack, but only need it for Aft. - -recv_next_cg(Le, Vdb, Bef, St) -> - {Sis,Aft} = adjust_stack(Bef, Le#l.i, Le#l.i+1, Vdb), - {[{loop_rec_end,{f,St#cg.recv}}] ++ Sis,Aft,St}. %Joke - -%% try_cg(TryBlock, [BodyVar], TryBody, [ExcpVar], TryHandler, [Ret], -%% Le, Vdb, StackReg, St) -> {[Ainstr],StackReg,St}. - -try_cg(Ta, Vs, Tb, Evs, Th, Rs, Le, Vdb, Bef, St0) -> - {B,St1} = new_label(St0), %Body label - {H,St2} = new_label(St1), %Handler label - {E,St3} = new_label(St2), %End label - #l{i=TryTag} = get_kanno(Ta), - Int1 = Bef#sr{stk=put_catch(TryTag, Bef#sr.stk)}, - TryReg = fetch_stack({catch_tag,TryTag}, Int1#sr.stk), - {Ais,Int2,St4} = cg(Ta, Vdb, Int1, St3#cg{break=B,in_catch=true}), - Int3 = Int2#sr{stk=drop_catch(TryTag, Int2#sr.stk)}, - St5 = St4#cg{break=E,in_catch=St3#cg.in_catch}, - {Bis,Baft,St6} = cg(Tb, Vdb, Int3#sr{reg=load_vars(Vs, Int3#sr.reg)}, St5), - {His,Haft,St7} = cg(Th, Vdb, Int3#sr{reg=load_vars(Evs, Int3#sr.reg)}, St6), - Int4 = sr_merge(Baft, Haft), %Merge stack/registers - Aft = Int4#sr{reg=load_vars(Rs, Int4#sr.reg)}, - {[{'try',TryReg,{f,H}}] ++ Ais ++ - [{label,B},{try_end,TryReg}] ++ Bis ++ - [{label,H},{try_case,TryReg}] ++ His ++ - [{label,E}], - clear_dead(Aft, Le#l.i, Vdb), - St7#cg{break=St0#cg.break}}. - -try_enter_cg(Ta, Vs, Tb, Evs, Th, Le, Vdb, Bef, St0) -> - {B,St1} = new_label(St0), %Body label - {H,St2} = new_label(St1), %Handler label - #l{i=TryTag} = get_kanno(Ta), - Int1 = Bef#sr{stk=put_catch(TryTag, Bef#sr.stk)}, - TryReg = fetch_stack({catch_tag,TryTag}, Int1#sr.stk), - {Ais,Int2,St3} = cg(Ta, Vdb, Int1, St2#cg{break=B,in_catch=true}), - Int3 = Int2#sr{stk=drop_catch(TryTag, Int2#sr.stk)}, - St4 = St3#cg{in_catch=St2#cg.in_catch}, - {Bis,Baft,St5} = cg(Tb, Vdb, Int3#sr{reg=load_vars(Vs, Int3#sr.reg)}, St4), - {His,Haft,St6} = cg(Th, Vdb, Int3#sr{reg=load_vars(Evs, Int3#sr.reg)}, St5), - Int4 = sr_merge(Baft, Haft), %Merge stack/registers - Aft = Int4, - {[{'try',TryReg,{f,H}}] ++ Ais ++ - [{label,B},{try_end,TryReg}] ++ Bis ++ - [{label,H},{try_case,TryReg}] ++ His, - clear_dead(Aft, Le#l.i, Vdb), - St6#cg{break=St0#cg.break}}. - -%% catch_cg(CatchBlock, Ret, Le, Vdb, Bef, St) -> {[Ainstr],Aft,St}. - -catch_cg(#cg_block{es=C}, #k_var{name=R}, Le, Vdb, Bef, St0) -> - {B,St1} = new_label(St0), - CatchTag = Le#l.i, - Int1 = Bef#sr{stk=put_catch(CatchTag, Bef#sr.stk)}, - CatchReg = fetch_stack({catch_tag,CatchTag}, Int1#sr.stk), - {Cis,Int2,St2} = cg_block(C, Le#l.vdb, Int1, - St1#cg{break=B,in_catch=true}), - [] = Int2#sr.reg, %Assertion. - Aft = Int2#sr{reg=[{0,R}],stk=drop_catch(CatchTag, Int2#sr.stk)}, - {[{'catch',CatchReg,{f,B}}] ++ Cis ++ - [{label,B},{catch_end,CatchReg}], - clear_dead(Aft, Le#l.i, Vdb), - St2#cg{break=St1#cg.break,in_catch=St1#cg.in_catch}}. - -%% put_cg([Var], Constr, Le, Vdb, Bef, St) -> {[Ainstr],Aft,St}. -%% We have to be careful how a 'put' works. First the structure is -%% built, then it is filled and finally things can be cleared. The -%% annotation must reflect this and make sure that the return -%% variable is allocated first. -%% -%% put_list and put_map are atomic instructions, both of -%% which can safely resuse one of the source registers as target. - -put_cg([#k_var{name=R}], #k_cons{hd=Hd,tl=Tl}, Le, Vdb, Bef, St) -> - [S1,S2] = cg_reg_args([Hd,Tl], Bef), - Int0 = clear_dead(Bef, Le#l.i, Vdb), - Int1 = Int0#sr{reg=put_reg(R, Int0#sr.reg)}, - Ret = fetch_reg(R, Int1#sr.reg), - {[{put_list,S1,S2,Ret}], Int1, St}; -put_cg([#k_var{name=R}], #k_binary{segs=Segs}, Le, Vdb, Bef, - #cg{bfail=Bfail}=St) -> - %% At run-time, binaries are constructed in three stages: - %% 1) First the size of the binary is calculated. - %% 2) Then the binary is allocated. - %% 3) Then each field in the binary is constructed. - %% For simplicity, we use the target register to also hold the - %% size of the binary. Therefore the target register must *not* - %% be one of the source registers. - - %% First allocate the target register. - Int0 = Bef#sr{reg=put_reg(R, Bef#sr.reg)}, - Target = fetch_reg(R, Int0#sr.reg), - - %% Also allocate a scratch register for size calculations. - Temp = find_scratch_reg(Int0#sr.reg), - - %% First generate the code that constructs each field. - Fail = {f,Bfail}, - PutCode = cg_bin_put(Segs, Fail, Bef), - {Sis,Int1} = maybe_adjust_stack(Int0, Le#l.i, Le#l.i+1, Vdb, St), - MaxRegs = max_reg(Bef#sr.reg), - Aft = clear_dead(Int1, Le#l.i, Vdb), - - %% Now generate the complete code for constructing the binary. - Code = cg_binary(PutCode, Target, Temp, Fail, MaxRegs, Le#l.a), - {Sis++Code,Aft,St}; - -%% Map: single variable key. -put_cg([#k_var{name=R}], #k_map{op=Op,var=Map, - es=[#k_map_pair{key=#k_var{}=K,val=V}]}, - Le, Vdb, Bef, St0) -> - {Sis,Int0} = maybe_adjust_stack(Bef, Le#l.i, Le#l.i+1, Vdb, St0), - - SrcReg = cg_reg_arg_prefer_y(Map, Int0), - Line = line(Le#l.a), - - List = [cg_reg_arg(K,Int0),cg_reg_arg(V,Int0)], - - Live = max_reg(Bef#sr.reg), - - %% The target register can reuse one of the source registers. - Aft0 = clear_dead(Int0, Le#l.i, Vdb), - Aft = Aft0#sr{reg=put_reg(R, Aft0#sr.reg)}, - Target = fetch_reg(R, Aft#sr.reg), - - {Is,St1} = put_cg_map(Line, Op, SrcReg, Target, Live, List, St0), - {Sis++Is,Aft,St1}; - -%% Map: (possibly) multiple literal keys. -put_cg([#k_var{name=R}], #k_map{op=Op,var=Map,es=Es}, Le, Vdb, Bef, St0) -> - - %% assert key literals - [] = [Var || #k_map_pair{key=#k_var{}=Var} <- Es], - - {Sis,Int0} = maybe_adjust_stack(Bef, Le#l.i, Le#l.i+1, Vdb, St0), - SrcReg = cg_reg_arg_prefer_y(Map, Int0), - Line = line(Le#l.a), - - %% fetch registers for values to be put into the map - List = flatmap(fun(#k_map_pair{key=K,val=V}) -> - [atomic(K),cg_reg_arg(V, Int0)] - end, Es), - - Live = max_reg(Bef#sr.reg), - - %% The target register can reuse one of the source registers. - Aft0 = clear_dead(Int0, Le#l.i, Vdb), - Aft = Aft0#sr{reg=put_reg(R, Aft0#sr.reg)}, - Target = fetch_reg(R, Aft#sr.reg), - - {Is,St1} = put_cg_map(Line, Op, SrcReg, Target, Live, List, St0), - {Sis++Is,Aft,St1}; - -%% Everything else. -put_cg([#k_var{name=R}], Con, Le, Vdb, Bef, St) -> - %% Find a place for the return register first. - Int = Bef#sr{reg=put_reg(R, Bef#sr.reg)}, - Ret = fetch_reg(R, Int#sr.reg), - Ais = case Con of - #k_tuple{es=Es} -> - [{put_tuple,length(Es),Ret}] ++ cg_build_args(Es, Bef); - Other -> - [{move,cg_reg_arg(Other, Int),Ret}] - end, - {Ais,clear_dead(Int, Le#l.i, Vdb),St}. - - -put_cg_map(Line, Op0, SrcReg, Target, Live, List, St0) -> - Bfail = St0#cg.bfail, - Fail = {f,St0#cg.bfail}, - Op = case Op0 of - assoc -> put_map_assoc; - exact -> put_map_exact - end, - {OkLbl,St1} = new_label(St0), - {BadLbl,St2} = new_label(St1), - Is = if - Bfail =:= 0 orelse Op =:= put_map_assoc -> - [Line,{Op,{f,0},SrcReg,Target,Live,{list,List}}]; - true -> - %% Ensure that Target is always set, even if - %% the map update operation fails. That is necessary - %% because Target may be included in a test_heap - %% instruction. - [Line, - {Op,{f,BadLbl},SrcReg,Target,Live,{list,List}}, - {jump,{f,OkLbl}}, - {label,BadLbl}, - {move,{atom,ok},Target}, - {jump,Fail}, - {label,OkLbl}] - end, - {Is,St2}. - -%%% -%%% Code generation for constructing binaries. -%%% - -cg_binary([{bs_put_binary,Fail,{atom,all},U,_Flags,Src}|PutCode], - Target, Temp, Fail, MaxRegs, Anno) -> - Line = line(Anno), - Live = cg_live(Target, MaxRegs), - SzCode = cg_bitstr_size(PutCode, Target, Temp, Fail, Live), - BinFlags = {field_flags,[]}, - Code = [Line|SzCode] ++ - [case member(single_use, Anno) of - true -> - {bs_private_append,Fail,Target,U,Src,BinFlags,Target}; - false -> - {bs_append,Fail,Target,0,MaxRegs,U,Src,BinFlags,Target} - end] ++ PutCode, - cg_bin_opt(Code); -cg_binary(PutCode, Target, Temp, Fail, MaxRegs, Anno) -> - Line = line(Anno), - Live = cg_live(Target, MaxRegs), - {InitOp,SzCode} = cg_binary_size(PutCode, Target, Temp, Fail, Live), - - Code = [Line|SzCode] ++ [{InitOp,Fail,Target,0,MaxRegs, - {field_flags,[]},Target}|PutCode], - cg_bin_opt(Code). - -cg_live({x,X}, MaxRegs) when X =:= MaxRegs -> MaxRegs+1; -cg_live({x,X}, MaxRegs) when X < MaxRegs -> MaxRegs. - -%% Generate code that calculate the size of the bitstr to be -%% built in BITS. - -cg_bitstr_size(PutCode, Target, Temp, Fail, Live) -> - {Bits,Es} = cg_bitstr_size_1(PutCode, 0, []), - reverse(cg_gen_binsize(Es, Target, Temp, Fail, Live, - [{move,{integer,Bits},Target}])). - -cg_bitstr_size_1([{bs_put_utf8,_,_,Src}|Next], Bits, Acc) -> - cg_bitstr_size_1(Next, Bits, [{'*',{bs_utf8_size,Src},8}|Acc]); -cg_bitstr_size_1([{bs_put_utf16,_,_,Src}|Next], Bits, Acc) -> - cg_bitstr_size_1(Next, Bits, [{'*',{bs_utf16_size,Src},8}|Acc]); -cg_bitstr_size_1([{bs_put_utf32,_,_,_}|Next], Bits, Acc) -> - cg_bitstr_size_1(Next, Bits+32, Acc); -cg_bitstr_size_1([{_,_,S,U,_,Src}|Next], Bits, Acc) -> - case S of - {integer,N} -> cg_bitstr_size_1(Next, Bits+N*U, Acc); - {atom,all} -> cg_bitstr_size_1(Next, Bits, [{bit_size,Src}|Acc]); - _ when U =:= 1 -> cg_bitstr_size_1(Next, Bits, [S|Acc]); - _ -> cg_bitstr_size_1(Next, Bits, [{'*',S,U}|Acc]) - end; -cg_bitstr_size_1([], Bits, Acc) -> {Bits,Acc}. - -%% Generate code that calculate the size of the bitstr to be -%% built in BYTES or BITS (depending on what is easiest). - -cg_binary_size(PutCode, Target, Temp, Fail, Live) -> - {InitInstruction,Szs} = cg_binary_size_1(PutCode, 0, []), - SizeExpr = reverse(cg_gen_binsize(Szs, Target, Temp, Fail, Live, [{move,{integer,0},Target}])), - {InitInstruction,SizeExpr}. - -cg_binary_size_1([{bs_put_utf8,_Fail,_Flags,Src}|T], Bits, Acc) -> - cg_binary_size_1(T, Bits, [{8,{bs_utf8_size,Src}}|Acc]); -cg_binary_size_1([{bs_put_utf16,_Fail,_Flags,Src}|T], Bits, Acc) -> - cg_binary_size_1(T, Bits, [{8,{bs_utf16_size,Src}}|Acc]); -cg_binary_size_1([{bs_put_utf32,_Fail,_Flags,_Src}|T], Bits, Acc) -> - cg_binary_size_1(T, Bits+32, Acc); -cg_binary_size_1([{_Put,_Fail,S,U,_Flags,Src}|T], Bits, Acc) -> - cg_binary_size_2(S, U, Src, T, Bits, Acc); -cg_binary_size_1([], Bits, Acc) -> - Bytes = Bits div 8, - RemBits = Bits rem 8, - Sizes0 = sort([{1,{integer,RemBits}},{8,{integer,Bytes}}|Acc]), - Sizes = filter(fun({_,{integer,0}}) -> false; - (_) -> true end, Sizes0), - case Sizes of - [{1,_}|_] -> - {bs_init_bits,cg_binary_bytes_to_bits(Sizes, [])}; - [{8,_}|_] -> - {bs_init2,[E || {8,E} <- Sizes]}; - [] -> - {bs_init_bits,[]} - end. - -cg_binary_size_2({integer,N}, U, _, Next, Bits, Acc) -> - cg_binary_size_1(Next, Bits+N*U, Acc); -cg_binary_size_2({atom,all}, U, E, Next, Bits, Acc) -> - if - U rem 8 =:= 0 -> - cg_binary_size_1(Next, Bits, [{8,{byte_size,E}}|Acc]); - true -> - cg_binary_size_1(Next, Bits, [{1,{bit_size,E}}|Acc]) - end; -cg_binary_size_2(Reg, 1, _, Next, Bits, Acc) -> - cg_binary_size_1(Next, Bits, [{1,Reg}|Acc]); -cg_binary_size_2(Reg, 8, _, Next, Bits, Acc) -> - cg_binary_size_1(Next, Bits, [{8,Reg}|Acc]); -cg_binary_size_2(Reg, U, _, Next, Bits, Acc) -> - cg_binary_size_1(Next, Bits, [{1,{'*',Reg,U}}|Acc]). - -cg_binary_bytes_to_bits([{8,{integer,N}}|T], Acc) -> - cg_binary_bytes_to_bits(T, [{integer,8*N}|Acc]); -cg_binary_bytes_to_bits([{8,{byte_size,Reg}}|T], Acc) -> - cg_binary_bytes_to_bits(T, [{bit_size,Reg}|Acc]); -cg_binary_bytes_to_bits([{8,Reg}|T], Acc) -> - cg_binary_bytes_to_bits(T, [{'*',Reg,8}|Acc]); -cg_binary_bytes_to_bits([{1,Sz}|T], Acc) -> - cg_binary_bytes_to_bits(T, [Sz|Acc]); -cg_binary_bytes_to_bits([], Acc) -> - cg_binary_bytes_to_bits_1(sort(Acc)). - -cg_binary_bytes_to_bits_1([{integer,I},{integer,J}|T]) -> - cg_binary_bytes_to_bits_1([{integer,I+J}|T]); -cg_binary_bytes_to_bits_1([H|T]) -> - [H|cg_binary_bytes_to_bits_1(T)]; -cg_binary_bytes_to_bits_1([]) -> []. - -cg_gen_binsize([{'*',{bs_utf8_size,Src},B}|T], Target, Temp, Fail, Live, Acc) -> - Size = {bs_utf8_size,Fail,Src,Temp}, - Add = {bs_add,Fail,[Target,Temp,B],Target}, - cg_gen_binsize(T, Target, Temp, Fail, Live, - [Add,Size|Acc]); -cg_gen_binsize([{'*',{bs_utf16_size,Src},B}|T], Target, Temp, Fail, Live, Acc) -> - Size = {bs_utf16_size,Fail,Src,Temp}, - Add = {bs_add,Fail,[Target,Temp,B],Target}, - cg_gen_binsize(T, Target, Temp, Fail, Live, - [Add,Size|Acc]); -cg_gen_binsize([{'*',A,B}|T], Target, Temp, Fail, Live, Acc) -> - cg_gen_binsize(T, Target, Temp, Fail, Live, - [{bs_add,Fail,[Target,A,B],Target}|Acc]); -cg_gen_binsize([{bit_size,B}|T], Target, Temp, Fail, Live, Acc) -> - cg_gen_binsize([Temp|T], Target, Temp, Fail, Live, - [{gc_bif,bit_size,Fail,Live,[B],Temp}|Acc]); -cg_gen_binsize([{byte_size,B}|T], Target, Temp, Fail, Live, Acc) -> - cg_gen_binsize([Temp|T], Target, Temp, Fail, Live, - [{gc_bif,byte_size,Fail,Live,[B],Temp}|Acc]); -cg_gen_binsize([{bs_utf8_size,B}|T], Target, Temp, Fail, Live, Acc) -> - cg_gen_binsize([Temp|T], Target, Temp, Fail, Live, - [{bs_utf8_size,Fail,B,Temp}|Acc]); -cg_gen_binsize([{bs_utf16_size,B}|T], Target, Temp, Fail, Live, Acc) -> - cg_gen_binsize([Temp|T], Target, Temp, Fail, Live, - [{bs_utf16_size,Fail,B,Temp}|Acc]); -cg_gen_binsize([E0|T], Target, Temp, Fail, Live, Acc) -> - cg_gen_binsize(T, Target, Temp, Fail, Live, - [{bs_add,Fail,[Target,E0,1],Target}|Acc]); -cg_gen_binsize([], _, _, _, _, Acc) -> Acc. - - -%% cg_bin_opt(Code0) -> Code -%% Optimize the size calculations for binary construction. - -cg_bin_opt([{move,S1,{x,X}=D},{gc_bif,Op,Fail,Live0,As,Dst}|Is]) -> - Live = if - X + 1 =:= Live0 -> X; - true -> Live0 - end, - [{gc_bif,Op,Fail,Live,As,D}|cg_bin_opt([{move,S1,Dst}|Is])]; -cg_bin_opt([{move,_,_}=I1,{Op,_,_,_}=I2|Is]) - when Op =:= bs_utf8_size orelse Op =:= bs_utf16_size -> - [I2|cg_bin_opt([I1|Is])]; -cg_bin_opt([{bs_add,_,[{integer,0},Src,1],Dst}|Is]) -> - cg_bin_opt_1([{move,Src,Dst}|Is]); -cg_bin_opt([{bs_add,_,[Src,{integer,0},_],Dst}|Is]) -> - cg_bin_opt_1([{move,Src,Dst}|Is]); -cg_bin_opt(Is) -> - cg_bin_opt_1(Is). - -cg_bin_opt_1([{move,Size,D},{bs_append,Fail,D,Extra,Regs,U,Bin,Flags,D}|Is]) -> - [{bs_append,Fail,Size,Extra,Regs,U,Bin,Flags,D}|cg_bin_opt(Is)]; -cg_bin_opt_1([{move,Size,D},{bs_private_append,Fail,D,U,Bin,Flags,D}|Is]) -> - [{bs_private_append,Fail,Size,U,Bin,Flags,D}|cg_bin_opt(Is)]; -cg_bin_opt_1([{move,Size,D},{Op,Fail,D,Extra,Regs,Flags,D}|Is]) - when Op =:= bs_init2; Op =:= bs_init_bits -> - Bytes = case Size of - {integer,Int} -> Int; - _ -> Size - end, - [{Op,Fail,Bytes,Extra,Regs,Flags,D}|cg_bin_opt(Is)]; -cg_bin_opt_1([{move,S1,D},{bs_add,Fail,[D,S2,U],Dst}|Is]) -> - cg_bin_opt([{bs_add,Fail,[S1,S2,U],Dst}|Is]); -cg_bin_opt_1([{move,S1,D},{bs_add,Fail,[S2,D,U],Dst}|Is]) -> - cg_bin_opt([{bs_add,Fail,[S2,S1,U],Dst}|Is]); -cg_bin_opt_1([I|Is]) -> - [I|cg_bin_opt(Is)]; -cg_bin_opt_1([]) -> - []. - -cg_bin_put(#k_bin_seg{size=S0,unit=U,type=T,flags=Fs,seg=E0,next=Next}, - Fail, Bef) -> - S1 = cg_reg_arg(S0, Bef), - E1 = cg_reg_arg(E0, Bef), - {Format,Op} = case T of - integer -> {plain,bs_put_integer}; - utf8 -> {utf,bs_put_utf8}; - utf16 -> {utf,bs_put_utf16}; - utf32 -> {utf,bs_put_utf32}; - binary -> {plain,bs_put_binary}; - float -> {plain,bs_put_float} - end, - case Format of - plain -> - [{Op,Fail,S1,U,{field_flags,Fs},E1}|cg_bin_put(Next, Fail, Bef)]; - utf -> - [{Op,Fail,{field_flags,Fs},E1}|cg_bin_put(Next, Fail, Bef)] - end; -cg_bin_put(#k_bin_end{}, _, _) -> []. - -cg_build_args(As, Bef) -> - [{put,cg_reg_arg(A, Bef)} || A <- As]. - -%% return_cg([Val], Le, Vdb, Bef, St) -> {[Ainstr],Aft,St}. -%% break_cg([Val], Le, Vdb, Bef, St) -> {[Ainstr],Aft,St}. -%% These are very simple, just put return/break values in registers -%% from 0, then return/break. Use the call setup to clean up stack, -%% but must clear registers to ensure sr_merge works correctly. - -return_cg(Rs, Le, Vdb, Bef, St) -> - {Ms,Int} = cg_setup_call(Rs, Bef, Le#l.i, Vdb), - {Ms ++ [return],Int#sr{reg=clear_regs(Int#sr.reg)},St}. - -break_cg(Bs, Le, Vdb, Bef, St) -> - {Ms,Int} = cg_setup_call(Bs, Bef, Le#l.i, Vdb), - {Ms ++ [{jump,{f,St#cg.break}}], - Int#sr{reg=clear_regs(Int#sr.reg)},St}. - -guard_break_cg(Bs, #l{i=I}, Vdb, #sr{reg=Reg0}=Bef, St) -> - #sr{reg=Reg1} = Int = clear_dead(Bef, I, Vdb), - Reg2 = trim_free(Reg1), - NumLocked = length(Reg2), - Moves0 = gen_moves(Bs, Bef, NumLocked, []), - Moves = order_moves(Moves0, find_scratch_reg(Reg0)), - {BreakVars,_} = mapfoldl(fun(_, RegNum) -> - {{RegNum,gbreakvar},RegNum+1} - end, length(Reg2), Bs), - Reg = Reg2 ++ BreakVars, - Aft = Int#sr{reg=Reg}, - {Moves ++ [{jump,{f,St#cg.break}}],Aft,St}. - -%% cg_reg_arg(Arg0, Info) -> Arg -%% cg_reg_args([Arg0], Info) -> [Arg] -%% Convert argument[s] into registers. Literal values are returned unchanged. - -cg_reg_args(As, Bef) -> [cg_reg_arg(A, Bef) || A <- As]. - -cg_reg_arg(#k_var{name=V}, Bef) -> fetch_var(V, Bef); -cg_reg_arg(Literal, _) -> atomic(Literal). - -cg_reg_arg_prefer_y(#k_var{name=V}, Bef) -> fetch_var_prefer_y(V, Bef); -cg_reg_arg_prefer_y(Literal, _) -> atomic(Literal). - -%% cg_setup_call([Arg], Bef, Cur, Vdb) -> {[Instr],Aft}. -%% Do the complete setup for a call/enter. - -cg_setup_call(As, Bef, I, Vdb) -> - {Ms,Int0} = cg_call_args(As, Bef, I, Vdb), - %% Have set up arguments, can now clean up, compress and save to stack. - Int1 = Int0#sr{stk=clear_dead_stk(Int0#sr.stk, I, Vdb),res=[]}, - {Sis,Int2} = adjust_stack(Int1, I, I+1, Vdb), - {Ms ++ Sis,Int2}. - -%% cg_call_args([Arg], SrState) -> {[Instr],SrState}. -%% Setup the arguments to a call/enter/bif. Put the arguments into -%% consecutive registers starting at {x,0} moving any data which -%% needs to be saved. Return a modified SrState structure with the -%% new register contents. N.B. the resultant register info will -%% contain non-variable values when there are non-variable values. -%% -%% This routine is complicated by unsaved values in x registers. -%% We'll move away any unsaved values that are in the registers -%% to be overwritten by the arguments. - -cg_call_args(As, Bef, I, Vdb) -> - Regs0 = load_arg_regs(Bef#sr.reg, As), - Unsaved = unsaved_registers(Regs0, Bef#sr.stk, I, I+1, Vdb), - {UnsavedMoves,Regs} = move_unsaved(Unsaved, Bef#sr.reg, Regs0), - Moves0 = gen_moves(As, Bef), - Moves = order_moves(Moves0, find_scratch_reg(Regs)), - {UnsavedMoves ++ Moves,Bef#sr{reg=Regs}}. - -%% load_arg_regs([Reg], Arguments) -> [Reg] -%% Update the register descriptor to include the arguments (from {x,0} -%% and upwards). Values in argument register are overwritten. -%% Values in x registers above the arguments are preserved. - -load_arg_regs(Regs, As) -> load_arg_regs(Regs, As, 0). - -load_arg_regs([_|Rs], [#k_var{name=V}|As], I) -> [{I,V}|load_arg_regs(Rs, As, I+1)]; -load_arg_regs([_|Rs], [A|As], I) -> [{I,A}|load_arg_regs(Rs, As, I+1)]; -load_arg_regs([], [#k_var{name=V}|As], I) -> [{I,V}|load_arg_regs([], As, I+1)]; -load_arg_regs([], [A|As], I) -> [{I,A}|load_arg_regs([], As, I+1)]; -load_arg_regs(Rs, [], _) -> Rs. - -%% Returns the variables must be saved and are currently in the -%% x registers that are about to be overwritten by the arguments. - -unsaved_registers(Regs, Stk, Fb, Lf, Vdb) -> - [V || {V,F,L} <- Vdb, - F < Fb, - L >= Lf, - not on_stack(V, Stk), - not in_reg(V, Regs)]. - -in_reg(V, Regs) -> keymember(V, 2, Regs). - -%% Move away unsaved variables from the registers that are to be -%% overwritten by the arguments. -move_unsaved(Vs, OrigRegs, NewRegs) -> - move_unsaved(Vs, OrigRegs, NewRegs, []). - -move_unsaved([V|Vs], OrigRegs, NewRegs0, Acc) -> - NewRegs = put_reg(V, NewRegs0), - Src = fetch_reg(V, OrigRegs), - Dst = fetch_reg(V, NewRegs), - move_unsaved(Vs, OrigRegs, NewRegs, [{move,Src,Dst}|Acc]); -move_unsaved([], _, Regs, Acc) -> {Acc,Regs}. - -%% gen_moves(As, Sr) -%% Generate the basic move instruction to move the arguments -%% to their proper registers. The list will be sorted on -%% destinations. (I.e. the move to {x,0} will be first -- -%% see the comment to order_moves/2.) - -gen_moves(As, Sr) -> gen_moves(As, Sr, 0, []). - -gen_moves([#k_var{name=V}|As], Sr, I, Acc) -> - case fetch_var(V, Sr) of - {x,I} -> gen_moves(As, Sr, I+1, Acc); - Reg -> gen_moves(As, Sr, I+1, [{move,Reg,{x,I}}|Acc]) - end; -gen_moves([A0|As], Sr, I, Acc) -> - A = atomic(A0), - gen_moves(As, Sr, I+1, [{move,A,{x,I}}|Acc]); -gen_moves([], _, _, Acc) -> lists:keysort(3, Acc). - -%% order_moves([Move], ScratchReg) -> [Move] -%% Orders move instruction so that source registers are not -%% destroyed before they are used. If there are cycles -%% (such as {move,{x,0},{x,1}}, {move,{x,1},{x,1}}), -%% the scratch register is used to break up the cycle. -%% If possible, the first move of the input list is placed -%% last in the result list (to make the move to {x,0} occur -%% just before the call to allow the Beam loader to coalesce -%% the instructions). - -order_moves(Ms, Scr) -> order_moves(Ms, Scr, []). - -order_moves([{move,_,_}=M|Ms0], ScrReg, Acc0) -> - {Chain,Ms} = collect_chain(Ms0, [M], ScrReg), - Acc = reverse(Chain, Acc0), - order_moves(Ms, ScrReg, Acc); -order_moves([], _, Acc) -> Acc. - -collect_chain(Ms, Path, ScrReg) -> - collect_chain(Ms, Path, [], ScrReg). - -collect_chain([{move,Src,Same}=M|Ms0], [{move,Same,_}|_]=Path, Others, ScrReg) -> - case lists:keyfind(Src, 3, Path) of - false -> - collect_chain(reverse(Others, Ms0), [M|Path], [], ScrReg); - _ -> % We have a cycle. - {break_up_cycle(M, Path, ScrReg),reverse(Others, Ms0)} - end; -collect_chain([M|Ms], Path, Others, ScrReg) -> - collect_chain(Ms, Path, [M|Others], ScrReg); -collect_chain([], Path, Others, _) -> - {Path,Others}. - -break_up_cycle({move,Src,_}=M, Path, ScrReg) -> - [{move,ScrReg,Src},M|break_up_cycle1(Src, Path, ScrReg)]. - -break_up_cycle1(Dst, [{move,Src,Dst}|Path], ScrReg) -> - [{move,Src,ScrReg}|Path]; -break_up_cycle1(Dst, [M|Path], LastMove) -> - [M|break_up_cycle1(Dst, Path, LastMove)]. - -%% clear_dead(Sr, Until, Vdb) -> Aft. -%% Remove all variables in Sr which have died AT ALL so far. - -clear_dead(#sr{stk=Stk}=Sr0, Until, Vdb) -> - Sr = Sr0#sr{reg=clear_dead_reg(Sr0, Until, Vdb), - stk=clear_dead_stk(Stk, Until, Vdb)}, - reserve(Sr). - -clear_dead_reg(Sr, Until, Vdb) -> - [case R of - {_I,V} = IV -> - case vdb_find(V, Vdb) of - {V,_,L} when L > Until -> IV; - _ -> free %Remove anything else - end; - {reserved,_I,_V}=Reserved -> Reserved; - free -> free - end || R <- Sr#sr.reg]. - -clear_dead_stk(Stk, Until, Vdb) -> - [case S of - {V} = T -> - case vdb_find(V, Vdb) of - {V,_,L} when L > Until -> T; - _ -> dead %Remove anything else - end; - free -> free; - dead -> dead - end ||ย S <- Stk]. - - -%% sr_merge(Sr1, Sr2) -> Sr. -%% Merge two stack/register states keeping the longest of both stack -%% and register. Perform consistency check on both, elements must be -%% the same. Allow frame size 'void' to make easy creation of -%% "empty" frame. - -sr_merge(#sr{reg=R1,stk=S1,res=[]}, #sr{reg=R2,stk=S2,res=[]}) -> - #sr{reg=longest(R1, R2),stk=longest(S1, S2),res=[]}; -sr_merge(void, S2) -> S2#sr{res=[]}. - -longest([H|T1], [H|T2]) -> [H|longest(T1, T2)]; -longest([dead|T1], [free|T2]) -> [dead|longest(T1, T2)]; -longest([free|T1], [dead|T2]) -> [dead|longest(T1, T2)]; -longest([dead|_] = L, []) -> L; -longest([], [dead|_] = L) -> L; -longest([free|_] = L, []) -> L; -longest([], [free|_] = L) -> L; -longest([], []) -> []. - -trim_free([R|Rs0]) -> - case {trim_free(Rs0),R} of - {[],free} -> []; - {Rs,R} -> [R|Rs] - end; -trim_free([]) -> []. - -%% maybe_adjust_stack(Bef, FirstBefore, LastFrom, Vdb, St) -> {[Ainstr],Aft}. -%% Adjust the stack, but only if the code is inside a catch and not -%% inside a guard. Use this funtion before instructions that may -%% cause an exception. - -maybe_adjust_stack(Bef, Fb, Lf, Vdb, St) -> - case St of - #cg{in_catch=true,bfail=0} -> - adjust_stack(Bef, Fb, Lf, Vdb); - #cg{} -> - {[],Bef} - end. - -%% adjust_stack(Bef, FirstBefore, LastFrom, Vdb) -> {[Ainstr],Aft}. -%% Do complete stack adjustment by compressing stack and adding -%% variables to be saved. Try to optimise ordering on stack by -%% having reverse order to their lifetimes. -%% -%% In Beam, there is a fixed stack frame and no need to do stack compression. - -adjust_stack(Bef, Fb, Lf, Vdb) -> - Stk0 = Bef#sr.stk, - {Stk1,Saves} = save_stack(Stk0, Fb, Lf, Vdb), - {saves(Saves, Bef#sr.reg, Stk1), - Bef#sr{stk=Stk1}}. - -%% save_stack(Stack, FirstBefore, LastFrom, Vdb) -> {[SaveVar],NewStack}. -%% Save variables which are used past current point and which are not -%% already on the stack. - -save_stack(Stk0, Fb, Lf, Vdb) -> - %% New variables that are in use but not on stack. - New = new_not_on_stack(Stk0, Fb, Lf, Vdb), - - %% Add new variables that are not just dropped immediately. - %% N.B. foldr works backwards from the end!! - Saves = [V || {V,_,_} <- keysort(3, New)], - Stk1 = foldr(fun (V, Stk) -> put_stack(V, Stk) end, Stk0, Saves), - {Stk1,Saves}. - -%% new_not_on_stack(Stack, FirstBefore, LastFrom, Vdb) -> -%% [{Variable,First,Last}] -%% Return information about all variables that are used past current -%% point and that are not already on the stack. - -new_not_on_stack(Stk, Fb, Lf, Vdb) -> - [VFL || {V,F,L} = VFL <- Vdb, - F < Fb, - L >= Lf, - not on_stack(V, Stk)]. - -%% saves([SaveVar], Reg, Stk) -> [{move,Reg,Stk}]. -%% Generate move instructions to save variables onto stack. The -%% stack/reg info used is that after the new stack has been made. - -saves(Ss, Reg, Stk) -> - [{move,fetch_reg(V, Reg),fetch_stack(V, Stk)} || V <- Ss]. - -%% fetch_var(VarName, StkReg) -> r{R} | sp{Sp}. -%% find_var(VarName, StkReg) -> ok{r{R} | sp{Sp}} | error. -%% Fetch/find a variable in either the registers or on the -%% stack. Fetch KNOWS it's there. - -fetch_var(V, Sr) -> - case find_reg(V, Sr#sr.reg) of - {ok,R} -> R; - error -> fetch_stack(V, Sr#sr.stk) - end. - -fetch_var_prefer_y(V, #sr{reg=Reg,stk=Stk}) -> - case find_stack(V, Stk) of - {ok,R} -> R; - error -> fetch_reg(V, Reg) - end. - -load_vars(Vs, Regs) -> - foldl(fun (#k_var{name=V}, Rs) -> put_reg(V, Rs) end, Regs, Vs). - -%% put_reg(Val, Regs) -> Regs. -%% find_reg(Val, Regs) -> {ok,r{R}} | error. -%% fetch_reg(Val, Regs) -> r{R}. -%% Functions to interface the registers. - -% put_regs(Vs, Rs) -> foldl(fun put_reg/2, Rs, Vs). - -put_reg(V, Rs) -> put_reg_1(V, Rs, 0). - -put_reg_1(V, [free|Rs], I) -> [{I,V}|Rs]; -put_reg_1(V, [{reserved,I,V}|Rs], I) -> [{I,V}|Rs]; -put_reg_1(V, [R|Rs], I) -> [R|put_reg_1(V, Rs, I+1)]; -put_reg_1(V, [], I) -> [{I,V}]. - -fetch_reg(V, [{I,V}|_]) -> {x,I}; -fetch_reg(V, [_|SRs]) -> fetch_reg(V, SRs). - -find_reg(V, [{I,V}|_]) -> {ok,{x,I}}; -find_reg(V, [_|SRs]) -> find_reg(V, SRs); -find_reg(_, []) -> error. - -%% For the bit syntax, we need a scratch register if we are constructing -%% a binary that will not be used. - -find_scratch_reg(Rs) -> find_scratch_reg(Rs, 0). - -find_scratch_reg([free|_], I) -> {x,I}; -find_scratch_reg([_|Rs], I) -> find_scratch_reg(Rs, I+1); -find_scratch_reg([], I) -> {x,I}. - -replace_reg_contents(Old, New, [{I,Old}|Rs]) -> [{I,New}|Rs]; -replace_reg_contents(Old, New, [R|Rs]) -> [R|replace_reg_contents(Old, New, Rs)]. - -%%clear_regs(Regs) -> map(fun (R) -> free end, Regs). -clear_regs(_) -> []. - -max_reg(Regs) -> - foldl(fun ({I,_}, _) -> I; - (_, Max) -> Max end, - -1, Regs) + 1. - -%% put_stack(Val, [{Val}]) -> [{Val}]. -%% fetch_stack(Var, Stk) -> sp{S}. -%% find_stack(Var, Stk) -> ok{sp{S}} | error. -%% Functions to interface the stack. - -put_stack(Val, []) -> [{Val}]; -put_stack(Val, [dead|Stk]) -> [{Val}|Stk]; -put_stack(Val, [free|Stk]) -> [{Val}|Stk]; -put_stack(Val, [NotFree|Stk]) -> [NotFree|put_stack(Val, Stk)]. - -put_stack_carefully(Val, Stk0) -> - try - put_stack_carefully1(Val, Stk0) - catch - throw:error -> - error - end. - -put_stack_carefully1(_, []) -> throw(error); -put_stack_carefully1(Val, [dead|Stk]) -> [{Val}|Stk]; -put_stack_carefully1(Val, [free|Stk]) -> [{Val}|Stk]; -put_stack_carefully1(Val, [NotFree|Stk]) -> - [NotFree|put_stack_carefully1(Val, Stk)]. - -fetch_stack(Var, Stk) -> fetch_stack(Var, Stk, 0). - -fetch_stack(V, [{V}|_], I) -> {yy,I}; -fetch_stack(V, [_|Stk], I) -> fetch_stack(V, Stk, I+1). - -find_stack(Var, Stk) -> find_stack(Var, Stk, 0). - -find_stack(V, [{V}|_], I) -> {ok,{yy,I}}; -find_stack(V, [_|Stk], I) -> find_stack(V, Stk, I+1); -find_stack(_, [], _) -> error. - -on_stack(V, Stk) -> keymember(V, 1, Stk). - -%% put_catch(CatchTag, Stack) -> Stack' -%% drop_catch(CatchTag, Stack) -> Stack' -%% Special interface for putting and removing catch tags, to ensure that -%% catches nest properly. Also used for try tags. - -put_catch(Tag, Stk0) -> put_catch(Tag, reverse(Stk0), []). - -put_catch(Tag, [], Stk) -> - put_stack({catch_tag,Tag}, Stk); -put_catch(Tag, [{{catch_tag,_}}|_]=RevStk, Stk) -> - reverse(RevStk, put_stack({catch_tag,Tag}, Stk)); -put_catch(Tag, [Other|Stk], Acc) -> - put_catch(Tag, Stk, [Other|Acc]). - -drop_catch(Tag, [{{catch_tag,Tag}}|Stk]) -> [free|Stk]; -drop_catch(Tag, [Other|Stk]) -> [Other|drop_catch(Tag, Stk)]. - -%% atomic(Klit) -> Lit. -%% atomic_list([Klit]) -> [Lit]. - -atomic(#k_literal{val=V}) -> {literal,V}; -atomic(#k_int{val=I}) -> {integer,I}; -atomic(#k_float{val=F}) -> {float,F}; -atomic(#k_atom{val=A}) -> {atom,A}; -%%atomic(#k_char{val=C}) -> {char,C}; -atomic(#k_nil{}) -> nil. - -%% new_label(St) -> {L,St}. - -new_label(#cg{lcount=Next}=St) -> - {Next,St#cg{lcount=Next+1}}. - -%% line(Le) -> {line,[] | {location,File,Line}} -%% Create a line instruction, containing information about -%% the current filename and line number. A line information -%% instruction should be placed before any operation that could -%% cause an exception. - -line(#l{a=Anno}) -> - line(Anno); -line([Line,{file,Name}]) when is_integer(Line) -> - line_1(Name, Line); -line([_|_]=A) -> - {Name,Line} = find_loc(A, no_file, 0), - line_1(Name, Line); -line([]) -> - {line,[]}. - -line_1(no_file, _) -> - {line,[]}; -line_1(_, 0) -> - %% Missing line number or line number 0. - {line,[]}; -line_1(Name, Line) -> - {line,[{location,Name,Line}]}. - -find_loc([Line|T], File, _) when is_integer(Line) -> - find_loc(T, File, Line); -find_loc([{file,File}|T], _, Line) -> - find_loc(T, File, Line); -find_loc([_|T], File, Line) -> - find_loc(T, File, Line); -find_loc([], File, Line) -> {File,Line}. - -flatmapfoldl(F, Accu0, [Hd|Tail]) -> - {R,Accu1} = F(Hd, Accu0), - {Rs,Accu2} = flatmapfoldl(F, Accu1, Tail), - {R++Rs,Accu2}; -flatmapfoldl(_, Accu, []) -> {[],Accu}. - -%% Keep track of life time for variables. -%% -%% init_vars([{var,VarName}]) -> Vdb. -%% new_vars([VarName], I, Vdb) -> Vdb. -%% use_vars([VarName], I, Vdb) -> Vdb. -%% add_var(VarName, F, L, Vdb) -> Vdb. -%% -%% The list of variable names for new_vars/3 and use_vars/3 -%% must be sorted. - -init_vars(Vs) -> - vdb_new(Vs). - -new_vars([], _, Vdb) -> Vdb; -new_vars([V], I, Vdb) -> vdb_store_new(V, {V,I,I}, Vdb); -new_vars(Vs, I, Vdb) -> vdb_update_vars(Vs, Vdb, I). - -use_vars([], _, Vdb) -> - Vdb; -use_vars([V], I, Vdb) -> - case vdb_find(V, Vdb) of - {V,F,L} when I > L -> vdb_update(V, {V,F,I}, Vdb); - {V,_,_} -> Vdb; - error -> vdb_store_new(V, {V,I,I}, Vdb) - end; -use_vars(Vs, I, Vdb) -> vdb_update_vars(Vs, Vdb, I). - -add_var(V, F, L, Vdb) -> - vdb_store_new(V, {V,F,L}, Vdb). - -%% vdb - -vdb_new(Vs) -> - ordsets:from_list([{V,0,0} || #k_var{name=V} <- Vs]). - --type var() :: atom(). - --spec vdb_find(var(), [vdb_entry()]) -> 'error' | vdb_entry(). - -vdb_find(V, Vdb) -> - case lists:keyfind(V, 1, Vdb) of - false -> error; - Vd -> Vd - end. - -vdb_update(V, Update, [{V,_,_}|Vdb]) -> - [Update|Vdb]; -vdb_update(V, Update, [Vd|Vdb]) -> - [Vd|vdb_update(V, Update, Vdb)]. - -vdb_store_new(V, New, [{V1,_,_}=Vd|Vdb]) when V > V1 -> - [Vd|vdb_store_new(V, New, Vdb)]; -vdb_store_new(V, New, [{V1,_,_}|_]=Vdb) when V < V1 -> - [New|Vdb]; -vdb_store_new(_, New, []) -> [New]. - -vdb_update_vars([V|_]=Vs, [{V1,_,_}=Vd|Vdb], I) when V > V1 -> - [Vd|vdb_update_vars(Vs, Vdb, I)]; -vdb_update_vars([V|Vs], [{V1,_,_}|_]=Vdb, I) when V < V1 -> - %% New variable. - [{V,I,I}|vdb_update_vars(Vs, Vdb, I)]; -vdb_update_vars([V|Vs], [{_,F,L}=Vd|Vdb], I) -> - %% Existing variable. - if - I > L -> [{V,F,I}|vdb_update_vars(Vs, Vdb, I)]; - true -> [Vd|vdb_update_vars(Vs, Vdb, I)] - end; -vdb_update_vars([V|Vs], [], I) -> - %% New variable. - [{V,I,I}|vdb_update_vars(Vs, [], I)]; -vdb_update_vars([], Vdb, _) -> Vdb. - -%% vdb_sub(Min, Max, Vdb) -> Vdb. -%% Extract variables which are used before and after Min. Lock -%% variables alive after Max. - -vdb_sub(Min, Max, Vdb) -> - [ if L >= Max -> {V,F,locked}; - true -> Vd - end || {V,F,L}=Vd <- Vdb, - F < Min, - L >= Min ]. diff --git a/lib/compiler/src/v3_core.erl b/lib/compiler/src/v3_core.erl index c9517c3e51..45e0ed5088 100644 --- a/lib/compiler/src/v3_core.erl +++ b/lib/compiler/src/v3_core.erl @@ -228,7 +228,8 @@ function({function,_,Name,Arity,Cs0}, Ws0, File, Opts) -> body(Cs0, Name, Arity, St0) -> Anno = lineno_anno(element(2, hd(Cs0)), St0), - {Args,St1} = new_vars(Anno, Arity, St0), + {Args0,St1} = new_vars(Anno, Arity, St0), + Args = reverse(Args0), %Nicer order case clauses(Cs0, St1) of {Cs1,[],St2} -> {Ps,St3} = new_vars(Arity, St2), %Need new variables here diff --git a/lib/compiler/src/v3_kernel.erl b/lib/compiler/src/v3_kernel.erl index aef0b6cc9f..f7ca66b1da 100644 --- a/lib/compiler/src/v3_kernel.erl +++ b/lib/compiler/src/v3_kernel.erl @@ -82,8 +82,7 @@ -export([module/2,format_error/1]). -import(lists, [map/2,foldl/3,foldr/3,mapfoldl/3,splitwith/2,member/2, - keymember/3,keyfind/3,partition/2,droplast/1,last/1,sort/1, - reverse/1]). + keyfind/3,partition/2,droplast/1,last/1,sort/1,reverse/1]). -import(ordsets, [add_element/2,del_element/2,union/2,union/1,subtract/2]). -import(cerl, [c_tuple/1]). @@ -1416,7 +1415,6 @@ is_remote_bif(_, _, _) -> false. %% called for effect only. bif_vals(dsetelement, 3) -> 0; -bif_vals(bs_context_to_binary, 1) -> 0; bif_vals(_, _) -> 1. bif_vals(_, _, _) -> 1. @@ -2043,9 +2041,6 @@ get_match(#k_cons{}, St0) -> get_match(#k_binary{}, St0) -> {[V]=Mes,St1} = new_vars(1, St0), {#k_binary{segs=V},Mes,St1}; -get_match(#k_bin_seg{size=#k_atom{val=all},next={k_bin_end,[]}}=Seg, St0) -> - {[S]=Vars,St1} = new_vars(1, St0), - {Seg#k_bin_seg{seg=S,next=[]},Vars,St1}; get_match(#k_bin_seg{}=Seg, St0) -> {[S,N0],St1} = new_vars(2, St0), N = set_kanno(N0, [no_usage]), @@ -2073,9 +2068,6 @@ new_clauses(Cs0, U, St) -> #k_cons{hd=H,tl=T} -> [H,T|As]; #k_tuple{es=Es} -> Es ++ As; #k_binary{segs=E} -> [E|As]; - #k_bin_seg{size=#k_atom{val=all}, - seg=S,next={k_bin_end,[]}} -> - [S|As]; #k_bin_seg{seg=S,next=N} -> [S,N|As]; #k_bin_int{next=N} -> @@ -2343,8 +2335,7 @@ uexpr(#k_bif{anno=A,op=Op,args=As}=Bif, {break,Rs}, St0) -> {Brs,St1} = bif_returns(Op, Rs, St0), {Bif#k_bif{anno=#k{us=Used,ns=lit_list_vars(Brs),a=A},ret=Brs}, Used,St1}; -uexpr(#k_match{anno=A,vars=Vs0,body=B0}, Br, St0) -> - Vs = handle_reuse_annos(Vs0, St0), +uexpr(#k_match{anno=A,vars=Vs,body=B0}, Br, St0) -> Rs = break_rets(Br), {B1,Bu,St1} = umatch(B0, Br, St0), case is_in_guard(St1) of @@ -2374,9 +2365,10 @@ uexpr(#k_try{anno=A,arg=A0,vars=Vs,body=B0,evars=Evs,handler=H0}, true -> {[#k_var{name=X}],#k_var{name=X}} = {Vs,B0}, %Assertion. #k_atom{val=false} = H0, %Assertion. - {A1,Bu,St1} = uexpr(A0, Br, St0), + {Avs,St1} = new_vars(length(Rs0), St0), + {A1,Bu,St} = uexpr(A0, {break,Avs}, St1), {#k_protected{anno=#k{us=Bu,ns=lit_list_vars(Rs0),a=A}, - arg=A1,ret=Rs0},Bu,St1}; + arg=A1,ret=Rs0,inner=Avs},Bu,St}; false -> {Avs,St1} = new_vars(length(Vs), St0), {A1,Au,St2} = ubody(A0, {break,Avs}, St1), @@ -2446,33 +2438,6 @@ make_fdef(Anno, Name, Arity, Vs, Body) -> vars=Vs,body=Body,ret=[]}, #k_fdef{anno=Anno,func=Name,arity=Arity,vars=Vs,body=Match}. - -%% handle_reuse_annos([#k_var{}], State) -> State. -%% In general, it is only safe to reuse a variable for a match context -%% if the original value of the variable will no longer be needed. -%% -%% If a variable has been bound in an outer letrec and is therefore -%% free in the current function, the variable may still be used. -%% We don't bother to check whether the variable is actually used, -%% but simply clears the 'reuse_for_context' annotation for any variable -%% that is free. -handle_reuse_annos(Vs, St) -> - [handle_reuse_anno(V, St) || V <- Vs]. - -handle_reuse_anno(#k_var{anno=A}=V, St) -> - case member(reuse_for_context, A) of - false -> V; - true -> handle_reuse_anno_1(V, St) - end. - -handle_reuse_anno_1(#k_var{anno=Anno,name=Vname}=V, #kern{ff={F,A}}=St) -> - FreeVs = get_free(F, A, St), - case keymember(Vname, #k_var.name, FreeVs) of - true -> V#k_var{anno=Anno--[reuse_for_context]}; - false -> V - end; -handle_reuse_anno_1(V, _St) -> V. - %% get_free(Name, Arity, State) -> [Free]. %% store_free(Name, Arity, [Free], State) -> State. @@ -2516,8 +2481,7 @@ umatch(#k_alt{anno=A,first=F0,then=T0}, Br, St0) -> Used = union(Fu, Tu), {#k_alt{anno=#k{us=Used,ns=[],a=A},first=F1,then=T1}, Used,St2}; -umatch(#k_select{anno=A,var=V0,types=Ts0}, Br, St0) -> - V = handle_reuse_anno(V0, St0), +umatch(#k_select{anno=A,var=V,types=Ts0}, Br, St0) -> {Ts1,Tus,St1} = umatch_list(Ts0, Br, St0), Used = case member(no_usage, get_kanno(V)) of true -> Tus; diff --git a/lib/compiler/src/v3_kernel.hrl b/lib/compiler/src/v3_kernel.hrl index e6f0d3c1f7..e26360a6da 100644 --- a/lib/compiler/src/v3_kernel.hrl +++ b/lib/compiler/src/v3_kernel.hrl @@ -66,7 +66,7 @@ -record(k_receive_next, {anno=[]}). -record(k_try, {anno=[],arg,vars,body,evars,handler,ret=[]}). -record(k_try_enter, {anno=[],arg,vars,body,evars,handler}). --record(k_protected, {anno=[],arg,ret=[]}). +-record(k_protected, {anno=[],arg,ret=[],inner}). -record(k_catch, {anno=[],body,ret=[]}). -record(k_guard_match, {anno=[],vars,body,ret=[]}). diff --git a/lib/compiler/test/Makefile b/lib/compiler/test/Makefile index da5d207db9..40428b7f2d 100644 --- a/lib/compiler/test/Makefile +++ b/lib/compiler/test/Makefile @@ -14,6 +14,7 @@ MODULES= \ beam_except_SUITE \ beam_jump_SUITE \ beam_reorder_SUITE \ + beam_ssa_SUITE \ beam_type_SUITE \ beam_utils_SUITE \ bif_SUITE \ @@ -52,6 +53,7 @@ NO_OPT= \ beam_except \ beam_jump \ beam_reorder \ + beam_ssa \ beam_type \ beam_utils \ bif \ @@ -75,6 +77,7 @@ INLINE= \ andor \ apply \ beam_block \ + beam_ssa \ beam_utils \ bif \ bs_bincomp \ @@ -94,6 +97,10 @@ INLINE= \ receive \ record +R21= \ + bs_construct \ + bs_match + CORE_MODULES = \ lfe_andor_SUITE \ lfe_guard_SUITE @@ -104,6 +111,8 @@ POST_OPT_MODULES= $(NO_OPT:%=%_post_opt_SUITE) POST_OPT_ERL_FILES= $(POST_OPT_MODULES:%=%.erl) INLINE_MODULES= $(INLINE:%=%_inline_SUITE) INLINE_ERL_FILES= $(INLINE_MODULES:%=%.erl) +R21_MODULES= $(R21:%=%_r21_SUITE) +R21_ERL_FILES= $(R21_MODULES:%=%.erl) ERL_FILES= $(MODULES:%=%.erl) CORE_FILES= $(CORE_MODULES:%=%.core) @@ -124,7 +133,7 @@ RELSYSDIR = $(RELEASE_PATH)/compiler_test # ---------------------------------------------------- ERL_MAKE_FLAGS += -ERL_COMPILE_FLAGS += +clint +clint0 +ERL_COMPILE_FLAGS += +clint +clint0 +ssalint EBIN = . @@ -132,15 +141,19 @@ EBIN = . # Targets # ---------------------------------------------------- -make_emakefile: $(NO_OPT_ERL_FILES) $(POST_OPT_ERL_FILES) $(INLINE_ERL_FILES) +make_emakefile: $(NO_OPT_ERL_FILES) $(POST_OPT_ERL_FILES) \ + $(INLINE_ERL_FILES) $(R21_ERL_FILES) $(ERL_TOP)/make/make_emakefile $(ERL_COMPILE_FLAGS) -o$(EBIN) $(MODULES) \ > $(EMAKEFILE) - $(ERL_TOP)/make/make_emakefile +no_copt +no_postopt $(ERL_COMPILE_FLAGS) \ + $(ERL_TOP)/make/make_emakefile +no_copt +no_postopt \ + +no_ssa_opt +no_recv_opt $(ERL_COMPILE_FLAGS) \ -o$(EBIN) $(NO_OPT_MODULES) >> $(EMAKEFILE) $(ERL_TOP)/make/make_emakefile +no_copt $(ERL_COMPILE_FLAGS) \ -o$(EBIN) $(POST_OPT_MODULES) >> $(EMAKEFILE) $(ERL_TOP)/make/make_emakefile +inline $(ERL_COMPILE_FLAGS) \ -o$(EBIN) $(INLINE_MODULES) >> $(EMAKEFILE) + $(ERL_TOP)/make/make_emakefile +r21 $(ERL_COMPILE_FLAGS) \ + -o$(EBIN) $(R21_MODULES) >> $(EMAKEFILE) $(ERL_TOP)/make/make_emakefile +from_core $(ERL_COMPILE_FLAGS) \ -o$(EBIN) $(CORE_MODULES) >> $(EMAKEFILE) @@ -167,6 +180,9 @@ docs: %_inline_SUITE.erl: %_SUITE.erl sed -e 's;-module($(basename $<));-module($(basename $@));' $< > $@ +%_r21_SUITE.erl: %_SUITE.erl + sed -e 's;-module($(basename $<));-module($(basename $@));' $< > $@ + # ---------------------------------------------------- # Release Target # ---------------------------------------------------- @@ -179,7 +195,7 @@ release_tests_spec: make_emakefile $(INSTALL_DATA) compiler.spec compiler.cover \ $(EMAKEFILE) $(ERL_FILES) "$(RELSYSDIR)" $(INSTALL_DATA) $(NO_OPT_ERL_FILES) $(POST_OPT_ERL_FILES) \ - $(INLINE_ERL_FILES) "$(RELSYSDIR)" + $(INLINE_ERL_FILES) $(R21_ERL_FILES) "$(RELSYSDIR)" $(INSTALL_DATA) $(CORE_FILES) "$(RELSYSDIR)" for file in $(ERL_DUMMY_FILES); do \ module=`basename $$file .erl`; \ diff --git a/lib/compiler/test/beam_ssa_SUITE.erl b/lib/compiler/test/beam_ssa_SUITE.erl new file mode 100644 index 0000000000..5536abbdde --- /dev/null +++ b/lib/compiler/test/beam_ssa_SUITE.erl @@ -0,0 +1,471 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +-module(beam_ssa_SUITE). + +-export([all/0,suite/0,groups/0,init_per_suite/1,end_per_suite/1, + init_per_group/2,end_per_group/2, + calls/1,tuple_matching/1,recv/1,maps/1, + cover_ssa_dead/1,combine_sw/1]). + +suite() -> [{ct_hooks,[ts_install_cth]}]. + +all() -> + [{group,p}]. + +groups() -> + [{p,test_lib:parallel(), + [tuple_matching, + calls, + recv, + maps, + cover_ssa_dead, + combine_sw + ]}]. + +init_per_suite(Config) -> + test_lib:recompile(?MODULE), + Config. + +end_per_suite(_Config) -> + ok. + +init_per_group(_GroupName, Config) -> + Config. + +end_per_group(_GroupName, Config) -> + Config. + +calls(Config) -> + Ret = {return,value,Config}, + Ret = fun_call(fun(42) -> ok end, Ret), + Ret = apply_fun(fun(a, b) -> ok end, [a,b], Ret), + Ret = apply_mfa(test_lib, id, [anything], Ret), + {'EXIT',{badarg,_}} = (catch call_error()), + {'EXIT',{badarg,_}} = (catch call_error(42)), + 5 = start_it([erlang,length,1,2,3,4,5]), + ok. + +fun_call(Fun, X0) -> + X = id(X0), + Fun(42), + X. + +apply_fun(Fun, Args, X0) -> + X = id(X0), + apply(Fun, Args), + X. + +apply_mfa(Mod, Name, Args, X0) -> + X = id(X0), + apply(Mod, Name, Args), + X. + +call_error() -> + error(badarg), + ok. + +call_error(I) -> + <<I:(-8)>>, + ok. + +start_it([_|_]=MFA) -> + case MFA of + [M,F|Args] -> M:F(Args) + end. + +tuple_matching(_Config) -> + do_tuple_matching({tag,42}). + +do_tuple_matching(Arg) -> + Res = do_tuple_matching_1(Arg), + Res = do_tuple_matching_2(Arg), + Res = do_tuple_matching_3(Arg), + Res. + +do_tuple_matching_1({tag,V}) -> + {ok,V}. + +do_tuple_matching_2(Tuple) when is_tuple(Tuple) -> + Size = tuple_size(Tuple), + if + Size =:= 2 -> + {ok,element(2, Tuple)} + end. + +do_tuple_matching_3(Tuple) when is_tuple(Tuple) -> + Size = tuple_size(Tuple), + if + Size =:= 2 -> + 2 = id(Size), + {ok,element(2, Tuple)} + end. + +-record(reporter_state, {res,run_config}). +-record(run_config, {report_interval=0}). + +recv(_Config) -> + Parent = self(), + + %% Test sync_wait_mon/2. + Succ = fun() -> Parent ! {ack,self(),{result,42}} end, + {result,42} = sync_wait_mon(spawn_monitor(Succ), infinity), + + Down = fun() -> exit(down) end, + {error,down} = sync_wait_mon(spawn_monitor(Down), infinity), + + Exit = fun() -> + Self = self(), + spawn(fun() -> exit(Self, kill_me) end), + receive _ -> ok end + end, + {error,kill_me} = sync_wait_mon(spawn_monitor(Exit), infinity), + + Timeout = fun() -> receive _ -> ok end end, + {error,timeout} = sync_wait_mon(spawn_monitor(Timeout), 0), + + %% Test reporter_loop/1. + {a,Parent} = reporter_loop(#reporter_state{res={a,Parent}, + run_config=#run_config{}}), + + %% Test bad_sink/0. + bad_sink(), + + %% Test tricky_recv_1/0. + self() ! 1, + a = tricky_recv_1(), + self() ! 2, + b = tricky_recv_1(), + + %% Test tricky_recv_2/0. + self() ! 1, + {1,yes} = tricky_recv_2(), + self() ! 2, + {2,maybe} = tricky_recv_2(), + + %% Test 'receive after infinity' in try/catch. + Pid = spawn(fun recv_after_inf_in_try/0), + exit(Pid, done), + + %% Test tricky_recv_3(). + self() ! {{self(),r0},{1,42,"name"}}, + {Parent,r0,[<<1:32,1:8,42:8>>,"name",0]} = tricky_recv_3(), + self() ! {{self(),r1},{2,99,<<"data">>}}, + {Parent,r1,<<1:32,2:8,99:8,"data">>} = tricky_recv_3(), + + %% Test tricky_recv_4(). + self() ! {[self(),r0],{1,42,"name"}}, + {Parent,r0,[<<1:32,1:8,42:8>>,"name",0]} = tricky_recv_4(), + self() ! {[self(),r1],{2,99,<<"data">>}}, + {Parent,r1,<<1:32,2:8,99:8,"data">>} = tricky_recv_4(), + + ok. + +sync_wait_mon({Pid, Ref}, Timeout) -> + receive + {ack,Pid,Return} -> + erlang:demonitor(Ref, [flush]), + Return; + {'DOWN',Ref,_Type,Pid,Reason} -> + {error,Reason}; + {'EXIT',Pid,Reason} -> + erlang:demonitor(Ref, [flush]), + {error,Reason} + after Timeout -> + erlang:demonitor(Ref, [flush]), + exit(Pid, kill), + {error,timeout} + end. + +reporter_loop(State) -> + RC = State#reporter_state.run_config, + receive after RC#run_config.report_interval -> + State#reporter_state.res + end. + +bad_sink() -> + {ok,Pid} = my_spawn(self()), + %% The get_tuple_element instruction for the matching + %% above was sinked into the receive loop. That will + %% not work (and would be bad for performance if it + %% would work). + receive + {ok,Pid} -> + ok; + error -> + exit(failed) + end, + exit(Pid, kill). + +my_spawn(Parent) -> + Pid = spawn(fun() -> + Parent ! {ok,self()}, + receive _ -> ok end + end), + {ok,Pid}. + +tricky_recv_1() -> + receive + X=1 -> + id(42), + a; + X=2 -> + b + end, + case X of + 1 -> a; + 2 -> b + end. + +tricky_recv_2() -> + receive + X=1 -> + Y = case id(X) of + 1 -> yes; + _ -> no + end, + a; + X=2 -> + Y = maybe, + b + end, + {X,Y}. + +recv_after_inf_in_try() -> + try + %% Used to crash beam_kernel_to_ssa. + receive after infinity -> ok end + catch + _A:_B -> + receive after infinity -> ok end + end. + +tricky_recv_3() -> + {Pid, R, Request} = + receive + {{Pid0,R0}, {1, Proto0, Name0}} -> + {Pid0, R0, + [<<1:32, 1:8, Proto0:8>>,Name0,0]}; + {{Pid1,R1}, {2, Proto1, Data1}} -> + {Pid1, R1, + <<1:32, 2:8, Proto1:8, Data1/binary>>} + end, + id({Pid,R,Request}). + +tricky_recv_4() -> + {Pid, R, Request} = + receive + {[Pid0,R0], {1, Proto0, Name0}} -> + {Pid0, R0, + [<<1:32, 1:8, Proto0:8>>,Name0,0]}; + {[Pid1,R1], {2, Proto1, Data1}} -> + {Pid1, R1, + <<1:32, 2:8, Proto1:8, Data1/binary>>} + end, + id({Pid,R,Request}). + +maps(_Config) -> + {'EXIT',{{badmatch,#{}},_}} = (catch maps_1(any)), + ok. + +maps_1(K) -> + _ = id(42), + #{K:=V} = #{}, + V. + +-record(wx_ref, {type=any_type,ref=any_ref}). + +cover_ssa_dead(_Config) -> + str = format_str(str, escapable, [], true), + [iolist,str] = format_str(str, escapable, iolist, true), + bad = format_str(str, not_escapable, [], true), + bad = format_str(str, not_escapable, iolist, true), + bad = format_str(str, escapable, [], false), + bad = format_str(str, escapable, [], bad), + + DefWxRef = #wx_ref{}, + {DefWxRef,77,9999,[]} = contains(#wx_ref{}, 77, 9999), + {DefWxRef,77.0,9999,[]} = contains(#wx_ref{}, 77.0, 9999), + {DefWxRef,77,9999.0,[]} = contains(#wx_ref{}, 77, 9999.0), + {DefWxRef,77.0,9999.0,[]} = contains(#wx_ref{}, 77.0, 9999.0), + {any_type,any_ref,42,43,[option]} = contains(#wx_ref{}, {42,43}, [option]), + {any_type,any_ref,42,43,[]} = contains(#wx_ref{}, {42,43}, []), + {any_type,any_ref,42.0,43,[]} = contains(#wx_ref{}, {42.0,43}, []), + {any_type,any_ref,42,43.0,[]} = contains(#wx_ref{}, {42,43.0}, []), + {any_type,any_ref,42.0,43.0,[]} = contains(#wx_ref{}, {42.0,43.0}, []), + + nope = conv_alub(false, '=:='), + ok = conv_alub(true, '=:='), + ok = conv_alub(true, none), + error = conv_alub(false, none), + + {false,false} = eval_alu(false, false, false), + {true,false} = eval_alu(false, false, true), + {false,true} = eval_alu(false, true, false), + {false,false} = eval_alu(false, true, true), + {false,true} = eval_alu(true, false, false), + {false,false} = eval_alu(true, false, true), + {true,true} = eval_alu(true, true, false), + {false,true} = eval_alu(true, true, true), + + 100.0 = percentage(1.0, 0.0), + 100.0 = percentage(1, 0), + 0.0 = percentage(0, 0), + 0.0 = percentage(0.0, 0.0), + 40.0 = percentage(4.0, 10.0), + 60.0 = percentage(6, 10), + + %% Cover '=:=', followed by '=/='. + false = 'cover__=:=__=/='(41), + true = 'cover__=:=__=/='(42), + false = 'cover__=:=__=/='(43), + + %% Cover '<', followed by '=/='. + true = 'cover__<__=/='(41), + false = 'cover__<__=/='(42), + false = 'cover__<__=/='(43), + + %% Cover '=<', followed by '=/='. + true = 'cover__=<__=/='(41), + true = 'cover__=<__=/='(42), + false = 'cover__=<__=/='(43), + + %% Cover '>=', followed by '=/='. + false = 'cover__>=__=/='(41), + true = 'cover__>=__=/='(42), + true = 'cover__>=__=/='(43), + + %% Cover '>', followed by '=/='. + false = 'cover__>__=/='(41), + false = 'cover__>__=/='(42), + true = 'cover__>__=/='(43), + + ok. + +'cover__=:=__=/='(X) when X =:= 42 -> X =/= 43; +'cover__=:=__=/='(_) -> false. + +'cover__<__=/='(X) when X < 42 -> X =/= 42; +'cover__<__=/='(_) -> false. + +'cover__=<__=/='(X) when X =< 42 -> X =/= 43; +'cover__=<__=/='(_) -> false. + +'cover__>=__=/='(X) when X >= 42 -> X =/= 41; +'cover__>=__=/='(_) -> false. + +'cover__>__=/='(X) when X > 42 -> X =/= 42; +'cover__>__=/='(_) -> false. + +format_str(Str, FormatData, IoList, EscChars) -> + Escapable = FormatData =:= escapable, + case id(Str) of + IoStr when Escapable, EscChars, IoList == [] -> + id(IoStr); + IoStr when Escapable, EscChars -> + [IoList,id(IoStr)]; + _ -> + bad + end. + +contains(This, X, Y) when is_record(This, wx_ref), is_number(X), is_number(Y) -> + {This,X,Y,[]}; +contains(#wx_ref{type=ThisT,ref=ThisRef}, {CX,CY}, Options) + when is_number(CX), is_number(CY), is_list(Options) -> + {ThisT,ThisRef,CX,CY,Options}. + +conv_alub(HasDst, CmpOp) -> + case (not HasDst) andalso CmpOp =/= none of + true -> nope; + false -> + case HasDst of + false -> error; + true -> ok + end + end. + +eval_alu(Sign1, Sign2, N) -> + V = (Sign1 andalso Sign2 andalso (not N)) + or ((not Sign1) andalso (not Sign2) andalso N), + C = (Sign1 andalso Sign2) + or ((not N) andalso (Sign1 orelse Sign2)), + {V,C}. + +percentage(Divident, Divisor) -> + if Divisor == 0 andalso Divident /= 0 -> + 100.0; + Divisor == 0 -> + 0.0; + true -> + Divident / Divisor * 100 + end. + +combine_sw(_Config) -> + [a] = do_comb_sw_1(a), + [b,b] = do_comb_sw_1(b), + [c] = do_comb_sw_1(c), + [c] = do_comb_sw_1(c), + [] = do_comb_sw_1(z), + + [a] = do_comb_sw_2(a), + [b2,b1] = do_comb_sw_2(b), + [c] = do_comb_sw_2(c), + [c] = do_comb_sw_2(c), + [] = do_comb_sw_2(z), + + ok. + +do_comb_sw_1(X) -> + put(?MODULE, []), + if + X == a; X == b -> + put(?MODULE, [X|get(?MODULE)]); + true -> + ok + end, + if + X == b; X == c -> + put(?MODULE, [X|get(?MODULE)]); + true -> + ok + end, + erase(?MODULE). + +do_comb_sw_2(X) -> + put(?MODULE, []), + case X of + a -> + put(?MODULE, [a|get(?MODULE)]); + b -> + put(?MODULE, [b1|get(?MODULE)]); + _ -> + ok + end, + case X of + b -> + put(?MODULE, [b2|get(?MODULE)]); + c -> + put(?MODULE, [c|get(?MODULE)]); + _ -> + ok + end, + erase(?MODULE). + +%% The identity function. +id(I) -> I. diff --git a/lib/compiler/test/beam_type_SUITE.erl b/lib/compiler/test/beam_type_SUITE.erl index 061076b3ff..a4459b95bf 100644 --- a/lib/compiler/test/beam_type_SUITE.erl +++ b/lib/compiler/test/beam_type_SUITE.erl @@ -21,9 +21,10 @@ -export([all/0,suite/0,groups/0,init_per_suite/1,end_per_suite/1, init_per_group/2,end_per_group/2, - integers/1,coverage/1,booleans/1,setelement/1,cons/1, - tuple/1,record_float/1,binary_float/1,float_compare/1, - arity_checks/1,elixir_binaries/1,find_best/1]). + integers/1,numbers/1,coverage/1,booleans/1,setelement/1, + cons/1,tuple/1,record_float/1,binary_float/1,float_compare/1, + arity_checks/1,elixir_binaries/1,find_best/1, + test_size/1]). suite() -> [{ct_hooks,[ts_install_cth]}]. @@ -33,6 +34,7 @@ all() -> groups() -> [{p,[parallel], [integers, + numbers, coverage, booleans, setelement, @@ -43,7 +45,8 @@ groups() -> float_compare, arity_checks, elixir_binaries, - find_best + find_best, + test_size ]}]. init_per_suite(Config) -> @@ -123,6 +126,59 @@ do_integers_5(X0, Y0) -> 3 -> three end. +numbers(_Config) -> + Int = id(42), + true = is_integer(Int), + true = is_number(Int), + false = is_float(Int), + + Float = id(42.0), + true = is_float(Float), + true = is_number(Float), + false = is_integer(Float), + + Number = id(1) + id(2), + true = is_number(Number), + true = is_integer(Number), + false = is_float(Number), + + AnotherNumber = id(99.0) + id(1), + true = is_float(AnotherNumber), + true = is_number(AnotherNumber), + false = is_integer(AnotherNumber), + + NotNumber = id(atom), + true = is_atom(NotNumber), + false = is_number(NotNumber), + false = is_integer(NotNumber), + false = is_float(NotNumber), + + true = is_number(Int), + true = is_number(Float), + true = is_number(Number), + true = is_number(AnotherNumber), + + %% Cover beam_ssa_type:join/2. + + Join1 = case id(a) of + a -> 3 + id(7); %Number. + b -> id(5) / id(2) %Float. + end, + true = is_integer(Join1), + + Join2 = case id(a) of + a -> id(5) / 2; %Float. + b -> 3 + id(7) %Number. + end, + true = is_float(Join2), + + %% Cover beam_ssa_type:meet/2. + + Meet1 = id(0) + -10.0, %Float. + 10.0 = abs(Meet1), %Number. + + ok. + coverage(Config) -> {'EXIT',{badarith,_}} = (catch id(1) bsl 0.5), {'EXIT',{badarith,_}} = (catch id(2.0) bsl 2), @@ -160,10 +216,31 @@ coverage(Config) -> ok. booleans(_Config) -> - {'EXIT',{{case_clause,_},_}} = (catch do_booleans(42)), + {'EXIT',{{case_clause,_},_}} = (catch do_booleans_1(42)), + + AnyAtom = id(atom), + true = is_atom(AnyAtom), + false = is_boolean(AnyAtom), + + MaybeBool = id(maybe), + case MaybeBool of + true -> ok; + maybe -> ok; + false -> ok + end, + false = is_boolean(MaybeBool), + + NotBool = id(a), + case NotBool of + a -> ok; + b -> ok; + c -> ok + end, + false = is_boolean(NotBool), + ok. -do_booleans(B) -> +do_booleans_1(B) -> case is_integer(B) of yes -> yes; no -> no @@ -177,13 +254,59 @@ setelement(_Config) -> cons(_Config) -> [did] = cons(assigned, did), + + true = cons_is_empty_list([]), + false = cons_is_empty_list([a]), + + false = cons_not(true), + true = cons_not(false), + + {$a,"bc"} = cons_hdtl(true), + {$d,"ef"} = cons_hdtl(false), ok. cons(assigned, Instrument) -> [Instrument] = [did]. +cons_is_empty_list(L) -> + Cons = case L of + [] -> "true"; + _ -> "false" + end, + id(1), + case Cons of + "true" -> true; + "false" -> false + end. + +cons_not(B) -> + Cons = case B of + true -> "true"; + false -> "false" + end, + id(1), + case Cons of + "true" -> false; + "false" -> true + end. + +cons_hdtl(B) -> + Cons = case B of + true -> "abc"; + false -> "def" + end, + id(1), + {id(hd(Cons)),id(tl(Cons))}. + +-record(bird, {a=a,b=id(42)}). + tuple(_Config) -> {'EXIT',{{badmatch,{necessary}},_}} = (catch do_tuple()), + + [] = [X || X <- [], #bird{a = a} == {r,X,foo}], + [] = [X || X <- [], #bird{b = b} == {bird,X}], + [] = [X || X <- [], 3 == X#bird.a], + ok. do_tuple() -> @@ -320,6 +443,15 @@ find_best([], <<"a">>) -> find_best([], nil) -> {error,<<"should not get here">>}. +test_size(_Config) -> + 2 = do_test_size({a,b}), + 4 = do_test_size(<<42:32>>), + ok. + +do_test_size(Term) when is_tuple(Term) -> + size(Term); +do_test_size(Term) when is_binary(Term) -> + size(Term). id(I) -> I. diff --git a/lib/compiler/test/beam_validator_SUITE.erl b/lib/compiler/test/beam_validator_SUITE.erl index d3e544a9cc..661b48a080 100644 --- a/lib/compiler/test/beam_validator_SUITE.erl +++ b/lib/compiler/test/beam_validator_SUITE.erl @@ -34,7 +34,7 @@ undef_label/1,illegal_instruction/1,failing_gc_guard_bif/1, map_field_lists/1,cover_bin_opt/1, val_dsetel/1,bad_tuples/1,bad_try_catch_nesting/1, - receive_stacked/1]). + receive_stacked/1,aliased_types/1]). -include_lib("common_test/include/ct.hrl"). @@ -63,7 +63,7 @@ groups() -> undef_label,illegal_instruction,failing_gc_guard_bif, map_field_lists,cover_bin_opt,val_dsetel, bad_tuples,bad_try_catch_nesting, - receive_stacked]}]. + receive_stacked,aliased_types]}]. init_per_suite(Config) -> test_lib:recompile(?MODULE), @@ -579,6 +579,21 @@ receive_stacked(Config) -> ok. +%% ERL-735: validator failed to track types on aliased registers, rejecting +%% legitimate optimizations. +%% +%% move x0 y0 +%% bif hd L1 x0 +%% get_hd y0 %% The validator failed to see that y0 was a list +aliased_types(Config) when is_list(Config) -> + Bug = lists:seq(1, 5), + if + Config =/= [gurka, gaffel] -> %% Pointless branch. + _ = hd(Bug), + lists:seq(1, 5), + hd(Bug) + end. + %%%------------------------------------------------------------------------- transform_remove(Remove, Module) -> diff --git a/lib/compiler/test/beam_validator_SUITE_data/bad_bin_match.S b/lib/compiler/test/beam_validator_SUITE_data/bad_bin_match.S index a60ca1e89a..c7610971f1 100644 --- a/lib/compiler/test/beam_validator_SUITE_data/bad_bin_match.S +++ b/lib/compiler/test/beam_validator_SUITE_data/bad_bin_match.S @@ -11,5 +11,5 @@ {label,1}. {func_info,{atom,t},{atom,t},1}. {label,2}. - {test,bs_start_match2,{f,1},1,[{x,0},0],{x,0}}. + {test,bs_start_match3,{f,1},1,[{x,0}],{x,0}}. return. diff --git a/lib/compiler/test/beam_validator_SUITE_data/receive_stacked.S b/lib/compiler/test/beam_validator_SUITE_data/receive_stacked.S index cca052a9c4..5b974119c6 100644 --- a/lib/compiler/test/beam_validator_SUITE_data/receive_stacked.S +++ b/lib/compiler/test/beam_validator_SUITE_data/receive_stacked.S @@ -172,7 +172,7 @@ {allocate_zero,1,0}. {label,28}. {loop_rec,{f,30},{x,0}}. - {test,bs_start_match2,{f,29},1,[{x,0},0],{x,0}}. + {test,bs_start_match3,{f,29},1,[{x,0}],{x,0}}. {test,bs_get_integer2, {f,29}, 1, @@ -219,7 +219,7 @@ {allocate_zero,1,0}. {label,33}. {loop_rec,{f,35},{x,0}}. - {test,bs_start_match2,{f,34},1,[{x,0},0],{x,0}}. + {test,bs_start_match3,{f,34},1,[{x,0}],{x,0}}. {test,bs_get_integer2, {f,34}, 1, @@ -262,7 +262,7 @@ {allocate_zero,1,0}. {label,38}. {loop_rec,{f,40},{x,0}}. - {test,bs_start_match2,{f,39},1,[{x,0},0],{x,1}}. + {test,bs_start_match3,{f,39},1,[{x,0}],{x,1}}. {test,bs_get_integer2, {f,39}, 2, diff --git a/lib/compiler/test/bs_match_SUITE.erl b/lib/compiler/test/bs_match_SUITE.erl index e97dbac8a6..8e105c6244 100644 --- a/lib/compiler/test/bs_match_SUITE.erl +++ b/lib/compiler/test/bs_match_SUITE.erl @@ -40,7 +40,10 @@ map_and_binary/1,unsafe_branch_caching/1, bad_literals/1,good_literals/1,constant_propagation/1, parse_xml/1,get_payload/1,escape/1,num_slots_different/1, - beam_bsm/1,guard/1,is_ascii/1,non_opt_eq/1,erl_689/1]). + beam_bsm/1,guard/1,is_ascii/1,non_opt_eq/1, + expression_before_match/1,erl_689/1,restore_on_call/1, + restore_after_catch/1,matches_on_parameter/1,big_positions/1, + matching_meets_apply/1]). -export([coverage_id/1,coverage_external_ignore/2]). @@ -56,7 +59,7 @@ all() -> [{group,p}]. groups() -> - [{p,[parallel], + [{p,[], [size_shadow,int_float,otp_5269,null_fields,wiger, bin_tail,save_restore, partitioned_bs_match,function_clause,unit, @@ -72,7 +75,10 @@ groups() -> map_and_binary,unsafe_branch_caching, bad_literals,good_literals,constant_propagation,parse_xml, get_payload,escape,num_slots_different, - beam_bsm,guard,is_ascii,non_opt_eq,erl_689]}]. + beam_bsm,guard,is_ascii,non_opt_eq, + expression_before_match,erl_689,restore_on_call, + matches_on_parameter,big_positions, + matching_meets_apply]}]. init_per_suite(Config) -> @@ -248,6 +254,12 @@ bin_tail(Config) when is_list(Config) -> ok = bin_tail_e(<<2:2,1:1,1:5,42:64>>), error = bin_tail_e(<<3:2,1:1,1:5,42:64>>), error = bin_tail_e(<<>>), + + MD5 = erlang:md5(<<42>>), + <<"abc">> = bin_tail_f(<<MD5/binary,"abc">>, MD5, 3), + error = bin_tail_f(<<MD5/binary,"abc">>, MD5, 999), + {'EXIT',{_,_}} = (catch bin_tail_f(<<0:16/unit:8>>, MD5, 0)), + ok. bin_tail_c(Bin, Offset) -> @@ -304,6 +316,14 @@ bin_tail_e_var(Bin) -> <<2:2,_:1,1:5,Tail/binary>> -> Tail; _ -> error end. + +bin_tail_f(Bin, MD5, Size) -> + case Bin of + <<MD5:16/binary, Tail:Size/binary>> -> + Tail; + <<MD5:16/binary, _/binary>> -> + error + end. save_restore(Config) when is_list(Config) -> 0 = save_restore_1(<<0:2,42:6>>), @@ -455,6 +475,15 @@ unit(Config) when is_list(Config) -> 127 = peek7(<<127:7>>), 100 = peek7(<<100:7,19:7>>), fc(peek7, [<<1,2>>], catch peek7(<<1,2>>)), + + 1 = unit_opt(1, -1), + 8 = unit_opt(8, -1), + + <<1:32,"abc">> = unit_opt_2(<<1:32,"abc">>), + <<"def">> = unit_opt_2(<<2:32,"def">>), + {'EXIT',_} = (catch unit_opt_2(<<1:32,33:7>>)), + {'EXIT',_} = (catch unit_opt_2(<<2:32,55:7>>)), + ok. peek1(<<B:8,_/bitstring>>) -> B. @@ -465,6 +494,27 @@ peek8(<<B:8,_/binary>>) -> B. peek16(<<B:16,_/binary-unit:16>>) -> B. +unit_opt(U, X) -> + %% Cover type analysis in beam_ssa_type. + Bin = case U of + 1 -> <<X:7>>; + 8 -> <<X>> + end, + %% The type of Bin will be set to {binary,gcd(1, 8)}. + case Bin of + <<_/binary-unit:8>> -> 8; + <<_/binary-unit:1>> -> 1 + end. + +unit_opt_2(<<St:32,KO/binary>> = Bin0) -> + Bin = if + St =:= 1 -> + Bin0; + St =:= 2 -> + <<KO/binary>> + end, + id(Bin). + shared_sub_bins(Config) when is_list(Config) -> {15,[<<>>,<<5>>,<<4,5>>,<<3,4,5>>,<<2,3,4,5>>]} = sum(<<1,2,3,4,5>>, [], 0), ok. @@ -1752,4 +1802,113 @@ do_erl_689_2b(_, <<Length, Data/binary>>) -> check(F, R) -> R = F(). +%% Make sure that an expression that comes between function start and a match +%% expression passes validation. +expression_before_match(Config) when is_list(Config) -> + <<_,R/binary>> = id(<<0,1,2,3>>), + {1, <<2,3>>} = expression_before_match_1(R), + ok. + +expression_before_match_1(R) -> + A = id(1), + case R of + <<1,Bar/binary>> -> {A, Bar}; + <<>> -> {A, baz} + end. + +%% Make sure that context positions are updated on calls. +restore_on_call(Config) when is_list(Config) -> + ok = restore_on_call_1(<<0, 1, 2>>). + +restore_on_call_1(<<0, Rest/binary>>) -> + <<2>> = restore_on_call_2(Rest), + <<2>> = restore_on_call_2(Rest), %% {badmatch, <<>>} on missing restore. + ok. + +restore_on_call_2(<<1, Rest/binary>>) -> Rest; +restore_on_call_2(Other) -> Other. + +%% 'catch' must invalidate positions. +restore_after_catch(Config) when is_list(Config) -> + <<0, 1>> = restore_after_catch_1(<<0, 1>>), + ok. + +restore_after_catch_1(<<A/binary>>) -> + try throw_after_byte(A) of + _ -> impossible + catch + throw:_Any -> + %% Will equal <<1>> if the bug is present. + A + end. + +throw_after_byte(<<_,_/binary>>) -> + throw(away). + +matches_on_parameter(Config) when is_list(Config) -> + %% This improves coverage for matching on "naked" parameters. + {<<"urka">>, <<"a">>} = matches_on_parameter_1(<<"gurka">>), + ok = (catch matches_on_parameter_2(<<"10001110101">>, 0)). + +matches_on_parameter_1(Bin) -> + <<"g", A/binary>> = Bin, + <<_,_,"rk", B/binary>> = Bin, + {A, B}. + +matches_on_parameter_2(Bin, Offset) -> + <<_:Offset, Bit:1, Rest/bits>> = Bin, + case bit_size(Rest) of + 0 -> throw(ok); + _ -> [Bit | matches_on_parameter_2(Bin, Offset + 1)] + end. + +big_positions(Config) when is_list(Config) -> + %% This provides coverage for when match context positions no longer fit + %% into an immediate on 32-bit platforms. + + A = <<0:((1 bsl 27) - 8), $A, 1:1, "gurka", $A>>, + B = <<0:((1 bsl 27) - 8), $B, "hello", $B>>, + + {a,$A} = bp_start_match(A), + {b,$B} = bp_start_match(B), + {a,$A} = bp_getpos(A), + {b,$B} = bp_getpos(B), + + ok. + +%% After the first iteration the context's position will no longer fit into an +%% immediate. To improve performance the bs_start_match3 instruction will +%% return a new context with an updated base position so that we won't have to +%% resort to using bigints. +bp_start_match(<<_:(1 bsl 27),T/bits>>) -> bp_start_match(T); +bp_start_match(<<1:1,"gurka",A>>) -> {a,A}; +bp_start_match(<<"hello",B>>) -> {b,B}. + +%% This is a corner case where the above didn't work perfectly; if the position +%% was _just_ small enough to fit into an immediate when bs_start_match3 was +%% hit, but too large at bs_get_position, then it must be saved as a bigint. +bp_getpos(<<_:((1 bsl 27) - 8),T/bits>>) -> bp_getpos(T); +bp_getpos(<<A,1:1,"gurka",A>>) -> {a,A}; +bp_getpos(<<B,"hello",B>>) -> {b,B}. + +matching_meets_apply(_Config) -> + <<"abc">> = do_matching_meets_apply(<<"/abc">>, []), + 42 = do_matching_meets_apply(<<"">>, {erlang,-42}), + 100 = do_matching_meets_apply(no_binary, {erlang,-100}), + ok. + +do_matching_meets_apply(<<$/, Rest/binary>>, _Handler) -> + id(Rest); +do_matching_meets_apply(<<_/binary>>=Name, never_matches_a) -> + %% Used to crash the compiler because variables in a remote + %% were not handled properly by beam_ssa_bsm. + Name:foo(gurka); +do_matching_meets_apply(<<_/binary>>=Name, never_matches_b) -> + %% Another case of the above. + foo:Name(gurka); +do_matching_meets_apply(_Bin, {Handler, State}) -> + %% Another case of the above. + Handler:abs(State). + + id(I) -> I. diff --git a/lib/compiler/test/compilation_SUITE.erl b/lib/compiler/test/compilation_SUITE.erl index 139f7af0d4..74f9dbd9b4 100644 --- a/lib/compiler/test/compilation_SUITE.erl +++ b/lib/compiler/test/compilation_SUITE.erl @@ -170,7 +170,7 @@ try_it(Module, Conf) -> atom_to_list(Module)), Out = proplists:get_value(priv_dir,Conf), io:format("Compiling: ~s\n", [Src]), - CompRc0 = compile:file(Src, [clint0,clint,{outdir,Out},report, + CompRc0 = compile:file(Src, [clint0,clint,ssalint,{outdir,Out},report, bin_opt_info|OtherOpts]), io:format("Result: ~p\n",[CompRc0]), {ok,_Mod} = CompRc0, @@ -189,7 +189,7 @@ try_it(Module, Conf) -> ct:timetrap(Timetrap), io:format("Compiling (with old inliner): ~s\n", [Src]), - CompRc2 = compile:file(Src, [clint, + CompRc2 = compile:file(Src, [clint,ssalint, {outdir,Out},report,bin_opt_info, {inline,1000}|OtherOpts]), io:format("Result: ~p\n",[CompRc2]), @@ -355,7 +355,7 @@ compile_compiler(Files, OutDir, Version, InlineOpts) -> io:format("~ts", [code:which(compile)]), io:format("Compiling ~s into ~ts", [Version,OutDir]), Opts = [report, - clint0,clint, + clint0,clint,ssalint, bin_opt_info, {outdir,OutDir}, {d,'COMPILER_VSN',"\""++Version++"\""}, diff --git a/lib/compiler/test/compile_SUITE.erl b/lib/compiler/test/compile_SUITE.erl index 6b230710b3..5656743c76 100644 --- a/lib/compiler/test/compile_SUITE.erl +++ b/lib/compiler/test/compile_SUITE.erl @@ -385,12 +385,13 @@ do_file_listings(DataDir, PrivDir, [File|Files]) -> do_listing(Simple, TargetDir, dcbsm, ".core_bsm"), do_listing(Simple, TargetDir, dsetel, ".dsetel"), do_listing(Simple, TargetDir, dkern, ".kernel"), + do_listing(Simple, TargetDir, dssa, ".ssa"), + do_listing(Simple, TargetDir, dssaopt, ".ssaopt"), + do_listing(Simple, TargetDir, dprecg, ".precodegen"), do_listing(Simple, TargetDir, dcg, ".codegen"), do_listing(Simple, TargetDir, dblk, ".block"), do_listing(Simple, TargetDir, dexcept, ".except"), do_listing(Simple, TargetDir, dbs, ".bs"), - do_listing(Simple, TargetDir, dtype, ".type"), - do_listing(Simple, TargetDir, ddead, ".dead"), do_listing(Simple, TargetDir, djmp, ".jump"), do_listing(Simple, TargetDir, dclean, ".clean"), do_listing(Simple, TargetDir, dpeep, ".peep"), @@ -424,6 +425,9 @@ listings_big(Config) when is_list(Config) -> do_listing(Big, TargetDir, 'E'), do_listing(Big, TargetDir, 'P'), do_listing(Big, TargetDir, dkern, ".kernel"), + do_listing(Big, TargetDir, dssa, ".ssa"), + do_listing(Big, TargetDir, dssaopt, ".ssaopt"), + do_listing(Big, TargetDir, dprecg, ".precodegen"), do_listing(Big, TargetDir, to_dis, ".dis"), TargetNoext = filename:rootname(Target, code:objfile_extension()), @@ -920,7 +924,7 @@ do_core_pp_1(M, A, Outdir) -> ok = file:delete(CoreFile), %% Compile as usual (including optimizations). - compile_forms(M, Core, [clint,from_core,binary]), + compile_forms(M, Core, [clint,ssalint,from_core,binary]), %% Don't optimize to test that we are not dependent %% on the Core Erlang optmimization passes. @@ -929,7 +933,7 @@ do_core_pp_1(M, A, Outdir) -> %% records; if sys_core_fold was run it would fix %% that; if sys_core_fold was not run v3_kernel would %% crash.) - compile_forms(M, Core, [clint,from_core,no_copt,binary]), + compile_forms(M, Core, [clint,ssalint,from_core,no_copt,binary]), ok. @@ -1242,21 +1246,11 @@ do_opt_guards_fun([_|Is]) -> do_opt_guards_fun(Is); do_opt_guards_fun([]) -> []. -is_exception(bs_match_SUITE, {matching_and_andalso_2,2}) -> true; -is_exception(bs_match_SUITE, {matching_and_andalso_3,2}) -> true; is_exception(guard_SUITE, {'-complex_not/1-fun-4-',1}) -> true; is_exception(guard_SUITE, {'-complex_not/1-fun-5-',1}) -> true; -is_exception(guard_SUITE, {basic_andalso_orelse,1}) -> true; is_exception(guard_SUITE, {bad_guards,1}) -> true; -is_exception(guard_SUITE, {bad_guards_2,2}) -> true; is_exception(guard_SUITE, {bad_guards_3,2}) -> true; -is_exception(guard_SUITE, {cqlc,4}) -> true; -is_exception(guard_SUITE, {csemi7,3}) -> true; -is_exception(guard_SUITE, {misc,1}) -> true; is_exception(guard_SUITE, {nested_not_2b,4}) -> true; -is_exception(guard_SUITE, {tricky_1,2}) -> true; -is_exception(map_SUITE, {map_guard_update,2}) -> true; -is_exception(map_SUITE, {map_guard_update_variables,3}) -> true; is_exception(_, _) -> false. sys_pre_attributes(Config) -> @@ -1478,18 +1472,25 @@ bc_options(Config) -> 101 = highest_opcode(DataDir, small_float, [no_get_hd_tl,no_line_info]), 103 = highest_opcode(DataDir, big, - [no_get_hd_tl,no_record_opt, + [no_put_tuple2, + no_get_hd_tl,no_ssa_opt_record, no_line_info,no_stack_trimming]), 125 = highest_opcode(DataDir, small_float, - [no_get_hd_tl,no_line_info,no_float_opt]), + [no_get_hd_tl,no_line_info,no_ssa_opt_float]), 132 = highest_opcode(DataDir, small, - [no_get_hd_tl,no_record_opt,no_float_opt,no_line_info]), + [no_put_tuple2,no_get_hd_tl,no_ssa_opt_record, + no_ssa_opt_float,no_line_info,no_bsm3]), - 136 = highest_opcode(DataDir, big, [no_get_hd_tl,no_record_opt,no_line_info]), + 153 = highest_opcode(DataDir, small, [r20]), + 153 = highest_opcode(DataDir, small, [r21]), - 153 = highest_opcode(DataDir, big, [no_get_hd_tl,no_record_opt]), + 136 = highest_opcode(DataDir, big, [no_put_tuple2,no_get_hd_tl, + no_ssa_opt_record,no_line_info]), + + 153 = highest_opcode(DataDir, big, [no_put_tuple2,no_get_hd_tl, + no_ssa_opt_record]), 153 = highest_opcode(DataDir, big, [r16]), 153 = highest_opcode(DataDir, big, [r17]), 153 = highest_opcode(DataDir, big, [r18]), @@ -1501,9 +1502,10 @@ bc_options(Config) -> 158 = highest_opcode(DataDir, small_maps, [r18]), 158 = highest_opcode(DataDir, small_maps, [r19]), 158 = highest_opcode(DataDir, small_maps, [r20]), - 158 = highest_opcode(DataDir, small_maps, []), + 158 = highest_opcode(DataDir, small_maps, [r21]), - 163 = highest_opcode(DataDir, big, []), + 164 = highest_opcode(DataDir, small_maps, []), + 164 = highest_opcode(DataDir, big, []), ok. diff --git a/lib/compiler/test/core_fold_SUITE.erl b/lib/compiler/test/core_fold_SUITE.erl index 47606014c3..3fca1434ae 100644 --- a/lib/compiler/test/core_fold_SUITE.erl +++ b/lib/compiler/test/core_fold_SUITE.erl @@ -212,9 +212,14 @@ bifs(Config) when is_list(Config) -> {ok,#{K:=V}} = id(list_to_tuple([ok,#{K=>V}])), ok. --define(CMP_SAME(A0, B), (fun(A) -> true = A == B, false = A /= B end)(id(A0))). --define(CMP_DIFF(A0, B), (fun(A) -> false = A == B, true = A /= B end)(id(A0))). - +-define(CMP_SAME0(A0, B), (fun(A) -> true = A == B, false = A /= B end)(id(A0))). +-define(CMP_SAME1(A0, B), (fun(A) -> false = A /= B, true = A == B end)(id(A0))). +-define(CMP_SAME(A0, B), (true = ?CMP_SAME0(A0, B) =:= not ?CMP_SAME1(A0, B))). + +-define(CMP_DIFF0(A0, B), (fun(A) -> false = A == B, true = A /= B end)(id(A0))). +-define(CMP_DIFF1(A0, B), (fun(A) -> true = A /= B, false = A == B end)(id(A0))). +-define(CMP_DIFF(A0, B), (true = ?CMP_DIFF0(A0, B) =:= not ?CMP_DIFF1(A0, B))). + eq(Config) when is_list(Config) -> ?CMP_SAME([a,b,c], [a,b,c]), ?CMP_SAME([42.0], [42.0]), @@ -278,6 +283,8 @@ coverage(Config) when is_list(Config) -> a = cover_remove_non_vars_alias({a,b,c}), error = cover_will_match_lit_list(), {ok,[a]} = cover_is_safe_bool_expr(a), + false = cover_is_safe_bool_expr2(a), + ok = cover_eval_is_function(fun id/1), ok = cover_opt_guard_try(#cover_opt_guard_try{list=[a]}), error = cover_opt_guard_try(#cover_opt_guard_try{list=[]}), @@ -341,6 +348,15 @@ cover_is_safe_bool_expr(X) -> false end. +cover_is_safe_bool_expr2(X) -> + try + V = [X], + is_function(V, 1) + catch + _:_ -> + false + end. + cover_opt_guard_try(Msg) -> if length(Msg#cover_opt_guard_try.list) =/= 1 -> @@ -349,6 +365,12 @@ cover_opt_guard_try(Msg) -> ok end. +cover_eval_is_function(X) -> + case X of + {a,_} -> is_function(X); + _ -> ok + end. + bsm_an_inlined(<<_:8>>, _) -> ok; bsm_an_inlined(_, _) -> error. @@ -356,7 +378,7 @@ unused_multiple_values_error(Config) when is_list(Config) -> PrivDir = proplists:get_value(priv_dir, Config), Dir = test_lib:get_data_dir(Config), Core = filename:join(Dir, "unused_multiple_values_error"), - Opts = [no_copt,clint,return,from_core,{outdir,PrivDir} + Opts = [no_copt,clint,ssalint,return,from_core,{outdir,PrivDir} |test_lib:opt_opts(?MODULE)], {error,[{unused_multiple_values_error, [{none,core_lint,{return_mismatch,{hello,1}}}]}], diff --git a/lib/compiler/test/fun_SUITE.erl b/lib/compiler/test/fun_SUITE.erl index e00885fcd6..1df0a05275 100644 --- a/lib/compiler/test/fun_SUITE.erl +++ b/lib/compiler/test/fun_SUITE.erl @@ -249,6 +249,13 @@ badfun(_Config) -> expect_badfun(X, catch X(put(?FUNCTION_NAME, of_course))), of_course = erase(?FUNCTION_NAME), + %% A literal as a Fun used to crash the code generator. This only happened + %% when type optimization had reduced `Fun` to a literal, hence the match. + Literal = fun(literal = Fun) -> + Fun() + end, + expect_badfun(literal, catch Literal(literal)), + ok. expect_badfun(Term, Exit) -> diff --git a/lib/compiler/test/guard_SUITE.erl b/lib/compiler/test/guard_SUITE.erl index 6ad73b46f7..1c05129dc4 100644 --- a/lib/compiler/test/guard_SUITE.erl +++ b/lib/compiler/test/guard_SUITE.erl @@ -35,8 +35,7 @@ basic_andalso_orelse/1,traverse_dcd/1, check_qlc_hrl/1,andalso_semi/1,t_tuple_size/1,binary_part/1, bad_constants/1,bad_guards/1, - guard_in_catch/1,beam_bool_SUITE/1, - cover_beam_dead/1]). + guard_in_catch/1,beam_bool_SUITE/1]). suite() -> [{ct_hooks,[ts_install_cth]}]. @@ -54,8 +53,7 @@ groups() -> rel_ops,rel_op_combinations, literal_type_tests,basic_andalso_orelse,traverse_dcd, check_qlc_hrl,andalso_semi,t_tuple_size,binary_part, - bad_constants,bad_guards,guard_in_catch,beam_bool_SUITE, - cover_beam_dead]}]. + bad_constants,bad_guards,guard_in_catch,beam_bool_SUITE]}]. init_per_suite(Config) -> test_lib:recompile(?MODULE), @@ -1779,15 +1777,10 @@ t_tuple_size(Config) when is_list(Config) -> error = ludicrous_tuple_size({a,b,c}), error = ludicrous_tuple_size([a,b,c]), - %% Test the "unsafe case" - the register assigned the tuple size is - %% not killed. - DataDir = test_lib:get_data_dir(Config), - File = filename:join(DataDir, "guard_SUITE_tuple_size"), - {ok,Mod,Code} = compile:file(File, [from_asm,binary]), - code:load_binary(Mod, File, Code), - 14 = Mod:t({1,2,3,4}), - _ = code:delete(Mod), - _ = code:purge(Mod), + good_ip({1,2,3,4}), + good_ip({1,2,3,4,5,6,7,8}), + error = validate_ip({42,11}), + error = validate_ip(atom), ok. @@ -1805,6 +1798,16 @@ ludicrous_tuple_size(T) when tuple_size(T) =:= 16#FFFFFFFFFFFFFFFF -> ok; ludicrous_tuple_size(_) -> error. +good_ip(IP) -> + IP = validate_ip(IP). + +validate_ip(Value) when is_tuple(Value) andalso + ((size(Value) =:= 4) orelse (size(Value) =:= 8)) -> + %% size/1 (converted to tuple_size) used more than once. + Value; +validate_ip(_) -> + error. + %% %% The binary_part/2,3 guard BIFs %% @@ -2206,32 +2209,6 @@ maps() -> evidence(#{0 := Charge}) when 0; #{[] => Charge} == #{[] => 42} -> ok. -cover_beam_dead(_Config) -> - Mod = ?FUNCTION_NAME, - Attr = [], - Fs = [{function,test,1,2, - [{label,1}, - {line,[]}, - {func_info,{atom,Mod},{atom,test},1}, - {label,2}, - %% Cover beam_dead:turn_op/1 using swapped operand order. - {test,is_ne_exact,{f,3},[{integer,1},{x,0}]}, - {test,is_eq_exact,{f,1},[{atom,a},{x,0}]}, - {label,3}, - {move,{atom,ok},{x,0}}, - return]}], - Exp = [{test,1}], - Asm = {Mod,Exp,Attr,Fs,3}, - {ok,Mod,Beam} = compile:forms(Asm, [from_asm,binary,report]), - {module,Mod} = code:load_binary(Mod, Mod, Beam), - ok = Mod:test(1), - ok = Mod:test(a), - {'EXIT',_} = (catch Mod:test(other)), - true = code:delete(Mod), - _ = code:purge(Mod), - - ok. - %% Call this function to turn off constant propagation. id(I) -> I. diff --git a/lib/compiler/test/guard_SUITE_data/guard_SUITE_tuple_size.S b/lib/compiler/test/guard_SUITE_data/guard_SUITE_tuple_size.S deleted file mode 100644 index cffb792920..0000000000 --- a/lib/compiler/test/guard_SUITE_data/guard_SUITE_tuple_size.S +++ /dev/null @@ -1,30 +0,0 @@ -{module, guard_SUITE_tuple_size}. %% version = 0 - -{exports, [{t,1}]}. - -{attributes, []}. - -{labels, 5}. - - -{function, t, 1, 2}. - {label,1}. - {func_info,{atom,guard_SUITE_tuple_size},{atom,t},1}. - {label,2}. - {bif,tuple_size,{f,4},[{x,0}],{x,1}}. - {test,is_eq_exact,{f,4},[{x,1},{integer,4}]}. - {test,is_tuple,{f,3},[{x,0}]}. - {test,test_arity,{f,3},[{x,0},4]}. - {get_tuple_element,{x,0},0,{x,5}}. - {get_tuple_element,{x,0},1,{x,2}}. - {get_tuple_element,{x,0},2,{x,3}}. - {get_tuple_element,{x,0},3,{x,4}}. - {gc_bif,'+',{f,0},6,[{x,1},{x,2}],{x,0}}. - {gc_bif,'+',{f,0},6,[{x,0},{x,3}],{x,0}}. - {gc_bif,'+',{f,0},6,[{x,0},{x,4}],{x,0}}. - {gc_bif,'+',{f,0},6,[{x,0},{x,5}],{x,0}}. - return. - {label,3}. - {badmatch,{x,0}}. - {label,4}. - {jump,{f,1}}. diff --git a/lib/compiler/test/inline_SUITE.erl b/lib/compiler/test/inline_SUITE.erl index dcc703c3e1..69c9dcba69 100644 --- a/lib/compiler/test/inline_SUITE.erl +++ b/lib/compiler/test/inline_SUITE.erl @@ -96,7 +96,8 @@ try_inline(Mod, Config) -> %% Normal compilation. io:format("Compiling: ~s\n", [Src]), - {ok,Mod} = compile:file(Src, [{outdir,Out},report,bin_opt_info,clint]), + {ok,Mod} = compile:file(Src, [{outdir,Out},report, + bin_opt_info,clint,ssalint]), ct:timetrap({minutes,10}), NormalResult = rpc:call(Node, ?MODULE, load_and_call, [Out,Mod]), @@ -104,7 +105,7 @@ try_inline(Mod, Config) -> %% Inlining. io:format("Compiling with old inliner: ~s\n", [Src]), {ok,Mod} = compile:file(Src, [{outdir,Out},report,bin_opt_info, - {inline,1000},clint]), + {inline,1000},clint,ssalint]), %% Run inlined code. ct:timetrap({minutes,10}), @@ -117,7 +118,7 @@ try_inline(Mod, Config) -> %% Inlining. io:format("Compiling with new inliner: ~s\n", [Src]), {ok,Mod} = compile:file(Src, [{outdir,Out},report, - bin_opt_info,inline,clint]), + bin_opt_info,inline,clint,ssalint]), %% Run inlined code. ct:timetrap({minutes,10}), @@ -351,7 +352,8 @@ otp_7223_2({a}) -> coverage(Config) when is_list(Config) -> Mod = bsdecode, Src = filename:join(proplists:get_value(data_dir, Config), Mod), - {ok,Mod,_} = compile:file(Src, [binary,report,{inline,0},clint]), + {ok,Mod,_} = compile:file(Src, [binary,report,{inline,0}, + clint,ssalint]), {ok,Mod,_} = compile:file(Src, [binary,report,{inline,20}, - verbose,clint]), + verbose,clint,ssalint]), ok. diff --git a/lib/compiler/test/match_SUITE.erl b/lib/compiler/test/match_SUITE.erl index e3f842b668..229c3093d7 100644 --- a/lib/compiler/test/match_SUITE.erl +++ b/lib/compiler/test/match_SUITE.erl @@ -254,6 +254,8 @@ non_matching_aliases(_Config) -> none = mixed_aliases([d]), none = mixed_aliases({a,42}), none = mixed_aliases(42), + none = mixed_aliases(<<6789:16>>), + none = mixed_aliases(#{key=>value}), {'EXIT',{{badmatch,42},_}} = (catch nomatch_alias(42)), {'EXIT',{{badmatch,job},_}} = (catch entirely()), @@ -279,6 +281,16 @@ mixed_aliases(<<X:8>> = x) -> {a,X}; mixed_aliases([b] = <<X:8>>) -> {b,X}; mixed_aliases(<<X:8>> = {a,X}) -> {c,X}; mixed_aliases([X] = <<X:8>>) -> {d,X}; +mixed_aliases(<<X:16>> = X) -> {e,X}; +mixed_aliases(X = <<X:16>>) -> {f,X}; +mixed_aliases(<<X:16,_/binary>> = X) -> {g,X}; +mixed_aliases(X = <<X:16,_/binary>>) -> {h,X}; +mixed_aliases(X = #{key:=X}) -> {i,X}; +mixed_aliases(#{key:=X} = X) -> {j,X}; +mixed_aliases([X] = #{key:=X}) -> {k,X}; +mixed_aliases(#{key:=X} = [X]) -> {l,X}; +mixed_aliases({a,X} = #{key:=X}) -> {m,X}; +mixed_aliases(#{key:=X} = {a,X}) -> {n,X}; mixed_aliases(_) -> none. nomatch_alias(I) -> @@ -434,6 +446,7 @@ letify_guard(A, B) -> selectify(Config) when is_list(Config) -> integer = sel_different_types({r,42}), atom = sel_different_types({r,forty_two}), + float = sel_different_types({r,100.0}), none = sel_different_types({r,18}), {'EXIT',_} = (catch sel_different_types([a,b,c])), @@ -444,12 +457,15 @@ selectify(Config) when is_list(Config) -> integer42 = sel_same_value2(42), integer43 = sel_same_value2(43), error = sel_same_value2(44), + ok. sel_different_types({r,_}=T) when element(2, T) =:= forty_two -> atom; sel_different_types({r,_}=T) when element(2, T) =:= 42 -> integer; +sel_different_types({r,_}=T) when element(2, T) =:= 100.0 -> + float; sel_different_types({r,_}) -> none. diff --git a/lib/compiler/test/misc_SUITE.erl b/lib/compiler/test/misc_SUITE.erl index a1d931b994..c9acda2b6d 100644 --- a/lib/compiler/test/misc_SUITE.erl +++ b/lib/compiler/test/misc_SUITE.erl @@ -171,7 +171,7 @@ silly_coverage(Config) when is_list(Config) -> expect_error(fun() -> sys_core_dsetel:module(BadCoreErlang, []) end), expect_error(fun() -> v3_kernel:module(BadCoreErlang, []) end), - %% v3_codegen + %% beam_kernel_to_ssa BadKernel = {k_mdef,[],?MODULE, [{foo,0}], [], @@ -179,7 +179,31 @@ silly_coverage(Config) when is_list(Config) -> {k,[],[],[]}, f,0,[], seriously_bad_body}]}, - expect_error(fun() -> v3_codegen:module(BadKernel, []) end), + expect_error(fun() -> beam_kernel_to_ssa:module(BadKernel, []) end), + + %% beam_ssa_lint + %% beam_ssa_recv + %% beam_ssa_pre_codegen + %% beam_ssa_opt + %% beam_ssa_codegen + BadSSA = {b_module,#{},a,b,c, + [{b_function,#{func_info=>{mod,foo,0}},args,bad_blocks,0}]}, + expect_error(fun() -> beam_ssa_lint:module(BadSSA, []) end), + expect_error(fun() -> beam_ssa_recv:module(BadSSA, []) end), + expect_error(fun() -> beam_ssa_pre_codegen:module(BadSSA, []) end), + expect_error(fun() -> beam_ssa_opt:module(BadSSA, []) end), + expect_error(fun() -> beam_ssa_codegen:module(BadSSA, []) end), + + %% beam_ssa_lint, beam_ssa_pp + {error,[{_,Errors}]} = beam_ssa_lint:module(bad_ssa_lint_input(), []), + _ = [io:put_chars(Mod:format_error(Reason)) || + {Mod,Reason} <- Errors], + + %% Cover printing of annotations in beam_ssa_pp + PPAnno = #{func_info=>{mod,foo,0},other_anno=>value,map_anno=>#{k=>v}}, + PPBlocks = #{0=>{b_blk,#{},[],{b_ret,#{},{b_literal,42}}}}, + PP = {b_function,PPAnno,[],PPBlocks,0}, + io:put_chars(beam_ssa_pp:format_function(PP)), %% beam_a BeamAInput = {?MODULE,[{foo,0}],[], @@ -189,14 +213,6 @@ silly_coverage(Config) when is_list(Config) -> {label,2}|non_proper_list]}],99}, expect_error(fun() -> beam_a:module(BeamAInput, []) end), - %% beam_reorder - BlockInput = {?MODULE,[{foo,0}],[], - [{function,foo,0,2, - [{label,1}, - {func_info,{atom,?MODULE},{atom,foo},0}, - {label,2}|non_proper_list]}],99}, - expect_error(fun() -> beam_reorder:module(BlockInput, []) end), - %% beam_block BlockInput = {?MODULE,[{foo,0}],[], [{function,foo,0,2, @@ -209,15 +225,6 @@ silly_coverage(Config) when is_list(Config) -> BsInput = BlockInput, expect_error(fun() -> beam_bs:module(BsInput, []) end), - %% beam_type - TypeInput = {?MODULE,[{foo,0}],[], - [{function,foo,0,2, - [{label,1}, - {line,loc}, - {func_info,{atom,?MODULE},{atom,foo},0}, - {label,2}|non_proper_list]}],99}, - expect_error(fun() -> beam_type:module(TypeInput, []) end), - %% beam_except ExceptInput = {?MODULE,[{foo,0}],[], [{function,foo,0,2, @@ -227,16 +234,6 @@ silly_coverage(Config) when is_list(Config) -> {label,2}|non_proper_list]}],99}, expect_error(fun() -> beam_except:module(ExceptInput, []) end), - %% beam_dead. This is tricky. Our function must look OK to - %% beam_utils:clean_labels/1, but must crash beam_dead. - DeadInput = {?MODULE,[{foo,0}],[], - [{function,foo,0,2, - [{label,1}, - {func_info,{atom,?MODULE},{atom,foo},0}, - {label,2}, - {test,is_eq_exact,{f,1},[bad,operands]}]}],99}, - expect_error(fun() -> beam_dead:module(DeadInput, []) end), - %% beam_clean CleanInput = {?MODULE,[{foo,0}],[], [{function,foo,0,2, @@ -257,44 +254,6 @@ silly_coverage(Config) when is_list(Config) -> 2}, expect_error(fun() -> beam_peep:module(PeepInput, []) end), - %% beam_bsm. This is tricky. Our function must be sane enough to not crash - %% btb_index/1, but must crash the main optimization pass. - BsmInput = {?MODULE,[{foo,0}],[], - [{function,foo,0,2, - [{label,1}, - {func_info,{atom,?MODULE},{atom,foo},0}, - {label,2}, - {test,bs_get_binary2,{f,99},0,[{x,0},{atom,all},1,[]],{x,0}}, - {block,[a|b]}]}],0}, - expect_error(fun() -> beam_bsm:module(BsmInput, []) end), - - %% beam_receive. - ReceiveInput = {?MODULE,[{foo,0}],[], - [{function,foo,0,2, - [{label,1}, - {func_info,{atom,?MODULE},{atom,foo},0}, - {label,2}, - {call_ext,0,{extfunc,erlang,make_ref,0}}, - {block,[a|b]}]}],0}, - expect_error(fun() -> beam_receive:module(ReceiveInput, []) end), - - %% beam_record. - RecordInput = {?MODULE,[{foo,0}],[], - [{function,foo,1,2, - [{label,1}, - {func_info,{atom,?MODULE},{atom,foo},1}, - {label,2}, - {test,is_tuple,{f,1},[{x,0}]}, - {test,test_arity,{f,1},[{x,0},3]}, - {block,[{set,[{x,1}],[{x,0}],{get_tuple_element,0}}]}, - {test,is_eq_exact,{f,1},[{x,1},{atom,bar}]}, - {block,[{set,[{x,2}],[{x,0}],{get_tuple_element,1}}|a]}, - {test,is_eq_exact,{f,1},[{x,2},{integer,1}]}, - {block,[{set,[{x,0}],[{atom,ok}],move}]}, - return]}],0}, - - expect_error(fun() -> beam_record:module(RecordInput, []) end), - BeamZInput = {?MODULE,[{foo,0}],[], [{function,foo,0,2, [{label,1}, @@ -312,6 +271,31 @@ silly_coverage(Config) when is_list(Config) -> ok. +bad_ssa_lint_input() -> + {b_module,#{},t, + [{foobar,1},{module_info,0},{module_info,1}], + [], + [{b_function, + #{func_info => {t,foobar,1},location => {"t.erl",4}}, + [{b_var,0}], + #{0 => {b_blk,#{},[],{b_ret,#{},{b_var,'@undefined_var'}}}}, + 3}, + {b_function, + #{func_info => {t,module_info,0}}, + [], + #{0 => + {b_blk,#{}, + [{b_set,#{}, + {b_var,{'@ssa_ret',3}}, + call, + [{b_remote, + {b_literal,erlang}, + {b_literal,get_module_info}, + 1}, + {b_var,'@unknown_variable'}]}], + {b_ret,#{},{b_var,{'@ssa_ret',3}}}}}, + 4}]}. + expect_error(Fun) -> try Fun() of Any -> diff --git a/lib/compiler/test/receive_SUITE_data/ref_opt/no_5.erl b/lib/compiler/test/receive_SUITE_data/ref_opt/no_5.erl new file mode 100644 index 0000000000..4fbde3a83d --- /dev/null +++ b/lib/compiler/test/receive_SUITE_data/ref_opt/no_5.erl @@ -0,0 +1,38 @@ +-module(no_5). +-compile([export_all,nowarn_export_all]). + +?MODULE() -> + ok. + +%% Nested receives were not handled properly. + +confusing_recv_mark(Pid) -> + Ref = make_ref(), + %% There would be a recv_mark here. + MRef = erlang:monitor(process, Pid), + receive + Ref -> + %% And a recv_set here. + receive + MRef -> gurka + end; + MRef -> + gaffel + end. + +%% The optimization could potentially be improved to +%% handle matching of multiple refs, like this: + +proper_recv_mark(Pid) -> + %% Place the recv_mark before the creation of both refs. + Ref = make_ref(), + MRef = erlang:monitor(process, Pid), + %% Place the recv_set here. + receive + Ref -> + receive + MRef -> gurka + end; + MRef -> + gaffel + end. diff --git a/lib/compiler/test/receive_SUITE_data/ref_opt/yes_14.S b/lib/compiler/test/receive_SUITE_data/ref_opt/yes_14.S deleted file mode 100644 index fd14228135..0000000000 --- a/lib/compiler/test/receive_SUITE_data/ref_opt/yes_14.S +++ /dev/null @@ -1,71 +0,0 @@ -{module, yes_14}. %% version = 0 - -{exports, [{f,2},{module_info,0},{module_info,1},{yes_14,0}]}. - -{attributes, []}. - -{labels, 12}. - - -{function, yes_14, 0, 2}. - {label,1}. - {func_info,{atom,yes_14},{atom,yes_14},0}. - {label,2}. - {move,{atom,ok},{x,0}}. - return. - - -{function, f, 2, 4}. - {label,3}. - {func_info,{atom,yes_14},{atom,f},2}. - {label,4}. - {allocate_heap,2,3,2}. - {move,{x,0},{y,1}}. - {put_tuple,2,{y,0}}. - {put,{atom,data}}. - {put,{x,1}}. - {call_ext,0,{extfunc,erlang,make_ref,0}}. % Ref in [x0] - {test_heap,4,1}. - {put_tuple,3,{x,1}}. - {put,{atom,request}}. - {put,{x,0}}. - {put,{y,0}}. - {move,{x,0},{y,0}}. % Ref in [x0,y0] - {move,{y,1},{x,0}}. % Ref in [y0] - {kill,{y,1}}. - send. - {move,{y,0},{x,0}}. % Ref in [x0,y0] - {move,{x,0},{y,1}}. % Ref in [x0,y0,y1] - {label,5}. - {loop_rec,{f,7},{x,0}}. % Ref in [y0,y1] - {test,is_tuple,{f,6},[{x,0}]}. - {test,test_arity,{f,6},[{x,0},2]}. - {get_tuple_element,{x,0},0,{x,1}}. - {get_tuple_element,{x,0},1,{x,2}}. - {test,is_eq_exact,{f,6},[{x,1},{atom,reply}]}. - {test,is_eq_exact,{f,6},[{x,2},{y,1}]}. - remove_message. - {move,{atom,ok},{x,0}}. - {deallocate,2}. - return. - {label,6}. - {loop_rec_end,{f,5}}. - {label,7}. - {wait,{f,5}}. - - -{function, module_info, 0, 9}. - {label,8}. - {func_info,{atom,yes_14},{atom,module_info},0}. - {label,9}. - {move,{atom,yes_14},{x,0}}. - {call_ext_only,1,{extfunc,erlang,get_module_info,1}}. - - -{function, module_info, 1, 11}. - {label,10}. - {func_info,{atom,yes_14},{atom,module_info},1}. - {label,11}. - {move,{x,0},{x,1}}. - {move,{atom,yes_14},{x,0}}. - {call_ext_only,2,{extfunc,erlang,get_module_info,2}}. diff --git a/lib/compiler/test/receive_SUITE_data/ref_opt/yes_14.erl b/lib/compiler/test/receive_SUITE_data/ref_opt/yes_14.erl new file mode 100644 index 0000000000..aa47c02af9 --- /dev/null +++ b/lib/compiler/test/receive_SUITE_data/ref_opt/yes_14.erl @@ -0,0 +1,27 @@ +-module(yes_14). +-compile(export_all). + +?MODULE() -> + ok. + +do_call(Process, Request) -> + Mref = erlang:monitor(process, Process), + Process ! Request, + Local = case node(Process) of + Node when Node =:= node() -> true; + _Node -> false + end, + id(Local), + receive + {X,Y,Z} when Mref =/= X, Z =:= 42, Mref =:= Y -> + error; + {X,Y,_} when Mref =/= X, Mref =:= Y -> + error; + {Mref, Reply} -> + erlang:demonitor(Mref, [flush]), + {ok, Reply}; + {'DOWN', Mref, _, _, _} -> + error + end. + +id(I) -> I. diff --git a/lib/compiler/test/test_lib.erl b/lib/compiler/test/test_lib.erl index 8954a9f5fb..4502f5b68a 100644 --- a/lib/compiler/test/test_lib.erl +++ b/lib/compiler/test/test_lib.erl @@ -72,14 +72,15 @@ opt_opts(Mod) -> {options,Opts} = lists:keyfind(options, 1, Comp), lists:filter(fun(no_copt) -> true; (no_postopt) -> true; - (no_float_opt) -> true; - (no_new_funs) -> true; - (no_new_binaries) -> true; - (no_new_apply) -> true; - (no_gc_bifs) -> true; + (no_ssa_opt) -> true; + (no_recv_opt) -> true; + (no_ssa_float) -> true; (no_stack_trimming) -> true; (debug_info) -> true; (inline) -> true; + (no_put_tuple2) -> true; + (no_bsm3) -> true; + (no_bsm_opt) -> true; (_) -> false end, Opts). @@ -91,8 +92,9 @@ get_data_dir(Config) -> Data0 = proplists:get_value(data_dir, Config), Opts = [{return,list}], Data1 = re:replace(Data0, "_no_opt_SUITE", "_SUITE", Opts), - Data = re:replace(Data1, "_post_opt_SUITE", "_SUITE", Opts), - re:replace(Data, "_inline_SUITE", "_SUITE", Opts). + Data2 = re:replace(Data1, "_post_opt_SUITE", "_SUITE", Opts), + Data = re:replace(Data2, "_inline_SUITE", "_SUITE", Opts), + re:replace(Data, "_r21_SUITE", "_SUITE", Opts). is_cloned_mod(Mod) -> is_cloned_mod_1(atom_to_list(Mod)). @@ -102,6 +104,7 @@ is_cloned_mod(Mod) -> is_cloned_mod_1("no_opt_SUITE") -> true; is_cloned_mod_1("post_opt_SUITE") -> true; is_cloned_mod_1("inline_SUITE") -> true; +is_cloned_mod_1("21_SUITE") -> true; is_cloned_mod_1([_|T]) -> is_cloned_mod_1(T); is_cloned_mod_1([]) -> false. diff --git a/lib/compiler/test/warnings_SUITE.erl b/lib/compiler/test/warnings_SUITE.erl index 33d55996ad..1f39348998 100644 --- a/lib/compiler/test/warnings_SUITE.erl +++ b/lib/compiler/test/warnings_SUITE.erl @@ -522,25 +522,43 @@ bin_opt_info(Config) when is_list(Config) -> <<>> -> ok end. + %% We use a tail in a BIF instruction, remote call, function + %% return, and an optimizable tail call for better coverage. + t2(<<A,B,T/bytes>>) -> + if + A > B -> t2(T); + A =< B -> T + end; + t2(<<_,T/bytes>>) when byte_size(T) < 4 -> + foo; t2(<<_,T/bytes>>) -> - split_binary(T, 4). + split_binary(T, 4). ">>, - Ts1 = [{bsm1, - Code, - [bin_opt_info], - {warnings, - [{4,sys_core_bsm,orig_bin_var_used_in_guard}, - {5,beam_bsm,{no_bin_opt,{{t1,1},no_suitable_bs_start_match}}}, - {9,beam_bsm,{no_bin_opt, - {binary_used_in,{extfunc,erlang,split_binary,2}}}} ]}}], - [] = run(Config, Ts1), + + Ws = (catch run_test(Config, Code, [bin_opt_info])), + + %% This is an inexact match since the pass reports exact instructions as + %% part of the warnings, which may include annotations that vary from run + %% to run. + {warnings, + [{5,beam_ssa_bsm,{unsuitable_call, + {{b_local,{b_literal,t1},1}, + {used_before_match, + {b_set,_,_,{bif,byte_size},[_]}}}}}, + {5,beam_ssa_bsm,{binary_created,_,_}}, + {11,beam_ssa_bsm,{binary_created,_,_}}, %% A =< B -> T + {13,beam_ssa_bsm,context_reused}, %% A > B -> t2(T); + {16,beam_ssa_bsm,{binary_created,_,_}}, %% when byte_size(T) < 4 -> + {19,beam_ssa_bsm,{remote_call, + {b_remote, + {b_literal,erlang}, + {b_literal,split_binary},2}}}, + {19,beam_ssa_bsm,{binary_created,_,_}} %% split_binary(T, 4) + ]} = Ws, %% For coverage: don't give the bin_opt_info option. - Ts2 = [{bsm2, - Code, - [], - []}], - [] = run(Config, Ts2), + [] = (catch run_test(Config, Code, [])), + ok. bin_construction(Config) when is_list(Config) -> @@ -746,7 +764,7 @@ maps_bin_opt_info(Config) when is_list(Config) -> M. ">>, [bin_opt_info], - {warnings,[{2,beam_bsm,bin_opt}]}}], + {warnings,[{3,beam_ssa_bsm,context_reused}]}}], [] = run(Config, Ts), ok. @@ -969,7 +987,6 @@ run(Config, Tests) -> end, lists:foldl(F, [], Tests). - %% Compiles a test module and returns the list of errors and warnings. run_test(Conf, Test0, Warnings) -> diff --git a/lib/configure.in.src b/lib/configure.in.src deleted file mode 100644 index d507a5c0dd..0000000000 --- a/lib/configure.in.src +++ /dev/null @@ -1,62 +0,0 @@ -dnl -dnl %CopyrightBegin% -dnl -dnl Copyright Ericsson AB 1999-2016. All Rights Reserved. -dnl -dnl Licensed under the Apache License, Version 2.0 (the "License"); -dnl you may not use this file except in compliance with the License. -dnl You may obtain a copy of the License at -dnl -dnl http://www.apache.org/licenses/LICENSE-2.0 -dnl -dnl Unless required by applicable law or agreed to in writing, software -dnl distributed under the License is distributed on an "AS IS" BASIS, -dnl WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. -dnl See the License for the specific language governing permissions and -dnl limitations under the License. -dnl -dnl %CopyrightEnd% -dnl - -dnl Turn off caching -define([AC_CACHE_LOAD], )dnl -define([AC_CACHE_SAVE], )dnl - -dnl Process this file with autoconf to produce a configure script. -AC_INIT - -dnl -dnl This is just to run configure in all applications that need it. -dnl - -if test -z "$ERL_TOP" || test ! -d $ERL_TOP ; then - AC_MSG_ERROR(You need to set the environment variable ERL_TOP!) -fi -erl_top=${ERL_TOP} -AC_CONFIG_AUX_DIRS($erl_top/erts/autoconf) - -AC_ARG_ENABLE(bootstrap-only, -[ --enable-bootstrap-only enable bootstrap only configuration], -[ if test "X$enableval" = "Xyes"; then - bootstrap_only=yes - else - bootstrap_only=no - fi -], -bootstrap_only=no) - -# Multiple versions of autoconf generates code that -# don't work on all platforms (e.g. SunOS 5.8) if -# sub directories are soft links. Internally at Ericsson -# some OTP application directories are soft links. -# An added "/." solves this problem. - -@BOOTSTRAP_CONFIGURE_APPS@ - -if test $bootstrap_only = no; then - -@NON_BOOTSTRAP_CONFIGURE_APPS@ - -fi - -AC_OUTPUT diff --git a/lib/crypto/c_src/Makefile.in b/lib/crypto/c_src/Makefile.in index 31124ba477..cd0e5442e9 100644 --- a/lib/crypto/c_src/Makefile.in +++ b/lib/crypto/c_src/Makefile.in @@ -19,7 +19,6 @@ # include $(ERL_TOP)/make/target.mk include $(ERL_TOP)/make/$(TARGET)/otp.mk -include $(ERL_TOP)/make/$(TARGET)/otp_ded.mk # ---------------------------------------------------- # Application version @@ -31,23 +30,20 @@ VSN=$(CRYPTO_VSN) # The following variables differ between systems. # Set by configure. # ---------------------------------------------------- -CC = $(DED_CC) -LD = $(DED_LD) +CC = @DED_CC@ +LD = @DED_LD@ SHELL = /bin/sh -LIBS = $(DED_LIBS) -LDFLAGS += $(DED_LDFLAGS) -CFLAGS = $(DED_CFLAGS) +LIBS = @DED_LIBS@ +LDFLAGS += @DED_LDFLAGS@ +CFLAGS = @DED_CFLAGS@ @SSL_FLAGS@ # From erts/configure SSL_LIBDIR = @SSL_LIBDIR@ SSL_INCLUDE = @SSL_INCLUDE@ SSL_CRYPTO_LIBNAME = @SSL_CRYPTO_LIBNAME@ SSL_SSL_LIBNAME = @SSL_SSL_LIBNAME@ -SSL_FLAGS = @SSL_FLAGS@ - -INCLUDES = $(SSL_INCLUDE) $(DED_INCLUDES) -CFLAGS += $(SSL_FLAGS) +INCLUDES = $(SSL_INCLUDE) @DED_INCLUDE@ ifeq ($(TYPE),debug) TYPEMARKER = .debug @@ -70,6 +66,11 @@ RELSYSDIR = $(RELEASE_PATH)/lib/crypto-$(VSN) # ---------------------------------------------------- # Misc Macros # ---------------------------------------------------- + +PRIVDIR = ../priv +OBJDIR = $(PRIVDIR)/obj/$(TARGET) +LIBDIR = $(PRIVDIR)/lib/$(TARGET) + CRYPTO_OBJS = $(OBJDIR)/crypto$(TYPEMARKER).o CALLBACK_OBJS = $(OBJDIR)/crypto_callback$(TYPEMARKER).o NIF_MAKEFILE = $(PRIVDIR)/Makefile @@ -80,19 +81,10 @@ NIF_ARCHIVE = $(LIBDIR)/crypto$(TYPEMARKER).a TEST_ENGINE_OBJS = $(OBJDIR)/otp_test_engine$(TYPEMARKER).o -ifeq ($(findstring win32,$(TARGET)), win32) -NIF_LIB = $(LIBDIR)/crypto$(TYPEMARKER).dll -CALLBACK_LIB = $(LIBDIR)/crypto_callback$(TYPEMARKER).dll -TEST_ENGINE_LIB = $(LIBDIR)/otp_test_engine$(TYPEMARKER).dll -else -NIF_LIB = $(LIBDIR)/crypto$(TYPEMARKER).so -CALLBACK_LIB = $(LIBDIR)/crypto_callback$(TYPEMARKER).so -TEST_ENGINE_LIB = $(LIBDIR)/otp_test_engine$(TYPEMARKER).so -endif +NIF_LIB = $(LIBDIR)/crypto$(TYPEMARKER).@DED_EXT@ +CALLBACK_LIB = $(LIBDIR)/crypto_callback$(TYPEMARKER).@DED_EXT@ +TEST_ENGINE_LIB = $(LIBDIR)/otp_test_engine$(TYPEMARKER).@DED_EXT@ -ifeq ($(HOST_OS),) -HOST_OS := $(shell $(ERL_TOP)/erts/autoconf/config.guess) -endif DYNAMIC_CRYPTO_LIB=@SSL_DYNAMIC_ONLY@ ifeq ($(DYNAMIC_CRYPTO_LIB),yes) @@ -125,7 +117,7 @@ RANLIB=true endif ALL_CFLAGS = $(TYPE_FLAGS) $(EXTRA_FLAGS) $(INCLUDES) -ALL_STATIC_CFLAGS = $(DED_STATIC_CFLAGS) $(INCLUDES) +ALL_STATIC_CFLAGS = @DED_STATIC_CFLAGS@ $(INCLUDES) # ---------------------------------------------------- # Targets @@ -181,21 +173,13 @@ endif clean: -ifeq ($(findstring win32,$(TARGET)), win32) - rm -f $(LIBDIR)/crypto.dll - rm -f $(LIBDIR)/crypto.debug.dll - rm -f $(LIBDIR)/crypto_callback.dll - rm -f $(LIBDIR)/crypto_callback.debug.dll - rm -f $(LIBDIR)/otp_test_engine.dll -else - rm -f $(LIBDIR)/crypto.so - rm -f $(LIBDIR)/crypto.debug.so - rm -f $(LIBDIR)/crypto.valgrind.so - rm -f $(LIBDIR)/crypto_callback.so - rm -f $(LIBDIR)/crypto_callback.debug.so - rm -f $(LIBDIR)/crypto_callback.valgrind.so - rm -f $(LIBDIR)/otp_test_engine.so -endif + rm -f $(LIBDIR)/crypto.@DED_EXT@ + rm -f $(LIBDIR)/crypto.debug.@DED_EXT@ + rm -f $(LIBDIR)/crypto.valgrind.@DED_EXT@ + rm -f $(LIBDIR)/crypto_callback.@DED_EXT@ + rm -f $(LIBDIR)/crypto_callback.debug.@DED_EXT@ + rm -f $(LIBDIR)/crypto_callback.valgrind.@DED_EXT@ + rm -f $(LIBDIR)/otp_test_engine.@DED_EXT@ rm -f $(OBJDIR)/crypto.o rm -f $(OBJDIR)/crypto_static.o rm -f $(OBJDIR)/crypto.debug.o diff --git a/lib/crypto/configure.in b/lib/crypto/configure.in new file mode 100644 index 0000000000..a3b6673f29 --- /dev/null +++ b/lib/crypto/configure.in @@ -0,0 +1,775 @@ +dnl Process this file with autoconf to produce a configure script. -*-m4-*- +dnl +dnl %CopyrightBegin% +dnl +dnl Copyright Ericsson AB 2018. All Rights Reserved. +dnl +dnl Licensed under the Apache License, Version 2.0 (the "License"); +dnl you may not use this file except in compliance with the License. +dnl You may obtain a copy of the License at +dnl +dnl http://www.apache.org/licenses/LICENSE-2.0 +dnl +dnl Unless required by applicable law or agreed to in writing, software +dnl distributed under the License is distributed on an "AS IS" BASIS, +dnl WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +dnl See the License for the specific language governing permissions and +dnl limitations under the License. +dnl +dnl %CopyrightEnd% +dnl + +dnl define([AC_CACHE_LOAD], )dnl +dnl define([AC_CACHE_SAVE], )dnl + + +AC_INIT(vsn.mk) + +if test -z "$ERL_TOP" || test ! -d "$ERL_TOP" ; then + AC_CONFIG_AUX_DIRS(autoconf) +else + erl_top=${ERL_TOP} + AC_CONFIG_AUX_DIRS($erl_top/erts/autoconf) +fi + +if test "X$host" != "Xfree_source" -a "X$host" != "Xwin32"; then + AC_CANONICAL_HOST +else + host_os=win32 +fi + +LM_PRECIOUS_VARS + +if test "$cross_compiling" = "yes"; then + CROSS_COMPILING=yes +else + CROSS_COMPILING=no +fi +AC_SUBST(CROSS_COMPILING) + +ERL_XCOMP_SYSROOT_INIT + +AC_PROG_CC +LM_WINDOWS_ENVIRONMENT + +ERL_DED + +dnl +dnl SSL, SSH and CRYPTO need the OpenSSL libraries +dnl +dnl Check flags --with-ssl, --without-ssl --with-ssl=PATH. +dnl If no option is given or --with-ssl is set without a path then we +dnl search for OpenSSL libraries and header files in the standard locations. +dnl If set to --without-ssl we disable the use of SSL, SSH and CRYPTO. +dnl If set to --with-ssl=PATH we use that path as the prefix, i.e. we +dnl use "PATH/include" and "PATH/lib". + +AC_CHECK_SIZEOF(void *) + +std_ssl_locations="/usr/local /usr/sfw /usr /opt/local /usr/pkg /usr/local/openssl /usr/lib/openssl /usr/openssl /usr/local/ssl /usr/lib/ssl /usr/ssl /" + +AC_ARG_WITH(ssl-zlib, +AS_HELP_STRING([--with-ssl-zlib=PATH], + [specify location of ZLib to be used by OpenSSL]) +AS_HELP_STRING([--with-ssl-zlib], + [link SSL with Zlib (default if found)]) +AS_HELP_STRING([--without-ssl-zlib], + [don't link SSL with ZLib])) + +if test "x$with_ssl_zlib" = "xno"; then + SSL_LINK_WITH_ZLIB=no + STATIC_ZLIB_LIBS= +elif test "x$with_ssl_zlib" = "xyes" || test "x$with_ssl_zlib" = "x"; then + if test $erl_xcomp_without_sysroot = yes; then + AC_MSG_WARN([Cannot search for zlib; missing cross system root (erl_xcomp_sysroot).]) + SSL_LINK_WITH_ZLIB=no + STATIC_ZLIB_LIBS= + elif test "x$MIXED_CYGWIN" = "xyes" -o "x$MIXED_MSYS" = "xyes"; then + SSL_LINK_WITH_ZLIB=no + STATIC_ZLIB_LIBS= + else + SSL_LINK_WITH_ZLIB=no + STATIC_ZLIB_LIBS= + AC_MSG_CHECKING(for static ZLib to be used by SSL in standard locations) + for rdir in $std_ssl_locations; do + dir="$erl_xcomp_sysroot$rdir" + if test "x$ac_cv_sizeof_void_p" = "x8"; then + if test -f "$dir/lib64/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS="$dir/lib64/libz.a" + break + elif test -f "$dir/lib/64/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS="$dir/lib/64/libz.a" + break + fi + fi + if test -f "$dir/lib/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS="$dir/lib/libz.a" + break + fi + done + if test "x$SSL_LINK_WITH_ZLIB" = "xno"; then + AC_MSG_RESULT([no]) + else + AC_MSG_RESULT([$STATIC_ZLIB_LIBS]) + fi + fi +else + SSL_LINK_WITH_ZLIB=no + STATIC_ZLIB_LIBS= + if test -f "$with_ssl_zlib/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS=$with_ssl_zlib/libz.a + elif test -f "$with_ssl_zlib/lib/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS=$with_ssl_zlib/lib/libz.a + fi + if test "x$ac_cv_sizeof_void_p" = "x8"; then + if test -f "$with_ssl_zlib/lib64/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS=$with_ssl_zlib/lib64/libz.a + elif test -f "$with_ssl_zlib/lib/64/libz.a"; then + SSL_LINK_WITH_ZLIB=yes + STATIC_ZLIB_LIBS=$with_ssl_zlib/lib/64/libz.a + fi + fi + if test "x$SSL_LINK_WITH_ZLIB" = "xno"; then + AC_MSG_ERROR(Invalid path to option --with-ssl-zlib=PATH) + fi +fi + + +AC_ARG_WITH(ssl, +AS_HELP_STRING([--with-ssl=PATH], [specify location of OpenSSL include and lib]) +AS_HELP_STRING([--with-ssl], [use SSL (default)]) +AS_HELP_STRING([--without-ssl], [don't use SSL])) + +AC_ARG_WITH(ssl-incl, +AS_HELP_STRING([--with-ssl-incl=PATH], [location of OpenSSL include dir, if different than specified by --with-ssl=PATH]), +[ +case X$with_ssl in + X | Xyes | Xno) AC_MSG_ERROR([--with-ssl-incl=PATH set without --with-ssl=PATH]);; +esac +], +[with_ssl_incl=$with_ssl]) #default + +AC_ARG_WITH(ssl-rpath, +AS_HELP_STRING([--with-ssl-rpath=yes|no|PATHS], + [runtime library path for OpenSSL. Default is "yes", which equates to a + number of standard locations. If "no", then no runtime + library paths will be used. Anything else should be a + comma separated list of paths.]), +[ +case X$with_ssl in + Xno) AC_MSG_ERROR([--with-ssl-rpath set without --with-ssl]);; +esac +], +[with_ssl_rpath=yes]) #default + + +AC_ARG_ENABLE(dynamic-ssl-lib, +AS_HELP_STRING([--disable-dynamic-ssl-lib], + [disable using dynamic openssl libraries]), +[ case "$enableval" in + no) enable_dynamic_ssl=no ;; + *) enable_dynamic_ssl=yes ;; + esac ], enable_dynamic_ssl=yes) + +#---------------------------------------------------------------------- +# We actually might do the SSL tests twice due to late discovery of +# kerberos problems with static linking, in case we redo it all trying +# dynamic SSL libraries instead. +#---------------------------------------------------------------------- + +ssl_done=no + +while test "x$ssl_done" != "xyes"; do + +ssl_done=yes # Default only one run + +# Remove all SKIP files from previous runs +for a in ssl crypto ssh; do + rm -f "$ERL_TOP/lib/$a/SKIP" +done + +SSL_DYNAMIC_ONLY=$enable_dynamic_ssl +SSL_STATIC_ONLY=no + +case "$erl_xcomp_without_sysroot-$with_ssl" in + yes-* | no-no) + SSL_APP= + CRYPTO_APP= + SSH_APP= + if test "$with_ssl" = "no"; then + skip="User gave --without-ssl option" + else + skip="Cannot search for ssl; missing cross system root (erl_xcomp_sysroot)." + fi + for a in ssl crypto ssh; do + echo "$skip" > $ERL_TOP/lib/$a/SKIP + done + ;; + no-yes | no- ) + # On windows, we could try to find the installation + # of Shining Light OpenSSL, which can be found by poking in + # the uninstall section in the registry, it's worth a try... + extra_dir="" + if test "x$MIXED_CYGWIN" = "xyes"; then + AC_CHECK_PROG(REGTOOL, regtool, regtool, false) + if test "$ac_cv_prog_REGTOOL" != false; then + wrp="/machine/software/microsoft/windows/currentversion/" + if test "x$ac_cv_sizeof_void_p" = "x8"; then + urp="uninstall/openssl (64-bit)_is1/inno setup: app path" + regtool_subsystem=-w + else + urp="uninstall/openssl (32-bit)_is1/inno setup: app path" + regtool_subsystem=-W + fi + rp="$wrp$urp" + if regtool -q $regtool_subsystem get "$rp" > /dev/null; then + true + else + # Fallback to unspecified wordlength + urp="uninstall/openssl_is1/inno setup: app path" + rp="$wrp$urp" + fi + if regtool -q $regtool_subsystem get "$rp" > /dev/null; then + ssl_install_dir=`regtool -q $regtool_subsystem get "$rp"` + # Try hard to get rid of spaces... + if cygpath -d "$ssl_install_dir" > /dev/null 2>&1; then + ssl_install_dir=`cygpath -d "$ssl_install_dir"` + fi + extra_dir=`cygpath $ssl_install_dir` + fi + fi + elif test "x$MIXED_MSYS" = "xyes"; then + AC_CHECK_PROG(REGTOOL, reg_query.sh, reg_query.sh, false) + if test "$ac_cv_prog_REGTOOL" != false; then + if test "x$ac_cv_sizeof_void_p" = "x8"; then + rp="HKLM/SOFTWARE/Microsoft/Windows/CurrentVersion/Uninstall/OpenSSL (64-bit)_is1" + else + rp="HKLM/SOFTWARE/Microsoft/Windows/CurrentVersion/Uninstall/OpenSSL_is1" + fi + key="Inno Setup: App Path" + if "$ac_cv_prog_REGTOOL" "$rp" "$key" > /dev/null; then + ssl_install_dir=`"$ac_cv_prog_REGTOOL" "$rp" "$key"` + extra_dir=`win2msys_path.sh "$ssl_install_dir"` + fi + fi + fi + # We search for OpenSSL in the common OS standard locations. + SSL_APP=ssl + CRYPTO_APP=crypto + SSH_APP=ssh + + SSL_CRYPTO_LIBNAME=crypto + SSL_SSL_LIBNAME=ssl + + if test "x$MIXED_CYGWIN" = "xyes" -o "x$MIXED_MSYS" = "xyes"; then + if test "x$ac_cv_sizeof_void_p" = "x8"; then + std_win_ssl_locations="/cygdrive/c/OpenSSL-Win64 /c/OpenSSL-Win64 /opt/local64/pgm/OpenSSL" + else + std_win_ssl_locations="/cygdrive/c/OpenSSL-Win32 /c/OpenSSL-Win32 /cygdrive/c/OpenSSL /c/OpenSSL /opt/local/pgm/OpenSSL" + fi + else + std_win_ssl_locations="" + fi + + + AC_MSG_CHECKING(for OpenSSL >= 0.9.8c in standard locations) + for rdir in $extra_dir $std_win_ssl_locations $std_ssl_locations; do + dir="$erl_xcomp_sysroot$rdir" + if test -f "$erl_xcomp_isysroot$rdir/include/openssl/opensslv.h"; then + is_real_ssl=yes + SSL_INCDIR="$dir" + if test "x$MIXED_CYGWIN" = "xyes" -o "x$MIXED_MSYS" = "xyes"; then + if test -f "$dir/lib/VC/libeay32.lib"; then + SSL_RUNTIME_LIBDIR="$rdir/lib/VC" + SSL_LIBDIR="$dir/lib/VC" + SSL_CRYPTO_LIBNAME=libeay32 + SSL_SSL_LIBNAME=ssleay32 + elif test -f "$dir/lib/VC/openssl.lib"; then + SSL_RUNTIME_LIBDIR="$rdir/lib/VC" + SSL_LIBDIR="$dir/lib/VC" + elif test -f $dir/lib/VC/libeay32MD.lib; then + SSL_CRYPTO_LIBNAME=libeay32MD + SSL_SSL_LIBNAME=ssleay32MD + if test "x$enable_dynamic_ssl" = "xno" && \ + test -f $dir/lib/VC/static/libeay32MD.lib; then + SSL_RUNTIME_LIBDIR="$rdir/lib/VC/static" + SSL_LIBDIR="$dir/lib/VC/static" + else + SSL_RUNTIME_LIBDIR="$rdir/lib/VC" + SSL_LIBDIR="$dir/lib/VC" + fi + elif test -f "$dir/lib/libeay32.lib"; then + SSL_RUNTIME_LIBDIR="$rdir/lib" + SSL_LIBDIR="$dir/lib" + SSL_CRYPTO_LIBNAME=libeay32 + SSL_SSL_LIBNAME=ssleay32 + elif test -f "$dir/lib/openssl.lib"; then + SSL_RUNTIME_LIBDIR="$rdir/lib" + SSL_LIBDIR="$dir/lib" + else + is_real_ssl=no + fi + elif test -f "$dir/lib/powerpc/libsslcrypto.a"; then + SSL_CRYPTO_LIBNAME=sslcrypto + SSL_LIBDIR="$dir/lib/powerpc/" + SSL_RUNTIME_LIBDIR="$rdir/lib/powerpc/" + else + if test "x$ac_cv_sizeof_void_p" = "x8"; then + if test -f "$dir/lib64/libcrypto.a"; then + SSL_RUNTIME_LIBDIR="$rdir/lib64" + SSL_LIBDIR="$dir/lib64" + elif test -f "$dir/lib/64/libcrypto.a"; then + SSL_RUNTIME_LIBDIR="$rdir/lib/64" + SSL_LIBDIR="$dir/lib/64" + elif test -f "$dir/lib64/libcrypto.so"; then + SSL_RUNTIME_LIBDIR="$rdir/lib64" + SSL_LIBDIR="$dir/lib64" + elif test -f "$dir/lib/64/libcrypto.so"; then + SSL_RUNTIME_LIBDIR="$rdir/lib/64" + SSL_LIBDIR="$dir/lib/64" + else + SSL_RUNTIME_LIBDIR="$rdir/lib" + SSL_LIBDIR="$dir/lib" + fi + else + SSL_RUNTIME_LIBDIR="$rdir/lib" + SSL_LIBDIR="$dir/lib" + fi + fi + if test '!' -f "$SSL_LIBDIR/lib${SSL_CRYPTO_LIBNAME}.a"; then + SSL_DYNAMIC_ONLY=yes + elif test '!' -f "$SSL_LIBDIR/lib${SSL_CRYPTO_LIBNAME}.so" -a '!' -f "$SSL_LIBDIR/lib${SSL_CRYPTO_LIBNAME}.dylib"; then + SSL_STATIC_ONLY=yes + fi + SSL_BINDIR="$rdir/bin" + if test "x$is_real_ssl" = "xyes" ; then + SSL_INCLUDE="-I$dir/include" + old_CPPFLAGS=$CPPFLAGS + CPPFLAGS=$SSL_INCLUDE + AC_EGREP_CPP(^yes$,[ +#include <openssl/opensslv.h> +#if OPENSSL_VERSION_NUMBER >= 0x0090803fL +yes +#endif + ],[ + ssl_found=yes + ],[ + SSL_APP= + ssl_found=no + ]) + CPPFLAGS=$old_CPPFLAGS + if test "x$ssl_found" = "xyes"; then + if test "x$MIXED_CYGWIN" = "xyes" -o "x$MIXED_MSYS" = "xyes"; then + ssl_linkable=yes + elif test "x${SSL_CRYPTO_LIBNAME}" = "xsslcrypto"; then + # This should only be triggered seen OSE + ssl_linkable=yes + else + saveCFLAGS="$CFLAGS" + saveLDFLAGS="$LDFLAGS" + saveLIBS="$LIBS" + CFLAGS="$CFLAGS $SSL_INCLUDE" + if test "x$SSL_STATIC_ONLY" = "xyes"; then + LIBS="${SSL_LIBDIR}/lib${SSL_CRYPTO_LIBNAME}.a" + else + LDFLAGS="$LDFLAGS -L$SSL_LIBDIR" + LIBS="$LIBS -l${SSL_CRYPTO_LIBNAME}" + fi + AC_TRY_LINK([ + #include <stdio.h> + #include <openssl/hmac.h>], + [ + HMAC(0, 0, 0, 0, 0, 0, 0); + ], + [ssl_linkable=yes], + [ssl_linkable=no]) + CFLAGS="$saveCFLAGS" + LDFLAGS="$saveLDFLAGS" + LIBS="$saveLIBS" + fi + fi + if test "x$ssl_found" = "xyes" && test "x$ssl_linkable" = "xyes"; then + AC_MSG_RESULT([$dir]) + break; + fi + fi + fi + done + + if test "x$ssl_found" != "xyes" ; then + dnl + dnl If no SSL found above, check whether we are running on OpenBSD. + dnl + case $host_os in + openbsd*) + if test -f "$erl_xcomp_isysroot/usr/include/openssl/opensslv.h"; then + # Trust OpenBSD to have everything the in the correct locations. + ssl_found=yes + ssl_linkable=yes + SSL_INCDIR="$erl_xcomp_sysroot/usr" + AC_MSG_RESULT([$SSL_INCDIR]) + SSL_RUNTIME_LIB="/usr/lib" + SSL_LIB="$erl_xcomp_sysroot/usr/lib" + SSL_BINDIR="/usr/sbin" + dnl OpenBSD requires us to link with -L and -l + SSL_DYNAMIC_ONLY="yes" + fi + ;; + esac + fi +dnl Now, certain linuxes have a 64bit libcrypto +dnl that cannot build shared libraries (i.e. not PIC) +dnl One could argue that this is wrong, but +dnl so it is - be adoptable + if test "$ssl_found" = "yes" && test "$ssl_linkable" = "yes" && test "$SSL_DYNAMIC_ONLY" != "yes"; then + case $host_os in + linux*) + saveCFLAGS="$CFLAGS" + saveLDFLAGS="$LDFLAGS" + saveLIBS="$LIBS" + CFLAGS="$DED_CFLAGS $SSL_INCLUDE" + LDFLAGS="$DED_LDFLAGS" + LIBS="$SSL_LIBDIR/libcrypto.a $STATIC_ZLIB_LIBS" + AC_TRY_LINK([ + #include <stdio.h> + #include <openssl/hmac.h>], + [ + HMAC(0, 0, 0, 0, 0, 0, 0); + ], + [ssl_dyn_linkable=yes], + [ssl_dyn_linkable=no]) + CFLAGS="$saveCFLAGS" + LDFLAGS="$saveLDFLAGS" + LIBS="$saveLIBS" + if test "x$ssl_dyn_linkable" != "xyes"; then + SSL_DYNAMIC_ONLY=yes + AC_MSG_WARN([SSL will be linked against dynamic lib as static lib is not purely relocatable]) + fi + ;; + esac + fi + + + + + if test "x$ssl_found" != "xyes" || test "x$ssl_linkable" != "xyes"; then + if test "x$ssl_found" = "xyes"; then + AC_MSG_RESULT([found; but not usable]) + else + AC_MSG_RESULT([no]) + fi + SSL_APP= + CRYPTO_APP= + SSH_APP= + AC_MSG_WARN([No (usable) OpenSSL found, skipping ssl, ssh and crypto applications]) + + for a in ssl crypto ssh; do + echo "No usable OpenSSL found" > $ERL_TOP/lib/$a/SKIP + done + fi + ;; + *) + # Option given with PATH to package + if test ! -d "$with_ssl" ; then + AC_MSG_ERROR(Invalid path to option --with-ssl=PATH) + fi + if test ! -d "$with_ssl_incl" ; then + AC_MSG_ERROR(Invalid path to option --with-ssl-incl=PATH) + fi + SSL_INCDIR="$with_ssl_incl" + SSL_CRYPTO_LIBNAME=crypto + SSL_SSL_LIBNAME=ssl + if test "x$MIXED_CYGWIN" = "xyes" -o "x$MIXED_MSYS" = "xyes" && test -d "$with_ssl/lib/VC"; then + if test -f "$with_ssl/lib/VC/libeay32.lib"; then + SSL_LIBDIR="$with_ssl/lib/VC" + SSL_CRYPTO_LIBNAME=libeay32 + SSL_SSL_LIBNAME=ssleay32 + elif test -f "$with_ssl/lib/VC/openssl.lib"; then + SSL_LIBDIR="$with_ssl/lib/VC" + elif test -f $with_ssl/lib/VC/libeay32MD.lib; then + SSL_CRYPTO_LIBNAME=libeay32MD + SSL_SSL_LIBNAME=ssleay32MD + if test "x$enable_dynamic_ssl" = "xno" && \ + test -f $with_ssl/lib/VC/static/libeay32MD.lib; then + SSL_LIBDIR="$with_ssl/lib/VC/static" + else + SSL_LIBDIR="$with_ssl/lib/VC" + fi + elif test -f "$with_ssl/lib/libeay32.lib"; then + SSL_LIBDIR="$with_ssl/lib" + SSL_CRYPTO_LIBNAME=libeay32 + SSL_SSL_LIBNAME=ssleay32 + else + # This probably wont work, but that's what the user said, so... + SSL_LIBDIR="$with_ssl/lib" + fi + elif test -f "$dir/lib/powerpc/libsslcrypto.a"; then + SSL_CRYPTO_LIBNAME=sslcrypto + SSL_LIBDIR="$with_ssl/lib/powerpc/" + elif test "x$ac_cv_sizeof_void_p" = "x8"; then + if test -f "$with_ssl/lib64/libcrypto.a"; then + SSL_LIBDIR="$with_ssl/lib64" + elif test -f "$with_ssl/lib/64/libcrypto.a"; then + SSL_LIBDIR="$with_ssl/lib/64" + elif test -f "$with_ssl/lib64/libcrypto.so"; then + SSL_LIBDIR="$with_ssl/lib64" + elif test -f "$with_ssl/lib/64/libcrypto.so"; then + SSL_LIBDIR="$with_ssl/lib/64" + else + SSL_LIBDIR="$with_ssl/lib" + fi + else + SSL_LIBDIR="$with_ssl/lib" + fi + if test '!' -f "${SSL_LIBDIR}/lib${SSL_CRYPTO_LIBNAME}.a"; then + SSL_DYNAMIC_ONLY=yes + elif test '!' -f ${SSL_LIBDIR}/lib${SSL_CRYPTO_LIBNAME}.so -a '!' -f "$SSL_LIBDIR/lib${SSL_CRYPTO_LIBNAME}.dylib"; then + SSL_STATIC_ONLY=yes + fi + SSL_INCLUDE="-I$with_ssl_incl/include" + SSL_APP=ssl + CRYPTO_APP=crypto + SSH_APP=ssh + if test "$cross_compiling" = "yes"; then + SSL_RUNTIME_LIBDIR=`echo "$SSL_LIBDIR" | sed -n "s|^$erl_xcomp_sysroot\(/*\)\(.*\)\$|/\2|p"` + else + SSL_RUNTIME_LIBDIR="$SSL_LIBDIR" + fi +esac + +if test "x$SSL_APP" != "x" ; then + dnl We found openssl, now check if we use kerberos 5 support + dnl FIXME: Do we still support platforms that have Kerberos? + AC_MSG_CHECKING(for OpenSSL kerberos 5 support) + old_CPPFLAGS=$CPPFLAGS + CPPFLAGS=$SSL_INCLUDE + AC_EGREP_CPP(^yes$,[ +#include <openssl/opensslv.h> +#include <openssl/opensslconf.h> +#if OPENSSL_VERSION_NUMBER < 0x1010000fL && !defined(OPENSSL_NO_KRB5) +yes +#endif + ],[ + AC_MSG_RESULT([yes]) + ssl_krb5_enabled=yes + if test "x$SSL_DYNAMIC_ONLY" != "xyes"; then + if test -f "$SSL_LIBDIR/libkrb5.a"; then + SSL_LINK_WITH_KERBEROS=yes + STATIC_KERBEROS_LIBS="$SSL_LIBDIR/libkrb5.a" + if test -f "$SSL_LIBDIR/libkrb5support.a"; then + STATIC_KERBEROS_LIBS="$STATIC_KERBEROS_LIBS $SSL_LIBDIR/libkrb5support.a" + fi + if test -f "$SSL_LIBDIR/libk5crypto.a"; then + STATIC_KERBEROS_LIBS="$STATIC_KERBEROS_LIBS $SSL_LIBDIR/libk5crypto.a" + fi + if test -f "$SSL_LIBDIR/libresolv.a"; then + STATIC_KERBEROS_LIBS="$STATIC_KERBEROS_LIBS $SSL_LIBDIR/libresolv.a" + fi + if test -f "$SSL_LIBDIR/libcom_err.a"; then + STATIC_KERBEROS_LIBS="$STATIC_KERBEROS_LIBS $SSL_LIBDIR/libcom_err.a" + fi + else + AC_MSG_WARN([Kerberos needed but no kerberos static libraries found]) + AC_MSG_WARN([Rescanning for dynamic SSL libraries]) + enable_dynamic_ssl=yes + ssl_done=no + SSL_LINK_WITH_KERBEROS=no + STATIC_KERBEROS_LIBS="" + ssl_krb5_enabled=no + SSL_WITH_KERBEROS=no + fi + else + SSL_LINK_WITH_KERBEROS=no + STATIC_KERBEROS_LIBS="" + fi + ],[ + AC_MSG_RESULT([no]) + ssl_krb5_enabled=no + SSL_WITH_KERBEROS=no + ]) + CPPFLAGS=$old_CPPFLAGS + SSL_KRB5_INCLUDE= + if test "x$ssl_krb5_enabled" = "xyes" ; then + AC_MSG_CHECKING(for krb5.h in standard locations) + for dir in $extra_dir "$SSL_INCDIR/include" "$SSL_INCDIR/include/openssl" \ + "$SSL_INCDIR/include/kerberos" \ + "$erl_xcomp_isysroot/cygdrive/c/kerberos/include" \ + "$erl_xcomp_isysroot/usr/local/kerberos/include" \ + "$erl_xcomp_isysroot/usr/kerberos/include" \ + "$erl_xcomp_isysroot/usr/include" + do + if test -f "$dir/krb5.h" ; then + SSL_KRB5_INCLUDE="$dir" + break + fi + done + if test "x$SSL_KRB5_INCLUDE" = "x" ; then + AC_MSG_RESULT([not found]) + SSL_APP= + CRYPTO_APP= + SSH_APP= + AC_MSG_WARN([OpenSSL is configured for kerberos but no krb5.h found]) + for a in ssl crypto ssh ; do + echo "OpenSSL is configured for kerberos but no krb5.h found" > $ERL_TOP/lib/$a/SKIP + done + else + AC_MSG_RESULT([found in $SSL_KRB5_INCLUDE]) + SSL_INCLUDE="$SSL_INCLUDE -I$SSL_KRB5_INCLUDE" + fi + fi +fi + +done # while test ssl_done != yes + +SSL_DED_LD_RUNTIME_LIBRARY_PATH= +ded_ld_rflg="$DED_LD_FLAG_RUNTIME_LIBRARY_PATH" + + +case "$with_ssl_rpath" in + +yes) # Use standard lib locations for ssl runtime library path + + if test "$SSL_APP" != "" && test "$SSL_DYNAMIC_ONLY" = "yes" && test "$ded_ld_rflg" != ""; then + + AC_MSG_CHECKING(for ssl runtime library path to use) + + libdirs="/lib" + + if test "$ac_cv_sizeof_void_p" = "8"; then + dir_lib64=no + dir_lib_64=no + + case "$SSL_RUNTIME_LIBDIR" in + */lib/64 | */lib/64/ ) dir_lib_64=yes;; + */lib64 | */lib64/ ) dir_lib64=yes;; + *) ;; + esac + + for dir in $std_ssl_locations; do + test $dir_lib_64 = no && + test -d "$erl_xcomp_sysroot$dir/lib/64" && + dir_lib_64=yes + test $dir_lib64 = no && + test -d "$erl_xcomp_sysroot$dir/lib64" && + dir_lib64=yes + done + + test $dir_lib_64 = yes && libdirs="/lib/64 $libdirs" + test $dir_lib64 = yes && libdirs="/lib64 $libdirs" + fi + + for type in std x_std curr; do + + ded_ld_rpath="$ded_ld_rflg$SSL_RUNTIME_LIBDIR" + rpath="$SSL_RUNTIME_LIBDIR" + + if test $type != curr; then + for ldir in $libdirs; do + for dir in $std_ssl_locations; do + test "$SSL_LIBDIR" != "$dir$ldir" || continue + test $type != x_std || test -d "$dir$ldir" || continue + if test "$dir" = "/"; then + libdir="$ldir" + else + libdir="$dir$ldir" + fi + ded_ld_rpath="$ded_ld_rpath $ded_ld_rflg$libdir" + rpath="$rpath:$libdir" + done + done + fi + + saveCFLAGS="$CFLAGS" + saveLDFLAGS="$LDFLAGS" + saveLIBS="$LIBS" + CFLAGS="$CFLAGS $SSL_INCLUDE" + LDFLAGS="$LDFLAGS $ld_rpath -L$SSL_LIBDIR" + LIBS="-lcrypto" + AC_TRY_LINK([ + #include <stdio.h> + #include <openssl/hmac.h> + ], + [ + HMAC(0, 0, 0, 0, 0, 0, 0); + ], + [rpath_success=yes], + [rpath_success=no]) + CFLAGS="$saveCFLAGS" + LDFLAGS="$saveLDFLAGS" + LIBS="$saveLIBS" + + test "$rpath_success" = "yes" && break + done + + test "$rpath_success" = "yes" || { ded_ld_rpath=; rpath=; } + + SSL_DED_LD_RUNTIME_LIBRARY_PATH="$ded_ld_rpath" + + AC_MSG_RESULT([$rpath]) + test "$rpath" != "" || AC_MSG_WARN([Cannot set run path during linking]) + fi + ;; + +no) # Use no ssl runtime library path + SSL_DED_LD_RUNTIME_LIBRARY_PATH= + ;; + +*) # Use ssl runtime library paths set by --with-ssl-rpath (without any check) + ded_ld_rpath= + delimit= + for dir in `echo $with_ssl_rpath | sed "s/,/ /g"`; do + ded_ld_rpath="$ded_ld_rpath$delimit$ded_ld_rflg$dir" + delimit=" " + done + SSL_DED_LD_RUNTIME_LIBRARY_PATH="$ded_ld_rpath" + ;; + +esac + + +AC_ARG_ENABLE(fips, +AS_HELP_STRING([--enable-fips], [enable OpenSSL FIPS mode support]) +AS_HELP_STRING([--disable-fips], [disable OpenSSL FIPS mode support (default)]), +[ case "$enableval" in + yes) enable_fips_support=yes ;; + *) enable_fips_support=no ;; + esac ], enable_fips_support=no) + +if test "x$enable_fips_support" = "xyes" && test "$CRYPTO_APP" != ""; then + saveCFLAGS="$CFLAGS" + saveLDFLAGS="$LDFLAGS" + saveLIBS="$LIBS" + CFLAGS="$CFLAGS $SSL_INCLUDE" + LDFLAGS="$LDFLAGS $ded_ld_rpath -L$SSL_LIBDIR" + LIBS="-lcrypto" + AC_CHECK_FUNC([FIPS_mode_set], + [SSL_FLAGS="-DFIPS_SUPPORT"], + [SSL_FLAGS=]) + CFLAGS="$saveCFLAGS" + LDFLAGS="$saveLDFLAGS" + LIBS="$saveLIBS" +else + SSL_FLAGS= +fi + +AC_SUBST(SSL_INCLUDE) +AC_SUBST(SSL_INCDIR) +AC_SUBST(SSL_LIBDIR) +AC_SUBST(SSL_FLAGS) +AC_SUBST(SSL_CRYPTO_LIBNAME) +AC_SUBST(SSL_SSL_LIBNAME) +AC_SUBST(SSL_DED_LD_RUNTIME_LIBRARY_PATH) +AC_SUBST(SSL_DYNAMIC_ONLY) +AC_SUBST(SSL_LINK_WITH_KERBEROS) +AC_SUBST(STATIC_KERBEROS_LIBS) +AC_SUBST(SSL_LINK_WITH_ZLIB) +AC_SUBST(STATIC_ZLIB_LIBS) + +AC_OUTPUT(c_src/$host/Makefile:c_src/Makefile.in) + diff --git a/lib/crypto/doc/src/crypto.xml b/lib/crypto/doc/src/crypto.xml index 651b647e1c..b8ec41bea8 100644 --- a/lib/crypto/doc/src/crypto.xml +++ b/lib/crypto/doc/src/crypto.xml @@ -1,4 +1,3 @@ -<?xml version="1.0" encoding="utf-8" ?> <!DOCTYPE erlref SYSTEM "erlref.dtd"> <erlref> @@ -1002,7 +1001,7 @@ _FloatValue = rand:uniform(). % [0.0; 1.0[</pre> </p> <note> <p> - The state returned from this function can not be used + The state returned from this function cannot be used to get a reproducable random sequence as from the other <seealso marker="stdlib:rand">rand</seealso> @@ -1028,7 +1027,8 @@ _FloatValue = rand:uniform(). % [0.0; 1.0[</pre> <p> Creates state object for <seealso marker="stdlib:rand">random number generation</seealso>, - in order to generate cryptographically strong random numbers. + in order to generate cryptographically strong random numbers, + and saves it in the process dictionary before returning it as well. See also <seealso marker="stdlib:rand#seed-1">rand:seed/1</seealso> and <seealso marker="#rand_seed_alg_s-1">rand_seed_alg_s/1</seealso>. @@ -1039,12 +1039,6 @@ _FloatValue = rand:uniform(). % [0.0; 1.0[</pre> may raise exception <c>error:low_entropy</c> in case the random generator failed due to lack of secure "randomness". </p> - <p> - The cache size can be changed from its default value using the - <seealso marker="crypto_app"> - crypto app's - </seealso> configuration parameter <c>rand_cache_size</c>. - </p> <p><em>Example</em></p> <pre> _ = crypto:rand_seed_alg(crypto_cache), @@ -1054,6 +1048,34 @@ _FloatValue = rand:uniform(). % [0.0; 1.0[</pre> </func> <func> + <name>rand_seed_alg(Alg, Seed) -> rand:state()</name> + <fsummary>Strong random number generation plugin state</fsummary> + <type> + <v>Alg = crypto_aes</v> + </type> + <desc> + <marker id="rand_seed_alg-2" /> + <p> + Creates a state object for + <seealso marker="stdlib:rand">random number generation</seealso>, + in order to generate cryptographically unpredictable random numbers, + and saves it in the process dictionary before returning it as well. + See also + <seealso marker="#rand_seed_alg_s-2">rand_seed_alg_s/2</seealso>. + </p> + <p><em>Example</em></p> + <pre> +_ = crypto:rand_seed_alg(crypto_aes, "my seed"), +IntegerValue = rand:uniform(42), % [1; 42] +FloatValue = rand:uniform(), % [0.0; 1.0[ +_ = crypto:rand_seed_alg(crypto_aes, "my seed"), +IntegerValue = rand:uniform(42), % Same values +FloatValue = rand:uniform(). % again + </pre> + </desc> + </func> + + <func> <name>rand_seed_alg_s(Alg) -> rand:state()</name> <fsummary>Strong random number generation plugin state</fsummary> <type> @@ -1090,9 +1112,15 @@ _FloatValue = rand:uniform(). % [0.0; 1.0[</pre> crypto app's </seealso> configuration parameter <c>rand_cache_size</c>. </p> + <p> + When using the state object from this function the + <seealso marker="stdlib:rand">rand</seealso> functions using it + may throw exception <c>low_entropy</c> in case the random generator + failed due to lack of secure "randomness". + </p> <note> <p> - The state returned from this function can not be used + The state returned from this function cannot be used to get a reproducable random sequence as from the other <seealso marker="stdlib:rand">rand</seealso> @@ -1112,6 +1140,72 @@ _FloatValue = rand:uniform(). % [0.0; 1.0[</pre> </func> <func> + <name>rand_seed_alg_s(Alg, Seed) -> rand:state()</name> + <fsummary>Strong random number generation plugin state</fsummary> + <type> + <v>Alg = crypto_aes</v> + </type> + <desc> + <marker id="rand_seed_alg_s-2" /> + <p> + Creates a state object for + <seealso marker="stdlib:rand">random number generation</seealso>, + in order to generate cryptographically unpredictable random numbers. + See also + <seealso marker="#rand_seed_alg-1">rand_seed_alg/1</seealso>. + </p> + <p> + To get a long period the Xoroshiro928 generator from the + <seealso marker="stdlib:rand">rand</seealso> + module is used as a counter (with period 2^928 - 1) + and the generator states are scrambled through AES + to create 58-bit pseudo random values. + </p> + <p> + The result should be statistically completely unpredictable + random values, since the scrambling is cryptographically strong + and the period is ridiculously long. But the generated numbers + are not to be regarded as cryptographically strong since + there is no re-keying schedule. + </p> + <list type="bulleted"> + <item> + <p> + If you need cryptographically strong random numbers use + <seealso marker="#rand_seed_alg_s-1">rand_seed_alg_s/1</seealso> + with <c>Alg =:= crypto</c> or <c>Alg =:= crypto_cache</c>. + </p> + </item> + <item> + <p> + If you need to be able to repeat the sequence use this function. + </p> + </item> + <item> + <p> + If you do not need the statistical quality of this function, + there are faster algorithms in the + <seealso marker="stdlib:rand">rand</seealso> + module. + </p> + </item> + </list> + <p> + Thanks to the used generator the state object supports the + <seealso marker="stdlib:rand#jump-0"><c>rand:jump/0,1</c></seealso> + function with distance 2^512. + </p> + <p> + Numbers are generated in batches and cached for speed reasons. + The cache size can be changed from its default value using the + <seealso marker="crypto_app"> + crypto app's + </seealso> configuration parameter <c>rand_cache_size</c>. + </p> + </desc> + </func> + + <func> <name name="stream_init" arity="2"/> <fsummary></fsummary> <desc> diff --git a/lib/crypto/doc/src/engine_keys.xml b/lib/crypto/doc/src/engine_keys.xml index feeb353d1e..b28606fb4e 100644 --- a/lib/crypto/doc/src/engine_keys.xml +++ b/lib/crypto/doc/src/engine_keys.xml @@ -40,7 +40,7 @@ </p> <p> An engine could among other tasks provide a storage for - private or public keys. Such a storage could be made safer than the normal file system. Thoose techniques are not + private or public keys. Such a storage could be made safer than the normal file system. Those techniques are not described in this User's Guide. Here we concentrate on how to use private or public keys stored in such an engine. </p> diff --git a/lib/crypto/src/crypto.erl b/lib/crypto/src/crypto.erl index 2db73c4af0..68c0bcef5e 100644 --- a/lib/crypto/src/crypto.erl +++ b/lib/crypto/src/crypto.erl @@ -31,9 +31,10 @@ -export([cmac/3, cmac/4]). -export([poly1305/2]). -export([exor/2, strong_rand_bytes/1, mod_pow/3]). --export([rand_seed/0, rand_seed_alg/1]). --export([rand_seed_s/0, rand_seed_alg_s/1]). +-export([rand_seed/0, rand_seed_alg/1, rand_seed_alg/2]). +-export([rand_seed_s/0, rand_seed_alg_s/1, rand_seed_alg_s/2]). -export([rand_plugin_next/1]). +-export([rand_plugin_aes_next/1, rand_plugin_aes_jump/1]). -export([rand_plugin_uniform/1]). -export([rand_plugin_uniform/2]). -export([rand_cache_plugin_next/1]). @@ -92,7 +93,9 @@ ]). %% Private. For tests. --export([packed_openssl_version/4, engine_methods_convert_to_bitmask/2, get_test_engine/0]). +-export([packed_openssl_version/4, engine_methods_convert_to_bitmask/2, + get_test_engine/0]). +-export([rand_plugin_aes_jump_2pow20/1]). -deprecated({rand_uniform, 2, next_major_release}). @@ -674,34 +677,73 @@ rand_seed_s() -> rand_seed_alg(Alg) -> rand:seed(rand_seed_alg_s(Alg)). +-spec rand_seed_alg(Alg :: atom(), Seed :: term()) -> + {rand:alg_handler(), + atom() | rand_cache_seed()}. +rand_seed_alg(Alg, Seed) -> + rand:seed(rand_seed_alg_s(Alg, Seed)). + -define(CRYPTO_CACHE_BITS, 56). +-define(CRYPTO_AES_BITS, 58). + -spec rand_seed_alg_s(Alg :: atom()) -> {rand:alg_handler(), atom() | rand_cache_seed()}. -rand_seed_alg_s(?MODULE) -> - {#{ type => ?MODULE, - bits => 64, - next => fun ?MODULE:rand_plugin_next/1, - uniform => fun ?MODULE:rand_plugin_uniform/1, - uniform_n => fun ?MODULE:rand_plugin_uniform/2}, - no_seed}; -rand_seed_alg_s(crypto_cache) -> +rand_seed_alg_s({AlgHandler, _AlgState} = State) when is_map(AlgHandler) -> + State; +rand_seed_alg_s({Alg, AlgState}) when is_atom(Alg) -> + {mk_alg_handler(Alg),AlgState}; + rand_seed_alg_s(Alg) when is_atom(Alg) -> + {mk_alg_handler(Alg),mk_alg_state(Alg)}. +%% +-spec rand_seed_alg_s(Alg :: atom(), Seed :: term()) -> + {rand:alg_handler(), + atom() | rand_cache_seed()}. +rand_seed_alg_s(Alg, Seed) when is_atom(Alg) -> + {mk_alg_handler(Alg),mk_alg_state({Alg,Seed})}. + +mk_alg_handler(?MODULE = Alg) -> + #{ type => Alg, + bits => 64, + next => fun ?MODULE:rand_plugin_next/1, + uniform => fun ?MODULE:rand_plugin_uniform/1, + uniform_n => fun ?MODULE:rand_plugin_uniform/2}; +mk_alg_handler(crypto_cache = Alg) -> + #{ type => Alg, + bits => ?CRYPTO_CACHE_BITS, + next => fun ?MODULE:rand_cache_plugin_next/1}; +mk_alg_handler(crypto_aes = Alg) -> + #{ type => Alg, + bits => ?CRYPTO_AES_BITS, + next => fun ?MODULE:rand_plugin_aes_next/1, + jump => fun ?MODULE:rand_plugin_aes_jump/1}. + +mk_alg_state(?MODULE) -> + no_seed; +mk_alg_state(crypto_cache) -> CacheBits = ?CRYPTO_CACHE_BITS, - EnvCacheSize = - application:get_env( - crypto, rand_cache_size, CacheBits * 16), % Cache 16 * 8 words - Bytes = (CacheBits + 7) div 8, + BytesPerWord = (CacheBits + 7) div 8, + GenBytes = + ((rand_cache_size() + (2*BytesPerWord - 1)) div BytesPerWord) + * BytesPerWord, + {CacheBits, GenBytes, <<>>}; +mk_alg_state({crypto_aes,Seed}) -> + %% 16 byte words (128 bit crypto blocks) + GenWords = (rand_cache_size() + 31) div 16, + Key = crypto:hash(sha256, Seed), + {F,Count} = longcount_seed(Seed), + {Key,GenWords,F,Count}. + +rand_cache_size() -> + DefaultCacheSize = 1024, CacheSize = - case ((EnvCacheSize + (Bytes - 1)) div Bytes) * Bytes of - Sz when is_integer(Sz), Bytes =< Sz -> - Sz; - _ -> - Bytes - end, - {#{ type => crypto_cache, - bits => CacheBits, - next => fun ?MODULE:rand_cache_plugin_next/1}, - {CacheBits, CacheSize, <<>>}}. + application:get_env(crypto, rand_cache_size, DefaultCacheSize), + if + is_integer(CacheSize), 0 =< CacheSize -> + CacheSize; + true -> + DefaultCacheSize + end. rand_plugin_next(Seed) -> {bytes_to_integer(strong_rand_range(1 bsl 64)), Seed}. @@ -712,12 +754,97 @@ rand_plugin_uniform(State) -> rand_plugin_uniform(Max, State) -> {bytes_to_integer(strong_rand_range(Max)) + 1, State}. -rand_cache_plugin_next({CacheBits, CacheSize, <<>>}) -> + +rand_cache_plugin_next({CacheBits, GenBytes, <<>>}) -> rand_cache_plugin_next( - {CacheBits, CacheSize, strong_rand_bytes(CacheSize)}); -rand_cache_plugin_next({CacheBits, CacheSize, Cache}) -> + {CacheBits, GenBytes, strong_rand_bytes(GenBytes)}); +rand_cache_plugin_next({CacheBits, GenBytes, Cache}) -> <<I:CacheBits, NewCache/binary>> = Cache, - {I, {CacheBits, CacheSize, NewCache}}. + {I, {CacheBits, GenBytes, NewCache}}. + + +%% Encrypt 128 bit counter values and use the 58 lowest +%% encrypted bits as random numbers. +%% +%% The 128 bit counter is handled as 4 32 bit words +%% to avoid bignums. Generate a bunch of numbers +%% at the time and cache them. +%% +-dialyzer({no_improper_lists, rand_plugin_aes_next/1}). +rand_plugin_aes_next([V|Cache]) -> + {V,Cache}; +rand_plugin_aes_next({Key,GenWords,F,Count}) -> + rand_plugin_aes_next(Key, GenWords, F, Count); +rand_plugin_aes_next({Key,GenWords,F,_JumpBase,Count}) -> + rand_plugin_aes_next(Key, GenWords, F, Count). +%% +rand_plugin_aes_next(Key, GenWords, F, Count) -> + {Cleartext,NewCount} = aes_cleartext(<<>>, F, Count, GenWords), + Encrypted = crypto:block_encrypt(aes_ecb, Key, Cleartext), + [V|Cache] = aes_cache(Encrypted, {Key,GenWords,F,Count,NewCount}), + {V,Cache}. + +%% A jump advances the counter 2^512 steps; the jump function +%% is applied to the jump base and then the number of used +%% numbers from the cache has to be wasted for the jump to be correct +%% +rand_plugin_aes_jump({#{type := crypto_aes} = Alg, Cache}) -> + {Alg,rand_plugin_aes_jump(fun longcount_jump/1, 0, Cache)}. +%% Count cached words and subtract their number from jump +-dialyzer({no_improper_lists, rand_plugin_aes_jump/3}). +rand_plugin_aes_jump(Jump, J, [_|Cache]) -> + rand_plugin_aes_jump(Jump, J + 1, Cache); +rand_plugin_aes_jump(Jump, J, {Key,GenWords,F,JumpBase, _Count}) -> + rand_plugin_aes_jump(Jump, GenWords - J, Key, GenWords, F, JumpBase); +rand_plugin_aes_jump(Jump, 0, {Key,GenWords,F,JumpBase}) -> + rand_plugin_aes_jump(Jump, 0, Key, GenWords, F, JumpBase). +%% +rand_plugin_aes_jump(Jump, Skip, Key, GenWords, F, JumpBase) -> + Count = longcount_next_count(Skip, Jump(JumpBase)), + {Key,GenWords,F,Count}. + +rand_plugin_aes_jump_2pow20(Cache) -> + rand_plugin_aes_jump(fun longcount_jump_2pow20/1, 0, Cache). + + +longcount_seed(Seed) -> + <<X:64, _:6, F:12, S2:58, S1:58, S0:58>> = + crypto:hash(sha256, [Seed,<<"Xoroshiro928">>]), + {F,rand:exro928_seed([S0,S1,S2|rand:seed58(13, X)])}. + +longcount_next_count(0, Count) -> + Count; +longcount_next_count(N, Count) -> + longcount_next_count(N - 1, rand:exro928_next_state(Count)). + +longcount_next(Count) -> + rand:exro928_next(Count). + +longcount_jump(Count) -> + rand:exro928_jump_2pow512(Count). + +longcount_jump_2pow20(Count) -> + rand:exro928_jump_2pow20(Count). + + +%% Build binary with counter values to cache +aes_cleartext(Cleartext, _F, Count, 0) -> + {Cleartext,Count}; +aes_cleartext(Cleartext, F, Count, GenWords) -> + {{S0,S1}, NewCount} = longcount_next(Count), + aes_cleartext( + <<Cleartext/binary, F:12, S1:58, S0:58>>, + F, NewCount, GenWords - 1). + +%% Parse and cache encrypted counter values aka random numbers +-dialyzer({no_improper_lists, aes_cache/2}). +aes_cache(<<>>, Cache) -> + Cache; +aes_cache( + <<_:(128 - ?CRYPTO_AES_BITS), V:?CRYPTO_AES_BITS, Encrypted/binary>>, + Cache) -> + [V|aes_cache(Encrypted, Cache)]. + strong_rand_range(Range) when is_integer(Range), Range > 0 -> BinRange = int_to_bin(Range), diff --git a/lib/crypto/test/crypto_SUITE.erl b/lib/crypto/test/crypto_SUITE.erl index 025c46aab0..0b878f2e5c 100644 --- a/lib/crypto/test/crypto_SUITE.erl +++ b/lib/crypto/test/crypto_SUITE.erl @@ -918,7 +918,7 @@ do_sign_verify({Type, Hash, Public, Private, Msg, Options}) -> error:notsup when NotSupLow == true, is_integer(LibVer), LibVer < 16#10001000 -> - %% Thoose opts where introduced in 1.0.1 + %% Those opts where introduced in 1.0.1 ct:log("notsup but OK in old cryptolib crypto:sign(~p, ~p, ..., ..., ..., ~p)", [Type,Hash,Options]), true; diff --git a/lib/crypto/test/engine_SUITE.erl b/lib/crypto/test/engine_SUITE.erl index b083b30d70..4b3ea10315 100644 --- a/lib/crypto/test/engine_SUITE.erl +++ b/lib/crypto/test/engine_SUITE.erl @@ -633,7 +633,7 @@ ensure_load(Config) when is_list(Config) -> end. %%%---------------------------------------------------------------- -%%% Pub/priv key storage tests. Thoose are for testing the crypto.erl +%%% Pub/priv key storage tests. Those are for testing the crypto.erl %%% support for using priv/pub keys stored in an engine. sign_verify_rsa(Config) -> diff --git a/lib/debugger/src/dbg_icmd.erl b/lib/debugger/src/dbg_icmd.erl index ac901c5469..0eb258567f 100644 --- a/lib/debugger/src/dbg_icmd.erl +++ b/lib/debugger/src/dbg_icmd.erl @@ -248,7 +248,7 @@ handle_int_msg({attached, AttPid}, Status, _Bs, tell_attached({attached, M, Line, get(trace)}), %% Give info about status and call level as well - %% In this case, Status can not be exit_at + %% In this case, Status cannot be exit_at Msg = case Status of idle -> {func_at,M,Line,Le}; break -> {break_at,M,Line,Le}; diff --git a/lib/dialyzer/src/dialyzer_utils.erl b/lib/dialyzer/src/dialyzer_utils.erl index abd89034f3..ebe4040c34 100644 --- a/lib/dialyzer/src/dialyzer_utils.erl +++ b/lib/dialyzer/src/dialyzer_utils.erl @@ -643,7 +643,7 @@ sets_filter([Mod|Mods], ExpTypes) -> src_compiler_opts() -> [no_copt, to_core, binary, return_errors, no_inline, strict_record_tests, strict_record_updates, - dialyzer]. + dialyzer, no_spawn_compiler_process]. -spec format_errors([{module(), string()}]) -> [string()]. diff --git a/lib/dialyzer/src/typer.erl b/lib/dialyzer/src/typer.erl index 4b99f5f72e..5a1b8619c9 100644 --- a/lib/dialyzer/src/typer.erl +++ b/lib/dialyzer/src/typer.erl @@ -980,7 +980,7 @@ fatal_error(Slogan) -> mode_error(OldMode, NewMode) -> Msg = io_lib:format("Mode was previously set to '~s'; " - "can not set it to '~s' now", + "cannot set it to '~s' now", [OldMode, NewMode]), fatal_error(Msg). diff --git a/lib/dialyzer/test/options1_SUITE_data/src/compiler/beam_validator.erl b/lib/dialyzer/test/options1_SUITE_data/src/compiler/beam_validator.erl index ea92613781..3606b21932 100644 --- a/lib/dialyzer/test/options1_SUITE_data/src/compiler/beam_validator.erl +++ b/lib/dialyzer/test/options1_SUITE_data/src/compiler/beam_validator.erl @@ -272,7 +272,7 @@ valfun_1(if_end, Vst) -> valfun_1({try_case_end,Src}, Vst) -> assert_term(Src, Vst), kill_state(Vst); -%% Instructions that can not cause exceptions +%% Instructions that cannot cause exceptions valfun_1({move,Src,Dst}, Vst) -> Type = get_term_type(Src, Vst), set_type_reg(Type, Dst, Vst); diff --git a/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber.erl b/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber.erl index 1d065b3723..88b464a721 100644 --- a/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber.erl +++ b/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber.erl @@ -300,7 +300,7 @@ gen_encode_prim(_Erules,D,DoTag,Value) when record(D,type) -> 'ASN1_OPEN_TYPE' -> emit_encode_func('open_type', Value,DoTag); XX -> - exit({'can not encode' ,XX}) + exit({'cannot encode' ,XX}) end. @@ -562,7 +562,7 @@ gen_dec_prim(Erules,Att,BytesVar,DoTag,TagIn,Length,_Form,OptOrMand) -> BytesVar,","]), false; Other -> - exit({'can not decode' ,Other}) + exit({'cannot decode' ,Other}) end, NewLength = case DoLength of diff --git a/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber_bin_v2.erl b/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber_bin_v2.erl index 9164ec6551..573bb15c92 100644 --- a/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber_bin_v2.erl +++ b/lib/dialyzer/test/r9c_SUITE_data/src/asn1/asn1ct_gen_ber_bin_v2.erl @@ -290,7 +290,7 @@ gen_encode_prim(_Erules,D,DoTag,Value) when record(D,type) -> 'ASN1_OPEN_TYPE' -> emit_encode_func('open_type', Value,DoTag); XX -> - exit({'can not encode' ,XX}) + exit({'cannot encode' ,XX}) end. @@ -602,7 +602,7 @@ gen_dec_prim(_Erules,Att,BytesVar,DoTag,_TagIn,_Form,_OptOrMand) -> BytesVar,","]), add_func({decode_open_type_as_binary,2}); Other -> - exit({'can not decode' ,Other}) + exit({'cannot decode' ,Other}) end, case {DoTag,NewTypeName} of diff --git a/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_lib.erl b/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_lib.erl index 4008f8d789..9e0cdac2dc 100644 --- a/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_lib.erl +++ b/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_lib.erl @@ -779,7 +779,7 @@ error_desc(no_transaction) -> "Operation not allowed outside transactions"; error_desc(combine_error) -> "Table options were ilegally combined"; error_desc(bad_index) -> "Index already exists or was out of bounds"; error_desc(already_exists) -> "Some schema option we try to set is already on"; -error_desc(index_exists)-> "Some ops can not be performed on tabs with index"; +error_desc(index_exists)-> "Some ops cannot be performed on tabs with index"; error_desc(no_exists)-> "Tried to perform op on non-existing (non alive) item"; error_desc(system_limit) -> "Some system_limit was exhausted"; error_desc(mnesia_down) -> "A transaction involving objects at some remote " diff --git a/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_tm.erl b/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_tm.erl index af49ceff72..b4e9edb7ce 100644 --- a/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_tm.erl +++ b/lib/dialyzer/test/r9c_SUITE_data/src/mnesia/mnesia_tm.erl @@ -1529,7 +1529,7 @@ commit_participant(Coord, Tid, Bin, C0, DiscNs, _RamNs) -> ?eval_debug_fun({?MODULE, commit_participant, pre}, [{tid, Tid}]), case catch mnesia_schema:prepare_commit(Tid, C0, {part, Coord}) of {Modified, C, DumperMode} when record(C, commit) -> - %% If we can not find any local unclear decision + %% If we cannot find any local unclear decision %% we should presume abort at startup recovery case lists:member(node(), DiscNs) of false -> diff --git a/lib/dialyzer/test/small_SUITE_data/results/maps_sum b/lib/dialyzer/test/small_SUITE_data/results/maps_sum index b29ac77d88..daa099e490 100644 --- a/lib/dialyzer/test/small_SUITE_data/results/maps_sum +++ b/lib/dialyzer/test/small_SUITE_data/results/maps_sum @@ -1,4 +1,4 @@ -maps_sum.erl:15: Invalid type specification for function maps_sum:wrong1/1. The success typing is (maps:iterator() | map()) -> any() +maps_sum.erl:15: Invalid type specification for function maps_sum:wrong1/1. The success typing is (maps:iterator(_,_) | map()) -> any() maps_sum.erl:26: Function wrong2/1 has no local return maps_sum.erl:27: The call lists:foldl(fun((_,_,_) -> any()),0,Data::any()) will never return since it differs in the 1st argument from the success typing arguments: (fun((_,_) -> any()),any(),[any()]) diff --git a/lib/erl_docgen/src/docgen_edoc_xml_cb.erl b/lib/erl_docgen/src/docgen_edoc_xml_cb.erl index b065c18cda..d562cfddcc 100644 --- a/lib/erl_docgen/src/docgen_edoc_xml_cb.erl +++ b/lib/erl_docgen/src/docgen_edoc_xml_cb.erl @@ -182,7 +182,7 @@ chapter_title(#xmlElement{content=Es}) -> % name = h3 | h4 %% otp_xmlify(Es1) -> Es2 %% Es1 = Es2 = [#xmlElement{} | #xmlText{}] %% Fix things that are allowed in XHTML but not in chapter/erlref DTDs. -%% 1) lists (<ul>, <ol>, <dl>) and code snippets (<pre>) can not occur +%% 1) lists (<ul>, <ol>, <dl>) and code snippets (<pre>) cannot occur %% within a <p>, such a <p> must be splitted into a sequence of <p>, %% <ul>, <ol>, <dl> and <pre>. %% 2) <a> must only have either a href attribute (corresponds to a diff --git a/lib/erl_interface/configure.in b/lib/erl_interface/configure.in index a155ceef7e..46dd995289 100644 --- a/lib/erl_interface/configure.in +++ b/lib/erl_interface/configure.in @@ -29,11 +29,6 @@ dnl m4_define(EI_VERSION,regexp(m4_include(VERSION),[version \([-.0-9A-Za-z]+\)] AC_INIT() -if test "x$no_recursion" != "xyes" -a "x$OVERRIDE_CONFIG_CACHE" = "x"; then - # We do not want to use a common cache! - cache_file=/dev/null -fi - dnl How to set srcdir absolute is taken from the GNU Emacs distribution #### Make srcdir absolute, if it isn't already. It's important to #### avoid running the path through pwd unnecessary, since pwd can diff --git a/lib/erl_interface/src/INSTALL b/lib/erl_interface/src/INSTALL index b42a17ac46..bf3ca8b6a5 100644 --- a/lib/erl_interface/src/INSTALL +++ b/lib/erl_interface/src/INSTALL @@ -122,10 +122,10 @@ you can use the `configure' options `--x-includes=DIR' and Specifying the System Type ========================== - There may be some features `configure' can not figure out + There may be some features `configure' cannot figure out automatically, but needs to determine by the type of host the package will run on. Usually `configure' can figure that out, but if it prints -a message saying it can not guess the host type, give it the +a message saying it cannot guess the host type, give it the `--host=TYPE' option. TYPE can either be a short name for the system type, such as `sun4', or a canonical name with three fields: CPU-COMPANY-SYSTEM diff --git a/lib/erl_interface/src/misc/ei_pthreads.c b/lib/erl_interface/src/misc/ei_pthreads.c index ec1c8d956f..c6d07a9a0a 100644 --- a/lib/erl_interface/src/misc/ei_pthreads.c +++ b/lib/erl_interface/src/misc/ei_pthreads.c @@ -78,7 +78,7 @@ static void tls_init_once(void) errno_tls_index = TlsAlloc(); if (errno_tls_index == TLS_OUT_OF_INDEXES) { fprintf(stderr, - "FATAL ERROR: can not allocate TLS index for " + "FATAL ERROR: cannot allocate TLS index for " "erl_errno (error code = %d)!\n",GetLastError()); exit(1); } diff --git a/lib/hipe/doc/src/hipe_app.xml b/lib/hipe/doc/src/hipe_app.xml index 63bc6ea2d7..480290cd9e 100644 --- a/lib/hipe/doc/src/hipe_app.xml +++ b/lib/hipe/doc/src/hipe_app.xml @@ -62,6 +62,13 @@ and the runtime system that have limited or no support for HiPE compiled modules. </p> <taglist> + <tag>Binary matching</tag> + <item><p>The HiPE compiler will crash on modules containing binary + matching unless they have been compiled with the <c>+no_bsm3</c> flag. + Note that this will disable all related optimizations done by the BEAM + compiler.</p> + </item> + <tag>Stack traces</tag> <item><p>Stack traces returned from <seealso marker="erts:erlang#get_stacktrace/0"> <c>erlang:get_stacktrace/0</c></seealso> or as part of <c>'EXIT'</c> terms @@ -78,12 +85,12 @@ </item> <tag>NIFs</tag> - <item><p>Modules compiled with HiPE can not call <seealso marker="erts:erlang#load_nif-2"> + <item><p>Modules compiled with HiPE cannot call <seealso marker="erts:erlang#load_nif-2"> <c>erlang:load_nif/2</c></seealso> to load NIFs.</p> </item> <tag>-on_load</tag> - <item><p>Modules compiled with HiPE can not use + <item><p>Modules compiled with HiPE cannot use <seealso marker="doc/reference_manual:code_loading#on_load"><c>-on_load()</c></seealso> directives.</p> </item> diff --git a/lib/hipe/icode/hipe_beam_to_icode.erl b/lib/hipe/icode/hipe_beam_to_icode.erl index f429d40272..ffe81ef9b8 100644 --- a/lib/hipe/icode/hipe_beam_to_icode.erl +++ b/lib/hipe/icode/hipe_beam_to_icode.erl @@ -647,6 +647,13 @@ trans_fun([{put_tuple,_Size,Reg}|Instructions], Env) -> Primop = hipe_icode:mk_primop(Dest,mktuple,Src), Moves ++ [Primop | trans_fun(Instructions2,Env2)]; %%--- put --- SHOULD NOT REALLY EXIST HERE; put INSTRUCTIONS ARE HANDLED ABOVE. +%%--- put_tuple2 --- +trans_fun([{put_tuple2,Reg,{list,Elements}}|Instructions], Env) -> + Dest = [mk_var(Reg)], + {Moves,Vars,Env2} = trans_elements(Elements, [], [], Env), + Src = lists:reverse(Vars), + Primop = hipe_icode:mk_primop(Dest, mktuple, Src), + Moves ++ [Primop | trans_fun(Instructions, Env2)]; %%--- badmatch --- trans_fun([{badmatch,Arg}|Instructions], Env) -> BadVar = trans_arg(Arg), @@ -1139,9 +1146,10 @@ trans_fun([{test,has_map_fields,{f,Lbl},Map,{list,Keys}}|Instructions], Env) -> lists:flatten([[K, {r, 0}] || K <- Keys])), [MapMove, TestInstructions | trans_fun(Instructions, Env2)]; trans_fun([{get_map_elements,{f,Lbl},Map,{list,KVPs}}|Instructions], Env) -> + KVPs1 = overwrite_map_last(Map, KVPs), {MapMove, MapVar, Env1} = mk_move_and_var(Map, Env), {TestInstructions, GetInstructions, Env2} = - trans_map_query(MapVar, map_label(Lbl), Env1, KVPs), + trans_map_query(MapVar, map_label(Lbl), Env1, KVPs1), [MapMove, TestInstructions, GetInstructions | trans_fun(Instructions, Env2)]; %%--- put_map_assoc --- trans_fun([{put_map_assoc,{f,Lbl},Map,Dst,_N,{list,Pairs}}|Instructions], Env) -> @@ -1563,6 +1571,21 @@ trans_type_test2(function2, Lbl, Arg, Arity, Env) -> hipe_icode:label_name(True), map_label(Lbl)), {[Move1,Move2,I,True],Env2}. + +%% +%% Makes sure that if a get_map_elements instruction will overwrite +%% the map source, it will be done last. +%% +overwrite_map_last(Map, KVPs) -> + overwrite_map_last2(Map, KVPs, []). + +overwrite_map_last2(Map, [Key,Map|KVPs], _Last) -> + overwrite_map_last2(Map, KVPs, [Key,Map]); +overwrite_map_last2(Map, [Key,Val|KVPs], Last) -> + [Key,Val|overwrite_map_last2(Map, KVPs, Last)]; +overwrite_map_last2(_Map, [], Last) -> + Last. + %% %% Handles the get_map_elements instruction and the has_map_fields %% test instruction. @@ -1683,6 +1706,19 @@ trans_puts([{put,X}|Code], Vars, Moves, Env) -> trans_puts(Code, Vars, Moves, Env) -> %% No more put operations {Moves, Code, Vars, Env}. +trans_elements([X|Code], Vars, Moves, Env) -> + case type(X) of + var -> + Var = mk_var(X), + trans_elements(Code, [Var|Vars], Moves, Env); + #beam_const{value=C} -> + Var = mk_var(new), + Move = hipe_icode:mk_move(Var, hipe_icode:mk_const(C)), + trans_elements(Code, [Var|Vars], [Move|Moves], Env) + end; +trans_elements([], Vars, Moves, Env) -> + {Moves, Vars, Env}. + %%----------------------------------------------------------------------- %% The code for this instruction is a bit large because we are treating %% different cases differently. We want to use the icode `type' diff --git a/lib/hipe/icode/hipe_icode_range.erl b/lib/hipe/icode/hipe_icode_range.erl index 34b18acccd..098a7a8d8c 100644 --- a/lib/hipe/icode/hipe_icode_range.erl +++ b/lib/hipe/icode/hipe_icode_range.erl @@ -1633,7 +1633,7 @@ inf_bsl(_, pos_inf) -> neg_inf; inf_bsl(Number, neg_inf) when is_integer(Number), Number >= 0 -> 0; inf_bsl(_Number, neg_inf) -> -1; inf_bsl(Number1, Number2) when is_integer(Number1), is_integer(Number2) -> - %% We can not shift left with a number which is not a fixnum. We + %% We cannot shift left with a number which is not a fixnum. We %% don't have enough memory. Bits = ?BITS, if Number2 > (Bits bsl 1) -> inf_bsl(Number1, pos_inf); diff --git a/lib/hipe/rtl/hipe_icode2rtl.erl b/lib/hipe/rtl/hipe_icode2rtl.erl index 6da8a76d34..1ab41f4deb 100644 --- a/lib/hipe/rtl/hipe_icode2rtl.erl +++ b/lib/hipe/rtl/hipe_icode2rtl.erl @@ -215,7 +215,7 @@ gen_enter(I, VarMap, ConstTab) -> {Code1, ConstTab2} = case hipe_icode:enter_type(I) of primop -> - IsGuard = false, % enter can not happen in a guard + IsGuard = false, % enter cannot happen in a guard hipe_rtl_primops:gen_enter_primop({Fun, Args}, IsGuard, ConstTab1); Type -> Call = gen_enter_1(Fun, Args, Type), diff --git a/lib/hipe/rtl/hipe_rtl_arith.inc b/lib/hipe/rtl/hipe_rtl_arith.inc index c05b7aa160..575f10b542 100644 --- a/lib/hipe/rtl/hipe_rtl_arith.inc +++ b/lib/hipe/rtl/hipe_rtl_arith.inc @@ -118,8 +118,8 @@ eval_alu(Op, Arg1, Arg2) -> %% Bjรถrn & Bjarni: %% We need to be able to do evaluations based only on the bits, since -%% there are cases where we can evaluate a subset of the bits, but can -%% not do a full eval-alub call (eg. a + 0 gives no carry) +%% there are cases where we can evaluate a subset of the bits, but +%% cannot do a full eval-alub call (eg. a + 0 gives no carry) %% -spec eval_cond_bits(hipe_rtl:alub_cond(), boolean(), boolean(), boolean(), boolean()) -> boolean(). diff --git a/lib/hipe/rtl/hipe_rtl_ssa_const_prop.erl b/lib/hipe/rtl/hipe_rtl_ssa_const_prop.erl index cad43e2df5..72373e536d 100644 --- a/lib/hipe/rtl/hipe_rtl_ssa_const_prop.erl +++ b/lib/hipe/rtl/hipe_rtl_ssa_const_prop.erl @@ -31,11 +31,11 @@ %% %% Some things to note: %% -%% 1. All precoloured registers are assumed to contain bottom. We can not +%% 1. All precoloured registers are assumed to contain bottom. We cannot %% do anything with them since they are not in SSA-form. This might be %% possible to resolve in some way, but we decided to not go there. %% -%% 2. const_labels are assumed to be bottom, we can not find the address +%% 2. const_labels are assumed to be bottom, we cannot find the address %% in any nice way (that I know of, maybe someone can help ?). I %% suppose they don't get a value until linking (or some step that %% resembles it). They are only affecting bignums and floats (at least @@ -579,7 +579,7 @@ visit_multimove(Inst, Env) -> %% Procedure : visit_call/2 %% Purpose : execute a call-instruction. All calls return bottom. We make %% this assumption since the icode-leel have taken care of BIF's -%% and we belive that we are left with the things that can not be +%% and we belive that we are left with the things that cannot be %% done att compile time. %% Arguments : Inst - The instruction %% Env - The environment diff --git a/lib/hipe/test/Makefile b/lib/hipe/test/Makefile index efeb0887ab..3650cda663 100644 --- a/lib/hipe/test/Makefile +++ b/lib/hipe/test/Makefile @@ -13,7 +13,6 @@ MODULES= \ # .erl files for these modules are automatically generated GEN_MODULES= \ basic_SUITE \ - bs_SUITE \ maps_SUITE \ sanity_SUITE diff --git a/lib/hipe/test/basic_SUITE_data/basic_inline_function.erl b/lib/hipe/test/basic_SUITE_data/basic_inline_function.erl deleted file mode 100644 index 4c08064670..0000000000 --- a/lib/hipe/test/basic_SUITE_data/basic_inline_function.erl +++ /dev/null @@ -1,73 +0,0 @@ -%%% -*- erlang-indent-level: 2 -*- -%%%------------------------------------------------------------------- -%%% Author: Kostis Sagonas -%%% -%%% Contains tests that depend on the compiler inliner being turned on. -%%%------------------------------------------------------------------- --module(basic_inline_function). - --export([test/0]). - --compile({inline, [{to_objects, 3}]}). - -test() -> - ok = test_inline_match(), - ok. - -%%-------------------------------------------------------------------- - -test_inline_match() -> - bad_object = test1(a, {binary, foo, set}, c), - bad_object = test2(a, {binary, foo, set}, c), - bad_object = test3(a, {binary, foo, set}, c), - ok. - -%% Inlined -test1(KeysObjs, C, Ts) -> - case catch to_objects(KeysObjs, C, Ts) of - {'EXIT', _} -> - bad_object; - ok -> - ok - end. - -%% "Inlined" by hand -test2(KeysObjs, C, _Ts) -> - case catch (case C of - {binary, _, set} -> - <<_ObjSz0:32, _T/binary>> = KeysObjs; - _ -> ok - end) of - {'EXIT', _} -> - bad_object; - ok -> - ok - end. - -%% Not inlined -test3(KeysObjs, C, Ts) -> - case catch fto_objects(KeysObjs, C, Ts) of - {'EXIT', _} -> - bad_object; - ok -> - ok - end. - -%% Inlined. -to_objects(Bin, {binary, _, set}, _Ts) -> - <<_ObjSz0:32, _T/binary>> = Bin, - ok; -to_objects(<<_ObjSz0:32, _T/binary>> ,_, _) -> - ok; -to_objects(_Bin, _, _Ts) -> - ok. - -%% Not Inlined. -fto_objects(Bin, {binary, _, set}, _Ts) -> - <<_ObjSz0:32, _T/binary>> = Bin, - ok; -fto_objects(<<_ObjSz0:32, _T/binary>> ,_,_) -> - ok; -fto_objects(_Bin, _, _Ts) -> - ok. - diff --git a/lib/inets/doc/src/httpd.xml b/lib/inets/doc/src/httpd.xml index 2c70c2b050..e5adb4eb20 100644 --- a/lib/inets/doc/src/httpd.xml +++ b/lib/inets/doc/src/httpd.xml @@ -173,7 +173,7 @@ <item> <p>For <c>ip_comm</c> configuration options, see <seealso marker="kernel:gen_tcp#listen-2">gen_tcp:listen/2</seealso>, some options - that are used internally by httpd can not be set.</p> + that are used internally by httpd cannot be set.</p> <p>For <c>SSL</c> configuration options, see <seealso marker="ssl:ssl#listen-2">ssl:listen/2</seealso>.</p> <p>Default is <c>ip_comm</c>.</p> diff --git a/lib/inets/doc/src/notes.xml b/lib/inets/doc/src/notes.xml index fdcb394108..e34dd78a2a 100644 --- a/lib/inets/doc/src/notes.xml +++ b/lib/inets/doc/src/notes.xml @@ -1277,7 +1277,7 @@ Add option {ftp_extension, boolean} to enable use of extended commands EPSV and EPRT, as specified in RFC 2428, for IPv4 instead of using the legacy commands. Ipv6 - can not be supported without the extended commands.</p> + cannot be supported without the extended commands.</p> <p> Own Id: OTP-12255</p> </item> diff --git a/lib/inets/doc/src/notes_history.xml b/lib/inets/doc/src/notes_history.xml index c12899e614..1523827db9 100644 --- a/lib/inets/doc/src/notes_history.xml +++ b/lib/inets/doc/src/notes_history.xml @@ -1149,8 +1149,8 @@ <list type="bulleted"> <item> <p>When further testing the functionality of https requests - that goes through a proxy. We realised that alas this can - not currently be supported as it requires features from + that goes through a proxy. We realised that alas this + cannot currently be supported as it requires features from the ssl implementation that is not currently available. So for now an error message will be returned when trying to use this functionality.</p> diff --git a/lib/inets/src/http_client/httpc_cookie.erl b/lib/inets/src/http_client/httpc_cookie.erl index cbf428ab3e..2e647a1438 100644 --- a/lib/inets/src/http_client/httpc_cookie.erl +++ b/lib/inets/src/http_client/httpc_cookie.erl @@ -271,7 +271,7 @@ lookup_cookies(CookieDb, Host, Path) -> lookup_domain_cookies(_CookieDb, [], AccCookies) -> lists:flatten(AccCookies); -%% Top domains can not have cookies +%% Top domains cannot have cookies lookup_domain_cookies(_CookieDb, [_], AccCookies) -> lists:flatten(AccCookies); diff --git a/lib/inets/src/http_client/httpc_manager.erl b/lib/inets/src/http_client/httpc_manager.erl index 0333442bf2..0dc0483fa9 100644 --- a/lib/inets/src/http_client/httpc_manager.erl +++ b/lib/inets/src/http_client/httpc_manager.erl @@ -863,7 +863,7 @@ select_session(Candidates, _, Max, pipeline) -> select_session(Candidates, Max). select_session([] = _Candidates, _Max) -> - ?hcrd("select session - no candicate", []), + ?hcrd("select session - no candidate", []), no_connection; select_session(Candidates, Max) -> NewCandidates = diff --git a/lib/inets/src/http_client/httpc_response.erl b/lib/inets/src/http_client/httpc_response.erl index 78d6b4ed24..bb6b76da89 100644 --- a/lib/inets/src/http_client/httpc_response.erl +++ b/lib/inets/src/http_client/httpc_response.erl @@ -398,7 +398,7 @@ redirect(Response = {_, Headers, _}, Request) -> THost = http_util:maybe_add_brackets(maps:get(host, URIMap), Brackets), TPort = maps:get(port, URIMap), TPath = maps:get(path, URIMap), - TQuery = maps:get(query, URIMap, ""), + TQuery = add_question_mark(maps:get(query, URIMap, "")), NewURI = uri_string:normalize( uri_string:recompose(URIMap)), HostPort = http_request:normalize_host(TScheme, THost, TPort), @@ -417,6 +417,14 @@ redirect(Response = {_, Headers, _}, Request) -> end end. +add_question_mark(<<>>) -> + <<>>; +add_question_mark([]) -> + []; +add_question_mark(Comp) when is_binary(Comp) -> + <<$?, Comp/binary>>; +add_question_mark(Comp) when is_list(Comp) -> + [$?|Comp]. %% RFC3986 - 5.2.2. Transform References resolve_uri(Scheme, Host, Port, Path, Query, URI) -> diff --git a/lib/inets/test/http_format_SUITE.erl b/lib/inets/test/http_format_SUITE.erl index d6b0e5f9f5..0a5aed67d5 100644 --- a/lib/inets/test/http_format_SUITE.erl +++ b/lib/inets/test/http_format_SUITE.erl @@ -435,7 +435,7 @@ http_request(Config) when is_list(Config) -> [<<>>, Length1], HttpBody1)). %%------------------------------------------------------------------------- validate_request_line() -> - [{doc, "Test httpd_request:validate/3. Makes sure you can not get past" + [{doc, "Test httpd_request:validate/3. Makes sure you cannot get past" " the server_root and that the request is recognized by the server" " and protcol version."}]. validate_request_line(Config) when is_list(Config) -> diff --git a/lib/inets/test/httpc_proxy_SUITE.erl b/lib/inets/test/httpc_proxy_SUITE.erl index 198b245399..3ee7981660 100644 --- a/lib/inets/test/httpc_proxy_SUITE.erl +++ b/lib/inets/test/httpc_proxy_SUITE.erl @@ -534,7 +534,7 @@ init_local_proxy(Config) -> ct:fail({local_proxy_start_failed,Error}) end; _ -> - {skip,"Platform can not run local proxy start script"} + {skip,"Platform cannot run local proxy start script"} end. init_local_proxy_string(String, Config) -> diff --git a/lib/jinterface/doc/src/notes.xml b/lib/jinterface/doc/src/notes.xml index 75a2364384..e4bfddcd17 100644 --- a/lib/jinterface/doc/src/notes.xml +++ b/lib/jinterface/doc/src/notes.xml @@ -720,7 +720,7 @@ <item> <p><c>OtpMbox.receive()</c> and <c>OtpMbox.receive(long timeout)</c> can now throw <c>OtpErlangDecodeException</c> if the received message - can not be decoded. <c>null</c> is now only returned from + cannot be decoded. <c>null</c> is now only returned from <c>OtpMbox.receive(long timeout)</c> if a timeout occurs. <c>OtpMbox.receive()</c> will never return <c>null</c>.</p> <p>*** POTENTIAL INCOMPATIBILITY ***</p> diff --git a/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpEpmd.java b/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpEpmd.java index 363fdb950a..fffb8475d3 100644 --- a/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpEpmd.java +++ b/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpEpmd.java @@ -102,7 +102,7 @@ public class OtpEpmd { /** * Set the port number to be used to contact the epmd process. Only needed * when the default port is not desired and system environment variable - * ERL_EPMD_PORT can not be read (applet). + * ERL_EPMD_PORT cannot be read (applet). */ public static void useEpmdPort(final int port) { EpmdPort.set(port); diff --git a/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpInputStream.java b/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpInputStream.java index ded8f6e1e5..6d81ce630b 100644 --- a/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpInputStream.java +++ b/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpInputStream.java @@ -601,7 +601,7 @@ public class OtpInputStream extends ByteArrayInputStream { * @return the integer value. * * @exception OtpErlangDecodeException - * if the next term in the stream can not be represented as a + * if the next term in the stream cannot be represented as a * positive integer. */ public int read_uint() throws OtpErlangDecodeException { @@ -622,7 +622,7 @@ public class OtpInputStream extends ByteArrayInputStream { * @return the integer value. * * @exception OtpErlangDecodeException - * if the next term in the stream can not be represented as + * if the next term in the stream cannot be represented as * an integer. */ public int read_int() throws OtpErlangDecodeException { @@ -643,7 +643,7 @@ public class OtpInputStream extends ByteArrayInputStream { * @return the short value. * * @exception OtpErlangDecodeException - * if the next term in the stream can not be represented as a + * if the next term in the stream cannot be represented as a * positive short. */ public short read_ushort() throws OtpErlangDecodeException { @@ -664,7 +664,7 @@ public class OtpInputStream extends ByteArrayInputStream { * @return the short value. * * @exception OtpErlangDecodeException - * if the next term in the stream can not be represented as a + * if the next term in the stream cannot be represented as a * short. */ public short read_short() throws OtpErlangDecodeException { @@ -685,7 +685,7 @@ public class OtpInputStream extends ByteArrayInputStream { * @return the long value. * * @exception OtpErlangDecodeException - * if the next term in the stream can not be represented as a + * if the next term in the stream cannot be represented as a * positive long. */ public long read_ulong() throws OtpErlangDecodeException { @@ -698,7 +698,7 @@ public class OtpInputStream extends ByteArrayInputStream { * @return the long value. * * @exception OtpErlangDecodeException - * if the next term in the stream can not be represented as a + * if the next term in the stream cannot be represented as a * long. */ public long read_long() throws OtpErlangDecodeException { diff --git a/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpMbox.java b/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpMbox.java index 42e178c3f6..29a8bc1540 100644 --- a/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpMbox.java +++ b/lib/jinterface/java_src/com/ericsson/otp/erlang/OtpMbox.java @@ -156,7 +156,7 @@ public class OtpMbox { * of the next message waiting in this mailbox. * * @exception OtpErlangDecodeException - * if the message can not be decoded. + * if the message cannot be decoded. * * @exception OtpErlangExit * if a linked {@link OtpErlangPid pid} has exited or has @@ -184,7 +184,7 @@ public class OtpMbox { * of the next message waiting in this mailbox. * * @exception OtpErlangDecodeException - * if the message can not be decoded. + * if the message cannot be decoded. * * @exception OtpErlangExit * if a linked {@link OtpErlangPid pid} has exited or has diff --git a/lib/kernel/doc/src/code.xml b/lib/kernel/doc/src/code.xml index aff3e8133c..69ce4da61c 100644 --- a/lib/kernel/doc/src/code.xml +++ b/lib/kernel/doc/src/code.xml @@ -538,7 +538,7 @@ zip:create("mnesia-4.4.7.ez", </item> <tag><c>not_purged</c></tag> <item> - <p>The object code can not be loaded because an old version + <p>The object code cannot be loaded because an old version of the code already exists.</p> </item> <tag><c>sticky_directory</c></tag> @@ -611,7 +611,7 @@ ok = code:finish_loading(Prepared), <taglist> <tag><c>not_purged</c></tag> <item> - <p>The object code can not be loaded because an old version + <p>The object code cannot be loaded because an old version of the code already exists.</p> </item> <tag><c>sticky_directory</c></tag> diff --git a/lib/kernel/doc/src/logger_chapter.xml b/lib/kernel/doc/src/logger_chapter.xml index 4a81cfa34a..fdb21fa24c 100644 --- a/lib/kernel/doc/src/logger_chapter.xml +++ b/lib/kernel/doc/src/logger_chapter.xml @@ -209,13 +209,13 @@ <pre>fun((<seealso marker="logger#type-report"><c>logger:report()</c></seealso>,<seealso marker="logger#type-report_cb_config"><c>logger:report_cb_config()</c></seealso>) -> <seealso marker="stdlib:unicode#type-chardata"><c>unicode:chardata()</c></seealso>) </pre> <p>The fun must obey the <c>depth</c> and <c>chars_limit</c> - parameters provided in the second argument, as the formatter can - not do anything useful of these parameters with the returned - string. The extra data also contains a field named - <c>single_line</c>, indicating if the printed log message may - contain line breaks or not. This variant is used when the - formatting of the report depends on the size or single line - parameters.</p> + parameters provided in the second argument, as the formatter + cannot do anything useful of these parameters with the + returned string. The extra data also contains a field named + <c>single_line</c>, indicating if the printed log message may + contain line breaks or not. This variant is used when the + formatting of the report depends on the size or single line + parameters.</p> <p>Example, format string and arguments:</p> <code>logger:error("The file does not exist: ~ts",[Filename])</code> <p>Example, string:</p> diff --git a/lib/kernel/src/erts_debug.erl b/lib/kernel/src/erts_debug.erl index 1270de4144..c4d276f9e8 100644 --- a/lib/kernel/src/erts_debug.erl +++ b/lib/kernel/src/erts_debug.erl @@ -36,7 +36,8 @@ map_info/1, same/2, set_internal_state/2, size_shared/1, copy_shared/1, dirty_cpu/2, dirty_io/2, dirty/3, lcnt_control/1, lcnt_control/2, lcnt_collect/0, lcnt_clear/0, - lc_graph/0, lc_graph_to_dot/2, lc_graph_merge/2]). + lc_graph/0, lc_graph_to_dot/2, lc_graph_merge/2, + alloc_blocks_size/1]). -spec breakpoint(MFA, Flag) -> non_neg_integer() when MFA :: {Module :: module(), @@ -495,3 +496,58 @@ lcg_print_locks(Out, [LastLock]) -> lcg_print_locks(Out, [Lock | Rest]) -> io:format(Out, "~w,\n", [Lock]), lcg_print_locks(Out, Rest). + + +%% Returns the amount of memory allocated by the given allocator type. +-spec alloc_blocks_size(Type) -> non_neg_integer() | undefined when + Type :: atom(). + +alloc_blocks_size(Type) -> + Allocs = erlang:system_info(alloc_util_allocators), + Sizes = erlang:system_info({allocator_sizes, Allocs}), + alloc_blocks_size_1(Sizes, Type, 0). + +alloc_blocks_size_1([], _Type, 0) -> + undefined; +alloc_blocks_size_1([{_Type, false} | Rest], Type, Acc) -> + alloc_blocks_size_1(Rest, Type, Acc); +alloc_blocks_size_1([{Type, Instances} | Rest], Type, Acc0) -> + F = fun ({instance, _, L}, Acc) -> + MBCSPool = case lists:keyfind(mbcs_pool, 1, L) of + {_, Pool} -> Pool; + false -> [] + end, + {_,MBCS} = lists:keyfind(mbcs, 1, L), + {_,SBCS} = lists:keyfind(sbcs, 1, L), + Acc + + sum_block_sizes(MBCSPool) + + sum_block_sizes(MBCS) + + sum_block_sizes(SBCS) + end, + alloc_blocks_size_1(Rest, Type, lists:foldl(F, Acc0, Instances)); +alloc_blocks_size_1([{_Type, Instances} | Rest], Type, Acc0) -> + F = fun ({instance, _, L}, Acc) -> + Acc + sum_foreign_sizes(Type, L) + end, + alloc_blocks_size_1(Rest, Type, lists:foldl(F, Acc0, Instances)); +alloc_blocks_size_1([], _Type, Acc) -> + Acc. + +sum_foreign_sizes(Type, L) -> + case lists:keyfind(mbcs_pool, 1, L) of + {_,Pool} -> + {_,ForeignBlocks} = lists:keyfind(foreign_blocks, 1, Pool), + case lists:keyfind(Type, 1, ForeignBlocks) of + {_,TypeSizes} -> sum_block_sizes(TypeSizes); + false -> 0 + end; + _ -> + 0 + end. + +sum_block_sizes(Blocks) -> + lists:foldl( + fun({blocks_size, Sz,_,_}, Sz0) -> Sz0+Sz; + ({blocks_size, Sz}, Sz0) -> Sz0+Sz; + (_, Sz) -> Sz + end, 0, Blocks). diff --git a/lib/kernel/src/inet_config.erl b/lib/kernel/src/inet_config.erl index 9f76360b8b..e771461b65 100644 --- a/lib/kernel/src/inet_config.erl +++ b/lib/kernel/src/inet_config.erl @@ -98,7 +98,7 @@ init() -> {win32,WinType} -> win32_load_from_registry(WinType); _ -> - error("can not read win32 system registry~n", []) + error("cannot read win32 system registry~n", []) end end, CfgFiles), diff --git a/lib/kernel/src/inet_dns.erl b/lib/kernel/src/inet_dns.erl index f1f58bc872..6c98d2aab7 100644 --- a/lib/kernel/src/inet_dns.erl +++ b/lib/kernel/src/inet_dns.erl @@ -699,7 +699,7 @@ encode_labels(Bin, Comp0, Pos, [L|Ls]=Labels) none -> Comp = if Pos < (3 bsl 14) -> %% Just in case - compression - %% pointers can not reach further + %% pointers cannot reach further gb_trees:insert(Labels, Pos, Comp0); true -> Comp0 end, diff --git a/lib/kernel/test/inet_SUITE.erl b/lib/kernel/test/inet_SUITE.erl index f436eafad3..8b33f4a679 100644 --- a/lib/kernel/test/inet_SUITE.erl +++ b/lib/kernel/test/inet_SUITE.erl @@ -97,7 +97,7 @@ end_per_group(_GroupName, Config) -> init_per_testcase(lookup_bad_search_option, Config) -> Db = inet_db, Key = res_lookup, - %% The bad option can not enter through inet_db:set_lookup/1, + %% The bad option cannot enter through inet_db:set_lookup/1, %% but through e.g .inetrc. Prev = ets:lookup(Db, Key), ets:delete(Db, Key), diff --git a/lib/kernel/test/inet_res_SUITE.erl b/lib/kernel/test/inet_res_SUITE.erl index df6e48abae..cbec8d430c 100644 --- a/lib/kernel/test/inet_res_SUITE.erl +++ b/lib/kernel/test/inet_res_SUITE.erl @@ -531,7 +531,7 @@ edns0(Config) when is_list(Config) -> case os:version() of {M,V,_} when M < 5; M == 5, V =< 8 -> %% In our test park only known platform - %% with an DNS resolver that can not do + %% with an DNS resolver that cannot do %% EDNS0. {comment,"No EDNS0"} end diff --git a/lib/kernel/test/init_SUITE.erl b/lib/kernel/test/init_SUITE.erl index 6a006cdc01..7828cc4716 100644 --- a/lib/kernel/test/init_SUITE.erl +++ b/lib/kernel/test/init_SUITE.erl @@ -451,7 +451,7 @@ find_system_procs([], SysProcs) -> SysProcs#sys_procs.dirty_sig_handler_max]; find_system_procs([P|Ps], SysProcs) -> case process_info(P, [initial_call, priority]) of - [{initial_call,{otp_ring0,start,2}},_] -> + [{initial_call,{erl_init,start,2}},_] -> undefined = SysProcs#sys_procs.init, find_system_procs(Ps, SysProcs#sys_procs{init = P}); [{initial_call,{erts_code_purger,start,0}},_] -> diff --git a/lib/kernel/test/seq_trace_SUITE.erl b/lib/kernel/test/seq_trace_SUITE.erl index cf4bf11328..3bbf62e832 100644 --- a/lib/kernel/test/seq_trace_SUITE.erl +++ b/lib/kernel/test/seq_trace_SUITE.erl @@ -19,6 +19,9 @@ %% -module(seq_trace_SUITE). +%% label_capability_mismatch needs to run a part of the test on an OTP 20 node. +-compile(r20). + -export([all/0, suite/0,groups/0,init_per_suite/1, end_per_suite/1, init_per_group/2,end_per_group/2, init_per_testcase/2,end_per_testcase/2]). @@ -329,7 +332,7 @@ do_incompatible_labels(Rel) -> Mdir = filename:dirname(Dir), true = rpc:call(Node,code,add_patha,[Mdir]), seq_trace:reset_trace(), - rpc:call(Node,?MODULE,start_tracer,[]), + true = is_pid(rpc:call(Node,?MODULE,start_tracer,[])), Receiver = spawn(Node,?MODULE,one_time_receiver,[]), %% This node does not support arbitrary labels, so it must fail with a @@ -356,7 +359,7 @@ do_compatible_labels(Rel) -> Mdir = filename:dirname(Dir), true = rpc:call(Node,code,add_patha,[Mdir]), seq_trace:reset_trace(), - rpc:call(Node,?MODULE,start_tracer,[]), + true = is_pid(rpc:call(Node,?MODULE,start_tracer,[])), Receiver = spawn(Node,?MODULE,one_time_receiver,[]), %% This node does not support arbitrary labels, but small integers should diff --git a/lib/megaco/configure.in b/lib/megaco/configure.in index eaa875d0a3..bae6144abe 100644 --- a/lib/megaco/configure.in +++ b/lib/megaco/configure.in @@ -22,10 +22,6 @@ dnl dnl define([AC_CACHE_LOAD], )dnl dnl define([AC_CACHE_SAVE], )dnl -if test "x$no_recursion" != "xyes" -a "x$OVERRIDE_CONFIG_CACHE" = "x"; then - # We do not want to use a common cache! - cache_file=/dev/null -fi AC_INIT(vsn.mk) @@ -42,11 +38,14 @@ else host_os=win32 fi - dnl ---------------------------------------------------------------------- dnl Checks for programs. dnl ---------------------------------------------------------------------- +AC_PROG_CC + +LM_WINDOWS_ENVIRONMENT + AC_DEFUN(ERL_REENTRANT_FLEX, [flex_compile='$LEX -R -Pconftest -oconftest.c conftest.flex 1>&AC_FD_CC' changequote(253, 273)dnl @@ -188,111 +187,7 @@ CFLAGS="$CFLAGS $sanitizers" LDFLAGS="$LDFLAGS $sanitizers" ]) -dnl -dnl If ${ERL_TOP}/make/otp_ded.mk.in exists and contains DED_MK_VSN > 0, -dnl every thing releted to compiling Dynamic Erlang Drivers can be found -dnl in $(ERL_TOP)/make/$(TARGET)/ded.mk at compile time. If not, try to -dnl figure these things out. -dnl - -AC_MSG_CHECKING([for usable Dynamic Erlang Driver configuration]) -[ - ded_mk_in="${ERL_TOP}/make/otp_ded.mk.in" - ded_mk_vsn= - test -r "$ded_mk_in" && - ded_mk_vsn=`sed -n "s/^DED_MK_VSN[ ]*=[ ]*\(.*\)/\1/p" < "$ded_mk_in"` - test "$ded_mk_vsn" != "" || ded_mk_vsn=0 -] - -if test $ded_mk_vsn -gt 0; then - -HAVE_USABLE_OTP_DED_MK=yes -AC_MSG_RESULT([yes]) - -CC=false -AC_SUBST(CC) -DED_LD=false -AC_SUBST(DED_LD) - -else dnl --- begin no usable otp_ded.mk.in --- - -HAVE_USABLE_OTP_DED_MK=no -AC_MSG_RESULT([no]) - -dnl -dnl C compiler (related) defs -dnl - -AC_PROG_CC - -dnl -dnl Flags to the C compiler -dnl - -if test "X$host" = "Xwin32"; then - DED_CFLAGS="$CFLAGS" -else - case $host_os in - darwin*) - CFLAGS="$CFLAGS -fno-common" - ;; - esac - - if test "x$GCC" = xyes; then - DED_CFLAGS="$CFLAGS -fPIC $DED_CFLAGS" - else - DED_CFLAGS="$CFLAGS $DED_CFLAGS" - fi -fi - -dnl emulator includes needed -DED_INCLUDES="-I${ERL_TOP}/erts/emulator/beam -I${ERL_TOP}/erts/include -I${ERL_TOP}/erts/include/$host -I${ERL_TOP}/erts/include/internal -I${ERL_TOP}/erts/include/internal/$host -I${ERL_TOP}/erts/emulator/sys/$ERLANG_OSTYPE" - -DED_THR_DEFS="-D_THREAD_SAFE -D_REENTRANT" - -case $host_os in - win32) - DED_LDFLAGS="-dll" - ;; - solaris2*|sysv4*) - DED_LDFLAGS="-G" - ;; - aix4*) - DED_LDFLAGS="-G -bnoentry -bexpall" - ;; - freebsd2*) - # Non-ELF GNU linker - DED_LDFLAGS="-Bshareable" - ;; - darwin*) - # Mach-O linker, a shared lib and a loadable - # object file is not the same thing. - DED_LDFLAGS="-bundle -flat_namespace -undefined suppress" - DED_LD="$CC" - ;; - *) - # assume GNU linker and ELF - DED_LDFLAGS="-shared" - ;; -esac - -AC_CHECK_PROGS(DED_LD, [$LD ld.sh]) -AC_CHECK_TOOL(DED_LD, ld, no_ld) -if test "$DED_LD" = no_ld; then - AC_MSG_ERROR([ld is required to build the flex scanner!]) -fi - -AC_MSG_CHECKING(for linker flags for loadable drivers) -DED_LDFLAGS="$LDFLAGS $DED_LDFLAGS" -AC_MSG_RESULT([$DED_LDFLAGS]) - -fi dnl --- end no usable otp_ded.mk.in --- - -AC_SUBST(HAVE_USABLE_OTP_DED_MK) -AC_SUBST(DED_CFLAGS) -AC_SUBST(DED_INCLUDES) -AC_SUBST(DED_THR_DEFS) -AC_SUBST(DED_LDFLAGS) +ERL_DED AC_CHECK_PROG(PERL, perl, perl, no_perl) if test "$PERL" = no_perl; then diff --git a/lib/megaco/src/flex/Makefile.in b/lib/megaco/src/flex/Makefile.in index c37ad4d702..26d2ddd44c 100644 --- a/lib/megaco/src/flex/Makefile.in +++ b/lib/megaco/src/flex/Makefile.in @@ -31,25 +31,6 @@ include ../../vsn.mk VSN=$(MEGACO_VSN) # ---------------------------------------------------- -# Dynamic Erlang Driver -# ---------------------------------------------------- -HAVE_USABLE_OTP_DED_MK = @HAVE_USABLE_OTP_DED_MK@ - -ifeq ($(HAVE_USABLE_OTP_DED_MK),yes) -# otp_ded.mk will be used on R13B04 and later -include $(ERL_TOP)/make/$(TARGET)/otp_ded.mk -else -# megacos configure provide the info instead -DED_CC = @CC@ -DED__NOWARN_NOTHR_CFLAGS = @DED_CFLAGS@ -DED_THR_DEFS = @DED_THR_DEFS@ -DED_LD = @DED_LD@ -DED_LDFLAGS = @DED_LDFLAGS@ -DED_INCLUDES = @DED_INCLUDES@ -DED_EXT = so -endif - -# ---------------------------------------------------- # The following variables differ on different systems, we set # reasonable defaults, if something different is needed it should # be set for that system only. @@ -57,20 +38,19 @@ endif FLEX_VSN = $(shell flex --version) -TMP_CFLAGS = $(DED__NOWARN_NOTHR_CFLAGS) @OTP_EXTRA_FLAGS@ +TMP_CFLAGS = @DED_BASIC_CFLAGS@ @OTP_EXTRA_FLAGS@ ifeq ($(TYPE),valgrind) CFLAGS = $(subst -O2, , $(TMP_CFLAGS)) -DVALGRIND else CFLAGS = $(TMP_CFLAGS) endif -CC = $(DED_CC) -CFLAGS_MT = $(CFLAGS) $(DED_THR_DEFS) -LD = $(DED_LD) -LDFLAGS = $(DED_LDFLAGS) +CC = @DED_CC@ +CFLAGS_MT = $(CFLAGS) @DED_THR_DEFS@ +LD = @DED_LD@ +LDFLAGS = @DED_LDFLAGS@ LEX = @LEX@ LEXLIB = @LEXLIB@ PERL = @PERL@ -ERLANG_OSTYPE = @ERLANG_OSTYPE@ # Shall we build the flex scanner or not. # We assume that it does not exist on windows... @@ -143,8 +123,8 @@ ifeq ($(findstring win32,$(TARGET)), win32) FLEX_SCANNER_SO = SOLIBS = $(FLEX_SCANNER_SO) else -FLEX_SCANNER_SO = $(LIBDIR)/$(STD_DRV).$(DED_EXT) -FLEX_SCANNER_MT_SO = $(LIBDIR)/$(MT_DRV).$(DED_EXT) +FLEX_SCANNER_SO = $(LIBDIR)/$(STD_DRV).@DED_EXT@ +FLEX_SCANNER_MT_SO = $(LIBDIR)/$(MT_DRV).@DED_EXT@ SOLIBS = $(FLEX_SCANNER_SO) $(FLEX_SCANNER_MT_SO) endif @@ -179,7 +159,7 @@ else CFLAGS += -DMFS_FLEX_DEBUG=0 endif -CFLAGS += $(DED_INCLUDES) -I$(ERL_TOP)/erts/$(TARGET) $(DRV_FLAGS) -funroll-loops -Wall +CFLAGS += @DED_INCLUDE@ -I$(ERL_TOP)/erts/$(TARGET) $(DRV_FLAGS) -funroll-loops -Wall #ifneq ($(FLEX_VSN),) #CFLAGS += -DFLEX_VERSION="$(FLEX_VSN)" @@ -398,10 +378,10 @@ $(OBJDIR)/$(MT_DRV).o: $(MT_DRV).c # No need to link with -lfl as we have also defined %option noyywrap - # and having -lfl doesn't work under Darwin for some reason. - Sean -$(LIBDIR)/$(STD_DRV).$(DED_EXT): $(OBJDIR)/$(STD_DRV).o +$(LIBDIR)/$(STD_DRV).@DED_EXT@: $(OBJDIR)/$(STD_DRV).o $(V_colon)@echo "linking std driver:" $(V_LD) $(LDFLAGS) -o $@ $< -$(LIBDIR)/$(MT_DRV).$(DED_EXT): $(OBJDIR)/$(MT_DRV).o +$(LIBDIR)/$(MT_DRV).@DED_EXT@: $(OBJDIR)/$(MT_DRV).o $(V_colon)@echo "linking multi-threaded driver:" $(V_LD) $(LDFLAGS) -o $@ $< diff --git a/lib/mnesia/doc/src/notes.xml b/lib/mnesia/doc/src/notes.xml index 29c35d221c..8fc3610bb6 100644 --- a/lib/mnesia/doc/src/notes.xml +++ b/lib/mnesia/doc/src/notes.xml @@ -737,7 +737,7 @@ <p> Returns the same value for mnesia_loader:disc_load_table/2 as - mnesia_loader:net_load_table/4 if a table copy can not be + mnesia_loader:net_load_table/4 if a table copy cannot be found. (Thanks to Uwe Dauernheim)</p> <p> Own Id: OTP-10015</p> diff --git a/lib/mnesia/src/mnesia_lib.erl b/lib/mnesia/src/mnesia_lib.erl index a884b8e086..6abc05fade 100644 --- a/lib/mnesia/src/mnesia_lib.erl +++ b/lib/mnesia/src/mnesia_lib.erl @@ -929,7 +929,7 @@ error_desc(no_transaction) -> "Operation not allowed outside transactions"; error_desc(combine_error) -> "Table options were ilegally combined"; error_desc(bad_index) -> "Index already exists or was out of bounds"; error_desc(already_exists) -> "Some schema option we try to set is already on"; -error_desc(index_exists)-> "Some ops can not be performed on tabs with index"; +error_desc(index_exists)-> "Some ops cannot be performed on tabs with index"; error_desc(no_exists)-> "Tried to perform op on non-existing (non alive) item"; error_desc(system_limit) -> "Some system_limit was exhausted"; error_desc(mnesia_down) -> "A transaction involving objects at some remote " diff --git a/lib/mnesia/src/mnesia_tm.erl b/lib/mnesia/src/mnesia_tm.erl index 4b3fffc735..cbf7db28f0 100644 --- a/lib/mnesia/src/mnesia_tm.erl +++ b/lib/mnesia/src/mnesia_tm.erl @@ -1661,7 +1661,7 @@ commit_participant(Coord, Tid, Bin, C0, DiscNs, _RamNs) -> ?eval_debug_fun({?MODULE, commit_participant, pre}, [{tid, Tid}]), try mnesia_schema:prepare_commit(Tid, C0, {part, Coord}) of {Modified, C = #commit{}, DumperMode} -> - %% If we can not find any local unclear decision + %% If we cannot find any local unclear decision %% we should presume abort at startup recovery case lists:member(node(), DiscNs) of false -> diff --git a/lib/observer/src/cdv_bin_cb.erl b/lib/observer/src/cdv_bin_cb.erl index a4a542297c..91d33474c8 100644 --- a/lib/observer/src/cdv_bin_cb.erl +++ b/lib/observer/src/cdv_bin_cb.erl @@ -49,7 +49,7 @@ format_bin_fun(Format,Bin) -> try io_lib:format(Format,[Bin]) of Str -> plain_html(lists:flatten(Str)) catch error:badarg -> - Warning = "This binary can not be formatted with " ++ Format, + Warning = "This binary cannot be formatted with " ++ Format, observer_html_lib:warning(Warning) end end. @@ -59,7 +59,7 @@ binary_to_term_fun(Bin) -> try binary_to_term(Bin) of Term -> plain_html(io_lib:format("~tp",[Term])) catch error:badarg -> - Warning = "This binary can not be converted to an Erlang term", + Warning = "This binary cannot be converted to an Erlang term", observer_html_lib:warning(Warning) end end. diff --git a/lib/observer/src/cdv_term_cb.erl b/lib/observer/src/cdv_term_cb.erl index 91de6449c4..85da1d227a 100644 --- a/lib/observer/src/cdv_term_cb.erl +++ b/lib/observer/src/cdv_term_cb.erl @@ -51,7 +51,7 @@ format_term_fun(Format,Term,Tab) -> try io_lib:format(Format,[Term]) of Str -> {expand, plain_html(Str), Tab} catch error:badarg -> - Warning = "This term can not be formatted with " ++ Format, + Warning = "This term cannot be formatted with " ++ Format, observer_html_lib:warning(Warning) after observer_lib:report_progress({ok,stop_pulse}) diff --git a/lib/observer/src/cdv_wx.erl b/lib/observer/src/cdv_wx.erl index 78a897111c..e546997879 100644 --- a/lib/observer/src/cdv_wx.erl +++ b/lib/observer/src/cdv_wx.erl @@ -448,10 +448,7 @@ maybe_warn_filename(FileName) -> true -> continue; false -> - DumpName = case os:getenv("ERL_CRASH_DUMP") of - false -> filename:absname("erl_crash.dump"); - Name -> filename:absname(Name) - end, + DumpName = filename:absname(os:getenv("ERL_CRASH_DUMP", "erl_crash.dump")), case filename:absname(FileName) of DumpName -> Warning = diff --git a/lib/observer/src/observer_tv_wx.erl b/lib/observer/src/observer_tv_wx.erl index 814f3a1260..dfd19569fd 100644 --- a/lib/observer/src/observer_tv_wx.erl +++ b/lib/observer/src/observer_tv_wx.erl @@ -147,7 +147,7 @@ handle_event(#wx{event=#wxList{type=command_list_item_activated, State=#state{holder=Holder, node=Node, opts=#opts{type=Type}, grid=Grid}) -> case get_table(Holder, Index) of #tab{protection=private} -> - self() ! {error, "Table has 'private' protection and can not be read"}; + self() ! {error, "Table has 'private' protection and cannot be read"}; #tab{}=Table -> observer_tv_table:start_link(Grid, [{node,Node}, {type,Type}, {table,Table}]); _ -> ignore @@ -187,7 +187,7 @@ handle_event(#wx{id=?ID_SHOW_TABLE}, R when is_integer(R) -> case get_table(Holder, R) of #tab{protection=private} -> - self() ! {error, "Table has 'private' protection and can not be read"}; + self() ! {error, "Table has 'private' protection and cannot be read"}; #tab{}=Table -> observer_tv_table:start_link(Grid, [{node,Node}, {type,Type}, {table,Table}]); _ -> ignore diff --git a/lib/observer/src/observer_wx.erl b/lib/observer/src/observer_wx.erl index 453e3bdc2d..1f748cb8d2 100644 --- a/lib/observer/src/observer_wx.erl +++ b/lib/observer/src/observer_wx.erl @@ -806,7 +806,7 @@ is_rb_compatible(Node) -> is_rb_server_running(Node, LogState) -> %% If already started, somebody else may use it. - %% We can not use it too, as far log file would be overriden. Not fair. + %% We cannot use it too, as far log file would be overriden. Not fair. case rpc:block_call(Node, erlang, whereis, [rb_server]) of Pid when is_pid(Pid), (LogState == false) -> throw("Error: rb_server is already started and maybe used by someone."); diff --git a/lib/observer/test/crashdump_viewer_SUITE_data/old_format.dump b/lib/observer/test/crashdump_viewer_SUITE_data/old_format.dump index 2c8944fa9d..0b30fdf2f1 100644 --- a/lib/observer/test/crashdump_viewer_SUITE_data/old_format.dump +++ b/lib/observer/test/crashdump_viewer_SUITE_data/old_format.dump @@ -10,7 +10,7 @@ Compiled on Wed Dec 4 11:11:21 2002 Process Information -------------------------------------------------- <0.0.0> Waiting. Registered as: init -Spawned as: otp_ring0:start/2 +Spawned as: erl_init:start/2 Message buffer data: 4 words Link list: [<0.5.0>,<0.4.0>,<0.2.0>] Reductions 3125 stack+heap 610 old_heap_sz=233 @@ -68,7 +68,7 @@ y(3) [gen_event,<0.1.0>,<0.1.0>,{local,error_logger},[],[],[]] Spawned as: proc_lib:init_p/5 Message buffer data: 4 words Link list: [<0.7.0>,<0.0.0>] -Dictionary: [{'$initial_call',{gen,init_it,[gen_server,<0.1.0>,<0.1.0>,{local,application_controller},application_controller,{application,kernel,[{description,"ERTS CXC 138 10"},{vsn,"2.6.3.15"},{id,[]},{modules,[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,otp_ring0]},{registered,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2]},{applications,[]},{included_applications,[]},{env,[{error_logger,tty}]},{start_phases,undefined},{maxT,infinity},{maxP,infinity},{mod,{kernel,[]}}]},[]]}},{'$ancestors',[<0.1.0>]}] +Dictionary: [{'$initial_call',{gen,init_it,[gen_server,<0.1.0>,<0.1.0>,{local,application_controller},application_controller,{application,kernel,[{description,"ERTS CXC 138 10"},{vsn,"2.6.3.15"},{id,[]},{modules,[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,erl_init]},{registered,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2]},{applications,[]},{included_applications,[]},{env,[{error_logger,tty}]},{start_phases,undefined},{maxT,infinity},{maxP,infinity},{mod,{kernel,[]}}]},[]]}},{'$ancestors',[<0.1.0>]}] Reductions 527 stack+heap 1597 old_heap_sz=0 Heap unused=833 OldHeap unused=0 Stack dump: @@ -88,13 +88,13 @@ y(5) <0.1.0> y(0) Catch 0x33480C (proc_lib:init_p/5 + 164) y(1) gen y(2) init_it -y(3) [gen_server,<0.1.0>,<0.1.0>,{local,application_controller},application_controller,{application,kernel,[{description,"ERTS CXC 138 10"},{vsn,"2.6.3.15"},{id,[]},{modules,[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,otp_ring0]},{registered,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2]},{applications,[]},{included_applications,[]},{env,[{error_logger,tty}]},{start_phases,undefined},{maxT,infinity},{maxP,infinity},{mod,{kernel,[]}}]},[]] +y(3) [gen_server,<0.1.0>,<0.1.0>,{local,application_controller},application_controller,{application,kernel,[{description,"ERTS CXC 138 10"},{vsn,"2.6.3.15"},{id,[]},{modules,[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,erl_init]},{registered,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2]},{applications,[]},{included_applications,[]},{env,[{error_logger,tty}]},{start_phases,undefined},{maxT,infinity},{maxP,infinity},{mod,{kernel,[]}}]},[]] -------------------------------------------------- <0.7.0> Waiting. Spawned as: proc_lib:init_p/5 Message buffer data: 0 words Link list: [<0.8.0>,<0.5.0>] -Dictionary: [{'$initial_call',{application_master,init,[<0.5.0>,<0.6.0>,{appl_data,kernel,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2],undefined,{kernel,[]},[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,otp_ring0],[],infinity,infinity},normal]}},{'$ancestors',[<0.6.0>]}] +Dictionary: [{'$initial_call',{application_master,init,[<0.5.0>,<0.6.0>,{appl_data,kernel,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2],undefined,{kernel,[]},[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,erl_init],[],infinity,infinity},normal]}},{'$ancestors',[<0.6.0>]}] Reductions 45 stack+heap 377 old_heap_sz=377 Heap unused=306 OldHeap unused=377 Stack dump: @@ -103,14 +103,14 @@ cp = 0x33480c (proc_lib:init_p/5 + 164) arity = 0 347174 Return addr 0x33480C (proc_lib:init_p/5 + 164) -y(0) {state,<0.8.0>,{appl_data,kernel,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2],undefined,{kernel,[]},[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,otp_ring0],[],infinity,infinity},[],0,<0.0.0>} +y(0) {state,<0.8.0>,{appl_data,kernel,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2],undefined,{kernel,[]},[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,erl_init],[],infinity,infinity},[],0,<0.0.0>} y(1) <0.5.0> 347180 Return addr 0xFCEC8 (<terminate process normally>) y(0) Catch 0x33480C (proc_lib:init_p/5 + 164) y(1) application_master y(2) init -y(3) [<0.5.0>,<0.6.0>,{appl_data,kernel,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2],undefined,{kernel,[]},[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,otp_ring0],[],infinity,infinity},normal] +y(3) [<0.5.0>,<0.6.0>,{appl_data,kernel,[application_controller,erl_reply,auth,boot_server,code_server,disk_log_server,disk_log_sup,erl_prim_loader,error_logger,file_server,fixtable_server,global_group,global_name_server,heart,init,kernel_config,kernel_sup,net_kernel,net_sup,rex,user,os_server,ddll_server,erl_epmd,inet_db,pg2],undefined,{kernel,[]},[application,application_controller,application_master,application_starter,auth,code,code_aux,code_server,code_server_int,dist_util,erl_boot_server,erl_distribution,erl_open_port,erl_prim_loader,erl_reply,erlang,error_handler,error_logger,file,global,global_group,global_search,group,heart,inet6_tcp,inet6_tcp_dist,inet6_udp,inet_config,inet_hosts,inet_gethost_native,inet_tcp_dist,otp_pre_init,init,kernel,kernel_config,net,net_adm,net_kernel,os,ram_file,rpc,user,user_drv,user_sup,disk_log,disk_log_1,disk_log_server,disk_log_sup,dist_ac,erl_atom_cache,erl_ddll,erl_epmd,erl_external,erts_debug,fixtable_server,gen_tcp,gen_udp,prim_inet,inet,inet_db,inet_dns,inet_parse,inet_res,inet_tcp,inet_udp,pg2,seq_trace,socks5,socks5_auth,socks5_tcp,socks5_udp,wrap_log_reader,erl_init],[],infinity,infinity},normal] -------------------------------------------------- <0.8.0> Waiting. Spawned as: application_master:start_it/4 @@ -652,7 +652,7 @@ Not alive Loaded Modules Information -------------------------------------------------- -otp_ring0 448 +erl_init 448 init 28000 prim_inet 34800 erl_prim_loader 14187 @@ -1202,7 +1202,7 @@ udp_error inet_async inet_reply empty_out_q -otp_ring0 +erl_init boot init run @@ -1285,7 +1285,7 @@ sleep start_prim_loader erl_prim_loader set_path -'can not start loader' +'cannot start loader' add_to_kernel prim_load_flags '-loader' @@ -1304,7 +1304,7 @@ path_flags '-pz' get_boot not_found -'can not get bootfile' +'cannot get bootfile' 'bootfile format error' get_file script @@ -1349,7 +1349,7 @@ extension '-boot/1-fun-0-' '-bs2ss/1-fun-0-' '-bs2as/1-fun-0-' -'can not load' +'cannot load' 'unexpected command in bootfile' prim_inet open @@ -3071,7 +3071,7 @@ change_group change_time master start_slave -'can not get remote filer ' +'cannot get remote filer ' start_relay relay 'Port controlling ~w terminated in file_server' diff --git a/lib/observer/test/observer_SUITE.erl b/lib/observer/test/observer_SUITE.erl index 40f5d44847..75336cedcc 100644 --- a/lib/observer/test/observer_SUITE.erl +++ b/lib/observer/test/observer_SUITE.erl @@ -301,7 +301,7 @@ table_win(Config) when is_list(Config) -> Notebook = setup_whitebox_testing(), Parent = get_top_level_parent(Notebook), TObj = observer_tv_table:start_link(Parent, [{node,node()}, {type,ets}, {table,#tab{name=foo, id=Table}}]), - %% Modal can not test edit.. + %% Modal cannot test edit.. %% TPid = wx_object:get_pid(TObj), %% TPid ! #wx{event=#wxList{type=command_list_item_activated, itemIndex=12}}, timer:sleep(3000), diff --git a/lib/odbc/configure.in b/lib/odbc/configure.in index 2dec6e5abf..c5cf2786ca 100644 --- a/lib/odbc/configure.in +++ b/lib/odbc/configure.in @@ -21,12 +21,6 @@ dnl dnl define([AC_CACHE_LOAD], )dnl dnl define([AC_CACHE_SAVE], )dnl -if test "x$no_recursion" != "xyes" -a "x$OVERRIDE_CONFIG_CACHE" = "x"; then - # We do not want to use a common cache! - cache_file=/dev/null -fi - - dnl Process this file with autoconf to produce a configure script. AC_INIT(c_src/odbcserver.c) diff --git a/lib/odbc/doc/src/databases.xml b/lib/odbc/doc/src/databases.xml index a060f87e46..614c327a46 100644 --- a/lib/odbc/doc/src/databases.xml +++ b/lib/odbc/doc/src/databases.xml @@ -65,7 +65,7 @@ <p>Another obstacle is that some drivers do not support scrollable cursors which has the effect that the only way to traverse the result set is sequentially, with next, from the first row to the - last, and once you pass a row you can not go back. This means + last, and once you pass a row you cannot go back. This means that some functions in the interface will not work together with certain drivers. A similar problem is that not all drivers support "row count" for select queries, hence resulting in that diff --git a/lib/odbc/doc/src/error_handling.xml b/lib/odbc/doc/src/error_handling.xml index 4c80cff12f..8d794d2c99 100644 --- a/lib/odbc/doc/src/error_handling.xml +++ b/lib/odbc/doc/src/error_handling.xml @@ -138,7 +138,7 @@ should be run through the erlang port was not compiled for your platform.</item> <item>Errors discovered by the ODBC driver - If calls to the - ODBC-driver fails due to circumstances that can not be + ODBC-driver fails due to circumstances that cannot be controlled by the Erlang ODBC application programmer, an error string will be dug up from the driver. This string will be the <c>Reason</c> in the <c>{error, Reason} </c> diff --git a/lib/odbc/doc/src/getting_started.xml b/lib/odbc/doc/src/getting_started.xml index f2ff8b8993..b27754ff22 100644 --- a/lib/odbc/doc/src/getting_started.xml +++ b/lib/odbc/doc/src/getting_started.xml @@ -50,7 +50,7 @@ and paths to appropriate values. This may differ a lot between different os's, databases and ODBC drivers. This is a configuration problem related to the third party product - and hence we can not give you a standard solution in this guide.</item> + and hence we cannot give you a standard solution in this guide.</item> <item>The Erlang ODBC application consists of both <c>Erlang</c> and <c>C</c> code. The <c>C</c> code is delivered as a precompiled executable for windows, solaris and linux (SLES10) in the commercial diff --git a/lib/odbc/doc/src/notes_history.xml b/lib/odbc/doc/src/notes_history.xml index 22a92f67cd..d0c0a472e7 100644 --- a/lib/odbc/doc/src/notes_history.xml +++ b/lib/odbc/doc/src/notes_history.xml @@ -63,7 +63,7 @@ <list type="bulleted"> <item> <p>The erlang odbc process will now die normally if a - connection can not be established. No connection no + connection cannot be established. No connection no process it is expected. And as the client has already received the error message that would be the reason with which the erlang process would be stopped, the supervisor @@ -193,7 +193,7 @@ </item> <item> <p>The erlang odbc process will now die normally if a - connection can not be established. No connection no + connection cannot be established. No connection no process it is expected. And as the client has already received the error message that would be the reason with which the erlang process would be stopped, the supervisor diff --git a/lib/odbc/doc/src/odbc.xml b/lib/odbc/doc/src/odbc.xml index 4bb1f035f9..9760908855 100644 --- a/lib/odbc/doc/src/odbc.xml +++ b/lib/odbc/doc/src/odbc.xml @@ -246,7 +246,7 @@ <p>Closes a connection to a database. This will also terminate all processes that may have been spawned when the connection was opened. This call will always succeed. - If the connection can not be disconnected gracefully it will + If the connection cannot be disconnected gracefully it will be brutally killed. However you may receive an error message as result if you try to disconnect a connection started by another process. diff --git a/lib/odbc/test/odbc_connect_SUITE.erl b/lib/odbc/test/odbc_connect_SUITE.erl index 261dfc6f20..94ca62b3fb 100644 --- a/lib/odbc/test/odbc_connect_SUITE.erl +++ b/lib/odbc/test/odbc_connect_SUITE.erl @@ -259,7 +259,7 @@ not_exist_db(_Config) -> %%------------------------------------------------------------------------- no_c_executable() -> - [{doc,"Test what happens if the port-program can not be found"}]. + [{doc,"Test what happens if the port-program cannot be found"}]. no_c_executable(_Config) -> process_flag(trap_exit, true), Dir = filename:nativename(filename:join(code:priv_dir(odbc), diff --git a/lib/os_mon/src/memsup.erl b/lib/os_mon/src/memsup.erl index 9d6447430d..b69d657aa7 100644 --- a/lib/os_mon/src/memsup.erl +++ b/lib/os_mon/src/memsup.erl @@ -701,6 +701,7 @@ get_os_wordsize_with_uname() -> "sparc64" -> 64; "amd64" -> 64; "ppc64" -> 64; + "ppc64le" -> 64; "s390x" -> 64; _ -> 32 end. diff --git a/lib/public_key/doc/src/public_key.xml b/lib/public_key/doc/src/public_key.xml index a4d7e4a734..1b588018e4 100644 --- a/lib/public_key/doc/src/public_key.xml +++ b/lib/public_key/doc/src/public_key.xml @@ -526,7 +526,7 @@ fun(#'DistributionPoint'{}, #'CertificateList'{}, <tag>{undetermined_details, boolean()}</tag> <item> - <p>Defaults to false. When revocation status can not be + <p>Defaults to false. When revocation status cannot be determined, and this option is set to true, details of why no CRLs where accepted are included in the return value.</p> </item> @@ -721,7 +721,7 @@ fun(#'DistributionPoint'{}, #'CertificateList'{}, <note><p> Note that the generated certificates and keys does not provide a formally correct PKIX-trust-chain - and they can not be used to achieve real security. This function is provided for testing purposes only. + and they cannot be used to achieve real security. This function is provided for testing purposes only. </p></note> </desc> </func> diff --git a/lib/reltool/doc/src/reltool_examples.xml b/lib/reltool/doc/src/reltool_examples.xml index 2a103119e6..f9a6fcf342 100644 --- a/lib/reltool/doc/src/reltool_examples.xml +++ b/lib/reltool/doc/src/reltool_examples.xml @@ -160,7 +160,7 @@ Eshell V9.0 (abort with ^G) {mod,erts_internal,[]}, {mod,erts_literal_area_collector,[]}, {mod,init,[]}, - {mod,otp_ring0,...}, + {mod,erl_init,...}, {mod,...}, {...}|...]}]}, {app,compiler, @@ -331,7 +331,7 @@ Eshell V10.0 (abort with ^G) {ok,{script,{"NAME","VSN"}, [{preLoaded,[erl_prim_loader,erl_tracer,erlang, erts_code_purger,erts_dirty_process_signal_handler, - erts_internal,erts_literal_area_collector,init,otp_ring0, + erts_internal,erts_literal_area_collector,init,erl_init, prim_eval,prim_file,prim_inet,prim_zip,zlib]}, {progress,preloaded}, {path,["$ROOT/lib/kernel-5.2/ebin", diff --git a/lib/reltool/src/reltool_server.erl b/lib/reltool/src/reltool_server.erl index af71b0cf2a..47aba77835 100644 --- a/lib/reltool/src/reltool_server.erl +++ b/lib/reltool/src/reltool_server.erl @@ -526,7 +526,7 @@ analyse(#state{sys=Sys} = S, Apps, Status) -> %% is included in a release (rel spec - see apps_in_rels above). %% Then initiate the same for each module, and check that there %% are no duplicated module names (in different applications) - %% where we can not decide which one to use. + %% where we cannot decide which one to use. %% Write all #app to app_tab and all #mod to mod_tab. Status2 = apps_init_is_included(S, Apps, RelApps, Status), diff --git a/lib/reltool/test/reltool_server_SUITE.erl b/lib/reltool/test/reltool_server_SUITE.erl index 4e1937d479..fc976bfb94 100644 --- a/lib/reltool/test/reltool_server_SUITE.erl +++ b/lib/reltool/test/reltool_server_SUITE.erl @@ -1038,7 +1038,7 @@ create_standalone_app(Config) -> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% Generate standalone system with inlined archived application -%% Check that the inlined app can not be explicitly configured +%% Check that the inlined app cannot be explicitly configured create_standalone_app_clash(Config) -> %% Create archive @@ -1658,7 +1658,7 @@ set_apps_inlined(Config) -> ?m(true, Someapp1#app.is_included), ?m(true, Someapp1#app.is_pre_included), - %% Check that inlined app can not be configured + %% Check that inlined app cannot be configured Someapp2 = Someapp1#app{incl_cond=exclude}, ?msym({error, "Application someapp is inlined in '*escript* someapp'. " diff --git a/lib/runtime_tools/c_src/Makefile.in b/lib/runtime_tools/c_src/Makefile.in index 4530a83aee..75b3a98d56 100644 --- a/lib/runtime_tools/c_src/Makefile.in +++ b/lib/runtime_tools/c_src/Makefile.in @@ -36,7 +36,7 @@ CC = $(DED_CC) CFLAGS = $(DED_CFLAGS) -I./ LD = $(DED_LD) SHELL = /bin/sh -LIBS = $(DED_LIBS) +LIBS = $(DED_LIBS) @LIBS@ LDFLAGS += $(DED_LDFLAGS) TRACE_LIBNAME = dyntrace trace_file_drv trace_ip_drv @@ -58,7 +58,7 @@ TYPE_FLAGS = $(CFLAGS) endif endif -ALL_CFLAGS = @DEFS@ $(TYPE_FLAGS) $(TRACE_DRV_INCLUDES) \ +ALL_CFLAGS = @DEFS@ @ERTS_CONFIG_H_IDIR@ $(TYPE_FLAGS) $(TRACE_DRV_INCLUDES) \ -I$(OBJDIR) -I$(ERL_TOP)/erts/emulator/$(TARGET) ROOTDIR = $(ERL_TOP)/lib @@ -75,7 +75,7 @@ RELSYSDIR = $(RELEASE_PATH)/lib/runtime_tools-$(VSN) # Misc Macros # ---------------------------------------------------- -TRACE_LIBS = $(foreach LIB, $(TRACE_LIBNAME), $(LIBDIR)/$(LIB)$(TYPEMARKER).@DED_EXT@) +TRACE_LIBS = $(foreach LIB, $(TRACE_LIBNAME), $(LIBDIR)/$(LIB)$(TYPEMARKER).$(DED_EXT)) # ---------------------------------------------------- # Targets @@ -94,7 +94,7 @@ $(LIBDIR): $(OBJDIR)/%$(TYPEMARKER).o: %.c dyntrace_lttng.h $(V_CC) -c -o $@ $(ALL_CFLAGS) $< -$(LIBDIR)/%$(TYPEMARKER).@DED_EXT@: $(OBJDIR)/%$(TYPEMARKER).o +$(LIBDIR)/%$(TYPEMARKER).$(DED_EXT): $(OBJDIR)/%$(TYPEMARKER).o $(V_LD) $(LDFLAGS) -o $@ $^ $(LIBS) clean: diff --git a/lib/runtime_tools/doc/src/dbg.xml b/lib/runtime_tools/doc/src/dbg.xml index 3262cafefc..ae60b610ed 100644 --- a/lib/runtime_tools/doc/src/dbg.xml +++ b/lib/runtime_tools/doc/src/dbg.xml @@ -113,7 +113,7 @@ <p>The imported variables will be replaced by match_spec <c>const</c> expressions, which is consistent with the static scoping for Erlang <c>fun()</c>s. Local or global - function calls can not be in the guard or body of the fun + function calls cannot be in the guard or body of the fun however. Calls to builtin match_spec functions of course is allowed:</p> <pre> @@ -756,7 +756,7 @@ Error: fun containing local erlang function calls ('is_atomm' called in guard)\ <c>cant_add_local_node</c> is returned. </p> <p>If a trace port (see <seealso marker="#trace_port-2"><c>trace_port/2</c></seealso>) is - running on the local node, remote nodes can not be traced with + running on the local node, remote nodes cannot be traced with a tracer process. The error reason <c>cant_trace_remote_pid_to_local_port</c> is returned. A trace port can however be started on the remote node with the diff --git a/lib/runtime_tools/src/system_information.erl b/lib/runtime_tools/src/system_information.erl index 136ee55b54..8f7bfa195b 100644 --- a/lib/runtime_tools/src/system_information.erl +++ b/lib/runtime_tools/src/system_information.erl @@ -400,7 +400,6 @@ os_getenv_erts_specific() -> "ERL_MALLOC_LIB", "ERL_MAX_PORTS", "ERL_MAX_ETS_TABLES", - "ERL_NO_VFORK", "ERL_NO_KERNEL_POLL", "ERL_THREAD_POOL_SIZE", "ERLC_EMULATOR", diff --git a/lib/runtime_tools/test/system_information_SUITE_data/information_test_report.dat b/lib/runtime_tools/test/system_information_SUITE_data/information_test_report.dat index a0e3806981..a9399a5d53 100644 --- a/lib/runtime_tools/test/system_information_SUITE_data/information_test_report.dat +++ b/lib/runtime_tools/test/system_information_SUITE_data/information_test_report.dat @@ -6829,7 +6829,7 @@ {native,false}, {compiler,"4.9.1"}, {md5,"55bb9fddcdf820938be2efee15eccd82"}]}, - {otp_ring0, + {erl_init, [{loaded,true}, {native,false}, {compiler,"4.9.1"}, diff --git a/lib/sasl/src/rb.erl b/lib/sasl/src/rb.erl index 28829132a1..bef4268d3a 100644 --- a/lib/sasl/src/rb.erl +++ b/lib/sasl/src/rb.erl @@ -890,7 +890,7 @@ read_rep(Fd, FilePosition, Device, Abort, Log) -> handle_bad_form(Date, Msg, Device, Abort, Log) -> io:format("rb: ERROR! A report on bad form was encountered. " ++ - "It can not be printed to the log.~n~n"), + "It cannot be printed to the log.~n~n"), io:format("Details:~n~p ~tp~n~n", [Date,Msg]), case {Abort,Device,open_log_file(Log)} of {true,standard_io,standard_io} -> diff --git a/lib/sasl/src/release_handler.erl b/lib/sasl/src/release_handler.erl index 7570b74c1a..48feac1a21 100644 --- a/lib/sasl/src/release_handler.erl +++ b/lib/sasl/src/release_handler.erl @@ -1120,7 +1120,7 @@ new_emulator_make_hybrid_config(CurrentVsn,ToVsn,TmpVsn,RelDir,Masters) -> {ok,[FC]} -> FC; {error,Error1} -> - io:format("Warning: ~w can not read ~tp: ~tp~n", + io:format("Warning: ~w cannot read ~tp: ~tp~n", [?MODULE,FromFile,Error1]), [] end, @@ -1130,7 +1130,7 @@ new_emulator_make_hybrid_config(CurrentVsn,ToVsn,TmpVsn,RelDir,Masters) -> {ok,[ToConfig]} -> [lists:keyfind(App,1,ToConfig) || App <- [kernel,stdlib,sasl]]; {error,Error2} -> - io:format("Warning: ~w can not read ~tp: ~tp~n", + io:format("Warning: ~w cannot read ~tp: ~tp~n", [?MODULE,ToFile,Error2]), [false,false,false] end, diff --git a/lib/sasl/src/release_handler_1.erl b/lib/sasl/src/release_handler_1.erl index ca97515299..bf18691687 100644 --- a/lib/sasl/src/release_handler_1.erl +++ b/lib/sasl/src/release_handler_1.erl @@ -147,7 +147,7 @@ split_instructions([], Before) -> %% If PrePurgeMethod == soft_purge, the function will succeed %% only if there is no process running old code of any of the %% modules. Else it will throw {error,Mod}, where Mod is the -%% first module found that can not be soft_purged. +%% first module found that cannot be soft_purged. %% %% If PrePurgeMethod == brutal_purge, the function will %% always succeed and return a list of all modules that are diff --git a/lib/sasl/src/systools_make.erl b/lib/sasl/src/systools_make.erl index 6916107623..a0331fafd1 100644 --- a/lib/sasl/src/systools_make.erl +++ b/lib/sasl/src/systools_make.erl @@ -1562,10 +1562,10 @@ mandatory_modules() -> preloaded() -> %% Sorted - [erl_prim_loader,erl_tracer,erlang, + [erl_init,erl_prim_loader,erl_tracer,erlang, erts_code_purger,erts_dirty_process_signal_handler, erts_internal,erts_literal_area_collector, - init,otp_ring0,prim_buffer,prim_eval,prim_file, + init,prim_buffer,prim_eval,prim_file, prim_inet,prim_zip,zlib]. %%______________________________________________________________________ diff --git a/lib/sasl/test/installer.erl b/lib/sasl/test/installer.erl index e38d0cfa7b..5429008a5f 100644 --- a/lib/sasl/test/installer.erl +++ b/lib/sasl/test/installer.erl @@ -905,7 +905,7 @@ start_client(TestNode,Client,Sname) -> wait_started(TestNode,Node) after 30000 -> ?print([{start_client,failed,Node},net_adm:ping(Node)]), - ?fail({"can not start", Node}) + ?fail({"cannot start", Node}) end. start_client_unix(TestNode,Sname,Node) -> diff --git a/lib/sasl/test/rb_SUITE.erl b/lib/sasl/test/rb_SUITE.erl index 2b6e452d14..e5ca1775d5 100644 --- a/lib/sasl/test/rb_SUITE.erl +++ b/lib/sasl/test/rb_SUITE.erl @@ -423,7 +423,7 @@ start_stop_log(Config) -> StdioResult2 = capture(fun() -> rb:log_list() end), {ok,<<>>} = file:read_file(OutFile), - %% Test that standard_io is used if log file can not be opened + %% Test that standard_io is used if log file cannot be opened ok = rb:start_log(filename:join(nonexistingdir,"newfile.txt")), StdioResult = capture(fun() -> rb:show(1) end), {ok,<<>>} = file:read_file(OutFile), diff --git a/lib/sasl/test/systools_SUITE.erl b/lib/sasl/test/systools_SUITE.erl index 1827974866..6c913850b9 100644 --- a/lib/sasl/test/systools_SUITE.erl +++ b/lib/sasl/test/systools_SUITE.erl @@ -1654,7 +1654,7 @@ abnormal_relup(Config) when is_list(Config) -> ok. -%% make_relup: Check relup can not be created is sasl is not in rel file. +%% make_relup: Check relup cannot be created is sasl is not in rel file. no_sasl_relup(Config) when is_list(Config) -> {ok, OldDir} = file:get_cwd(), {Dir1,Name1} = create_script(latest1_no_sasl,Config), diff --git a/lib/snmp/src/agent/snmpa_set_lib.erl b/lib/snmp/src/agent/snmpa_set_lib.erl index 57507a36e8..97b8ddf7c4 100644 --- a/lib/snmp/src/agent/snmpa_set_lib.erl +++ b/lib/snmp/src/agent/snmpa_set_lib.erl @@ -46,9 +46,9 @@ %%* 6) IF value is outside the acceptable range THEN wrongValue. %% 7) IF variable does not exist and could not ever be created %% THEN noCreation. -%% 8) IF variable can not be created now THEN inconsistentName. -%% 9) IF value can not be set now THEN inconsistentValue. -%%* 9) IF instances of the variable can not be modified THEN notWritable. +%% 8) IF variable cannot be created now THEN inconsistentName. +%% 9) IF value cannot be set now THEN inconsistentValue. +%%* 9) IF instances of the variable cannot be modified THEN notWritable. %% 10) IF an unavailable resource is needed THEN resourceUnavailable. %% 11) IF any other error THEN genErr. %% 12) Otherwise ok! diff --git a/lib/snmp/src/agent/snmpa_trap.erl b/lib/snmp/src/agent/snmpa_trap.erl index e75016f7ec..293d1f3ccf 100644 --- a/lib/snmp/src/agent/snmpa_trap.erl +++ b/lib/snmp/src/agent/snmpa_trap.erl @@ -830,11 +830,11 @@ do_send_v1_trap(Enter, Spec, V1Res, NVbs, ExtraInfo, NetIf, SysUpTime) -> case lists:keyfind(transportDomainUdpIpv4, 1, Transports) of false -> ?vtrace( - "snmpa_trap: can not send v1 trap " + "snmpa_trap: cannot send v1 trap " "without IPv4 domain: ~p", [Transports]), user_err( - "snmpa_trap: can not send v1 trap " + "snmpa_trap: cannot send v1 trap " "without IPv4 domain: ~p", [Transports]); DomainAddr -> diff --git a/lib/snmp/test/test-mibs/ALARM-MIB.mib b/lib/snmp/test/test-mibs/ALARM-MIB.mib index 18e43d4b4b..10d2adbff9 100644 --- a/lib/snmp/test/test-mibs/ALARM-MIB.mib +++ b/lib/snmp/test/test-mibs/ALARM-MIB.mib @@ -330,7 +330,7 @@ alarmModelRowStatus OBJECT-TYPE cannot be used as an alarm suppression mechanism. Entries that are notInService will disappear as described in RFC2579. - This row can not be modified while it is being + This row cannot be modified while it is being referenced by a value of alarmActiveModelPointer. In these cases, an error of `inconsistentValue' will be returned to the manager. diff --git a/lib/snmp/test/test-mibs/SNMPv2-TC.mib b/lib/snmp/test/test-mibs/SNMPv2-TC.mib index fd6a728ab5..1d75c4bbd8 100644 --- a/lib/snmp/test/test-mibs/SNMPv2-TC.mib +++ b/lib/snmp/test/test-mibs/SNMPv2-TC.mib @@ -454,7 +454,7 @@ value | | see 1| ->C| ->D associated with this column or that there is no conceptual row for which this column would be accessible in the MIB view used by the retrieval. As - such, the management station can not issue any + such, the management station cannot issue any management protocol set operations to create an instance of this column. @@ -576,7 +576,7 @@ value | | see 1| ->C| ->D associated with this column or that there is no conceptual row for which this column would be accessible in the MIB view used by the retrieval. As - such, the management station can not issue any + such, the management station cannot issue any management protocol set operations to create an instance of this column. diff --git a/lib/ssh/doc/src/notes.xml b/lib/ssh/doc/src/notes.xml index 7e77c6a457..c9809ce1e3 100644 --- a/lib/ssh/doc/src/notes.xml +++ b/lib/ssh/doc/src/notes.xml @@ -2804,7 +2804,7 @@ </item> <item> <p> - Fixed internal error on when client and server can not + Fixed internal error on when client and server cannot agree o which authmethod to use.</p> <p> Own Id: OTP-10731 Aux Id: seq12237 </p> diff --git a/lib/ssh/doc/src/ssh.xml b/lib/ssh/doc/src/ssh.xml index f238bf2ca8..3bc62073a2 100644 --- a/lib/ssh/doc/src/ssh.xml +++ b/lib/ssh/doc/src/ssh.xml @@ -46,7 +46,7 @@ In that encrypted connection one or more channels could be opened with <seealso marker="ssh_connection#session_channel/2">ssh_connection:session_channel/2,4</seealso>. </p> - <p>Each channel is an isolated "pipe" between a client-side process and a server-side process. Thoose process + <p>Each channel is an isolated "pipe" between a client-side process and a server-side process. Those process pairs could handle for example file transfers (sftp) or remote command execution (shell, exec and/or cli). If a custom shell is implemented, the user of the client could execute the special commands remotely. Note that the user is not necessarily a human but probably a system interfacing the SSH app. diff --git a/lib/ssl/doc/src/notes.xml b/lib/ssl/doc/src/notes.xml index 673431ed0a..d117641496 100644 --- a/lib/ssl/doc/src/notes.xml +++ b/lib/ssl/doc/src/notes.xml @@ -554,7 +554,7 @@ <p> TLS sessions must be registered with SNI if provided, so that sessions where client hostname verification would - fail can not connect reusing a session created when the + fail cannot connect reusing a session created when the server name verification succeeded.</p> <p> Own Id: OTP-14632</p> @@ -732,7 +732,7 @@ public_key:pkix_verify_hostname/2 to verify the hostname of the connection with the server certificates specified hostname during certificate path validation. The user may - explicitly disables it. Also if the hostname can not be + explicitly disables it. Also if the hostname cannot be derived from the first argument to connect or is not supplied by the server name indication option, the check will not be performed.</p> diff --git a/lib/ssl/doc/src/ssl.xml b/lib/ssl/doc/src/ssl.xml index 3029977745..6efa022a79 100644 --- a/lib/ssl/doc/src/ssl.xml +++ b/lib/ssl/doc/src/ssl.xml @@ -88,6 +88,7 @@ <p><c>| {client_preferred_next_protocols, {client | server, [binary()]} | {client | server, [binary()], binary()}}</c></p> <p><c>| {log_alert, boolean()}</c></p> + <p><c>| {log_level, atom()}</c></p> <p><c>| {server_name_indication, hostname() | disable}</c></p> <p><c>| {customize_hostname_check, list()}</c></p> <p><c>| {sni_hosts, [{hostname(), [ssl_option()]}]}</c></p> @@ -409,7 +410,7 @@ marker="public_key:public_key#pkix_path_validation-3">public_key:pkix_path_valid <item>check is only performed on the peer certificate.</item> <tag><c>best_effort</c></tag> - <item>if certificate revocation status can not be determined + <item>if certificate revocation status cannot be determined it will be accepted as valid.</item> </taglist> @@ -796,7 +797,17 @@ fun(srp, Username :: string(), UserState :: term()) -> the client.</p></item> <tag><c>{log_alert, boolean()}</c></tag> - <item><p>If set to <c>false</c>, error reports are not displayed.</p></item> + <item><p>If set to <c>false</c>, error reports are not displayed.</p> + <p>Deprecated in OTP 22, use <seealso marker="#log_level">log_level</seealso> instead.</p> + </item> + + <tag><marker id="log_level"/><c>{log_level, atom()}</c></tag> + <item><p>Specifies the log level for TLS/DTLS. It can take the following + values (ordered by increasing verbosity level): <c>emergency, alert, critical, error, + warning, notice, info, debug.</c></p> + <p>At verbosity level <c>notice</c> and above error reports are + displayed in TLS. The level <c>debug</c> triggers verbose logging of TLS protocol + messages and logging of ignored alerts in DTLS.</p></item> <tag><c>{honor_cipher_order, boolean()}</c></tag> <item><p>If set to <c>true</c>, use the server preference for cipher @@ -1400,6 +1411,17 @@ fun(srp, Username :: string(), UserState :: term()) -> </func> <func> + <name>set_log_level(Level) -> ok | {error, Reason}</name> + <fsummary>Sets log level for the SSL application.</fsummary> + <type> + <v>Level = atom()</v> + </type> + <desc> + <p>Sets log level for the SSL application.</p> + </desc> + </func> + + <func> <name>shutdown(SslSocket, How) -> ok | {error, Reason}</name> <fsummary>Immediately closes a socket.</fsummary> <type> diff --git a/lib/ssl/doc/src/ssl_distribution.xml b/lib/ssl/doc/src/ssl_distribution.xml index e14f3f90dc..1774bd8f77 100644 --- a/lib/ssl/doc/src/ssl_distribution.xml +++ b/lib/ssl/doc/src/ssl_distribution.xml @@ -191,7 +191,7 @@ Eshell V5.0 (abort with ^G) Any available SSL/TLS option can be specified in an options file, but note that options that take a <c>fun()</c> has to use the syntax <c>fun Mod:Func/Arity</c> since a function - body can not be compiled when consulting a file. + body cannot be compiled when consulting a file. </p> <p> Do not tamper with the socket options diff --git a/lib/ssl/src/Makefile b/lib/ssl/src/Makefile index 8d1341f594..af36d04a99 100644 --- a/lib/ssl/src/Makefile +++ b/lib/ssl/src/Makefile @@ -70,6 +70,7 @@ MODULES= \ ssl_config \ ssl_connection \ tls_handshake \ + tls_handshake_1_3\ dtls_handshake\ ssl_handshake\ ssl_manager \ @@ -86,13 +87,15 @@ MODULES= \ ssl_record \ ssl_v3 \ tls_v1 \ - dtls_v1 + dtls_v1 \ + ssl_logger INTERNAL_HRL_FILES = \ ssl_alert.hrl ssl_cipher.hrl \ tls_connection.hrl dtls_connection.hrl ssl_connection.hrl \ - ssl_handshake.hrl tls_handshake.hrl dtls_handshake.hrl ssl_api.hrl ssl_internal.hrl \ - ssl_record.hrl tls_record.hrl dtls_record.hrl ssl_srp.hrl + ssl_handshake.hrl tls_handshake.hrl tls_handshake_1_3.hrl dtls_handshake.hrl \ + ssl_api.hrl ssl_internal.hrl \ + ssl_record.hrl tls_record.hrl dtls_record.hrl ssl_srp.hrl ERL_FILES= \ $(MODULES:%=%.erl) \ @@ -118,7 +121,7 @@ EXTRA_ERLC_FLAGS = +warn_unused_vars ERL_COMPILE_FLAGS += -I$(ERL_TOP)/lib/kernel/src \ -pz $(EBIN) \ -pz $(ERL_TOP)/lib/public_key/ebin \ - $(EXTRA_ERLC_FLAGS) -DVSN=\"$(VSN)\" + $(EXTRA_ERLC_FLAGS) # ---------------------------------------------------- @@ -169,6 +172,7 @@ $(EBIN)/tls_connection.$(EMULATOR): ssl_internal.hrl tls_connection.hrl tls_reco $(EBIN)/dtls_connection.$(EMULATOR): ssl_internal.hrl dtls_connection.hrl dtls_record.hrl ssl_cipher.hrl dtls_handshake.hrl ssl_alert.hrl ../../public_key/include/public_key.hrl $(EBIN)/tls_handshake.$(EMULATOR): ssl_internal.hrl tls_record.hrl ssl_cipher.hrl tls_handshake.hrl ssl_alert.hrl ../../public_key/include/public_key.hrl $(EBIN)/tls_handshake.$(EMULATOR): ssl_internal.hrl ssl_connection.hrl ssl_record.hrl ssl_cipher.hrl ssl_handshake.hrl ssl_alert.hrl ../../public_key/include/public_key.hrl +$(EBIN)/tls_handshake_1_3.$(EMULATOR): tls_handshake_1_3.hrl tls_handshake.hrl ssl_internal.hrl $(EBIN)/ssl_manager.$(EMULATOR): ssl_internal.hrl ssl_handshake.hrl ../../kernel/include/file.hrl $(EBIN)/ssl_record.$(EMULATOR): ssl_internal.hrl ssl_record.hrl ssl_cipher.hrl ssl_handshake.hrl ssl_alert.hrl $(EBIN)/ssl_session.$(EMULATOR): ssl_internal.hrl ssl_handshake.hrl diff --git a/lib/ssl/src/dtls_connection.erl b/lib/ssl/src/dtls_connection.erl index 2a0b2b317d..8ed4505256 100644 --- a/lib/ssl/src/dtls_connection.erl +++ b/lib/ssl/src/dtls_connection.erl @@ -32,6 +32,7 @@ -include("ssl_internal.hrl"). -include("ssl_srp.hrl"). -include_lib("public_key/include/public_key.hrl"). +-include_lib("kernel/include/logger.hrl"). %% Internal application API @@ -349,8 +350,8 @@ reinit_handshake_data(#state{protocol_buffers = Buffers} = State) -> dtls_handshake_later_fragments = [] }}. -select_sni_extension(#client_hello{extensions = HelloExtensions}) -> - HelloExtensions#hello_extensions.sni; +select_sni_extension(#client_hello{extensions = #{sni := SNI}}) -> + SNI; select_sni_extension(_) -> undefined. @@ -550,12 +551,12 @@ hello(internal, #client_hello{extensions = Extensions} = Hello, #state{ssl_optio start_or_recv_from = From} = State) -> {next_state, user_hello, State#state{start_or_recv_from = undefined, hello = Hello}, - [{reply, From, {ok, ssl_connection:map_extensions(Extensions)}}]}; + [{reply, From, {ok, Extensions}}]}; hello(internal, #server_hello{extensions = Extensions} = Hello, #state{ssl_options = #ssl_options{handshake = hello}, start_or_recv_from = From} = State) -> {next_state, user_hello, State#state{start_or_recv_from = undefined, hello = Hello}, - [{reply, From, {ok, ssl_connection:map_extensions(Extensions)}}]}; + [{reply, From, {ok, Extensions}}]}; hello(internal, #client_hello{cookie = Cookie} = Hello, #state{role = server, transport_cb = Transport, socket = Socket, @@ -946,7 +947,7 @@ handle_own_alert(Alert, Version, StateName, #state{data_tag = udp, ssl_options = Options} = State0) -> case ignore_alert(Alert, State0) of {true, State} -> - log_ignore_alert(Options#ssl_options.log_alert, StateName, Alert, Role), + log_ignore_alert(Options#ssl_options.log_level, StateName, Alert, Role), {next_state, StateName, State}; {false, State} -> ssl_connection:handle_own_alert(Alert, Version, StateName, State) @@ -1143,11 +1144,11 @@ is_ignore_alert(#alert{description = ?ILLEGAL_PARAMETER}) -> is_ignore_alert(_) -> false. -log_ignore_alert(true, StateName, Alert, Role) -> +log_ignore_alert(debug, StateName, Alert, Role) -> Txt = ssl_alert:alert_txt(Alert), - error_logger:format("DTLS over UDP ~p: In state ~p ignored to send ALERT ~s as DoS-attack mitigation \n", - [Role, StateName, Txt]); -log_ignore_alert(false, _, _,_) -> + ?LOG_ERROR("DTLS over UDP ~p: In state ~p ignored to send ALERT ~s as DoS-attack mitigation \n", + [Role, StateName, Txt]); +log_ignore_alert(_, _, _, _) -> ok. send_application_data(Data, From, _StateName, diff --git a/lib/ssl/src/dtls_handshake.erl b/lib/ssl/src/dtls_handshake.erl index 3f70eaec8a..c8daa11433 100644 --- a/lib/ssl/src/dtls_handshake.erl +++ b/lib/ssl/src/dtls_handshake.erl @@ -169,10 +169,7 @@ handle_client_hello(Version, cipher_suites = CipherSuites, compression_methods = Compressions, random = Random, - extensions = - #hello_extensions{elliptic_curves = Curves, - signature_algs = ClientHashSigns} - = HelloExt}, + extensions = HelloExt}, #ssl_options{versions = Versions, signature_algs = SupportedHashSigns, eccs = SupportedECCs, @@ -181,6 +178,8 @@ handle_client_hello(Version, Renegotiation) -> case dtls_record:is_acceptable_version(Version, Versions) of true -> + Curves = maps:get(elliptic_curves, HelloExt, undefined), + ClientHashSigns = maps:get(signature_algs, HelloExt, undefined), TLSVersion = dtls_v1:corresponding_tls_version(Version), AvailableHashSigns = ssl_handshake:available_signature_algs( ClientHashSigns, SupportedHashSigns, Cert,TLSVersion), @@ -335,7 +334,7 @@ decode_handshake(Version, <<?BYTE(Type), Bin/binary>>) -> decode_handshake(_, ?HELLO_REQUEST, <<>>) -> #hello_request{}; -decode_handshake(_Version, ?CLIENT_HELLO, <<?UINT24(_), ?UINT16(_), +decode_handshake(Version, ?CLIENT_HELLO, <<?UINT24(_), ?UINT16(_), ?UINT24(_), ?UINT24(_), ?BYTE(Major), ?BYTE(Minor), Random:32/binary, ?BYTE(SID_length), Session_ID:SID_length/binary, @@ -343,8 +342,9 @@ decode_handshake(_Version, ?CLIENT_HELLO, <<?UINT24(_), ?UINT16(_), ?UINT16(Cs_length), CipherSuites:Cs_length/binary, ?BYTE(Cm_length), Comp_methods:Cm_length/binary, Extensions/binary>>) -> - - DecodedExtensions = ssl_handshake:decode_hello_extensions({client, Extensions}), + TLSVersion = dtls_v1:corresponding_tls_version(Version), + Exts = ssl_handshake:decode_vector(Extensions), + DecodedExtensions = ssl_handshake:decode_hello_extensions(Exts, TLSVersion, client), #client_hello{ client_version = {Major,Minor}, diff --git a/lib/ssl/src/dtls_handshake.hrl b/lib/ssl/src/dtls_handshake.hrl index 50e92027d2..a16489bbd1 100644 --- a/lib/ssl/src/dtls_handshake.hrl +++ b/lib/ssl/src/dtls_handshake.hrl @@ -56,4 +56,11 @@ fragment }). +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% RFC 7764 Datagram Transport Layer Security (DTLS) Extension to Establish Keys +%% for the Secure Real-time Transport Protocol (SRTP) +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Not supported +-define(USE_SRTP, 14). + -endif. % -ifdef(dtls_handshake). diff --git a/lib/ssl/src/dtls_packet_demux.erl b/lib/ssl/src/dtls_packet_demux.erl index 1497c77cf3..e03a4e9cb9 100644 --- a/lib/ssl/src/dtls_packet_demux.erl +++ b/lib/ssl/src/dtls_packet_demux.erl @@ -24,6 +24,7 @@ -behaviour(gen_server). -include("ssl_internal.hrl"). +-include_lib("kernel/include/logger.hrl"). %% API -export([start_link/5, active_once/3, accept/2, sockname/1, close/1, @@ -146,11 +147,11 @@ handle_info({Transport, Socket, IP, InPortNo, _} = Msg, #state{listener = Socket %% appears to make things work as expected! handle_info({Error, Socket, econnreset = Error}, #state{listener = Socket, transport = {_,_,_, udp_error}} = State) -> Report = io_lib:format("Ignore SSL UDP Listener: Socket error: ~p ~n", [Error]), - error_logger:info_report(Report), + ?LOG_NOTICE(Report), {noreply, State}; handle_info({Error, Socket, Error}, #state{listener = Socket, transport = {_,_,_, Error}} = State) -> Report = io_lib:format("SSL Packet muliplxer shutdown: Socket error: ~p ~n", [Error]), - error_logger:info_report(Report), + ?LOG_NOTICE(Report), {noreply, State#state{close=true}}; handle_info({'DOWN', _, process, Pid, _}, #state{clients = Clients, diff --git a/lib/ssl/src/inet_tls_dist.erl b/lib/ssl/src/inet_tls_dist.erl index ca059603ae..7f1a77f601 100644 --- a/lib/ssl/src/inet_tls_dist.erl +++ b/lib/ssl/src/inet_tls_dist.erl @@ -41,6 +41,7 @@ -include_lib("public_key/include/public_key.hrl"). -include("ssl_api.hrl"). +-include_lib("kernel/include/logger.hrl"). %% ------------------------------------------------------------------------- @@ -225,7 +226,7 @@ accept_loop(Driver, Listen, Kernel) -> true -> accept_loop(Driver, Listen, Kernel, Socket); {false,IP} -> - error_logger:error_msg( + ?LOG_ERROR( "** Connection attempt from " "disallowed IP ~w ** ~n", [IP]), ?shutdown2(no_node, trace({disallowed, IP})) @@ -260,7 +261,7 @@ accept_loop(Driver, Listen, Kernel, Socket) -> {error, {options, _}} = Error -> %% Bad options: that's probably our fault. %% Let's log that. - error_logger:error_msg( + ?LOG_ERROR( "Cannot accept TLS distribution connection: ~s~n", [ssl:format_error(Error)]), gen_tcp:close(Socket), @@ -436,7 +437,7 @@ allowed_nodes(SslSocket, Allowed) -> PeerCert, allowed_hosts(Allowed), PeerIP) of [] -> - error_logger:error_msg( + ?LOG_ERROR( "** Connection attempt from " "disallowed node(s) ~p ** ~n", [PeerIP]), ?shutdown2( @@ -690,12 +691,12 @@ split_node(Driver, Node, LongOrShortNames) -> {node, Name, Host} -> check_node(Driver, Node, Name, Host, LongOrShortNames); {host, _} -> - error_logger:error_msg( + ?LOG_ERROR( "** Nodename ~p illegal, no '@' character **~n", [Node]), ?shutdown2(Node, trace({illegal_node_n@me, Node})); _ -> - error_logger:error_msg( + ?LOG_ERROR( "** Nodename ~p illegal **~n", [Node]), ?shutdown2(Node, trace({illegal_node_name, Node})) end. @@ -707,7 +708,7 @@ check_node(Driver, Node, Name, Host, LongOrShortNames) -> {ok, _} -> {Name, Host}; _ -> - error_logger:error_msg( + ?LOG_ERROR( "** System running to use " "fully qualified hostnames **~n" "** Hostname ~s is illegal **~n", @@ -715,7 +716,7 @@ check_node(Driver, Node, Name, Host, LongOrShortNames) -> ?shutdown2(Node, trace({not_longnames, Host})) end; [_,_|_] when LongOrShortNames =:= shortnames -> - error_logger:error_msg( + ?LOG_ERROR( "** System NOT running to use " "fully qualified hostnames **~n" "** Hostname ~s is illegal **~n", @@ -845,13 +846,13 @@ monitor_pid(Pid) -> %% MRef = erlang:monitor(process, Pid), %% receive %% {'DOWN', MRef, _, _, normal} -> - %% error_logger:error_report( - %% [dist_proc_died, + %% ?LOG_ERROR( + %% [{slogan, dist_proc_died}, %% {reason, normal}, %% {pid, Pid}]); %% {'DOWN', MRef, _, _, Reason} -> - %% error_logger:info_report( - %% [dist_proc_died, + %% ?LOG_NOTICE( + %% [{slogan, dist_proc_died}, %% {reason, Reason}, %% {pid, Pid}]) %% end diff --git a/lib/ssl/src/ssl.app.src b/lib/ssl/src/ssl.app.src index 936df12e70..17173d7c79 100644 --- a/lib/ssl/src/ssl.app.src +++ b/lib/ssl/src/ssl.app.src @@ -5,6 +5,7 @@ %% TLS/SSL tls_connection, tls_handshake, + tls_handshake_1_3, tls_record, tls_socket, tls_v1, @@ -51,6 +52,8 @@ ssl_crl_cache, ssl_crl_cache_api, ssl_crl_hash_dir, + %% Logging + ssl_logger, %% App structure ssl_app, ssl_sup, diff --git a/lib/ssl/src/ssl.erl b/lib/ssl/src/ssl.erl index 03a1e40bfc..18d94adc18 100644 --- a/lib/ssl/src/ssl.erl +++ b/lib/ssl/src/ssl.erl @@ -55,7 +55,8 @@ format_error/1, renegotiate/1, prf/5, negotiated_protocol/1, connection_information/1, connection_information/2]). %% Misc --export([handle_options/2, tls_version/1, new_ssl_options/3, suite_to_str/1]). +-export([handle_options/2, tls_version/1, new_ssl_options/3, suite_to_str/1, + set_log_level/1]). -deprecated({ssl_accept, 1, eventually}). -deprecated({ssl_accept, 2, eventually}). @@ -87,6 +88,7 @@ stop() -> application:stop(ssl). %%-------------------------------------------------------------------- + -spec connect(host() | port(), [connect_option()]) -> {ok, #sslsocket{}} | {error, reason()}. -spec connect(host() | port(), [connect_option()] | inet:port_number(), @@ -209,6 +211,8 @@ ssl_accept(Socket, SslOptions, Timeout) -> %% Description: Performs accept on an ssl listen socket. e.i. performs %% ssl handshake. %%-------------------------------------------------------------------- + +%% Performs the SSL/TLS/DTLS server-side handshake. handshake(ListenSocket) -> handshake(ListenSocket, infinity). @@ -216,6 +220,12 @@ handshake(#sslsocket{} = Socket, Timeout) when (is_integer(Timeout) andalso Tim (Timeout == infinity) -> ssl_connection:handshake(Socket, Timeout); +%% If Socket is a ordinary socket(): upgrades a gen_tcp, or equivalent, socket to +%% an SSL socket, that is, performs the SSL/TLS server-side handshake and returns +%% the SSL socket. +%% +%% If Socket is an sslsocket(): provides extra SSL/TLS/DTLS options to those +%% specified in ssl:listen/2 and then performs the SSL/TLS/DTLS handshake. handshake(ListenSocket, SslOptions) when is_port(ListenSocket) -> handshake(ListenSocket, SslOptions, infinity). @@ -478,9 +488,9 @@ cipher_suites(Base, Version) -> [ssl_cipher_format:suite_definition(Suite) || Suite <- supported_suites(Base, Version)]. %%-------------------------------------------------------------------- --spec filter_cipher_suites([ssl_cipher_format:erl_cipher_suite()], +-spec filter_cipher_suites([ssl_cipher_format:erl_cipher_suite()] | [ssl_cipher_format:cipher_suite()], [{key_exchange | cipher | mac | prf, fun()}] | []) -> - [ssl_cipher_format:erl_cipher_suite()]. + [ssl_cipher_format:erl_cipher_suite() ] | [ssl_cipher_format:cipher_suite()]. %% Description: Removes cipher suites if any of the filter functions returns false %% for any part of the cipher suite. This function also calls default filter functions %% to make sure the cipher suite are supported by crypto. @@ -821,6 +831,32 @@ suite_to_str(Cipher) -> ssl_cipher_format:suite_to_str(Cipher). +%%-------------------------------------------------------------------- +-spec set_log_level(atom()) -> ok | {error, term()}. +%% +%% Description: Set log level for the SSL application +%%-------------------------------------------------------------------- +set_log_level(Level) -> + case application:get_all_key(ssl) of + {ok, PropList} -> + Modules = proplists:get_value(modules, PropList), + set_module_level(Modules, Level); + undefined -> + {error, ssl_not_started} + end. + +set_module_level(Modules, Level) -> + Fun = fun (Module) -> + ok = logger:set_module_level(Module, Level) + end, + try lists:map(Fun, Modules) of + _ -> + ok + catch + error:{badmatch, Error} -> + Error + end. + %%%-------------------------------------------------------------- %%% Internal functions %%%-------------------------------------------------------------------- @@ -880,9 +916,10 @@ handle_options(Opts0, #ssl_options{protocol = Protocol, cacerts = CaCerts0, [] -> new_ssl_options(SslOpts1, NewVerifyOpts, RecordCB); Value -> - Versions = [RecordCB:protocol_version(Vsn) || Vsn <- Value], + Versions0 = [RecordCB:protocol_version(Vsn) || Vsn <- Value], + Versions1 = lists:sort(fun RecordCB:is_higher/2, Versions0), new_ssl_options(proplists:delete(versions, SslOpts1), - NewVerifyOpts#ssl_options{versions = Versions}, record_cb(Protocol)) + NewVerifyOpts#ssl_options{versions = Versions1}, record_cb(Protocol)) end; %% Handle all options in listen and connect @@ -901,12 +938,14 @@ handle_options(Opts0, Role, Host) -> CertFile = handle_option(certfile, Opts, <<>>), RecordCb = record_cb(Opts), - Versions = case handle_option(versions, Opts, []) of - [] -> - RecordCb:supported_protocol_versions(); - Vsns -> - [RecordCb:protocol_version(Vsn) || Vsn <- Vsns] - end, + [HighestVersion|_] = Versions = + case handle_option(versions, Opts, []) of + [] -> + RecordCb:supported_protocol_versions(); + Vsns -> + Versions0 = [RecordCb:protocol_version(Vsn) || Vsn <- Vsns], + lists:sort(fun RecordCb:is_higher/2, Versions0) + end, Protocol = handle_option(protocol, Opts, tls), @@ -917,7 +956,7 @@ handle_options(Opts0, Role, Host) -> ok end, - SSLOptions = #ssl_options{ + SSLOptions0 = #ssl_options{ versions = Versions, verify = validate_option(verify, Verify), verify_fun = VerifyFun, @@ -938,13 +977,28 @@ handle_options(Opts0, Role, Host) -> psk_identity = handle_option(psk_identity, Opts, undefined), srp_identity = handle_option(srp_identity, Opts, undefined), ciphers = handle_cipher_option(proplists:get_value(ciphers, Opts, []), - RecordCb:highest_protocol_version(Versions)), + HighestVersion), eccs = handle_eccs_option(proplists:get_value(eccs, Opts, eccs()), - RecordCb:highest_protocol_version(Versions)), - signature_algs = handle_hashsigns_option(proplists:get_value(signature_algs, Opts, - default_option_role(server, - tls_v1:default_signature_algs(Versions), Role)), - tls_version(RecordCb:highest_protocol_version(Versions))), + HighestVersion), + signature_algs = + handle_hashsigns_option( + proplists:get_value( + signature_algs, + Opts, + default_option_role(server, + tls_v1:default_signature_algs(HighestVersion), + Role)), + tls_version(HighestVersion)), + signature_algs_cert = + handle_signature_algorithms_option( + proplists:get_value( + signature_algs_cert, + Opts, + default_option_role(server, + tls_v1:default_signature_schemes(HighestVersion), + Role + )), + tls_version(HighestVersion)), %% Server side option reuse_session = handle_option(reuse_session, Opts, ReuseSessionFun), reuse_sessions = handle_option(reuse_sessions, Opts, true), @@ -964,7 +1018,6 @@ handle_options(Opts0, Role, Host) -> next_protocol_selector = make_next_protocol_selector( handle_option(client_preferred_next_protocols, Opts, undefined)), - log_alert = handle_option(log_alert, Opts, true), server_name_indication = handle_option(server_name_indication, Opts, default_option_role(client, server_name_indication_default(Host), Role)), @@ -990,6 +1043,10 @@ handle_options(Opts0, Role, Host) -> handshake = handle_option(handshake, Opts, full), customize_hostname_check = handle_option(customize_hostname_check, Opts, []) }, + LogLevel = handle_option(log_alert, Opts, true), + SSLOptions = SSLOptions0#ssl_options{ + log_level = handle_option(log_level, Opts, LogLevel) + }, CbInfo = proplists:get_value(cb_info, Opts, default_cb_info(Protocol)), SslOptions = [protocol, versions, verify, verify_fun, partial_chain, @@ -1001,7 +1058,7 @@ handle_options(Opts0, Role, Host) -> cb_info, renegotiate_at, secure_renegotiate, hibernate_after, erl_dist, alpn_advertised_protocols, sni_hosts, sni_fun, alpn_preferred_protocols, next_protocols_advertised, - client_preferred_next_protocols, log_alert, + client_preferred_next_protocols, log_alert, log_level, server_name_indication, honor_cipher_order, padding_check, crl_check, crl_cache, fallback, signature_algs, eccs, honor_ecc_order, beast_mitigation, max_handshake_size, handshake, customize_hostname_check], @@ -1180,7 +1237,20 @@ validate_option(client_preferred_next_protocols, {Precedence, PreferredProtocols Value; validate_option(client_preferred_next_protocols, undefined) -> undefined; -validate_option(log_alert, Value) when is_boolean(Value) -> +validate_option(log_alert, true) -> + notice; +validate_option(log_alert, false) -> + warning; +validate_option(log_level, Value) when + is_atom(Value) andalso + (Value =:= emergency orelse + Value =:= alert orelse + Value =:= critical orelse + Value =:= error orelse + Value =:= warning orelse + Value =:= notice orelse + Value =:= info orelse + Value =:= debug) -> Value; validate_option(next_protocols_advertised, Value) when is_list(Value) -> validate_binary_list(next_protocols_advertised, Value), @@ -1265,6 +1335,21 @@ handle_hashsigns_option(_, Version) when Version >= {3, 3} -> handle_hashsigns_option(_, _Version) -> undefined. +handle_signature_algorithms_option(Value, Version) when is_list(Value) + andalso Version >= {3, 4} -> + case tls_v1:signature_schemes(Version, Value) of + [] -> + throw({error, {options, + no_supported_signature_schemes, + {signature_algs_cert, Value}}}); + _ -> + Value + end; +handle_signature_algorithms_option(_, Version) when Version >= {3, 4} -> + handle_signature_algorithms_option(tls_v1:default_signature_schemes(Version), Version); +handle_signature_algorithms_option(_, _Version) -> + undefined. + validate_options([]) -> []; validate_options([{Opt, Value} | Tail]) -> @@ -1288,7 +1373,8 @@ validate_binary_list(Opt, List) -> end, List). validate_versions([], Versions) -> Versions; -validate_versions([Version | Rest], Versions) when Version == 'tlsv1.2'; +validate_versions([Version | Rest], Versions) when Version == 'tlsv1.3'; + Version == 'tlsv1.2'; Version == 'tlsv1.1'; Version == tlsv1; Version == sslv3 -> @@ -1301,10 +1387,11 @@ validate_versions([Ver| _], Versions) -> tls_validate_versions([], Versions) -> Versions; -tls_validate_versions([Version | Rest], Versions) when Version == 'tlsv1.2'; - Version == 'tlsv1.1'; - Version == tlsv1; - Version == sslv3 -> +tls_validate_versions([Version | Rest], Versions) when Version == 'tlsv1.3'; + Version == 'tlsv1.2'; + Version == 'tlsv1.1'; + Version == tlsv1; + Version == sslv3 -> tls_validate_versions(Rest, Versions); tls_validate_versions([Ver| _], Versions) -> throw({error, {options, {Ver, {versions, Versions}}}}). @@ -1555,8 +1642,10 @@ new_ssl_options([{next_protocols_advertised, Value} | Rest], #ssl_options{} = Op new_ssl_options([{client_preferred_next_protocols, Value} | Rest], #ssl_options{} = Opts, RecordCB) -> new_ssl_options(Rest, Opts#ssl_options{next_protocol_selector = make_next_protocol_selector(validate_option(client_preferred_next_protocols, Value))}, RecordCB); -new_ssl_options([{log_alert, Value} | Rest], #ssl_options{} = Opts, RecordCB) -> - new_ssl_options(Rest, Opts#ssl_options{log_alert = validate_option(log_alert, Value)}, RecordCB); +new_ssl_options([{log_alert, Value} | Rest], #ssl_options{} = Opts, RecordCB) -> + new_ssl_options(Rest, Opts#ssl_options{log_level = validate_option(log_alert, Value)}, RecordCB); +new_ssl_options([{log_level, Value} | Rest], #ssl_options{} = Opts, RecordCB) -> + new_ssl_options(Rest, Opts#ssl_options{log_level = validate_option(log_level, Value)}, RecordCB); new_ssl_options([{server_name_indication, Value} | Rest], #ssl_options{} = Opts, RecordCB) -> new_ssl_options(Rest, Opts#ssl_options{server_name_indication = validate_option(server_name_indication, Value)}, RecordCB); new_ssl_options([{honor_cipher_order, Value} | Rest], #ssl_options{} = Opts, RecordCB) -> diff --git a/lib/ssl/src/ssl_alert.erl b/lib/ssl/src/ssl_alert.erl index 34e9797f1f..ed8156e0be 100644 --- a/lib/ssl/src/ssl_alert.erl +++ b/lib/ssl/src/ssl_alert.erl @@ -163,6 +163,8 @@ description_txt(?USER_CANCELED) -> "User Canceled"; description_txt(?NO_RENEGOTIATION) -> "No Renegotiation"; +description_txt(?MISSING_EXTENSION) -> + "Missing extension"; description_txt(?UNSUPPORTED_EXTENSION) -> "Unsupported Extension"; description_txt(?CERTIFICATE_UNOBTAINABLE) -> @@ -177,6 +179,8 @@ description_txt(?UNKNOWN_PSK_IDENTITY) -> "Unknown Psk Identity"; description_txt(?INAPPROPRIATE_FALLBACK) -> "Inappropriate Fallback"; +description_txt(?CERTIFICATE_REQUIRED) -> + "Certificate required"; description_txt(?NO_APPLICATION_PROTOCOL) -> "No application protocol"; description_txt(Enum) -> diff --git a/lib/ssl/src/ssl_alert.hrl b/lib/ssl/src/ssl_alert.hrl index b23123905e..9b2322da17 100644 --- a/lib/ssl/src/ssl_alert.hrl +++ b/lib/ssl/src/ssl_alert.hrl @@ -29,6 +29,9 @@ %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%% Alert protocol - RFC 2246 section 7.2 +%%% updated by RFC 8486 with +%%% missing_extension(109), +%%% certificate_required(116), %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% AlertLevel @@ -100,12 +103,14 @@ -define(INAPPROPRIATE_FALLBACK, 86). -define(USER_CANCELED, 90). -define(NO_RENEGOTIATION, 100). +-define(MISSING_EXTENSION, 109). -define(UNSUPPORTED_EXTENSION, 110). -define(CERTIFICATE_UNOBTAINABLE, 111). -define(UNRECOGNISED_NAME, 112). -define(BAD_CERTIFICATE_STATUS_RESPONSE, 113). -define(BAD_CERTIFICATE_HASH_VALUE, 114). -define(UNKNOWN_PSK_IDENTITY, 115). +-define(CERTIFICATE_REQUIRED, 116). -define(NO_APPLICATION_PROTOCOL, 120). -define(ALERT_REC(Level,Desc), #alert{level=Level,description=Desc,where={?FILE, ?LINE}}). diff --git a/lib/ssl/src/ssl_app.erl b/lib/ssl/src/ssl_app.erl index 62e8765d4a..2a5047c75c 100644 --- a/lib/ssl/src/ssl_app.erl +++ b/lib/ssl/src/ssl_app.erl @@ -29,9 +29,26 @@ -export([start/2, stop/1]). start(_Type, _StartArgs) -> + start_logger(), ssl_sup:start_link(). stop(_State) -> + stop_logger(), ok. +%% +%% Description: Start SSL logger +start_logger() -> + Config = #{level => debug, + filter_default => stop, + formatter => {ssl_logger, #{}}}, + Filter = {fun logger_filters:domain/2,{log,sub,[otp,ssl]}}, + logger:add_handler(ssl_handler, logger_std_h, Config), + logger:add_handler_filter(ssl_handler, filter_non_ssl, Filter). + +%% +%% Description: Stop SSL logger +stop_logger() -> + logger:remove_handler(ssl_handler). + diff --git a/lib/ssl/src/ssl_certificate.erl b/lib/ssl/src/ssl_certificate.erl index 549e557beb..9997f5e0c8 100644 --- a/lib/ssl/src/ssl_certificate.erl +++ b/lib/ssl/src/ssl_certificate.erl @@ -71,7 +71,7 @@ trusted_cert_and_path(CertChain, CertDbHandle, CertDbRef, PartialChainHandler) - case SignedAndIssuerID of {error, issuer_not_found} -> - %% The root CA was not sent and can not be found. + %% The root CA was not sent and cannot be found. handle_incomplete_chain(Path, PartialChainHandler); {self, _} when length(Path) == 1 -> {selfsigned_peer, Path}; diff --git a/lib/ssl/src/ssl_cipher.erl b/lib/ssl/src/ssl_cipher.erl index b23129dcdd..9bb2beaebd 100644 --- a/lib/ssl/src/ssl_cipher.erl +++ b/lib/ssl/src/ssl_cipher.erl @@ -31,6 +31,7 @@ -include("ssl_cipher.hrl"). -include("ssl_handshake.hrl"). -include("ssl_alert.hrl"). +-include("tls_handshake_1_3.hrl"). -include_lib("public_key/include/public_key.hrl"). -export([security_parameters/2, security_parameters/3, @@ -42,7 +43,8 @@ filter/3, filter_suites/1, filter_suites/2, hash_algorithm/1, sign_algorithm/1, is_acceptable_hash/2, is_fallback/1, random_bytes/1, calc_mac_hash/4, - is_stream_ciphersuite/1]). + is_stream_ciphersuite/1, signature_scheme/1, + scheme_to_components/1]). -compile(inline). @@ -168,7 +170,7 @@ block_cipher(Fun, BlockSz, #cipher_state{key=Key, iv=IV} = CS0, block_cipher(Fun, BlockSz, #cipher_state{key=Key, iv=IV} = CS0, Mac, Fragment, {3, N}) - when N == 2; N == 3 -> + when N == 2; N == 3; N == 4 -> NextIV = random_iv(IV), L0 = build_cipher_block(BlockSz, Mac, Fragment), L = [NextIV|L0], @@ -338,6 +340,8 @@ anonymous_suites({3, N}) -> srp_suites_anon() ++ anonymous_suites(N); anonymous_suites({254, _} = Version) -> dtls_v1:anonymous_suites(Version); +anonymous_suites(4) -> + []; %% Raw public key negotiation may be used instead anonymous_suites(N) when N >= 3 -> psk_suites_anon(N) ++ @@ -372,6 +376,8 @@ anonymous_suites(N) when N == 0; %%-------------------------------------------------------------------- psk_suites({3, N}) -> psk_suites(N); +psk_suites(4) -> + []; %% TODO Add new PSK, PSK_(EC)DHE suites psk_suites(N) when N >= 3 -> [ @@ -462,11 +468,12 @@ rc4_suites({3, Minor}) -> rc4_suites(0) -> [?TLS_RSA_WITH_RC4_128_SHA, ?TLS_RSA_WITH_RC4_128_MD5]; -rc4_suites(N) when N =< 3 -> +rc4_suites(N) when N =< 4 -> [?TLS_ECDHE_ECDSA_WITH_RC4_128_SHA, ?TLS_ECDHE_RSA_WITH_RC4_128_SHA, ?TLS_ECDH_ECDSA_WITH_RC4_128_SHA, ?TLS_ECDH_RSA_WITH_RC4_128_SHA]. + %%-------------------------------------------------------------------- -spec des_suites(Version::ssl_record:ssl_version()) -> [ssl_cipher_format:cipher_suite()]. %% @@ -501,7 +508,7 @@ rsa_suites(0) -> ?TLS_RSA_WITH_AES_128_CBC_SHA, ?TLS_RSA_WITH_3DES_EDE_CBC_SHA ]; -rsa_suites(N) when N =< 3 -> +rsa_suites(N) when N =< 4 -> [ ?TLS_RSA_WITH_AES_256_GCM_SHA384, ?TLS_RSA_WITH_AES_256_CBC_SHA256, @@ -703,7 +710,7 @@ mac_hash({_,_}, ?NULL, _MacSecret, _SeqNo, _Type, mac_hash({3, 0}, MacAlg, MacSecret, SeqNo, Type, Length, Fragment) -> ssl_v3:mac_hash(MacAlg, MacSecret, SeqNo, Type, Length, Fragment); mac_hash({3, N} = Version, MacAlg, MacSecret, SeqNo, Type, Length, Fragment) - when N =:= 1; N =:= 2; N =:= 3 -> + when N =:= 1; N =:= 2; N =:= 3; N =:= 4 -> tls_v1:mac_hash(MacAlg, MacSecret, SeqNo, Type, Version, Length, Fragment). @@ -851,6 +858,61 @@ sign_algorithm(?ECDSA) -> ecdsa; sign_algorithm(Other) when is_integer(Other) andalso ((Other >= 4) and (Other =< 223)) -> unassigned; sign_algorithm(Other) when is_integer(Other) andalso ((Other >= 224) and (Other =< 255)) -> Other. + +signature_scheme(rsa_pkcs1_sha256) -> ?RSA_PKCS1_SHA256; +signature_scheme(rsa_pkcs1_sha384) -> ?RSA_PKCS1_SHA384; +signature_scheme(rsa_pkcs1_sha512) -> ?RSA_PKCS1_SHA512; +signature_scheme(ecdsa_secp256r1_sha256) -> ?ECDSA_SECP256R1_SHA256; +signature_scheme(ecdsa_secp384r1_sha384) -> ?ECDSA_SECP384R1_SHA384; +signature_scheme(ecdsa_secp521r1_sha512) -> ?ECDSA_SECP521R1_SHA512; +signature_scheme(rsa_pss_rsae_sha256) -> ?RSA_PSS_RSAE_SHA256; +signature_scheme(rsa_pss_rsae_sha384) -> ?RSA_PSS_RSAE_SHA384; +signature_scheme(rsa_pss_rsae_sha512) -> ?RSA_PSS_RSAE_SHA512; +signature_scheme(ed25519) -> ?ED25519; +signature_scheme(ed448) -> ?ED448; +signature_scheme(rsa_pss_pss_sha256) -> ?RSA_PSS_PSS_SHA256; +signature_scheme(rsa_pss_pss_sha384) -> ?RSA_PSS_PSS_SHA384; +signature_scheme(rsa_pss_pss_sha512) -> ?RSA_PSS_PSS_SHA512; +signature_scheme(rsa_pkcs1_sha1) -> ?RSA_PKCS1_SHA1; +signature_scheme(ecdsa_sha1) -> ?ECDSA_SHA1; +signature_scheme(?RSA_PKCS1_SHA256) -> rsa_pkcs1_sha256; +signature_scheme(?RSA_PKCS1_SHA384) -> rsa_pkcs1_sha384; +signature_scheme(?RSA_PKCS1_SHA512) -> rsa_pkcs1_sha512; +signature_scheme(?ECDSA_SECP256R1_SHA256) -> ecdsa_secp256r1_sha256; +signature_scheme(?ECDSA_SECP384R1_SHA384) -> ecdsa_secp384r1_sha384; +signature_scheme(?ECDSA_SECP521R1_SHA512) -> ecdsa_secp521r1_sha512; +signature_scheme(?RSA_PSS_RSAE_SHA256) -> rsa_pss_rsae_sha256; +signature_scheme(?RSA_PSS_RSAE_SHA384) -> rsa_pss_rsae_sha384; +signature_scheme(?RSA_PSS_RSAE_SHA512) -> rsa_pss_rsae_sha512; +signature_scheme(?ED25519) -> ed25519; +signature_scheme(?ED448) -> ed448; +signature_scheme(?RSA_PSS_PSS_SHA256) -> rsa_pss_pss_sha256; +signature_scheme(?RSA_PSS_PSS_SHA384) -> rsa_pss_pss_sha384; +signature_scheme(?RSA_PSS_PSS_SHA512) -> rsa_pss_pss_sha512; +signature_scheme(?RSA_PKCS1_SHA1) -> rsa_pkcs1_sha1; +signature_scheme(?ECDSA_SHA1) -> ecdsa_sha1; +signature_scheme(_) -> unassigned. +%% TODO: reserved code points? + +scheme_to_components(rsa_pkcs1_sha256) -> {sha256, rsa_pkcs1, undefined}; +scheme_to_components(rsa_pkcs1_sha384) -> {sha384, rsa_pkcs1, undefined}; +scheme_to_components(rsa_pkcs1_sha512) -> {sha512, rsa_pkcs1, undefined}; +scheme_to_components(ecdsa_secp256r1_sha256) -> {sha256, ecdsa, secp256r1}; +scheme_to_components(ecdsa_secp384r1_sha384) -> {sha384, ecdsa, secp384r1}; +scheme_to_components(ecdsa_secp521r1_sha512) -> {sha512, ecdsa, secp521r1}; +scheme_to_components(rsa_pss_rsae_sha256) -> {sha256, rsa_pss_rsae, undefined}; +scheme_to_components(rsa_pss_rsae_sha384) -> {sha384, rsa_pss_rsae, undefined}; +scheme_to_components(rsa_pss_rsae_sha512) -> {sha512, rsa_pss_rsae, undefined}; +%% scheme_to_components(ed25519) -> {undefined, undefined, undefined}; +%% scheme_to_components(ed448) -> {undefined, undefined, undefined}; +scheme_to_components(rsa_pss_pss_sha256) -> {sha256, rsa_pss_pss, undefined}; +scheme_to_components(rsa_pss_pss_sha384) -> {sha384, rsa_pss_pss, undefined}; +scheme_to_components(rsa_pss_pss_sha512) -> {sha512, rsa_pss_pss, undefined}; +scheme_to_components(rsa_pkcs1_sha1) -> {sha1, rsa_pkcs1, undefined}; +scheme_to_components(ecdsa_sha1) -> {sha1, ecdsa, undefined}. + + + hash_size(null) -> 0; %% The AEAD MAC hash size is not used in the context @@ -908,7 +970,7 @@ generic_block_cipher_from_bin({3, N}, T, IV, HashSize) next_iv = IV}; generic_block_cipher_from_bin({3, N}, T, IV, HashSize) - when N == 2; N == 3 -> + when N == 2; N == 3; N == 4 -> Sz1 = byte_size(T) - 1, <<_:Sz1/binary, ?BYTE(PadLength)>> = T, IVLength = byte_size(IV), diff --git a/lib/ssl/src/ssl_cipher.hrl b/lib/ssl/src/ssl_cipher.hrl index ba6a98b92a..1febc52e43 100644 --- a/lib/ssl/src/ssl_cipher.hrl +++ b/lib/ssl/src/ssl_cipher.hrl @@ -610,4 +610,21 @@ %% TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256 = {0xcc, 0x15} -define(TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256, <<?BYTE(16#CC), ?BYTE(16#15)>>). +%%% TLS 1.3 cipher suites RFC8446 + +%% TLS_AES_128_GCM_SHA256 = {0x13,0x01} +-define(TLS_AES_128_GCM_SHA256, <<?BYTE(16#13), ?BYTE(16#01)>>). + +%% TLS_AES_256_GCM_SHA384 = {0x13,0x02} +-define(TLS_AES_256_GCM_SHA384, <<?BYTE(16#13),?BYTE(16#02)>>). + +%% TLS_CHACHA20_POLY1305_SHA256 = {0x13,0x03} +-define(TLS_CHACHA20_POLY1305_SHA256, <<?BYTE(16#13),?BYTE(16#03)>>). + +%% %% TLS_AES_128_CCM_SHA256 = {0x13,0x04} +%% -define(TLS_AES_128_CCM_SHA256, <<?BYTE(16#13), ?BYTE(16#04)>>). + +%% %% TLS_AES_128_CCM_8_SHA256 = {0x13,0x05} +%% -define(TLS_AES_128_CCM_8_SHA256, <<?BYTE(16#13),?BYTE(16#05)>>). + -endif. % -ifdef(ssl_cipher). diff --git a/lib/ssl/src/ssl_cipher_format.erl b/lib/ssl/src/ssl_cipher_format.erl index c311c0d097..6e480eef45 100644 --- a/lib/ssl/src/ssl_cipher_format.erl +++ b/lib/ssl/src/ssl_cipher_format.erl @@ -36,7 +36,14 @@ -type cipher() :: null |rc4_128 | des_cbc | '3des_ede_cbc' | aes_128_cbc | aes_256_cbc | aes_128_gcm | aes_256_gcm | chacha20_poly1305. -type hash() :: null | md5 | sha | sha224 | sha256 | sha384 | sha512. -type sign_algo() :: rsa | dsa | ecdsa. --type key_algo() :: null | rsa | dhe_rsa | dhe_dss | ecdhe_ecdsa| ecdh_ecdsa | ecdh_rsa| srp_rsa| srp_dss | psk | dhe_psk | rsa_psk | dh_anon | ecdh_anon | srp_anon. +-type key_algo() :: null | + rsa | + dhe_rsa | dhe_dss | + ecdhe_ecdsa | ecdh_ecdsa | ecdh_rsa | + srp_rsa| srp_dss | + psk | dhe_psk | rsa_psk | + dh_anon | ecdh_anon | srp_anon | + any. %% TLS 1.3 -type erl_cipher_suite() :: #{key_exchange := key_algo(), cipher := cipher(), mac := hash() | aead, @@ -62,6 +69,12 @@ suite_to_str(#{key_exchange := null, mac := null, prf := null}) -> "TLS_EMPTY_RENEGOTIATION_INFO_SCSV"; +suite_to_str(#{key_exchange := any, + cipher := Cipher, + mac := aead, + prf := PRF}) -> + "TLS_" ++ string:to_upper(atom_to_list(Cipher)) ++ + "_" ++ string:to_upper(atom_to_list(PRF)); suite_to_str(#{key_exchange := Kex, cipher := Cipher, mac := aead, @@ -802,7 +815,34 @@ suite_definition(?TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256) -> #{key_exchange => dhe_rsa, cipher => chacha20_poly1305, mac => aead, + prf => sha256}; +%% TLS 1.3 Cipher Suites RFC8446 +suite_definition(?TLS_AES_128_GCM_SHA256) -> + #{key_exchange => any, + cipher => aes_128_gcm, + mac => aead, + prf => sha256}; +suite_definition(?TLS_AES_256_GCM_SHA384) -> + #{key_exchange => any, + cipher => aes_256_gcm, + mac => aead, + prf => sha384}; +suite_definition(?TLS_CHACHA20_POLY1305_SHA256) -> + #{key_exchange => any, + cipher => chacha20_poly1305, + mac => aead, prf => sha256}. +%% suite_definition(?TLS_AES_128_CCM_SHA256) -> +%% #{key_exchange => any, +%% cipher => aes_128_ccm, +%% mac => aead, +%% prf => sha256}; +%% suite_definition(?TLS_AES_128_CCM_8_SHA256) -> +%% #{key_exchange => any, +%% cipher => aes_128_ccm_8, +%% mac => aead, +%% prf => sha256}. + %%-------------------------------------------------------------------- -spec erl_suite_definition(cipher_suite() | erl_cipher_suite()) -> old_erl_cipher_suite(). @@ -1427,8 +1467,33 @@ suite(#{key_exchange := dhe_rsa, cipher := chacha20_poly1305, mac := aead, prf := sha256}) -> - ?TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256. - + ?TLS_DHE_RSA_WITH_CHACHA20_POLY1305_SHA256; +%% TLS 1.3 Cipher Suites RFC8446 +suite(#{key_exchange := any, + cipher := aes_128_gcm, + mac := aead, + prf := sha256}) -> + ?TLS_AES_128_GCM_SHA256; +suite(#{key_exchange := any, + cipher := aes_256_gcm, + mac := aead, + prf := sha384}) -> + ?TLS_AES_256_GCM_SHA384; +suite(#{key_exchange := any, + cipher := chacha20_poly1305, + mac := aead, + prf := sha256}) -> + ?TLS_CHACHA20_POLY1305_SHA256. +%% suite(#{key_exchange := any, +%% cipher := aes_128_ccm, +%% mac := aead, +%% prf := sha256}) -> +%% ?TLS_AES_128_CCM_SHA256; +%% suite(#{key_exchange := any, +%% cipher := aes_128_ccm_8, +%% mac := aead, +%% prf := sha256}) -> +%% ?TLS_AES_128_CCM_8_SHA256. %%-------------------------------------------------------------------- -spec openssl_suite(openssl_cipher_suite()) -> cipher_suite(). %% @@ -1582,7 +1647,20 @@ openssl_suite("ECDHE-RSA-AES256-GCM-SHA384") -> openssl_suite("ECDH-RSA-AES128-GCM-SHA256") -> ?TLS_ECDH_RSA_WITH_AES_128_GCM_SHA256; openssl_suite("ECDH-RSA-AES256-GCM-SHA384") -> - ?TLS_ECDH_RSA_WITH_AES_256_GCM_SHA384. + ?TLS_ECDH_RSA_WITH_AES_256_GCM_SHA384; + +%% TLS 1.3 Cipher Suites RFC8446 +openssl_suite("TLS_AES_128_GCM_SHA256") -> + ?TLS_AES_128_GCM_SHA256; +openssl_suite("TLS_AES_256_GCM_SHA384") -> + ?TLS_AES_256_GCM_SHA384; +openssl_suite("TLS_CHACHA20_POLY1305_SHA256") -> + ?TLS_CHACHA20_POLY1305_SHA256. +%% openssl_suite("TLS_AES_128_CCM_SHA256") -> +%% ?TLS_AES_128_CCM_SHA256; +%% openssl_suite("TLS_AES_128_CCM_8_SHA256") -> +%% ?TLS_AES_128_CCM_8_SHA256. + %%-------------------------------------------------------------------- -spec openssl_suite_name(cipher_suite()) -> openssl_cipher_suite() | erl_cipher_suite(). @@ -1759,6 +1837,18 @@ openssl_suite_name(?TLS_ECDH_RSA_WITH_AES_128_GCM_SHA256) -> openssl_suite_name(?TLS_ECDH_RSA_WITH_AES_256_GCM_SHA384) -> "ECDH-RSA-AES256-GCM-SHA384"; +%% TLS 1.3 Cipher Suites RFC8446 +openssl_suite_name(?TLS_AES_128_GCM_SHA256) -> + "TLS_AES_128_GCM_SHA256"; +openssl_suite_name(?TLS_AES_256_GCM_SHA384) -> + "TLS_AES_256_GCM_SHA384"; +openssl_suite_name(?TLS_CHACHA20_POLY1305_SHA256) -> + "TLS_CHACHA20_POLY1305_SHA256"; +%% openssl_suite(?TLS_AES_128_CCM_SHA256) -> +%% "TLS_AES_128_CCM_SHA256"; +%% openssl_suite(?TLS_AES_128_CCM_8_SHA256) -> +%% "TLS_AES_128_CCM_8_SHA256"; + %% No oppenssl name openssl_suite_name(Cipher) -> suite_definition(Cipher). diff --git a/lib/ssl/src/ssl_connection.erl b/lib/ssl/src/ssl_connection.erl index 9f876add6c..3eb3b0a980 100644 --- a/lib/ssl/src/ssl_connection.erl +++ b/lib/ssl/src/ssl_connection.erl @@ -35,6 +35,7 @@ -include("ssl_internal.hrl"). -include("ssl_srp.hrl"). -include_lib("public_key/include/public_key.hrl"). +-include_lib("kernel/include/logger.hrl"). %% Setup @@ -59,7 +60,7 @@ %% Help functions for tls|dtls_connection.erl -export([handle_session/7, ssl_config/3, - prepare_connection/2, hibernate_after/3, map_extensions/1]). + prepare_connection/2, hibernate_after/3]). %% General gen_statem state functions with extra callback argument %% to determine if it is an SSL/TLS or DTLS gen_statem machine @@ -344,7 +345,9 @@ handle_own_alert(Alert, _, StateName, ignore end, try %% Try to tell the local user - log_alert(SslOpts#ssl_options.log_alert, Role, Connection:protocol_name(), StateName, Alert#alert{role = Role}), + log_alert(SslOpts#ssl_options.log_level, Role, + Connection:protocol_name(), StateName, + Alert#alert{role = Role}), handle_normal_shutdown(Alert,StateName, State) catch _:_ -> ok @@ -375,9 +378,10 @@ handle_alert(#alert{level = ?FATAL} = Alert, StateName, protocol_cb = Connection, ssl_options = SslOpts, start_or_recv_from = From, host = Host, port = Port, session = Session, user_application = {_Mon, Pid}, - role = Role, socket_options = Opts, tracker = Tracker} = State) -> + role = Role, socket_options = Opts, + tracker = Tracker} = State) -> invalidate_session(Role, Host, Port, Session), - log_alert(SslOpts#ssl_options.log_alert, Role, Connection:protocol_name(), + log_alert(SslOpts#ssl_options.log_level, Role, Connection:protocol_name(), StateName, Alert#alert{role = opposite_role(Role)}), Pids = Connection:pids(State), alert_user(Pids, Transport, Tracker, Socket, StateName, Opts, Pid, From, Alert, Role, Connection), @@ -391,7 +395,7 @@ handle_alert(#alert{level = ?WARNING, description = ?CLOSE_NOTIFY} = Alert, handle_alert(#alert{level = ?WARNING, description = ?NO_RENEGOTIATION} = Alert, StateName, #state{role = Role, ssl_options = SslOpts, protocol_cb = Connection, renegotiation = {true, internal}} = State) -> - log_alert(SslOpts#ssl_options.log_alert, Role, + log_alert(SslOpts#ssl_options.log_level, Role, Connection:protocol_name(), StateName, Alert#alert{role = opposite_role(Role)}), handle_normal_shutdown(Alert, StateName, State), stop({shutdown, peer_close}, State); @@ -400,7 +404,7 @@ handle_alert(#alert{level = ?WARNING, description = ?NO_RENEGOTIATION} = Alert, #state{role = Role, ssl_options = SslOpts, renegotiation = {true, From}, protocol_cb = Connection} = State0) -> - log_alert(SslOpts#ssl_options.log_alert, Role, + log_alert(SslOpts#ssl_options.log_level, Role, Connection:protocol_name(), StateName, Alert#alert{role = opposite_role(Role)}), gen_statem:reply(From, {error, renegotiation_rejected}), State1 = Connection:reinit_handshake_data(State0), @@ -411,8 +415,9 @@ handle_alert(#alert{level = ?WARNING, description = ?NO_RENEGOTIATION} = Alert, #state{role = Role, ssl_options = SslOpts, renegotiation = {true, From}, protocol_cb = Connection} = State0) -> - log_alert(SslOpts#ssl_options.log_alert, Role, - Connection:protocol_name(), StateName, Alert#alert{role = opposite_role(Role)}), + log_alert(SslOpts#ssl_options.log_level, Role, + Connection:protocol_name(), StateName, + Alert#alert{role = opposite_role(Role)}), gen_statem:reply(From, {error, renegotiation_rejected}), {Record, State1} = Connection:next_record(State0), %% Go back to connection! @@ -422,8 +427,9 @@ handle_alert(#alert{level = ?WARNING, description = ?NO_RENEGOTIATION} = Alert, %% Gracefully log and ignore all other warning alerts handle_alert(#alert{level = ?WARNING} = Alert, StateName, #state{ssl_options = SslOpts, protocol_cb = Connection, role = Role} = State0) -> - log_alert(SslOpts#ssl_options.log_alert, Role, - Connection:protocol_name(), StateName, Alert#alert{role = opposite_role(Role)}), + log_alert(SslOpts#ssl_options.log_level, Role, + Connection:protocol_name(), StateName, + Alert#alert{role = opposite_role(Role)}), {Record, State} = Connection:next_record(State0), Connection:next_event(StateName, Record, State). @@ -1260,7 +1266,7 @@ handle_info({ErrorTag, Socket, econnaborted}, StateName, handle_info({ErrorTag, Socket, Reason}, StateName, #state{socket = Socket, error_tag = ErrorTag} = State) -> Report = io_lib:format("SSL: Socket error: ~p ~n", [Reason]), - error_logger:error_report(Report), + ?LOG_ERROR(Report), handle_normal_shutdown(?ALERT_REC(?FATAL, ?CLOSE_NOTIFY), StateName, State), stop(normal, State); @@ -1304,7 +1310,7 @@ handle_info({cancel_start_or_recv, _RecvFrom}, StateName, State) -> handle_info(Msg, StateName, #state{socket = Socket, error_tag = Tag} = State) -> Report = io_lib:format("SSL: Got unexpected info: ~p ~n", [{Msg, Tag, Socket}]), - error_logger:info_report(Report), + ?LOG_NOTICE(Report), {next_state, StateName, State}. %%==================================================================== @@ -1419,17 +1425,22 @@ security_info(#state{connection_states = ConnectionStates}) -> ssl_record:current_connection_state(ConnectionStates, read), [{client_random, ClientRand}, {server_random, ServerRand}, {master_secret, MasterSecret}]. -do_server_hello(Type, #hello_extensions{next_protocol_negotiation = NextProtocols} = +do_server_hello(Type, #{next_protocol_negotiation := NextProtocols} = ServerHelloExt, #state{negotiated_version = Version, session = #session{session_id = SessId}, - connection_states = ConnectionStates0} + connection_states = ConnectionStates0, + ssl_options = #ssl_options{versions = [HighestVersion|_]}} = State0, Connection) when is_atom(Type) -> - + %% TLS 1.3 - Section 4.1.3 + %% Override server random values for TLS 1.3 downgrade protection mechanism. + ConnectionStates1 = update_server_random(ConnectionStates0, Version, HighestVersion), + State1 = State0#state{connection_states = ConnectionStates1}, ServerHello = - ssl_handshake:server_hello(SessId, ssl:tls_version(Version), ConnectionStates0, ServerHelloExt), + ssl_handshake:server_hello(SessId, ssl:tls_version(Version), + ConnectionStates1, ServerHelloExt), State = server_hello(ServerHello, - State0#state{expecting_next_protocol_negotiation = + State1#state{expecting_next_protocol_negotiation = NextProtocols =/= undefined}, Connection), case Type of new -> @@ -1438,6 +1449,60 @@ do_server_hello(Type, #hello_extensions{next_protocol_negotiation = NextProtocol resumed_server_hello(State, Connection) end. +update_server_random(#{pending_read := #{security_parameters := ReadSecParams0} = + ReadState0, + pending_write := #{security_parameters := WriteSecParams0} = + WriteState0} = ConnectionStates, + Version, HighestVersion) -> + ReadRandom = override_server_random( + ReadSecParams0#security_parameters.server_random, + Version, + HighestVersion), + WriteRandom = override_server_random( + WriteSecParams0#security_parameters.server_random, + Version, + HighestVersion), + ReadSecParams = ReadSecParams0#security_parameters{server_random = ReadRandom}, + WriteSecParams = WriteSecParams0#security_parameters{server_random = WriteRandom}, + ReadState = ReadState0#{security_parameters => ReadSecParams}, + WriteState = WriteState0#{security_parameters => WriteSecParams}, + + ConnectionStates#{pending_read => ReadState, pending_write => WriteState}. + +%% TLS 1.3 - Section 4.1.3 +%% +%% If negotiating TLS 1.2, TLS 1.3 servers MUST set the last eight bytes +%% of their Random value to the bytes: +%% +%% 44 4F 57 4E 47 52 44 01 +%% +%% If negotiating TLS 1.1 or below, TLS 1.3 servers MUST and TLS 1.2 +%% servers SHOULD set the last eight bytes of their Random value to the +%% bytes: +%% +%% 44 4F 57 4E 47 52 44 00 +override_server_random(<<Random0:24/binary,_:8/binary>> = Random, {M,N}, {Major,Minor}) + when Major > 3 orelse Major =:= 3 andalso Minor >= 4 -> %% TLS 1.3 or above + if M =:= 3 andalso N =:= 3 -> %% Negotating TLS 1.2 + Down = ?RANDOM_OVERRIDE_TLS12, + <<Random0/binary,Down/binary>>; + M =:= 3 andalso N < 3 -> %% Negotating TLS 1.1 or prior + Down = ?RANDOM_OVERRIDE_TLS11, + <<Random0/binary,Down/binary>>; + true -> + Random + end; +override_server_random(<<Random0:24/binary,_:8/binary>> = Random, {M,N}, {Major,Minor}) + when Major =:= 3 andalso Minor =:= 3 -> %% TLS 1.2 + if M =:= 3 andalso N < 3 -> %% Negotating TLS 1.1 or prior + Down = ?RANDOM_OVERRIDE_TLS11, + <<Random0/binary,Down/binary>>; + true -> + Random + end; +override_server_random(Random, _, _) -> + Random. + new_server_hello(#server_hello{cipher_suite = CipherSuite, compression_method = Compression, session_id = SessionId}, @@ -2284,22 +2349,6 @@ hibernate_after(connection = StateName, hibernate_after(StateName, State, Actions) -> {next_state, StateName, State, Actions}. -map_extensions(#hello_extensions{renegotiation_info = RenegotiationInfo, - signature_algs = SigAlg, - alpn = Alpn, - next_protocol_negotiation = Next, - srp = SRP, - ec_point_formats = ECPointFmt, - elliptic_curves = ECCCurves, - sni = SNI}) -> - #{renegotiation_info => ssl_handshake:extension_value(RenegotiationInfo), - signature_algs => ssl_handshake:extension_value(SigAlg), - alpn => ssl_handshake:extension_value(Alpn), - srp => ssl_handshake:extension_value(SRP), - next_protocol => ssl_handshake:extension_value(Next), - ec_point_formats => ssl_handshake:extension_value(ECPointFmt), - elliptic_curves => ssl_handshake:extension_value(ECCCurves), - sni => ssl_handshake:extension_value(SNI)}. terminate_alert(normal) -> ?ALERT_REC(?WARNING, ?CLOSE_NOTIFY); @@ -2316,7 +2365,7 @@ handle_trusted_certs_db(#state{ssl_options = handle_trusted_certs_db(#state{cert_db_ref = Ref, cert_db = CertDb, ssl_options = #ssl_options{cacertfile = <<>>}}) when CertDb =/= undefined -> - %% Certs provided as DER directly can not be shared + %% Certs provided as DER directly cannot be shared %% with other connections and it is safe to delete them when the connection ends. ssl_pkix_db:remove_trusted_certs(Ref, CertDb); handle_trusted_certs_db(#state{file_ref_db = undefined}) -> @@ -2643,14 +2692,14 @@ alert_user(Pids, Transport, Tracker, Socket, Active, Pid, From, Alert, Role, Con Transport, Socket, Connection, Tracker), ReasonCode}) end. -log_alert(true, Role, ProtocolName, StateName, #alert{role = Role} = Alert) -> +log_alert(Level, Role, ProtocolName, StateName, #alert{role = Role} = Alert) -> Txt = ssl_alert:own_alert_txt(Alert), - error_logger:info_report(io_lib:format("~s ~p: In state ~p ~s\n", [ProtocolName, Role, StateName, Txt])); -log_alert(true, Role, ProtocolName, StateName, Alert) -> + Report = io_lib:format("~s ~p: In state ~p ~s\n", [ProtocolName, Role, StateName, Txt]), + ssl_logger:notice(Level, Report); +log_alert(Level, Role, ProtocolName, StateName, Alert) -> Txt = ssl_alert:alert_txt(Alert), - error_logger:info_report(io_lib:format("~s ~p: In state ~p ~s\n", [ProtocolName, Role, StateName, Txt])); -log_alert(false, _, _, _, _) -> - ok. + Report = io_lib:format("~s ~p: In state ~p ~s\n", [ProtocolName, Role, StateName, Txt]), + ssl_logger:notice(Level, Report). invalidate_session(client, Host, Port, Session) -> ssl_manager:invalidate_session(Host, Port, Session); diff --git a/lib/ssl/src/ssl_crl_hash_dir.erl b/lib/ssl/src/ssl_crl_hash_dir.erl index bb62737232..9478ff9b78 100644 --- a/lib/ssl/src/ssl_crl_hash_dir.erl +++ b/lib/ssl/src/ssl_crl_hash_dir.erl @@ -20,6 +20,7 @@ -module(ssl_crl_hash_dir). -include_lib("public_key/include/public_key.hrl"). +-include_lib("kernel/include/logger.hrl"). -behaviour(ssl_crl_cache_api). @@ -55,7 +56,7 @@ select(Issuer, {_DbHandle, [{dir, Dir}]}) -> %% is happy with that, but if it's true, this is an error. []; {error, Error} -> - error_logger:error_report( + ?LOG_ERROR( [{cannot_find_crl, Error}, {dir, Dir}, {module, ?MODULE}, @@ -86,7 +87,7 @@ find_crls(Issuer, Hash, Dir, N, Acc) -> error:Error -> %% Something is wrong with the file. Report %% it, and try the next one. - error_logger:error_report( + ?LOG_ERROR( [{crl_parse_error, Error}, {filename, Filename}, {module, ?MODULE}, diff --git a/lib/ssl/src/ssl_handshake.erl b/lib/ssl/src/ssl_handshake.erl index dc89fb0029..ba0b670091 100644 --- a/lib/ssl/src/ssl_handshake.erl +++ b/lib/ssl/src/ssl_handshake.erl @@ -53,14 +53,14 @@ -export([certify/7, certificate_verify/6, verify_signature/5, master_secret/4, server_key_exchange_hash/2, verify_connection/6, init_handshake_history/0, update_handshake_history/2, verify_server_key/5, - select_version/3, extension_value/1 + select_version/3, select_supported_version/2, extension_value/1 ]). %% Encode --export([encode_handshake/2, encode_hello_extensions/1, +-export([encode_handshake/2, encode_hello_extensions/1, encode_extensions/1, encode_extensions/2, encode_client_protocol_negotiation/2, encode_protocols_advertised_on_server/1]). %% Decode --export([decode_handshake/3, decode_hello_extensions/1, +-export([decode_handshake/3, decode_vector/1, decode_hello_extensions/3, decode_extensions/1, decode_server_key/3, decode_client_key/3, decode_suites/2 ]). @@ -93,7 +93,7 @@ hello_request() -> %%-------------------------------------------------------------------- -spec server_hello(#session{}, ssl_record:ssl_version(), ssl_record:connection_states(), - #hello_extensions{}) -> #server_hello{}. + Extension::map()) -> #server_hello{}. %% %% Description: Creates a server hello message. %%-------------------------------------------------------------------- @@ -504,6 +504,21 @@ verify_server_key(#server_key_params{params_bin = EncParams, select_version(RecordCB, ClientVersion, Versions) -> do_select_version(RecordCB, ClientVersion, Versions). + +%% Called by TLS 1.2/1.3 Server when "supported_versions" is present +%% in ClientHello. +%% Input lists are ordered (highest first) +select_supported_version([], _ServerVersions) -> + undefined; +select_supported_version([ClientVersion|T], ServerVersions) -> + case lists:member(ClientVersion, ServerVersions) of + true -> + ClientVersion; + false -> + select_supported_version(T, ServerVersions) + end. + + %%==================================================================== %% Encode handshake %%==================================================================== @@ -517,7 +532,7 @@ encode_handshake(#server_hello{server_version = {Major, Minor}, session_id = Session_ID, cipher_suite = CipherSuite, compression_method = Comp_method, - extensions = #hello_extensions{} = Extensions}, _Version) -> + extensions = Extensions}, _Version) -> SID_length = byte_size(Session_ID), ExtensionsBin = encode_hello_extensions(Extensions), {?SERVER_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:32/binary, @@ -567,71 +582,93 @@ encode_handshake(#certificate_verify{signature = BinSig, hashsign_algorithm = Ha encode_handshake(#finished{verify_data = VerifyData}, _Version) -> {?FINISHED, VerifyData}. -encode_hello_extensions(#hello_extensions{} = Extensions) -> - encode_hello_extensions(hello_extensions_list(Extensions), <<>>). -encode_hello_extensions([], <<>>) -> +encode_hello_extensions(Extensions) -> + encode_extensions(hello_extensions_list(Extensions), <<>>). + +encode_extensions(Exts) -> + encode_extensions(Exts, <<>>). + +encode_extensions([], <<>>) -> <<>>; -encode_hello_extensions([], Acc) -> +encode_extensions([], Acc) -> Size = byte_size(Acc), <<?UINT16(Size), Acc/binary>>; - -encode_hello_extensions([#alpn{extension_data = ExtensionData} | Rest], Acc) -> - Len = byte_size(ExtensionData), +encode_extensions([#alpn{extension_data = ExtensionData} | Rest], Acc) -> + Len = byte_size(ExtensionData), ExtLen = Len + 2, - encode_hello_extensions(Rest, <<?UINT16(?ALPN_EXT), ?UINT16(ExtLen), ?UINT16(Len), - ExtensionData/binary, Acc/binary>>); -encode_hello_extensions([#next_protocol_negotiation{extension_data = ExtensionData} | Rest], Acc) -> + encode_extensions(Rest, <<?UINT16(?ALPN_EXT), ?UINT16(ExtLen), ?UINT16(Len), + ExtensionData/binary, Acc/binary>>); +encode_extensions([#next_protocol_negotiation{extension_data = ExtensionData} | Rest], Acc) -> Len = byte_size(ExtensionData), - encode_hello_extensions(Rest, <<?UINT16(?NEXTPROTONEG_EXT), ?UINT16(Len), + encode_extensions(Rest, <<?UINT16(?NEXTPROTONEG_EXT), ?UINT16(Len), ExtensionData/binary, Acc/binary>>); -encode_hello_extensions([#renegotiation_info{renegotiated_connection = undefined} | Rest], Acc) -> - encode_hello_extensions(Rest, Acc); -encode_hello_extensions([#renegotiation_info{renegotiated_connection = ?byte(0) = Info} | Rest], Acc) -> +encode_extensions([#renegotiation_info{renegotiated_connection = undefined} | Rest], Acc) -> + encode_extensions(Rest, Acc); +encode_extensions([#renegotiation_info{renegotiated_connection = ?byte(0) = Info} | Rest], Acc) -> Len = byte_size(Info), - encode_hello_extensions(Rest, <<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), Info/binary, Acc/binary>>); + encode_extensions(Rest, <<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), Info/binary, Acc/binary>>); -encode_hello_extensions([#renegotiation_info{renegotiated_connection = Info} | Rest], Acc) -> +encode_extensions([#renegotiation_info{renegotiated_connection = Info} | Rest], Acc) -> InfoLen = byte_size(Info), Len = InfoLen +1, - encode_hello_extensions(Rest, <<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), ?BYTE(InfoLen), + encode_extensions(Rest, <<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), ?BYTE(InfoLen), Info/binary, Acc/binary>>); -encode_hello_extensions([#elliptic_curves{elliptic_curve_list = EllipticCurves} | Rest], Acc) -> +encode_extensions([#elliptic_curves{elliptic_curve_list = EllipticCurves} | Rest], Acc) -> EllipticCurveList = << <<(tls_v1:oid_to_enum(X)):16>> || X <- EllipticCurves>>, ListLen = byte_size(EllipticCurveList), Len = ListLen + 2, - encode_hello_extensions(Rest, <<?UINT16(?ELLIPTIC_CURVES_EXT), + encode_extensions(Rest, <<?UINT16(?ELLIPTIC_CURVES_EXT), ?UINT16(Len), ?UINT16(ListLen), EllipticCurveList/binary, Acc/binary>>); -encode_hello_extensions([#ec_point_formats{ec_point_format_list = ECPointFormats} | Rest], Acc) -> +encode_extensions([#ec_point_formats{ec_point_format_list = ECPointFormats} | Rest], Acc) -> ECPointFormatList = list_to_binary(ECPointFormats), ListLen = byte_size(ECPointFormatList), Len = ListLen + 1, - encode_hello_extensions(Rest, <<?UINT16(?EC_POINT_FORMATS_EXT), + encode_extensions(Rest, <<?UINT16(?EC_POINT_FORMATS_EXT), ?UINT16(Len), ?BYTE(ListLen), ECPointFormatList/binary, Acc/binary>>); -encode_hello_extensions([#srp{username = UserName} | Rest], Acc) -> +encode_extensions([#srp{username = UserName} | Rest], Acc) -> SRPLen = byte_size(UserName), Len = SRPLen + 2, - encode_hello_extensions(Rest, <<?UINT16(?SRP_EXT), ?UINT16(Len), ?BYTE(SRPLen), + encode_extensions(Rest, <<?UINT16(?SRP_EXT), ?UINT16(Len), ?BYTE(SRPLen), UserName/binary, Acc/binary>>); -encode_hello_extensions([#hash_sign_algos{hash_sign_algos = HashSignAlgos} | Rest], Acc) -> +encode_extensions([#hash_sign_algos{hash_sign_algos = HashSignAlgos} | Rest], Acc) -> SignAlgoList = << <<(ssl_cipher:hash_algorithm(Hash)):8, (ssl_cipher:sign_algorithm(Sign)):8>> || {Hash, Sign} <- HashSignAlgos >>, ListLen = byte_size(SignAlgoList), Len = ListLen + 2, - encode_hello_extensions(Rest, <<?UINT16(?SIGNATURE_ALGORITHMS_EXT), + encode_extensions(Rest, <<?UINT16(?SIGNATURE_ALGORITHMS_EXT), ?UINT16(Len), ?UINT16(ListLen), SignAlgoList/binary, Acc/binary>>); -encode_hello_extensions([#sni{hostname = Hostname} | Rest], Acc) -> +encode_extensions([#signature_scheme_list{ + signature_scheme_list = SignatureSchemes} | Rest], Acc) -> + SignSchemeList = << <<(ssl_cipher:signature_scheme(SignatureScheme)):16 >> || + SignatureScheme <- SignatureSchemes >>, + ListLen = byte_size(SignSchemeList), + Len = ListLen + 2, + encode_extensions(Rest, <<?UINT16(?SIGNATURE_ALGORITHMS_CERT_EXT), + ?UINT16(Len), ?UINT16(ListLen), SignSchemeList/binary, Acc/binary>>); +encode_extensions([#sni{hostname = Hostname} | Rest], Acc) -> HostLen = length(Hostname), HostnameBin = list_to_binary(Hostname), % Hostname type (1 byte) + Hostname length (2 bytes) + Hostname (HostLen bytes) ServerNameLength = 1 + 2 + HostLen, % ServerNameListSize (2 bytes) + ServerNameLength ExtLength = 2 + ServerNameLength, - encode_hello_extensions(Rest, <<?UINT16(?SNI_EXT), ?UINT16(ExtLength), - ?UINT16(ServerNameLength), - ?BYTE(?SNI_NAMETYPE_HOST_NAME), - ?UINT16(HostLen), HostnameBin/binary, - Acc/binary>>). + encode_extensions(Rest, <<?UINT16(?SNI_EXT), ?UINT16(ExtLength), + ?UINT16(ServerNameLength), + ?BYTE(?SNI_NAMETYPE_HOST_NAME), + ?UINT16(HostLen), HostnameBin/binary, + Acc/binary>>); +encode_extensions([#client_hello_versions{versions = Versions0} | Rest], Acc) -> + Versions = encode_versions(Versions0), + VerLen = byte_size(Versions), + Len = VerLen + 2, + encode_extensions(Rest, <<?UINT16(?SUPPORTED_VERSIONS_EXT), + ?UINT16(Len), ?UINT16(VerLen), Versions/binary, Acc/binary>>); +encode_extensions([#server_hello_selected_version{selected_version = Version0} | Rest], Acc) -> + Version = encode_versions([Version0]), + Len = byte_size(Version), %% 2 + encode_extensions(Rest, <<?UINT16(?SUPPORTED_VERSIONS_EXT), + ?UINT16(Len), Version/binary, Acc/binary>>). encode_client_protocol_negotiation(undefined, _) -> undefined; @@ -657,7 +694,7 @@ decode_handshake(_, ?NEXT_PROTOCOL, <<?BYTE(SelectedProtocolLength), ?BYTE(PaddingLength), _Padding:PaddingLength/binary>>) -> #next_protocol{selected_protocol = SelectedProtocol}; -decode_handshake(_Version, ?SERVER_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:32/binary, +decode_handshake(Version, ?SERVER_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:32/binary, ?BYTE(SID_length), Session_ID:SID_length/binary, Cipher_suite:2/binary, ?BYTE(Comp_method)>>) -> #server_hello{ @@ -666,14 +703,14 @@ decode_handshake(_Version, ?SERVER_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:3 session_id = Session_ID, cipher_suite = Cipher_suite, compression_method = Comp_method, - extensions = #hello_extensions{}}; + extensions = empty_hello_extensions(Version, server)}; -decode_handshake(_Version, ?SERVER_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:32/binary, +decode_handshake(Version, ?SERVER_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:32/binary, ?BYTE(SID_length), Session_ID:SID_length/binary, Cipher_suite:2/binary, ?BYTE(Comp_method), ?UINT16(ExtLen), Extensions:ExtLen/binary>>) -> - HelloExtensions = decode_hello_extensions(Extensions), + HelloExtensions = decode_hello_extensions(Extensions, Version, server), #server_hello{ server_version = {Major,Minor}, @@ -716,17 +753,34 @@ decode_handshake(_Version, ?FINISHED, VerifyData) -> decode_handshake(_, Message, _) -> throw(?ALERT_REC(?FATAL, ?HANDSHAKE_FAILURE, {unknown_or_malformed_handshake, Message})). + +%%-------------------------------------------------------------------- +-spec decode_vector(binary()) -> binary(). +%% +%% Description: Remove length tag from TLS Vector type. Needed +%% for client hello when extensions in older versions may be empty. +%% +%%-------------------------------------------------------------------- +decode_vector(<<>>) -> + <<>>; +decode_vector(<<?UINT16(Len), Vector:Len/binary>>) -> + Vector. + +%%-------------------------------------------------------------------- +-spec decode_hello_extensions(binary(), ssl_record:ssl_version(), client | server) -> map(). +%% +%% Description: Decodes TLS hello extensions +%%-------------------------------------------------------------------- +decode_hello_extensions(Extensions, Version, Role) -> + decode_extensions(Extensions, empty_hello_extensions(Version, Role)). + %%-------------------------------------------------------------------- --spec decode_hello_extensions({client, binary()} | binary()) -> #hello_extensions{}. +-spec decode_extensions(binary()) -> map(). %% %% Description: Decodes TLS hello extensions %%-------------------------------------------------------------------- -decode_hello_extensions({client, <<>>}) -> - #hello_extensions{}; -decode_hello_extensions({client, <<?UINT16(ExtLen), Extensions:ExtLen/binary>>}) -> - decode_hello_extensions(Extensions); -decode_hello_extensions(Extensions) -> - dec_hello_extensions(Extensions, #hello_extensions{}). +decode_extensions(Extensions) -> + decode_extensions(Extensions, empty_extensions()). %%-------------------------------------------------------------------- -spec decode_server_key(binary(), ssl_cipher_format:key_algo(), ssl_record:ssl_version()) -> @@ -931,7 +985,9 @@ premaster_secret(EncSecret, #'RSAPrivateKey'{} = RSAPrivateKey) -> %%==================================================================== client_hello_extensions(Version, CipherSuites, #ssl_options{signature_algs = SupportedHashSigns, - eccs = SupportedECCs} = SslOpts, ConnectionStates, Renegotiation) -> + signature_algs_cert = SignatureSchemes, + eccs = SupportedECCs, + versions = Versions} = SslOpts, ConnectionStates, Renegotiation) -> {EcPointFormats, EllipticCurves} = case advertises_ec_ciphers(lists:map(fun ssl_cipher_format:suite_definition/1, CipherSuites)) of true -> @@ -941,44 +997,52 @@ client_hello_extensions(Version, CipherSuites, end, SRP = srp_user(SslOpts), - #hello_extensions{ - renegotiation_info = renegotiation_info(tls_record, client, - ConnectionStates, Renegotiation), - srp = SRP, - signature_algs = available_signature_algs(SupportedHashSigns, Version), - ec_point_formats = EcPointFormats, - elliptic_curves = EllipticCurves, - alpn = encode_alpn(SslOpts#ssl_options.alpn_advertised_protocols, Renegotiation), - next_protocol_negotiation = - encode_client_protocol_negotiation(SslOpts#ssl_options.next_protocol_selector, - Renegotiation), - sni = sni(SslOpts#ssl_options.server_name_indication)}. + HelloExtensions = #{renegotiation_info => renegotiation_info(tls_record, client, + ConnectionStates, Renegotiation), + srp => SRP, + signature_algs => available_signature_algs(SupportedHashSigns, Version), + ec_point_formats => EcPointFormats, + elliptic_curves => EllipticCurves, + alpn => encode_alpn(SslOpts#ssl_options.alpn_advertised_protocols, Renegotiation), + next_protocol_negotiation => + encode_client_protocol_negotiation(SslOpts#ssl_options.next_protocol_selector, + Renegotiation), + sni => sni(SslOpts#ssl_options.server_name_indication) + }, + + %% Add "supported_versions" extension if TLS 1.3 + case Version of + {3,4} -> + HelloExtensions#{client_hello_versions => + #client_hello_versions{versions = Versions}, + signature_algs_cert => + #signature_scheme_list{signature_scheme_list = SignatureSchemes}}; + _Else -> + HelloExtensions + end. handle_client_hello_extensions(RecordCB, Random, ClientCipherSuites, - #hello_extensions{renegotiation_info = Info, - srp = SRP, - ec_point_formats = ECCFormat, - alpn = ALPN, - next_protocol_negotiation = NextProtocolNegotiation}, Version, + Exts, Version, #ssl_options{secure_renegotiate = SecureRenegotation, alpn_preferred_protocols = ALPNPreferredProtocols} = Opts, #session{cipher_suite = NegotiatedCipherSuite, compression_method = Compression} = Session0, ConnectionStates0, Renegotiation) -> - Session = handle_srp_extension(SRP, Session0), - ConnectionStates = handle_renegotiation_extension(server, RecordCB, Version, Info, + Session = handle_srp_extension(maps:get(srp, Exts, undefined), Session0), + ConnectionStates = handle_renegotiation_extension(server, RecordCB, Version, maps:get(renegotiation_info, Exts, undefined), Random, NegotiatedCipherSuite, ClientCipherSuites, Compression, ConnectionStates0, Renegotiation, SecureRenegotation), - ServerHelloExtensions = #hello_extensions{ - renegotiation_info = renegotiation_info(RecordCB, server, - ConnectionStates, Renegotiation), - ec_point_formats = server_ecc_extension(Version, ECCFormat) - }, - + Empty = empty_hello_extensions(Version, client), + ServerHelloExtensions = Empty#{renegotiation_info => renegotiation_info(RecordCB, server, + ConnectionStates, Renegotiation), + ec_point_formats => server_ecc_extension(Version, maps:get(ec_point_formats, Exts, undefined)) + }, + %% If we receive an ALPN extension and have ALPN configured for this connection, %% we handle it. Otherwise we check for the NPN extension. + ALPN = maps:get(alpn, Exts, undefined), if ALPN =/= undefined, ALPNPreferredProtocols =/= undefined -> case handle_alpn_extension(ALPNPreferredProtocols, decode_alpn(ALPN)) of @@ -986,35 +1050,36 @@ handle_client_hello_extensions(RecordCB, Random, ClientCipherSuites, Alert; Protocol -> {Session, ConnectionStates, Protocol, - ServerHelloExtensions#hello_extensions{alpn=encode_alpn([Protocol], Renegotiation)}} + ServerHelloExtensions#{alpn => encode_alpn([Protocol], Renegotiation)}} end; true -> + NextProtocolNegotiation = maps:get(next_protocol_negotiation, Exts, undefined), ProtocolsToAdvertise = handle_next_protocol_extension(NextProtocolNegotiation, Renegotiation, Opts), {Session, ConnectionStates, undefined, - ServerHelloExtensions#hello_extensions{next_protocol_negotiation= - encode_protocols_advertised_on_server(ProtocolsToAdvertise)}} + ServerHelloExtensions#{next_protocol_negotiation => + encode_protocols_advertised_on_server(ProtocolsToAdvertise)}} end. handle_server_hello_extensions(RecordCB, Random, CipherSuite, Compression, - #hello_extensions{renegotiation_info = Info, - alpn = ALPN, - next_protocol_negotiation = NextProtocolNegotiation}, Version, + Exts, Version, #ssl_options{secure_renegotiate = SecureRenegotation, next_protocol_selector = NextProtoSelector}, ConnectionStates0, Renegotiation) -> - ConnectionStates = handle_renegotiation_extension(client, RecordCB, Version, Info, Random, + ConnectionStates = handle_renegotiation_extension(client, RecordCB, Version, maps:get(renegotiation_info, Exts, undefined), Random, CipherSuite, undefined, Compression, ConnectionStates0, Renegotiation, SecureRenegotation), %% If we receive an ALPN extension then this is the protocol selected, %% otherwise handle the NPN extension. + ALPN = maps:get(alpn, Exts, undefined), case decode_alpn(ALPN) of %% ServerHello contains exactly one protocol: the one selected. %% We also ignore the ALPN extension during renegotiation (see encode_alpn/2). [Protocol] when not Renegotiation -> {ConnectionStates, alpn, Protocol}; undefined -> + NextProtocolNegotiation = maps:get(next_protocol_negotiation, Exts, undefined), case handle_next_protocol(NextProtocolNegotiation, NextProtoSelector, Renegotiation) of #alert{} = Alert -> Alert; @@ -1762,16 +1827,18 @@ encode_alpn(undefined, _) -> encode_alpn(Protocols, _) -> #alpn{extension_data = lists:foldl(fun encode_protocol/2, <<>>, Protocols)}. -hello_extensions_list(#hello_extensions{renegotiation_info = RenegotiationInfo, - srp = SRP, - signature_algs = HashSigns, - ec_point_formats = EcPointFormats, - elliptic_curves = EllipticCurves, - alpn = ALPN, - next_protocol_negotiation = NextProtocolNegotiation, - sni = Sni}) -> - [Ext || Ext <- [RenegotiationInfo, SRP, HashSigns, - EcPointFormats, EllipticCurves, ALPN, NextProtocolNegotiation, Sni], Ext =/= undefined]. + +encode_versions(Versions) -> + encode_versions(lists:reverse(Versions), <<>>). +%% +encode_versions([], Acc) -> + Acc; +encode_versions([{M,N}|T], Acc) -> + encode_versions(T, <<?BYTE(M),?BYTE(N),Acc/binary>>). + + +hello_extensions_list(HelloExtensions) -> + [Ext || {_, Ext} <- maps:to_list(HelloExtensions), Ext =/= undefined]. %%-------------Decode handshakes--------------------------------- dec_server_key(<<?UINT16(PLen), P:PLen/binary, @@ -1911,16 +1978,16 @@ dec_server_key_signature(Params, <<?UINT16(Len), Signature:Len/binary>>, _) -> dec_server_key_signature(_, _, _) -> throw(?ALERT_REC(?FATAL, ?HANDSHAKE_FAILURE, failed_to_decrypt_server_key_sign)). -dec_hello_extensions(<<>>, Acc) -> +decode_extensions(<<>>, Acc) -> Acc; -dec_hello_extensions(<<?UINT16(?ALPN_EXT), ?UINT16(ExtLen), ?UINT16(Len), ExtensionData:Len/binary, Rest/binary>>, Acc) +decode_extensions(<<?UINT16(?ALPN_EXT), ?UINT16(ExtLen), ?UINT16(Len), ExtensionData:Len/binary, Rest/binary>>, Acc) when Len + 2 =:= ExtLen -> ALPN = #alpn{extension_data = ExtensionData}, - dec_hello_extensions(Rest, Acc#hello_extensions{alpn = ALPN}); -dec_hello_extensions(<<?UINT16(?NEXTPROTONEG_EXT), ?UINT16(Len), ExtensionData:Len/binary, Rest/binary>>, Acc) -> + decode_extensions(Rest, Acc#{alpn => ALPN}); +decode_extensions(<<?UINT16(?NEXTPROTONEG_EXT), ?UINT16(Len), ExtensionData:Len/binary, Rest/binary>>, Acc) -> NextP = #next_protocol_negotiation{extension_data = ExtensionData}, - dec_hello_extensions(Rest, Acc#hello_extensions{next_protocol_negotiation = NextP}); -dec_hello_extensions(<<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), Info:Len/binary, Rest/binary>>, Acc) -> + decode_extensions(Rest, Acc#{next_protocol_negotiation => NextP}); +decode_extensions(<<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), Info:Len/binary, Rest/binary>>, Acc) -> RenegotiateInfo = case Len of 1 -> % Initial handshake Info; % should be <<0>> will be matched in handle_renegotiation_info @@ -1929,24 +1996,34 @@ dec_hello_extensions(<<?UINT16(?RENEGOTIATION_EXT), ?UINT16(Len), Info:Len/binar <<?BYTE(VerifyLen), VerifyInfo/binary>> = Info, VerifyInfo end, - dec_hello_extensions(Rest, Acc#hello_extensions{renegotiation_info = - #renegotiation_info{renegotiated_connection = - RenegotiateInfo}}); + decode_extensions(Rest, Acc#{renegotiation_info => + #renegotiation_info{renegotiated_connection = + RenegotiateInfo}}); -dec_hello_extensions(<<?UINT16(?SRP_EXT), ?UINT16(Len), ?BYTE(SRPLen), SRP:SRPLen/binary, Rest/binary>>, Acc) +decode_extensions(<<?UINT16(?SRP_EXT), ?UINT16(Len), ?BYTE(SRPLen), SRP:SRPLen/binary, Rest/binary>>, Acc) when Len == SRPLen + 2 -> - dec_hello_extensions(Rest, Acc#hello_extensions{srp = #srp{username = SRP}}); + decode_extensions(Rest, Acc#{srp => #srp{username = SRP}}); -dec_hello_extensions(<<?UINT16(?SIGNATURE_ALGORITHMS_EXT), ?UINT16(Len), +decode_extensions(<<?UINT16(?SIGNATURE_ALGORITHMS_EXT), ?UINT16(Len), ExtData:Len/binary, Rest/binary>>, Acc) -> SignAlgoListLen = Len - 2, <<?UINT16(SignAlgoListLen), SignAlgoList/binary>> = ExtData, HashSignAlgos = [{ssl_cipher:hash_algorithm(Hash), ssl_cipher:sign_algorithm(Sign)} || <<?BYTE(Hash), ?BYTE(Sign)>> <= SignAlgoList], - dec_hello_extensions(Rest, Acc#hello_extensions{signature_algs = - #hash_sign_algos{hash_sign_algos = HashSignAlgos}}); + decode_extensions(Rest, Acc#{signature_algs => + #hash_sign_algos{hash_sign_algos = HashSignAlgos}}); -dec_hello_extensions(<<?UINT16(?ELLIPTIC_CURVES_EXT), ?UINT16(Len), +decode_extensions(<<?UINT16(?SIGNATURE_ALGORITHMS_CERT_EXT), ?UINT16(Len), + ExtData:Len/binary, Rest/binary>>, Acc) -> + SignSchemeListLen = Len - 2, + <<?UINT16(SignSchemeListLen), SignSchemeList/binary>> = ExtData, + SignSchemes = [ssl_cipher:signature_scheme(SignScheme) || + <<?UINT16(SignScheme)>> <= SignSchemeList], + decode_extensions(Rest, Acc#{signature_algs_cert => + #signature_scheme_list{ + signature_scheme_list = SignSchemes}}); + +decode_extensions(<<?UINT16(?ELLIPTIC_CURVES_EXT), ?UINT16(Len), ExtData:Len/binary, Rest/binary>>, Acc) -> <<?UINT16(_), EllipticCurveList/binary>> = ExtData, %% Ignore unknown curves @@ -1959,31 +2036,42 @@ dec_hello_extensions(<<?UINT16(?ELLIPTIC_CURVES_EXT), ?UINT16(Len), end end, EllipticCurves = lists:filtermap(Pick, [ECC || <<ECC:16>> <= EllipticCurveList]), - dec_hello_extensions(Rest, Acc#hello_extensions{elliptic_curves = - #elliptic_curves{elliptic_curve_list = - EllipticCurves}}); -dec_hello_extensions(<<?UINT16(?EC_POINT_FORMATS_EXT), ?UINT16(Len), + decode_extensions(Rest, Acc#{elliptic_curves => + #elliptic_curves{elliptic_curve_list = + EllipticCurves}}); +decode_extensions(<<?UINT16(?EC_POINT_FORMATS_EXT), ?UINT16(Len), ExtData:Len/binary, Rest/binary>>, Acc) -> <<?BYTE(_), ECPointFormatList/binary>> = ExtData, ECPointFormats = binary_to_list(ECPointFormatList), - dec_hello_extensions(Rest, Acc#hello_extensions{ec_point_formats = - #ec_point_formats{ec_point_format_list = - ECPointFormats}}); + decode_extensions(Rest, Acc#{ec_point_formats => + #ec_point_formats{ec_point_format_list = + ECPointFormats}}); -dec_hello_extensions(<<?UINT16(?SNI_EXT), ?UINT16(Len), Rest/binary>>, Acc) when Len == 0 -> - dec_hello_extensions(Rest, Acc#hello_extensions{sni = #sni{hostname = ""}}); %% Server may send an empy SNI +decode_extensions(<<?UINT16(?SNI_EXT), ?UINT16(Len), Rest/binary>>, Acc) when Len == 0 -> + decode_extensions(Rest, Acc#{sni => #sni{hostname = ""}}); %% Server may send an empy SNI -dec_hello_extensions(<<?UINT16(?SNI_EXT), ?UINT16(Len), +decode_extensions(<<?UINT16(?SNI_EXT), ?UINT16(Len), ExtData:Len/binary, Rest/binary>>, Acc) -> <<?UINT16(_), NameList/binary>> = ExtData, - dec_hello_extensions(Rest, Acc#hello_extensions{sni = dec_sni(NameList)}); + decode_extensions(Rest, Acc#{sni => dec_sni(NameList)}); + +decode_extensions(<<?UINT16(?SUPPORTED_VERSIONS_EXT), ?UINT16(Len), + ExtData:Len/binary, Rest/binary>>, Acc) when Len > 2 -> + <<?UINT16(_),Versions/binary>> = ExtData, + decode_extensions(Rest, Acc#{client_hello_versions => + #client_hello_versions{versions = decode_versions(Versions)}}); + +decode_extensions(<<?UINT16(?SUPPORTED_VERSIONS_EXT), ?UINT16(Len), + ?UINT16(Version), Rest/binary>>, Acc) when Len =:= 2, Version =:= 16#0304 -> + decode_extensions(Rest, Acc#{server_hello_selected_version => + #server_hello_selected_version{selected_version = {3,4}}}); + %% Ignore data following the ClientHello (i.e., %% extensions) if not understood. - -dec_hello_extensions(<<?UINT16(_), ?UINT16(Len), _Unknown:Len/binary, Rest/binary>>, Acc) -> - dec_hello_extensions(Rest, Acc); +decode_extensions(<<?UINT16(_), ?UINT16(Len), _Unknown:Len/binary, Rest/binary>>, Acc) -> + decode_extensions(Rest, Acc); %% This theoretically should not happen if the protocol is followed, but if it does it is ignored. -dec_hello_extensions(_, Acc) -> +decode_extensions(_, Acc) -> Acc. dec_hashsign(<<?BYTE(HashAlgo), ?BYTE(SignAlgo)>>) -> @@ -2001,6 +2089,15 @@ decode_alpn(undefined) -> decode_alpn(#alpn{extension_data=Data}) -> decode_protocols(Data, []). +decode_versions(Versions) -> + decode_versions(Versions, []). +%% +decode_versions(<<>>, Acc) -> + lists:reverse(Acc); +decode_versions(<<?BYTE(M),?BYTE(N),Rest/binary>>, Acc) -> + decode_versions(Rest, [{M,N}|Acc]). + + decode_next_protocols({next_protocol_negotiation, Protocols}) -> decode_protocols(Protocols, []). @@ -2478,4 +2575,39 @@ cert_curve(Cert, ECCCurve0, CipherSuite) -> {ECCCurve0, CipherSuite} end. - +empty_hello_extensions({3, 4}, server) -> + #{server_hello_selected_version => undefined, + key_share => undefined, + pre_shared_key => undefined, + sni => undefined + }; +empty_hello_extensions({3, 4}, client) -> + #{client_hello_versions => undefined, + signature_algs => undefined, + signature_algs_cert => undefined, + sni => undefined, + alpn => undefined, + key_share => undefined, + pre_shared_key => undefined + }; +empty_hello_extensions({3, 3}, client) -> + Ext = empty_hello_extensions({3,2}, client), + Ext#{client_hello_versions => undefined, + signature_algs => undefined, + signature_algs_cert => undefined}; +empty_hello_extensions(_, client) -> + #{renegotiation_info => undefined, + alpn => undefined, + next_protocol_negotiation => undefined, + srp => undefined, + ec_point_formats => undefined, + elliptic_curves => undefined, + sni => undefined}; +empty_hello_extensions(_, server) -> + #{renegotiation_info => undefined, + alpn => undefined, + next_protocol_negotiation => undefined, + ec_point_formats => undefined, + sni => undefined}. +empty_extensions() -> + #{}. diff --git a/lib/ssl/src/ssl_handshake.hrl b/lib/ssl/src/ssl_handshake.hrl index a191fcf766..36aefd5e22 100644 --- a/lib/ssl/src/ssl_handshake.hrl +++ b/lib/ssl/src/ssl_handshake.hrl @@ -105,7 +105,10 @@ srp, ec_point_formats, elliptic_curves, - sni + sni, + client_hello_versions, + server_hello_selected_version, + signature_algs_cert }). -record(server_hello, { @@ -318,7 +321,7 @@ }). %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -%% Application-Layer Protocol Negotiation RFC 7301 +%% RFC 7301 Application-Layer Protocol Negotiation %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -define(ALPN_EXT, 16). @@ -338,7 +341,7 @@ -record(next_protocol, {selected_protocol}). %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -%% ECC Extensions RFC 4492 section 4 and 5 +%% ECC Extensions RFC 8422 section 4 and 5 (RFC 7919 not supported) %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -define(ELLIPTIC_CURVES_EXT, 10). @@ -365,10 +368,11 @@ -define(NAMED_CURVE, 3). %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -%% Server name indication RFC 6066 section 3 +%% RFC 6066 Server name indication %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% --define(SNI_EXT, 16#0000). +%% section 3 +-define(SNI_EXT, 0). %% enum { host_name(0), (255) } NameType; -define(SNI_NAMETYPE_HOST_NAME, 0). @@ -377,4 +381,56 @@ hostname = undefined }). +%% Other possible values from RFC 6066, not supported +-define(MAX_FRAGMENT_LENGTH, 1). +-define(CLIENT_CERTIFICATE_URL, 2). +-define(TRUSTED_CA_KEYS, 3). +-define(TRUNCATED_HMAC, 4). +-define(STATUS_REQUEST, 5). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% RFC 7250 Using Raw Public Keys in Transport Layer Security (TLS) +%% and Datagram Transport Layer Security (DTLS) +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Not supported +-define(CLIENT_CERTIFICATE_TYPE, 19). +-define(SERVER_CERTIFICATE_TYPE, 20). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% RFC 6520 Transport Layer Security (TLS) and +%% Datagram Transport Layer Security (DTLS) Heartbeat Extension +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Not supported +-define(HEARTBEAT, 15). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% RFC 6962 Certificate Transparency +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Not supported +-define(SIGNED_CERTIFICATE_TIMESTAMP, 18). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% RFC 7685 A Transport Layer Security (TLS) ClientHello Padding Extension +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Not supported +-define(PADDING, 21). + + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Supported Versions RFC 8446 (TLS 1.3) section 4.2.1 also affects TLS-1.2 +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + +-define(SUPPORTED_VERSIONS_EXT, 43). + +-record(client_hello_versions, {versions}). +-record(server_hello_selected_version, {selected_version}). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +%% Signature Algorithms RFC 8446 (TLS 1.3) section 4.2.3 also affects TLS-1.2 +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + +-define(SIGNATURE_ALGORITHMS_CERT_EXT, 50). + +-record(signature_scheme_list, {signature_scheme_list}). + -endif. % -ifdef(ssl_handshake). diff --git a/lib/ssl/src/ssl_internal.hrl b/lib/ssl/src/ssl_internal.hrl index fd246e2550..5a18f6aa99 100644 --- a/lib/ssl/src/ssl_internal.hrl +++ b/lib/ssl/src/ssl_internal.hrl @@ -25,6 +25,7 @@ -include_lib("public_key/include/public_key.hrl"). +-define(VSN, "8.2.6"). -define(SECRET_PRINTOUT, "***"). -type reason() :: term(). @@ -71,14 +72,39 @@ -define(FALSE, 1). %% sslv3 is considered insecure due to lack of padding check (Poodle attack) -%% Keep as interop with legacy software but do not support as default --define(ALL_AVAILABLE_VERSIONS, ['tlsv1.2', 'tlsv1.1', tlsv1, sslv3]). +%% Keep as interop with legacy software but do not support as default +%% tlsv1.3 is under development (experimental). +-define(ALL_AVAILABLE_VERSIONS, ['tlsv1.3', 'tlsv1.2', 'tlsv1.1', tlsv1, sslv3]). -define(ALL_AVAILABLE_DATAGRAM_VERSIONS, ['dtlsv1.2', dtlsv1]). +%% Defines the default versions when not specified by an ssl option. -define(ALL_SUPPORTED_VERSIONS, ['tlsv1.2', 'tlsv1.1', tlsv1]). -define(MIN_SUPPORTED_VERSIONS, ['tlsv1.1', tlsv1]). + +%% Versions allowed in TLSCiphertext.version (TLS 1.2 and prior) and +%% TLSCiphertext.legacy_record_version (TLS 1.3). +%% TLS 1.3 sets TLSCiphertext.legacy_record_version to 0x0303 for all records +%% generated other than an than an initial ClientHello, where it MAY also be 0x0301. +%% Thus, the allowed range is limited to 0x0300 - 0x0303. +-define(ALL_TLS_RECORD_VERSIONS, ['tlsv1.2', 'tlsv1.1', tlsv1, sslv3]). + -define(ALL_DATAGRAM_SUPPORTED_VERSIONS, ['dtlsv1.2', dtlsv1]). -define(MIN_DATAGRAM_SUPPORTED_VERSIONS, [dtlsv1]). +%% TLS 1.3 - Section 4.1.3 +%% +%% If negotiating TLS 1.2, TLS 1.3 servers MUST set the last eight bytes +%% of their Random value to the bytes: +%% +%% 44 4F 57 4E 47 52 44 01 +%% +%% If negotiating TLS 1.1 or below, TLS 1.3 servers MUST and TLS 1.2 +%% servers SHOULD set the last eight bytes of their Random value to the +%% bytes: +%% +%% 44 4F 57 4E 47 52 44 00 +-define(RANDOM_OVERRIDE_TLS12, <<16#44,16#4F,16#57,16#4E,16#47,16#52,16#44,16#01>>). +-define(RANDOM_OVERRIDE_TLS11, <<16#44,16#4F,16#57,16#4E,16#47,16#52,16#44,16#00>>). + -define('24H_in_msec', 86400000). -define('24H_in_sec', 86400). @@ -127,7 +153,7 @@ alpn_preferred_protocols = undefined :: [binary()] | undefined, next_protocols_advertised = undefined :: [binary()] | undefined, next_protocol_selector = undefined, %% fun([binary()]) -> binary()) - log_alert :: boolean(), + log_level = notice :: atom(), server_name_indication = undefined, sni_hosts :: [{inet:hostname(), [tuple()]}], sni_fun :: function() | undefined, @@ -142,6 +168,7 @@ crl_check :: boolean() | peer | best_effort, crl_cache, signature_algs, + signature_algs_cert, eccs, honor_ecc_order :: boolean(), max_handshake_size :: integer(), @@ -180,6 +207,8 @@ -type gen_fsm_state_return() :: {next_state, state_name(), term()} | {next_state, state_name(), term(), timeout()} | {stop, term(), term()}. +-type ssl_options() :: #ssl_options{}. + -endif. % -ifdef(ssl_internal). diff --git a/lib/ssl/src/ssl_logger.erl b/lib/ssl/src/ssl_logger.erl new file mode 100644 index 0000000000..35c8dcfd48 --- /dev/null +++ b/lib/ssl/src/ssl_logger.erl @@ -0,0 +1,349 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 1999-2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +-module(ssl_logger). + +-export([debug/3, + format/2, + notice/2]). + +-define(DEC2HEX(X), + if ((X) >= 0) andalso ((X) =< 9) -> (X) + $0; + ((X) >= 10) andalso ((X) =< 15) -> (X) + $a - 10 + end). + +-define(rec_info(T,R),lists:zip(record_info(fields,T),tl(tuple_to_list(R)))). + +-include("tls_record.hrl"). +-include("ssl_internal.hrl"). +-include("tls_handshake.hrl"). +-include_lib("kernel/include/logger.hrl"). + +%%------------------------------------------------------------------------- +%% External API +%%------------------------------------------------------------------------- + +%% SSL log formatter +format(#{level:= _Level, msg:= {report, Msg}, meta:= _Meta}, _Config0) -> + #{direction := Direction, + protocol := Protocol, + message := BinMsg0} = Msg, + case Protocol of + 'tls_record' -> + BinMsg = lists:flatten(BinMsg0), + format_tls_record(Direction, BinMsg); + 'handshake' -> + format_handshake(Direction, BinMsg0); + _Other -> + [] + end. + +%% Stateful logging +debug(Level, Report, Meta) -> + case logger:compare_levels(Level, debug) of + lt -> + ?LOG_DEBUG(Report, Meta); + eq -> + ?LOG_DEBUG(Report, Meta); + _ -> + ok + end. + +%% Stateful logging +notice(Level, Report) -> + case logger:compare_levels(Level, notice) of + lt -> + ?LOG_NOTICE(Report); + eq -> + ?LOG_NOTICE(Report); + _ -> + ok + end. + + +%%------------------------------------------------------------------------- +%% Handshake Protocol +%%------------------------------------------------------------------------- +format_handshake(Direction, BinMsg) -> + {Header, Message} = parse_handshake(Direction, BinMsg), + io_lib:format("~s~n~s~n", [Header, Message]). + + +parse_handshake(Direction, #client_hello{ + client_version = Version + } = ClientHello) -> + Header = io_lib:format("~s ~s Handshake, ClientHello", + [header_prefix(Direction), + version(Version)]), + Message = io_lib:format("~p", [?rec_info(client_hello, ClientHello)]), + {Header, Message}; +parse_handshake(Direction, #server_hello{ + server_version = Version + } = ServerHello) -> + Header = io_lib:format("~s ~s Handshake, ServerHello", + [header_prefix(Direction), + version(Version)]), + Message = io_lib:format("~p", [?rec_info(server_hello, ServerHello)]), + {Header, Message}; +parse_handshake(Direction, #certificate{} = Certificate) -> + Header = io_lib:format("~s Handshake, Certificate", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(certificate, Certificate)]), + {Header, Message}; +parse_handshake(Direction, #server_key_exchange{} = ServerKeyExchange) -> + Header = io_lib:format("~s Handshake, ServerKeyExchange", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(server_key_exchange, ServerKeyExchange)]), + {Header, Message}; +parse_handshake(Direction, #server_key_params{} = ServerKeyExchange) -> + Header = io_lib:format("~s Handshake, ServerKeyExchange", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(server_key_params, ServerKeyExchange)]), + {Header, Message}; +parse_handshake(Direction, #certificate_request{} = CertificateRequest) -> + Header = io_lib:format("~s Handshake, CertificateRequest", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(certificate_request, CertificateRequest)]), + {Header, Message}; +parse_handshake(Direction, #server_hello_done{} = ServerHelloDone) -> + Header = io_lib:format("~s Handshake, ServerHelloDone", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(server_hello_done, ServerHelloDone)]), + {Header, Message}; +parse_handshake(Direction, #client_key_exchange{} = ClientKeyExchange) -> + Header = io_lib:format("~s Handshake, ClientKeyExchange", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(client_key_exchange, ClientKeyExchange)]), + {Header, Message}; +parse_handshake(Direction, #certificate_verify{} = CertificateVerify) -> + Header = io_lib:format("~s Handshake, CertificateVerify", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(certificate_verify, CertificateVerify)]), + {Header, Message}; +parse_handshake(Direction, #finished{} = Finished) -> + Header = io_lib:format("~s Handshake, Finished", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(finished, Finished)]), + {Header, Message}; +parse_handshake(Direction, #hello_request{} = HelloRequest) -> + Header = io_lib:format("~s Handshake, HelloRequest", + [header_prefix(Direction)]), + Message = io_lib:format("~p", [?rec_info(hello_request, HelloRequest)]), + {Header, Message}. + + +version({3,3}) -> + "TLS 1.2"; +version({3,2}) -> + "TLS 1.1"; +version({3,1}) -> + "TLS 1.0"; +version({3,0}) -> + "SSL 3.0"; +version({M,N}) -> + io_lib:format("TLS [0x0~B0~B]", [M,N]). + + +header_prefix(inbound) -> + "<<<"; +header_prefix(outbound) -> + ">>>". + + +%%------------------------------------------------------------------------- +%% TLS Record Protocol +%%------------------------------------------------------------------------- +format_tls_record(Direction, BinMsg) -> + {Message, Size} = convert_to_hex('tls_record', BinMsg), + Header = io_lib:format("~s (~B bytes) ~s~n", + [header_prefix_tls_record(Direction), + Size, + tls_record_version(BinMsg)]), + Header ++ Message. + + +header_prefix_tls_record(inbound) -> + "reading"; +header_prefix_tls_record(outbound) -> + "writing". + + +tls_record_version([<<?BYTE(B),?BYTE(3),?BYTE(3),_/binary>>|_]) -> + io_lib:format("TLS 1.2 Record Protocol, ~s", [msg_type(B)]); +tls_record_version([<<?BYTE(B),?BYTE(3),?BYTE(2),_/binary>>|_]) -> + io_lib:format("TLS 1.1 Record Protocol, ~s", [msg_type(B)]); +tls_record_version([<<?BYTE(B),?BYTE(3),?BYTE(1),_/binary>>|_]) -> + io_lib:format("TLS 1.0 Record Protocol, ~s", [msg_type(B)]); +tls_record_version([<<?BYTE(B),?BYTE(3),?BYTE(0),_/binary>>|_]) -> + io_lib:format("SSL 3.0 Record Protocol, ~s", [msg_type(B)]); +tls_record_version([<<?BYTE(B),?BYTE(M),?BYTE(N),_/binary>>|_]) -> + io_lib:format("TLS [0x0~B0~B] Record Protocol, ~s", [M, N, msg_type(B)]). + + +msg_type(20) -> "change_cipher_spec"; +msg_type(21) -> "alert"; +msg_type(22) -> "handshake"; +msg_type(23) -> "application_data"; +msg_type(_) -> unknown. + + +%%------------------------------------------------------------------------- +%% Hex encoding functions +%%------------------------------------------------------------------------- +convert_to_hex(Protocol, BinMsg) -> + convert_to_hex(Protocol, BinMsg, [], [], 0). +%% +convert_to_hex(P, [], Row0, Acc, C) when C rem 16 =:= 0 -> + Row = lists:reverse(end_row(P, Row0)), + {lists:reverse(Acc) ++ Row ++ io_lib:nl(), C}; +convert_to_hex(P, [], Row0, Acc, C) -> + Row = lists:reverse(end_row(P, Row0)), + Padding = calculate_padding(Row0, Acc), + PaddedRow = string:pad(Row, Padding, leading, $ ), + {lists:reverse(Acc) ++ PaddedRow ++ io_lib:nl(), C}; +convert_to_hex(P, [H|T], Row, Acc, C) when is_list(H) -> + convert_to_hex(P, H ++ T, Row, Acc, C); +convert_to_hex(P, [<<>>|T], Row, Acc, C) -> + convert_to_hex(P, T, Row, Acc, C); + +%% First line +convert_to_hex(P, [<<A:4,B:4,R/binary>>|T], Row, Acc, C) when C =:= 0 -> + convert_to_hex(P, [<<R/binary>>|T], + update_row(<<A:4,B:4>>, Row), + prepend_first_row(P, A, B, Acc, C), + C + 1); +%% New line +convert_to_hex(P, [<<A:4,B:4,R/binary>>|T], Row, Acc, C) when C rem 16 =:= 0 -> + convert_to_hex(P, [<<R/binary>>|T], + update_row(<<A:4,B:4>>, []), + prepend_row(P, A, B, Row, Acc, C), + C + 1); +%% Add 8th hex with extra whitespace +%% 0000 - 16 03 02 00 bd 01 00 00 b9 ... +%% ^^^^ +convert_to_hex(P, [<<A:4,B:4,R/binary>>|T], Row, Acc, C) when C rem 8 =:= 7 -> + convert_to_hex(P, [<<R/binary>>|T], + update_row(<<A:4,B:4>>, Row), + prepend_eighths_hex(A, B, Acc), + C + 1); +convert_to_hex(P, [<<A:4,B:4,R/binary>>|T], Row, Acc, C) -> + convert_to_hex(P, [<<R/binary>>|T], + update_row(<<A:4,B:4>>, Row), + prepend_hex(A, B, Acc), + C + 1); +%% First line +convert_to_hex(P, [H|T], Row, Acc, C) when is_integer(H), C =:= 0 -> + convert_to_hex(P, T, + update_row(H, Row), + prepend_first_row(P, H, Acc, C), + C + 1); +%% New line +convert_to_hex(P, [H|T], Row, Acc, C) when is_integer(H), C rem 16 =:= 0 -> + convert_to_hex(P, T, + update_row(H, []), + prepend_row(P, H, Row, Acc, C), + C + 1); +%% Add 8th hex with extra whitespace +%% 0000 - 16 03 02 00 bd 01 00 00 b9 ... +%% ^^^^ +convert_to_hex(P, [H|T], Row, Acc, C) when is_integer(H), C rem 8 =:= 7 -> + convert_to_hex(P, T, + update_row(H, Row), + prepend_eighths_hex(H, Acc), + C + 1); +convert_to_hex(P, [H|T], Row, Acc, C) when is_integer(H) -> + convert_to_hex(P, T, + update_row(H, Row), + prepend_hex(H, Acc), + C + 1). + + +row_prefix(tls_record, N) -> + S = string:pad(string:to_lower(erlang:integer_to_list(N, 16)),4,leading,$0), + lists:reverse(lists:flatten(S ++ " - ")). + + +end_row(tls_record, Row) -> + Row ++ " ". + + +%% Calculate padding of the "printable character" lines in order to be +%% visually aligned. +calculate_padding(Row, Acc) -> + %% Number of new line characters + NNL = (length(Acc) div 75) * length(io_lib:nl()), + %% Length of the last printed line + Length = (length(Acc) - NNL) rem 75, + %% Adjusted length of the last printed line + PaddedLength = 75 - (16 - length(Row)), %% Length + %% Padding + PaddedLength - Length. + + +%%------------------------------------------------------------------------- +%% Functions operating on reversed lists +%%------------------------------------------------------------------------- +update_row(B, Row) when is_binary(B) -> + case binary_to_list(B) of + [C] when 32 =< C, C =< 126 -> + [C|Row]; + _Else -> + [$.|Row] + end; +update_row(C, Row) when 32 =< C, C =< 126 -> + [C|Row]; +update_row(_, Row) -> + [$.|Row]. + + +prepend_first_row(P, A, B, Acc, C) -> + prepend_hex(A, B,row_prefix(P, C) ++ Acc). +%% +prepend_first_row(P, N, Acc, C) -> + prepend_hex(N,row_prefix(P, C) ++ Acc). + +prepend_row(P, A, B, Row, Acc, C) -> + prepend_hex(A, B,row_prefix(P, C) ++ io_lib:nl() ++ end_row(P, Row) ++ Acc). +%% +prepend_row(P, N, Row, Acc, C) -> + prepend_hex(N,row_prefix(P, C) ++ io_lib:nl() ++ end_row(P, Row) ++ Acc). + + + +prepend_hex(A, B, Acc) -> + [$ ,?DEC2HEX(B),?DEC2HEX(A)|Acc]. +%% +prepend_hex(N, Acc) -> + " " ++ number_to_hex(N) ++ Acc. + + +prepend_eighths_hex(A, B, Acc) -> + [$ ,$ ,?DEC2HEX(B),?DEC2HEX(A)|Acc]. +%% +prepend_eighths_hex(N, Acc) -> + " " ++ number_to_hex(N) ++ Acc. + +number_to_hex(N) -> + case string:to_lower(erlang:integer_to_list(N, 16)) of + H when length(H) < 2 -> + lists:append(H, "0"); + H -> + lists:reverse(H) + end. diff --git a/lib/ssl/src/ssl_manager.erl b/lib/ssl/src/ssl_manager.erl index 4b735b2400..c938772bc1 100644 --- a/lib/ssl/src/ssl_manager.erl +++ b/lib/ssl/src/ssl_manager.erl @@ -505,10 +505,10 @@ last_delay_timer({{_,_},_}, TRef, {LastServer, _}) -> last_delay_timer({_,_}, TRef, {_, LastClient}) -> {TRef, LastClient}. -%% If we can not generate a not allready in use session ID in +%% If we cannot generate a not allready in use session ID in %% ?GEN_UNIQUE_ID_MAX_TRIES we make the new session uncacheable The %% value of ?GEN_UNIQUE_ID_MAX_TRIES is stolen from open SSL which -%% states : "If we can not find a session id in +%% states : "If we cannot find a session id in %% ?GEN_UNIQUE_ID_MAX_TRIES either the RAND code is broken or someone %% is trying to open roughly very close to 2^128 (or 2^256) SSL %% sessions to our server" @@ -519,7 +519,7 @@ new_id(Port, Tries, Cache, CacheCb) -> case CacheCb:lookup(Cache, {Port, Id}) of undefined -> Now = erlang:monotonic_time(), - %% New sessions can not be set to resumable + %% New sessions cannot be set to resumable %% until handshake is compleate and the %% other session values are set. CacheCb:update(Cache, {Port, Id}, #session{session_id = Id, diff --git a/lib/ssl/src/ssl_pkix_db.erl b/lib/ssl/src/ssl_pkix_db.erl index f7ddbd060e..dec48fa914 100644 --- a/lib/ssl/src/ssl_pkix_db.erl +++ b/lib/ssl/src/ssl_pkix_db.erl @@ -27,6 +27,7 @@ -include("ssl_internal.hrl"). -include_lib("public_key/include/public_key.hrl"). -include_lib("kernel/include/file.hrl"). +-include_lib("kernel/include/logger.hrl"). -export([create/1, create_pem_cache/1, add_crls/3, remove_crls/2, remove/1, add_trusted_certs/3, @@ -311,7 +312,7 @@ decode_certs(Ref, Cert) -> error:_ -> Report = io_lib:format("SSL WARNING: Ignoring a CA cert as " "it could not be correctly decoded.~n", []), - error_logger:info_report(Report), + ?LOG_NOTICE(Report), undefined end. diff --git a/lib/ssl/src/ssl_record.erl b/lib/ssl/src/ssl_record.erl index 659e1485ac..446bb6c56a 100644 --- a/lib/ssl/src/ssl_record.erl +++ b/lib/ssl/src/ssl_record.erl @@ -278,13 +278,12 @@ compress(?NULL, Data, CS) -> {Data, CS}. %%-------------------------------------------------------------------- --spec compressions() -> [binary()]. +-spec compressions() -> [integer()]. %% %% Description: return a list of compressions supported (currently none) %%-------------------------------------------------------------------- compressions() -> - [?byte(?NULL)]. - + [?NULL]. %%==================================================================== %% Payload encryption/decryption diff --git a/lib/ssl/src/ssl_record.hrl b/lib/ssl/src/ssl_record.hrl index ed007f58d7..e8ce50040f 100644 --- a/lib/ssl/src/ssl_record.hrl +++ b/lib/ssl/src/ssl_record.hrl @@ -74,7 +74,7 @@ -define(INITIAL_BYTES, 5). -define(MAX_SEQENCE_NUMBER, 18446744073709551615). %% (1 bsl 64) - 1 = 18446744073709551615 -%% Sequence numbers can not wrap so when max is about to be reached we should renegotiate. +%% Sequence numbers cannot wrap so when max is about to be reached we should renegotiate. %% We will renegotiate a little before so that there will be sequence numbers left %% for the rehandshake and a little data. Currently we decided to renegotiate a little more %% often as we can have a cheaper test to check if it is time to renegotiate. It will still diff --git a/lib/ssl/src/tls_connection.erl b/lib/ssl/src/tls_connection.erl index adb4f6d9ea..8ded2cbff7 100644 --- a/lib/ssl/src/tls_connection.erl +++ b/lib/ssl/src/tls_connection.erl @@ -38,7 +38,8 @@ -include("ssl_api.hrl"). -include("ssl_internal.hrl"). -include("ssl_srp.hrl"). --include_lib("public_key/include/public_key.hrl"). +-include_lib("public_key/include/public_key.hrl"). +-include_lib("kernel/include/logger.hrl"). %% Internal application API @@ -152,6 +153,7 @@ next_record(#state{protocol_buffers = = Buffers, connection_states = ConnStates0, ssl_options = #ssl_options{padding_check = Check}} = State) -> + case tls_record:decode_cipher_text(CT, ConnStates0, Check) of {Plain, ConnStates} -> {Plain, State#state{protocol_buffers = @@ -289,9 +291,19 @@ send_handshake(Handshake, State) -> queue_handshake(Handshake, #state{negotiated_version = Version, tls_handshake_history = Hist0, flight_buffer = Flight0, - connection_states = ConnectionStates0} = State0) -> + connection_states = ConnectionStates0, + ssl_options = SslOpts} = State0) -> {BinHandshake, ConnectionStates, Hist} = encode_handshake(Handshake, Version, ConnectionStates0, Hist0), + Report = #{direction => outbound, + protocol => 'tls_record', + message => BinHandshake}, + HandshakeMsg = #{direction => outbound, + protocol => 'handshake', + message => Handshake}, + ssl_logger:debug(SslOpts#ssl_options.log_level, HandshakeMsg, #{domain => [otp,ssl,handshake]}), + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), + State0#state{connection_states = ConnectionStates, tls_handshake_history = Hist, flight_buffer = Flight0 ++ [BinHandshake]}. @@ -303,10 +315,15 @@ send_handshake_flight(#state{socket = Socket, {State0#state{flight_buffer = []}, []}. queue_change_cipher(Msg, #state{negotiated_version = Version, - flight_buffer = Flight0, - connection_states = ConnectionStates0} = State0) -> + flight_buffer = Flight0, + connection_states = ConnectionStates0, + ssl_options = SslOpts} = State0) -> {BinChangeCipher, ConnectionStates} = encode_change_cipher(Msg, Version, ConnectionStates0), + Report = #{direction => outbound, + protocol => 'tls_record', + message => BinChangeCipher}, + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), State0#state{connection_states = ConnectionStates, flight_buffer = Flight0 ++ [BinChangeCipher]}. @@ -326,8 +343,8 @@ reinit_handshake_data(State) -> tls_handshake_history = ssl_handshake:init_handshake_history() }. -select_sni_extension(#client_hello{extensions = HelloExtensions}) -> - HelloExtensions#hello_extensions.sni; +select_sni_extension(#client_hello{extensions = #{sni := SNI}}) -> + SNI; select_sni_extension(_) -> undefined. @@ -337,6 +354,7 @@ empty_connection_state(ConnectionEnd, BeastMitigation) -> %%==================================================================== %% Alert and close handling %%==================================================================== + %%-------------------------------------------------------------------- -spec encode_alert(#alert{}, ssl_record:ssl_version(), ssl_record:connection_states()) -> {iolist(), ssl_record:connection_states()}. @@ -349,10 +367,14 @@ encode_alert(#alert{} = Alert, Version, ConnectionStates) -> send_alert(Alert, #state{negotiated_version = Version, socket = Socket, transport_cb = Transport, - connection_states = ConnectionStates0} = StateData0) -> - {BinMsg, ConnectionStates} = - encode_alert(Alert, Version, ConnectionStates0), + connection_states = ConnectionStates0, + ssl_options = SslOpts} = StateData0) -> + {BinMsg, ConnectionStates} = encode_alert(Alert, Version, ConnectionStates0), send(Transport, Socket, BinMsg), + Report = #{direction => outbound, + protocol => 'tls_record', + message => BinMsg}, + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), StateData0#state{connection_states = ConnectionStates}. %% If an ALERT sent in the connection state, should cause the TLS @@ -469,6 +491,14 @@ init({call, From}, {start, Timeout}, {BinMsg, ConnectionStates, Handshake} = encode_handshake(Hello, HelloVersion, ConnectionStates0, Handshake0), send(Transport, Socket, BinMsg), + Report = #{direction => outbound, + protocol => 'tls_record', + message => BinMsg}, + HelloMsg = #{direction => outbound, + protocol => 'handshake', + message => Hello}, + ssl_logger:debug(SslOpts#ssl_options.log_level, HelloMsg, #{domain => [otp,ssl,handshake]}), + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), State1 = State0#state{connection_states = ConnectionStates, negotiated_version = Version, %% Requested version session = @@ -506,13 +536,13 @@ hello(internal, #client_hello{extensions = Extensions} = Hello, start_or_recv_from = From} = State) -> {next_state, user_hello, State#state{start_or_recv_from = undefined, hello = Hello}, - [{reply, From, {ok, ssl_connection:map_extensions(Extensions)}}]}; + [{reply, From, {ok, Extensions}}]}; hello(internal, #server_hello{extensions = Extensions} = Hello, #state{ssl_options = #ssl_options{handshake = hello}, start_or_recv_from = From} = State) -> {next_state, user_hello, State#state{start_or_recv_from = undefined, hello = Hello}, - [{reply, From, {ok, ssl_connection:map_extensions(Extensions)}}]}; + [{reply, From, {ok, Extensions}}]}; hello(internal, #client_hello{client_version = ClientVersion} = Hello, #state{connection_states = ConnectionStates0, port = Port, session = #session{own_certificate = Cert} = Session0, @@ -742,11 +772,11 @@ initialize_tls_sender(#state{role = Role, next_tls_record(Data, StateName, #state{protocol_buffers = #protocol_buffers{tls_record_buffer = Buf0, - tls_cipher_texts = CT0} = Buffers} - = State0) -> - case tls_record:get_tls_records(Data, + tls_cipher_texts = CT0} = Buffers, + ssl_options = SslOpts} = State0) -> + case tls_record:get_tls_records(Data, acceptable_record_versions(StateName, State0), - Buf0) of + Buf0, SslOpts) of {Records, Buf1} -> CT1 = CT0 ++ Records, next_record(State0#state{protocol_buffers = @@ -757,10 +787,18 @@ next_tls_record(Data, StateName, #state{protocol_buffers = end. +%% TLS 1.3 Client/Server +%% - Ignore TLSPlaintext.legacy_record_version +%% - Verify that TLSCiphertext.legacy_record_version is set to 0x0303 for all records +%% other than an initial ClientHello, where it MAY also be 0x0301. acceptable_record_versions(hello, _) -> - [tls_record:protocol_version(Vsn) || Vsn <- ?ALL_AVAILABLE_VERSIONS]; + [tls_record:protocol_version(Vsn) || Vsn <- ?ALL_TLS_RECORD_VERSIONS]; +acceptable_record_versions(_, #state{negotiated_version = {Major, Minor}}) + when Major > 3; Major =:= 3, Minor >= 4 -> + [{3, 3}]; acceptable_record_versions(_, #state{negotiated_version = Version}) -> [Version]. + handle_record_alert(Alert, _) -> Alert. diff --git a/lib/ssl/src/tls_handshake.erl b/lib/ssl/src/tls_handshake.erl index 19a5eb0348..050b4be870 100644 --- a/lib/ssl/src/tls_handshake.erl +++ b/lib/ssl/src/tls_handshake.erl @@ -31,6 +31,7 @@ -include("ssl_internal.hrl"). -include("ssl_cipher.hrl"). -include_lib("public_key/include/public_key.hrl"). +-include_lib("kernel/include/logger.hrl"). %% Handshake handling -export([client_hello/8, hello/4]). @@ -60,6 +61,18 @@ client_hello(Host, Port, ConnectionStates, } = SslOpts, Cache, CacheCb, Renegotiation, OwnCert) -> Version = tls_record:highest_protocol_version(Versions), + + %% In TLS 1.3, the client indicates its version preferences in the + %% "supported_versions" extension (Section 4.2.1) and the + %% legacy_version field MUST be set to 0x0303, which is the version + %% number for TLS 1.2. + LegacyVersion = + case tls_record:is_higher(Version, {3,2}) of + true -> + {3,3}; + false -> + Version + end, #{security_parameters := SecParams} = ssl_record:pending_connection_state(ConnectionStates, read), AvailableCipherSuites = ssl_handshake:available_suites(UserSuites, Version), @@ -70,7 +83,7 @@ client_hello(Host, Port, ConnectionStates, CipherSuites = ssl_handshake:cipher_suites(AvailableCipherSuites, Renegotiation, Fallback), Id = ssl_session:client_id({Host, Port, SslOpts}, Cache, CacheCb, OwnCert), #client_hello{session_id = Id, - client_version = Version, + client_version = LegacyVersion, cipher_suites = CipherSuites, compression_methods = ssl_record:compressions(), random = SecParams#security_parameters.client_random, @@ -87,11 +100,69 @@ client_hello(Host, Port, ConnectionStates, ssl_record:connection_states(), alpn | npn, binary() | undefined}| {tls_record:tls_version(), {resumed | new, #session{}}, ssl_record:connection_states(), binary() | undefined, - #hello_extensions{}, {ssl_cipher_format:hash(), ssl_cipher_format:sign_algo()} | + HelloExt::map(), {ssl_cipher_format:hash(), ssl_cipher_format:sign_algo()} | undefined} | #alert{}. %% %% Description: Handles a received hello message %%-------------------------------------------------------------------- + + +%% TLS 1.3 - Section 4.1.3 +%% TLS 1.3 clients receiving a ServerHello indicating TLS 1.2 or below +%% MUST check that the last eight bytes are not equal to either of these +%% values. +hello(#server_hello{server_version = {Major, Minor}, + random = <<_:24/binary,Down:8/binary>>}, + #ssl_options{versions = [{M,N}|_]}, _, _) + when (M > 3 orelse M =:= 3 andalso N >= 4) andalso %% TLS 1.3 client + (Major =:= 3 andalso Minor =:= 3 andalso %% Negotiating TLS 1.2 + Down =:= ?RANDOM_OVERRIDE_TLS12) orelse + + (M > 3 orelse M =:= 3 andalso N >= 4) andalso %% TLS 1.3 client + (Major =:= 3 andalso Minor < 3 andalso %% Negotiating TLS 1.1 or prior + Down =:= ?RANDOM_OVERRIDE_TLS11) -> + ?ALERT_REC(?FATAL, ?ILLEGAL_PARAMETER); + +%% TLS 1.2 clients SHOULD also check that the last eight bytes are not +%% equal to the second value if the ServerHello indicates TLS 1.1 or below. +hello(#server_hello{server_version = {Major, Minor}, + random = <<_:24/binary,Down:8/binary>>}, + #ssl_options{versions = [{M,N}|_]}, _, _) + when (M =:= 3 andalso N =:= 3) andalso %% TLS 1.2 client + (Major =:= 3 andalso Minor < 3 andalso %% Negotiating TLS 1.1 or prior + Down =:= ?RANDOM_OVERRIDE_TLS11) -> + ?ALERT_REC(?FATAL, ?ILLEGAL_PARAMETER); + + +%% TLS 1.3 - 4.2.1. Supported Versions +%% If the "supported_versions" extension in the ServerHello contains a +%% version not offered by the client or contains a version prior to TLS +%% 1.3, the client MUST abort the handshake with an "illegal_parameter" +%% alert. +%%-------------------------------------------------------------------- +%% TLS 1.2 Client +%% +%% - If "supported_version" is present (ServerHello): +%% - Abort handshake with an "illegal_parameter" alert +hello(#server_hello{server_version = Version, + extensions = #{server_hello_selected_version := + #server_hello_selected_version{selected_version = Version}} + }, + #ssl_options{versions = SupportedVersions}, + _ConnectionStates0, _Renegotiation) -> + case tls_record:is_higher({3,4}, Version) of + true -> + ?ALERT_REC(?FATAL, ?ILLEGAL_PARAMETER); + false -> + case tls_record:is_acceptable_version(Version, SupportedVersions) of + true -> + %% Implement TLS 1.3 statem ??? + ?ALERT_REC(?FATAL, ?PROTOCOL_VERSION); + false -> + ?ALERT_REC(?FATAL, ?ILLEGAL_PARAMETER) + end + end; + hello(#server_hello{server_version = Version, random = Random, cipher_suite = CipherSuite, compression_method = Compression, @@ -106,6 +177,36 @@ hello(#server_hello{server_version = Version, random = Random, false -> ?ALERT_REC(?FATAL, ?PROTOCOL_VERSION) end; + + +%% TLS 1.2 Server +%% - If "supported_versions" is present (ClientHello): +%% - Select version from "supported_versions" (ignore ClientHello.legacy_version) +%% - If server only supports versions greater than "supported_versions": +%% - Abort handshake with a "protocol_version" alert (*) +%% - If "supported_versions" is absent (ClientHello): +%% - Negotiate the minimum of ClientHello.legacy_version and TLS 1.2 (**) +%% - If server only supports versions greater than ClientHello.legacy_version: +%% - Abort handshake with a "protocol_version" alert +%% +%% (*) Sends alert even if there is a gap in supported versions +%% e.g. Server 1.0,1.2 Client 1.1,1.3 +%% (**) Current implementation can negotiate a version not supported by the client +%% e.g. Server 1.0,1.2 Client 1.1 -> ServerHello 1.0 +hello(#client_hello{client_version = _ClientVersion, + cipher_suites = CipherSuites, + extensions = #{client_hello_versions := + #client_hello_versions{versions = ClientVersions} + }} = Hello, + #ssl_options{versions = Versions} = SslOpts, + Info, Renegotiation) -> + try + Version = ssl_handshake:select_supported_version(ClientVersions, Versions), + do_hello(Version, Versions, CipherSuites, Hello, SslOpts, Info, Renegotiation) + catch + _:_ -> + ?ALERT_REC(?FATAL, ?HANDSHAKE_FAILURE, malformed_handshake_data) + end; hello(#client_hello{client_version = ClientVersion, cipher_suites = CipherSuites} = Hello, @@ -113,18 +214,7 @@ hello(#client_hello{client_version = ClientVersion, Info, Renegotiation) -> try Version = ssl_handshake:select_version(tls_record, ClientVersion, Versions), - case ssl_cipher:is_fallback(CipherSuites) of - true -> - Highest = tls_record:highest_protocol_version(Versions), - case tls_record:is_higher(Highest, Version) of - true -> - ?ALERT_REC(?FATAL, ?INAPPROPRIATE_FALLBACK); - false -> - handle_client_hello(Version, Hello, SslOpts, Info, Renegotiation) - end; - false -> - handle_client_hello(Version, Hello, SslOpts, Info, Renegotiation) - end + do_hello(Version, Versions, CipherSuites, Hello, SslOpts, Info, Renegotiation) catch error:{case_clause,{asn1, Asn1Reason}} -> %% ASN-1 decode of certificate somehow failed @@ -175,10 +265,7 @@ handle_client_hello(Version, cipher_suites = CipherSuites, compression_methods = Compressions, random = Random, - extensions = - #hello_extensions{elliptic_curves = Curves, - signature_algs = ClientHashSigns} - = HelloExt}, + extensions = HelloExt}, #ssl_options{versions = Versions, signature_algs = SupportedHashSigns, eccs = SupportedECCs, @@ -187,6 +274,8 @@ handle_client_hello(Version, Renegotiation) -> case tls_record:is_acceptable_version(Version, Versions) of true -> + Curves = maps:get(elliptic_curves, HelloExt, undefined), + ClientHashSigns = maps:get(signature_algs, HelloExt, undefined), AvailableHashSigns = ssl_handshake:available_signature_algs( ClientHashSigns, SupportedHashSigns, Cert, Version), ECCCurve = ssl_handshake:select_curve(Curves, SupportedECCs, ECCOrder), @@ -244,8 +333,33 @@ handle_server_hello_extensions(Version, SessionId, Random, CipherSuite, {ConnectionStates, ProtoExt, Protocol} -> {Version, SessionId, ConnectionStates, ProtoExt, Protocol} end. + + +do_hello(undefined, _Versions, _CipherSuites, _Hello, _SslOpts, _Info, _Renegotiation) -> + ?ALERT_REC(?FATAL, ?PROTOCOL_VERSION); +do_hello(Version, Versions, CipherSuites, Hello, SslOpts, Info, Renegotiation) -> + case tls_record:is_higher({3,4}, Version) of + true -> %% TLS 1.2 and older + case ssl_cipher:is_fallback(CipherSuites) of + true -> + Highest = tls_record:highest_protocol_version(Versions), + case tls_record:is_higher(Highest, Version) of + true -> + ?ALERT_REC(?FATAL, ?INAPPROPRIATE_FALLBACK); + false -> + handle_client_hello(Version, Hello, SslOpts, Info, Renegotiation) + end; + false -> + handle_client_hello(Version, Hello, SslOpts, Info, Renegotiation) + end; + false -> + %% Implement TLS 1.3 statem ??? + ?ALERT_REC(?FATAL, ?PROTOCOL_VERSION) + end. + + %%-------------------------------------------------------------------- -enc_handshake(#hello_request{}, _Version) -> +enc_handshake(#hello_request{}, {3, N}) when N < 4 -> {?HELLO_REQUEST, <<>>}; enc_handshake(#client_hello{client_version = {Major, Minor}, random = Random, @@ -264,7 +378,8 @@ enc_handshake(#client_hello{client_version = {Major, Minor}, ?BYTE(SIDLength), SessionID/binary, ?UINT16(CsLength), BinCipherSuites/binary, ?BYTE(CmLength), BinCompMethods/binary, ExtensionsBin/binary>>}; - +enc_handshake(HandshakeMsg, {3, 4}) -> + tls_handshake_1_3:encode_handshake(HandshakeMsg); enc_handshake(HandshakeMsg, Version) -> ssl_handshake:encode_handshake(HandshakeMsg, Version). @@ -275,6 +390,10 @@ get_tls_handshake_aux(Version, <<?BYTE(Type), ?UINT24(Length), Raw = <<?BYTE(Type), ?UINT24(Length), Body/binary>>, try decode_handshake(Version, Type, Body) of Handshake -> + Report = #{direction => inbound, + protocol => 'handshake', + message => Handshake}, + ssl_logger:debug(Opts#ssl_options.log_level, Report, #{domain => [otp,ssl,handshake]}), get_tls_handshake_aux(Version, Rest, Opts, [{Handshake,Raw} | Acc]) catch _:_ -> @@ -283,24 +402,25 @@ get_tls_handshake_aux(Version, <<?BYTE(Type), ?UINT24(Length), get_tls_handshake_aux(_Version, Data, _, Acc) -> {lists:reverse(Acc), Data}. -decode_handshake(_, ?HELLO_REQUEST, <<>>) -> +decode_handshake({3, N}, ?HELLO_REQUEST, <<>>) when N < 4 -> #hello_request{}; -decode_handshake(_Version, ?CLIENT_HELLO, +decode_handshake(Version, ?CLIENT_HELLO, <<?BYTE(Major), ?BYTE(Minor), Random:32/binary, ?BYTE(SID_length), Session_ID:SID_length/binary, ?UINT16(Cs_length), CipherSuites:Cs_length/binary, ?BYTE(Cm_length), Comp_methods:Cm_length/binary, Extensions/binary>>) -> - DecodedExtensions = ssl_handshake:decode_hello_extensions({client, Extensions}), + Exts = ssl_handshake:decode_vector(Extensions), + DecodedExtensions = ssl_handshake:decode_hello_extensions(Exts, Version, client), #client_hello{ client_version = {Major,Minor}, random = Random, session_id = Session_ID, cipher_suites = ssl_handshake:decode_suites('2_bytes', CipherSuites), - compression_methods = Comp_methods, + compression_methods = erlang:binary_to_list(Comp_methods), extensions = DecodedExtensions }; +decode_handshake({3, 4}, Tag, Msg) -> + tls_handshake_1_3:decode_handshake(Tag, Msg); decode_handshake(Version, Tag, Msg) -> ssl_handshake:decode_handshake(Version, Tag, Msg). - - diff --git a/lib/ssl/src/tls_handshake_1_3.erl b/lib/ssl/src/tls_handshake_1_3.erl new file mode 100644 index 0000000000..199054b43b --- /dev/null +++ b/lib/ssl/src/tls_handshake_1_3.erl @@ -0,0 +1,153 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2007-2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% + +%%---------------------------------------------------------------------- +%% Purpose: Help funtions for handling the TLS 1.3 (specific parts of) +%%% TLS handshake protocol +%%---------------------------------------------------------------------- + +-module(tls_handshake_1_3). + +-include("tls_handshake_1_3.hrl"). +-include("ssl_alert.hrl"). +-include("ssl_internal.hrl"). +-include_lib("public_key/include/public_key.hrl"). + +%% Encode +-export([encode_handshake/1, decode_handshake/2]). + +encode_handshake(#certificate_request_1_3{ + certificate_request_context = Context, + extensions = Exts})-> + EncContext = encode_cert_req_context(Context), + BinExts = encode_extensions(Exts), + {?CERTIFICATE_REQUEST, <<EncContext/binary, BinExts/binary>>}; +encode_handshake(#certificate_1_3{ + certificate_request_context = Context, + entries = Entries}) -> + EncContext = encode_cert_req_context(Context), + EncEntries = encode_cert_entries(Entries), + {?CERTIFICATE, <<EncContext/binary, EncEntries/binary>>}; +encode_handshake(#encrypted_extensions{extensions = Exts})-> + {?ENCRYPTED_EXTENSIONS, encode_extensions(Exts)}; +encode_handshake(#new_session_ticket{ + ticket_lifetime = LifeTime, + ticket_age_add = Age, + ticket_nonce = Nonce, + ticket = Ticket, + extensions = Exts}) -> + TicketSize = byte_size(Ticket), + BinExts = encode_extensions(Exts), + {?NEW_SESSION_TICKET, <<?UINT32(LifeTime), ?UINT32(Age), + ?BYTE(Nonce), ?UINT16(TicketSize), Ticket/binary, + BinExts/binary>>}; +encode_handshake(#end_of_early_data{}) -> + {?END_OF_EARLY_DATA, <<>>}; +encode_handshake(#key_update{request_update = Update}) -> + {?KEY_UPDATE, <<?BYTE(Update)>>}; +encode_handshake(HandshakeMsg) -> + ssl_handshake:encode_handshake(HandshakeMsg, {3,4}). + +decode_handshake(?CERTIFICATE_REQUEST, <<?BYTE(0), ?UINT16(Size), EncExts:Size/binary>>) -> + Exts = decode_extensions(EncExts), + #certificate_request_1_3{ + certificate_request_context = <<>>, + extensions = Exts}; +decode_handshake(?CERTIFICATE_REQUEST, <<?BYTE(CSize), Context:CSize/binary, + ?UINT16(Size), EncExts:Size/binary>>) -> + Exts = decode_extensions(EncExts), + #certificate_request_1_3{ + certificate_request_context = Context, + extensions = Exts}; +decode_handshake(?CERTIFICATE, <<?BYTE(0), ?UINT24(Size), Certs:Size/binary>>) -> + CertList = decode_cert_entries(Certs), + #certificate_1_3{ + certificate_request_context = <<>>, + entries = CertList + }; +decode_handshake(?CERTIFICATE, <<?BYTE(CSize), Context:CSize/binary, + ?UINT24(Size), Certs:Size/binary>>) -> + CertList = decode_cert_entries(Certs), + #certificate_1_3{ + certificate_request_context = Context, + entries = CertList + }; +decode_handshake(?ENCRYPTED_EXTENSIONS, <<?UINT16(Size), EncExts:Size/binary>>) -> + #encrypted_extensions{ + extensions = decode_extensions(EncExts) + }; +decode_handshake(?NEW_SESSION_TICKET, <<?UINT32(LifeTime), ?UINT32(Age), + ?BYTE(Nonce), ?UINT16(TicketSize), Ticket:TicketSize/binary, + BinExts/binary>>) -> + Exts = decode_extensions(BinExts), + #new_session_ticket{ticket_lifetime = LifeTime, + ticket_age_add = Age, + ticket_nonce = Nonce, + ticket = Ticket, + extensions = Exts}; +decode_handshake(?END_OF_EARLY_DATA, _) -> + #end_of_early_data{}; +decode_handshake(?KEY_UPDATE, <<?BYTE(Update)>>) -> + #key_update{request_update = Update}; +decode_handshake(Tag, HandshakeMsg) -> + ssl_handshake:decode_handshake({3,4}, Tag, HandshakeMsg). + +%%-------------------------------------------------------------------- +%%% Internal functions +%%-------------------------------------------------------------------- +encode_cert_req_context(<<>>) -> + <<?BYTE(0)>>; +encode_cert_req_context(Bin) -> + Size = byte_size(Bin), + <<?BYTE(Size), Bin/binary>>. + +encode_cert_entries(Entries) -> + CertEntryList = encode_cert_entries(Entries, []), + Size = byte_size(CertEntryList), + <<?UINT24(Size), CertEntryList/binary>>. + +encode_cert_entries([], Acc) -> + iolist_to_binary(lists:reverse(Acc)); +encode_cert_entries([#certificate_entry{data = Data, + extensions = Exts} | Rest], Acc) -> + DSize = byte_size(Data), + BinExts = encode_extensions(Exts), + ExtSize = byte_size(BinExts), + encode_cert_entries(Rest, + [<<?UINT24(DSize), Data/binary, ?UINT16(ExtSize), BinExts/binary>> | Acc]). + +decode_cert_entries(Entries) -> + decode_cert_entries(Entries, []). + +decode_cert_entries(<<>>, Acc) -> + lists:reverse(Acc); +decode_cert_entries(<<?UINT24(DSize), Data:DSize/binary, ?UINT16(Esize), BinExts:Esize/binary, + Rest/binary>>, Acc) -> + Exts = decode_extensions(BinExts), + decode_cert_entries(Rest, [#certificate_entry{data = Data, + extensions = Exts} | Acc]). + +encode_extensions(Exts)-> + ssl_handshake:encode_extensions(extensions_list(Exts)). +decode_extensions(Exts) -> + ssl_handshake:decode_extensions(Exts). + +extensions_list(HelloExtensions) -> + [Ext || {_, Ext} <- maps:to_list(HelloExtensions)]. diff --git a/lib/ssl/src/tls_handshake_1_3.hrl b/lib/ssl/src/tls_handshake_1_3.hrl new file mode 100644 index 0000000000..9ee0e0f845 --- /dev/null +++ b/lib/ssl/src/tls_handshake_1_3.hrl @@ -0,0 +1,226 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018-2018. All Rights Reserved. +%% +%% Licensed under the Apache License, Version 2.0 (the "License"); +%% you may not use this file except in compliance with the License. +%% You may obtain a copy of the License at +%% +%% http://www.apache.org/licenses/LICENSE-2.0 +%% +%% Unless required by applicable law or agreed to in writing, software +%% distributed under the License is distributed on an "AS IS" BASIS, +%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +%% See the License for the specific language governing permissions and +%% limitations under the License. +%% +%% %CopyrightEnd% +%% +%% +%%---------------------------------------------------------------------- +%% Purpose: Record and constant defenitions for the TLS-handshake protocol +%% see RFC 8446. Also includes supported hello extensions. +%%---------------------------------------------------------------------- + +-ifndef(tls_handshake_1_3). +-define(tls_handshake_1_3, true). + +%% Common to TLS-1.3 and previous TLS versions +%% Some defenitions may not exist in TLS-1.3 this is +%% handled elsewhere +-include("tls_handshake.hrl"). + +%% New handshake types in TLS-1.3 RFC 8446 B.3 +-define(NEW_SESSION_TICKET, 4). +-define(END_OF_EARLY_DATA, 5). +-define(ENCRYPTED_EXTENSIONS, 8). +-define(KEY_UPDATE, 24). +%% %% Not really a message but special way to handle handshake hashes +%% %% when a "hello-retry-request" (special server_hello) is sent +-define(MESSAGE_HASH, 254). + +%% %% RFC 8446 B.3.1. +%% %% New extension types in TLS-1.3 +-define(PRE_SHARED_KEY_EXT, 41). +-define(EARLY_DATA_EXT, 42). +%%-define(SUPPORTED_VERSIONS_EXT, 43). %% Updates TLS 1.2 so defined in ssl_handshake.hrl +-define(COOKIE_EXT, 44). +-define(PSK_KEY_EXCHANGE_MODES_EXT, 45). +-define(CERTIFICATE_AUTHORITIES_EXT, 47). +-define(OID_FILTERS_EXT, 48). +-define(POST_HANDSHAKE_AUTH_EXT, 49). +%% -define(SIGNATURE_ALGORITHMS_CERT_EXT, 50). %% Updates TLS 1.2 so defined in ssl_handshake.hrl +-define(KEY_SHARE_EXT, 51). + +%% RFC 8446 B.3.1 +-record(key_share_entry, { + group, %NamedGroup + key_exchange %key_exchange<1..2^16-1>; + }). +-record(key_share_client_hello, { + entries %% KeyShareEntry client_shares<0..2^16-1>; + }). +-record(key_share_hello_retry_request, { + selected_group %% NamedGroup + }). +-record(key_share_server_hello, { + server_share %% KeyShareEntry server_share; + }). + +-record(uncompressed_point_representation, { + legacy_form = 4, % uint8 legacy_form = 4; + x, % opaque X[coordinate_length]; + y % opaque Y[coordinate_length]; + }). + +-define(PSK_KE, 0). +-define(PSK_DHE_KE, 1). + +-record(psk_keyexchange_modes, { + ke_modes % ke_modes<1..255> + }). +-record(empty, { + }). +-record(early_data_indication, { + indication % uint32 max_early_data_size (new_session_ticket) | + %% #empty{} (client_hello, encrypted_extensions) + }). +-record(psk_identity, { + identity, % opaque identity<1..2^16-1> + obfuscated_ticket_age % uint32 + }). +-record(offered_psks, { + psk_identity, %identities<7..2^16-1>; + psk_binder_entry %binders<33..2^16-1>, opaque PskBinderEntry<32..255> + }). +-record(pre_shared_keyextension,{ + extension %OfferedPsks (client_hello) | uint16 selected_identity (server_hello) + }). + +%% RFC 8446 B.3.1.2. +-record(cookie, { + cookie %cookie<1..2^16-1>; + }). + +%%% RFC 8446 B.3.1.3. Signature Algorithm Extension +%% Signature Schemes +%% RSASSA-PKCS1-v1_5 algorithms +-define(RSA_PKCS1_SHA256, 16#0401). +-define(RSA_PKCS1_SHA384, 16#0501). +-define(RSA_PKCS1_SHA512, 16#0601). + +%% ECDSA algorithms +-define(ECDSA_SECP256R1_SHA256, 16#0403). +-define(ECDSA_SECP384R1_SHA384, 16#0503). +-define(ECDSA_SECP521R1_SHA512, 16#0603). + +%% RSASSA-PSS algorithms with public key OID rsaEncryption +-define(RSA_PSS_RSAE_SHA256, 16#0804). +-define(RSA_PSS_RSAE_SHA384, 16#0805). +-define(RSA_PSS_RSAE_SHA512, 16#0806). + +%% EdDSA algorithms +-define(ED25519, 16#0807). +-define(ED448, 16#0808). + +%% RSASSA-PSS algorithms with public key OID RSASSA-PSS +-define(RSA_PSS_PSS_SHA256, 16#0809). +-define(RSA_PSS_PSS_SHA384, 16#080a). +-define(RSA_PSS_PSS_SHA512, 16#080b). + +%% Legacy algorithms +-define(RSA_PKCS1_SHA1, 16#201). +-define(ECDSA_SHA1, 16#0203). + +%% RFC 8446 B.3.1.4. Supported Groups Extension +%% Elliptic Curve Groups (ECDHE) +-define(SECP256R1, 16#0017). +-define(SECP384R1, 16#0018). +-define(SECP521R1, 16#0019). +-define(X25519, 16#001D). +-define(X448, 16#001E). + +%% RFC 8446 Finite Field Groups (DHE) +-define(FFDHE2048, 16#0100). +-define(FFDHE3072, 16#0101). +-define(FFDHE4096, 16#0102). +-define(FFDHE6144, 16#0103). +-define(FFDHE8192 ,16#0104). + +-record(named_group_list, { + named_group_list %named_group_list<2..2^16-1>; + }). + +%% RFC 8446 B.3.2 Server Parameters Messages +%% opaque DistinguishedName<1..2^16-1>;XS +-record(certificate_authoritie_sextension, { + authorities %DistinguishedName authorities<3..2^16-1>; + }). + +-record(oid_filter, { + certificate_extension_oid, % opaque certificate_extension_oid<1..2^8-1>; + certificate_extension_values % opaque certificate_extension_values<0..2^16-1>; + }). + +-record(oid_filter_extension, { + filters %OIDFilter filters<0..2^16-1>; + }). +-record(post_handshake_auth, { + }). + +-record(encrypted_extensions, { + extensions %extensions<0..2^16-1>; + }). + +-record(certificate_request_1_3, { + certificate_request_context, % opaque certificate_request_context<0..2^8-1>; + extensions %Extension extensions<2..2^16-1>; + }). + +%% RFC 8446 B.3.3 Authentication Messages + +%% Certificate Type +-define(X509, 0). +-define(OpenPGP_RESERVED, 1). +-define(RawPublicKey, 2). + +-record(certificate_entry, { + data, + %% select (certificate_type) { + %% case RawPublicKey: + %% /* From RFC 7250 ASN.1_subjectPublicKeyInfo */ + %% opaque ASN1_subjectPublicKeyInfo<1..2^24-1>; + + %% case X509: + %% opaque cert_data<1..2^24-1>; + %% }; + extensions %% Extension extensions<0..2^16-1>; + }). + +-record(certificate_1_3, { + certificate_request_context, % opaque certificate_request_context<0..2^8-1>; + entries % CertificateEntry certificate_list<0..2^24-1>; + }). + +%% RFC 8446 B.3.4. Ticket Establishment +-record(new_session_ticket, { + ticket_lifetime, %unit32 + ticket_age_add, %unit32 + ticket_nonce, %opaque ticket_nonce<0..255>; + ticket, %opaque ticket<1..2^16-1> + extensions %extensions<0..2^16-2> + }). + +%% RFC 8446 B.3.5. Updating Keys +-record(end_of_early_data, { + }). + +-define(UPDATE_NOT_REQUESTED, 0). +-define(UPDATE_REQUESTED, 1). + +-record(key_update, { + request_update + }). + +-endif. % -ifdef(tls_handshake_1_3). diff --git a/lib/ssl/src/tls_record.erl b/lib/ssl/src/tls_record.erl index f1aca8c801..444759aafa 100644 --- a/lib/ssl/src/tls_record.erl +++ b/lib/ssl/src/tls_record.erl @@ -30,9 +30,10 @@ -include("ssl_alert.hrl"). -include("tls_handshake.hrl"). -include("ssl_cipher.hrl"). +-include_lib("kernel/include/logger.hrl"). %% Handling of incoming data --export([get_tls_records/3, init_connection_states/2]). +-export([get_tls_records/4, init_connection_states/2]). %% Encoding TLS records -export([encode_handshake/3, encode_alert_record/3, @@ -75,24 +76,24 @@ init_connection_states(Role, BeastMitigation) -> pending_write => Pending}. %%-------------------------------------------------------------------- --spec get_tls_records(binary(), [tls_version()], binary()) -> {[binary()], binary()} | #alert{}. +-spec get_tls_records(binary(), [tls_version()], binary(), ssl_options()) -> {[binary()], binary()} | #alert{}. %% %% and returns it as a list of tls_compressed binaries also returns leftover %% Description: Given old buffer and new data from TCP, packs up a records %% data %%-------------------------------------------------------------------- -get_tls_records(Data, Versions, Buffer) -> +get_tls_records(Data, Versions, Buffer, SslOpts) -> BinData = list_to_binary([Buffer, Data]), case erlang:byte_size(BinData) of N when N >= 3 -> case assert_version(BinData, Versions) of true -> - get_tls_records_aux(BinData, []); + get_tls_records_aux(BinData, [], SslOpts); false -> ?ALERT_REC(?FATAL, ?BAD_RECORD_MAC) end; _ -> - get_tls_records_aux(BinData, []) + get_tls_records_aux(BinData, [], SslOpts) end. %%==================================================================== @@ -229,6 +230,8 @@ decode_cipher_text(#ssl_tls{type = Type, version = Version, %% Description: Creates a protocol version record from a version atom %% or vice versa. %%-------------------------------------------------------------------- +protocol_version('tlsv1.3') -> + {3, 4}; protocol_version('tlsv1.2') -> {3, 3}; protocol_version('tlsv1.1') -> @@ -239,6 +242,8 @@ protocol_version(sslv3) -> {3, 0}; protocol_version(sslv2) -> %% Backwards compatibility {2, 0}; +protocol_version({3, 4}) -> + 'tlsv1.3'; protocol_version({3, 3}) -> 'tlsv1.2'; protocol_version({3, 2}) -> @@ -399,33 +404,61 @@ assert_version(<<?BYTE(_), ?BYTE(MajVer), ?BYTE(MinVer), _/binary>>, Versions) - get_tls_records_aux(<<?BYTE(?APPLICATION_DATA),?BYTE(MajVer),?BYTE(MinVer), ?UINT16(Length), Data:Length/binary, Rest/binary>>, - Acc) -> + Acc, SslOpts) -> + RawTLSRecord = <<?BYTE(?APPLICATION_DATA),?BYTE(MajVer),?BYTE(MinVer), + ?UINT16(Length), Data:Length/binary>>, + Report = #{direction => inbound, + protocol => 'tls_record', + message => [RawTLSRecord]}, + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), get_tls_records_aux(Rest, [#ssl_tls{type = ?APPLICATION_DATA, version = {MajVer, MinVer}, - fragment = Data} | Acc]); + fragment = Data} | Acc], + SslOpts); get_tls_records_aux(<<?BYTE(?HANDSHAKE),?BYTE(MajVer),?BYTE(MinVer), - ?UINT16(Length), - Data:Length/binary, Rest/binary>>, Acc) -> + ?UINT16(Length), + Data:Length/binary, Rest/binary>>, Acc, SslOpts) -> + RawTLSRecord = <<?BYTE(?HANDSHAKE),?BYTE(MajVer),?BYTE(MinVer), + ?UINT16(Length), Data:Length/binary>>, + Report = #{direction => inbound, + protocol => 'tls_record', + message => [RawTLSRecord]}, + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), get_tls_records_aux(Rest, [#ssl_tls{type = ?HANDSHAKE, version = {MajVer, MinVer}, - fragment = Data} | Acc]); + fragment = Data} | Acc], + SslOpts); get_tls_records_aux(<<?BYTE(?ALERT),?BYTE(MajVer),?BYTE(MinVer), ?UINT16(Length), Data:Length/binary, - Rest/binary>>, Acc) -> + Rest/binary>>, Acc, SslOpts) -> + RawTLSRecord = <<?BYTE(?ALERT),?BYTE(MajVer),?BYTE(MinVer), + ?UINT16(Length), Data:Length/binary>>, + Report = #{direction => inbound, + protocol => 'tls_record', + message => [RawTLSRecord]}, + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), get_tls_records_aux(Rest, [#ssl_tls{type = ?ALERT, version = {MajVer, MinVer}, - fragment = Data} | Acc]); + fragment = Data} | Acc], + SslOpts); get_tls_records_aux(<<?BYTE(?CHANGE_CIPHER_SPEC),?BYTE(MajVer),?BYTE(MinVer), ?UINT16(Length), Data:Length/binary, Rest/binary>>, - Acc) -> + Acc, SslOpts) -> + RawTLSRecord = <<?BYTE(?CHANGE_CIPHER_SPEC),?BYTE(MajVer),?BYTE(MinVer), + ?UINT16(Length), Data:Length/binary>>, + Report = #{direction => inbound, + protocol => 'tls_record', + message => [RawTLSRecord]}, + ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), get_tls_records_aux(Rest, [#ssl_tls{type = ?CHANGE_CIPHER_SPEC, version = {MajVer, MinVer}, - fragment = Data} | Acc]); + fragment = Data} | Acc], + SslOpts); get_tls_records_aux(<<0:1, _CT:7, ?BYTE(_MajVer), ?BYTE(_MinVer), ?UINT16(Length), _/binary>>, - _Acc) when Length > ?MAX_CIPHER_TEXT_LENGTH -> + _Acc, _SslOpts) when Length > ?MAX_CIPHER_TEXT_LENGTH -> ?ALERT_REC(?FATAL, ?RECORD_OVERFLOW); -get_tls_records_aux(Data, Acc) -> +get_tls_records_aux(Data, Acc, _SslOpts) -> case size(Data) =< ?MAX_CIPHER_TEXT_LENGTH + ?INITIAL_BYTES of true -> {lists:reverse(Acc), Data}; diff --git a/lib/ssl/src/tls_sender.erl b/lib/ssl/src/tls_sender.erl index 8d1938cee7..1c3c44cfe5 100644 --- a/lib/ssl/src/tls_sender.erl +++ b/lib/ssl/src/tls_sender.erl @@ -329,6 +329,11 @@ send_tls_alert(Alert, #data{negotiated_version = Version, {BinMsg, ConnectionStates} = Connection:encode_alert(Alert, Version, ConnectionStates0), Connection:send(Transport, Socket, BinMsg), + %% TODO: fix ssl_options for this process + %% Report = #{direction => outbound, + %% protocol => 'tls_record', + %% message => BinMsg}, + %% ssl_logger:debug(SslOpts#ssl_options.log_level, Report, #{domain => [otp,ssl,tls_record]}), StateData0#data{connection_states = ConnectionStates}. send_application_data(Data, From, StateName, diff --git a/lib/ssl/src/tls_v1.erl b/lib/ssl/src/tls_v1.erl index 1bfd9a8b6d..7d28962d2d 100644 --- a/lib/ssl/src/tls_v1.erl +++ b/lib/ssl/src/tls_v1.erl @@ -32,7 +32,8 @@ -export([master_secret/4, finished/5, certificate_verify/3, mac_hash/7, hmac_hash/3, setup_keys/8, suites/1, prf/5, ecc_curves/1, ecc_curves/2, oid_to_enum/1, enum_to_oid/1, - default_signature_algs/1, signature_algs/2]). + default_signature_algs/1, signature_algs/2, + default_signature_schemes/1, signature_schemes/2]). -type named_curve() :: sect571r1 | sect571k1 | secp521r1 | brainpoolP512r1 | sect409k1 | sect409r1 | brainpoolP384r1 | secp384r1 | @@ -74,7 +75,7 @@ finished(Role, Version, PrfAlgo, MasterSecret, Handshake) prf(?MD5SHA, MasterSecret, finished_label(Role), [MD5, SHA], 12); finished(Role, Version, PrfAlgo, MasterSecret, Handshake) - when Version == 3 -> + when Version == 3; Version == 4 -> %% RFC 5246 - 7.4.9. Finished %% struct { %% opaque verify_data[12]; @@ -85,6 +86,7 @@ finished(Role, Version, PrfAlgo, MasterSecret, Handshake) Hash = crypto:hash(mac_algo(PrfAlgo), Handshake), prf(PrfAlgo, MasterSecret, finished_label(Role), Hash, 12). + -spec certificate_verify(md5sha | sha, integer(), [binary()]) -> binary(). certificate_verify(md5sha, _Version, Handshake) -> @@ -154,7 +156,7 @@ setup_keys(Version, _PrfAlgo, MasterSecret, ServerRandom, ClientRandom, HashSize %% TLS v1.2 setup_keys(Version, PrfAlgo, MasterSecret, ServerRandom, ClientRandom, HashSize, KeyMatLen, IVSize) - when Version == 3 -> + when Version == 3; Version == 4 -> %% RFC 5246 - 6.3. Key calculation %% key_block = PRF(SecurityParameters.master_secret, %% "key expansion", @@ -192,7 +194,7 @@ mac_hash(Method, Mac_write_secret, Seq_num, Type, {Major, Minor}, Fragment]), Mac. --spec suites(1|2|3) -> [ssl_cipher_format:cipher_suite()]. +-spec suites(1|2|3|4) -> [ssl_cipher_format:cipher_suite()]. suites(Minor) when Minor == 1; Minor == 2 -> [ @@ -244,8 +246,19 @@ suites(3) -> %% ?TLS_DH_DSS_WITH_AES_256_GCM_SHA384, %% ?TLS_DH_RSA_WITH_AES_128_GCM_SHA256, %% ?TLS_DH_DSS_WITH_AES_128_GCM_SHA256 - ] ++ suites(2). - + ] ++ suites(2); + +suites(4) -> + [?TLS_AES_256_GCM_SHA384, + ?TLS_AES_128_GCM_SHA256, + ?TLS_CHACHA20_POLY1305_SHA256 + %% Not supported + %% ?TLS_AES_128_CCM_SHA256, + %% ?TLS_AES_128_CCM_8_SHA256 + ] ++ suites(3). + +signature_algs({3, 4}, HashSigns) -> + signature_algs({3, 3}, HashSigns); signature_algs({3, 3}, HashSigns) -> CryptoSupports = crypto:supports(), Hashes = proplists:get_value(hashs, CryptoSupports), @@ -273,6 +286,8 @@ signature_algs({3, 3}, HashSigns) -> end, [], HashSigns), lists:reverse(Supported). +default_signature_algs({3, 4}) -> + default_signature_algs({3, 3}); default_signature_algs({3, 3} = Version) -> Default = [%% SHA2 {sha512, ecdsa}, @@ -291,6 +306,64 @@ default_signature_algs({3, 3} = Version) -> default_signature_algs(_) -> undefined. + +signature_schemes(Version, SignatureSchemes) when is_tuple(Version) + andalso Version >= {3, 3} -> + CryptoSupports = crypto:supports(), + Hashes = proplists:get_value(hashs, CryptoSupports), + PubKeys = proplists:get_value(public_keys, CryptoSupports), + Curves = proplists:get_value(curves, CryptoSupports), + Fun = fun (Scheme, Acc) -> + {Hash0, Sign0, Curve} = + ssl_cipher:scheme_to_components(Scheme), + Sign = case Sign0 of + rsa_pkcs1 -> rsa; + S -> S + end, + Hash = case Hash0 of + sha1 -> sha; + H -> H + end, + case proplists:get_bool(Sign, PubKeys) + andalso proplists:get_bool(Hash, Hashes) + andalso (Curve =:= undefined orelse + proplists:get_bool(Curve, Curves)) + andalso is_pair(Hash, Sign, Hashes) + of + true -> + [Scheme | Acc]; + false -> + Acc + end + end, + Supported = lists:foldl(Fun, [], SignatureSchemes), + lists:reverse(Supported); +signature_schemes(_, _) -> + []. + + +default_signature_schemes(Version) -> + Default = [ + rsa_pkcs1_sha256, + rsa_pkcs1_sha384, + rsa_pkcs1_sha512, + ecdsa_secp256r1_sha256, + ecdsa_secp384r1_sha384, + ecdsa_secp521r1_sha512, + rsa_pss_rsae_sha256, + rsa_pss_rsae_sha384, + rsa_pss_rsae_sha512, + %% ed25519, + %% ed448, + rsa_pss_pss_sha256, + rsa_pss_pss_sha384, + rsa_pss_pss_sha512, + rsa_pkcs1_sha1, + ecdsa_sha1 + ], + signature_schemes(Version, Default). + + %%-------------------------------------------------------------------- %%% Internal functions %%-------------------------------------------------------------------- diff --git a/lib/ssl/test/Makefile b/lib/ssl/test/Makefile index 9dfb2eba53..d5ba105478 100644 --- a/lib/ssl/test/Makefile +++ b/lib/ssl/test/Makefile @@ -61,6 +61,7 @@ MODULES = \ ssl_ECC\ ssl_upgrade_SUITE\ ssl_sni_SUITE \ + ssl_eqc_SUITE \ make_certs\ x509_test @@ -144,7 +145,7 @@ release_tests_spec: opt $(INSTALL_DATA) $(ERL_FILES) $(HRL_FILES) $(HRL_FILES_NEEDED_IN_TEST) $(COVER_FILE) "$(RELSYSDIR)" $(INSTALL_DATA) ssl.spec ssl_bench.spec ssl.cover "$(RELSYSDIR)" chmod -R u+w "$(RELSYSDIR)" - @tar cf - *_SUITE_data | (cd "$(RELSYSDIR)"; tar xf -) + @tar cf - *_SUITE_data property_test | (cd "$(RELSYSDIR)"; tar xf -) release_docs_spec: diff --git a/lib/ssl/test/property_test/ssl_eqc_handshake.erl b/lib/ssl/test/property_test/ssl_eqc_handshake.erl new file mode 100644 index 0000000000..99c6554f15 --- /dev/null +++ b/lib/ssl/test/property_test/ssl_eqc_handshake.erl @@ -0,0 +1,534 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2018-2018. All Rights Reserved. +%% +%% The contents of this file are subject to the Erlang Public License, +%% Version 1.1, (the "License"); you may not use this file except in +%% compliance with the License. You should have received a copy of the +%% Erlang Public License along with this software. If not, it can be +%% retrieved online at http://www.erlang.org/. +%% +%% Software distributed under the License is distributed on an "AS IS" +%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See +%% the License for the specific language governing rights and limitations +%% under the License. +%% +%% %CopyrightEnd% +%% +%% + +-module(ssl_eqc_handshake). + +-compile(export_all). + +-proptest(eqc). +-proptest([triq,proper]). + +-ifndef(EQC). +-ifndef(PROPER). +-ifndef(TRIQ). +-define(EQC,true). +-endif. +-endif. +-endif. + +-ifdef(EQC). +-include_lib("eqc/include/eqc.hrl"). +-define(MOD_eqc,eqc). + +-else. +-ifdef(PROPER). +-include_lib("proper/include/proper.hrl"). +-define(MOD_eqc,proper). + +-else. +-ifdef(TRIQ). +-define(MOD_eqc,triq). +-include_lib("triq/include/triq.hrl"). + +-endif. +-endif. +-endif. + +-include_lib("kernel/include/inet.hrl"). +-include_lib("ssl/src/tls_handshake_1_3.hrl"). +-include_lib("ssl/src/tls_handshake.hrl"). +-include_lib("ssl/src/ssl_handshake.hrl"). +-include_lib("ssl/src/ssl_alert.hrl"). +-include_lib("ssl/src/ssl_internal.hrl"). + +-define('TLS_v1.3', {3,4}). +-define('TLS_v1.2', {3,3}). +-define('TLS_v1.1', {3,2}). +-define('TLS_v1', {3,1}). +-define('SSL_v3', {3,0}). + +%%-------------------------------------------------------------------- +%% Properties -------------------------------------------------------- +%%-------------------------------------------------------------------- + +prop_tls_hs_encode_decode() -> + ?FORALL({Handshake, TLSVersion}, ?LET(Version, tls_version(), {tls_msg(Version), Version}), + try + [Type, _Length, Data] = tls_handshake:encode_handshake(Handshake, TLSVersion), + case tls_handshake:decode_handshake(TLSVersion, Type, Data) of + Handshake -> + true; + _ -> + false + end + catch + throw:#alert{} -> + true + end + ). + +%%-------------------------------------------------------------------- +%% Message Generators -------------------------------------------------- +%%-------------------------------------------------------------------- + +tls_version() -> + oneof([?'TLS_v1.3', ?'TLS_v1.2', ?'TLS_v1.1', ?'TLS_v1', ?'SSL_v3']). + +tls_msg(?'TLS_v1.3'= Version) -> + oneof([client_hello(Version), + server_hello(Version), + %%new_session_ticket() + #end_of_early_data{}, + encrypted_extensions(), + certificate_1_3(), + %%certificate_request_1_3, + %%certificate_verify() + finished(), + key_update() + ]); +tls_msg(Version) -> + oneof([#hello_request{}, + client_hello(Version), + server_hello(Version), + certificate(), + %%server_key_exchange() + certificate_request(Version), + #server_hello_done{}, + %%certificate_verify() + %%client_key_exchange() + finished() + ]). + +client_hello(?'TLS_v1.3' = Version) -> + #client_hello{session_id = session_id(), + client_version = ?'TLS_v1.2', + cipher_suites = cipher_suites(Version), + compression_methods = compressions(Version), + random = client_random(Version), + extensions = client_hello_extensions(Version) + }; +client_hello(Version) -> + #client_hello{session_id = session_id(), + client_version = Version, + cipher_suites = cipher_suites(Version), + compression_methods = compressions(Version), + random = client_random(Version), + extensions = client_hello_extensions(Version) + }. + +server_hello(?'TLS_v1.3' = Version) -> + #server_hello{server_version = ?'TLS_v1.2', + session_id = session_id(), + random = server_random(Version), + cipher_suite = cipher_suite(Version), + compression_method = compression(Version), + extensions = server_hello_extensions(Version) + }; +server_hello(Version) -> + #server_hello{server_version = Version, + session_id = session_id(), + random = server_random(Version), + cipher_suite = cipher_suite(Version), + compression_method = compression(Version), + extensions = server_hello_extensions(Version) + }. + +encrypted_extensions() -> + ?LET(Exts, extensions(?'TLS_v1.3'), + #encrypted_extensions{extensions = Exts}). + +certificate() -> + #certificate{ + asn1_certificates = certificate_chain() + }. + +certificate_1_3() -> + ?LET(Certs, certificate_chain(), + #certificate_1_3{ + certificate_request_context = certificate_request_context(), + entries = certificate_entries(Certs, []) + }). + +key_update() -> + #key_update{request_update = request_update()}. + +finished() -> + ?LET(Size, digest_size(), + #finished{verify_data = crypto:strong_rand_bytes(Size)}). + +%%-------------------------------------------------------------------- +%% Messge Data Generators ------------------------------------------- +%%-------------------------------------------------------------------- + + +cipher_suite(Version) -> + oneof(cipher_suites(Version)). + +cipher_suites(Version) -> + ssl_cipher:suites(Version). + +session_id() -> + crypto:strong_rand_bytes(?NUM_OF_SESSION_ID_BYTES). + +compression(Version) -> + oneof(compressions(Version)). + +compressions(_) -> + ssl_record:compressions(). + +client_random(_) -> + crypto:strong_rand_bytes(32). + +server_random(_) -> + crypto:strong_rand_bytes(32). + + +client_hello_extensions(?'TLS_v1.3' = Version) -> + ?LET({Versions, Ext}, {supported_versions(Version), c_hello_extensions(Version)}, + maps:merge(Ext, #{client_hello_versions => client_hello_versions(Versions)}) + ); +client_hello_extensions(?'TLS_v1.2' = Version) -> + ?LET({Versions, Exts}, {supported_versions(Version), c_hello_extensions(Version)}, + maps:merge(Exts, #{client_hello_versions => client_hello_versions(Versions)}) + ); +client_hello_extensions(Version) -> + ?LET(Exts, + c_hello_extensions(Version), + maps:merge(empty_hello_extensions(Version, client), Exts)). + +server_hello_extensions(?'TLS_v1.3' = Version) -> + ?LET(Exts, + s_hello_extensions(Version), + maps:merge(Exts, #{server_hello_selected_version => server_hello_selected_version(Version)})); +server_hello_extensions(Version) -> + ?LET(Exts, + s_hello_extensions(Version), + Exts). + +c_hello_extensions(?'TLS_v1.3'= Version) -> + ?LET({KeyShare, PreShare}, {key_share_client_hello(), + pre_shared_keyextension()}, + maps:merge(empty_hello_extensions(Version, client), + #{key_share => KeyShare, + pre_shared_key => PreShare + }) + ); +c_hello_extensions(Version) -> + ?LET(Exts, extensions(Version), + maps:merge(empty_hello_extensions(Version, client), + Exts)). + +s_hello_extensions(?'TLS_v1.3'= Version) -> + ?LET({KeyShare, PreShare}, {key_share_server_hello(), + pre_shared_keyextension()}, + maps:merge(empty_hello_extensions(Version, server), + #{key_share => KeyShare, + pre_shared_key => PreShare + }) + ); +s_hello_extensions(Version) -> + ?LET(Exts, extensions(Version), + maps:merge(empty_hello_extensions(Version, server), + Exts)). + +key_share_client_hello() -> + oneof([undefined]). + %%oneof([#key_share_client_hello{}, undefined]). + +key_share_server_hello() -> + oneof([undefined]). + %%oneof([#key_share_server_hello{}, undefined]). + +pre_shared_keyextension() -> + oneof([undefined]). + %%oneof([#pre_shared_keyextension{},undefined]). + +extensions(?'TLS_v1.3') -> + ?LET({Ext_1_3, Exts}, {extensions_1_3(), extensions(?'TLS_v1.2')}, maps:merge(Ext_1_3, Exts)); +extensions(?'SSL_v3') -> + #{}; +extensions(Version) -> + ?LET({SNI, ECPoitF, ECCurves, ALPN, NextP, SRP}, + {oneof([sni(), undefined]), + oneof([ec_poit_formats(), undefined]), + oneof([elliptic_curves(Version), undefined]), + oneof([alpn(), undefined]), + oneof([next_protocol_negotiation(), undefined]), + oneof([srp(), undefined])}, + maps:filter(fun(_, undefined) -> + false; + (_,_) -> + true + end, + #{sni => SNI, + ec_point_formats => ECPoitF, + elliptic_curves => ECCurves, + alpn => ALPN, + next_protocol_negotiation => NextP, + srp => SRP})). + +extensions_1_3() -> + %% ?LET(Entry, key_share_entry(), + %% maps:filter(fun(_, undefined) -> + %% false; + %% (_,_) -> + %% true + %% end, #{key_share_entry => Entry})). + ?LET({HashSign, SigAlgCert}, {oneof([hash_sign_algos(?'TLS_v1.2')]), oneof([signature_scheme_list()])}, + #{signature_algs => HashSign, + signature_algs_cert => SigAlgCert}). + +empty_hello_extensions({3, 4}, server) -> + #{server_hello_selected_version => undefined, + key_share => undefined, + pre_shared_key => undefined, + sni => undefined + }; +empty_hello_extensions({3, 4}, client) -> + #{client_hello_versions => undefined, + signature_algs => undefined, + signature_algs_cert => undefined, + sni => undefined, + alpn => undefined, + key_share => undefined, + pre_shared_key => undefined + }; +empty_hello_extensions({3, 3}, client) -> + Ext = empty_hello_extensions({3,2}, client), + Ext#{client_hello_versions => undefined, + signature_algs => undefined, + signature_algs_cert => undefined}; +empty_hello_extensions(_, client) -> + #{renegotiation_info => undefined, + alpn => undefined, + next_protocol_negotiation => undefined, + srp => undefined, + ec_point_formats => undefined, + elliptic_curves => undefined, + sni => undefined}; +empty_hello_extensions(_, server) -> + #{renegotiation_info => undefined, + alpn => undefined, + next_protocol_negotiation => undefined, + ec_point_formats => undefined, + sni => undefined}. + +signature_algs_cert() -> + ?LET(Algs, signature_scheme_list(), + Algs). + +signature_scheme_list() -> + ?LET(List, sig_scheme_list(), + #signature_scheme_list{signature_scheme_list = List}). + +sig_scheme_list() -> + oneof([[rsa_pkcs1_sha256], + [rsa_pkcs1_sha256, ecdsa_sha1], + [rsa_pkcs1_sha256, + rsa_pkcs1_sha384, + rsa_pkcs1_sha512, + ecdsa_secp256r1_sha256, + ecdsa_secp384r1_sha384, + ecdsa_secp521r1_sha512, + rsa_pss_rsae_sha256, + rsa_pss_rsae_sha384, + rsa_pss_rsae_sha512, + rsa_pss_pss_sha256, + rsa_pss_pss_sha384, + rsa_pss_pss_sha512, + rsa_pkcs1_sha1, + ecdsa_sha1] + ]). + +supported_versions(?'TLS_v1.3') -> + oneof([[{3,4}], + [{3,3},{3,4}], + [{3,4},{3,3},{3,2},{3,1},{3,0}] + ]); +supported_versions(_) -> + oneof([[{3,3}], + [{3,3},{3,2}], + [{3,3},{3,2},{3,1},{3,0}] + ]). + +request_update() -> + oneof([?UPDATE_NOT_REQUESTED, ?UPDATE_REQUESTED]). + +certificate_chain()-> + Conf = cert_conf(), + ?LET(Chain, + choose_certificate_chain(Conf), + Chain). + +choose_certificate_chain(#{server_config := ServerConf, + client_config := ClientConf}) -> + oneof([certificate_chain(ServerConf), certificate_chain(ClientConf)]). + +certificate_request_context() -> + <<>>. +certificate_entries([], Acc) -> + lists:reverse(Acc); +certificate_entries([Cert | Rest], Acc) -> + certificate_entries(Rest, [certificate_entry(Cert) | Acc]). + +certificate_entry(Cert) -> + #certificate_entry{data = Cert, + extensions = certificate_entry_extensions() + }. +certificate_entry_extensions() -> + #{}. + +certificate_chain(Conf) -> + CAs = proplists:get_value(cacerts, Conf), + Cert = proplists:get_value(cert, Conf), + %% Middle argument are of correct type but will not be used + {ok, _, Chain} = ssl_certificate:certificate_chain(Cert, ets:new(foo, []), make_ref(), CAs), + Chain. + +cert_conf()-> + Hostname = net_adm:localhost(), + {ok, #hostent{h_addr_list = [_IP |_]}} = inet:gethostbyname(net_adm:localhost()), + public_key:pkix_test_data(#{server_chain => + #{root => [{key, ssl_test_lib:hardcode_rsa_key(1)}], + intermediates => [[{key, ssl_test_lib:hardcode_rsa_key(2)}]], + peer => [{extensions, [#'Extension'{extnID = + ?'id-ce-subjectAltName', + extnValue = [{dNSName, Hostname}], + critical = false}]}, + {key, ssl_test_lib:hardcode_rsa_key(3)} + ]}, + client_chain => + #{root => [{key, ssl_test_lib:hardcode_rsa_key(4)}], + intermediates => [[{key, ssl_test_lib:hardcode_rsa_key(5)}]], + peer => [{key, ssl_test_lib:hardcode_rsa_key(6)}]}}). + +certificate_request(Version) -> + #certificate_request{certificate_types = certificate_types(Version), + hashsign_algorithms = hashsign_algorithms(Version), + certificate_authorities = certificate_authorities()}. + +certificate_types(?'TLS_v1.3') -> + iolist_to_binary([<<?BYTE(?ECDSA_SIGN)>>, <<?BYTE(?RSA_SIGN)>>]); +certificate_types(?'TLS_v1.2') -> + iolist_to_binary([<<?BYTE(?ECDSA_SIGN)>>, <<?BYTE(?RSA_SIGN)>>, <<?BYTE(?DSS_SIGN)>>]); +certificate_types(_) -> + iolist_to_binary([<<?BYTE(?ECDSA_SIGN)>>, <<?BYTE(?RSA_SIGN)>>, <<?BYTE(?DSS_SIGN)>>]). + +hashsign_algorithms({_, N} = Version) when N >= 3 -> + #hash_sign_algos{hash_sign_algos = hash_alg_list(Version)}; +hashsign_algorithms(_) -> + undefined. + +hash_alg_list(Version) -> + ?LET(NumOf, choose(0,15), + ?LET(List, [hash_alg(Version) || _ <- lists:seq(1,NumOf)], + lists:usort(List) + )). + +hash_alg(Version) -> + ?LET(Alg, sign_algorithm(Version), + {hash_algorithm(Version, Alg), Alg} + ). + +hash_algorithm(?'TLS_v1.3', _) -> + oneof([sha, sha224, sha256, sha384, sha512]); +hash_algorithm(?'TLS_v1.2', rsa) -> + oneof([sha, sha224, sha256, sha384, sha512]); +hash_algorithm(_, rsa) -> + oneof([md5, sha, sha224, sha256, sha384, sha512]); +hash_algorithm(_, ecdsa) -> + oneof([sha, sha224, sha256, sha384, sha512]); +hash_algorithm(_, dsa) -> + sha. + +sign_algorithm(?'TLS_v1.3') -> + oneof([rsa, ecdsa]); +sign_algorithm(_) -> + oneof([rsa, dsa, ecdsa]). + +certificate_authorities() -> + #{server_config := ServerConf} = cert_conf(), + Authorities = proplists:get_value(cacerts, ServerConf), + Enc = fun(#'OTPCertificate'{tbsCertificate=TBSCert}) -> + OTPSubj = TBSCert#'OTPTBSCertificate'.subject, + DNEncodedBin = public_key:pkix_encode('Name', OTPSubj, otp), + DNEncodedLen = byte_size(DNEncodedBin), + <<?UINT16(DNEncodedLen), DNEncodedBin/binary>> + end, + list_to_binary([Enc(public_key:pkix_decode_cert(DERCert, otp)) || DERCert <- Authorities]). + +digest_size()-> + oneof([160,224,256,384,512]). + +key_share_entry() -> + undefined. + %%#key_share_entry{}. + +client_hello_versions(Versions) -> + #client_hello_versions{versions = Versions}. + +server_hello_selected_version(Version) -> + #server_hello_selected_version{selected_version = Version}. + +sni() -> + #sni{hostname = net_adm:localhost()}. + +ec_poit_formats() -> + #ec_point_formats{ec_point_format_list = ec_point_format_list()}. + +ec_point_format_list() -> + [?ECPOINT_UNCOMPRESSED]. + +elliptic_curves({_, Minor}) -> + Curves = tls_v1:ecc_curves(Minor), + #elliptic_curves{elliptic_curve_list = Curves}. + +hash_sign_algos(Version) -> + #hash_sign_algos{hash_sign_algos = hash_alg_list(Version)}. + +alpn() -> + ?LET(ExtD, alpn_protocols(), #alpn{extension_data = ExtD}). + +alpn_protocols() -> + oneof([<<"spdy/2">>, <<"spdy/3">>, <<"http/2">>, <<"http/1.0">>, <<"http/1.1">>]). + +next_protocol_negotiation() -> + %% Predecessor to APLN + ?LET(ExtD, alpn_protocols(), #next_protocol_negotiation{extension_data = ExtD}). + +srp() -> + ?LET(Name, gen_name(), #srp{username = list_to_binary(Name)}). + +renegotiation_info() -> + #renegotiation_info{renegotiated_connection = 0}. + +gen_name() -> + ?LET(Size, choose(0,10), gen_string(Size)). + +gen_char() -> + choose($a,$z). + +gen_string(N) -> + gen_string(N, []). + +gen_string(0, Acc) -> + Acc; +gen_string(N, Acc) -> + ?LET(Char, gen_char(), gen_string(N-1, [Char | Acc])). diff --git a/lib/ssl/test/ssl_basic_SUITE.erl b/lib/ssl/test/ssl_basic_SUITE.erl index 4585ea7306..a0cc9f5c08 100644 --- a/lib/ssl/test/ssl_basic_SUITE.erl +++ b/lib/ssl/test/ssl_basic_SUITE.erl @@ -3527,7 +3527,7 @@ honor_cipher_order(Config, Honor, ServerCiphers, ClientCiphers, Expected) -> %%-------------------------------------------------------------------- tls_ciphersuite_vs_version() -> - [{doc,"Test a SSLv3 client can not negotiate a TLSv* cipher suite."}]. + [{doc,"Test a SSLv3 client cannot negotiate a TLSv* cipher suite."}]. tls_ciphersuite_vs_version(Config) when is_list(Config) -> {_ClientNode, ServerNode, Hostname} = ssl_test_lib:run_where(Config), diff --git a/lib/ssl/test/ssl_certificate_verify_SUITE.erl b/lib/ssl/test/ssl_certificate_verify_SUITE.erl index 588ca153a9..bddcc2514d 100644 --- a/lib/ssl/test/ssl_certificate_verify_SUITE.erl +++ b/lib/ssl/test/ssl_certificate_verify_SUITE.erl @@ -514,7 +514,7 @@ verify_fun_always_run_client(Config) when is_list(Config) -> Port = ssl_test_lib:inet_port(Server), %% If user verify fun is called correctly we fail the connection. - %% otherwise we can not tell this case apart form where we miss + %% otherwise we cannot tell this case apart form where we miss %% to call users verify fun FunAndState = {fun(_,{extension, _}, UserState) -> {unknown, UserState}; @@ -553,7 +553,7 @@ verify_fun_always_run_server(Config) when is_list(Config) -> {ClientNode, ServerNode, Hostname} = ssl_test_lib:run_where(Config), %% If user verify fun is called correctly we fail the connection. - %% otherwise we can not tell this case apart form where we miss + %% otherwise we cannot tell this case apart form where we miss %% to call users verify fun FunAndState = {fun(_,{extension, _}, UserState) -> {unknown, UserState}; diff --git a/lib/ssl/test/ssl_eqc_SUITE.erl b/lib/ssl/test/ssl_eqc_SUITE.erl new file mode 100644 index 0000000000..bd36d35c02 --- /dev/null +++ b/lib/ssl/test/ssl_eqc_SUITE.erl @@ -0,0 +1,58 @@ +%% +%% %CopyrightBegin% +%% +%% Copyright Ericsson AB 2015-2015. All Rights Reserved. +%% +%% The contents of this file are subject to the Erlang Public License, +%% Version 1.1, (the "License"); you may not use this file except in +%% compliance with the License. You should have received a copy of the +%% Erlang Public License along with this software. If not, it can be +%% retrieved online at http://www.erlang.org/. +%% +%% Software distributed under the License is distributed on an "AS IS" +%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See +%% the License for the specific language governing rights and limitations +%% under the License. +%% +%% %CopyrightEnd% +%% +%% + +-module(ssl_eqc_SUITE). + +-compile(export_all). +%%-------------------------------------------------------------------- +%% Common Test interface functions ----------------------------------- +%%-------------------------------------------------------------------- + +all() -> + [ + tls_handshake_encoding + ]. + +%%-------------------------------------------------------------------- +init_per_suite(Config) -> + ct_property_test:init_per_suite(Config). +end_per_suite(Config) -> + Config. + +init_per_group(_GroupName, Config) -> + Config. + +end_per_group(_,Config) -> + Config. + +init_per_testcase(_, Config0) -> + Config0. + +end_per_testcase(_TestCase, Config) -> + Config. + +%%-------------------------------------------------------------------- +%% Test Cases -------------------------------------------------------- +%%-------------------------------------------------------------------- + +tls_handshake_encoding(Config) when is_list(Config) -> + %% manual test: proper:quickcheck(ssl_eqc_handshake:prop_tls_hs_encode_decode()). + true = ct_property_test:quickcheck(ssl_eqc_handshake:prop_tls_hs_encode_decode(), + Config). diff --git a/lib/ssl/test/ssl_handshake_SUITE.erl b/lib/ssl/test/ssl_handshake_SUITE.erl index b8b9989d30..ef1f6be286 100644 --- a/lib/ssl/test/ssl_handshake_SUITE.erl +++ b/lib/ssl/test/ssl_handshake_SUITE.erl @@ -104,15 +104,13 @@ decode_hello_handshake(_Config) -> #ssl_options{}), {Hello, _Data} = hd(Records), - #renegotiation_info{renegotiated_connection = <<0>>} - = (Hello#server_hello.extensions)#hello_extensions.renegotiation_info. - + Extensions = Hello#server_hello.extensions, + #{renegotiation_info := #renegotiation_info{renegotiated_connection = <<0>>}} = Extensions. decode_single_hello_extension_correctly(_Config) -> Renegotiation = <<?UINT16(?RENEGOTIATION_EXT), ?UINT16(1), 0>>, - Extensions = ssl_handshake:decode_hello_extensions(Renegotiation), - #renegotiation_info{renegotiated_connection = <<0>>} - = Extensions#hello_extensions.renegotiation_info. + Extensions = ssl_handshake:decode_extensions(Renegotiation), + #{renegotiation_info := #renegotiation_info{renegotiated_connection = <<0>>}} = Extensions. decode_supported_elliptic_curves_hello_extension_correctly(_Config) -> % List of supported and unsupported curves (RFC4492:S5.1.1) @@ -123,37 +121,34 @@ decode_supported_elliptic_curves_hello_extension_correctly(_Config) -> Len = ListLen + 2, Extension = <<?UINT16(?ELLIPTIC_CURVES_EXT), ?UINT16(Len), ?UINT16(ListLen), EllipticCurveList/binary>>, % after decoding we should see only valid curves - #hello_extensions{elliptic_curves = DecodedCurves} = ssl_handshake:decode_hello_extensions(Extension), - #elliptic_curves{elliptic_curve_list = [?sect233k1, ?sect193r2]} = DecodedCurves. + Extensions = ssl_handshake:decode_hello_extensions(Extension, {3,2}, client), + #{elliptic_curves := #elliptic_curves{elliptic_curve_list = [?sect233k1, ?sect193r2]}} = Extensions. decode_unknown_hello_extension_correctly(_Config) -> FourByteUnknown = <<16#CA,16#FE, ?UINT16(4), 3, 0, 1, 2>>, Renegotiation = <<?UINT16(?RENEGOTIATION_EXT), ?UINT16(1), 0>>, - Extensions = ssl_handshake:decode_hello_extensions(<<FourByteUnknown/binary, Renegotiation/binary>>), - #renegotiation_info{renegotiated_connection = <<0>>} - = Extensions#hello_extensions.renegotiation_info. + Extensions = ssl_handshake:decode_hello_extensions(<<FourByteUnknown/binary, Renegotiation/binary>>, {3,2}, client), + #{renegotiation_info := #renegotiation_info{renegotiated_connection = <<0>>}} = Extensions. + encode_single_hello_sni_extension_correctly(_Config) -> - Exts = #hello_extensions{sni = #sni{hostname = "test.com"}}, SNI = <<16#00, 16#00, 16#00, 16#0d, 16#00, 16#0b, 16#00, 16#00, 16#08, $t, $e, $s, $t, $., $c, $o, $m>>, ExtSize = byte_size(SNI), HelloExt = <<ExtSize:16/unsigned-big-integer, SNI/binary>>, - Encoded = ssl_handshake:encode_hello_extensions(Exts), + Encoded = ssl_handshake:encode_extensions([#sni{hostname = "test.com"}]), HelloExt = Encoded. decode_single_hello_sni_extension_correctly(_Config) -> - Exts = #hello_extensions{sni = #sni{hostname = "test.com"}}, SNI = <<16#00, 16#00, 16#00, 16#0d, 16#00, 16#0b, 16#00, 16#00, 16#08, $t, $e, $s, $t, $., $c, $o, $m>>, - Decoded = ssl_handshake:decode_hello_extensions(SNI), - Exts = Decoded. + Decoded = ssl_handshake:decode_hello_extensions(SNI, {3,3}, client), + #{sni := #sni{hostname = "test.com"}} = Decoded. decode_empty_server_sni_correctly(_Config) -> - Exts = #hello_extensions{sni = #sni{hostname = ""}}, SNI = <<?UINT16(?SNI_EXT),?UINT16(0)>>, - Decoded = ssl_handshake:decode_hello_extensions(SNI), - Exts = Decoded. + Decoded = ssl_handshake:decode_hello_extensions(SNI, {3,3}, server), + #{sni := #sni{hostname = ""}} = Decoded. select_proper_tls_1_2_rsa_default_hashsign(_Config) -> diff --git a/lib/ssl/test/ssl_npn_hello_SUITE.erl b/lib/ssl/test/ssl_npn_hello_SUITE.erl index 35af666e9e..46734ba180 100644 --- a/lib/ssl/test/ssl_npn_hello_SUITE.erl +++ b/lib/ssl/test/ssl_npn_hello_SUITE.erl @@ -71,44 +71,46 @@ encode_and_decode_client_hello_test(Config) -> Version = ssl_test_lib:protocol_version(Config), {[{DecodedHandshakeMessage, _Raw}], _} = tls_handshake:get_tls_handshake(Version, list_to_binary(HandShakeData), <<>>, #ssl_options{}), - NextProtocolNegotiation = (DecodedHandshakeMessage#client_hello.extensions)#hello_extensions.next_protocol_negotiation, - NextProtocolNegotiation = undefined. + Extensions = DecodedHandshakeMessage#client_hello.extensions, + #{next_protocol_negotiation := undefined} = Extensions. %%-------------------------------------------------------------------- encode_and_decode_npn_client_hello_test(Config) -> HandShakeData = create_client_handshake(#next_protocol_negotiation{extension_data = <<>>}), Version = ssl_test_lib:protocol_version(Config), {[{DecodedHandshakeMessage, _Raw}], _} = tls_handshake:get_tls_handshake(Version, list_to_binary(HandShakeData), <<>>, #ssl_options{}), - NextProtocolNegotiation = (DecodedHandshakeMessage#client_hello.extensions)#hello_extensions.next_protocol_negotiation, - NextProtocolNegotiation = #next_protocol_negotiation{extension_data = <<>>}. + Extensions = DecodedHandshakeMessage#client_hello.extensions, + #{next_protocol_negotiation := #next_protocol_negotiation{extension_data = <<>>}} = Extensions. %%-------------------------------------------------------------------- encode_and_decode_server_hello_test(Config) -> HandShakeData = create_server_handshake(undefined), Version = ssl_test_lib:protocol_version(Config), {[{DecodedHandshakeMessage, _Raw}], _} = tls_handshake:get_tls_handshake(Version, list_to_binary(HandShakeData), <<>>, #ssl_options{}), - NextProtocolNegotiation = (DecodedHandshakeMessage#server_hello.extensions)#hello_extensions.next_protocol_negotiation, - NextProtocolNegotiation = undefined. + Extensions = DecodedHandshakeMessage#server_hello.extensions, + #{next_protocol_negotiation := undefined} = Extensions. + %%-------------------------------------------------------------------- encode_and_decode_npn_server_hello_test(Config) -> HandShakeData = create_server_handshake(#next_protocol_negotiation{extension_data = <<6, "spdy/2">>}), Version = ssl_test_lib:protocol_version(Config), {[{DecodedHandshakeMessage, _Raw}], _} = tls_handshake:get_tls_handshake(Version, list_to_binary(HandShakeData), <<>>, #ssl_options{}), - NextProtocolNegotiation = (DecodedHandshakeMessage#server_hello.extensions)#hello_extensions.next_protocol_negotiation, - ct:log("~p ~n", [NextProtocolNegotiation]), - NextProtocolNegotiation = #next_protocol_negotiation{extension_data = <<6, "spdy/2">>}. + Extensions = DecodedHandshakeMessage#server_hello.extensions, + ct:log("~p ~n", [Extensions]), + #{next_protocol_negotiation := #next_protocol_negotiation{extension_data = <<6, "spdy/2">>}} = Extensions. %%-------------------------------------------------------------------- create_server_hello_with_no_advertised_protocols_test(_Config) -> - Hello = ssl_handshake:server_hello(<<>>, {3, 0}, create_connection_states(), #hello_extensions{}), - undefined = (Hello#server_hello.extensions)#hello_extensions.next_protocol_negotiation. + Hello = ssl_handshake:server_hello(<<>>, {3, 0}, create_connection_states(), #{}), + Extensions = Hello#server_hello.extensions, + #{} = Extensions. %%-------------------------------------------------------------------- create_server_hello_with_advertised_protocols_test(_Config) -> Hello = ssl_handshake:server_hello(<<>>, {3, 0}, create_connection_states(), - #hello_extensions{next_protocol_negotiation = [<<"spdy/1">>, <<"http/1.0">>, <<"http/1.1">>]}), - [<<"spdy/1">>, <<"http/1.0">>, <<"http/1.1">>] = - (Hello#server_hello.extensions)#hello_extensions.next_protocol_negotiation. + #{next_protocol_negotiation => [<<"spdy/1">>, <<"http/1.0">>, <<"http/1.1">>]}), + Extensions = Hello#server_hello.extensions, + #{next_protocol_negotiation := [<<"spdy/1">>, <<"http/1.0">>, <<"http/1.1">>]} = Extensions. %%-------------------------------------------------------------------- %% Internal functions ------------------------------------------------ %%-------------------------------------------------------------------- @@ -120,9 +122,8 @@ create_client_handshake(Npn) -> session_id = <<>>, cipher_suites = [?TLS_DHE_DSS_WITH_DES_CBC_SHA], compression_methods = "", - extensions = #hello_extensions{ - next_protocol_negotiation = Npn, - renegotiation_info = #renegotiation_info{}} + extensions = #{next_protocol_negotiation => Npn, + renegotiation_info => #renegotiation_info{}} }, Vsn). create_server_handshake(Npn) -> @@ -133,9 +134,8 @@ create_server_handshake(Npn) -> session_id = <<>>, cipher_suite = ?TLS_DHE_DSS_WITH_DES_CBC_SHA, compression_method = 1, - extensions = #hello_extensions{ - next_protocol_negotiation = Npn, - renegotiation_info = #renegotiation_info{}} + extensions = #{next_protocol_negotiation => Npn, + renegotiation_info => #renegotiation_info{}} }, Vsn). create_connection_states() -> @@ -146,5 +146,5 @@ create_connection_states() -> } }, current_read => #{secure_renegotiation => false - } + } }. diff --git a/lib/ssl/vsn.mk b/lib/ssl/vsn.mk index b184c83f99..75d959accf 100644 --- a/lib/ssl/vsn.mk +++ b/lib/ssl/vsn.mk @@ -1 +1 @@ -SSL_VSN = 9.0.3 +SSL_VSN = 9.1 diff --git a/lib/stdlib/doc/src/ets.xml b/lib/stdlib/doc/src/ets.xml index ad006f9a2b..57a19ef2ca 100644 --- a/lib/stdlib/doc/src/ets.xml +++ b/lib/stdlib/doc/src/ets.xml @@ -1135,11 +1135,22 @@ ets:select(Table, MatchSpec),</code> Functions that makes such promises over many objects (like <seealso marker="#insert/2"><c>insert/2</c></seealso>) gain less (or nothing) from this option.</p> - <p>Table type <c>ordered_set</c> is not affected by this option. - Also, the memory consumption inflicted by - both <c>write_concurrency</c> and <c>read_concurrency</c> is a - constant overhead per table. This overhead can be especially - large when both options are combined.</p> + <p>The memory consumption inflicted by both <c>write_concurrency</c> + and <c>read_concurrency</c> is a constant overhead per table for + <c>set</c>, <c>bag</c> and <c>duplicate_bag</c>. For + <c>ordered_set</c> the memory overhead depends on the number + of inserted objects and the amount of actual detected + concurrency. The memory overhead can be especially large when both + options are combined.</p> + <note> + <p>Prior to stdlib-3.7 (OTP-22.0) <c>write_concurrency</c> had no + effect on <c>ordered_set</c>.</p> + <p>The current implementation of <c>write_concurrency</c> for + <c>ordered_set</c> does only improve explicit single key + operations. Mixing single key operations with operations + potentially accessing multiple keys may even yield worse + performance with <c>write_concurrency</c> on <c>ordered_set</c>.</p> + </note> <marker id="new_2_read_concurrency"></marker> </item> <tag><c>{read_concurrency,boolean()}</c></tag> diff --git a/lib/stdlib/doc/src/gen_statem.xml b/lib/stdlib/doc/src/gen_statem.xml index a808d3af55..dfecd235c9 100644 --- a/lib/stdlib/doc/src/gen_statem.xml +++ b/lib/stdlib/doc/src/gen_statem.xml @@ -167,7 +167,7 @@ erlang:'!' -----> Module:StateName/3 </p> <marker id="state callback"/> <p> - The "<em>state callback</em>" for a specific + The <em>state callback</em> for a specific <seealso marker="#type-state">state</seealso> in a <c>gen_statem</c> is the callback function that is called for all events in this state. It is selected depending on which @@ -179,7 +179,7 @@ erlang:'!' -----> Module:StateName/3 When the <seealso marker="#type-callback_mode"><em>callback mode</em></seealso> is <c>state_functions</c>, the state must be an atom and - is used as the state callback name; see + is used as the <em>state callback</em> name; see <seealso marker="#Module:StateName/3"><c>Module:StateName/3</c></seealso>. This co-locates all code for a specific state in one function as the <c>gen_statem</c> engine @@ -192,7 +192,7 @@ erlang:'!' -----> Module:StateName/3 When the <seealso marker="#type-callback_mode"><em>callback mode</em></seealso> is <c>handle_event_function</c>, the state can be any term - and the state callback name is + and the <em>state callback</em> name is <seealso marker="#Module:handle_event/4"><c>Module:handle_event/4</c></seealso>. This makes it easy to branch depending on state or event as you desire. Be careful about which events you handle in which @@ -200,12 +200,36 @@ erlang:'!' -----> Module:StateName/3 forever creating an infinite busy loop. </p> <p> - The <c>gen_statem</c> enqueues incoming events in order of arrival - and presents these to the - <seealso marker="#state callback">state callback</seealso> - in that order. The state callback can postpone an event - so it is not retried in the current state. - After a state change the queue restarts with the postponed events. + When <c>gen_statem</c> receives a process message it is + converted into an event and the + <seealso marker="#state callback"><em>state callback</em></seealso> + is called with the event as two arguments: type and content. + When the + <seealso marker="#state callback"><em>state callback</em></seealso> + has processed the event it returns to <c>gen_statem</c> + which does a <em>state transition</em>. + If this <em>state transition</em> is to a different state, + that is: <c>NextState =/= State</c>, it is a <em>state change</em>. + </p> + <p> + The + <seealso marker="#state callback"><em>state callback</em></seealso> + may return + <seealso marker="#type-action"><em>transition actions</em></seealso> + for <c>gen_statem</c> + to execute during the <em>state transition</em>, + for example to reply to a + <seealso marker="#call/2"><c>gen_statem:call/2,3</c></seealso>. + </p> + <p> + One of the possible <em>transition actions</em> + is to postpone the current event. + Then it is not retried in the current state. + The <c>gen_statem</c> engine keeps a queue of events + divided into the postponed events + and the events still to process. + After a <em>state change</em> the queue restarts + with the postponed events. </p> <p> The <c>gen_statem</c> event queue model is sufficient @@ -215,13 +239,17 @@ erlang:'!' -----> Module:StateName/3 to entering a new receive statement. </p> <p> - The <seealso marker="#state callback">state callback</seealso> + The + <seealso marker="#state callback"><em>state callback</em></seealso> can insert events using the - <seealso marker="#type-action"><c>action()</c></seealso> + <seealso marker="#type-action"><em>transition actions</em></seealso> <c>next_event</c> - and such an event is inserted as the next to present - to the state callback. That is, as if it is - the oldest incoming event. A dedicated + and such an event is inserted in the event queue + as the next to call the + <seealso marker="#state callback"><em>state callback</em></seealso> + with. + That is, as if it is the oldest incoming event. + A dedicated <seealso marker="#type-event_type"><c>event_type()</c></seealso> <c>internal</c> can be used for such events making them impossible to mistake for external events. @@ -236,24 +264,26 @@ erlang:'!' -----> Module:StateName/3 <p> The <c>gen_statem</c> engine can automatically make a specialized call to the - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> whenever a new state is entered; see <seealso marker="#type-state_enter"><c>state_enter()</c></seealso>. This is for writing code common to all state entries. - Another way to do it is to insert an event at the state transition, - and/or to use a dedicated state transition function, + Another way to do it is to explicitly insert an event + at the <em>state transition</em>, + and/or to use a dedicated <em>state transition</em> function, but that is something you will have to remember - at every state transition to the state(s) that need it. + at every <em>state transition</em> to the state(s) that need it. </p> <note> <p>If you in <c>gen_statem</c>, for example, postpone - an event in one state and then call another state callback - of yours, you have not changed states and hence the postponed event - is not retried, which is logical but can be confusing. + an event in one state and then call another <em>state callback</em> + of yours, you have not done a <em>state change</em> + and hence the postponed event is not retried, + which is logical but can be confusing. </p> </note> <p> - For the details of a state transition, see type + For the details of a <em>state transition</em>, see type <seealso marker="#type-transition_option"><c>transition_option()</c></seealso>. </p> <p> @@ -276,7 +306,8 @@ erlang:'!' -----> Module:StateName/3 The <c>gen_statem</c> process can go into hibernation; see <seealso marker="proc_lib#hibernate/3"><c>proc_lib:hibernate/3</c></seealso>. It is done when a - <seealso marker="#state callback">state callback</seealso> or + <seealso marker="#state callback"><em>state callback</em></seealso> + or <seealso marker="#Module:init/1"><c>Module:init/1</c></seealso> specifies <c>hibernate</c> in the returned <seealso marker="#type-action"><c>Actions</c></seealso> @@ -551,7 +582,7 @@ handle_event(_, _, State, Data) -> <seealso marker="#type-callback_mode"><em>callback mode</em></seealso> is <c>handle_event_function</c>, the state can be any term. - After a state change (<c>NextState =/= State</c>), + After a <em>state change</em> (<c>NextState =/= State</c>), all postponed events are retried. </p> </desc> @@ -564,7 +595,7 @@ handle_event(_, _, State, Data) -> <seealso marker="#type-callback_mode"><em>callback mode</em></seealso> is <c>state_functions</c>, the state must be of this type. - After a state change (<c>NextState =/= State</c>), + After a <em>state change</em> (<c>NextState =/= State</c>), all postponed events are retried. </p> </desc> @@ -595,7 +626,7 @@ handle_event(_, _, State, Data) -> </p> <p> <c>internal</c> events can only be generated by the - state machine itself through the state transition action + state machine itself through the <em>transition action</em> <seealso marker="#type-action"><c>next_event</c></seealso>. </p> </desc> @@ -633,9 +664,9 @@ handle_event(_, _, State, Data) -> This is the return type from <seealso marker="#Module:callback_mode/0"><c>Module:callback_mode/0</c></seealso> and selects - <seealso marker="#type-callback_mode">callback mode</seealso> + <seealso marker="#type-callback_mode"><em>callback mode</em></seealso> and whether to do - <seealso marker="#type-state_enter">state enter calls</seealso>, + <seealso marker="#type-state_enter"><em>state enter calls</em></seealso>, or not. </p> </desc> @@ -684,13 +715,15 @@ handle_event(_, _, State, Data) -> If <seealso marker="#Module:callback_mode/0"><c>Module:callback_mode/0</c></seealso> returns a list containing <c>state_enter</c>, - the <c>gen_statem</c> engine will, at every state change, + the <c>gen_statem</c> engine will, at every <em>state change</em>, call the <seealso marker="#state callback">state callback</seealso> with arguments <c>(enter, OldState, Data)</c>. This may look like an event but is really a call - performed after the previous state callback returned - and before any event is delivered to the new state callback. + performed after the previous + <seealso marker="#state callback"><em>state callback</em></seealso> + returned and before any event is delivered to the new + <seealso marker="#state callback"><em>state callback</em></seealso>. See <seealso marker="#Module:StateName/3"><c>Module:StateName/3</c></seealso> and @@ -703,27 +736,27 @@ handle_event(_, _, State, Data) -> <seealso marker="#type-state_callback_result"> <c>repeat_state_and_data</c> </seealso> - tuple from the state callback. + tuple from the <em>state callback</em>. </p> <p> If <seealso marker="#Module:callback_mode/0"><c>Module:callback_mode/0</c></seealso> - does not return such a list, no state enter calls are done. + does not return such a list, no <em>state enter calls</em> are done. </p> <p> If <seealso marker="#Module:code_change/4"><c>Module:code_change/4</c></seealso> should transform the state, - it is regarded as a state rename and not a state change, - which will not cause a state enter call. + it is regarded as a state rename and not a <em>state change</em>, + which will not cause a <em>state enter call</em>. </p> <p> - Note that a state enter call <em>will</em> be done + Note that a <em>state enter call</em> <em>will</em> be done right before entering the initial state even though this - formally is not a state change. - In this case <c>OldState</c> will be the same as <c>State</c>, + actually is not a <em>state change</em>. + In this case <c>OldState =:= State</c>, which can not happen for a subsequent state change, - but will happen when repeating the state enter call. + but will happen when repeating the <em>state enter call</em>. </p> </desc> </datatype> @@ -733,8 +766,11 @@ handle_event(_, _, State, Data) -> <p> Transition options can be set by <seealso marker="#type-action">actions</seealso> - and modify the state transition. - Here are the sequence of steps for a state transition: + and modify the <em>state transition</em>. + The <em>state transition</em> takes place when the + <seealso marker="#state callback"><em>state callback</em></seealso> + has processed an event and returns. + Here are the sequence of steps for a <em>state transition</em>: </p> <list type="ordered"> <item> @@ -765,7 +801,7 @@ handle_event(_, _, State, Data) -> returned by the state callback that caused the state entry. </p> <p> - Should this state enter call return any of + Should this <em>state enter call</em> return any of the mentioned <c>repeat_*</c> callback results it is repeated again, with the updated <c>Data</c>. </p> @@ -787,7 +823,8 @@ handle_event(_, _, State, Data) -> </item> <item> <p> - If the state changes, the queue of incoming events + If this is a <em>state change</em>, + the queue of incoming events is reset to start with the oldest postponed. </p> </item> @@ -821,7 +858,7 @@ handle_event(_, _, State, Data) -> if the event queue is empty. </p> <p> - A state change cancels a + A <em>state change</em> cancels a <seealso marker="#type-state_timeout"><c>state_timeout()</c></seealso> and any new transition option of this type belongs to the new state. @@ -830,7 +867,7 @@ handle_event(_, _, State, Data) -> <item> <p> If there are enqueued events the - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> for the possibly new state is called with the oldest enqueued event, and we start again from the top of this list. @@ -848,7 +885,7 @@ handle_event(_, _, State, Data) -> the next incoming message awakens the <c>gen_statem</c>, but if it is a system event it goes right back into hibernation. When a new message arrives the - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> is called with the corresponding event, and we start again from the top of this sequence. </p> @@ -861,7 +898,7 @@ handle_event(_, _, State, Data) -> <desc> <p> If <c>true</c>, postpones the current event and retries - it when the state changes + it after a <em>state change</em> (<c>NextState =/= State</c>). </p> </desc> @@ -1021,9 +1058,9 @@ handle_event(_, _, State, Data) -> <name name="action"/> <desc> <p> - These state transition actions can be invoked by + These <em>transition actions</em> can be invoked by returning them from the - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> when it is called with an <seealso marker="#type-event_type">event</seealso>, from @@ -1054,7 +1091,7 @@ handle_event(_, _, State, Data) -> <c>transition_option()</c> </seealso> <seealso marker="#type-postpone"><c>postpone()</c></seealso> - for this state transition. + for this <em>state transition</em>. This action is ignored when returned from <seealso marker="#Module:init/1"><c>Module:init/1</c></seealso> or given to @@ -1093,9 +1130,9 @@ handle_event(_, _, State, Data) -> <name name="enter_action"/> <desc> <p> - These state transition actions can be invoked by + These <em>transition actions</em> can be invoked by returning them from the - <seealso marker="#state callback">state callback</seealso>, from + <seealso marker="#state callback"><em>state callback</em></seealso>, from <seealso marker="#Module:init/1"><c>Module:init/1</c></seealso> or by giving them to <seealso marker="#enter_loop/5"><c>enter_loop/5,6</c></seealso>. @@ -1119,7 +1156,7 @@ handle_event(_, _, State, Data) -> Sets the <seealso marker="#type-transition_option"><c>transition_option()</c></seealso> <seealso marker="#type-hibernate"><c>hibernate()</c></seealso> - for this state transition. + for this <em>state transition</em>. </p> </item> </taglist> @@ -1129,9 +1166,9 @@ handle_event(_, _, State, Data) -> <name name="timeout_action"/> <desc> <p> - These state transition actions can be invoked by + These <em>transition actions</em> can be invoked by returning them from the - <seealso marker="#state callback">state callback</seealso>, from + <seealso marker="#state callback"><em>state callback</em></seealso>, from <seealso marker="#Module:init/1"><c>Module:init/1</c></seealso> or by giving them to <seealso marker="#enter_loop/5"><c>enter_loop/5,6</c></seealso>. @@ -1147,7 +1184,7 @@ handle_event(_, _, State, Data) -> Short for <c>{timeout,Time,Time}</c>, that is, the time-out message is the time-out time. This form exists to make the - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> return value <c>{next_state,NextState,NewData,Time}</c> allowed like for <c>gen_fsm</c>. </p> @@ -1193,9 +1230,9 @@ handle_event(_, _, State, Data) -> <name name="reply_action"/> <desc> <p> - This state transition action can be invoked by + This <em>transition action</em> can be invoked by returning it from the - <seealso marker="#state callback">state callback</seealso>, from + <seealso marker="#state callback"><em>state callback</em></seealso>, from <seealso marker="#Module:init/1"><c>Module:init/1</c></seealso> or by giving it to <seealso marker="#enter_loop/5"><c>enter_loop/5,6</c></seealso>. @@ -1210,7 +1247,7 @@ handle_event(_, _, State, Data) -> <c><anno>From</anno></c> must be the term from argument <seealso marker="#type-event_type"><c>{call,<anno>From</anno>}</c></seealso> in a call to a - <seealso marker="#state callback">state callback</seealso>. + <seealso marker="#state callback"><em>state callback</em></seealso>. </p> <p> Note that using this action from @@ -1219,7 +1256,7 @@ handle_event(_, _, State, Data) -> <seealso marker="#enter_loop/5"><c>enter_loop/5,6</c></seealso> would be weird on the border of witchcraft since there has been no earlier call to a - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> in this server. </p> </desc> @@ -1239,7 +1276,7 @@ handle_event(_, _, State, Data) -> The <seealso marker="#type-action"><c>Actions</c></seealso> are executed when entering the first <seealso marker="#type-state">state</seealso> just as for a - <seealso marker="#state callback">state callback</seealso>, + <seealso marker="#state callback"><em>state callback</em></seealso>, except that the action <c>postpone</c> is forced to <c>false</c> since there is no event to postpone. </p> @@ -1256,7 +1293,7 @@ handle_event(_, _, State, Data) -> <desc> <p> <c><anno>State</anno></c> is the current state - and it can not be changed since the state callback + and it cannot be changed since the state callback was called with a <seealso marker="#type-state_enter"><em>state enter call</em></seealso>. </p> @@ -1292,11 +1329,13 @@ handle_event(_, _, State, Data) -> <tag><c>next_state</c></tag> <item> <p> - The <c>gen_statem</c> does a state transition to + The <c>gen_statem</c> does a <em>state transition</em> to <c><anno>NextState</anno></c> (which can be the same as the current state), sets <c><anno>NewData</anno></c>, and executes all <c><anno>Actions</anno></c>. + If <c><anno>NextState</anno> =/= CurrentState</c> + the <em>state transition</em> is a <em>state change</em>. </p> </item> </taglist> @@ -1318,54 +1357,33 @@ handle_event(_, _, State, Data) -> <tag><c>keep_state</c></tag> <item> <p> - The <c>gen_statem</c> keeps the current state, or - does a state transition to the current state if you like, - sets <c><anno>NewData</anno></c>, - and executes all <c><anno>Actions</anno></c>. - This is the same as + The same as <c>{next_state,CurrentState,<anno>NewData</anno>,<anno>Actions</anno>}</c>. </p> </item> <tag><c>keep_state_and_data</c></tag> <item> <p> - The <c>gen_statem</c> keeps the current state or - does a state transition to the current state if you like, - keeps the current server data, - and executes all <c><anno>Actions</anno></c>. - This is the same as - <c>{next_state,CurrentState,CurrentData,<anno>Actions</anno>}</c>. + The same as + <c>{keep_state,CurrentData,<anno>Actions</anno>}</c>. </p> </item> <tag><c>repeat_state</c></tag> <item> <p> - The <c>gen_statem</c> keeps the current state, or - does a state transition to the current state if you like, - sets <c><anno>NewData</anno></c>, - and executes all <c><anno>Actions</anno></c>. If the <c>gen_statem</c> runs with <seealso marker="#type-state_enter"><em>state enter calls</em></seealso>, - the state enter call is repeated, see type + the <em>state enter call</em> is repeated, see type <seealso marker="#type-transition_option"><c>transition_option()</c></seealso>, - otherwise <c>repeat_state</c> is the same as + other than that <c>repeat_state</c> is the same as <c>keep_state</c>. </p> </item> <tag><c>repeat_state_and_data</c></tag> <item> <p> - The <c>gen_statem</c> keeps the current state and data, or - does a state transition to the current state if you like, - and executes all <c><anno>Actions</anno></c>. - This is the same as + The same as <c>{repeat_state,CurrentData,<anno>Actions</anno>}</c>. - If the <c>gen_statem</c> runs with - <seealso marker="#type-state_enter"><em>state enter calls</em></seealso>, - the state enter call is repeated, see type - <seealso marker="#type-transition_option"><c>transition_option()</c></seealso>, - otherwise <c>repeat_state_and_data</c> is the same as - <c>keep_state_and_data</c>. </p> </item> <tag><c>stop</c></tag> @@ -1408,14 +1426,15 @@ handle_event(_, _, State, Data) -> by sending a request and waiting until its reply arrives. The <c>gen_statem</c> calls the - <seealso marker="#state callback">state callback</seealso> with + <seealso marker="#state callback"><em>state callback</em></seealso> + with <seealso marker="#type-event_type"><c>event_type()</c></seealso> <c>{call,From}</c> and event content <c><anno>Request</anno></c>. </p> <p> A <c><anno>Reply</anno></c> is generated when a - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> returns with <c>{reply,From,<anno>Reply</anno>}</c> as one <seealso marker="#type-action"><c>action()</c></seealso>, @@ -1484,7 +1503,8 @@ handle_event(_, _, State, Data) -> ignoring if the destination node or <c>gen_statem</c> does not exist. The <c>gen_statem</c> calls the - <seealso marker="#state callback">state callback</seealso> with + <seealso marker="#state callback"><em>state callback</em></seealso> + with <seealso marker="#type-event_type"><c>event_type()</c></seealso> <c>cast</c> and event content <c><anno>Msg</anno></c>. @@ -1598,18 +1618,18 @@ handle_event(_, _, State, Data) -> <seealso marker="#call/2"><c>call/2</c></seealso> when the reply cannot be defined in the return value of a - <seealso marker="#state callback">state callback</seealso>. + <seealso marker="#state callback"><em>state callback</em></seealso>. </p> <p> <c><anno>From</anno></c> must be the term from argument <seealso marker="#type-event_type"><c>{call,<anno>From</anno>}</c></seealso> to the - <seealso marker="#state callback">state callback</seealso>. + <seealso marker="#state callback"><em>state callback</em></seealso>. A reply or multiple replies canalso be sent using one or several <seealso marker="#type-reply_action"><c>reply_action()</c></seealso>s from a - <seealso marker="#state callback">state callback</seealso>. + <seealso marker="#state callback"><em>state callback</em></seealso>. </p> <note> <p> @@ -1826,7 +1846,7 @@ handle_event(_, _, State, Data) -> for efficiency reasons, so this function is only called once after server start and after code change, but before the first - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> in the current code version is called. More occasions may be added in future versions of <c>gen_statem</c>. @@ -1883,7 +1903,7 @@ handle_event(_, _, State, Data) -> <p> This callback is optional, so callback modules need not export it. If a release upgrade/downgrade with - <c>Change={advanced,Extra}</c> + <c>Change = {advanced,Extra}</c> specified in the <c>.appup</c> file is made when <c>code_change/4</c> is not implemented the process will crash with exit reason <c>undef</c>. @@ -1893,7 +1913,7 @@ handle_event(_, _, State, Data) -> This function is called by a <c>gen_statem</c> when it is to update its internal state during a release upgrade/downgrade, that is, when the instruction <c>{update,Module,Change,...}</c>, - where <c>Change={advanced,Extra}</c>, is specified in the + where <c>Change = {advanced,Extra}</c>, is specified in the <seealso marker="sasl:appup"><c>appup</c></seealso> file. For more information, see <seealso marker="doc/design_principles:release_handling#instr">OTP Design Principles</seealso>. @@ -1922,7 +1942,7 @@ handle_event(_, _, State, Data) -> <p> If the function returns a failure <c>Reason</c>, the ongoing upgrade fails and rolls back to the old release. - Note that <c>Reason</c> can not be an <c>{ok,_,_}</c> tuple + Note that <c>Reason</c> cannot be an <c>{ok,_,_}</c> tuple since that will be regarded as a <c>{ok,NewState,NewData}</c> tuple, and that a tuple matching <c>{ok,_}</c> @@ -1933,13 +1953,13 @@ handle_event(_, _, State, Data) -> <p> Also note when upgrading a <c>gen_statem</c>, this function and hence - the <c>Change={advanced,Extra}</c> parameter in the + the <c>Change = {advanced,Extra}</c> parameter in the <seealso marker="sasl:appup"><c>appup</c></seealso> file is not only needed to update the internal state or to act on the <c>Extra</c> argument. It is also needed if an upgrade or downgrade should change <seealso marker="#type-callback_mode"><em>callback mode</em></seealso>, - or else the callback mode after the code change + or else the <em>callback mode</em> after the code change will not be honoured, most probably causing a server crash. </p> @@ -2148,7 +2168,7 @@ init(Args) -> erlang:error(not_implemented, [Args]).</pre> <seealso marker="#type-event_type"><c>{call,From}</c></seealso>, the caller waits for a reply. The reply can be sent from this or from any other - <seealso marker="#state callback">state callback</seealso> + <seealso marker="#state callback"><em>state callback</em></seealso> by returning with <c>{reply,From,Reply}</c> in <seealso marker="#type-action"><c>Actions</c></seealso>, in <seealso marker="#type-reply_action"><c>Replies</c></seealso>, @@ -2173,9 +2193,9 @@ init(Args) -> erlang:error(not_implemented, [Args]).</pre> </p> <p> When the <c>gen_statem</c> runs with - <seealso marker="#type-state_enter">state enter calls</seealso>, + <seealso marker="#type-state_enter"><em>state enter calls</em></seealso>, these functions are also called with arguments - <c>(enter, OldState, ...)</c> whenever the state changes. + <c>(enter, OldState, ...)</c> during every <em>state change</em>. In this case there are some restrictions on the <seealso marker="#type-enter_action">actions</seealso> that may be returned: @@ -2208,7 +2228,7 @@ init(Args) -> erlang:error(not_implemented, [Args]).</pre> <seealso marker="erts:erlang#throw/1"><c>throw</c></seealso> to return the result, which can be useful. For example to bail out with <c>throw(keep_state_and_data)</c> - from deep within complex code that can not + from deep within complex code that cannot return <c>{next_state,State,Data}</c> because <c>State</c> or <c>Data</c> is no longer in scope. </p> diff --git a/lib/stdlib/doc/src/maps.xml b/lib/stdlib/doc/src/maps.xml index a225dea3b5..4c5199ca2b 100644 --- a/lib/stdlib/doc/src/maps.xml +++ b/lib/stdlib/doc/src/maps.xml @@ -35,9 +35,10 @@ <datatypes> <datatype> - <name name="iterator"/> + <name name="iterator" n_vars="2"/> <desc> - <p>An iterator representing the key value associations in a map.</p> + <p>An iterator representing the associations in a map with keys of type + <c><anno>Key</anno></c> and values of type <c><anno>Value</anno></c>.</p> <p>Created using <seealso marker="#iterator-1"><c>maps:iterator/1</c></seealso>.</p> <p>Consumed by <seealso marker="#next-1"><c>maps:next/1</c></seealso>, <seealso marker="#filter-2"><c>maps:filter/2</c></seealso>, @@ -45,6 +46,10 @@ <seealso marker="#map-2"><c>maps:map/2</c></seealso>.</p> </desc> </datatype> + + <datatype> + <name name="iterator" n_vars="0"/> + </datatype> </datatypes> <funcs> @@ -90,13 +95,13 @@ <name name="fold" arity="3"/> <fsummary></fsummary> <desc> - <p>Calls <c>F(K, V, AccIn)</c> for every <c><anno>K</anno></c> to value - <c><anno>V</anno></c> association in <c><anno>MapOrIter</anno></c> in - any order. Function <c>fun F/3</c> must return a new - accumulator, which is passed to the next successive call. - This function returns the final value of the accumulator. The initial - accumulator value <c><anno>Init</anno></c> is returned if the map is - empty.</p> + <p>Calls <c>F(Key, Value, AccIn)</c> for every <c><anno>Key</anno></c> + to value <c><anno>Value</anno></c> association in + <c><anno>MapOrIter</anno></c> in any order. Function <c>fun F/3</c> + must return a new accumulator, which is passed to the next successive + call. This function returns the final value of the accumulator. + The initial accumulator value <c><anno>Init</anno></c> is returned + if the map is empty.</p> <p>The call fails with a <c>{badmap,Map}</c> exception if <c><anno>MapOrIter</anno></c> is not a map or valid iterator, or with <c>badarg</c> if <c><anno>Fun</anno></c> is not a @@ -234,11 +239,12 @@ none</code> <fsummary></fsummary> <desc> <p>Produces a new map <c><anno>Map</anno></c> by calling function - <c>fun F(K, V1)</c> for every <c><anno>K</anno></c> to value - <c><anno>V1</anno></c> association in <c><anno>MapOrIter</anno></c> in - any order. Function <c>fun F/2</c> must return value - <c><anno>V2</anno></c> to be associated with key <c><anno>K</anno></c> - for the new map <c><anno>Map</anno></c>.</p> + <c>fun F(Key, Value1)</c> for every <c><anno>Key</anno></c> to value + <c><anno>Value1</anno></c> association in + <c><anno>MapOrIter</anno></c> in any order. Function <c>fun Fun/2</c> + must return value <c><anno>Value2</anno></c> to be associated with + key <c><anno>Key</anno></c> for the new map + <c><anno>Map</anno></c>.</p> <p>The call fails with a <c>{badmap,Map}</c> exception if <c><anno>MapOrIter</anno></c> is not a map or valid iterator, or with <c>badarg</c> if <c><anno>Fun</anno></c> is not a diff --git a/lib/stdlib/doc/src/notes.xml b/lib/stdlib/doc/src/notes.xml index d800885b16..318643aef8 100644 --- a/lib/stdlib/doc/src/notes.xml +++ b/lib/stdlib/doc/src/notes.xml @@ -3694,7 +3694,7 @@ you use erlang:halt/2 with an integer first argument and an option list containing {flush,false} as the second argument. Note that now is flushing not dependant of the - exit code, and you can not only flush async threads + exit code, and you cannot only flush async threads operations which we deemed as a strange behaviour anyway. </p> <p>Also, erlang:halt/1,2 has gotten a new feature: If the @@ -4208,9 +4208,9 @@ Supervisors should not save child-specs for temporary processes when they terminate as they should not be restarted. Saving the temporary child spec will result in - that you can not start a new temporary process with the + that you cannot start a new temporary process with the same child spec as an already terminated temporary - process. Since R14B02 you can not restart a temporary + process. Since R14B02 you cannot restart a temporary temporary process as arguments are no longer saved, it has however always been semantically incorrect to restart a temporary process. Thanks to Filipe David Manana for diff --git a/lib/stdlib/doc/src/rand.xml b/lib/stdlib/doc/src/rand.xml index 21f680a0ee..8e657698c6 100644 --- a/lib/stdlib/doc/src/rand.xml +++ b/lib/stdlib/doc/src/rand.xml @@ -38,25 +38,71 @@ <p> This module provides a pseudo random number generator. The module contains a number of algorithms. - The uniform distribution algorithms use the + The uniform distribution algorithms are based on the <url href="http://xorshift.di.unimi.it"> - xoroshiro116+ and xorshift1024* algorithms by Sebastiano Vigna. + Xoroshiro and Xorshift algorithms </url> + by Sebastiano Vigna. The normal distribution algorithm uses the <url href="http://www.jstatsoft.org/v05/i08"> Ziggurat Method by Marsaglia and Tsang </url> on top of the uniform distribution algorithm. </p> - <p>For some algorithms, jump functions are provided for generating - non-overlapping sequences for parallel computations. - The jump functions perform calculations - equivalent to perform a large number of repeated calls - for calculating new states. </p> + <p> + For most algorithms, jump functions are provided for generating + non-overlapping sequences for parallel computations. + The jump functions perform calculations + equivalent to perform a large number of repeated calls + for calculating new states. + </p> <p>The following algorithms are provided:</p> <taglist> + <tag><c>exsss</c></tag> + <item> + <p>Xorshift116**, 58 bits precision and period of 2^116-1</p> + <p>Jump function: equivalent to 2^64 calls</p> + <p> + This is the Xorshift116 generator combined with the StarStar scrambler + from the 2018 paper by David Blackman and Sebastiano Vigna: + <url href="http://vigna.di.unimi.it/ftp/papers/ScrambledLinear.pdf"> + Scrambled Linear Pseudorandom Number Generators + </url> + </p> + <p> + The generator does not need 58-bit rotates so it is faster + than the Xoroshiro116 generator, and when combined with + the StarStar scrambler it does not have any weak low bits + like <c>exrop</c> (Xoroshiro116+). + </p> + <p> + Alas, this combination is about 10% slower than <c>exrop</c>, + but is despite that the default algorithm thanks to its + statistical qualities. + </p> + </item> + <tag><c>exro928ss</c></tag> + <item> + <p>Xoroshiro928**, 58 bits precision and a period of 2^928-1</p> + <p>Jump function: equivalent to 2^512 calls</p> + <p> + This is a 58 bit version of Xoroshiro1024**, + from the 2018 paper by David Blackman and Sebastiano Vigna: + <url href="http://vigna.di.unimi.it/ftp/papers/ScrambledLinear.pdf"> + Scrambled Linear Pseudorandom Number Generators + </url> + that on a 64 bit Erlang system executes only about 40% slower than + the default <c>exsss</c> algorithm but with much longer period + and better statistical properties, and on the flip side + a larger state. + </p> + <p> + Many thanks to Sebastiano Vigna for his help with + the 58 bit adaption. + </p> + </item> <tag><c>exrop</c></tag> <item> <p>Xoroshiro116+, 58 bits precision and period of 2^116-1</p> @@ -83,7 +129,7 @@ </taglist> <p> - The default algorithm is <c>exrop</c> (Xoroshiro116+). + The default algorithm is <c>exsss</c> (Xorshift116**). If a specific algorithm is required, ensure to always use <seealso marker="#seed-1"> <c>seed/1</c></seealso> to initialize the state. @@ -154,19 +200,19 @@ R1 = rand:uniform(),</pre> <p>Use a specified algorithm:</p> <pre> -_ = rand:seed(exs1024s), +_ = rand:seed(exs928ss), R2 = rand:uniform(),</pre> <p>Use a specified algorithm with a constant seed:</p> <pre> -_ = rand:seed(exs1024s, {123, 123534, 345345}), +_ = rand:seed(exs928ss, {123, 123534, 345345}), R3 = rand:uniform(),</pre> <p>Use the functional API with a non-constant seed:</p> <pre> -S0 = rand:seed_s(exrop), +S0 = rand:seed_s(exsss), {R4, S1} = rand:uniform_s(S0),</pre> <p>Textbook basic form Box-Muller standard normal deviate</p> @@ -195,8 +241,9 @@ SND0 = math:sqrt(-2 * math:log(R5)) * math:cos(math:pi() * R6)</pre> </note> <p> - For all these generators the lowest bit(s) has got - a slightly less random behaviour than all other bits. + For all these generators except <c>exro928ss</c> and <c>exsss</c> + the lowest bit(s) has got a slightly less + random behaviour than all other bits. 1 bit for <c>exrop</c> (and <c>exsp</c>), and 3 bits for <c>exs1024s</c>. See for example the explanation in the @@ -211,7 +258,7 @@ up to (and included) 16TB, with the exception of binary rank tests, which fail due to the lowest bit being an LFSR; all other bits pass all tests. We suggest to use a sign test to extract a random Boolean value.</pre> <p> - If this is a problem; to generate a boolean + If this is a problem; to generate a boolean with these algorithms use something like this: </p> <pre>(rand:uniform(16) > 8)</pre> @@ -254,21 +301,50 @@ tests. We suggest to use a sign test to extract a random Boolean value.</pre> </desc> </datatype> <datatype> - <name name="exs64_state"/> - <desc><p>Algorithm specific internal state</p></desc> + <name name="seed"/> + <desc> + <p> + A seed value for the generator. + </p> + <p> + A list of integers sets the generator's internal state directly, + after algorithm-dependent checks of the value + and masking to the proper word size. + </p> + <p> + An integer is used as the initial state for a SplitMix64 generator. + The output values of that is then used for setting + the generator's internal state + after masking to the proper word size + and if needed avoiding zero values. + </p> + <p> + A traditional 3-tuple of integers seed is passed through + algorithm-dependent hashing functions to create + the generator's initial state. + </p> + </desc> </datatype> <datatype> <name name="exsplus_state"/> <desc><p>Algorithm specific internal state</p></desc> </datatype> <datatype> - <name name="exs1024_state"/> + <name name="exro928_state"/> <desc><p>Algorithm specific internal state</p></desc> </datatype> <datatype> <name name="exrop_state"/> <desc><p>Algorithm specific internal state</p></desc> </datatype> + <datatype> + <name name="exs1024_state"/> + <desc><p>Algorithm specific internal state</p></desc> + </datatype> + <datatype> + <name name="exs64_state"/> + <desc><p>Algorithm specific internal state</p></desc> + </datatype> </datatypes> <funcs> diff --git a/lib/stdlib/include/assert.hrl b/lib/stdlib/include/assert.hrl index 2ec89e7d8a..28d25c6589 100644 --- a/lib/stdlib/include/assert.hrl +++ b/lib/stdlib/include/assert.hrl @@ -140,7 +140,7 @@ -endif. %% This is mostly a convenience which gives more detailed reports. -%% Note: Guard is a guarded pattern, and can not be used for value. +%% Note: Guard is a guarded pattern, and cannot be used for value. -ifdef(NOASSERT). -define(assertMatch(Guard, Expr), ok). -define(assertMatch(Guard, Expr, Comment), ok). @@ -289,7 +289,7 @@ end). -endif. -%% Note: Class and Term are patterns, and can not be used for value. +%% Note: Class and Term are patterns, and cannot be used for value. %% Term can be a guarded pattern, but Class cannot. -ifdef(NOASSERT). -define(assertException(Class, Term, Expr), ok). @@ -364,7 +364,7 @@ ?assertException(throw, Term, Expr, Comment)). %% This is the inverse case of assertException, for convenience. -%% Note: Class and Term are patterns, and can not be used for value. +%% Note: Class and Term are patterns, and cannot be used for value. %% Both Class and Term can be guarded patterns. -ifdef(NOASSERT). -define(assertNotException(Class, Term, Expr), ok). diff --git a/lib/stdlib/src/erl_posix_msg.erl b/lib/stdlib/src/erl_posix_msg.erl index 8959fea498..b9ed4a3a9d 100644 --- a/lib/stdlib/src/erl_posix_msg.erl +++ b/lib/stdlib/src/erl_posix_msg.erl @@ -81,9 +81,9 @@ message_1(el2hlt) -> <<"level 2 halted">>; message_1(el2nsync) -> <<"level 2 not synchronized">>; message_1(el3hlt) -> <<"level 3 halted">>; message_1(el3rst) -> <<"level 3 reset">>; -message_1(elibacc) -> <<"can not access a needed shared library">>; +message_1(elibacc) -> <<"cannot access a needed shared library">>; message_1(elibbad) -> <<"accessing a corrupted shared library">>; -message_1(elibexec) -> <<"can not exec a shared library directly">>; +message_1(elibexec) -> <<"cannot exec a shared library directly">>; message_1(elibmax) -> <<"attempting to link in more shared libraries than system limit">>; message_1(elibscn) -> <<".lib section in a.out corrupted">>; diff --git a/lib/stdlib/src/gen_statem.erl b/lib/stdlib/src/gen_statem.erl index faa43fbc1e..24b268cd38 100644 --- a/lib/stdlib/src/gen_statem.erl +++ b/lib/stdlib/src/gen_statem.erl @@ -330,6 +330,7 @@ %% Type validation functions +%% - return true if the value is of the type, false otherwise -compile( {inline, [callback_mode/1, state_enter/1, @@ -1277,7 +1278,7 @@ parse_actions(StateCall, Debug, S, [Action|Actions], TransOpts) -> end. parse_actions_reply( - StateCall, ?not_sys_debug, S, Actions, TransOpts, + StateCall, ?not_sys_debug = Debug, S, Actions, TransOpts, From, Reply) -> %% case from(From) of @@ -1287,8 +1288,7 @@ parse_actions_reply( false -> [error, {bad_action_from_state_function,{reply,From,Reply}}, - ?STACKTRACE(), - ?not_sys_debug] + ?STACKTRACE(), Debug] end; parse_actions_reply( StateCall, Debug, #state{name = Name, state = State} = S, @@ -1302,12 +1302,11 @@ parse_actions_reply( false -> [error, {bad_action_from_state_function,{reply,From,Reply}}, - ?STACKTRACE(), - Debug] + ?STACKTRACE(), Debug] end. parse_actions_next_event( - StateCall, ?not_sys_debug, S, + StateCall, ?not_sys_debug = Debug, S, Actions, TransOpts, Type, Content) -> case event_type(Type) of true when StateCall -> @@ -1320,8 +1319,7 @@ parse_actions_next_event( [error, {bad_state_enter_action_from_state_function, {next_event,Type,Content}}, - ?STACKTRACE(), - ?not_sys_debug] + ?STACKTRACE(), Debug] end; parse_actions_next_event( StateCall, Debug, #state{name = Name, state = State} = S, @@ -1403,13 +1401,13 @@ parse_actions_timeout_add( loop_event_done( Parent, ?not_sys_debug, #state{postponed = P} = S, +%% #state{postponed = will_not_happen = P} = S, Events, Event, NextState, NewData, #trans_opts{ postpone = Postpone, hibernate = Hibernate, - timeouts_r = [], next_events_r = []}) -> + timeouts_r = [], next_events_r = NextEventsR}) -> %% - %% Optimize the simple cases - %% i.e no timer changes, no inserted events and no debug, + %% Optimize the simple cases i.e no debug and no timer changes, %% by duplicate stripped down code %% %% Fast path @@ -1417,14 +1415,12 @@ loop_event_done( case Postpone of true -> loop_event_done_fast( - Parent, Hibernate, - S, - Events, [Event|P], NextState, NewData); + Parent, Hibernate, S, + Events, [Event|P], NextState, NewData, NextEventsR); false -> loop_event_done_fast( - Parent, Hibernate, - S, - Events, P, NextState, NewData) + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR) end; loop_event_done( Parent, Debug_0, @@ -1456,26 +1452,23 @@ loop_event_done( {S#state.name,State}, {consume,Event_0,NextState})|P_0] end, - {Events_2,P_2,Timers_2} = - %% Move all postponed events to queue, - %% cancel the event timer, - %% and cancel the state timeout if the state changes - if - NextState =:= State -> - {Events_0,P_1, + {Events_2,P_2, + Timers_2} = + %% Cancel the event timeout + if + NextState =:= State -> + {Events_0,P_1, cancel_timer_by_type( timeout, {TimerTypes_0,CancelTimers_0})}; - true -> - {lists:reverse(P_1, Events_0), - [], - cancel_timer_by_type( - state_timeout, + true -> + %% Move all postponed events to queue + %% and cancel the state timeout + {lists:reverse(P_1, Events_0),[], + cancel_timer_by_type( + state_timeout, cancel_timer_by_type( timeout, {TimerTypes_0,CancelTimers_0}))} - %% The state timer is removed from TimerTypes - %% but remains in TimerRefs until we get - %% the cancel_timer msg - end, + end, {TimerRefs_3,{TimerTypes_3,CancelTimers_3},TimeoutEvents} = %% Stop and start timers parse_timers(TimerRefs_0, Timers_2, TimeoutsR), @@ -1495,114 +1488,144 @@ loop_event_done( hibernate = Hibernate}, lists:reverse(Events_4R)). +loop_event_done(Parent, Debug, S, Q) -> +%% io:format( +%% "loop_event_done:~n" +%% " state = ~p, data = ~p, postponed = ~p~n " +%% " timer_refs = ~p, timer_types = ~p, cancel_timers = ~p.~n" +%% " Q = ~p.~n", +%% [S#state.state,S#state.data,S#state.postponed, +%% S#state.timer_refs,S#state.timer_types,S#state.cancel_timers, +%% Q]), + case Q of + [] -> + %% Get a new event + loop(Parent, Debug, S); + [{Type,Content}|Events] -> + %% Loop until out of enqueued events + loop_event(Parent, Debug, S, Events, Type, Content) + end. + + %% Fast path %% +%% Cancel event timer and state timer only if running loop_event_done_fast( Parent, Hibernate, #state{ state = NextState, - timer_types = #{timeout := _} = TimerTypes, + timer_types = TimerTypes, cancel_timers = CancelTimers} = S, - Events, P, NextState, NewData) -> - %% - %% Same state, event timeout active - %% - loop_event_done_fast( - Parent, Hibernate, S, - Events, P, NextState, NewData, - cancel_timer_by_type( - timeout, {TimerTypes,CancelTimers})); -loop_event_done_fast( - Parent, Hibernate, - #state{state = NextState} = S, - Events, P, NextState, NewData) -> - %% + Events, P, NextState, NewData, NextEventsR) -> %% Same state - %% - loop_event_done( - Parent, ?not_sys_debug, - S#state{ - data = NewData, - postponed = P, - hibernate = Hibernate}, - Events); -loop_event_done_fast( - Parent, Hibernate, - #state{ - timer_types = #{timeout := _} = TimerTypes, - cancel_timers = CancelTimers} = S, - Events, P, NextState, NewData) -> - %% - %% State change, event timeout active - %% - loop_event_done_fast( - Parent, Hibernate, S, - lists:reverse(P, Events), [], NextState, NewData, - cancel_timer_by_type( - state_timeout, - cancel_timer_by_type( - timeout, {TimerTypes,CancelTimers}))); + case TimerTypes of + #{timeout := _} -> + %% Event timeout active + loop_event_done_fast_2( + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR, + cancel_timer_by_type( + timeout, {TimerTypes,CancelTimers})); + _ -> + %% No event timeout active + loop_event_done_fast_2( + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR, + {TimerTypes,CancelTimers}) + end; loop_event_done_fast( Parent, Hibernate, #state{ - timer_types = #{state_timeout := _} = TimerTypes, + timer_types = TimerTypes, cancel_timers = CancelTimers} = S, - Events, P, NextState, NewData) -> - %% - %% State change, state timeout active - %% - loop_event_done_fast( - Parent, Hibernate, S, - lists:reverse(P, Events), [], NextState, NewData, - cancel_timer_by_type( - state_timeout, - cancel_timer_by_type( - timeout, {TimerTypes,CancelTimers}))); + Events, P, NextState, NewData, NextEventsR) -> + %% State change + case TimerTypes of + #{timeout := _} -> + %% Event timeout active + %% - cancel state_timeout too since it is faster than inspecting + loop_event_done_fast( + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR, + cancel_timer_by_type( + state_timeout, + cancel_timer_by_type( + timeout, {TimerTypes,CancelTimers}))); + #{state_timeout := _} -> + %% State_timeout active but not event timeout + loop_event_done_fast( + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR, + cancel_timer_by_type( + state_timeout, {TimerTypes,CancelTimers})); + _ -> + %% No event nor state_timeout active + loop_event_done_fast( + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR, + {TimerTypes,CancelTimers}) + end. +%% +%% Retry postponed events loop_event_done_fast( - Parent, Hibernate, - #state{} = S, - Events, P, NextState, NewData) -> - %% - %% State change, no timeout to automatically cancel - %% - loop_event_done( - Parent, ?not_sys_debug, - S#state{ - state = NextState, - data = NewData, - postponed = [], - hibernate = Hibernate}, - lists:reverse(P, Events)). + Parent, Hibernate, S, + Events, P, NextState, NewData, NextEventsR, TimerTypes_CancelTimers) -> + case P of + %% Handle 0..2 postponed events without list reversal since + %% that will move out all live registers and back again + [] -> + loop_event_done_fast_2( + Parent, Hibernate, S, + Events, [], NextState, NewData, NextEventsR, + TimerTypes_CancelTimers); + [E] -> + loop_event_done_fast_2( + Parent, Hibernate, S, + [E|Events], [], NextState, NewData, NextEventsR, + TimerTypes_CancelTimers); + [E1,E2] -> + loop_event_done_fast_2( + Parent, Hibernate, S, + [E2,E1|Events], [], NextState, NewData, NextEventsR, + TimerTypes_CancelTimers); + _ -> + %% A bit slower path + loop_event_done_fast_2( + Parent, Hibernate, S, + lists:reverse(P, Events), [], NextState, NewData, NextEventsR, + TimerTypes_CancelTimers) + end. %% %% Fast path %% -loop_event_done_fast( +loop_event_done_fast_2( Parent, Hibernate, S, - Events, P, NextState, NewData, + Events, P, NextState, NewData, NextEventsR, {TimerTypes,CancelTimers}) -> %% - loop_event_done( - Parent, ?not_sys_debug, - S#state{ - state = NextState, - data = NewData, - postponed = P, - timer_types = TimerTypes, - cancel_timers = CancelTimers, - hibernate = Hibernate}, - Events). - -loop_event_done(Parent, Debug, S, Q) -> - case Q of + NewS = + S#state{ + state = NextState, + data = NewData, + postponed = P, + timer_types = TimerTypes, + cancel_timers = CancelTimers, + hibernate = Hibernate}, + case NextEventsR of + %% Handle 0..2 next events without list reversal since + %% that will move out all live registers and back again [] -> - %% Get a new event - loop(Parent, Debug, S); - [{Type,Content}|Events] -> - %% Loop until out of enqueued events - loop_event(Parent, Debug, S, Events, Type, Content) + loop_event_done(Parent, ?not_sys_debug, NewS, Events); + [E] -> + loop_event_done(Parent, ?not_sys_debug, NewS, [E|Events]); + [E2,E1] -> + loop_event_done(Parent, ?not_sys_debug, NewS, [E1,E2|Events]); + _ -> + %% A bit slower path + loop_event_done( + Parent, ?not_sys_debug, NewS, lists:reverse(NextEventsR, Events)) end. - %%--------------------------------------------------------------------------- %% Server loop helpers diff --git a/lib/stdlib/src/maps.erl b/lib/stdlib/src/maps.erl index 60463feec2..51965ddb57 100644 --- a/lib/stdlib/src/maps.erl +++ b/lib/stdlib/src/maps.erl @@ -21,7 +21,7 @@ -module(maps). -export([get/3, filter/2,fold/3, - map/2, size/1, + map/2, size/1, new/0, update_with/3, update_with/4, without/2, with/2, iterator/1, next/1]). @@ -29,13 +29,15 @@ %% BIFs -export([get/2, find/2, from_list/1, is_key/2, keys/1, merge/2, - new/0, put/3, remove/2, take/2, + put/3, remove/2, take/2, to_list/1, update/3, values/1]). --opaque iterator() :: {term(), term(), iterator()} - | none | nonempty_improper_list(integer(),map()). +-opaque iterator(Key, Value) :: {Key, Value, iterator(Key, Value)} | none + | nonempty_improper_list(integer(), #{Key => Value}). --export_type([iterator/0]). +-type iterator() :: iterator(term(), term()). + +-export_type([iterator/2, iterator/0]). -dialyzer({no_improper_lists, iterator/1}). @@ -50,9 +52,7 @@ get(_,_) -> erlang:nif_error(undef). -spec find(Key,Map) -> {ok, Value} | error when - Key :: term(), - Map :: map(), - Value :: term(). + Map :: #{Key => Value, _ => _}. find(_,_) -> erlang:nif_error(undef). @@ -75,9 +75,8 @@ is_key(_,_) -> erlang:nif_error(undef). -spec keys(Map) -> Keys when - Map :: map(), - Keys :: [Key], - Key :: term(). + Map :: #{Key => _}, + Keys :: [Key]. keys(_) -> erlang:nif_error(undef). @@ -91,13 +90,6 @@ keys(_) -> erlang:nif_error(undef). merge(_,_) -> erlang:nif_error(undef). - --spec new() -> Map when - Map :: map(). - -new() -> erlang:nif_error(undef). - - %% Shadowed by erl_bif_types: maps:put/3 -spec put(Key,Value,Map1) -> Map2 when Key :: term(), @@ -116,17 +108,13 @@ put(_,_,_) -> erlang:nif_error(undef). remove(_,_) -> erlang:nif_error(undef). -spec take(Key,Map1) -> {Value,Map2} | error when - Key :: term(), - Map1 :: map(), - Value :: term(), - Map2 :: map(). + Map1 :: #{Key => Value, _ => _}, + Map2 :: #{_ => _}. take(_,_) -> erlang:nif_error(undef). -spec to_list(Map) -> [{Key,Value}] when - Map :: map(), - Key :: term(), - Value :: term(). + Map :: #{Key => Value}. to_list(Map) when is_map(Map) -> to_list_internal(erts_internal:map_next(0, Map, [])); @@ -140,79 +128,69 @@ to_list_internal(Acc) -> %% Shadowed by erl_bif_types: maps:update/3 -spec update(Key,Value,Map1) -> Map2 when - Key :: term(), - Value :: term(), - Map1 :: map(), - Map2 :: map(). + Map1 :: #{Key := _, _ => _}, + Map2 :: #{Key := Value, _ => _}. update(_,_,_) -> erlang:nif_error(undef). -spec values(Map) -> Values when - Map :: map(), - Values :: [Value], - Value :: term(). + Map :: #{_ => Value}, + Values :: [Value]. values(_) -> erlang:nif_error(undef). %% End of BIFs +-spec new() -> Map when + Map :: #{}. + +new() -> #{}. + -spec update_with(Key,Fun,Map1) -> Map2 when - Key :: term(), - Map1 :: map(), - Map2 :: map(), - Fun :: fun((Value1 :: term()) -> Value2 :: term()). + Map1 :: #{Key := Value1, _ => _}, + Map2 :: #{Key := Value2, _ => _}, + Fun :: fun((Value1) -> Value2). update_with(Key,Fun,Map) when is_function(Fun,1), is_map(Map) -> - try maps:get(Key,Map) of - Val -> maps:update(Key,Fun(Val),Map) - catch - error:{badkey,_} -> - erlang:error({badkey,Key},[Key,Fun,Map]) + case Map of + #{Key := Value} -> Map#{Key := Fun(Value)}; + #{} -> erlang:error({badkey,Key},[Key,Fun,Map]) end; update_with(Key,Fun,Map) -> erlang:error(error_type(Map),[Key,Fun,Map]). -spec update_with(Key,Fun,Init,Map1) -> Map2 when - Key :: term(), - Map1 :: Map1, - Map2 :: Map2, - Fun :: fun((Value1 :: term()) -> Value2 :: term()), - Init :: term(). + Map1 :: #{Key => Value1, _ => _}, + Map2 :: #{Key := Value2 | Init, _ => _}, + Fun :: fun((Value1) -> Value2). update_with(Key,Fun,Init,Map) when is_function(Fun,1), is_map(Map) -> - case maps:find(Key,Map) of - {ok,Val} -> maps:update(Key,Fun(Val),Map); - error -> maps:put(Key,Init,Map) + case Map of + #{Key := Value} -> Map#{Key := Fun(Value)}; + #{} -> Map#{Key => Init} end; update_with(Key,Fun,Init,Map) -> erlang:error(error_type(Map),[Key,Fun,Init,Map]). -spec get(Key, Map, Default) -> Value | Default when - Key :: term(), - Map :: map(), - Value :: term(), - Default :: term(). + Map :: #{Key => Value, _ => _}. get(Key,Map,Default) when is_map(Map) -> - case maps:find(Key, Map) of - {ok, Value} -> - Value; - error -> - Default + case Map of + #{Key := Value} -> Value; + #{} -> Default end; get(Key,Map,Default) -> erlang:error({badmap,Map},[Key,Map,Default]). --spec filter(Pred,MapOrIter) -> Map when +-spec filter(Pred, MapOrIter) -> Map when Pred :: fun((Key, Value) -> boolean()), - Key :: term(), - Value :: term(), - MapOrIter :: map() | iterator(), - Map :: map(). + MapOrIter :: #{Key => Value} | iterator(Key, Value), + Map :: #{Key => Value}. filter(Pred,Map) when is_function(Pred,2), is_map(Map) -> maps:from_list(filter_1(Pred, iterator(Map))); @@ -235,14 +213,11 @@ filter_1(Pred, Iter) -> end. -spec fold(Fun,Init,MapOrIter) -> Acc when - Fun :: fun((K, V, AccIn) -> AccOut), + Fun :: fun((Key, Value, AccIn) -> AccOut), Init :: term(), - Acc :: term(), - AccIn :: term(), - AccOut :: term(), - MapOrIter :: map() | iterator(), - K :: term(), - V :: term(). + Acc :: AccOut, + AccIn :: Init | AccOut, + MapOrIter :: #{Key => Value} | iterator(Key, Value). fold(Fun,Init,Map) when is_function(Fun,3), is_map(Map) -> fold_1(Fun,Init,iterator(Map)); @@ -260,12 +235,9 @@ fold_1(Fun, Acc, Iter) -> end. -spec map(Fun,MapOrIter) -> Map when - Fun :: fun((K, V1) -> V2), - MapOrIter :: map() | iterator(), - Map :: map(), - K :: term(), - V1 :: term(), - V2 :: term(). + Fun :: fun((Key, Value1) -> Value2), + MapOrIter :: #{Key => Value1} | iterator(Key, Value1), + Map :: #{Key => Value2}. map(Fun,Map) when is_function(Fun, 2), is_map(Map) -> maps:from_list(map_1(Fun, iterator(Map))); @@ -291,17 +263,15 @@ size(Val) -> erlang:error({badmap,Val},[Val]). -spec iterator(Map) -> Iterator when - Map :: map(), - Iterator :: iterator(). + Map :: #{Key => Value}, + Iterator :: iterator(Key, Value). iterator(M) when is_map(M) -> [0 | M]; iterator(M) -> erlang:error({badmap, M}, [M]). -spec next(Iterator) -> {Key, Value, NextIterator} | 'none' when - Iterator :: iterator(), - Key :: term(), - Value :: term(), - NextIterator :: iterator(). + Iterator :: iterator(Key, Value), + NextIterator :: iterator(Key, Value). next({K, V, I}) -> {K, V, I}; next([Path | Map]) when is_integer(Path), is_map(Map) -> @@ -318,29 +288,26 @@ next(Iter) -> K :: term(). without(Ks,M) when is_list(Ks), is_map(M) -> - lists:foldl(fun(K, M1) -> maps:remove(K, M1) end, M, Ks); + lists:foldl(fun maps:remove/2, M, Ks); without(Ks,M) -> erlang:error(error_type(M),[Ks,M]). -spec with(Ks, Map1) -> Map2 when Ks :: [K], - Map1 :: map(), - Map2 :: map(), - K :: term(). + Map1 :: #{K => V, _ => _}, + Map2 :: #{K => V}. with(Ks,Map1) when is_list(Ks), is_map(Map1) -> - Fun = fun(K, List) -> - case maps:find(K, Map1) of - {ok, V} -> - [{K, V} | List]; - error -> - List - end - end, - maps:from_list(lists:foldl(Fun, [], Ks)); + maps:from_list(with_1(Ks, Map1)); with(Ks,M) -> erlang:error(error_type(M),[Ks,M]). +with_1([K|Ks], Map) -> + case Map of + #{K := V} -> [{K,V}|with_1(Ks, Map)]; + #{} -> with_1(Ks, Map) + end; +with_1([], _Map) -> []. error_type(M) when is_map(M) -> badarg; error_type(V) -> {badmap, V}. diff --git a/lib/stdlib/src/rand.erl b/lib/stdlib/src/rand.erl index 362e98006e..3a9a1e007b 100644 --- a/lib/stdlib/src/rand.erl +++ b/lib/stdlib/src/rand.erl @@ -1,7 +1,7 @@ %% %% %CopyrightBegin% %% -%% Copyright Ericsson AB 2015-2017. All Rights Reserved. +%% Copyright Ericsson AB 2015-2018. All Rights Reserved. %% %% Licensed under the Apache License, Version 2.0 (the "License"); %% you may not use this file except in compliance with the License. @@ -32,18 +32,24 @@ uniform/0, uniform/1, uniform_s/1, uniform_s/2, uniform_real/0, uniform_real_s/1, jump/0, jump/1, - normal/0, normal/2, normal_s/1, normal_s/3 + normal/0, normal/2, normal_s/1, normal_s/3 ]). +%% Test, dev and internal +-export([exro928_jump_2pow512/1, exro928_jump_2pow20/1, + exro928_seed/1, exro928_next/1, exro928_next_state/1, + format_jumpconst58/1, seed58/2]). + %% Debug -export([make_float/3, float2str/1, bc64/1]). --compile({inline, [exs64_next/1, exsplus_next/1, +-compile({inline, [exs64_next/1, exsplus_next/1, exsss_next/1, exs1024_next/1, exs1024_calc/2, + exro928_next_state/4, exrop_next/1, exrop_next_s/2, get_52/1, normal_kiwi/1]}). --define(DEFAULT_ALG_HANDLER, exrop). +-define(DEFAULT_ALG_HANDLER, exsss). -define(SEED_DICT, rand_seed). %% ===================================================================== @@ -80,8 +86,8 @@ %% This depends on the algorithm handler function -type alg_state() :: - exs64_state() | exsplus_state() | exs1024_state() | - exrop_state() | term(). + exsplus_state() | exro928_state() | exrop_state() | exs1024_state() | + exs64_state() | term(). %% This is the algorithm handling definition within this module, %% and the type to use for plugins. @@ -124,14 +130,17 @@ %% Algorithm state -type state() :: {alg_handler(), alg_state()}. --type builtin_alg() :: exs64 | exsplus | exsp | exs1024 | exs1024s | exrop. +-type builtin_alg() :: + exsss | exro928ss | exrop | exs1024s | exsp | exs64 | exsplus | exs1024. -type alg() :: builtin_alg() | atom(). -type export_state() :: {alg(), alg_state()}. +-type seed() :: [integer()] | integer() | {integer(), integer(), integer()}. -export_type( [builtin_alg/0, alg/0, alg_handler/0, alg_state/0, - state/0, export_state/0]). + state/0, export_state/0, seed/0]). -export_type( - [exs64_state/0, exsplus_state/0, exs1024_state/0, exrop_state/0]). + [exsplus_state/0, exro928_state/0, exrop_state/0, exs1024_state/0, + exs64_state/0]). %% ===================================================================== %% Range macro and helper @@ -229,12 +238,12 @@ export_seed() -> end. -spec export_seed_s(State :: state()) -> export_state(). -export_seed_s({#{type:=Alg}, Seed}) -> {Alg, Seed}. +export_seed_s({#{type:=Alg}, AlgState}) -> {Alg, AlgState}. %% seed(Alg) seeds RNG with runtime dependent values %% and return the NEW state -%% seed({Alg,Seed}) setup RNG with a previously exported seed +%% seed({Alg,AlgState}) setup RNG with a previously exported seed %% and return the NEW state -spec seed( @@ -246,11 +255,11 @@ seed(Alg) -> -spec seed_s( AlgOrStateOrExpState :: builtin_alg() | state() | export_state()) -> state(). -seed_s({AlgHandler, _Seed} = State) when is_map(AlgHandler) -> +seed_s({AlgHandler, _AlgState} = State) when is_map(AlgHandler) -> State; -seed_s({Alg0, Seed}) -> - {Alg,_SeedFun} = mk_alg(Alg0), - {Alg, Seed}; +seed_s({Alg, AlgState}) when is_atom(Alg) -> + {AlgHandler,_SeedFun} = mk_alg(Alg), + {AlgHandler,AlgState}; seed_s(Alg) -> seed_s(Alg, {erlang:phash2([{node(),self()}]), erlang:system_time(), @@ -259,19 +268,15 @@ seed_s(Alg) -> %% seed/2: seeds RNG with the algorithm and given values %% and returns the NEW state. --spec seed( - Alg :: builtin_alg(), Seed :: {integer(), integer(), integer()}) -> - state(). -seed(Alg0, S0) -> - seed_put(seed_s(Alg0, S0)). +-spec seed(Alg :: builtin_alg(), Seed :: seed()) -> state(). +seed(Alg, Seed) -> + seed_put(seed_s(Alg, Seed)). --spec seed_s( - Alg :: builtin_alg(), Seed :: {integer(), integer(), integer()}) -> - state(). -seed_s(Alg0, S0 = {_, _, _}) -> - {Alg, Seed} = mk_alg(Alg0), - AS = Seed(S0), - {Alg, AS}. +-spec seed_s(Alg :: builtin_alg(), Seed :: seed()) -> state(). +seed_s(Alg, Seed) -> + {AlgHandler,SeedFun} = mk_alg(Alg), + AlgState = SeedFun(Seed), + {AlgHandler,AlgState}. %%% uniform/0, uniform/1, uniform_s/1, uniform_s/2 are all %%% uniformly distributed random numbers. @@ -281,8 +286,8 @@ seed_s(Alg0, S0 = {_, _, _}) -> -spec uniform() -> X :: float(). uniform() -> - {X, Seed} = uniform_s(seed_get()), - _ = seed_put(Seed), + {X, State} = uniform_s(seed_get()), + _ = seed_put(State), X. %% uniform/1: given an integer N >= 1, @@ -291,8 +296,8 @@ uniform() -> -spec uniform(N :: pos_integer()) -> X :: pos_integer(). uniform(N) -> - {X, Seed} = uniform_s(N, seed_get()), - _ = seed_put(Seed), + {X, State} = uniform_s(N, seed_get()), + _ = seed_put(State), X. %% uniform_s/1: given a state, uniform_s/1 @@ -486,7 +491,7 @@ uniform_real_s(Alg, Next, M0, BitNo, R1, V1, Bits) -> {M1 * math:pow(2.0, BitNo - 56), {Alg, R1}}; BitNo =:= -1008 -> %% Endgame - %% For the last round we can not have 14 zeros or more + %% For the last round we cannot have 14 zeros or more %% at the top of M1 because then we will underflow, %% so we need at least 43 bits if @@ -613,6 +618,11 @@ mk_alg(exsp) -> uniform=>fun exsp_uniform/1, uniform_n=>fun exsp_uniform/2, jump=>fun exsplus_jump/1}, fun exsplus_seed/1}; +mk_alg(exsss) -> + {#{type=>exsss, bits=>58, next=>fun exsss_next/1, + uniform=>fun exsss_uniform/1, uniform_n=>fun exsss_uniform/2, + jump=>fun exsplus_jump/1}, + fun exsss_seed/1}; mk_alg(exs1024) -> {#{type=>exs1024, max=>?MASK(64), next=>fun exs1024_next/1, jump=>fun exs1024_jump/1}, @@ -625,7 +635,13 @@ mk_alg(exrop) -> {#{type=>exrop, bits=>58, weak_low_bits=>1, next=>fun exrop_next/1, uniform=>fun exrop_uniform/1, uniform_n=>fun exrop_uniform/2, jump=>fun exrop_jump/1}, - fun exrop_seed/1}. + fun exrop_seed/1}; +mk_alg(exro928ss) -> + {#{type=>exro928ss, bits=>58, next=>fun exro928ss_next/1, + uniform=>fun exro928ss_uniform/1, + uniform_n=>fun exro928ss_uniform/2, + jump=>fun exro928_jump/1}, + fun exro928_seed/1}. %% ===================================================================== %% exs64 PRNG: Xorshift64* @@ -635,6 +651,14 @@ mk_alg(exrop) -> -opaque exs64_state() :: uint64(). +exs64_seed(L) when is_list(L) -> + [R] = seed64_nz(1, L), + R; +exs64_seed(A) when is_integer(A) -> + [R] = seed64(1, ?MASK(64, A)), + R; +%% +%% Traditional integer triplet seed exs64_seed({A1, A2, A3}) -> {V1, _} = exs64_next((?MASK(32, A1) * 4294967197 + 1)), {V2, _} = exs64_next((?MASK(32, A2) * 4294967231 + 1)), @@ -656,11 +680,49 @@ exs64_next(R) -> %% 58 bits fits into an immediate on 64bits erlang and is thus much faster. %% Modification of the original Xorshift128+ algorithm to 116 %% by Sebastiano Vigna, a lot of thanks for his help and work. +%% +%% Reference C code for Xorshift116+ and Xorshift116** +%% +%% #include <stdint.h> +%% +%% #define MASK(b, v) (((UINT64_C(1) << (b)) - 1) & (v)) +%% #define BSL(b, v, n) (MASK((b)-(n), (v)) << (n)) +%% #define ROTL(b, v, n) (BSL((b), (v), (n)) | ((v) >> ((b)-(n)))) +%% +%% uint64_t s[2]; +%% +%% uint64_t next(void) { +%% uint64_t s1 = s[0]; +%% const uint64_t s0 = s[1]; +%% +%% s1 ^= BSL(58, s1, 24); // a +%% s1 ^= s0 ^ (s1 >> 11) ^ (s0 >> 41); // b, c +%% s[0] = s0; +%% s[1] = s1; +%% +%% const uint64_t result_plus = MASK(58, s0 + s1); +%% uint64_t result_starstar = s0; +%% result_starstar = MASK(58, result_starstar * 5); +%% result_starstar = ROTL(58, result_starstar, 7); +%% result_starstar = MASK(58, result_starstar * 9); +%% +%% return result_plus; +%% return result_starstar; +%% } +%% %% ===================================================================== -opaque exsplus_state() :: nonempty_improper_list(uint58(), uint58()). -dialyzer({no_improper_lists, exsplus_seed/1}). +exsplus_seed(L) when is_list(L) -> + [S0,S1] = seed58_nz(2, L), + [S0|S1]; +exsplus_seed(X) when is_integer(X) -> + [S0,S1] = seed58(2, ?MASK(64, X)), + [S0|S1]; +%% +%% Traditional integer triplet seed exsplus_seed({A1, A2, A3}) -> {_, R1} = exsplus_next( [?MASK(58, (A1 * 4294967197) + 1)| @@ -670,16 +732,62 @@ exsplus_seed({A1, A2, A3}) -> tl(R1)]), R2. +-dialyzer({no_improper_lists, exsss_seed/1}). + +exsss_seed(L) when is_list(L) -> + [S0,S1] = seed58_nz(2, L), + [S0|S1]; +exsss_seed(X) when is_integer(X) -> + [S0,S1] = seed58(2, ?MASK(64, X)), + [S0|S1]; +%% +%% Seed from traditional integer triple - mix into splitmix +exsss_seed({A1, A2, A3}) -> + {_, X0} = seed58(?MASK(64, A1)), + {S0, X1} = seed58(?MASK(64, A2) bxor X0), + {S1, _} = seed58(?MASK(64, A3) bxor X1), + [S0|S1]. + +%% Advance Xorshift116 state one step +-define( + exs_next(S0, S1, S1_b), + begin + S1_b = S1 bxor ?BSL(58, S1, 24), + S1_b bxor S0 bxor (S1_b bsr 11) bxor (S0 bsr 41) + end). + +-define( + scramble_starstar(S, V_a, V_b), + begin + %% The multiply by add shifted trick avoids creating bignums + %% which improves performance significantly + %% + V_a = ?MASK(58, S + ?BSL(58, S, 2)), % V_a = S * 5 + V_b = ?ROTL(58, V_a, 7), + ?MASK(58, V_b + ?BSL(58, V_b, 3)) % V_b * 9 + end). + -dialyzer({no_improper_lists, exsplus_next/1}). -%% Advance xorshift116+ state for one step and generate 58bit unsigned integer +%% Advance state and generate 58bit unsigned integer -spec exsplus_next(exsplus_state()) -> {uint58(), exsplus_state()}. exsplus_next([S1|S0]) -> %% Note: members s0 and s1 are swapped here - S11 = S1 bxor ?BSL(58, S1, 24), - S12 = S11 bxor S0 bxor (S11 bsr 11) bxor (S0 bsr 41), - {?MASK(58, S0 + S12), [S0|S12]}. + NewS1 = ?exs_next(S0, S1, S1_1), + {?MASK(58, S0 + NewS1), [S0|NewS1]}. +%% %% Note: members s0 and s1 are swapped here +%% S11 = S1 bxor ?BSL(58, S1, 24), +%% S12 = S11 bxor S0 bxor (S11 bsr 11) bxor (S0 bsr 41), +%% {?MASK(58, S0 + S12), [S0|S12]}. + +-dialyzer({no_improper_lists, exsss_next/1}). +-spec exsss_next(exsplus_state()) -> {uint58(), exsplus_state()}. +exsss_next([S1|S0]) -> + %% Note: members s0 and s1 are swapped here + NewS1 = ?exs_next(S0, S1, S1_1), + {?scramble_starstar(S0, V_0, V_1), [S0|NewS1]}. +%% {?MASK(58, S0 + NewS1), [S0|NewS1]}. exsp_uniform({Alg, R0}) -> {I, R1} = exsplus_next(R0), @@ -687,18 +795,48 @@ exsp_uniform({Alg, R0}) -> %% randomness quality than the others {(I bsr (58-53)) * ?TWO_POW_MINUS53, {Alg, R1}}. +exsss_uniform({Alg, R0}) -> + {I, R1} = exsss_next(R0), + {(I bsr (58-53)) * ?TWO_POW_MINUS53, {Alg, R1}}. + exsp_uniform(Range, {Alg, R}) -> {V, R1} = exsplus_next(R), MaxMinusRange = ?BIT(58) - Range, ?uniform_range(Range, Alg, R1, V, MaxMinusRange, I). +exsss_uniform(Range, {Alg, R}) -> + {V, R1} = exsss_next(R), + MaxMinusRange = ?BIT(58) - Range, + ?uniform_range(Range, Alg, R1, V, MaxMinusRange, I). -%% This is the jump function for the exsplus generator, equivalent + +%% This is the jump function for the exs* generators, +%% i.e the Xorshift116 generators, equivalent %% to 2^64 calls to next/1; it can be used to generate 2^52 %% non-overlapping subsequences for parallel computations. %% Note: the jump function takes 116 times of the execution time of %% next/1. - +%% +%% #include <stdint.h> +%% +%% void jump(void) { +%% static const uint64_t JUMP[] = { 0x02f8ea6bc32c797, +%% 0x345d2a0f85f788c }; +%% int i, b; +%% uint64_t s0 = 0; +%% uint64_t s1 = 0; +%% for(i = 0; i < sizeof JUMP / sizeof *JUMP; i++) +%% for(b = 0; b < 58; b++) { +%% if (JUMP[i] & 1ULL << b) { +%% s0 ^= s[0]; +%% s1 ^= s[1]; +%% } +%% next(); +%% } +%% s[0] = s0; +%% s[1] = s1; +%% } +%% %% -define(JUMPCONST, 16#000d174a83e17de2302f8ea6bc32c797). %% split into 58-bit chunks %% and two iterative executions @@ -708,7 +846,8 @@ exsp_uniform(Range, {Alg, R}) -> -define(JUMPELEMLEN, 58). -dialyzer({no_improper_lists, exsplus_jump/1}). --spec exsplus_jump(state()) -> state(). +-spec exsplus_jump({alg_handler(), exsplus_state()}) -> + {alg_handler(), exsplus_state()}. exsplus_jump({Alg, S}) -> {S1, AS1} = exsplus_jump(S, [0|0], ?JUMPCONST1, ?JUMPELEMLEN), {_, AS2} = exsplus_jump(S1, AS1, ?JUMPCONST2, ?JUMPELEMLEN), @@ -735,6 +874,12 @@ exsplus_jump(S, [AS0|AS1], J, N) -> -opaque exs1024_state() :: {list(uint64()), list(uint64())}. +exs1024_seed(L) when is_list(L) -> + {seed64_nz(16, L), []}; +exs1024_seed(X) when is_integer(X) -> + {seed64(16, ?MASK(64, X)), []}; +%% +%% Seed from traditional triple, remain backwards compatible exs1024_seed({A1, A2, A3}) -> B1 = ?MASK(21, (?MASK(21, A1) + 1) * 2097131), B2 = ?MASK(21, (?MASK(21, A2) + 1) * 2097133), @@ -806,8 +951,8 @@ exs1024_next({[H], RL}) -> -define(JUMPTOTALLEN, 1024). -define(RINGLEN, 16). --spec exs1024_jump(state()) -> state(). - +-spec exs1024_jump({alg_handler(), exs1024_state()}) -> + {alg_handler(), exs1024_state()}. exs1024_jump({Alg, {L, RL}}) -> P = length(RL), AS = exs1024_jump({L, RL}, @@ -832,6 +977,195 @@ exs1024_jump({L, RL}, AS, JL, J, N, TN) -> end. %% ===================================================================== +%% exro928ss PRNG: Xoroshiro928** +%% +%% Reference URL: http://vigna.di.unimi.it/ftp/papers/ScrambledLinear.pdf +%% i.e the Xoroshiro1024 generator with ** scrambler +%% with {S, R, T} = {5, 7, 9} as recommended in the paper. +%% +%% {A, B, C} were tried out and selected as {44, 9, 45} +%% and the jump coefficients calculated. +%% +%% Standard jump function pseudocode: +%% +%% Jump constant j = 0xb10773cb...44085302f77130ca +%% Generator state: s +%% New generator state: t = 0 +%% foreach bit in j, low to high: +%% if the bit is one: +%% t ^= s +%% next s +%% s = t +%% +%% Generator used for reference value calculation: +%% +%% #include <stdint.h> +%% #include <stdio.h> +%% +%% int p = 0; +%% uint64_t s[16]; +%% +%% #define MASK(x) ((x) & ((UINT64_C(1) << 58) - 1)) +%% static __inline uint64_t rotl(uint64_t x, int n) { +%% return MASK(x << n) | (x >> (58 - n)); +%% } +%% +%% uint64_t next() { +%% const int q = p; +%% const uint64_t s0 = s[p = (p + 1) & 15]; +%% uint64_t s15 = s[q]; +%% +%% const uint64_t result_starstar = MASK(rotl(MASK(s0 * 5), 7) * 9); +%% +%% s15 ^= s0; +%% s[q] = rotl(s0, 44) ^ s15 ^ MASK(s15 << 9); +%% s[p] = rotl(s15, 45); +%% +%% return result_starstar; +%% } +%% +%% static const uint64_t jump_2pow512[15] = +%% { 0x44085302f77130ca, 0xba05381fdfd14902, 0x10a1de1d7d6813d2, +%% 0xb83fe51a1eb3be19, 0xa81b0090567fd9f0, 0x5ac26d5d20f9b49f, +%% 0x4ddd98ee4be41e01, 0x0657e19f00d4b358, 0xf02f778573cf0f0a, +%% 0xb45a3a8a3cef3cc0, 0x6e62a33cc2323831, 0xbcb3b7c4cc049c53, +%% 0x83f240c6007e76ce, 0xe19f5fc1a1504acd, 0x00000000b10773cb }; +%% +%% static const uint64_t jump_2pow20[15] = +%% { 0xbdb966a3daf905e6, 0x644807a56270cf78, 0xda90f4a806c17e9e, +%% 0x4a426866bfad3c77, 0xaf699c306d8e7566, 0x8ebc73c700b8b091, +%% 0xc081a7bf148531fb, 0xdc4d3af15f8a4dfd, 0x90627c014098f4b6, +%% 0x06df2eb1feaf0fb6, 0x5bdeb1a5a90f2e6b, 0xa480c5878c3549bd, +%% 0xff45ef33c82f3d48, 0xa30bebc15fefcc78, 0x00000000cb3d181c }; +%% +%% void jump(const uint64_t *jump) { +%% uint64_t j, t[16] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; +%% int m, n, k; +%% for (m = 0; m < 15; m++, jump++) { +%% for (n = 0, j = *jump; n < 64; n++, j >>= 1) { +%% if ((j & 1) != 0) { +%% for (k = 0; k < 16; k++) { +%% t[k] ^= s[(p + k) & 15]; +%% } +%% } +%% next(); +%% } +%% } +%% for (k = 0; k < 16; k++) { +%% s[(p + k) & 15] = t[k]; +%% } +%% } +%% +%% ===================================================================== + +-opaque exro928_state() :: {list(uint58()), list(uint58())}. + +-spec exro928_seed( + list(uint58()) | integer() | {integer(), integer(), integer()}) -> + exro928_state(). +exro928_seed(L) when is_list(L) -> + {seed58_nz(16, L), []}; +exro928_seed(X) when is_integer(X) -> + {seed58(16, ?MASK(64, X)), []}; +%% +%% Seed from traditional integer triple - mix into splitmix +exro928_seed({A1, A2, A3}) -> + {S0, X0} = seed58(?MASK(64, A1)), + {S1, X1} = seed58(?MASK(64, A2) bxor X0), + {S2, X2} = seed58(?MASK(64, A3) bxor X1), + {[S0,S1,S2|seed58(13, X2)], []}. + + +%% Update the state and calculate output word +-spec exro928ss_next(exro928_state()) -> {uint58(), exro928_state()}. +exro928ss_next({[S15,S0|Ss], Rs}) -> + SR = exro928_next_state(Ss, Rs, S15, S0), + %% + %% {S, R, T} = {5, 7, 9} + %% const uint64_t result_starstar = rotl(s0 * S, R) * T; + %% + {?scramble_starstar(S0, V_0, V_1), SR}; +%% %% The multiply by add shifted trick avoids creating bignums +%% %% which improves performance significantly +%% %% +%% V0 = ?MASK(58, S0 + ?BSL(58, S0, 2)), % V0 = S0 * 5 +%% V1 = ?ROTL(58, V0, 7), +%% V = ?MASK(58, V1 + ?BSL(58, V1, 3)), % V = V1 * 9 +%% {V, SR}; +exro928ss_next({[S15], Rs}) -> + exro928ss_next({[S15|lists:reverse(Rs)], []}). + +-spec exro928_next(exro928_state()) -> {{uint58(),uint58()}, exro928_state()}. +exro928_next({[S15,S0|Ss], Rs}) -> + SR = exro928_next_state(Ss, Rs, S15, S0), + {{S15,S0}, SR}; +exro928_next({[S15], Rs}) -> + exro928_next({[S15|lists:reverse(Rs)], []}). + +%% Just update the state +-spec exro928_next_state(exro928_state()) -> exro928_state(). +exro928_next_state({[S15,S0|Ss], Rs}) -> + exro928_next_state(Ss, Rs, S15, S0); +exro928_next_state({[S15], Rs}) -> + [S0|Ss] = lists:reverse(Rs), + exro928_next_state(Ss, [], S15, S0). + +exro928_next_state(Ss, Rs, S15, S0) -> + %% {A, B, C} = {44, 9, 45}, + %% s15 ^= s0; + %% NewS15: s[q] = rotl(s0, A) ^ s15 ^ (s15 << B); + %% NewS0: s[p] = rotl(s15, C); + %% + Q = S15 bxor S0, + NewS15 = ?ROTL(58, S0, 44) bxor Q bxor ?BSL(58, Q, 9), + NewS0 = ?ROTL(58, Q, 45), + {[NewS0|Ss], [NewS15|Rs]}. + + +exro928ss_uniform({Alg, SR}) -> + {V, NewSR} = exro928ss_next(SR), + {(V bsr (58-53)) * ?TWO_POW_MINUS53, {Alg, NewSR}}. + +exro928ss_uniform(Range, {Alg, SR}) -> + {V, NewSR} = exro928ss_next(SR), + MaxMinusRange = ?BIT(58) - Range, + ?uniform_range(Range, Alg, NewSR, V, MaxMinusRange, I). + + +-spec exro928_jump({alg_handler(), exro928_state()}) -> + {alg_handler(), exro928_state()}. +exro928_jump({Alg, SR}) -> + {Alg,exro928_jump_2pow512(SR)}. + +-spec exro928_jump_2pow512(exro928_state()) -> exro928_state(). +exro928_jump_2pow512(SR) -> + polyjump( + SR, fun exro928_next_state/1, + %% 2^512 + [16#4085302F77130CA, 16#54E07F7F4524091, + 16#5E1D7D6813D2BA0, 16#4687ACEF8644287, + 16#4567FD9F0B83FE5, 16#43E6D27EA06C024, + 16#641E015AC26D5D2, 16#6CD61377663B92F, + 16#70A0657E19F00D4, 16#43C0BDDE15CF3C3, + 16#745A3A8A3CEF3CC, 16#58A8CF308C8E0C6, + 16#7B7C4CC049C536E, 16#431801F9DB3AF2C, + 16#41A1504ACD83F24, 16#6C41DCF2F867D7F]). + +-spec exro928_jump_2pow20(exro928_state()) -> exro928_state(). +exro928_jump_2pow20(SR) -> + polyjump( + SR, fun exro928_next_state/1, + %% 2^20 + [16#5B966A3DAF905E6, 16#601E9589C33DE2F, + 16#74A806C17E9E644, 16#59AFEB4F1DF6A43, + 16#46D8E75664A4268, 16#42E2C246BDA670C, + 16#4531FB8EBC73C70, 16#537F702069EFC52, + 16#4B6DC4D3AF15F8A, 16#5A4189F0050263D, + 16#46DF2EB1FEAF0FB, 16#77AC696A43CB9AC, + 16#4C5878C3549BD5B, 16#7CCF20BCF522920, + 16#415FEFCC78FF45E, 16#72CF460728C2FAF]). + +%% ===================================================================== %% exrop PRNG: Xoroshiro116+ %% %% Reference URL: http://xorshift.di.unimi.it/ @@ -899,6 +1233,15 @@ exs1024_jump({L, RL}, AS, JL, J, N, TN) -> -opaque exrop_state() :: nonempty_improper_list(uint58(), uint58()). -dialyzer({no_improper_lists, exrop_seed/1}). + +exrop_seed(L) when is_list(L) -> + [S0,S1] = seed58_nz(2, L), + [S0|S1]; +exrop_seed(X) when is_integer(X) -> + [S0,S1] = seed58(2, ?MASK(64, X)), + [S0|S1]; +%% +%% Traditional integer triplet seed exrop_seed({A1, A2, A3}) -> [_|S1] = exrop_next_s( @@ -962,6 +1305,142 @@ exrop_jump([S__0|S__1] = _S, S0, S1, J, Js) -> end. %% ===================================================================== +%% Mask and fill state list, ensure not all zeros +%% ===================================================================== + +seed58_nz(N, Ss) -> + seed_nz(N, Ss, 58, false). + +seed64_nz(N, Ss) -> + seed_nz(N, Ss, 64, false). + +seed_nz(_N, [], _M, false) -> + erlang:error(zero_seed); +seed_nz(0, [_|_], _M, _NZ) -> + erlang:error(too_many_seed_integers); +seed_nz(0, [], _M, _NZ) -> + []; +seed_nz(N, [], M, true) -> + [0|seed_nz(N - 1, [], M, true)]; +seed_nz(N, [S|Ss], M, NZ) -> + if + is_integer(S) -> + R = ?MASK(M, S), + [R|seed_nz(N - 1, Ss, M, NZ orelse R =/= 0)]; + true -> + erlang:error(non_integer_seed) + end. + +%% ===================================================================== +%% Splitmix seeders, lowest bits of SplitMix64, zeros skipped +%% ===================================================================== + +-spec seed58(non_neg_integer(), uint64()) -> list(uint58()). +seed58(0, _X) -> + []; +seed58(N, X) -> + {Z,NewX} = seed58(X), + [Z|seed58(N - 1, NewX)]. +%% +seed58(X_0) -> + {Z0,X} = splitmix64_next(X_0), + case ?MASK(58, Z0) of + 0 -> + seed58(X); + Z -> + {Z,X} + end. + +-spec seed64(non_neg_integer(), uint64()) -> list(uint64()). +seed64(0, _X) -> + []; +seed64(N, X) -> + {Z,NewX} = seed64(X), + [Z|seed64(N - 1, NewX)]. +%% +seed64(X_0) -> + {Z,X} = ZX = splitmix64_next(X_0), + if + Z =:= 0 -> + seed64(X); + true -> + ZX + end. + +%% The SplitMix64 generator: +%% +%% uint64_t splitmix64_next() { +%% uint64_t z = (x += 0x9e3779b97f4a7c15); +%% z = (z ^ (z >> 30)) * 0xbf58476d1ce4e5b9; +%% z = (z ^ (z >> 27)) * 0x94d049bb133111eb; +%% return z ^ (z >> 31); +%% } +%% +splitmix64_next(X_0) -> + X = ?MASK(64, X_0 + 16#9e3779b97f4a7c15), + Z_0 = ?MASK(64, (X bxor (X bsr 30)) * 16#bf58476d1ce4e5b9), + Z_1 = ?MASK(64, (Z_0 bxor (Z_0 bsr 27)) * 16#94d049bb133111eb), + {?MASK(64, Z_1 bxor (Z_1 bsr 31)),X}. + +%% ===================================================================== +%% Polynomial jump with a jump constant word list, +%% high bit in each word marking top of word, +%% SR is a {Forward, Reverse} queue tuple with Forward never empty +%% ===================================================================== + +polyjump({Ss, Rs} = SR, NextState, JumpConst) -> + %% Create new state accumulator T + Ts = lists:duplicate(length(Ss) + length(Rs), 0), + polyjump(SR, NextState, JumpConst, Ts). +%% +%% Foreach jump word +polyjump(_SR, _NextState, [], Ts) -> + %% Return new calculated state + {Ts, []}; +polyjump(SR, NextState, [J|Js], Ts) -> + polyjump(SR, NextState, Js, Ts, J). +%% +%% Foreach bit in jump word until top bit +polyjump(SR, NextState, Js, Ts, 1) -> + polyjump(SR, NextState, Js, Ts); +polyjump({Ss, Rs} = SR, NextState, Js, Ts, J) when J =/= 0 -> + NewSR = NextState(SR), + NewJ = J bsr 1, + case ?MASK(1, J) of + 0 -> + polyjump(NewSR, NextState, Js, Ts, NewJ); + 1 -> + %% Xor this state onto T + polyjump(NewSR, NextState, Js, xorzip_sr(Ts, Ss, Rs), NewJ) + end. + +xorzip_sr([], [], undefined) -> + []; +xorzip_sr(Ts, [], Rs) -> + xorzip_sr(Ts, lists:reverse(Rs), undefined); +xorzip_sr([T|Ts], [S|Ss], Rs) -> + [T bxor S|xorzip_sr(Ts, Ss, Rs)]. + +%% ===================================================================== + +format_jumpconst58(String) -> + ReOpts = [{newline,any},{capture,all_but_first,binary},global], + {match,Matches} = re:run(String, "0x([a-zA-Z0-9]+)", ReOpts), + format_jumcons58_matches(lists:reverse(Matches), 0). + +format_jumcons58_matches([], J) -> + format_jumpconst58_value(J); +format_jumcons58_matches([[Bin]|Matches], J) -> + NewJ = (J bsl 64) bor binary_to_integer(Bin, 16), + format_jumcons58_matches(Matches, NewJ). + +format_jumpconst58_value(0) -> + ok; +format_jumpconst58_value(J) -> + io:format("16#~s,~n", [integer_to_list(?MASK(58, J) bor ?BIT(58), 16)]), + format_jumpconst58_value(J bsr 58). + +%% ===================================================================== %% Ziggurat cont %% ===================================================================== -define(NOR_R, 3.6541528853610087963519472518). diff --git a/lib/stdlib/src/uri_string.erl b/lib/stdlib/src/uri_string.erl index f07307c039..d33dc89af8 100644 --- a/lib/stdlib/src/uri_string.erl +++ b/lib/stdlib/src/uri_string.erl @@ -415,7 +415,7 @@ transcode(URIString, Options) when is_list(URIString) -> %% (application/x-www-form-urlencoded encoding algorithm) %%------------------------------------------------------------------------- -spec compose_query(QueryList) -> QueryString when - QueryList :: [{unicode:chardata(), unicode:chardata()}], + QueryList :: [{unicode:chardata(), unicode:chardata() | true}], QueryString :: uri_string() | error(). compose_query(List) -> @@ -423,7 +423,7 @@ compose_query(List) -> -spec compose_query(QueryList, Options) -> QueryString when - QueryList :: [{unicode:chardata(), unicode:chardata()}], + QueryList :: [{unicode:chardata(), unicode:chardata() | true}], Options :: [{encoding, atom()}], QueryString :: uri_string() | error(). @@ -435,6 +435,11 @@ compose_query(List, Options) -> throw:{error, Atom, RestData} -> {error, Atom, RestData} end. %% +compose_query([{Key,true}|Rest], Options, IsList, Acc) -> + Separator = get_separator(Rest), + K = form_urlencode(Key, Options), + IsListNew = IsList orelse is_list(Key), + compose_query(Rest, Options, IsListNew, <<Acc/binary,K/binary,Separator/binary>>); compose_query([{Key,Value}|Rest], Options, IsList, Acc) -> Separator = get_separator(Rest), K = form_urlencode(Key, Options), @@ -454,7 +459,7 @@ compose_query([], _Options, IsList, Acc) -> %%------------------------------------------------------------------------- -spec dissect_query(QueryString) -> QueryList when QueryString :: uri_string(), - QueryList :: [{unicode:chardata(), unicode:chardata()}] + QueryList :: [{unicode:chardata(), unicode:chardata() | true}] | error(). dissect_query(<<>>) -> []; @@ -1889,13 +1894,12 @@ dissect_query_key(<<$=,T/binary>>, IsList, Acc, Key, Value) -> dissect_query_value(T, IsList, Acc, Key, Value); dissect_query_key(<<"&#",T/binary>>, IsList, Acc, Key, Value) -> dissect_query_key(T, IsList, Acc, <<Key/binary,"&#">>, Value); -dissect_query_key(<<$&,_T/binary>>, _IsList, _Acc, _Key, _Value) -> - throw({error, missing_value, "&"}); +dissect_query_key(T = <<$&,_/binary>>, IsList, Acc, Key, <<>>) -> + dissect_query_value(T, IsList, Acc, Key, true); dissect_query_key(<<H,T/binary>>, IsList, Acc, Key, Value) -> dissect_query_key(T, IsList, Acc, <<Key/binary,H>>, Value); -dissect_query_key(B, _, _, _, _) -> - throw({error, missing_value, B}). - +dissect_query_key(T = <<>>, IsList, Acc, Key, <<>>) -> + dissect_query_value(T, IsList, Acc, Key, true). dissect_query_value(<<$&,T/binary>>, IsList, Acc, Key, Value) -> K = form_urldecode(IsList, Key), @@ -1908,9 +1912,10 @@ dissect_query_value(<<>>, IsList, Acc, Key, Value) -> V = form_urldecode(IsList, Value), lists:reverse([{K,V}|Acc]). - %% HTML 5.2 - 4.10.21.6 URL-encoded form data - WHATWG URL (10 Jan 2018) - UTF-8 %% HTML 5.0 - 4.10.22.6 URL-encoded form data - decoding (non UTF-8) +form_urldecode(_, true) -> + true; form_urldecode(true, B) -> Result = base10_decode(form_urldecode(B, <<>>)), convert_to_list(Result, utf8); diff --git a/lib/stdlib/test/epp_SUITE.erl b/lib/stdlib/test/epp_SUITE.erl index 0ac99ad03a..a90beed4f3 100644 --- a/lib/stdlib/test/epp_SUITE.erl +++ b/lib/stdlib/test/epp_SUITE.erl @@ -1372,7 +1372,7 @@ otp_8562(Config) when is_list(Config) -> otp_8911(Config) when is_list(Config) -> case test_server:is_cover() of true -> - {skip, "Testing cover, so can not run when cover is already running"}; + {skip, "Testing cover, so cannot run when cover is already running"}; false -> do_otp_8911(Config) end. diff --git a/lib/stdlib/test/erl_lint_SUITE.erl b/lib/stdlib/test/erl_lint_SUITE.erl index f9ab83a120..c1613a7273 100644 --- a/lib/stdlib/test/erl_lint_SUITE.erl +++ b/lib/stdlib/test/erl_lint_SUITE.erl @@ -2730,7 +2730,7 @@ bif_clash(Config) when is_list(Config) -> [], {errors,[{2,erl_lint,{call_to_redefined_old_bif,{size,1}}}],[]}}, - %% Verify that warnings can not be turned off in the old way. + %% Verify that warnings cannot be turned off in the old way. {clash2, <<"-export([t/1,size/1]). t(X) -> diff --git a/lib/stdlib/test/ets_SUITE.erl b/lib/stdlib/test/ets_SUITE.erl index aa2e352c29..2c0692855f 100644 --- a/lib/stdlib/test/ets_SUITE.erl +++ b/lib/stdlib/test/ets_SUITE.erl @@ -67,6 +67,7 @@ meta_newdel_unnamed/1, meta_newdel_named/1]). -export([smp_insert/1, smp_fixed_delete/1, smp_unfix_fix/1, smp_select_delete/1, smp_select_replace/1, otp_8166/1, otp_8732/1, delete_unfix_race/1]). +-export([throughput_benchmark/0, test_throughput_benchmark/1]). -export([exit_large_table_owner/1, exit_many_large_table_owner/1, exit_many_tables_owner/1, @@ -144,7 +145,8 @@ all() -> massive_ets_all, take, whereis_table, - delete_unfix_race]. + delete_unfix_race, + test_throughput_benchmark]. groups() -> [{new, [], @@ -743,7 +745,7 @@ select_bound_chunk(_Config) -> repeat_for_opts(fun select_bound_chunk_do/1, [all_types]). select_bound_chunk_do(Opts) -> - T = ets:new(x, Opts), + T = ets_new(x, Opts), ets:insert(T, [{key, 1}]), {[{key, 1}], '$end_of_table'} = ets:select(T, [{{key,1},[],['$_']}], 100000), ok. @@ -789,7 +791,7 @@ check_badarg({'EXIT', {badarg, [{M,F,A,_} | _]}}, M, F, Args) -> %% Test ets:delete_all_objects/1. t_delete_all_objects(Config) when is_list(Config) -> EtsMem = etsmem(), - repeat_for_opts(fun t_delete_all_objects_do/1), + repeat_for_opts_all_set_table_types(fun t_delete_all_objects_do/1), verify_etsmem(EtsMem). get_kept_objects(T) -> @@ -809,7 +811,10 @@ t_delete_all_objects_do(Opts) -> true = ets:delete_all_objects(T), '$end_of_table' = ets:next(T,O), 0 = ets:info(T,size), - 4000 = get_kept_objects(T), + case ets:info(T,type) of + ordered_set -> ok; + _ -> 4000 = get_kept_objects(T) + end, ets:safe_fixtable(T,false), 0 = ets:info(T,size), 0 = get_kept_objects(T), @@ -820,7 +825,7 @@ t_delete_all_objects_do(Opts) -> ets:delete(T), %% Test delete_all_objects is atomic - T2 = ets:new(t_delete_all_objects, [public | Opts]), + T2 = ets_new(t_delete_all_objects, [public | Opts]), Self = self(), Inserters = [spawn_link(fun() -> inserter(T2, 100*1000, 1, Self) end) || _ <- [1,2,3,4]], [receive {Ipid, running} -> ok end || Ipid <- Inserters], @@ -2372,17 +2377,29 @@ write_concurrency(Config) when is_list(Config) -> Yes6 = ets_new(foo,[duplicate_bag,protected,{write_concurrency,true}]), No3 = ets_new(foo,[duplicate_bag,private,{write_concurrency,true}]), - No4 = ets_new(foo,[ordered_set,public,{write_concurrency,true}]), - No5 = ets_new(foo,[ordered_set,protected,{write_concurrency,true}]), - No6 = ets_new(foo,[ordered_set,private,{write_concurrency,true}]), - - No7 = ets_new(foo,[public,{write_concurrency,false}]), - No8 = ets_new(foo,[protected,{write_concurrency,false}]), + Yes7 = ets_new(foo,[ordered_set,public,{write_concurrency,true}]), + Yes8 = ets_new(foo,[ordered_set,protected,{write_concurrency,true}]), + Yes9 = ets_new(foo,[ordered_set,{write_concurrency,true}]), + Yes10 = ets_new(foo,[{write_concurrency,true},ordered_set,public]), + Yes11 = ets_new(foo,[{write_concurrency,true},ordered_set,protected]), + Yes12 = ets_new(foo,[set,{write_concurrency,false}, + {write_concurrency,true},ordered_set,public]), + Yes13 = ets_new(foo,[private,public,set,{write_concurrency,false}, + {write_concurrency,true},ordered_set]), + No4 = ets_new(foo,[ordered_set,private,{write_concurrency,true}]), + No5 = ets_new(foo,[ordered_set,public,{write_concurrency,false}]), + No6 = ets_new(foo,[ordered_set,protected,{write_concurrency,false}]), + No7 = ets_new(foo,[ordered_set,private,{write_concurrency,false}]), + + No8 = ets_new(foo,[public,{write_concurrency,false}]), + No9 = ets_new(foo,[protected,{write_concurrency,false}]), YesMem = ets:info(Yes1,memory), NoHashMem = ets:info(No1,memory), + YesTreeMem = ets:info(Yes7,memory), NoTreeMem = ets:info(No4,memory), - io:format("YesMem=~p NoHashMem=~p NoTreeMem=~p\n",[YesMem,NoHashMem,NoTreeMem]), + io:format("YesMem=~p NoHashMem=~p NoTreeMem=~p YesTreeMem=~p\n",[YesMem,NoHashMem, + NoTreeMem,YesTreeMem]), YesMem = ets:info(Yes2,memory), YesMem = ets:info(Yes3,memory), @@ -2391,13 +2408,24 @@ write_concurrency(Config) when is_list(Config) -> YesMem = ets:info(Yes6,memory), NoHashMem = ets:info(No2,memory), NoHashMem = ets:info(No3,memory), + YesTreeMem = ets:info(Yes7,memory), + YesTreeMem = ets:info(Yes8,memory), + YesTreeMem = ets:info(Yes9,memory), + YesTreeMem = ets:info(Yes10,memory), + YesTreeMem = ets:info(Yes11,memory), + YesTreeMem = ets:info(Yes12,memory), + YesTreeMem = ets:info(Yes13,memory), + NoTreeMem = ets:info(No4,memory), NoTreeMem = ets:info(No5,memory), NoTreeMem = ets:info(No6,memory), - NoHashMem = ets:info(No7,memory), + NoTreeMem = ets:info(No7,memory), NoHashMem = ets:info(No8,memory), + NoHashMem = ets:info(No9,memory), true = YesMem > NoHashMem, true = YesMem > NoTreeMem, + true = YesMem > YesTreeMem, + true = YesTreeMem < NoTreeMem, {'EXIT',{badarg,_}} = (catch ets_new(foo,[public,{write_concurrency,foo}])), {'EXIT',{badarg,_}} = (catch ets_new(foo,[public,{write_concurrency}])), @@ -2405,8 +2433,8 @@ write_concurrency(Config) when is_list(Config) -> {'EXIT',{badarg,_}} = (catch ets_new(foo,[public,write_concurrency])), lists:foreach(fun(T) -> ets:delete(T) end, - [Yes1,Yes2,Yes3,Yes4,Yes5,Yes6, - No1,No2,No3,No4,No5,No6,No7,No8]), + [Yes1,Yes2,Yes3,Yes4,Yes5,Yes6,Yes7,Yes8,Yes9,Yes10,Yes11,Yes12,Yes13, + No1,No2,No3,No4,No5,No6,No7,No8,No9]), verify_etsmem(EtsMem), ok. @@ -3051,24 +3079,26 @@ pick_all_backwards(T) -> %% Small test case for both set and bag type ets tables. setbag(Config) when is_list(Config) -> EtsMem = etsmem(), - Set = ets_new(set,[set]), - Bag = ets_new(bag,[bag]), - Key = {foo,bar}, - - %% insert some value - ets:insert(Set,{Key,val1}), - ets:insert(Bag,{Key,val1}), - - %% insert new value for same key again - ets:insert(Set,{Key,val2}), - ets:insert(Bag,{Key,val2}), - - %% check - [{Key,val2}] = ets:lookup(Set,Key), - [{Key,val1},{Key,val2}] = ets:lookup(Bag,Key), - - true = ets:delete(Set), - true = ets:delete(Bag), + lists:foreach(fun(SetType) -> + Set = ets_new(SetType,[SetType]), + Bag = ets_new(bag,[bag]), + Key = {foo,bar}, + + %% insert some value + ets:insert(Set,{Key,val1}), + ets:insert(Bag,{Key,val1}), + + %% insert new value for same key again + ets:insert(Set,{Key,val2}), + ets:insert(Bag,{Key,val2}), + + %% check + [{Key,val2}] = ets:lookup(Set,Key), + [{Key,val1},{Key,val2}] = ets:lookup(Bag,Key), + + true = ets:delete(Set), + true = ets:delete(Bag) + end, [set, cat_ord_set,stim_cat_ord_set,ordered_set]), verify_etsmem(EtsMem). %% Test case to check proper return values for illegal ets_new() calls. @@ -3101,11 +3131,13 @@ named(Config) when is_list(Config) -> %% Test case to check if specified keypos works. keypos2(Config) when is_list(Config) -> EtsMem = etsmem(), - Tab = make_table(foo, - [set,{keypos,2}], - [{val,key}, {val2,key}]), - [{val2,key}] = ets:lookup(Tab,key), - true = ets:delete(Tab), + lists:foreach(fun(SetType) -> + Tab = make_table(foo, + [SetType,{keypos,2}], + [{val,key}, {val2,key}]), + [{val2,key}] = ets:lookup(Tab,key), + true = ets:delete(Tab) + end, [set, cat_ord_set,stim_cat_ord_set,ordered_set]), verify_etsmem(EtsMem). %% Privacy check. Check that a named(public/private/protected) table @@ -3197,7 +3229,7 @@ rotate_tuple(Tuple, N) -> %% Check lookup in an empty table and lookup of a non-existing key. empty(Config) when is_list(Config) -> - repeat_for_opts(fun empty_do/1). + repeat_for_opts_all_table_types(fun empty_do/1). empty_do(Opts) -> EtsMem = etsmem(), @@ -3210,7 +3242,7 @@ empty_do(Opts) -> %% Check proper return values for illegal insert operations. badinsert(Config) when is_list(Config) -> - repeat_for_opts(fun badinsert_do/1). + repeat_for_opts_all_table_types(fun badinsert_do/1). badinsert_do(Opts) -> EtsMem = etsmem(), @@ -3234,7 +3266,7 @@ badinsert_do(Opts) -> time_lookup(Config) when is_list(Config) -> %% just for timing, really EtsMem = etsmem(), - Values = repeat_for_opts(fun time_lookup_do/1), + Values = repeat_for_opts_all_table_types(fun time_lookup_do/1), verify_etsmem(EtsMem), {comment,lists:flatten(io_lib:format( "~p ets lookups/s",[Values]))}. @@ -3431,7 +3463,7 @@ delete_tab_do(Opts) -> %% Check that ets:delete/1 works and that other processes can run. delete_large_tab(Config) when is_list(Config) -> - ct:timetrap({minutes,30}), %% valgrind needs a lot + ct:timetrap({minutes,60}), %% valgrind needs a lot Data = [{erlang:phash2(I, 16#ffffff),I} || I <- lists:seq(1, 200000)], EtsMem = etsmem(), repeat_for_opts(fun(Opts) -> delete_large_tab_do(Opts,Data) end), @@ -3440,10 +3472,18 @@ delete_large_tab(Config) when is_list(Config) -> delete_large_tab_do(Opts,Data) -> delete_large_tab_1(foo_hash, Opts, Data, false), delete_large_tab_1(foo_tree, [ordered_set | Opts], Data, false), - delete_large_tab_1(foo_hash, Opts, Data, true). + delete_large_tab_1(foo_tree, [stim_cat_ord_set | Opts], Data, false), + delete_large_tab_1(foo_hash_fix, Opts, Data, true). delete_large_tab_1(Name, Flags, Data, Fix) -> + case is_redundant_opts_combo(Flags) of + true -> skip; + false -> + delete_large_tab_2(Name, Flags, Data, Fix) + end. + +delete_large_tab_2(Name, Flags, Data, Fix) -> Tab = ets_new(Name, Flags), ets:insert(Tab, Data), @@ -3511,9 +3551,17 @@ delete_large_named_table(Config) when is_list(Config) -> delete_large_named_table_do(Opts,Data) -> delete_large_named_table_1(foo_hash, [named_table | Opts], Data, false), delete_large_named_table_1(foo_tree, [ordered_set,named_table | Opts], Data, false), + delete_large_named_table_1(foo_tree, [stim_cat_ord_set,named_table | Opts], Data, false), delete_large_named_table_1(foo_hash, [named_table | Opts], Data, true). delete_large_named_table_1(Name, Flags, Data, Fix) -> + case is_redundant_opts_combo(Flags) of + true -> skip; + false -> + delete_large_named_table_2(Name, Flags, Data, Fix) + end. + +delete_large_named_table_2(Name, Flags, Data, Fix) -> Tab = ets_new(Name, Flags), ets:insert(Tab, Data), @@ -3548,16 +3596,27 @@ evil_delete_do(Opts,Data) -> verify_etsmem(EtsMem), evil_delete_owner(foo_tree, [ordered_set | Opts], Data, false), verify_etsmem(EtsMem), + evil_delete_owner(foo_catree, [stim_cat_ord_set | Opts], Data, false), + verify_etsmem(EtsMem), TabA = evil_delete_not_owner(foo_hash, Opts, Data, false), verify_etsmem(EtsMem), TabB = evil_delete_not_owner(foo_hash, Opts, Data, true), verify_etsmem(EtsMem), TabC = evil_delete_not_owner(foo_tree, [ordered_set | Opts], Data, false), verify_etsmem(EtsMem), + TabD = evil_delete_not_owner(foo_catree, [stim_cat_ord_set | Opts], Data, false), + verify_etsmem(EtsMem), lists:foreach(fun(T) -> undefined = ets:info(T) end, - [TabA,TabB,TabC]). + [TabA,TabB,TabC,TabD]). evil_delete_not_owner(Name, Flags, Data, Fix) -> + case is_redundant_opts_combo(Flags) of + true -> skip; + false -> + evil_delete_not_owner_1(Name, Flags, Data, Fix) + end. + +evil_delete_not_owner_1(Name, Flags, Data, Fix) -> io:format("Not owner: ~p, fix = ~p", [Name,Fix]), Tab = ets_new(Name, [public|Flags]), ets:insert(Tab, Data), @@ -3583,6 +3642,13 @@ evil_delete_not_owner(Name, Flags, Data, Fix) -> Tab. evil_delete_owner(Name, Flags, Data, Fix) -> + case is_redundant_opts_combo(Flags) of + true -> skip; + false -> + evil_delete_owner_1(Name, Flags, Data, Fix) + end. + +evil_delete_owner_1(Name, Flags, Data, Fix) -> Fun = fun() -> Tab = ets_new(Name, [public|Flags]), ets:insert(Tab, Data), @@ -3770,7 +3836,7 @@ verify_rescheduling_exit(Config, ForEachData, Flags, Fix, NOTabs, NOProcs) -> %% Make sure that slots for ets tables are cleared properly. table_leak(Config) when is_list(Config) -> - repeat_for_opts(fun(Opts) -> table_leak_1(Opts,20000) end). + repeat_for_opts_all_non_stim_table_types(fun(Opts) -> table_leak_1(Opts,20000) end). table_leak_1(_,0) -> ok; table_leak_1(Opts,N) -> @@ -3833,7 +3899,7 @@ match_delete3_do(Opts) -> %% Test ets:first/1 & ets:next/2. firstnext(Config) when is_list(Config) -> - repeat_for_opts(fun firstnext_do/1). + repeat_for_opts_all_set_table_types(fun firstnext_do/1). firstnext_do(Opts) -> EtsMem = etsmem(), @@ -3855,15 +3921,20 @@ firstnext_collect(Tab,Key,List) -> %% Tests ets:first/1 & ets:next/2. firstnext_concurrent(Config) when is_list(Config) -> - register(master, self()), - ets_init(?MODULE, 20), - [dynamic_go() || _ <- lists:seq(1, 2)], - receive - after 5000 -> ok - end. + lists:foreach( + fun(TableType) -> + register(master, self()), + TableName = list_to_atom(atom_to_list(?MODULE) ++ atom_to_list(TableType)), + ets_init(TableName, 20, TableType), + [dynamic_go(TableName) || _ <- lists:seq(1, 2)], + receive + after 5000 -> ok + end, + unregister(master) + end, repeat_for_opts_atom2list(ord_set_types)). -ets_init(Tab, N) -> - ets_new(Tab, [named_table,public,ordered_set]), +ets_init(Tab, N, TableType) -> + ets_new(Tab, [named_table,public,TableType]), cycle(Tab, lists:seq(1,N+1)). cycle(_Tab, [H|T]) when H > length(T)-> ok; @@ -3871,9 +3942,9 @@ cycle(Tab, L) -> ets:insert(Tab,list_to_tuple(L)), cycle(Tab, tl(L)++[hd(L)]). -dynamic_go() -> my_spawn_link(fun dynamic_init/0). +dynamic_go(TableName) -> my_spawn_link(fun() -> dynamic_init(TableName) end). -dynamic_init() -> [dyn_lookup(?MODULE) || _ <- lists:seq(1, 10)]. +dynamic_init(TableName) -> [dyn_lookup(TableName) || _ <- lists:seq(1, 10)]. dyn_lookup(T) -> dyn_lookup(T, ets:first(T)). @@ -3891,7 +3962,7 @@ dyn_lookup(T, K) -> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% slot(Config) when is_list(Config) -> - repeat_for_opts(fun slot_do/1). + repeat_for_opts_all_set_table_types(fun slot_do/1). slot_do(Opts) -> EtsMem = etsmem(), @@ -3916,7 +3987,7 @@ slot_loop(Tab,SlotNo,EltsSoFar) -> match1(Config) when is_list(Config) -> - repeat_for_opts(fun match1_do/1). + repeat_for_opts_all_set_table_types(fun match1_do/1). match1_do(Opts) -> EtsMem = etsmem(), @@ -3979,7 +4050,7 @@ match2_do(Opts) -> %% Some ets:match_object tests. match_object(Config) when is_list(Config) -> - repeat_for_opts(fun match_object_do/1). + repeat_for_opts_all_set_table_types(fun match_object_do/1). match_object_do(Opts) -> EtsMem = etsmem(), @@ -4079,7 +4150,7 @@ match_object_do(Opts) -> %% Tests that db_match_object does not generate a `badarg' when %% resuming a search with no previous matches. match_object2(Config) when is_list(Config) -> - repeat_for_opts(fun match_object2_do/1). + repeat_for_opts_all_table_types(fun match_object2_do/1). match_object2_do(Opts) -> EtsMem = etsmem(), @@ -4104,18 +4175,21 @@ match_object2_do(Opts) -> %% OTP-3319. Test tab2list. tab2list(Config) when is_list(Config) -> - EtsMem = etsmem(), - Tab = make_table(foo, - [ordered_set], - [{a,b}, {c,b}, {b,b}, {a,c}]), - [{a,c},{b,b},{c,b}] = ets:tab2list(Tab), - true = ets:delete(Tab), - verify_etsmem(EtsMem). + repeat_for_all_ord_set_table_types( + fun(Opts) -> + EtsMem = etsmem(), + Tab = make_table(foo, + Opts, + [{a,b}, {c,b}, {b,b}, {a,c}]), + [{a,c},{b,b},{c,b}] = ets:tab2list(Tab), + true = ets:delete(Tab), + verify_etsmem(EtsMem) + end). %% Simple general small test. If this fails, ets is in really bad %% shape. misc1(Config) when is_list(Config) -> - repeat_for_opts(fun misc1_do/1). + repeat_for_opts_all_table_types(fun misc1_do/1). misc1_do(Opts) -> EtsMem = etsmem(), @@ -4133,7 +4207,7 @@ misc1_do(Opts) -> %% Check the safe_fixtable function. safe_fixtable(Config) when is_list(Config) -> - repeat_for_opts(fun safe_fixtable_do/1). + repeat_for_opts_all_table_types(fun safe_fixtable_do/1). safe_fixtable_do(Opts) -> EtsMem = etsmem(), @@ -4191,10 +4265,42 @@ safe_fixtable_do(Opts) -> %% Tests ets:info result for required tuples. info(Config) when is_list(Config) -> - repeat_for_opts(fun info_do/1). + repeat_for_opts_all_table_types(fun info_do/1). info_do(Opts) -> EtsMem = etsmem(), + TableType = lists:foldl( + fun(Item, Curr) -> + case Item of + set -> set; + ordered_set -> ordered_set; + cat_ord_set -> ordered_set; + stim_cat_ord_set -> ordered_set; + bag -> bag; + duplicate_bag -> duplicate_bag; + _ -> Curr + end + end, set, Opts), + PublicOrCurr = + fun(Curr) -> + case lists:member({write_concurrency, false}, Opts) or + lists:member(private, Opts) or + lists:member(protected, Opts) of + true -> Curr; + false -> public + end + end, + Protection = lists:foldl( + fun(Item, Curr) -> + case Item of + public -> public; + protected -> protected; + private -> private; + cat_ord_set -> PublicOrCurr(Curr); %% Special items + stim_cat_ord_set -> PublicOrCurr(Curr); + _ -> Curr + end + end, protected, Opts), MeMyselfI=self(), ThisNode=node(), Tab = ets_new(foobar, [{keypos, 2} | Opts]), @@ -4208,9 +4314,9 @@ info_do(Opts) -> {value, {size, 0}} = lists:keysearch(size, 1, Res), {value, {node, ThisNode}} = lists:keysearch(node, 1, Res), {value, {named_table, false}} = lists:keysearch(named_table, 1, Res), - {value, {type, set}} = lists:keysearch(type, 1, Res), + {value, {type, TableType}} = lists:keysearch(type, 1, Res), {value, {keypos, 2}} = lists:keysearch(keypos, 1, Res), - {value, {protection, protected}} = + {value, {protection, Protection}} = lists:keysearch(protection, 1, Res), {value, {id, Tab}} = lists:keysearch(id, 1, Res), true = ets:delete(Tab), @@ -4255,20 +4361,29 @@ dups_do(Opts) -> %% Test the ets:tab2file function on an empty ets table. tab2file(Config) when is_list(Config) -> FName = filename:join([proplists:get_value(priv_dir, Config),"tab2file_case"]), - tab2file_do(FName, []), - tab2file_do(FName, [{sync,true}]), - tab2file_do(FName, [{sync,false}]), - {'EXIT',{{badmatch,{error,_}},_}} = (catch tab2file_do(FName, [{sync,yes}])), - {'EXIT',{{badmatch,{error,_}},_}} = (catch tab2file_do(FName, [sync])), + tab2file_do(FName, [], set), + tab2file_do(FName, [], ordered_set), + tab2file_do(FName, [], cat_ord_set), + tab2file_do(FName, [], stim_cat_ord_set), + tab2file_do(FName, [{sync,true}], set), + tab2file_do(FName, [{sync,false}], set), + {'EXIT',{{badmatch,{error,_}},_}} = (catch tab2file_do(FName, [{sync,yes}], set)), + {'EXIT',{{badmatch,{error,_}},_}} = (catch tab2file_do(FName, [sync], set)), ok. -tab2file_do(FName, Opts) -> +tab2file_do(FName, Opts, TableType) -> %% Write an empty ets table to a file, read back and check properties. - Tab = ets_new(ets_SUITE_foo_tab, [named_table, set, public, + Tab = ets_new(ets_SUITE_foo_tab, [named_table, TableType, public, {keypos, 2}, compressed, {write_concurrency,true}, {read_concurrency,true}]), + ActualTableType = + case TableType of + cat_ord_set -> ordered_set; + stim_cat_ord_set -> ordered_set; + _ -> TableType + end, catch file:delete(FName), Res = ets:tab2file(Tab, FName, Opts), true = ets:delete(Tab), @@ -4279,7 +4394,7 @@ tab2file_do(FName, Opts) -> public = ets:info(Tab2, protection), true = ets:info(Tab2, named_table), 2 = ets:info(Tab2, keypos), - set = ets:info(Tab2, type), + ActualTableType = ets:info(Tab2, type), true = ets:info(Tab2, compressed), Smp = erlang:system_info(smp_support), Smp = ets:info(Tab2, read_concurrency), @@ -4292,7 +4407,7 @@ tab2file_do(FName, Opts) -> tab2file2(Config) when is_list(Config) -> repeat_for_opts(fun(Opts) -> tab2file2_do(Opts, Config) - end, [[set,bag],compressed]). + end, [[stim_cat_ord_set,cat_ord_set,set,bag],compressed]). tab2file2_do(Opts, Config) -> EtsMem = etsmem(), @@ -4353,7 +4468,7 @@ fill_tab2(Tab, Val, Num) -> %% Test verification of tables with object count extended_info. tabfile_ext1(Config) when is_list(Config) -> - repeat_for_opts(fun(Opts) -> tabfile_ext1_do(Opts, Config) end). + repeat_for_opts_all_set_table_types(fun(Opts) -> tabfile_ext1_do(Opts, Config) end). tabfile_ext1_do(Opts,Config) -> FName = filename:join([proplists:get_value(priv_dir, Config),"nisse.dat"]), @@ -4391,7 +4506,7 @@ tabfile_ext1_do(Opts,Config) -> %% Test verification of tables with md5sum extended_info. tabfile_ext2(Config) when is_list(Config) -> - repeat_for_opts(fun(Opts) -> tabfile_ext2_do(Opts,Config) end). + repeat_for_opts_all_set_table_types(fun(Opts) -> tabfile_ext2_do(Opts,Config) end). tabfile_ext2_do(Opts,Config) -> FName = filename:join([proplists:get_value(priv_dir, Config),"olle.dat"]), @@ -4428,71 +4543,77 @@ tabfile_ext2_do(Opts,Config) -> %% Test verification of (named) tables without extended info. tabfile_ext3(Config) when is_list(Config) -> - FName = filename:join([proplists:get_value(priv_dir, Config),"namn.dat"]), - FName2 = filename:join([proplists:get_value(priv_dir, Config),"ncountflip.dat"]), - L = lists:seq(1,10), - Name = make_ref(), - ?MODULE = ets_new(?MODULE,[named_table]), - [ets:insert(?MODULE,{X,integer_to_list(X)}) || X <- L], - ets:tab2file(?MODULE,FName), - {error,cannot_create_table} = ets:file2tab(FName), - true = ets:delete(?MODULE), - {ok,?MODULE} = ets:file2tab(FName), - true = ets:delete(?MODULE), - disk_log:open([{name,Name},{file,FName}]), - {_,[H2|T2]} = disk_log:chunk(Name,start), - disk_log:close(Name), - NewT2=lists:keydelete(8,1,T2), - file:delete(FName2), - disk_log:open([{name,Name},{file,FName2},{mode,read_write}]), - disk_log:log_terms(Name,[H2|NewT2]), - disk_log:close(Name), - 9 = length(ets:tab2list(element(2,ets:file2tab(FName2)))), - true = ets:delete(?MODULE), - {error,invalid_object_count} = ets:file2tab(FName2,[{verify,true}]), - {'EXIT',_} = (catch ets:delete(?MODULE)), - {ok,_} = ets:tabfile_info(FName2), - {ok,_} = ets:tabfile_info(FName), - file:delete(FName), - file:delete(FName2), + repeat_for_all_set_table_types( + fun(Opts) -> + FName = filename:join([proplists:get_value(priv_dir, Config),"namn.dat"]), + FName2 = filename:join([proplists:get_value(priv_dir, Config),"ncountflip.dat"]), + L = lists:seq(1,10), + Name = make_ref(), + ?MODULE = ets_new(?MODULE,[named_table|Opts]), + [ets:insert(?MODULE,{X,integer_to_list(X)}) || X <- L], + ets:tab2file(?MODULE,FName), + {error,cannot_create_table} = ets:file2tab(FName), + true = ets:delete(?MODULE), + {ok,?MODULE} = ets:file2tab(FName), + true = ets:delete(?MODULE), + disk_log:open([{name,Name},{file,FName}]), + {_,[H2|T2]} = disk_log:chunk(Name,start), + disk_log:close(Name), + NewT2=lists:keydelete(8,1,T2), + file:delete(FName2), + disk_log:open([{name,Name},{file,FName2},{mode,read_write}]), + disk_log:log_terms(Name,[H2|NewT2]), + disk_log:close(Name), + 9 = length(ets:tab2list(element(2,ets:file2tab(FName2)))), + true = ets:delete(?MODULE), + {error,invalid_object_count} = ets:file2tab(FName2,[{verify,true}]), + {'EXIT',_} = (catch ets:delete(?MODULE)), + {ok,_} = ets:tabfile_info(FName2), + {ok,_} = ets:tabfile_info(FName), + file:delete(FName), + file:delete(FName2) + end), ok. %% Tests verification of large table with md5 sum. tabfile_ext4(Config) when is_list(Config) -> - FName = filename:join([proplists:get_value(priv_dir, Config),"bauta.dat"]), - LL = lists:seq(1,10000), - TL = ets_new(x,[]), - Name2 = make_ref(), - [ets:insert(TL,{X,integer_to_list(X)}) || X <- LL], - ok = ets:tab2file(TL,FName,[{extended_info,[md5sum]}]), - {ok, Name2} = disk_log:open([{name, Name2}, {file, FName}, - {mode, read_only}]), - {C,[_|_]} = disk_log:chunk(Name2,start), - {_,[_|_]} = disk_log:chunk(Name2,C), - disk_log:close(Name2), - true = lists:sort(ets:tab2list(TL)) =:= - lists:sort(ets:tab2list(element(2,ets:file2tab(FName)))), - Res = [begin - {ok,FD} = file:open(FName,[binary,read,write]), - {ok, Bin} = file:pread(FD,0,1000), - <<B1:N/binary,Ch:8,B2/binary>> = Bin, - Ch2 = (Ch + 1) rem 255, - Bin2 = <<B1/binary,Ch2:8,B2/binary>>, - ok = file:pwrite(FD,0,Bin2), - ok = file:close(FD), - X = case ets:file2tab(FName) of - {ok,TL2} -> - true = lists:sort(ets:tab2list(TL)) =/= - lists:sort(ets:tab2list(TL2)); - _ -> - totally_broken - end, - {error,Y} = ets:file2tab(FName,[{verify,true}]), - ets:tab2file(TL,FName,[{extended_info,[md5sum]}]), - {X,Y} - end || N <- lists:seq(500,600)], - io:format("~p~n",[Res]), - file:delete(FName), + repeat_for_all_set_table_types( + fun(Opts) -> + FName = filename:join([proplists:get_value(priv_dir, Config),"bauta.dat"]), + LL = lists:seq(1,10000), + TL = ets_new(x,Opts), + Name2 = make_ref(), + [ets:insert(TL,{X,integer_to_list(X)}) || X <- LL], + ok = ets:tab2file(TL,FName,[{extended_info,[md5sum]}]), + {ok, Name2} = disk_log:open([{name, Name2}, {file, FName}, + {mode, read_only}]), + {C,[_|_]} = disk_log:chunk(Name2,start), + {_,[_|_]} = disk_log:chunk(Name2,C), + disk_log:close(Name2), + true = lists:sort(ets:tab2list(TL)) =:= + lists:sort(ets:tab2list(element(2,ets:file2tab(FName)))), + Res = [begin + {ok,FD} = file:open(FName,[binary,read,write]), + {ok, Bin} = file:pread(FD,0,1000), + <<B1:N/binary,Ch:8,B2/binary>> = Bin, + Ch2 = (Ch + 1) rem 255, + Bin2 = <<B1/binary,Ch2:8,B2/binary>>, + ok = file:pwrite(FD,0,Bin2), + ok = file:close(FD), + X = case ets:file2tab(FName) of + {ok,TL2} -> + true = lists:sort(ets:tab2list(TL)) =/= + lists:sort(ets:tab2list(TL2)); + _ -> + totally_broken + end, + {error,Y} = ets:file2tab(FName,[{verify,true}]), + ets:tab2file(TL,FName,[{extended_info,[md5sum]}]), + {X,Y} + end || N <- lists:seq(500,600)], + io:format("~p~n",[Res]), + file:delete(FName) + end), ok. %% Test that no disk_log is left open when file has been corrupted. @@ -4556,11 +4677,11 @@ make_sub_binary(List, Num) when is_list(List) -> %% Perform multiple lookups for every key in a large table. heavy_lookup(Config) when is_list(Config) -> - repeat_for_opts(fun heavy_lookup_do/1). + repeat_for_opts_all_set_table_types(fun heavy_lookup_do/1). heavy_lookup_do(Opts) -> EtsMem = etsmem(), - Tab = ets_new(foobar_table, [set, protected, {keypos, 2} | Opts]), + Tab = ets_new(foobar_table, [{keypos, 2} | Opts]), ok = fill_tab2(Tab, 0, 7000), _ = [do_lookup(Tab, 6999) || _ <- lists:seq(1, 50)], true = ets:delete(Tab), @@ -4579,11 +4700,11 @@ do_lookup(Tab, N) -> %% Perform multiple lookups for every element in a large table. heavy_lookup_element(Config) when is_list(Config) -> - repeat_for_opts(fun heavy_lookup_element_do/1). + repeat_for_opts_all_set_table_types(fun heavy_lookup_element_do/1). heavy_lookup_element_do(Opts) -> EtsMem = etsmem(), - Tab = ets_new(foobar_table, [set, protected, {keypos, 2} | Opts]), + Tab = ets_new(foobar_table, [{keypos, 2} | Opts]), ok = fill_tab2(Tab, 0, 7000), %% lookup ALL elements 50 times Laps = 50 div syrup_factor(), @@ -4606,14 +4727,14 @@ do_lookup_element(Tab, N, M) -> heavy_concurrent(Config) when is_list(Config) -> - ct:timetrap({minutes,30}), %% valgrind needs a lot of time - repeat_for_opts(fun do_heavy_concurrent/1). + ct:timetrap({minutes,120}), %% valgrind needs a lot of time + repeat_for_opts_all_set_table_types(fun do_heavy_concurrent/1). do_heavy_concurrent(Opts) -> Size = 10000, Laps = 10000 div syrup_factor(), EtsMem = etsmem(), - Tab = ets_new(blupp, [set, public, {keypos, 2} | Opts]), + Tab = ets_new(blupp, [public, {keypos, 2} | Opts]), ok = fill_tab2(Tab, 0, Size), Procs = lists:map( fun (N) -> @@ -4647,48 +4768,68 @@ do_heavy_concurrent_proc(Tab, N, Offs) -> fold_empty(Config) when is_list(Config) -> - EtsMem = etsmem(), - Tab = make_table(a, [], []), - [] = ets:foldl(fun(_X) -> exit(hej) end, [], Tab), - [] = ets:foldr(fun(_X) -> exit(hej) end, [], Tab), - true = ets:delete(Tab), - verify_etsmem(EtsMem). + repeat_for_opts_all_set_table_types( + fun(Opts) -> + EtsMem = etsmem(), + Tab = make_table(a, Opts, []), + [] = ets:foldl(fun(_X) -> exit(hej) end, [], Tab), + [] = ets:foldr(fun(_X) -> exit(hej) end, [], Tab), + true = ets:delete(Tab), + verify_etsmem(EtsMem) + end), + ok. foldl(Config) when is_list(Config) -> - EtsMem = etsmem(), - L = [{a,1}, {c,3}, {b,2}], - LS = lists:sort(L), - Tab = make_table(a, [bag], L), - LS = lists:sort(ets:foldl(fun(E,A) -> [E|A] end, [], Tab)), - true = ets:delete(Tab), - verify_etsmem(EtsMem). + repeat_for_opts_all_table_types( + fun(Opts) -> + EtsMem = etsmem(), + L = [{a,1}, {c,3}, {b,2}], + LS = lists:sort(L), + Tab = make_table(a, Opts, L), + LS = lists:sort(ets:foldl(fun(E,A) -> [E|A] end, [], Tab)), + true = ets:delete(Tab), + verify_etsmem(EtsMem) + end), + ok. foldr(Config) when is_list(Config) -> - EtsMem = etsmem(), - L = [{a,1}, {c,3}, {b,2}], - LS = lists:sort(L), - Tab = make_table(a, [bag], L), - LS = lists:sort(ets:foldr(fun(E,A) -> [E|A] end, [], Tab)), - true = ets:delete(Tab), - verify_etsmem(EtsMem). + repeat_for_opts_all_table_types( + fun(Opts) -> + EtsMem = etsmem(), + L = [{a,1}, {c,3}, {b,2}], + LS = lists:sort(L), + Tab = make_table(a, Opts, L), + LS = lists:sort(ets:foldr(fun(E,A) -> [E|A] end, [], Tab)), + true = ets:delete(Tab), + verify_etsmem(EtsMem) + end), + ok. foldl_ordered(Config) when is_list(Config) -> - EtsMem = etsmem(), - L = [{a,1}, {c,3}, {b,2}], - LS = lists:sort(L), - Tab = make_table(a, [ordered_set], L), - LS = lists:reverse(ets:foldl(fun(E,A) -> [E|A] end, [], Tab)), - true = ets:delete(Tab), - verify_etsmem(EtsMem). + repeat_for_opts_all_ord_set_table_types( + fun(Opts) -> + EtsMem = etsmem(), + L = [{a,1}, {c,3}, {b,2}], + LS = lists:sort(L), + Tab = make_table(a, Opts, L), + LS = lists:reverse(ets:foldl(fun(E,A) -> [E|A] end, [], Tab)), + true = ets:delete(Tab), + verify_etsmem(EtsMem) + end), + ok. foldr_ordered(Config) when is_list(Config) -> - EtsMem = etsmem(), - L = [{a,1}, {c,3}, {b,2}], - LS = lists:sort(L), - Tab = make_table(a, [ordered_set], L), - LS = ets:foldr(fun(E,A) -> [E|A] end, [], Tab), - true = ets:delete(Tab), - verify_etsmem(EtsMem). + repeat_for_opts_all_ord_set_table_types( + fun(Opts) -> + EtsMem = etsmem(), + L = [{a,1}, {c,3}, {b,2}], + LS = lists:sort(L), + Tab = make_table(a, Opts, L), + LS = ets:foldr(fun(E,A) -> [E|A] end, [], Tab), + true = ets:delete(Tab), + verify_etsmem(EtsMem) + end), + ok. %% Test ets:member BIF. member(Config) when is_list(Config) -> @@ -5087,27 +5228,30 @@ gen_dets_filename(Config,N) -> "testdets_" ++ integer_to_list(N) ++ ".dets"). otp_6842_select_1000(Config) when is_list(Config) -> - Tab = ets_new(xxx,[ordered_set]), - [ets:insert(Tab,{X,X}) || X <- lists:seq(1,10000)], - AllTrue = lists:duplicate(10,true), - AllTrue = - [ length( - element(1, - ets:select(Tab,[{'_',[],['$_']}],X*1000))) =:= - X*1000 || X <- lists:seq(1,10) ], - Sequences = [[1000,1000,1000,1000,1000,1000,1000,1000,1000,1000], - [2000,2000,2000,2000,2000], - [3000,3000,3000,1000], - [4000,4000,2000], - [5000,5000], - [6000,4000], - [7000,3000], - [8000,2000], - [9000,1000], - [10000]], - AllTrue = [ check_seq(Tab, ets:select(Tab,[{'_',[],['$_']}],hd(L)),L) || - L <- Sequences ], - ets:delete(Tab), + repeat_for_opts_all_ord_set_table_types( + fun(Opts) -> + Tab = ets_new(xxx,Opts), + [ets:insert(Tab,{X,X}) || X <- lists:seq(1,10000)], + AllTrue = lists:duplicate(10,true), + AllTrue = + [ length( + element(1, + ets:select(Tab,[{'_',[],['$_']}],X*1000))) =:= + X*1000 || X <- lists:seq(1,10) ], + Sequences = [[1000,1000,1000,1000,1000,1000,1000,1000,1000,1000], + [2000,2000,2000,2000,2000], + [3000,3000,3000,1000], + [4000,4000,2000], + [5000,5000], + [6000,4000], + [7000,3000], + [8000,2000], + [9000,1000], + [10000]], + AllTrue = [ check_seq(Tab, ets:select(Tab,[{'_',[],['$_']}],hd(L)),L) || + L <- Sequences ], + ets:delete(Tab) + end), ok. check_seq(_,'$end_of_table',[]) -> @@ -5119,17 +5263,21 @@ check_seq(A,B,C) -> false. otp_6338(Config) when is_list(Config) -> - L = binary_to_term(<<131,108,0,0,0,2,104,2,108,0,0,0,2,103,100,0,19,112,112, - 98,49,95,98,115,49,50,64,98,108,97,100,101,95,48,95,53, - 0,0,33,50,0,0,0,4,1,98,0,0,23,226,106,100,0,4,101,120, - 105,116,104,2,108,0,0,0,2,104,2,100,0,3,115,98,109,100, - 0,19,112,112,98,50,95,98,115,49,50,64,98,108,97,100, - 101,95,48,95,56,98,0,0,18,231,106,100,0,4,114,101,99, - 118,106>>), - T = ets_new(xxx,[ordered_set]), - lists:foreach(fun(X) -> ets:insert(T,X) end,L), - [[4839,recv]] = ets:match(T,{[{sbm,ppb2_bs12@blade_0_8},'$1'],'$2'}), - ets:delete(T). + repeat_for_opts_all_ord_set_table_types( + fun(Opts) -> + L = binary_to_term(<<131,108,0,0,0,2,104,2,108,0,0,0,2,103,100,0,19,112,112, + 98,49,95,98,115,49,50,64,98,108,97,100,101,95,48,95,53, + 0,0,33,50,0,0,0,4,1,98,0,0,23,226,106,100,0,4,101,120, + 105,116,104,2,108,0,0,0,2,104,2,100,0,3,115,98,109,100, + 0,19,112,112,98,50,95,98,115,49,50,64,98,108,97,100, + 101,95,48,95,56,98,0,0,18,231,106,100,0,4,114,101,99, + 118,106>>), + T = ets_new(xxx,Opts), + lists:foreach(fun(X) -> ets:insert(T,X) end,L), + [[4839,recv]] = ets:match(T,{[{sbm,ppb2_bs12@blade_0_8},'$1'],'$2'}), + ets:delete(T) + end), + ok. %% Elements could come in the wrong order in a bag if a rehash occurred. otp_5340(Config) when is_list(Config) -> @@ -5199,7 +5347,7 @@ otp_7665_act(Tab,Min,Max,DelNr) -> %% Whitebox testing of meta name table hashing. meta_wb(Config) when is_list(Config) -> EtsMem = etsmem(), - repeat_for_opts(fun meta_wb_do/1), + repeat_for_opts_all_non_stim_table_types(fun meta_wb_do/1), verify_etsmem(EtsMem). @@ -5268,13 +5416,16 @@ colliding_names(Name) -> %% OTP_6913: Grow and shrink. grow_shrink(Config) when is_list(Config) -> - EtsMem = etsmem(), - - Set = ets_new(a, [set]), - grow_shrink_0(0, 3071, 3000, 5000, Set), - ets:delete(Set), - - verify_etsmem(EtsMem). + repeat_for_all_set_table_types( + fun(Opts) -> + EtsMem = etsmem(), + + Set = ets_new(a, Opts), + grow_shrink_0(0, 3071, 3000, 5000, Set), + ets:delete(Set), + + verify_etsmem(EtsMem) + end). grow_shrink_0(N, _, _, Max, _) when N >= Max -> ok; @@ -5304,7 +5455,8 @@ grow_pseudo_deleted(Config) when is_list(Config) -> grow_pseudo_deleted_do() -> lists:foreach(fun(Type) -> grow_pseudo_deleted_do(Type) end, - [set,bag,duplicate_bag]). + [set,cat_ord_set,stim_cat_ord_set, + ordered_set,bag,duplicate_bag]). grow_pseudo_deleted_do(Type) -> process_flag(scheduler,1), @@ -5319,7 +5471,12 @@ grow_pseudo_deleted_do(Type) -> [true]}]), Left = Mult*(Mod-1), Left = ets:info(T,size), - Mult = get_kept_objects(T), + case Type of + cat_ord_set -> ok; + stim_cat_ord_set -> ok; + ordered_set -> ok; + _ -> Mult = get_kept_objects(T) + end, filltabstr(T,Mult), my_spawn_opt( fun() -> @@ -5357,7 +5514,8 @@ shrink_pseudo_deleted(Config) when is_list(Config) -> shrink_pseudo_deleted_do() -> lists:foreach(fun(Type) -> shrink_pseudo_deleted_do(Type) end, - [set,bag,duplicate_bag]). + [set,cat_ord_set,stim_cat_ord_set, + ordered_set,bag,duplicate_bag]). shrink_pseudo_deleted_do(Type) -> process_flag(scheduler,1), @@ -5371,7 +5529,12 @@ shrink_pseudo_deleted_do(Type) -> [{'>', '$1', Half}], [true]}]), Half = ets:info(T,size), - Half = get_kept_objects(T), + case Type of + cat_ord_set -> ok; + stim_cat_ord_set -> ok; + ordered_set -> ok; + _ -> Half = get_kept_objects(T) + end, my_spawn_opt( fun()-> true = ets:info(T,fixed), Self ! start, @@ -5471,10 +5634,14 @@ meta_newdel_named(Config) when is_list(Config) -> %% Concurrent insert's on same table. smp_insert(Config) when is_list(Config) -> - ets_new(smp_insert,[named_table,public,{write_concurrency,true}]), + repeat_for_opts(fun smp_insert_do/1, + [[set,ordered_set,stim_cat_ord_set]]). + +smp_insert_do(Opts) -> + ets_new(smp_insert,[named_table,public,{write_concurrency,true}|Opts]), InitF = fun(_) -> ok end, ExecF = fun(_) -> true = ets:insert(smp_insert,{rand:uniform(10000)}) - end, + end, FiniF = fun(_) -> ok end, run_smp_workers(InitF,ExecF,FiniF,100000), verify_table_load(smp_insert), @@ -5482,33 +5649,41 @@ smp_insert(Config) when is_list(Config) -> %% Concurrent deletes on same fixated table. smp_fixed_delete(Config) when is_list(Config) -> - only_if_smp(fun()->smp_fixed_delete_do() end). - -smp_fixed_delete_do() -> - T = ets_new(foo,[public,{write_concurrency,true}]), - %%Mem = ets:info(T,memory), - NumOfObjs = 100000, - filltabint(T,NumOfObjs), - ets:safe_fixtable(T,true), - Buckets = num_of_buckets(T), - InitF = fun([ProcN,NumOfProcs|_]) -> {ProcN,NumOfProcs} end, - ExecF = fun({Key,_}) when Key > NumOfObjs -> - [end_of_work]; - ({Key,Increment}) -> - true = ets:delete(T,Key), - {Key+Increment,Increment} - end, - FiniF = fun(_) -> ok end, - run_sched_workers(InitF,ExecF,FiniF,NumOfObjs), - 0 = ets:info(T,size), - true = ets:info(T,fixed), - Buckets = num_of_buckets(T), - NumOfObjs = get_kept_objects(T), - ets:safe_fixtable(T,false), - %% Will fail as unfix does not shrink the table: - %%Mem = ets:info(T,memory), - %%verify_table_load(T), - ets:delete(T). + only_if_smp(fun()-> + repeat_for_opts(fun smp_fixed_delete_do/1, + [[set,ordered_set,stim_cat_ord_set]]) + end). + +smp_fixed_delete_do(Opts) -> + begin + T = ets_new(foo,[public,{write_concurrency,true}|Opts]), + %%Mem = ets:info(T,memory), + NumOfObjs = 100000, + filltabint(T,NumOfObjs), + ets:safe_fixtable(T,true), + Buckets = num_of_buckets(T), + InitF = fun([ProcN,NumOfProcs|_]) -> {ProcN,NumOfProcs} end, + ExecF = fun({Key,_}) when Key > NumOfObjs -> + [end_of_work]; + ({Key,Increment}) -> + true = ets:delete(T,Key), + {Key+Increment,Increment} + end, + FiniF = fun(_) -> ok end, + run_sched_workers(InitF,ExecF,FiniF,NumOfObjs), + 0 = ets:info(T,size), + true = ets:info(T,fixed), + Buckets = num_of_buckets(T), + case ets:info(T,type) of + set -> NumOfObjs = get_kept_objects(T); + _ -> ok + end, + ets:safe_fixtable(T,false), + %% Will fail as unfix does not shrink the table: + %%Mem = ets:info(T,memory), + %%verify_table_load(T), + ets:delete(T) + end. %% ERL-720 %% Provoke race between ets:delete and table unfix (by select_count) @@ -5551,7 +5726,12 @@ delete_unfix_race(Config) when is_list(Config) -> verify_etsmem(EtsMem). num_of_buckets(T) -> - element(1,ets:info(T,stats)). + case ets:info(T,type) of + set -> element(1,ets:info(T,stats)); + bag -> element(1,ets:info(T,stats)); + duplicate_bag -> element(1,ets:info(T,stats)); + _ -> ok + end. %% Fixate hash table while other process is busy doing unfix. smp_unfix_fix(Config) when is_list(Config) -> @@ -5716,98 +5896,112 @@ otp_8166_zombie_creator(T,Deleted) -> verify_table_load(T) -> - Stats = ets:info(T,stats), - {Buckets,AvgLen,StdDev,ExpSD,_MinLen,_MaxLen,_} = Stats, - ok = if - AvgLen > 1.2 -> - io:format("Table overloaded: Stats=~p\n~p\n", - [Stats, ets:info(T)]), - false; - - Buckets>256, AvgLen < 0.47 -> - io:format("Table underloaded: Stats=~p\n~p\n", - [Stats, ets:info(T)]), - false; - - StdDev > ExpSD*2 -> - io:format("Too large standard deviation (poor hashing?)," - " stats=~p\n~p\n",[Stats, ets:info(T)]), - false; - - true -> - io:format("Stats = ~p\n",[Stats]), - ok - end. + case ets:info(T,type) of + ordered_set -> ok; + _ -> + Stats = ets:info(T,stats), + {Buckets,AvgLen,StdDev,ExpSD,_MinLen,_MaxLen,_} = Stats, + ok = if + AvgLen > 1.2 -> + io:format("Table overloaded: Stats=~p\n~p\n", + [Stats, ets:info(T)]), + false; + + Buckets>256, AvgLen < 0.47 -> + io:format("Table underloaded: Stats=~p\n~p\n", + [Stats, ets:info(T)]), + false; + + StdDev > ExpSD*2 -> + io:format("Too large standard deviation (poor hashing?)," + " stats=~p\n~p\n",[Stats, ets:info(T)]), + false; + + true -> + io:format("Stats = ~p\n",[Stats]), + ok + end + end. %% ets:select on a tree with NIL key object. otp_8732(Config) when is_list(Config) -> - Tab = ets_new(noname,[ordered_set]), - filltabstr(Tab,999), - ets:insert(Tab,{[],"nasty NIL object"}), - [] = ets:match(Tab,{'_',nomatch}), %% Will hang if bug not fixed + repeat_for_all_ord_set_table_types( + fun(Opts) -> + Tab = ets_new(noname,Opts), + filltabstr(Tab,999), + ets:insert(Tab,{[],"nasty NIL object"}), + [] = ets:match(Tab,{'_',nomatch}) %% Will hang if bug not fixed + end), ok. %% Run concurrent select_delete (and inserts) on same table. smp_select_delete(Config) when is_list(Config) -> - T = ets_new(smp_select_delete,[named_table,public,{write_concurrency,true}]), - Mod = 17, - Zeros = erlang:make_tuple(Mod,0), - InitF = fun(_) -> Zeros end, - ExecF = fun(Diffs0) -> - case rand:uniform(20) of - 1 -> - Mod = 17, - Eq = rand:uniform(Mod) - 1, - Deleted = ets:select_delete(T, - [{{'_', '$1'}, - [{'=:=', {'rem', '$1', Mod}, Eq}], - [true]}]), - Diffs1 = setelement(Eq+1, Diffs0, - element(Eq+1,Diffs0) - Deleted), - Diffs1; - _ -> - Key = rand:uniform(10000), - Eq = Key rem Mod, - case ets:insert_new(T,{Key,Key}) of - true -> - Diffs1 = setelement(Eq+1, Diffs0, - element(Eq+1,Diffs0)+1), - Diffs1; - false -> Diffs0 - end - end - end, - FiniF = fun(Result) -> Result end, - Results = run_sched_workers(InitF,ExecF,FiniF,20000), - TotCnts = lists:foldl(fun(Diffs, Sum) -> add_lists(Sum,tuple_to_list(Diffs)) end, - lists:duplicate(Mod, 0), Results), - io:format("TotCnts = ~p\n",[TotCnts]), - LeftInTab = lists:foldl(fun(N,Sum) -> Sum+N end, - 0, TotCnts), - io:format("LeftInTab = ~p\n",[LeftInTab]), - LeftInTab = ets:info(T,size), - lists:foldl(fun(Cnt,Eq) -> - WasCnt = ets:select_count(T, - [{{'_', '$1'}, - [{'=:=', {'rem', '$1', Mod}, Eq}], - [true]}]), - io:format("~p: ~p =?= ~p\n",[Eq,Cnt,WasCnt]), - Cnt = WasCnt, - Eq+1 - end, - 0, TotCnts), - %% May fail as select_delete does not shrink table (enough) - %%verify_table_load(T), - LeftInTab = ets:select_delete(T, [{{'$1','$1'}, [], [true]}]), - 0 = ets:info(T,size), - false = ets:info(T,fixed), - ets:delete(T). + repeat_for_opts(fun smp_select_delete_do/1, + [[set,ordered_set,stim_cat_ord_set], read_concurrency, compressed]). + +smp_select_delete_do(Opts) -> + begin % indentation + T = ets_new(smp_select_delete,[named_table,public,{write_concurrency,true}|Opts]), + Mod = 17, + Zeros = erlang:make_tuple(Mod,0), + InitF = fun(_) -> Zeros end, + ExecF = fun(Diffs0) -> + case rand:uniform(20) of + 1 -> + Mod = 17, + Eq = rand:uniform(Mod) - 1, + Deleted = ets:select_delete(T, + [{{'_', '$1'}, + [{'=:=', {'rem', '$1', Mod}, Eq}], + [true]}]), + Diffs1 = setelement(Eq+1, Diffs0, + element(Eq+1,Diffs0) - Deleted), + Diffs1; + _ -> + Key = rand:uniform(10000), + Eq = Key rem Mod, + case ets:insert_new(T,{Key,Key}) of + true -> + Diffs1 = setelement(Eq+1, Diffs0, + element(Eq+1,Diffs0)+1), + Diffs1; + false -> Diffs0 + end + end + end, + FiniF = fun(Result) -> Result end, + Results = run_sched_workers(InitF,ExecF,FiniF,20000), + TotCnts = lists:foldl(fun(Diffs, Sum) -> add_lists(Sum,tuple_to_list(Diffs)) end, + lists:duplicate(Mod, 0), Results), + io:format("TotCnts = ~p\n",[TotCnts]), + LeftInTab = lists:foldl(fun(N,Sum) -> Sum+N end, + 0, TotCnts), + io:format("LeftInTab = ~p\n",[LeftInTab]), + LeftInTab = ets:info(T,size), + lists:foldl(fun(Cnt,Eq) -> + WasCnt = ets:select_count(T, + [{{'_', '$1'}, + [{'=:=', {'rem', '$1', Mod}, Eq}], + [true]}]), + io:format("~p: ~p =?= ~p\n",[Eq,Cnt,WasCnt]), + Cnt = WasCnt, + Eq+1 + end, + 0, TotCnts), + %% May fail as select_delete does not shrink table (enough) + %%verify_table_load(T), + LeftInTab = ets:select_delete(T, [{{'$1','$1'}, [], [true]}]), + 0 = ets:info(T,size), + false = ets:info(T,fixed), + ets:delete(T) + end, % indentation + ok. smp_select_replace(Config) when is_list(Config) -> repeat_for_opts(fun smp_select_replace_do/1, - [[set,ordered_set,duplicate_bag]]). + [[set,ordered_set,stim_cat_ord_set,duplicate_bag]]). smp_select_replace_do(Opts) -> T = ets_new(smp_select_replace, @@ -5847,7 +6041,8 @@ smp_select_replace_do(Opts) -> %% Test different types. types(Config) when is_list(Config) -> init_externals(), - repeat_for_opts(fun types_do/1, [[set,ordered_set],compressed]). + repeat_for_opts(fun types_do/1, [repeat_for_opts_atom2list(set_types), + compressed]). types_do(Opts) -> EtsMem = etsmem(), @@ -5874,7 +6069,7 @@ types_do(Opts) -> %% OTP-9932: Memory overwrite when inserting large integers in compressed bag. %% Will crash with segv on 64-bit opt if not fixed. otp_9932(Config) when is_list(Config) -> - T = ets:new(xxx, [bag, compressed]), + T = ets_new(xxx, [bag, compressed]), Fun = fun(N) -> Key = {1316110174588445 bsl N,1316110174588583 bsl N}, S = {Key, Key}, @@ -5890,48 +6085,56 @@ otp_9932(Config) when is_list(Config) -> %% vm-deadlock caused by race between ets:delete and others on %% write_concurrency table. otp_9423(Config) when is_list(Config) -> - InitF = fun(_) -> {0,0} end, - ExecF = fun({S,F}) -> - receive - stop -> - io:format("~p got stop\n", [self()]), - [end_of_work | {"Succeded=",S,"Failed=",F}] - after 0 -> - %%io:format("~p (~p) doing lookup\n", [self(), {S,F}]), - try ets:lookup(otp_9423, key) of - [] -> {S+1,F} - catch - error:badarg -> {S,F+1} - end - end - end, - FiniF = fun(R) -> R end, - case run_smp_workers(InitF, ExecF, FiniF, infinite, 1) of - Pids when is_list(Pids) -> - %%[P ! start || P <- Pids], - repeat(fun() -> ets:new(otp_9423, [named_table, public, {write_concurrency,true}]), - ets:delete(otp_9423) - end, 10000), - [P ! stop || P <- Pids], - wait_pids(Pids), - ok; + repeat_for_all_non_stim_set_table_types( + fun(Opts) -> + InitF = fun(_) -> {0,0} end, + ExecF = fun({S,F}) -> + receive + stop -> + io:format("~p got stop\n", [self()]), + [end_of_work | {"Succeded=",S,"Failed=",F}] + after 0 -> + %%io:format("~p (~p) doing lookup\n", [self(), {S,F}]), + try ets:lookup(otp_9423, key) of + [] -> {S+1,F} + catch + error:badarg -> {S,F+1} + end + end + end, + FiniF = fun(R) -> R end, + case run_smp_workers(InitF, ExecF, FiniF, infinite, 1) of + Pids when is_list(Pids) -> + %%[P ! start || P <- Pids], + repeat(fun() -> ets_new(otp_9423, [named_table, public, + {write_concurrency,true}|Opts]), + ets:delete(otp_9423) + end, 10000), + [P ! stop || P <- Pids], + wait_pids(Pids), + ok; + + Skipped -> Skipped + end + end). - Skipped -> Skipped - end. %% Corrupted binary in compressed table otp_10182(Config) when is_list(Config) -> - Bin = <<"aHR0cDovL2hvb3RzdWl0ZS5jb20vYy9wcm8tYWRyb2xsLWFi">>, - Key = {test, Bin}, - Value = base64:decode(Bin), - In = {Key,Value}, - Db = ets:new(undefined, [set, protected, {read_concurrency, true}, compressed]), - ets:insert(Db, In), - [Out] = ets:lookup(Db, Key), - io:format("In : ~p\nOut: ~p\n", [In,Out]), - ets:delete(Db), - In = Out. + repeat_for_opts_all_table_types( + fun(Opts) -> + Bin = <<"aHR0cDovL2hvb3RzdWl0ZS5jb20vYy9wcm8tYWRyb2xsLWFi">>, + Key = {test, Bin}, + Value = base64:decode(Bin), + In = {Key,Value}, + Db = ets_new(undefined, Opts), + ets:insert(Db, In), + [Out] = ets:lookup(Db, Key), + io:format("In : ~p\nOut: ~p\n", [In,Out]), + ets:delete(Db), + In = Out + end). %% Test that ets:all include/exclude tables that we know are created/deleted ets_all(Config) when is_list(Config) -> @@ -6022,19 +6225,23 @@ take(Config) when is_list(Config) -> ets:insert(T1, {{'not',<<"immediate">>},ok}), [{{'not',<<"immediate">>},ok}] = ets:take(T1, {'not',<<"immediate">>}), %% Same with ordered tables. - T2 = ets_new(b, [ordered_set]), - [] = ets:take(T2, foo), - ets:insert(T2, {foo,bar}), - [] = ets:take(T2, bar), - [{foo,bar}] = ets:take(T2, foo), - [] = ets:tab2list(T2), - ets:insert(T2, {{'not',<<"immediate">>},ok}), - [{{'not',<<"immediate">>},ok}] = ets:take(T2, {'not',<<"immediate">>}), - %% Arithmetically-equal keys. - ets:insert(T2, [{1.0,float},{2,integer}]), - [{1.0,float}] = ets:take(T2, 1), - [{2,integer}] = ets:take(T2, 2.0), - [] = ets:tab2list(T2), + repeat_for_all_ord_set_table_types( + fun(Opts) -> + T2 = ets_new(b, Opts), + [] = ets:take(T2, foo), + ets:insert(T2, {foo,bar}), + [] = ets:take(T2, bar), + [{foo,bar}] = ets:take(T2, foo), + [] = ets:tab2list(T2), + ets:insert(T2, {{'not',<<"immediate">>},ok}), + [{{'not',<<"immediate">>},ok}] = ets:take(T2, {'not',<<"immediate">>}), + %% Arithmetically-equal keys. + ets:insert(T2, [{1.0,float},{2,integer}]), + [{1.0,float}] = ets:take(T2, 1), + [{2,integer}] = ets:take(T2, 2.0), + [] = ets:tab2list(T2), + ets:delete(T2) + end), %% Same with bag. T3 = ets_new(c, [bag]), ets:insert(T3, [{1,1},{1,2},{3,3}]), @@ -6042,7 +6249,6 @@ take(Config) when is_list(Config) -> [{3,3}] = ets:take(T3, 3), [] = ets:tab2list(T3), ets:delete(T1), - ets:delete(T2), ets:delete(T3), ok. @@ -6077,9 +6283,371 @@ whereis_table(Config) when is_list(Config) -> ok. -%% -%% Utility functions: -%% + +%% The following work functions are used by +%% throughput_benchmark/4. They are declared on the top level beacuse +%% declaring them as function local funs cause a scalability issue. +get_op([{_,O}], _RandNum) -> + O; +get_op([{Prob,O}|Rest], RandNum) -> + case RandNum < Prob of + true -> O; + false -> get_op(Rest, RandNum) + end. +do_op(Table, ProbHelpTab, Range, Operations) -> + RandNum = rand:uniform(), + Op = get_op(ProbHelpTab, RandNum), + #{ Op := TheOp} = Operations, + TheOp(Table, Range). +do_work(WorksDoneSoFar, Table, ProbHelpTab, Range, Operations) -> + receive + stop -> WorksDoneSoFar + after + 0 -> do_op(Table, ProbHelpTab, Range, Operations), + do_work(WorksDoneSoFar + 1, Table, ProbHelpTab, Range, Operations) + end. + +prefill_table(T, KeyRange, Num) -> + Seed = rand:uniform(KeyRange), + %%io:format("prefill_table: Seed = ~p\n", [Seed]), + RState = unique_rand_start(KeyRange, Seed), + prefill_table_loop(T, RState, Num), + Num = ets:info(T, size). + +prefill_table_loop(_, _, 0) -> + ok; +prefill_table_loop(T, RS0, N) -> + {Key, RS1} = unique_rand_next(RS0), + ets:insert(T, {Key}), + prefill_table_loop(T, RS1, N-1). + +throughput_benchmark() -> + throughput_benchmark(false, not_set, not_set). + +throughput_benchmark(TestMode, BenchmarkRunMs, RecoverTimeMs) -> + NrOfSchedulers = erlang:system_info(schedulers), + %% Definitions of operations that are supported by the benchmark + NextSeqOp = + fun (T, KeyRange, SeqSize) -> + Start = rand:uniform(KeyRange), + Last = + lists:foldl( + fun(_, Prev) -> + case Prev of + '$end_of_table'-> ok; + _ -> + try ets:next(T, Prev) of + Normal -> Normal + catch + error:badarg -> + % sets (not ordered_sets) cannot handle when the argument + % to next is not in the set + rand:uniform(KeyRange) + end + end + end, + Start, + lists:seq(1, SeqSize)), + case Last =:= -1 of + true -> io:format("Will never be printed"); + false -> ok + end + end, + PartialSelectOp = + fun (T, KeyRange, SeqSize) -> + Start = rand:uniform(KeyRange), + Last = Start + SeqSize, + case -1 =:= ets:select_count(T, + ets:fun2ms(fun({X}) when X > Start andalso X =< Last -> true end)) of + true -> io:format("Will never be printed"); + false -> ok + end + + end, + %% Mapping benchmark operation names to their corresponding functions that do them + Operations = + #{insert => + fun(T,KeyRange) -> + Num = rand:uniform(KeyRange), + ets:insert(T, {Num}) + end, + delete => + fun(T,KeyRange) -> + Num = rand:uniform(KeyRange), + ets:delete(T, Num) + end, + lookup => + fun(T,KeyRange) -> + Num = rand:uniform(KeyRange), + ets:lookup(T, Num) + end, + nextseq10 => + fun(T,KeyRange) -> NextSeqOp(T,KeyRange,10) end, + nextseq100 => + fun(T,KeyRange) -> NextSeqOp(T,KeyRange,100) end, + nextseq1000 => + fun(T,KeyRange) -> NextSeqOp(T,KeyRange,1000) end, + selectAll => + fun(T,_KeyRange) -> + case -1 =:= ets:select_count(T, ets:fun2ms(fun(X) -> true end)) of + true -> io:format("Will never be printed"); + false -> ok + end + end, + partial_select1000 => + fun(T,KeyRange) -> PartialSelectOp(T,KeyRange,1000) end + }, + %% Helper functions + CalculateThreadCounts = fun Calculate([Count|Rest]) -> + case Count > NrOfSchedulers of + true -> lists:reverse(Rest); + false -> Calculate([Count*2,Count|Rest]) + end + end, + CalculateOpsProbHelpTab = + fun Calculate([{_, OpName}], _) -> + [{1.0, OpName}]; + Calculate([{OpPropability, OpName}|Res], Current) -> + NewCurrent = Current + OpPropability, + [{NewCurrent, OpName}| Calculate(Res, NewCurrent)] + end, + RenderScenario = + fun R([], StringSoFar) -> + StringSoFar; + R([{Fraction, Operation}], StringSoFar) -> + io_lib:format("~s ~f% ~p",[StringSoFar, Fraction * 100.0, Operation]); + R([{Fraction, Operation}|Rest], StringSoFar) -> + R(Rest, + io_lib:format("~s ~f% ~p, ",[StringSoFar, Fraction * 100.0, Operation])) + end, + SafeFixTableIfRequired = + fun(Table, Scenario, On) -> + case set =:= ets:info(Table, type) of + true -> + HasNotRequiringOp = + lists:search( + fun({_,nextseq10}) -> true; + ({_,nextseq100}) -> true; + ({_,nextseq1000}) -> true; + (_) -> false + end, Scenario), + case HasNotRequiringOp of + false -> ok; + _ -> ets:safe_fixtable(Table, On) + end; + false -> ok + end + end, + %% Function that runs a benchmark instance and returns the number + %% of operations that were performed + RunBenchmark = + fun(NrOfProcs, TableConfig, Scenario, + Range, Duration, RecoverTime) -> + ProbHelpTab = CalculateOpsProbHelpTab(Scenario, 0), + Table = ets:new(t, TableConfig), + prefill_table(Table, Range, Range div 2), + SafeFixTableIfRequired(Table, Scenario, true), + ParentPid = self(), + ChildPids = + lists:map( + fun(_N) -> + spawn(fun() -> + receive start -> ok end, + WorksDone = + do_work(0, Table, ProbHelpTab, Range, Operations), + ParentPid ! WorksDone + end) + end, lists:seq(1, NrOfProcs)), + lists:foreach(fun(Pid) -> Pid ! start end, ChildPids), + timer:sleep(Duration), + lists:foreach(fun(Pid) -> Pid ! stop end, ChildPids), + TotalWorksDone = lists:foldl( + fun(_, Sum) -> + receive + Count -> Sum + Count + end + end, 0, ChildPids), + SafeFixTableIfRequired(Table, Scenario, false), + ets:delete(Table), + timer:sleep(RecoverTime), + TotalWorksDone + end, + %% + %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + %%%% Benchmark Configuration %%%%%%%%%%%%%%%%%%%%%%%% + %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + %% + %% Change the following variables to configure the benchmark runs + ThreadCounts = + case TestMode of + true -> [1, NrOfSchedulers]; + false -> CalculateThreadCounts([1]) + end, + KeyRanges = % Sizes of the key ranges + case TestMode of + true -> [50000]; + false -> [1000000] + end, + Duration = + case BenchmarkRunMs of % Duration of a benchmark run in milliseconds + not_set -> 30000; + _ -> BenchmarkRunMs + end, + TimeMsToSleepAfterEachBenchmarkRun = + case RecoverTimeMs of + not_set -> 1000; + _ -> RecoverTimeMs + end, + TableTypes = % The table types that will be benchmarked + [ + [ordered_set, public], + [ordered_set, public, {write_concurrency, true}], + [ordered_set, public, {read_concurrency, true}], + [ordered_set, public, {write_concurrency, true}, {read_concurrency, true}], + [set, public], + [set, public, {write_concurrency, true}], + [set, public, {read_concurrency, true}], + [set, public, {write_concurrency, true}, {read_concurrency, true}] + ], + Scenarios = % Benchmark scenarios (the fractions should add up to approximately 1.0) + [ + [ + {0.5, insert}, + {0.5, delete} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.8, lookup} + ], + [ + {0.01, insert}, + {0.01, delete}, + {0.98, lookup} + ], + [ + {1.0, lookup} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.4, lookup}, + {0.4, nextseq10} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.4, lookup}, + {0.4, nextseq100} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.4, lookup}, + {0.4, nextseq1000} + ], + [ + {1.0, nextseq1000} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.79, lookup}, + {0.01, selectAll} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.7999, lookup}, + {0.0001, selectAll} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.799999, lookup}, + {0.000001, selectAll} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.79, lookup}, + {0.01, partial_select1000} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.7999, lookup}, + {0.0001, partial_select1000} + ], + [ + {0.1, insert}, + {0.1, delete}, + {0.799999, lookup}, + {0.000001, partial_select1000} + ] + ], + %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + %%%% End of Benchmark Configuration %%%%%%%%%%%%%%%% + %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + %% Prepare for memory check + EtsMem = case TestMode of + true -> etsmem(); + false -> ok + end, + %% Run the benchmark + io:format("# Each instance of the benchmark runs for ~w seconds:~n", [Duration/1000]), + io:format("# The result of a benchmark instance is presented as a number representing~n"), + io:format("# the number of operations performed per second:~n~n~n"), + io:format("# To plot graphs for the results below:~n"), + io:format("# 1. Open \"$ERL_TOP/lib/stdlib/test/ets_SUITE_data/visualize_throughput.html\" in a web browser~n"), + io:format("# 2. Copy the lines between \"#BENCHMARK STARTED$\" and \"#BENCHMARK ENDED$\" below~n"), + io:format("# 3. Paste the lines copied in step 2 to the text box in the browser window opened in~n"), + io:format("# step 1 and press the Render button~n~n"), + io:format("#BENCHMARK STARTED$~n"), + %% The following loop runs all benchmark scenarios and prints the results (i.e, operations/second) + lists:foreach( + fun(KeyRange) -> + lists:foreach( + fun(Scenario) -> + io:format("Scenario: ~s | Key Range Size: ~w$~n", + [RenderScenario(Scenario, ""), + KeyRange]), + lists:foreach( + fun(ThreadCount) -> + io:format("; ~w",[ThreadCount]) + end, + ThreadCounts), + io:format("$~n",[]), + lists:foreach( + fun(TableType) -> + io:format("~w ",[TableType]), + lists:foreach( + fun(ThreadCount) -> + Result = RunBenchmark(ThreadCount, + TableType, + Scenario, + KeyRange, + Duration, + TimeMsToSleepAfterEachBenchmarkRun), + io:format("; ~f",[Result/(Duration/1000.0)]) + end, + ThreadCounts), + io:format("$~n",[]) + end, + TableTypes) + end, + Scenarios) + end, + KeyRanges), + io:format("~n#BENCHMARK ENDED$~n~n"), + case TestMode of + true -> verify_etsmem(EtsMem); + false -> ok + end. + +test_throughput_benchmark(Config) when is_list(Config) -> + throughput_benchmark(true, 100, 0). + add_lists(L1,L2) -> add_lists(L1,L2,[]). @@ -6140,8 +6708,11 @@ wait_pids(Pids, Acc) -> {Pid,Result} -> true = lists:member(Pid,Pids), Others = lists:delete(Pid,Pids), - io:format("wait_pid got ~p from ~p, still waiting for ~p\n",[Result,Pid,Others]), + %%io:format("wait_pid got ~p from ~p\n",[Result,Pid]), wait_pids(Others,[Result | Acc]) + after 60*1000 -> + io:format("Still waiting for workers ~p\n",[Pids]), + wait_pids(Pids, Acc) end. @@ -6165,48 +6736,25 @@ wait_for_memory_deallocations() -> wait_for_memory_deallocations() end. - etsmem() -> - wait_for_memory_deallocations(), - - AllTabs = lists:map(fun(T) -> {T,ets:info(T,name),ets:info(T,size), - ets:info(T,memory),ets:info(T,type)} - end, ets:all()), - - EtsAllocInfo = erlang:system_info({allocator,ets_alloc}), - ErlangMemoryEts = try erlang:memory(ets) catch error:notsup -> notsup end, - - Mem = - {ErlangMemoryEts, - case EtsAllocInfo of - false -> undefined; - MemInfo -> - CS = lists:foldl( - fun ({instance, _, L}, Acc) -> - {value,{mbcs,MBCS}} = lists:keysearch(mbcs, 1, L), - {value,{sbcs,SBCS}} = lists:keysearch(sbcs, 1, L), - NewAcc = [MBCS, SBCS | Acc], - case lists:keysearch(mbcs_pool, 1, L) of - {value,{mbcs_pool, MBCS_POOL}} -> - [MBCS_POOL|NewAcc]; - _ -> NewAcc - end - end, - [], - MemInfo), - lists:foldl( - fun(L, {Bl0,BlSz0}) -> - {value,BlTup} = lists:keysearch(blocks, 1, L), - blocks = element(1, BlTup), - Bl = element(2, BlTup), - {value,BlSzTup} = lists:keysearch(blocks_size, 1, L), - blocks_size = element(1, BlSzTup), - BlSz = element(2, BlSzTup), - {Bl0+Bl,BlSz0+BlSz} - end, {0,0}, CS) - end}, - {Mem,AllTabs}. + % The following is done twice to avoid an inconsistent memory + % "snapshot" (see verify_etsmem/2). + lists:foldl( + fun(_,_) -> + wait_for_memory_deallocations(), + + AllTabs = lists:map(fun(T) -> {T,ets:info(T,name),ets:info(T,size), + ets:info(T,memory),ets:info(T,type)} + end, ets:all()), + EtsAllocSize = erts_debug:alloc_blocks_size(ets_alloc), + ErlangMemoryEts = try erlang:memory(ets) catch error:notsup -> notsup end, + + Mem = {ErlangMemoryEts, EtsAllocSize}, + {Mem, AllTabs} + end, + not_used, + lists:seq(1,2)). verify_etsmem(MI) -> wait_for_test_procs(), @@ -6227,15 +6775,15 @@ verify_etsmem({MemInfo,AllTabs}, Try) -> end; {MemInfo2, AllTabs2} -> - io:format("Expected: ~p", [MemInfo]), - io:format("Actual: ~p", [MemInfo2]), - io:format("Changed tables before: ~p\n",[AllTabs -- AllTabs2]), - io:format("Changed tables after: ~p\n", [AllTabs2 -- AllTabs]), + io:format("#Expected: ~p", [MemInfo]), + io:format("#Actual: ~p", [MemInfo2]), + io:format("#Changed tables before: ~p\n",[AllTabs -- AllTabs2]), + io:format("#Changed tables after: ~p\n", [AllTabs2 -- AllTabs]), case Try < 2 of true -> - io:format("\nThis discrepancy could be caused by an " + io:format("\n#This discrepancy could be caused by an " "inconsistent memory \"snapshot\"" - "\nTry again...\n", []), + "\n#Try again...\n", []), verify_etsmem({MemInfo, AllTabs}, Try+1); false -> ct:fail("Failed memory check") @@ -6709,22 +7257,49 @@ make_unaligned_sub_binary(List) -> repeat_for_opts(F) -> repeat_for_opts(F, [write_concurrency, read_concurrency, compressed]). +repeat_for_opts_all_table_types(F) -> + repeat_for_opts(F, [all_types, write_concurrency, read_concurrency, compressed]). + +repeat_for_opts_all_non_stim_table_types(F) -> + repeat_for_opts(F, [all_non_stim_types, write_concurrency, read_concurrency, compressed]). + +repeat_for_opts_all_set_table_types(F) -> + repeat_for_opts(F, [set_types, write_concurrency, read_concurrency, compressed]). + +repeat_for_all_set_table_types(F) -> + repeat_for_opts(F, [set_types]). + +repeat_for_all_ord_set_table_types(F) -> + repeat_for_opts(F, [ord_set_types]). + +repeat_for_all_non_stim_set_table_types(F) -> + repeat_for_opts(F, [all_non_stim_set_types]). + +repeat_for_opts_all_ord_set_table_types(F) -> + repeat_for_opts(F, [ord_set_types, write_concurrency, read_concurrency, compressed]). + repeat_for_opts(F, OptGenList) when is_function(F, 1) -> repeat_for_opts(F, OptGenList, []). repeat_for_opts(F, [], Acc) -> lists:foldl(fun(Opts, RV_Acc) -> OptList = lists:filter(fun(E) -> E =/= void end, Opts), - io:format("Calling with options ~p\n",[OptList]), - RV = F(OptList), - case RV_Acc of - {comment,_} -> RV_Acc; - _ -> case RV of - {comment,_} -> RV; - _ -> [RV | RV_Acc] - end - end - end, [], Acc); + case is_redundant_opts_combo(OptList) of + true -> + %%io:format("Ignoring redundant options ~p\n",[OptList]), + ok; + false -> + io:format("Calling with options ~p\n",[OptList]), + RV = F(OptList), + case RV_Acc of + {comment,_} -> RV_Acc; + _ -> case RV of + {comment,_} -> RV; + _ -> [RV | RV_Acc] + end + end + end + end, [], Acc); repeat_for_opts(F, [OptList | Tail], []) when is_list(OptList) -> repeat_for_opts(F, Tail, [[Opt] || Opt <- OptList]); repeat_for_opts(F, [OptList | Tail], AccList) when is_list(OptList) -> @@ -6732,14 +7307,119 @@ repeat_for_opts(F, [OptList | Tail], AccList) when is_list(OptList) -> repeat_for_opts(F, [Atom | Tail], AccList) when is_atom(Atom) -> repeat_for_opts(F, [repeat_for_opts_atom2list(Atom) | Tail ], AccList). -repeat_for_opts_atom2list(all_types) -> [set,ordered_set,bag,duplicate_bag]; +repeat_for_opts_atom2list(set_types) -> [set,ordered_set,stim_cat_ord_set,cat_ord_set]; +repeat_for_opts_atom2list(ord_set_types) -> [ordered_set,stim_cat_ord_set,cat_ord_set]; +repeat_for_opts_atom2list(all_types) -> [set,ordered_set,stim_cat_ord_set,cat_ord_set,bag,duplicate_bag]; +repeat_for_opts_atom2list(all_non_stim_types) -> [set,ordered_set,cat_ord_set,bag,duplicate_bag]; +repeat_for_opts_atom2list(all_non_stim_set_types) -> [set,ordered_set,cat_ord_set]; repeat_for_opts_atom2list(write_concurrency) -> [{write_concurrency,false},{write_concurrency,true}]; repeat_for_opts_atom2list(read_concurrency) -> [{read_concurrency,false},{read_concurrency,true}]; repeat_for_opts_atom2list(compressed) -> [compressed,void]. +is_redundant_opts_combo(Opts) -> + (lists:member(stim_cat_ord_set, Opts) orelse + lists:member(cat_ord_set, Opts)) + andalso + (lists:member({write_concurrency, false}, Opts) orelse + lists:member(private, Opts) orelse + lists:member(protected, Opts)). + ets_new(Name, Opts) -> - %%ets:new(Name, [compressed | Opts]). - ets:new(Name, Opts). + ReplaceStimOrdSetHelper = + fun (MOpts) -> + lists:map(fun (I) -> + case I of + stim_cat_ord_set -> ordered_set; + cat_ord_set -> ordered_set; + _ -> I + end + end, MOpts) + end, + EtsNewHelper = + fun (MOpts) -> + UseOpts = ReplaceStimOrdSetHelper(MOpts), + case get(ets_new_opts) of + UseOpts -> + silence; %% suppress identical table opts spam + _ -> + put(ets_new_opts, UseOpts), + io:format("ets:new(~p, ~p)~n", [Name, UseOpts]) + end, + ets:new(Name, UseOpts) + end, + case (lists:member(stim_cat_ord_set, Opts) or + lists:member(cat_ord_set, Opts)) andalso + (not lists:member({write_concurrency, false}, Opts)) andalso + (not lists:member(private, Opts)) andalso + (not lists:member(protected, Opts)) of + true -> + NewOpts1 = + case lists:member({write_concurrency, true}, Opts) of + true -> Opts; + false -> [{write_concurrency, true}|Opts] + end, + NewOpts2 = + case lists:member(public, NewOpts1) of + true -> NewOpts1; + false -> [public|NewOpts1] + end, + T = EtsNewHelper(NewOpts2), + case lists:member(stim_cat_ord_set, Opts) of + true -> stimulate_contention(T); + false -> ok + end, + T; + false -> + EtsNewHelper(Opts) + end. + +% This function do the following to the input ETS table: +% 1. Perform a number of concurrent insert operations +% 2. Remove all inserted items +% +% The purpose of this function is to stimulate fine grained locking in +% tables of types ordered_set with the write_concurrency options +% turned on. Such tables are implemented as CA trees* and thus +% activates fine grained locking only when lock contention is +% detected. +% +% A Contention Adapting Approach to Concurrent Ordered Sets +% Journal of Parallel and Distributed Computing, 2018 +% Kjell Winblad and Konstantinos Sagonas +% https://doi.org/10.1016/j.jpdc.2017.11.007 +stimulate_contention(T) -> + NrOfSchedulers = erlang:system_info(schedulers), + ParentPid = self(), + KeyRange = 100000, + ChildPids = + lists:map(fun(_N) -> + spawn(fun() -> + receive start -> ok end, + stimulate_contention_do_inserts(T, KeyRange, 0), + ParentPid ! done + end) + end, lists:seq(1, NrOfSchedulers)), + lists:foreach(fun(Pid) -> Pid ! start end, ChildPids), + timer:sleep(100), + lists:foreach(fun(Pid) -> Pid ! stop end, ChildPids), + lists:foreach(fun(_P) -> receive done -> ok end end, ChildPids), + lists:foreach(fun(N) -> ets:delete(T, N) end, lists:seq(0, KeyRange)). + + + +stimulate_contention_do_inserts(T, KeyRange, 0) -> + OpsBetweenStopCheck = 10000, + receive + stop -> ok + after + 0 -> stimulate_contention_do_inserts(T, KeyRange, OpsBetweenStopCheck) + end; +stimulate_contention_do_inserts(T, KeyRange, OpsToNextStopCheck) -> + R = trunc(KeyRange * rand:uniform()), + ets:insert(T,{R,R,R}), + stimulate_contention_do_inserts(T, KeyRange, OpsToNextStopCheck - 1). + + do_tc(Do, Report) -> T1 = erlang:monotonic_time(), @@ -6753,3 +7433,49 @@ syrup_factor() -> valgrind -> 20; _ -> 1 end. + + +%% +%% This is a pseudo random number generator for UNIQUE integers. +%% All integers between 1 and Max will be generated before it repeat itself. +%% It's a variant of this one using quadratic residues by Jeff Preshing: +%% http://preshing.com/20121224/how-to-generate-a-sequence-of-unique-random-integers/ +%% +unique_rand_start(Max, Seed) -> + L = lists:dropwhile(fun(P) -> P < Max end, + primes_3mod4()), + [P | _] = case L of + [] -> + error("Random range too large"); + _ -> + L + end, + 3 = P rem 4, + {0, {Max, P, Seed}}. + +unique_rand_next({N, {Max, P, Seed}=Const}) -> + case dquad(P, N, Seed) + 1 of + RND when RND > Max -> % Too large, skip + unique_rand_next({N+1, Const}); + RND -> + {RND, {N+1, Const}} + end. + +%% A one-to-one relation between all integers 0 =< X < Prime +%% if Prime rem 4 == 3. +quad(Prime, X) -> + Rem = X*X rem Prime, + case 2*X < Prime of + true -> + Rem; + false -> + Prime - Rem + end. + +dquad(Prime, X, Seed) -> + quad(Prime, (quad(Prime, X) + Seed) rem Prime). + +%% Primes where P rem 4 == 3. +primes_3mod4() -> + [103, 211, 503, 1019, 2003, 5003, 10007, 20011, 50023, + 100003, 200003, 500083, 1000003, 2000003]. diff --git a/lib/stdlib/test/ets_SUITE_data/visualize_throughput.html b/lib/stdlib/test/ets_SUITE_data/visualize_throughput.html new file mode 100644 index 0000000000..a2c61aa938 --- /dev/null +++ b/lib/stdlib/test/ets_SUITE_data/visualize_throughput.html @@ -0,0 +1,253 @@ +<!doctype html> +<html lang="en"> + +<!-- %% --> +<!-- %% %CopyrightBegin% --> +<!-- %% --> +<!-- %% Copyright Ericsson AB and Kjell Winblad 1996-2018. All Rights Reserved. --> +<!-- %% --> +<!-- %% Licensed under the Apache License, Version 2.0 (the "License"); --> +<!-- %% you may not use this file except in compliance with the License. --> +<!-- %% You may obtain a copy of the License at --> +<!-- %% --> +<!-- %% http://www.apache.org/licenses/LICENSE-2.0 --> +<!-- %% --> +<!-- %% Unless required by applicable law or agreed to in writing, software --> +<!-- %% distributed under the License is distributed on an "AS IS" BASIS, --> +<!-- %% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. --> +<!-- %% See the License for the specific language governing permissions and --> +<!-- %% limitations under the License. --> +<!-- %% --> +<!-- %% %CopyrightEnd% --> +<!-- %% --> +<!-- %% Author: Kjell Winblad --> +<!-- %% --> + + <head> + <meta charset="utf-8"> + <title>ETS Benchmark Result Viewer</title> + </head> + + <body> + <div id="insertPlaceholder"></div> + <h1>ETS Benchmark Result Viewer</h1> + <p> + This page generates graphs from data produced by the ETS benchmark which is defined in the function <code>ets_SUITE:throughput_benchmark/0</code> (see "<code>$ERL_TOP/lib/stdlib/test/ets_SUITE.erl</code>"). + </p> + <p> + Note that one can paste results from several benchmark runs into the field below. Results from the same scenario but from different benchmark runs will be relabeled and ploted in the same graph automatically. This makes comparisons of different ETS versions easy. + </p> + <p> + Note also that that lines can be hidden by clicking on the corresponding label. + </p> + Paste the generated data in the field below and press the Render button: + <br> + <textarea id="dataField" rows="4" cols="50"></textarea> + <br> + <input type="checkbox" id="barPlot"> Bar Plot + <br> + <input type="checkbox" id="sameSpacing" checked> Same X Spacing Between Points + <br> + <input type="checkbox" class="showCheck" value="[ordered_set,public]" checked> Show <code>[ordered_set,public]</code> + <br> + <input type="checkbox" class="showCheck" value="[ordered_set,public,{write_concurrency,true}]" checked> Show <code>[ordered_set,public,{write_concurrency,true}]</code> + <br> + <input type="checkbox" class="showCheck" value="[ordered_set,public,{read_concurrency,true}]" checked> Show <code>[ordered_set,public,{read_concurrency,true}]</code> + <br> + <input type="checkbox" class="showCheck" value="[ordered_set,public,{write_concurrency,true},{read_concurrency,true}]" checked> Show <code>[ordered_set,public,{write_concurrency,true},{read_concurrency,true}]</code> + <br> + <input type="checkbox" class="showCheck" value="[set,public]"> Show <code>[set,public]</code> + <br> + <input type="checkbox" class="showCheck" value="[set,public,{write_concurrency,true}]"> Show <code>[set,public,{write_concurrency,true}]</code> + <br> + <input type="checkbox" class="showCheck" value="[set,public,{read_concurrency,true}]"> Show <code>[set,public,{read_concurrency,true}]</code> + <br> + <input type="checkbox" class="showCheck" value="[set,public,{write_concurrency,true},{read_concurrency,true}]"> Show <code>[set,public,{write_concurrency,true},{read_concurrency,true}]</code> + <br> + <button id="renderButton" type="button">Render</button> + + <script src="https://code.jquery.com/jquery-3.3.1.slim.min.js" + integrity="sha256-3edrmyuQ0w65f8gfBsqowzjJe2iM6n0nKciPUp8y+7E=" + crossorigin="anonymous"></script> + <script> + var loading = false; + function toggleLoadingScreen(){ + if(loading){ + $("#loading").remove(); + loading = false; + }else{ + $('<div id="loading">'+ + '<span style="position: fixed; top: 50%;left: 50%;color: white;"><b>Loading...</b></span>'+ + '</div>') + .css({position: "fixed", + top: 0, + left: 0, + width: "100%", + height: "100%", + 'background-color': "#000", + filter:"alpha(opacity=50)", + '-moz-opacity':"0.5", + '-khtml-opacity': "0.5", + opacity: "0.5", + 'z-index': "10000"}) + .appendTo(document.body); + loading = true; + + } + } + //Start loading screen before downloading plotly which is quite large + toggleLoadingScreen(); + </script> + <script src="https://cdn.plot.ly/plotly-1.5.0.min.js"></script> + <script> + String.prototype.replaceAll = function(search, replacement) { + var target = this; + return target.split(search).join(replacement); + }; + String.prototype.myTrim = function() { + var target = this; + return target.replace(/^\s+|\s+$/g, ''); + }; + function plotGraph(lines, sameSpacing, barPlot, prefix) { + var xvals = null; + var data = []; + while(lines.length > 0 && + (lines[0].myTrim() == "" || + lines[0].myTrim().indexOf(";") !== -1)){ + var line = lines.shift().myTrim(); + if(line == "" || line.startsWith("#")){ + continue; + } else if(line.startsWith(";")) { + xvals = line.split(";") + xvals.shift(); // Remove first + xvals = $.map(xvals, function (i){ + if(sameSpacing){ + return "_"+i.myTrim(); + }else{ + return parseInt(i.myTrim(), 10); + } + }); + }else{ + line = line.split(";") + var label = prefix + line.shift().myTrim(); + var yvals = $.map(line, function (i){ + return parseFloat(i.myTrim(), 10); + }); + var trace = { + x: xvals, + y: yvals, + mode: 'lines+markers', + name: label + }; + if(barPlot){ + trace['type'] = "bar"; + } + data.push(trace); + } + + } + return data; + } + function plotGraphs(){ + var insertPlaceholder = $("#insertPlaceholder"); + var sameSpacing = $('#sameSpacing').is(":checked"); + var barPlot = $('#barPlot').is(":checked"); + var lines = $("#dataField").val(); + $('.showCheck').each(function() { + var item = $(this); + if(!item.is(":checked")){ + lines = lines.replaceAll(item.val(), "#"+item.val()) + } + }); + lines = lines.split("$"); + var nrOfGraphs = 0; + var scenarioDataMap = {}; + var scenarioNrOfVersionsMap = {}; + var scenarioList = []; + while(lines.length > 0){ + var line = lines.shift().myTrim(); + if(line == ""){ + continue; + } else if(line.startsWith("Scenario:")) { + nrOfGraphs = nrOfGraphs + 1; + var name = line; + if(scenarioDataMap[name] === undefined){ + scenarioDataMap[name] = []; + scenarioNrOfVersionsMap[name] = 0; + scenarioList.push(line); + } + scenarioNrOfVersionsMap[name] = scenarioNrOfVersionsMap[name] + 1; + var prefix = undefined; + if(scenarioNrOfVersionsMap[name] === 1){ + prefix = ""; + }else{ + prefix = "Ver: " + scenarioNrOfVersionsMap[name] + " "; + } + scenarioDataMap[name] = + scenarioDataMap[name].concat( + plotGraph(lines, sameSpacing, barPlot, prefix)); + } + } + $.each(scenarioList, + function( index, name ) { + var nrOfGraphs = index + 1; + var data = scenarioDataMap[name]; + $( "<div class='added' id='graph"+nrOfGraphs+"'>") + .insertBefore( insertPlaceholder ); + $( "<button type='button' class='added' id='fullscreenButton"+nrOfGraphs+"'>Fill screen</button>") + .insertBefore( insertPlaceholder ); + $( "<span class='added'><br><hr><br></span>") + .insertBefore( insertPlaceholder ); + var layout = { + title:name, + xaxis: { + title: '# of Processes' + }, + yaxis: { + title: 'Operations/Second' + } + + }; + + $("#fullscreenButton"+nrOfGraphs).click( + function(){ + $('#graph'+nrOfGraphs).replaceWith( + $("<div class='added' id='graph"+nrOfGraphs+"'>")); + layout = $.extend({}, layout, { + width:$(window).width()-40, + height:$(window).height()-40 + }); + Plotly.newPlot('graph'+nrOfGraphs, data, layout); + }); + Plotly.newPlot('graph'+nrOfGraphs, data, layout); + + }); + + + } + $(document).ready(function(){ + $('#renderButton').click( + function(){ + toggleLoadingScreen(); + setTimeout(function(){ + try { + $( ".added" ).remove(); + plotGraphs(); + toggleLoadingScreen(); + } catch(e){ + toggleLoadingScreen(); + console.log(e); + alert("Error happened when parsing data.\n" + + "See console for more info"); + } + }, 10); + }); + setTimeout(function(){ + $( ".added" ).remove(); + plotGraphs(); + toggleLoadingScreen(); + }, 10); + }); + </script> + </body> +</html> diff --git a/lib/stdlib/test/gen_statem_SUITE.erl b/lib/stdlib/test/gen_statem_SUITE.erl index 053233df9b..017939fdd6 100644 --- a/lib/stdlib/test/gen_statem_SUITE.erl +++ b/lib/stdlib/test/gen_statem_SUITE.erl @@ -121,7 +121,8 @@ end_per_testcase(_CaseName, Config) -> start1(Config) -> %%OldFl = process_flag(trap_exit, true), - {ok,Pid0} = gen_statem:start_link(?MODULE, start_arg(Config, []), []), + {ok,Pid0} = + gen_statem:start_link(?MODULE, start_arg(Config, []), [{debug,[trace]}]), ok = do_func_test(Pid0), ok = do_sync_func_test(Pid0), stop_it(Pid0), @@ -135,7 +136,8 @@ start1(Config) -> %% anonymous w. shutdown start2(Config) -> %% Dont link when shutdown - {ok,Pid0} = gen_statem:start(?MODULE, start_arg(Config, []), []), + {ok,Pid0} = + gen_statem:start(?MODULE, start_arg(Config, []), []), ok = do_func_test(Pid0), ok = do_sync_func_test(Pid0), stopped = gen_statem:call(Pid0, {stop,shutdown}), @@ -641,51 +643,72 @@ state_enter(_Config) -> end, start => fun (enter, Prev, N) -> - Self ! {enter,start,Prev,N}, + Self ! {N,enter,start,Prev}, {keep_state,N + 1}; (internal, Prev, N) -> - Self ! {internal,start,Prev,N}, + Self ! {N,internal,start,Prev}, {keep_state,N + 1}; + (timeout, M, N) -> + {keep_state, N + 1, + {reply, {Self,N}, {timeout,M}}}; ({call,From}, repeat, N) -> {repeat_state,N + 1, - [{reply,From,{repeat,start,N}}]}; + [{reply,From,{N,repeat,start}}]}; ({call,From}, echo, N) -> {next_state,wait,N + 1, - {reply,From,{echo,start,N}}}; + [{reply,From,{N,echo,start}},{timeout,0,N}]}; ({call,From}, {stop,Reason}, N) -> {stop_and_reply,Reason, - [{reply,From,{stop,N}}],N + 1} + [{reply,From,{N,stop}}],N + 1} end, wait => fun (enter, Prev, N) when N < 5 -> {repeat_state,N + 1, - {reply,{Self,N},{enter,Prev}}}; + [{reply,{Self,N},{enter,Prev}}, + {timeout,0,N}, + {state_timeout,0,N}]}; (enter, Prev, N) -> - Self ! {enter,wait,Prev,N}, - {keep_state,N + 1}; + Self ! {N,enter,wait,Prev}, + {keep_state,N + 1, + [{timeout,0,N}, + {state_timeout,0,N}]}; + (timeout, M, N) -> + {keep_state, N + 1, + {reply, {Self,N}, {timeout,M}}}; + (state_timeout, M, N) -> + {keep_state, N + 1, + {reply, {Self,N}, {state_timeout,M}}}; ({call,From}, repeat, N) -> {repeat_state_and_data, - [{reply,From,{repeat,wait,N}}]}; + [{reply,From,{N,repeat,wait}}, + {timeout,0,N}]}; ({call,From}, echo, N) -> {next_state,start,N + 1, [{next_event,internal,wait}, - {reply,From,{echo,wait,N}}]} + {reply,From,{N,echo,wait}}]} end}, {ok,STM} = gen_statem:start_link( - ?MODULE, {map_statem,Machine,[state_enter]}, []), - - [{enter,start,start,1}] = flush(), - {echo,start,2} = gen_statem:call(STM, echo), - [{3,{enter,start}},{4,{enter,start}},{enter,wait,start,5}] = flush(), - {wait,[6|_]} = sys:get_state(STM), - {repeat,wait,6} = gen_statem:call(STM, repeat), - [{enter,wait,wait,6}] = flush(), - {echo,wait,7} = gen_statem:call(STM, echo), - [{enter,start,wait,8},{internal,start,wait,9}] = flush(), - {repeat,start,10} = gen_statem:call(STM, repeat), - [{enter,start,start,11}] = flush(), - {stop,12} = gen_statem:call(STM, {stop,bye}), + ?MODULE, {map_statem,Machine,[state_enter]}, [{debug,[trace]}]), + + [{1,enter,start,start}] = flush(), + {2,echo,start} = gen_statem:call(STM, echo), + [{3,{enter,start}}, + {4,{enter,start}}, + {5,enter,wait,start}, + {6,{timeout,5}}, + {7,{state_timeout,5}}] = flush(), + {wait,[8|_]} = sys:get_state(STM), + {8,repeat,wait} = gen_statem:call(STM, repeat), + [{8,enter,wait,wait}, + {9,{timeout,8}}, + {10,{state_timeout,8}}] = flush(), + {11,echo,wait} = gen_statem:call(STM, echo), + [{12,enter,start,wait}, + {13,internal,start,wait}] = flush(), + {14,repeat,start} = gen_statem:call(STM, repeat), + [{15,enter,start,start}] = flush(), + {16,stop} = gen_statem:call(STM, {stop,bye}), [{'EXIT',STM,bye}] = flush(), {noproc,_} = diff --git a/lib/stdlib/test/lists_SUITE.erl b/lib/stdlib/test/lists_SUITE.erl index 837ab4e97e..af94fc79bc 100644 --- a/lib/stdlib/test/lists_SUITE.erl +++ b/lib/stdlib/test/lists_SUITE.erl @@ -1679,7 +1679,7 @@ make_fun() -> receive {Pid, Fun} -> Fun end. make_fun(Pid) -> - Pid ! {self(), fun make_fun/1}. + Pid ! {self(), fun (X) -> {X, Pid} end}. fun_pid(Fun) -> erlang:fun_info(Fun, pid). diff --git a/lib/stdlib/test/rand_SUITE.erl b/lib/stdlib/test/rand_SUITE.erl index b76c9f5341..7685c17967 100644 --- a/lib/stdlib/test/rand_SUITE.erl +++ b/lib/stdlib/test/rand_SUITE.erl @@ -21,24 +21,7 @@ -compile({nowarn_deprecated_function,[{random,seed,1}, {random,uniform_s,1}, {random,uniform_s,2}]}). - --export([all/0, suite/0, groups/0, group/1]). - --export([interval_int/1, interval_float/1, seed/1, - api_eq/1, reference/1, - basic_stats_uniform_1/1, basic_stats_uniform_2/1, - basic_stats_standard_normal/1, - basic_stats_normal/1, - stats_standard_normal_box_muller/1, - stats_standard_normal_box_muller_2/1, - stats_standard_normal/1, - uniform_real_conv/1, - plugin/1, measure/1, - reference_jump_state/1, reference_jump_procdict/1]). - --export([test/0, gen/1]). - --export([uniform_real_gen/1, uniform_gen/2]). +-compile([export_all, nowarn_export_all]). -include_lib("common_test/include/ct.hrl"). @@ -56,7 +39,8 @@ all() -> {group, distr_stats}, uniform_real_conv, plugin, measure, - {group, reference_jump} + {group, reference_jump}, + short_jump ]. groups() -> @@ -95,7 +79,7 @@ test() -> end, Tests). algs() -> - [exrop, exsp, exs1024s, exs64, exsplus, exs1024]. + [exsss, exrop, exsp, exs1024s, exs64, exsplus, exs1024, exro928ss]. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% @@ -125,7 +109,7 @@ seed_1(Alg) -> S0 = get(rand_seed), S0 = rand:seed_s(Alg, {0, 0, 0}), %% Check that process_dict should not be used for seed_s functionality - _ = rand:seed_s(Alg, {1, 0, 0}), + _ = rand:seed_s(Alg, 4711), S0 = get(rand_seed), %% Test export ES0 = rand:export_seed(), @@ -262,31 +246,43 @@ reference(Config) when is_list(Config) -> ok. reference_1(Alg) -> - Refval = reference_val(Alg), - Testval = gen(Alg), - case Refval =:= Testval of - true -> ok; - false when Refval =:= not_implemented -> - exit({not_implemented,Alg}); - false -> - io:format("Failed: ~p~n",[Alg]), - io:format("Length ~p ~p~n",[length(Refval), length(Testval)]), - io:format("Head ~p ~p~n",[hd(Refval), hd(Testval)]), - exit(wrong_value) + Refval = reference_val(Alg), + if + Refval =:= not_implemented -> Refval; + true -> + case gen(Alg) of + Refval -> + io:format("Ok: ~p~n",[Alg]), + ok; + Testval -> + io:format("Failed: ~p~n",[Alg]), + io:format("Length ~p ~p~n",[length(Refval), length(Testval)]), + io:format("Head ~p ~p~n",[hd(Refval), hd(Testval)]), + show_wrong(Refval, Testval), + exit(wrong_value) + end end. +show_wrong([], []) -> + ok; +show_wrong([H|T1], [H|T2]) -> + show_wrong(T1, T2); +show_wrong([H1|_], [H2|_]) -> + io:format("Wrong ~p ~p~n",[H1,H2]). + + gen(Algo) -> State = - case Algo of - exs64 -> %% Printed with orig 'C' code and this seed - rand:seed_s({exs64, 12345678}); - _ when Algo =:= exsplus; Algo =:= exsp; Algo =:= exrop -> + if + Algo =:= exs64 -> %% Printed with orig 'C' code and this seed + rand:seed_s(exs64, [12345678]); + Algo =:= exsplus; Algo =:= exsp; Algo =:= exrop; Algo =:= exsss -> %% Printed with orig 'C' code and this seed - rand:seed_s({Algo, [12345678|12345678]}); - _ when Algo =:= exs1024; Algo =:= exs1024s -> + rand:seed_s(Algo, [12345678,12345678]); + Algo =:= exs1024; Algo =:= exs1024s; Algo =:= exro928ss -> %% Printed with orig 'C' code and this seed - rand:seed_s({Algo, {lists:duplicate(16, 12345678), []}}); - _ -> + rand:seed_s(Algo, lists:duplicate(16, 12345678)); + true -> rand:seed(Algo, {100, 200, 300}) end, Max = range(State), @@ -442,7 +438,7 @@ stats_standard_normal_box_muller(Config) when is_list(Config) -> ([S|Z]) -> {Z, [S]} end, - State = [rand:seed(exrop)], + State = [rand:seed(exsss)], stats_standard_normal(NormalS, State, 3) catch error:_ -> {skip, "math:erfc/1 not supported"} @@ -467,7 +463,7 @@ stats_standard_normal_box_muller_2(Config) when is_list(Config) -> ([S|Z]) -> {Z, [S]} end, - State = [rand:seed(exrop)], + State = [rand:seed(exsss)], stats_standard_normal(NormalS, State, 3) catch error:_ -> {skip, "math:erfc/1 not supported"} @@ -479,7 +475,7 @@ stats_standard_normal(Config) when is_list(Config) -> try math:erfc(1.0) of _ -> stats_standard_normal( - fun rand:normal_s/1, rand:seed_s(exrop), Retries) + fun rand:normal_s/1, rand:seed_s(exsss), Retries) catch error:_ -> {skip, "math:erfc/1 not supported"} end. @@ -853,7 +849,8 @@ do_measure(_Config) -> Algs = algs() ++ try crypto:strong_rand_bytes(1) of - <<_>> -> [crypto64, crypto_cache, crypto] + <<_>> -> + [crypto64, crypto_cache, crypto_aes, crypto] catch error:low_entropy -> []; error:undef -> [] @@ -1074,7 +1071,7 @@ do_measure(_Config) -> end, State) end, - exrop, TMarkNormalFloat), + exsss, TMarkNormalFloat), ok. -define(LOOP_MEASURE, (?LOOP div 5)). @@ -1102,6 +1099,10 @@ measure_1(RangeFun, Fun, Alg, TMark) -> {rand, crypto:rand_seed_alg(crypto_cache)}; crypto -> {rand, crypto:rand_seed_s()}; + crypto_aes -> + {rand, + crypto:rand_seed_alg( + crypto_aes, crypto:strong_rand_bytes(256))}; random -> {random, random:seed(os:timestamp()), get(random_seed)}; _ -> @@ -1117,7 +1118,7 @@ measure_1(RangeFun, Fun, Alg, TMark) -> _ -> (Time * 100 + 50) div TMark end, io:format( - "~.12w: ~p ns ~p% [16#~.16b]~n", + "~.20w: ~p ns ~p% [16#~.16b]~n", [Alg, (Time * 1000 + 500) div ?LOOP_MEASURE, Percent, Range]), Parent ! {self(), Time}, @@ -1142,104 +1143,156 @@ reference_jump_state(Config) when is_list(Config) -> ok. reference_jump_1(Alg) -> - Refval = reference_jump_val(Alg), - Testval = gen_jump_1(Alg), - case Refval =:= Testval of - true -> ok; - false -> - io:format("Failed: ~p~n",[Alg]), - io:format("Length ~p ~p~n",[length(Refval), length(Testval)]), - io:format("Head ~p ~p~n",[hd(Refval), hd(Testval)]), - io:format("Vals ~p ~p~n",[Refval, Testval]), - exit(wrong_value) + Refval = reference_jump_val(Alg), + if + Refval =:= not_implemented -> Refval; + true -> + case gen_jump_1(Alg) of + Refval -> ok; + Testval -> + io:format( + "Failed: ~p~n",[Alg]), + io:format( + "Length ~p ~p~n", + [length(Refval), length(Testval)]), + io:format( + "Head ~p ~p~n",[hd(Refval), hd(Testval)]), + io:format( + "Vals ~p ~p~n",[Refval, Testval]), + exit(wrong_value) + end end. gen_jump_1(Algo) -> - State = - case Algo of - exs64 -> %% Test exception of not_implemented notice - try rand:jump(rand:seed_s(exs64)) - catch - error:not_implemented -> not_implemented - end; - _ when Algo =:= exsplus; Algo =:= exsp; Algo =:= exrop -> - %% Printed with orig 'C' code and this seed - rand:seed_s({Algo, [12345678|12345678]}); - _ when Algo =:= exs1024; Algo =:= exs1024s -> - %% Printed with orig 'C' code and this seed - rand:seed_s({Algo, {lists:duplicate(16, 12345678), []}}); - _ -> % unimplemented - not_implemented - end, - case State of - not_implemented -> [not_implemented]; - _ -> - Max = range(State), - gen_jump_1(?LOOP_JUMP, State, Max, []) + case Algo of + exs64 -> %% Test exception of not_implemented notice + try rand:jump(rand:seed_s(exs64)) + catch + error:not_implemented -> [error_not_implemented] + end; + _ when Algo =:= exsplus; Algo =:= exsp; Algo =:= exrop; Algo =:= exsss -> + %% Printed with orig 'C' code and this seed + gen_jump_2( + rand:seed_s(Algo, [12345678,12345678])); + _ when Algo =:= exs1024; Algo =:= exs1024s; Algo =:= exro928ss -> + %% Printed with orig 'C' code and this seed + gen_jump_2( + rand:seed_s(Algo, lists:duplicate(16, 12345678))) end. -gen_jump_1(N, State0, Max, Acc) when N > 0 -> +gen_jump_2(State) -> + Max = range(State), + gen_jump_3(?LOOP_JUMP, State, Max, []). + +gen_jump_3(N, State0, Max, Acc) when N > 0 -> {_, State1} = rand:uniform_s(Max, State0), {Random, State2} = rand:uniform_s(Max, rand:jump(State1)), case N rem (?LOOP_JUMP div 100) of - 0 -> gen_jump_1(N-1, State2, Max, [Random|Acc]); - _ -> gen_jump_1(N-1, State2, Max, Acc) + 0 -> gen_jump_3(N-1, State2, Max, [Random|Acc]); + _ -> gen_jump_3(N-1, State2, Max, Acc) end; -gen_jump_1(_, _, _, Acc) -> lists:reverse(Acc). +gen_jump_3(_, _, _, Acc) -> lists:reverse(Acc). %% Check if each algorithm generates the proper jump sequence %% with the internal state in the process dictionary. reference_jump_procdict(Config) when is_list(Config) -> - [reference_jump_0(Alg) || Alg <- algs()], + [reference_jump_p1(Alg) || Alg <- algs()], ok. -reference_jump_0(Alg) -> +reference_jump_p1(Alg) -> Refval = reference_jump_val(Alg), - Testval = gen_jump_0(Alg), - case Refval =:= Testval of - true -> ok; - false -> - io:format("Failed: ~p~n",[Alg]), - io:format("Length ~p ~p~n",[length(Refval), length(Testval)]), - io:format("Head ~p ~p~n",[hd(Refval), hd(Testval)]), - exit(wrong_value) + if + Refval =:= not_implemented -> Refval; + true -> + case gen_jump_p1(Alg) of + Refval -> ok; + Testval -> + io:format("Failed: ~p~n",[Alg]), + io:format("Length ~p ~p~n",[length(Refval), length(Testval)]), + io:format("Head ~p ~p~n",[hd(Refval), hd(Testval)]), + exit(wrong_value) + end end. -gen_jump_0(Algo) -> - Seed = case Algo of - exs64 -> %% Test exception of not_implemented notice - try - _ = rand:seed(exs64), - rand:jump() - catch - error:not_implemented -> not_implemented - end; - _ when Algo =:= exsplus; Algo =:= exsp; Algo =:= exrop -> - %% Printed with orig 'C' code and this seed - rand:seed({Algo, [12345678|12345678]}); - _ when Algo =:= exs1024; Algo =:= exs1024s -> - %% Printed with orig 'C' code and this seed - rand:seed({Algo, {lists:duplicate(16, 12345678), []}}); - _ -> % unimplemented - not_implemented - end, - case Seed of - not_implemented -> [not_implemented]; - _ -> - Max = range(Seed), - gen_jump_0(?LOOP_JUMP, Max, []) +gen_jump_p1(Algo) -> + case Algo of + exs64 -> %% Test exception of not_implemented notice + try + _ = rand:seed(exs64), + rand:jump() + catch + error:not_implemented -> [error_not_implemented] + end; + _ when Algo =:= exsplus; Algo =:= exsp; Algo =:= exrop; Algo =:= exsss -> + %% Printed with orig 'C' code and this seed + gen_jump_p2( + rand:seed(Algo, [12345678,12345678])); + _ when Algo =:= exs1024; Algo =:= exs1024s; Algo =:= exro928ss -> + %% Printed with orig 'C' code and this seed + gen_jump_p2( + rand:seed(Algo, lists:duplicate(16, 12345678))) end. -gen_jump_0(N, Max, Acc) when N > 0 -> +gen_jump_p2(Seed) -> + Max = range(Seed), + gen_jump_p3(?LOOP_JUMP, Max, []). + +gen_jump_p3(N, Max, Acc) when N > 0 -> _ = rand:uniform(Max), _ = rand:jump(), Random = rand:uniform(Max), case N rem (?LOOP_JUMP div 100) of - 0 -> gen_jump_0(N-1, Max, [Random|Acc]); - _ -> gen_jump_0(N-1, Max, Acc) + 0 -> gen_jump_p3(N-1, Max, [Random|Acc]); + _ -> gen_jump_p3(N-1, Max, Acc) end; -gen_jump_0(_, _, Acc) -> lists:reverse(Acc). +gen_jump_p3(_, _, Acc) -> lists:reverse(Acc). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + +short_jump(Config) when is_list(Config) -> + Seed = erlang:system_time(), + short_jump( + rand:seed_s(exro928ss, Seed), + fun ({Alg,AlgState}) -> + {Alg,rand:exro928_jump_2pow20(AlgState)} + end), + short_jump( + crypto:rand_seed_alg_s(crypto_aes, integer_to_list(Seed)), + fun ({Alg,AlgState}) -> + {Alg,crypto:rand_plugin_aes_jump_2pow20(AlgState)} + end), + ok. + +short_jump({#{bits := Bits},_} = State_0, Jump2Pow20) -> + Range = 1 bsl Bits, + State_1 = repeat(7, Range, State_0), + %% + State_2a = repeat(1 bsl 20, Range, State_1), + State_2b = Jump2Pow20(State_1), + check(17, Range, State_2a, State_2b), + %% + {_,State_3a} = rand:uniform_s(Range, State_2a), + State_4a = Jump2Pow20(State_3a), + State_4b = repeat((1 bsl 20) + 1, Range, State_2b), + check(17, Range, State_4a, State_4b). + +repeat(0, _Range, State) -> + State; +repeat(N, Range, State) -> + {_, NewState} = rand:uniform_s(Range, State), + repeat(N - 1, Range, NewState). + +check(0, _Range, _StateA, _StateB) -> + ok; +check(N, Range, StateA, StateB) -> + {V,NewStateA} = rand:uniform_s(Range, StateA), + case rand:uniform_s(Range, StateB) of + {V,NewStateB} -> + check(N - 1, Range, NewStateA, NewStateB); + {Wrong,_} -> + ct:fail({Wrong,neq,V,for,N}) + end. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%% Data @@ -1324,6 +1377,34 @@ reference_val(exsplus) -> 16#3dd493b8012970f,16#be13bed1e00e5c,16#ceef033b74ae10,16#3da38c6a50abe03, 16#15cbd1a421c7a8c,16#22794e3ec6ef3b1,16#26154d26e7ea99f,16#3a66681359a6ab6]; +reference_val(exsss) -> + [16#108e8d5b01,16#33b72092117209a,16#224d4d2961a2d0a,16#2c4c81aac3da48d, + 16#2f4bc39bfc36f3a,16#41826d4c4d243a,16#19871b8bb4e23ee,16#3e2112cdf9384b1, + 16#69801943bf91ab,16#2de1a603c31ec45,16#a90ca1991b831e,16#51ca29571a69a7, + 16#93ce3e511906cf,16#93ebc5768aef75,16#2412f284b902ae7,16#1ac10e758410c52, + 16#3f32494560368f6,16#39a5e82dcf0de95,16#3f4b14d59cc6a21,16#3174668db0b36ae, + 16#1449812fb8bd54e,16#eaca1f8ece51e1,16#2564b2545fd23c1,16#3cf3a2d2217e0d7, + 16#226f4164ba1d054,16#10dac9ae207ceef,16#17f2c4b2d40fcb9,16#1c1b282d386fdcb, + 16#a264f450ba2912,16#2a0a1dd67e52666,16#2be84eb835cb1e1,16#2a1cd9aa16ccc37, + 16#7dd5e8c2b3f490,16#254a3db4976c05b,16#2a0a67971ec1e63,16#13a0cbf7c0eed8a, + 16#3192d7edc0a20bc,16#2705ad756292e84,16#3ec429a18119c81,16#25944b38baa975b, + 16#291dcc43e3256f4,16#30d10b759237db,16#c1522a652058a,16#8ef1e9378381e6, + 16#1f442f33c2439f4,16#186087710a73818,16#12887f94b2b8387,16#3e42e8b1f3c9b4b, + 16#e462859d55f9d8,16#2356ae85be908de,16#15e96a927b3bc52,16#35c6dc52511ce46, + 16#7bc0624ce66e01,16#33ab7d95b738322,16#26f01effc182aa0,16#1b66ae7eaafea88, + 16#278f3dc14943b90,16#22178bc8d8faf28,16#396c37d53c11985,16#5e0d79d0b10f18, + 16#1be3de3b5675ec,16#d4db298f1f4b50,16#2da6cb99bb5c7b1,16#130b2dc17d03be8, + 16#f1847e7e059e9f,16#2da6591788326e7,16#222e4a18c24211c,16#949213ca49baab, + 16#b5129fec56f6a2,16#30f25f1e926f43e,16#1ddd8d04445fb4d,16#15995b542514150, + 16#1595fe879296296,16#e2f237a488453b,16#23e5cd2d6047890,16#3a5dc88fc954666, + 16#89bca9969b103,16#5e6893cd35dc63,16#1fed534feeeef5a,16#26f40e2147ee558, + 16#30c131a00625837,16#2618a7e617422e9,16#23630b297e45e7,16#1143b17502f3219, + 16#15607dac41168da,16#2886bdc314b3fb8,16#465d1cc1536546,16#30b09123e3a02e4, + 16#245a375f810be52,16#6a1b0792376a03,16#221425f59f2470f,16#867ce16dfac81c, + 16#9c62d95fae9b58,16#380381db1394426,16#34908dedc01c324,16#1f0ff517089b561, + 16#1571366dd873d32,16#3ee353dc56e192,16#15a1dee8d889b11,16#41036ad76d9888 + ]; + reference_val(exsp) -> reference_val(exsplus); reference_val(exs1024s) -> @@ -1390,7 +1471,50 @@ reference_val(exrop) -> 250789092615679985,78848633178610658,72059442721196128, 98223942961505519,191144652663779840, 102425686803727694,89058927716079076,80721467542933080, - 8462479817391645,2774921106204163]. + 8462479817391645,2774921106204163]; + +reference_val(exro928ss) -> +%% Same as for exrop, but this state init: +%% for (n = 0; n < 16; n++) { +%% s[n] = 12345678; + [16#000000108e8d5b01,16#03604028f2769dff,16#007f92f60bc7170c, + 16#035ea81a9898a5e2,16#0104c90c5a0c8178,16#0313514025cca717, + 16#03c5506b2a2e98cf,16#0098a5405961552e,16#004ad29eabb785a0, + 16#033ea8ec4efb8058,16#00b21545e62bef1c,16#0333fc5320703482, + 16#02c3c650e51a8d47,16#03a3b7fc848c9cda,16#03775adea6cddff5, + 16#01ae5499c9049973,16#03d3c90e5504e16b,16#0383cd6b6cb852e6, + 16#009c8d0996ef543a,16#0059cf671371af60,16#03dfd68ed980b719, + 16#0290f2a0acf2c5b0,16#029061df18d63b55,16#02e702ea4b45137b, + 16#029a0ccca604d848,16#01664c7cd31f0fa6,16#00dced83e60ccddc, + 16#008764d2c9a05f3e,16#02b9ca5f6a80c4ba,16#02daf93d2c566750, + 16#0147d326ead18ace,16#014b452efc19297f,16#0242d3f7a7237eca, + 16#0141bb68c2abce39,16#02d798e1230baf45,16#0216bf8f25c1ec2d, + 16#003a43ea733f1e1f,16#036c75390db736f3,16#028cca5f5f48c6f9, + 16#0186e4a17174d6cf,16#02152679dfa4c25c,16#01429b9f15e3b9d6, + 16#0134a61411d22bb0,16#01593f7d970d1c94,16#0205a7d8a305490f, + 16#01dd092272595a9c,16#0028c95208aad2d4,16#016347c25cc24162, + 16#025306acfb891309,16#0207a07e2bebef2f,16#024ee78d86ff5288, + 16#030b53192db97613,16#03f765cb9e98e611,16#025ec35a1e237377, + 16#03d81fd73102ef6f,16#0242dc8fea9a68b2,16#00abb876c1d4ea1b, + 16#00871ffd2b7e45fb,16#03593ff73c9be08d,16#00b96b2b8aca3688, + 16#0174aba957b7cf7b,16#012b7a5d4cf4a5b7,16#032a5260f2123db8, + 16#00f9374d88ee0080,16#030df39bec2ad657,16#00dce0cb81d006c4, + 16#038213b806303c76,16#03940aafdbfabf84,16#0398dbb26aeba037, + 16#01eb28d61951587f,16#00fed3d2aacfeef4,16#03499587547d6e40, + 16#01b192fe6e979e3c,16#00e974bf5f0a26d0,16#012ed94f76459c83, + 16#02d76859e7a82587,16#00d1d2c7b791f51b,16#03988058017a031b, + 16#00bbcf4b59d8e86d,16#015ed8b73a1b767c,16#0277283ea6a5ee74, + 16#002211460dd6d422,16#001ad62761ee9fbd,16#037311b44518b067, + 16#02b5ed61bf70904e,16#011862a05c1929fa,16#014be68683c3bab4, + 16#025c29aa5c508b07,16#00895c6106f97378,16#026ce91a3d671c7f, + 16#02591f4c74784293,16#02f0ed2a70bc1853,16#00a2762ff614bfbc, + 16#008f4e354f0c20d4,16#038b66fb587ed430,16#00636296e188de89, + 16#0278fadd143e74f5,16#029697ccf1b3a4c2,16#011eccb273404458, + 16#03f204064a9fe0c0]; + +reference_val(_) -> + not_implemented. + %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% @@ -1421,6 +1545,33 @@ reference_jump_val(exsplus) -> 12504080415362731, 45083100453836317, 270968267812126657, 93505647407734103, 252852934678537969, 258758309277167202, 74250882143432077, 141629095984552833]; +reference_jump_val(exsss) -> + [16#304ae783d40db2b,16#1dfb196b3a5600a,16#2a24116effc6a0d,16#1f138d68c56725, + 16#9360a445e2f989,16#32ed8080390e242,16#294ca85a270cff6,16#1418e6296a88bf, + 16#114fae3dc578ba7,16#479c42c760eb72,16#334a40655df22d6,16#e7a85dd4d37d72, + 16#181db16c8925c77,16#1b8a5a8afd16cbd,16#329107bf9777a39,16#2fc915c08535e42, + 16#16696d142c6078,16#2e2a2601c919448,16#2246150d1000568,16#26109007cb3dd44, + 16#3761360723e3175,16#169abd352db74de,16#1c97d520983684f,16#12455f0adee8c66, + 16#46719cff00622d,16#1fc92792ed4e437,16#18e2edae21affb5,16#3a67fa9e3e7d46e, + 16#1313fdc2728aa74,16#1c1a2b577581db8,16#db49357ea196b1,16#10e219a21d93fc7, + 16#3c43abede083666,16#3eef5055a58bbf9,16#1975056f95d90e3,16#3916c133ab16d87, + 16#2bc0bea891c26f1,16#391e4b369fc6b36,16#183f83155a359f6,16#1d9f137e9d2e488, + 16#ef084de5f4cd3c,16#36a9cf7e29e55d3,16#19eca704e0409a7,16#1bdb99902896c69, + 16#21777e2ad128203,16#5d0369ec0563e4,16#36db40b863bd74a,16#33feb71b7515159, + 16#208d923ce26f257,16#3841b32891c082d,16#2748f224c2ba226,16#2fcd93b2daf79bb, + 16#2c8e6cacad58ec4,16#39850131a1a85f,16#134648d6eea624d,16#2e102e197d5725c, + 16#12ac280fa744758,16#1c18266c7442d16,16#22b5f91b15fe17e,16#316740ca870f7c8, + 16#720ed4836c426,16#1aac0f738d04f8c,16#34fcd2a647b462c,16#3d430ac755114a3, + 16#3692e3670fdf2a,16#265279ab0fc0a15,16#10bd883dee80945,16#10e7843413175e4, + 16#b291deba08cee2,16#3915a8234caf11,16#34b911b96707dbd,16#ae63fcda15fde6, + 16#b13b9091e82e41,16#29de1b6d70dc04f,16#23fbcbc409617e8,16#1389a0738061066, + 16#360f39af790f5d1,16#f436da2a7d12f5,16#2d06ba8da21e08,16#3601a6492b887d, + 16#2b2590b8c6cc186,16#f8d613b6904464,16#e5456786e46b78,16#201b8b1f96ed80c, + 16#1b75b86d9b843f2,16#2e8bfaa7243a630,16#125ff068a78c3b4,16#3875a28c48bd26e, + 16#f09a06941fc9d7,16#107c4de8ca77744,16#357c34144bb9ed6,16#3ccc55d3ebb3378, + 16#28db7cea7d3fdee,16#3197fd0b49f6370,16#11af6fedb708ea6,16#2bde0382e37469e, + 16#10666171abddb3f,16#1a8876c1f4e78a8,16#169c0efd4422043,16#1501c49abf0440f]; + reference_jump_val(exs1024) -> [2655961906500790629, 17003395417078685063, 10466831598958356428, 7603399148503548021, 1650550950190587188, 12294992315080723704, 15743995773860389219, 5492181000145247327, @@ -1452,7 +1603,7 @@ reference_jump_val(exsp) -> reference_jump_val(exsplus); reference_jump_val(exs1024s) -> reference_jump_val(exs1024); -reference_jump_val(exs64) -> [not_implemented]; +reference_jump_val(exs64) -> [error_not_implemented]; reference_jump_val(exrop) -> %% #include <stdint.h> %% #include <stdio.h> @@ -1517,7 +1668,50 @@ reference_jump_val(exrop) -> 250227633882474729,171181147785250210,55437891969696407, 241227318715885854,77323084015890802, 1663590009695191,234064400749487599,222983191707424780, - 254956809144783896,203898972156838252]. + 254956809144783896,203898972156838252]; + +reference_jump_val(exro928ss) -> +%% Same as for exrop, but this state init: +%% for (n = 0; n < 16; n++) { +%% s[n] = 12345678; + [16#031ee449e53b6689,16#001afeee12813137,16#005e2172711df36b, + 16#02850aea3a595d36,16#0029705187e891c7,16#001794badd489667, + 16#00ab621be15be56c,16#024b663a6924786b,16#03cab70b8ab854bf, + 16#01daa37601285320,16#02db955a53c40e89,16#01fbef51d5c65891, + 16#02fecf4116ed5f77,16#0349c2057246ac5d,16#01217f257c4fa148, + 16#0367ee84d020697d,16#01d5cf647fe23335,16#020941838adfb750, + 16#02c2da26b1d7b3e5,16#00d1583d34cea6c0,16#038be9cb5b527f50, + 16#00bfa93c1d7f4864,16#03778912a4f56b14,16#037fcabc483fa5c5, + 16#00a3c9de6aaf5fc7,16#03600b883b2f2b42,16#03797a99ffddfdfb, + 16#0189fead429945b7,16#0103ac90cd912508,16#03e3d872fd950d64, + 16#0214fc3e77dc2f02,16#02a084f4f0e580ca,16#035d2fe72266a7f3, + 16#02887c49ae7e41a4,16#0011dc026af83c51,16#02d28bfd32c2c517, + 16#022e4165c33ad4f3,16#01f053cf0687b052,16#035315e6e53c8918, + 16#01255312da07b572,16#0237f1da11ec9221,16#02faf2e282fb1fb1, + 16#0227423ec1787ebc,16#011fa5eb1505571c,16#0275ff9eaaa1abdd, + 16#03e2d032c3981cb4,16#0181bb32d51d3072,16#01b1d3939b9f16ec, + 16#0259f09f55d1112f,16#0396464a2767e428,16#039777c0368bdb9e, + 16#0320925f35f36c5f,16#02a35289e0af1248,16#02e80bd4bc72254b, + 16#00a8b11af1674d68,16#027735036100a69e,16#03c8c268ded7f254, + 16#03de80aa57c65217,16#00f2247754d24000,16#005582a42b467f89, + 16#0031906569729477,16#00fd523f2ca4fefe,16#00ad223113d1e336, + 16#0238ddf026cbfca9,16#028b98211cfed876,16#0354353ebcc0de9a, + 16#009ee370c1e154f4,16#033131af3b8a7f88,16#032291baa45801e3, + 16#00941fc2b45eb217,16#035d6a61fa101647,16#03fdb51f736f1bbc, + 16#0232f7b98539faa0,16#0311b35319e3a61e,16#0048356b17860eb5, + 16#01a205b2554ce71e,16#03f873ea136e29d6,16#003c67d5c3df5ffd, + 16#00cd19e7a8641648,16#0149a8c54e4ba45e,16#0329498d134d2f6a, + 16#03b69421ae65ee2b,16#01a8d20b59447429,16#006b2292571032a2, + 16#00c193b17da22ba5,16#01faa7ab62181249,16#00acd401cd596a00, + 16#005b5086c3531402,16#0259113d5d3d058d,16#00bef3f3ce4a43b2, + 16#014837a4070b893c,16#00460a26ac2eeec1,16#026219a8b8c63d7e, + 16#03c7b8ed032cf5a6,16#004da912a1fff131,16#0297de3716215741, + 16#0079fb9b4c715466,16#00a73bad4ae5a356,16#0072e606c0d4ab86, + 16#02374382d5f9bd2e]; + +reference_jump_val(_) -> + not_implemented. + %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% diff --git a/lib/stdlib/test/rand_Xoroshiro928ss_dev.txt b/lib/stdlib/test/rand_Xoroshiro928ss_dev.txt new file mode 100644 index 0000000000..150f37fcfa --- /dev/null +++ b/lib/stdlib/test/rand_Xoroshiro928ss_dev.txt @@ -0,0 +1,343 @@ +%CopyrightBegin% + +Copyright Ericsson AB 2015-2017. All Rights Reserved. + +Licensed under the Apache License, Version 2.0 (the "License"); +you may not use this file except in compliance with the License. +You may obtain a copy of the License at + + http://www.apache.org/licenses/LICENSE-2.0 + +Unless required by applicable law or agreed to in writing, software +distributed under the License is distributed on an "AS IS" BASIS, +WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. +See the License for the specific language governing permissions and +limitations under the License. + +%CopyrightEnd% + + +Memorable facts from designing the Xoroshiro928** generator +=========================================================== +AKA: exro928ss in the rand module + +Author: Raimo Niskanen, for the Erlang/OTP team @ Ericsson. + +Reference URL: http://vigna.di.unimi.it/ftp/papers/ScrambledLinear.pdf +i.e the Xoroshiro1024 generator with ** scrambler: + + int p; + uint64_t s[16]; + + const int q = p; + const uint64_t s0 = s[p = (p + 1) & 15]; + + uint64_t s15 = s[q]; + + const uint64_t result_starstar = rotl(s0 * S, R) * T; + + s15 ^= s0; + s[q] = rotl(s0, A) ^ s15 ^ (s15 << B); + s[p] = rotl(s15, C); + +Where {S, R, T} = {5, 7, 9} as recommended in the paper. + +We want to scale down to 58 bit words (16 of them) +so we get a generator with period 2^928 - 1. + +{A, B, C} were deduced as follows +--------------------------------- + +First, to find which triplets that give a full period generator +one have to factor 2^928 - 1. + +https://www.alpertron.com.ar/ECM.HTM actually could do that +and gave the result: + + Value + 2^928 - 1 + + 2269 007733 883335 972287 082669 296112 915239 349672 942191 252221 331572 + 442536 403137 824056 312817 862695 551072 066953 619064 625508 194663 + 368599 769448 406663 254670 871573 830845 597595 897613 333042 429214 + 224697 474472 410882 236254 024057 110212 260250 671521 235807 709272 + 244389 361641 091086 035023 229622 419455 (280 digits) = 3 ร 5 ร 17 ร 59 ร + 233 ร 257 ร 929 ร 1103 ร 2089 ร 5569 ร 8353 ร 59393 ร 65537 ร 3 033169 ร + 39 594977 ร 107 367629 ร 536 903681 ร 748 264961 ร 2245 984577 ร 239 + 686663 718401 ร 15 929619 591127 520827 829953 ร 82280 195167 144119 + 832390 568177 ร 6033 312171 721035 031651 315652 130497 (34 digits) ร 18 + 774318 450142 955120 650303 957350 521748 903233 (44 digits) ร 15 694604 + 006012 505869 851221 169365 594050 637743 819041 (50 digits) + +Sebastiano Vigna from that calculated all full period triplets, at the +end of this document, and the ones with the highest degree were: + + 23-25-12 411 + 36-2-35 411 + 55-5-54 411 + 14-19-11 415 + 34-37-5 415 + 37-3-56 415 + 55-11-54 417 + 30-3-41 419 + 11-45-50 423 + 50-19-47 423 + 52-27-13 427 + 54-9-25 433 + 56-43-35 433 + 44-9-45 441 + +All these candidates were tested with TestU01-1.2.3: + + http://simul.iro.umontreal.ca/testu01/tu01.html + +A plugin was created with parameters for {A, B, C} and, since +TestU01 is a 32-bit test tool, with parameters to reverse +the generated bits or not, and to take the 32 highest or lowest +bits from the reversed or non-reversed 58 bit output. + +The generators were seeded with a SplitMix64 generator like the +one used for seeding this generator in the rand module, +taking the 58 lowest bits and wasting all zero values. + +3 runs were made with all candidates and all four bit selection variants. +For these runs the seeder was initialized with 12345678, 876543212345678 +and 1234567890. + +After all these runs the candidate with the highest degree: 44-9-45 +had not gotten any suspicious p-value at all. All the other +got p-values around 5.0e-4 worst 9.8e-6 suggesting only random +failures, so they would probably have worked about as well. + +Finally 44-9-45 was run through PractRand-0.93: + + http://pracrand.sourceforge.net/ + +Again, all 4 bit selection variants of 32 bits were run. +Random failures with p-values around e-3..e-4 for the "smaller" +tests, but for 8, 16 and 32 TB tests no anomalies were found +(with the internal seeder masked to 58 bits): + + Xoroshiro928High seed: 0x3178ec5d + Xoroshiro928Low seed: 0xa9a04fb9 + Xoroshiro928ReverseHigh seed: 0xfa0bdbab + Xoroshiro928ReverseLow seed: 0xada51705 + + +Then, S. Vigna calculated the 2^512 jump coefficient as well +as a 2^20 jump coefficient (for testing purposes) for 44-9-45. + +2^512: + { 0x44085302f77130ca, 0xba05381fdfd14902, 0x10a1de1d7d6813d2, + 0xb83fe51a1eb3be19, 0xa81b0090567fd9f0, 0x5ac26d5d20f9b49f, + 0x4ddd98ee4be41e01, 0x0657e19f00d4b358, 0xf02f778573cf0f0a, + 0xb45a3a8a3cef3cc0, 0x6e62a33cc2323831, 0xbcb3b7c4cc049c53, + 0x83f240c6007e76ce, 0xe19f5fc1a1504acd, 0x00000000b10773cb } + +2^20: + { 0xbdb966a3daf905e6, 0x644807a56270cf78, 0xda90f4a806c17e9e, + 0x4a426866bfad3c77, 0xaf699c306d8e7566, 0x8ebc73c700b8b091, + 0xc081a7bf148531fb, 0xdc4d3af15f8a4dfd, 0x90627c014098f4b6, + 0x06df2eb1feaf0fb6, 0x5bdeb1a5a90f2e6b, 0xa480c5878c3549bd, + 0xff45ef33c82f3d48, 0xa30bebc15fefcc78, 0x00000000cb3d181c } + +Standard jump function pseudocode: + + Jump constant j = 0xb10773cb...44085302f77130ca + Generator state: s + New generator state: t = 0 + foreach bit in j, low to high: + if the bit is one: + t ^= s + next s + s = t + + +The complete list of full period constants +------------------------------------------ + +29-48-54 27 x^928 + x^874 + x^870 + x^840 + x^814 + x^784 + x^759 + x^750 + x^724 + x^720 + x^634 + x^630 + x^600 + x^574 + x^544 + x^519 + x^510 + x^484 + x^480 + x^390 + x^360 + x^270 + x^240 + x^150 + x^120 + x^30 + 1 + +29-18-56 65 x^928 + x^870 + x^850 + x^840 + x^832 + x^821 + x^802 + x^791 + x^761 + x^750 + x^734 + x^731 + x^720 + x^712 + x^701 + x^686 + x^674 + x^671 + x^663 + x^641 + x^630 + x^611 + x^610 + x^603 + x^600 + x^596 + x^577 + x^566 + x^547 + x^524 + x^517 + x^510 + x^487 + x^480 + x^476 + x^464 + x^457 + x^446 + x^427 + x^423 + x^397 + x^390 + x^367 + x^363 + x^360 + x^356 + x^352 + x^341 + x^326 + x^322 + x^311 + x^281 + x^270 + x^251 + x^240 + x^236 + x^232 + x^221 + x^191 + x^161 + x^150 + x^131 + x^120 + x^30 + 1 + +29-32-36 81 x^928 + x^874 + x^870 + x^840 + x^820 + x^819 + x^794 + x^790 + x^770 + x^765 + x^764 + x^760 + x^754 + x^750 + x^740 + x^739 + x^735 + x^734 + x^730 + x^709 + x^704 + x^674 + x^670 + x^665 + x^660 + x^650 + x^649 + x^635 + x^634 + x^619 + x^614 + x^605 + x^595 + x^585 + x^584 + x^579 + x^564 + x^555 + x^545 + x^540 + x^524 + x^515 + x^514 + x^495 + x^490 + x^485 + x^460 + x^455 + x^435 + x^425 + x^400 + x^395 + x^375 + x^370 + x^365 + x^340 + x^315 + x^310 + x^305 + x^300 + x^290 + x^285 + x^275 + x^260 + x^250 + x^245 + x^240 + x^215 + x^190 + x^180 + x^170 + x^150 + x^130 + x^120 + x^115 + x^105 + x^100 + x^75 + x^40 + x^30 + 1 + +39-10-20 105 x^928 + x^898 + x^870 + x^841 + x^840 + x^808 + x^783 + x^782 + x^781 + x^780 + x^778 + x^754 + x^752 + x^724 + x^721 + x^720 + x^696 + x^692 + x^688 + x^667 + x^666 + x^661 + x^660 + x^658 + x^638 + x^636 + x^632 + x^609 + x^607 + x^606 + x^605 + x^604 + x^601 + x^600 + x^580 + x^578 + x^576 + x^572 + x^568 + x^549 + x^548 + x^541 + x^540 + x^538 + x^516 + x^512 + x^489 + x^485 + x^484 + x^481 + x^480 + x^456 + x^452 + x^448 + x^429 + x^428 + x^421 + x^420 + x^418 + x^400 + x^398 + x^396 + x^392 + x^368 + x^365 + x^364 + x^336 + x^328 + x^319 + x^318 + x^315 + x^314 + x^298 + x^286 + x^278 + x^276 + x^274 + x^255 + x^254 + x^249 + x^245 + x^228 + x^226 + x^220 + x^208 + x^199 + x^198 + x^189 + x^188 + x^178 + x^168 + x^166 + x^160 + x^129 + x^128 + x^108 + x^100 + x^88 + x^79 + x^78 + x^69 + x^68 + x^58 + x^40 + 1 + +4-4-9 149 x^928 + x^898 + x^886 + x^870 + x^856 + x^826 + x^823 + x^808 + x^796 + x^793 + x^784 + x^778 + x^772 + x^766 + x^760 + x^754 + x^751 + x^742 + x^736 + x^734 + x^724 + x^713 + x^709 + x^706 + x^703 + x^694 + x^691 + x^688 + x^676 + x^674 + x^673 + x^664 + x^662 + x^658 + x^653 + x^641 + x^640 + x^634 + x^632 + x^631 + x^620 + x^614 + x^611 + x^608 + x^604 + x^602 + x^599 + x^590 + x^583 + x^581 + x^578 + x^574 + x^572 + x^571 + x^569 + x^568 + x^561 + x^554 + x^553 + x^551 + x^544 + x^542 + x^540 + x^538 + x^532 + x^531 + x^518 + x^514 + x^512 + x^502 + x^498 + x^489 + x^488 + x^484 + x^482 + x^480 + x^479 + x^468 + x^463 + x^456 + x^454 + x^452 + x^449 + x^448 + x^438 + x^433 + x^429 + x^424 + x^422 + x^420 + x^418 + x^408 + x^406 + x^401 + x^396 + x^394 + x^392 + x^380 + x^378 + x^376 + x^371 + x^367 + x^364 + x^362 + x^360 + x^350 + x^348 + x^346 + x^341 + x^334 + x^332 + x^328 + x^318 + x^311 + x^307 + x^304 + x^302 + x^300 + x^298 + x^288 + x^274 + x^272 + x^254 + x^249 + x^242 + x^240 + x^233 + x^212 + x^208 + x^189 + x^180 + x^178 + x^166 + x^152 + x^143 + x^136 + x^127 + x^122 + x^120 + x^113 + x^106 + x^88 + x^83 + x^81 + x^67 + x^58 + x^51 + x^14 + 1 + +44-44-45 157 x^928 + x^898 + x^870 + x^850 + x^830 + x^820 + x^808 + x^800 + x^790 + x^782 + x^778 + x^777 + x^760 + x^757 + x^752 + x^747 + x^742 + x^727 + x^702 + x^694 + x^689 + x^688 + x^679 + x^674 + x^659 + x^658 + x^657 + x^644 + x^642 + x^637 + x^634 + x^627 + x^619 + x^612 + x^607 + x^606 + x^601 + x^596 + x^594 + x^591 + x^590 + x^584 + x^576 + x^568 + x^566 + x^561 + x^560 + x^556 + x^554 + x^546 + x^541 + x^539 + x^538 + x^518 + x^516 + x^511 + x^509 + x^503 + x^502 + x^499 + x^496 + x^488 + x^476 + x^471 + x^468 + x^466 + x^464 + x^448 + x^446 + x^441 + x^436 + x^421 + x^420 + x^415 + x^411 + x^408 + x^404 + x^400 + x^388 + x^383 + x^381 + x^379 + x^376 + x^363 + x^358 + x^356 + x^354 + x^346 + x^344 + x^340 + x^333 + x^330 + x^328 + x^325 + x^316 + x^312 + x^307 + x^305 + x^302 + x^284 + x^282 + x^277 + x^270 + x^268 + x^267 + x^256 + x^252 + x^249 + x^245 + x^244 + x^239 + x^238 + x^236 + x^231 + x^228 + x^226 + x^224 + x^222 + x^215 + x^208 + x^207 + x^205 + x^203 + x^201 + x^199 + x^196 + x^194 + x^192 + x^189 + x^185 + x^184 + x^182 + x^180 + x^175 + x^171 + x^168 + x^166 + x^162 + x^161 + x^155 + x^152 + x^150 + x^141 + x^134 + x^132 + x^131 + x^127 + x^122 + x^111 + x^104 + x^92 + x^90 + x^83 + x^81 + x^58 + x^37 + 1 + +40-40-7 167 x^928 + x^898 + x^870 + x^866 + x^838 + x^836 + x^807 + x^806 + x^804 + x^778 + x^777 + x^774 + x^745 + x^744 + x^742 + x^718 + x^714 + x^713 + x^712 + x^687 + x^658 + x^657 + x^656 + x^655 + x^654 + x^626 + x^620 + x^619 + x^598 + x^596 + x^592 + x^591 + x^589 + x^566 + x^564 + x^563 + x^562 + x^560 + x^558 + x^538 + x^534 + x^530 + x^529 + x^504 + x^503 + x^502 + x^500 + x^499 + x^498 + x^496 + x^478 + x^474 + x^470 + x^469 + x^443 + x^442 + x^441 + x^439 + x^438 + x^436 + x^434 + x^432 + x^418 + x^416 + x^414 + x^410 + x^409 + x^407 + x^406 + x^405 + x^402 + x^386 + x^383 + x^380 + x^374 + x^373 + x^372 + x^370 + x^356 + x^350 + x^349 + x^348 + x^347 + x^346 + x^345 + x^340 + x^328 + x^326 + x^324 + x^323 + x^321 + x^316 + x^314 + x^308 + x^298 + x^296 + x^294 + x^289 + x^285 + x^283 + x^282 + x^281 + x^280 + x^278 + x^263 + x^262 + x^259 + x^257 + x^255 + x^251 + x^249 + x^248 + x^246 + x^233 + x^232 + x^229 + x^220 + x^218 + x^217 + x^216 + x^208 + x^202 + x^201 + x^199 + x^195 + x^190 + x^188 + x^187 + x^186 + x^178 + x^172 + x^169 + x^167 + x^162 + x^161 + x^159 + x^158 + x^157 + x^146 + x^142 + x^139 + x^135 + x^125 + x^123 + x^116 + x^112 + x^107 + x^105 + x^94 + x^93 + x^88 + 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x^38 + x^32 + x^31 + x^29 + x^28 + x^26 + x^24 + x^23 + x^21 + x^20 + x^19 + x^18 + x^15 + x^10 + 1 diff --git a/lib/stdlib/test/stdlib.spec b/lib/stdlib/test/stdlib.spec index 9c625091a8..4de7c1a0eb 100644 --- a/lib/stdlib/test/stdlib.spec +++ b/lib/stdlib/test/stdlib.spec @@ -1,4 +1,4 @@ {suites,"../stdlib_test",all}. {skip_groups,"../stdlib_test",stdlib_bench_SUITE, - [base64,gen_server,gen_statem,unicode], + [binary,base64,gen_server,gen_statem,unicode], "Benchmark only"}. diff --git a/lib/stdlib/test/stdlib_bench_SUITE.erl b/lib/stdlib/test/stdlib_bench_SUITE.erl index 2364e8376f..b937eeb06a 100644 --- a/lib/stdlib/test/stdlib_bench_SUITE.erl +++ b/lib/stdlib/test/stdlib_bench_SUITE.erl @@ -29,7 +29,7 @@ suite() -> [{ct_hooks,[{ts_install_cth,[{nodenames,2}]}]}]. all() -> - [{group,unicode},{group,base64}, + [{group,unicode},{group,base64},{group,binary}, {group,gen_server},{group,gen_statem}, {group,gen_server_comparison},{group,gen_statem_comparison}]. @@ -38,6 +38,11 @@ groups() -> [norm_nfc_list, norm_nfc_deep_l, norm_nfc_binary, string_lexemes_list, string_lexemes_binary ]}, + {binary, [{repeat, 5}], + [match_single_pattern_no_match, + matches_single_pattern_no_match, + matches_single_pattern_eventual_match, + matches_single_pattern_frequent_match]}, {base64,[{repeat,5}], [decode_binary, decode_binary_to_string, decode_list, decode_list_to_string, @@ -157,41 +162,59 @@ norm_data(Config) -> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% +match_single_pattern_no_match(_Config) -> + Binary = binary:copy(<<"ugbcfuysabfuqyfikgfsdalpaskfhgjsdgfjwsalp">>, 1000000), + comment(test(binary, match, [Binary, <<"o">>])). + +matches_single_pattern_no_match(_Config) -> + Binary = binary:copy(<<"ugbcfuysabfuqyfikgfsdalpaskfhgjsdgfjwsalp">>, 1000000), + comment(test(binary, matches, [Binary, <<"o">>])). + +matches_single_pattern_eventual_match(_Config) -> + Binary = binary:copy(<<"ugbcfuysabfuqyfikgfsdalpaskfhgjsdgfjwsal\n">>, 1000000), + comment(test(binary, matches, [Binary, <<"\n">>])). + +matches_single_pattern_frequent_match(_Config) -> + Binary = binary:copy(<<"abc\n">>, 1000000), + comment(test(binary, matches, [Binary, <<"abc">>])). + +%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% + decode_binary(_Config) -> - comment(test(decode, encoded_binary())). + comment(test(base64, decode, [encoded_binary()])). decode_binary_to_string(_Config) -> - comment(test(decode_to_string, encoded_binary())). + comment(test(base64, decode_to_string, [encoded_binary()])). decode_list(_Config) -> - comment(test(decode, encoded_list())). + comment(test(base64, decode, [encoded_list()])). decode_list_to_string(_Config) -> - comment(test(decode_to_string, encoded_list())). + comment(test(base64, decode_to_string, [encoded_list()])). encode_binary(_Config) -> - comment(test(encode, binary())). + comment(test(base64, encode, [binary()])). encode_binary_to_string(_Config) -> - comment(test(encode_to_string, binary())). + comment(test(base64, encode_to_string, [binary()])). encode_list(_Config) -> - comment(test(encode, list())). + comment(test(base64, encode, [list()])). encode_list_to_string(_Config) -> - comment(test(encode_to_string, list())). + comment(test(base64, encode_to_string, [list()])). mime_binary_decode(_Config) -> - comment(test(mime_decode, encoded_binary())). + comment(test(base64, mime_decode, [encoded_binary()])). mime_binary_decode_to_string(_Config) -> - comment(test(mime_decode_to_string, encoded_binary())). + comment(test(base64, mime_decode_to_string, [encoded_binary()])). mime_list_decode(_Config) -> - comment(test(mime_decode, encoded_list())). + comment(test(base64, mime_decode, [encoded_list()])). mime_list_decode_to_string(_Config) -> - comment(test(mime_decode_to_string, encoded_list())). + comment(test(base64, mime_decode_to_string, [encoded_list()])). -define(SIZE, 10000). -define(N, 1000). @@ -209,15 +232,15 @@ binary() -> list() -> random_byte_list(?SIZE). -test(Func, Data) -> - F = fun() -> loop(?N, Func, Data) end, +test(Mod, Fun, Args) -> + F = fun() -> loop(?N, Mod, Fun, Args) end, {Time, ok} = timer:tc(fun() -> lspawn(F) end), - report_base64(Time). + report_mfa(Time, Mod). -loop(0, _F, _D) -> garbage_collect(), ok; -loop(N, F, D) -> - _ = base64:F(D), - loop(N - 1, F, D). +loop(0, _M, _F, _A) -> garbage_collect(), ok; +loop(N, M, F, A) -> + _ = apply(M, F, A), + loop(N - 1, M, F, A). lspawn(Fun) -> {Pid, Ref} = spawn_monitor(fun() -> exit(Fun()) end), @@ -225,10 +248,10 @@ lspawn(Fun) -> {'DOWN', Ref, process, Pid, Rep} -> Rep end. -report_base64(Time) -> +report_mfa(Time, Mod) -> Tps = round((?N*1000000)/Time), ct_event:notify(#event{name = benchmark_data, - data = [{suite, "stdlib_base64"}, + data = [{suite, "stdlib_" ++ atom_to_list(Mod)}, {value, Tps}]}), Tps. diff --git a/lib/stdlib/test/unicode_util_SUITE_data/GraphemeBreakTest.txt b/lib/stdlib/test/unicode_util_SUITE_data/GraphemeBreakTest.txt index d7d8f90de0..6847953c23 100644 --- a/lib/stdlib/test/unicode_util_SUITE_data/GraphemeBreakTest.txt +++ b/lib/stdlib/test/unicode_util_SUITE_data/GraphemeBreakTest.txt @@ -1,6 +1,6 @@ -# GraphemeBreakTest-10.0.0.txt -# Date: 2017-04-14, 05:40:29 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# GraphemeBreakTest-11.0.0.txt +# Date: 2018-03-18, 13:30:33 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -23,828 +23,678 @@ # These samples may be extended or changed in the future. # รท 0020 รท 0020 รท # รท [0.2] SPACE (Other) รท [999.0] SPACE (Other) รท [0.3] -รท 0020 ร 0308 รท 0020 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 0020 ร 0308 รท 0020 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 0020 รท 000D รท # รท [0.2] SPACE (Other) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0020 ร 0308 รท 000D รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0020 ร 0308 รท 000D รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 0020 รท 000A รท # รท [0.2] SPACE (Other) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0020 ร 0308 รท 000A รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0020 ร 0308 รท 000A รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 0020 รท 0001 รท # รท [0.2] SPACE (Other) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0020 ร 0308 รท 0001 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0020 ร 0300 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0020 ร 0308 ร 0300 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 0020 ร 0308 รท 0001 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0020 ร 034F รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0020 ร 0308 ร 034F รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0020 รท 1F1E6 รท # รท [0.2] SPACE (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0020 ร 0308 รท 1F1E6 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 0020 รท 0600 รท # รท [0.2] SPACE (Other) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0020 ร 0308 รท 0600 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0020 ร 0308 รท 0600 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 0020 ร 0903 รท # รท [0.2] SPACE (Other) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0020 ร 0308 ร 0903 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0020 ร 0308 ร 0903 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 0020 รท 1100 รท # รท [0.2] SPACE (Other) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0020 ร 0308 รท 1100 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0020 ร 0308 รท 1100 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 0020 รท 1160 รท # รท [0.2] SPACE (Other) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0020 ร 0308 รท 1160 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0020 ร 0308 รท 1160 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 0020 รท 11A8 รท # รท [0.2] SPACE (Other) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0020 ร 0308 รท 11A8 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0020 ร 0308 รท 11A8 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 0020 รท AC00 รท # รท [0.2] SPACE (Other) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0020 ร 0308 รท AC00 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0020 ร 0308 รท AC00 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 0020 รท AC01 รท # รท [0.2] SPACE (Other) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0020 ร 0308 รท AC01 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0020 รท 1F1E6 รท # รท [0.2] SPACE (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0020 ร 0308 รท 1F1E6 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0020 รท 261D รท # รท [0.2] SPACE (Other) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0020 ร 0308 รท 261D รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0020 รท 1F3FB รท # รท [0.2] SPACE (Other) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0020 ร 0308 รท 1F3FB รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0020 ร 200D รท # รท [0.2] SPACE (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0020 ร 0308 ร 200D รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0020 รท 2640 รท # รท [0.2] SPACE (Other) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0020 ร 0308 รท 2640 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0020 รท 1F466 รท # รท [0.2] SPACE (Other) รท [999.0] BOY (EBG) รท [0.3] -รท 0020 ร 0308 รท 1F466 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 0020 ร 0308 รท AC01 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0020 รท 231A รท # รท [0.2] SPACE (Other) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0020 ร 0308 รท 231A รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0020 ร 0300 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0020 ร 0308 ร 0300 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0020 ร 200D รท # รท [0.2] SPACE (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0020 ร 0308 ร 200D รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 0020 รท 0378 รท # รท [0.2] SPACE (Other) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 0020 ร 0308 รท 0378 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0020 ร 0308 รท 0378 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 0020 รท D800 รท # รท [0.2] SPACE (Other) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 0020 ร 0308 รท D800 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0020 ร 0308 รท D800 รท # รท [0.2] SPACE (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 000D รท 0020 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] SPACE (Other) รท [0.3] -รท 000D รท 0308 รท 0020 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 000D รท 0308 รท 0020 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 000D รท 000D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 000D รท 0308 รท 000D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 000D รท 0308 รท 000D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 000D ร 000A รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) ร [3.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 000D รท 0308 รท 000A รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 000D รท 0308 รท 000A รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 000D รท 0001 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] <START OF HEADING> (Control) รท [0.3] -รท 000D รท 0308 รท 0001 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 000D รท 0300 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 000D รท 0308 ร 0300 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 000D รท 0308 รท 0001 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 000D รท 034F รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 000D รท 0308 ร 034F รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 000D รท 1F1E6 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 000D รท 0308 รท 1F1E6 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 000D รท 0600 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 000D รท 0308 รท 0600 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 000D รท 0308 รท 0600 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 000D รท 0903 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 000D รท 0308 ร 0903 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 000D รท 0308 ร 0903 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 000D รท 1100 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 000D รท 0308 รท 1100 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 000D รท 0308 รท 1100 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 000D รท 1160 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 000D รท 0308 รท 1160 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 000D รท 0308 รท 1160 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 000D รท 11A8 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 000D รท 0308 รท 11A8 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 000D รท 0308 รท 11A8 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 000D รท AC00 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 000D รท 0308 รท AC00 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 000D รท 0308 รท AC00 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 000D รท AC01 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 000D รท 0308 รท AC01 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 000D รท 1F1E6 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 000D รท 0308 รท 1F1E6 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 000D รท 261D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 000D รท 0308 รท 261D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 000D รท 1F3FB รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 000D รท 0308 รท 1F3FB รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 000D รท 200D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 000D รท 0308 ร 200D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 000D รท 2640 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 000D รท 0308 รท 2640 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 000D รท 1F466 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] BOY (EBG) รท [0.3] -รท 000D รท 0308 รท 1F466 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 000D รท 0308 รท AC01 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 000D รท 231A รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] WATCH (ExtPict) รท [0.3] +รท 000D รท 0308 รท 231A รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 000D รท 0300 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 000D รท 0308 ร 0300 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 000D รท 200D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 000D รท 0308 ร 200D รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 000D รท 0378 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] <reserved-0378> (Other) รท [0.3] -รท 000D รท 0308 รท 0378 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 000D รท 0308 รท 0378 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 000D รท D800 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] <surrogate-D800> (Control) รท [0.3] -รท 000D รท 0308 รท D800 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 000D รท 0308 รท D800 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 000A รท 0020 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] SPACE (Other) รท [0.3] -รท 000A รท 0308 รท 0020 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 000A รท 0308 รท 0020 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 000A รท 000D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 000A รท 0308 รท 000D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 000A รท 0308 รท 000D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 000A รท 000A รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 000A รท 0308 รท 000A รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 000A รท 0308 รท 000A รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 000A รท 0001 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] <START OF HEADING> (Control) รท [0.3] -รท 000A รท 0308 รท 0001 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 000A รท 0300 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 000A รท 0308 ร 0300 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 000A รท 0308 รท 0001 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 000A รท 034F รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 000A รท 0308 ร 034F รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 000A รท 1F1E6 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 000A รท 0308 รท 1F1E6 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 000A รท 0600 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 000A รท 0308 รท 0600 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 000A รท 0308 รท 0600 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 000A รท 0903 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 000A รท 0308 ร 0903 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 000A รท 0308 ร 0903 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 000A รท 1100 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 000A รท 0308 รท 1100 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 000A รท 0308 รท 1100 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 000A รท 1160 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 000A รท 0308 รท 1160 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 000A รท 0308 รท 1160 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 000A รท 11A8 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 000A รท 0308 รท 11A8 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 000A รท 0308 รท 11A8 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 000A รท AC00 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 000A รท 0308 รท AC00 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 000A รท 0308 รท AC00 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 000A รท AC01 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 000A รท 0308 รท AC01 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 000A รท 1F1E6 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 000A รท 0308 รท 1F1E6 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 000A รท 261D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 000A รท 0308 รท 261D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 000A รท 1F3FB รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 000A รท 0308 รท 1F3FB รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 000A รท 200D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 000A รท 0308 ร 200D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 000A รท 2640 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 000A รท 0308 รท 2640 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 000A รท 1F466 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] BOY (EBG) รท [0.3] -รท 000A รท 0308 รท 1F466 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 000A รท 0308 รท AC01 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 000A รท 231A รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] WATCH (ExtPict) รท [0.3] +รท 000A รท 0308 รท 231A รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 000A รท 0300 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 000A รท 0308 ร 0300 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 000A รท 200D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 000A รท 0308 ร 200D รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 000A รท 0378 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] <reserved-0378> (Other) รท [0.3] -รท 000A รท 0308 รท 0378 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 000A รท 0308 รท 0378 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 000A รท D800 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] <surrogate-D800> (Control) รท [0.3] -รท 000A รท 0308 รท D800 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 000A รท 0308 รท D800 รท # รท [0.2] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 0001 รท 0020 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] SPACE (Other) รท [0.3] -รท 0001 รท 0308 รท 0020 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 0001 รท 0308 รท 0020 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 0001 รท 000D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0001 รท 0308 รท 000D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0001 รท 0308 รท 000D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 0001 รท 000A รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0001 รท 0308 รท 000A รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0001 รท 0308 รท 000A รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 0001 รท 0001 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] <START OF HEADING> (Control) รท [0.3] -รท 0001 รท 0308 รท 0001 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0001 รท 0300 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0001 รท 0308 ร 0300 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 0001 รท 0308 รท 0001 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0001 รท 034F รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0001 รท 0308 ร 034F รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0001 รท 1F1E6 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0001 รท 0308 รท 1F1E6 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 0001 รท 0600 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0001 รท 0308 รท 0600 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0001 รท 0308 รท 0600 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 0001 รท 0903 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0001 รท 0308 ร 0903 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0001 รท 0308 ร 0903 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 0001 รท 1100 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0001 รท 0308 รท 1100 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0001 รท 0308 รท 1100 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 0001 รท 1160 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0001 รท 0308 รท 1160 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0001 รท 0308 รท 1160 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 0001 รท 11A8 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0001 รท 0308 รท 11A8 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0001 รท 0308 รท 11A8 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 0001 รท AC00 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0001 รท 0308 รท AC00 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0001 รท 0308 รท AC00 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 0001 รท AC01 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0001 รท 0308 รท AC01 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0001 รท 1F1E6 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0001 รท 0308 รท 1F1E6 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0001 รท 261D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0001 รท 0308 รท 261D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0001 รท 1F3FB รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0001 รท 0308 รท 1F3FB รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0001 รท 200D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0001 รท 0308 ร 200D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0001 รท 2640 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0001 รท 0308 รท 2640 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0001 รท 1F466 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] BOY (EBG) รท [0.3] -รท 0001 รท 0308 รท 1F466 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 0001 รท 0308 รท AC01 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0001 รท 231A รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] WATCH (ExtPict) รท [0.3] +รท 0001 รท 0308 รท 231A รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0001 รท 0300 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0001 รท 0308 ร 0300 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0001 รท 200D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0001 รท 0308 ร 200D รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 0001 รท 0378 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] <reserved-0378> (Other) รท [0.3] -รท 0001 รท 0308 รท 0378 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0001 รท 0308 รท 0378 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 0001 รท D800 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] <surrogate-D800> (Control) รท [0.3] -รท 0001 รท 0308 รท D800 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 0300 รท 0020 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 0300 ร 0308 รท 0020 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 0300 รท 000D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0300 ร 0308 รท 000D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0300 รท 000A รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0300 ร 0308 รท 000A รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0300 รท 0001 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0300 ร 0308 รท 0001 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0300 ร 0300 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0300 ร 0308 ร 0300 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0300 รท 0600 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0300 ร 0308 รท 0600 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0300 ร 0903 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0300 ร 0308 ร 0903 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0300 รท 1100 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0300 ร 0308 รท 1100 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0300 รท 1160 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0300 ร 0308 รท 1160 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0300 รท 11A8 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0300 ร 0308 รท 11A8 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0300 รท AC00 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0300 ร 0308 รท AC00 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0300 รท AC01 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0300 ร 0308 รท AC01 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0300 รท 1F1E6 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0300 ร 0308 รท 1F1E6 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0300 รท 261D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0300 ร 0308 รท 261D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0300 รท 1F3FB รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0300 ร 0308 รท 1F3FB รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0300 ร 200D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0300 ร 0308 ร 200D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0300 รท 2640 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0300 ร 0308 รท 2640 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0300 รท 1F466 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 0300 ร 0308 รท 1F466 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 0300 รท 0378 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 0300 ร 0308 รท 0378 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 0300 รท D800 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 0300 ร 0308 รท D800 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0001 รท 0308 รท D800 รท # รท [0.2] <START OF HEADING> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 034F รท 0020 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 034F ร 0308 รท 0020 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 034F รท 000D รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 034F ร 0308 รท 000D รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 034F รท 000A รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 034F ร 0308 รท 000A รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 034F รท 0001 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 034F ร 0308 รท 0001 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 034F ร 034F รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 034F ร 0308 ร 034F รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 034F รท 1F1E6 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 034F ร 0308 รท 1F1E6 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 034F รท 0600 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 034F ร 0308 รท 0600 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 034F ร 0903 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 034F ร 0308 ร 0903 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 034F รท 1100 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 034F ร 0308 รท 1100 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 034F รท 1160 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 034F ร 0308 รท 1160 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 034F รท 11A8 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 034F ร 0308 รท 11A8 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 034F รท AC00 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 034F ร 0308 รท AC00 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 034F รท AC01 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 034F ร 0308 รท AC01 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 034F รท 231A รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 034F ร 0308 รท 231A รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 034F ร 0300 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 034F ร 0308 ร 0300 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 034F ร 200D รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 034F ร 0308 ร 200D รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 034F รท 0378 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 034F ร 0308 รท 0378 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 034F รท D800 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 034F ร 0308 รท D800 รท # รท [0.2] COMBINING GRAPHEME JOINER (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 1F1E6 รท 0020 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] SPACE (Other) รท [0.3] +รท 1F1E6 ร 0308 รท 0020 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 1F1E6 รท 000D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 1F1E6 ร 0308 รท 000D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 1F1E6 รท 000A รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 1F1E6 ร 0308 รท 000A รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 1F1E6 รท 0001 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 1F1E6 ร 0308 รท 0001 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 1F1E6 ร 034F รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 1F1E6 ร 0308 ร 034F รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 1F1E6 ร 1F1E6 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [12.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 1F1E6 ร 0308 รท 1F1E6 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 1F1E6 รท 0600 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 1F1E6 ร 0308 รท 0600 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 1F1E6 ร 0903 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 1F1E6 ร 0308 ร 0903 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 1F1E6 รท 1100 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 1F1E6 ร 0308 รท 1100 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 1F1E6 รท 1160 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 1F1E6 ร 0308 รท 1160 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 1F1E6 รท 11A8 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 1F1E6 ร 0308 รท 11A8 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 1F1E6 รท AC00 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 1F1E6 ร 0308 รท AC00 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 1F1E6 รท AC01 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 1F1E6 ร 0308 รท AC01 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 1F1E6 รท 231A รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 1F1E6 ร 0308 รท 231A รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 1F1E6 ร 0300 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 1F1E6 ร 0308 ร 0300 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 1F1E6 ร 200D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 1F1E6 ร 0308 ร 200D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 1F1E6 รท 0378 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 1F1E6 ร 0308 รท 0378 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 1F1E6 รท D800 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 1F1E6 ร 0308 รท D800 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 0600 ร 0020 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] SPACE (Other) รท [0.3] -รท 0600 ร 0308 รท 0020 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 0600 ร 0308 รท 0020 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 0600 รท 000D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0600 ร 0308 รท 000D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0600 ร 0308 รท 000D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 0600 รท 000A รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0600 ร 0308 รท 000A รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0600 ร 0308 รท 000A รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 0600 รท 0001 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0600 ร 0308 รท 0001 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0600 ร 0300 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0600 ร 0308 ร 0300 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 0600 ร 0308 รท 0001 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0600 ร 034F รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0600 ร 0308 ร 034F รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0600 ร 1F1E6 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0600 ร 0308 รท 1F1E6 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 0600 ร 0600 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0600 ร 0308 รท 0600 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0600 ร 0308 รท 0600 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 0600 ร 0903 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0600 ร 0308 ร 0903 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0600 ร 0308 ร 0903 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 0600 ร 1100 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0600 ร 0308 รท 1100 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0600 ร 0308 รท 1100 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 0600 ร 1160 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0600 ร 0308 รท 1160 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0600 ร 0308 รท 1160 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 0600 ร 11A8 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0600 ร 0308 รท 11A8 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0600 ร 0308 รท 11A8 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 0600 ร AC00 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0600 ร 0308 รท AC00 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0600 ร 0308 รท AC00 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 0600 ร AC01 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0600 ร 0308 รท AC01 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0600 ร 1F1E6 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0600 ร 0308 รท 1F1E6 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0600 ร 261D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0600 ร 0308 รท 261D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0600 ร 1F3FB รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0600 ร 0308 รท 1F3FB รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0600 ร 200D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0600 ร 0308 ร 200D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0600 ร 2640 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0600 ร 0308 รท 2640 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0600 ร 1F466 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] BOY (EBG) รท [0.3] -รท 0600 ร 0308 รท 1F466 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 0600 ร 0308 รท AC01 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0600 ร 231A รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] WATCH (ExtPict) รท [0.3] +รท 0600 ร 0308 รท 231A รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0600 ร 0300 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0600 ร 0308 ร 0300 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0600 ร 200D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0600 ร 0308 ร 200D รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 0600 ร 0378 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.2] <reserved-0378> (Other) รท [0.3] -รท 0600 ร 0308 รท 0378 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0600 ร 0308 รท 0378 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 0600 รท D800 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 0600 ร 0308 รท D800 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0600 ร 0308 รท D800 รท # รท [0.2] ARABIC NUMBER SIGN (Prepend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 0903 รท 0020 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] SPACE (Other) รท [0.3] -รท 0903 ร 0308 รท 0020 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 0903 ร 0308 รท 0020 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 0903 รท 000D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0903 ร 0308 รท 000D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0903 ร 0308 รท 000D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 0903 รท 000A รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0903 ร 0308 รท 000A รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0903 ร 0308 รท 000A รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 0903 รท 0001 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0903 ร 0308 รท 0001 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0903 ร 0300 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0903 ร 0308 ร 0300 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 0903 ร 0308 รท 0001 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0903 ร 034F รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0903 ร 0308 ร 034F รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0903 รท 1F1E6 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0903 ร 0308 รท 1F1E6 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 0903 รท 0600 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0903 ร 0308 รท 0600 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0903 ร 0308 รท 0600 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 0903 ร 0903 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0903 ร 0308 ร 0903 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0903 ร 0308 ร 0903 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 0903 รท 1100 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0903 ร 0308 รท 1100 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0903 ร 0308 รท 1100 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 0903 รท 1160 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0903 ร 0308 รท 1160 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0903 ร 0308 รท 1160 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 0903 รท 11A8 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0903 ร 0308 รท 11A8 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0903 ร 0308 รท 11A8 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 0903 รท AC00 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0903 ร 0308 รท AC00 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0903 ร 0308 รท AC00 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 0903 รท AC01 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0903 ร 0308 รท AC01 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0903 รท 1F1E6 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0903 ร 0308 รท 1F1E6 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0903 รท 261D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0903 ร 0308 รท 261D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0903 รท 1F3FB รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0903 ร 0308 รท 1F3FB รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0903 ร 200D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0903 ร 0308 ร 200D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0903 รท 2640 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0903 ร 0308 รท 2640 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0903 รท 1F466 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] BOY (EBG) รท [0.3] -รท 0903 ร 0308 รท 1F466 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 0903 ร 0308 รท AC01 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0903 รท 231A รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0903 ร 0308 รท 231A รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0903 ร 0300 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0903 ร 0308 ร 0300 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0903 ร 200D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0903 ร 0308 ร 200D รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 0903 รท 0378 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 0903 ร 0308 รท 0378 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0903 ร 0308 รท 0378 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 0903 รท D800 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 0903 ร 0308 รท D800 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0903 ร 0308 รท D800 รท # รท [0.2] DEVANAGARI SIGN VISARGA (SpacingMark) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 1100 รท 0020 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] SPACE (Other) รท [0.3] -รท 1100 ร 0308 รท 0020 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 1100 ร 0308 รท 0020 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 1100 รท 000D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1100 ร 0308 รท 000D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 1100 ร 0308 รท 000D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 1100 รท 000A รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1100 ร 0308 รท 000A รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 1100 ร 0308 รท 000A รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 1100 รท 0001 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1100 ร 0308 รท 0001 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1100 ร 0300 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1100 ร 0308 ร 0300 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 1100 ร 0308 รท 0001 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 1100 ร 034F รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 1100 ร 0308 ร 034F รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 1100 รท 1F1E6 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 1100 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 1100 รท 0600 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1100 ร 0308 รท 0600 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 1100 ร 0308 รท 0600 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 1100 ร 0903 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1100 ร 0308 ร 0903 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 1100 ร 0308 ร 0903 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 1100 ร 1100 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [6.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1100 ร 0308 รท 1100 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 1100 ร 0308 รท 1100 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 1100 ร 1160 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [6.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1100 ร 0308 รท 1160 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 1100 ร 0308 รท 1160 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 1100 รท 11A8 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1100 ร 0308 รท 11A8 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 1100 ร 0308 รท 11A8 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 1100 ร AC00 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [6.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1100 ร 0308 รท AC00 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 1100 ร 0308 รท AC00 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 1100 ร AC01 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [6.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1100 ร 0308 รท AC01 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1100 รท 1F1E6 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1100 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1100 รท 261D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1100 ร 0308 รท 261D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1100 รท 1F3FB รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1100 ร 0308 รท 1F3FB รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1100 ร 200D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1100 ร 0308 ร 200D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1100 รท 2640 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1100 ร 0308 รท 2640 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1100 รท 1F466 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] BOY (EBG) รท [0.3] -รท 1100 ร 0308 รท 1F466 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 1100 ร 0308 รท AC01 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 1100 รท 231A รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 1100 ร 0308 รท 231A รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 1100 ร 0300 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 1100 ร 0308 ร 0300 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 1100 ร 200D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 1100 ร 0308 ร 200D รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 1100 รท 0378 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1100 ร 0308 รท 0378 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 1100 ร 0308 รท 0378 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 1100 รท D800 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1100 ร 0308 รท D800 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 1100 ร 0308 รท D800 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 1160 รท 0020 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] SPACE (Other) รท [0.3] -รท 1160 ร 0308 รท 0020 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 1160 ร 0308 รท 0020 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 1160 รท 000D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1160 ร 0308 รท 000D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 1160 ร 0308 รท 000D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 1160 รท 000A รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1160 ร 0308 รท 000A รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 1160 ร 0308 รท 000A รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 1160 รท 0001 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1160 ร 0308 รท 0001 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1160 ร 0300 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1160 ร 0308 ร 0300 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 1160 ร 0308 รท 0001 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 1160 ร 034F รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 1160 ร 0308 ร 034F รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 1160 รท 1F1E6 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 1160 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 1160 รท 0600 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1160 ร 0308 รท 0600 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 1160 ร 0308 รท 0600 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 1160 ร 0903 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1160 ร 0308 ร 0903 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 1160 ร 0308 ร 0903 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 1160 รท 1100 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1160 ร 0308 รท 1100 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 1160 ร 0308 รท 1100 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 1160 ร 1160 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [7.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1160 ร 0308 รท 1160 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 1160 ร 0308 รท 1160 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 1160 ร 11A8 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [7.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1160 ร 0308 รท 11A8 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 1160 ร 0308 รท 11A8 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 1160 รท AC00 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1160 ร 0308 รท AC00 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 1160 ร 0308 รท AC00 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 1160 รท AC01 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1160 ร 0308 รท AC01 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1160 รท 1F1E6 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1160 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1160 รท 261D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1160 ร 0308 รท 261D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1160 รท 1F3FB รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1160 ร 0308 รท 1F3FB รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1160 ร 200D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1160 ร 0308 ร 200D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1160 รท 2640 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1160 ร 0308 รท 2640 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1160 รท 1F466 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] BOY (EBG) รท [0.3] -รท 1160 ร 0308 รท 1F466 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 1160 ร 0308 รท AC01 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 1160 รท 231A รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 1160 ร 0308 รท 231A รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 1160 ร 0300 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 1160 ร 0308 ร 0300 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 1160 ร 200D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 1160 ร 0308 ร 200D รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 1160 รท 0378 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1160 ร 0308 รท 0378 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 1160 ร 0308 รท 0378 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 1160 รท D800 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1160 ร 0308 รท D800 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 1160 ร 0308 รท D800 รท # รท [0.2] HANGUL JUNGSEONG FILLER (V) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 11A8 รท 0020 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] SPACE (Other) รท [0.3] -รท 11A8 ร 0308 รท 0020 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 11A8 ร 0308 รท 0020 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 11A8 รท 000D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 11A8 ร 0308 รท 000D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 11A8 ร 0308 รท 000D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 11A8 รท 000A รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 11A8 ร 0308 รท 000A รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 11A8 ร 0308 รท 000A รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 11A8 รท 0001 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 11A8 ร 0308 รท 0001 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 11A8 ร 0300 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 11A8 ร 0308 ร 0300 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 11A8 ร 0308 รท 0001 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 11A8 ร 034F รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 11A8 ร 0308 ร 034F รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 11A8 รท 1F1E6 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 11A8 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 11A8 รท 0600 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 11A8 ร 0308 รท 0600 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 11A8 ร 0308 รท 0600 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 11A8 ร 0903 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 11A8 ร 0308 ร 0903 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 11A8 ร 0308 ร 0903 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 11A8 รท 1100 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 11A8 ร 0308 รท 1100 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 11A8 ร 0308 รท 1100 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 11A8 รท 1160 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 11A8 ร 0308 รท 1160 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 11A8 ร 0308 รท 1160 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 11A8 ร 11A8 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [8.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 11A8 ร 0308 รท 11A8 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 11A8 ร 0308 รท 11A8 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 11A8 รท AC00 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 11A8 ร 0308 รท AC00 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 11A8 ร 0308 รท AC00 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 11A8 รท AC01 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 11A8 ร 0308 รท AC01 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 11A8 รท 1F1E6 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 11A8 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 11A8 รท 261D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 11A8 ร 0308 รท 261D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 11A8 รท 1F3FB รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 11A8 ร 0308 รท 1F3FB รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 11A8 ร 200D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 11A8 ร 0308 ร 200D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 11A8 รท 2640 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 11A8 ร 0308 รท 2640 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 11A8 รท 1F466 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] BOY (EBG) รท [0.3] -รท 11A8 ร 0308 รท 1F466 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 11A8 ร 0308 รท AC01 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 11A8 รท 231A รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 11A8 ร 0308 รท 231A รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 11A8 ร 0300 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 11A8 ร 0308 ร 0300 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 11A8 ร 200D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 11A8 ร 0308 ร 200D รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 11A8 รท 0378 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 11A8 ร 0308 รท 0378 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 11A8 ร 0308 รท 0378 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 11A8 รท D800 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 11A8 ร 0308 รท D800 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 11A8 ร 0308 รท D800 รท # รท [0.2] HANGUL JONGSEONG KIYEOK (T) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท AC00 รท 0020 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] SPACE (Other) รท [0.3] -รท AC00 ร 0308 รท 0020 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท AC00 ร 0308 รท 0020 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท AC00 รท 000D รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท AC00 ร 0308 รท 000D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท AC00 ร 0308 รท 000D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท AC00 รท 000A รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท AC00 ร 0308 รท 000A รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท AC00 ร 0308 รท 000A รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท AC00 รท 0001 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท AC00 ร 0308 รท 0001 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท AC00 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท AC00 ร 0308 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท AC00 ร 0308 รท 0001 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท AC00 ร 034F รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท AC00 ร 0308 ร 034F รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท AC00 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท AC00 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท AC00 รท 0600 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท AC00 ร 0308 รท 0600 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท AC00 ร 0308 รท 0600 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท AC00 ร 0903 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท AC00 ร 0308 ร 0903 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท AC00 ร 0308 ร 0903 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท AC00 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท AC00 ร 0308 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท AC00 ร 0308 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท AC00 ร 1160 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [7.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท AC00 ร 0308 รท 1160 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท AC00 ร 0308 รท 1160 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท AC00 ร 11A8 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [7.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท AC00 ร 0308 รท 11A8 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท AC00 ร 0308 รท 11A8 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท AC00 รท AC00 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท AC00 ร 0308 รท AC00 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท AC00 ร 0308 รท AC00 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท AC00 รท AC01 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท AC00 ร 0308 รท AC01 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท AC00 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท AC00 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท AC00 รท 261D รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท AC00 ร 0308 รท 261D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท AC00 รท 1F3FB รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท AC00 ร 0308 รท 1F3FB รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท AC00 ร 200D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท AC00 ร 0308 ร 200D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท AC00 รท 2640 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท AC00 ร 0308 รท 2640 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท AC00 รท 1F466 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] BOY (EBG) รท [0.3] -รท AC00 ร 0308 รท 1F466 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท AC00 ร 0308 รท AC01 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท AC00 รท 231A รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] WATCH (ExtPict) รท [0.3] +รท AC00 ร 0308 รท 231A รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท AC00 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท AC00 ร 0308 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท AC00 ร 200D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท AC00 ร 0308 ร 200D รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท AC00 รท 0378 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท AC00 ร 0308 รท 0378 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท AC00 ร 0308 รท 0378 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท AC00 รท D800 รท # รท [0.2] HANGUL SYLLABLE GA (LV) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท AC00 ร 0308 รท D800 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท AC00 ร 0308 รท D800 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท AC01 รท 0020 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] SPACE (Other) รท [0.3] -รท AC01 ร 0308 รท 0020 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท AC01 ร 0308 รท 0020 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท AC01 รท 000D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท AC01 ร 0308 รท 000D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท AC01 ร 0308 รท 000D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท AC01 รท 000A รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท AC01 ร 0308 รท 000A รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท AC01 ร 0308 รท 000A รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท AC01 รท 0001 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท AC01 ร 0308 รท 0001 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท AC01 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท AC01 ร 0308 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท AC01 ร 0308 รท 0001 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท AC01 ร 034F รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท AC01 ร 0308 ร 034F รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท AC01 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท AC01 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท AC01 รท 0600 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท AC01 ร 0308 รท 0600 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท AC01 ร 0308 รท 0600 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท AC01 ร 0903 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท AC01 ร 0308 ร 0903 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท AC01 ร 0308 ร 0903 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท AC01 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท AC01 ร 0308 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท AC01 ร 0308 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท AC01 รท 1160 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท AC01 ร 0308 รท 1160 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท AC01 ร 0308 รท 1160 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท AC01 ร 11A8 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [8.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท AC01 ร 0308 รท 11A8 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท AC01 ร 0308 รท 11A8 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท AC01 รท AC00 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท AC01 ร 0308 รท AC00 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท AC01 ร 0308 รท AC00 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท AC01 รท AC01 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท AC01 ร 0308 รท AC01 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท AC01 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท AC01 ร 0308 รท 1F1E6 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท AC01 รท 261D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท AC01 ร 0308 รท 261D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท AC01 รท 1F3FB รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท AC01 ร 0308 รท 1F3FB รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท AC01 ร 200D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท AC01 ร 0308 ร 200D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท AC01 รท 2640 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท AC01 ร 0308 รท 2640 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท AC01 รท 1F466 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] BOY (EBG) รท [0.3] -รท AC01 ร 0308 รท 1F466 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท AC01 ร 0308 รท AC01 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท AC01 รท 231A รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] WATCH (ExtPict) รท [0.3] +รท AC01 ร 0308 รท 231A รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท AC01 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท AC01 ร 0308 ร 0300 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท AC01 ร 200D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท AC01 ร 0308 ร 200D รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท AC01 รท 0378 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท AC01 ร 0308 รท 0378 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท AC01 ร 0308 รท 0378 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท AC01 รท D800 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท AC01 ร 0308 รท D800 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1F1E6 รท 0020 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] SPACE (Other) รท [0.3] -รท 1F1E6 ร 0308 รท 0020 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 1F1E6 รท 000D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1F1E6 ร 0308 รท 000D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1F1E6 รท 000A รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1F1E6 ร 0308 รท 000A รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1F1E6 รท 0001 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1F1E6 ร 0308 รท 0001 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1F1E6 ร 0300 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1F1E6 ร 0308 ร 0300 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1F1E6 รท 0600 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1F1E6 ร 0308 รท 0600 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1F1E6 ร 0903 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1F1E6 ร 0308 ร 0903 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1F1E6 รท 1100 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1F1E6 ร 0308 รท 1100 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1F1E6 รท 1160 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1F1E6 ร 0308 รท 1160 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1F1E6 รท 11A8 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1F1E6 ร 0308 รท 11A8 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1F1E6 รท AC00 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1F1E6 ร 0308 รท AC00 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1F1E6 รท AC01 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1F1E6 ร 0308 รท AC01 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1F1E6 ร 1F1E6 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [12.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1F1E6 ร 0308 รท 1F1E6 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1F1E6 รท 261D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F1E6 ร 0308 รท 261D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F1E6 รท 1F3FB รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1F1E6 ร 0308 รท 1F3FB รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1F1E6 ร 200D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1F1E6 ร 0308 ร 200D รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1F1E6 รท 2640 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1F1E6 ร 0308 รท 2640 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1F1E6 รท 1F466 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] BOY (EBG) รท [0.3] -รท 1F1E6 ร 0308 รท 1F466 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 1F1E6 รท 0378 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1F1E6 ร 0308 รท 0378 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1F1E6 รท D800 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1F1E6 ร 0308 รท D800 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 261D รท 0020 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] SPACE (Other) รท [0.3] -รท 261D ร 0308 รท 0020 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 261D รท 000D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 261D ร 0308 รท 000D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 261D รท 000A รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 261D ร 0308 รท 000A รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 261D รท 0001 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 261D ร 0308 รท 0001 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 261D ร 0300 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 261D ร 0308 ร 0300 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 261D รท 0600 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 261D ร 0308 รท 0600 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 261D ร 0903 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 261D ร 0308 ร 0903 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 261D รท 1100 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 261D ร 0308 รท 1100 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 261D รท 1160 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 261D ร 0308 รท 1160 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 261D รท 11A8 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 261D ร 0308 รท 11A8 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 261D รท AC00 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 261D ร 0308 รท AC00 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 261D รท AC01 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 261D ร 0308 รท AC01 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 261D รท 1F1E6 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 261D ร 0308 รท 1F1E6 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 261D รท 261D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 261D ร 0308 รท 261D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 261D ร 1F3FB รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 261D ร 0308 ร 1F3FB รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 261D ร 200D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 261D ร 0308 ร 200D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 261D รท 2640 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 261D ร 0308 รท 2640 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 261D รท 1F466 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] BOY (EBG) รท [0.3] -รท 261D ร 0308 รท 1F466 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 261D รท 0378 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 261D ร 0308 รท 0378 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 261D รท D800 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 261D ร 0308 รท D800 รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1F3FB รท 0020 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] SPACE (Other) รท [0.3] -รท 1F3FB ร 0308 รท 0020 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 1F3FB รท 000D รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1F3FB ร 0308 รท 000D รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1F3FB รท 000A รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1F3FB ร 0308 รท 000A รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1F3FB รท 0001 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1F3FB ร 0308 รท 0001 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1F3FB ร 0300 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1F3FB ร 0308 ร 0300 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1F3FB รท 0600 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1F3FB ร 0308 รท 0600 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1F3FB ร 0903 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1F3FB ร 0308 ร 0903 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1F3FB รท 1100 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1F3FB ร 0308 รท 1100 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1F3FB รท 1160 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1F3FB ร 0308 รท 1160 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1F3FB รท 11A8 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1F3FB ร 0308 รท 11A8 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1F3FB รท AC00 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1F3FB ร 0308 รท AC00 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1F3FB รท AC01 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1F3FB ร 0308 รท AC01 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1F3FB รท 1F1E6 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1F3FB ร 0308 รท 1F1E6 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1F3FB รท 261D รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F3FB ร 0308 รท 261D รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F3FB รท 1F3FB รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1F3FB ร 0308 รท 1F3FB รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1F3FB ร 200D รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1F3FB ร 0308 ร 200D รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1F3FB รท 2640 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1F3FB ร 0308 รท 2640 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1F3FB รท 1F466 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] BOY (EBG) รท [0.3] -รท 1F3FB ร 0308 รท 1F466 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 1F3FB รท 0378 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1F3FB ร 0308 รท 0378 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1F3FB รท D800 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1F3FB ร 0308 รท D800 รท # รท [0.2] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 200D รท 0020 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] SPACE (Other) รท [0.3] -รท 200D ร 0308 รท 0020 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 200D รท 000D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 200D ร 0308 รท 000D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 200D รท 000A รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 200D ร 0308 รท 000A รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 200D รท 0001 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 200D ร 0308 รท 0001 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 200D ร 0300 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 200D ร 0308 ร 0300 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 200D รท 0600 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 200D ร 0308 รท 0600 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 200D ร 0903 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 200D ร 0308 ร 0903 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 200D รท 1100 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 200D ร 0308 รท 1100 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 200D รท 1160 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 200D ร 0308 รท 1160 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 200D รท 11A8 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 200D ร 0308 รท 11A8 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 200D รท AC00 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 200D ร 0308 รท AC00 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 200D รท AC01 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 200D ร 0308 รท AC01 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 200D รท 1F1E6 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 200D ร 0308 รท 1F1E6 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 200D รท 261D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 200D ร 0308 รท 261D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 200D รท 1F3FB รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 200D ร 0308 รท 1F3FB รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 200D ร 200D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 200D ร 0308 ร 200D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 200D ร 2640 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [11.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 200D ร 0308 รท 2640 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 200D ร 1F466 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [11.0] BOY (EBG) รท [0.3] -รท 200D ร 0308 รท 1F466 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 200D รท 0378 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 200D ร 0308 รท 0378 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 200D รท D800 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 200D ร 0308 รท D800 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 2640 รท 0020 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] SPACE (Other) รท [0.3] -รท 2640 ร 0308 รท 0020 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 2640 รท 000D รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 2640 ร 0308 รท 000D รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 2640 รท 000A รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 2640 ร 0308 รท 000A รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 2640 รท 0001 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 2640 ร 0308 รท 0001 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 2640 ร 0300 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 2640 ร 0308 ร 0300 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 2640 รท 0600 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 2640 ร 0308 รท 0600 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 2640 ร 0903 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 2640 ร 0308 ร 0903 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 2640 รท 1100 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 2640 ร 0308 รท 1100 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 2640 รท 1160 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 2640 ร 0308 รท 1160 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 2640 รท 11A8 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 2640 ร 0308 รท 11A8 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 2640 รท AC00 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 2640 ร 0308 รท AC00 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 2640 รท AC01 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 2640 ร 0308 รท AC01 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 2640 รท 1F1E6 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 2640 ร 0308 รท 1F1E6 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 2640 รท 261D รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 2640 ร 0308 รท 261D รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 2640 รท 1F3FB รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 2640 ร 0308 รท 1F3FB รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 2640 ร 200D รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 2640 ร 0308 ร 200D รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 2640 รท 2640 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 2640 ร 0308 รท 2640 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 2640 รท 1F466 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] BOY (EBG) รท [0.3] -รท 2640 ร 0308 รท 1F466 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 2640 รท 0378 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 2640 ร 0308 รท 0378 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 2640 รท D800 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 2640 ร 0308 รท D800 รท # รท [0.2] FEMALE SIGN (Glue_After_Zwj) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1F466 รท 0020 รท # รท [0.2] BOY (EBG) รท [999.0] SPACE (Other) รท [0.3] -รท 1F466 ร 0308 รท 0020 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] -รท 1F466 รท 000D รท # รท [0.2] BOY (EBG) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1F466 ร 0308 รท 000D รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 1F466 รท 000A รท # รท [0.2] BOY (EBG) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1F466 ร 0308 รท 000A รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 1F466 รท 0001 รท # รท [0.2] BOY (EBG) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1F466 ร 0308 รท 0001 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 1F466 ร 0300 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1F466 ร 0308 ร 0300 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 1F466 รท 0600 รท # รท [0.2] BOY (EBG) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1F466 ร 0308 รท 0600 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 1F466 ร 0903 รท # รท [0.2] BOY (EBG) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1F466 ร 0308 ร 0903 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 1F466 รท 1100 รท # รท [0.2] BOY (EBG) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1F466 ร 0308 รท 1100 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 1F466 รท 1160 รท # รท [0.2] BOY (EBG) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1F466 ร 0308 รท 1160 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 1F466 รท 11A8 รท # รท [0.2] BOY (EBG) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1F466 ร 0308 รท 11A8 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 1F466 รท AC00 รท # รท [0.2] BOY (EBG) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1F466 ร 0308 รท AC00 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 1F466 รท AC01 รท # รท [0.2] BOY (EBG) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1F466 ร 0308 รท AC01 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 1F466 รท 1F1E6 รท # รท [0.2] BOY (EBG) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1F466 ร 0308 รท 1F1E6 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 1F466 รท 261D รท # รท [0.2] BOY (EBG) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F466 ร 0308 รท 261D รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F466 ร 1F3FB รท # รท [0.2] BOY (EBG) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1F466 ร 0308 ร 1F3FB รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 1F466 ร 200D รท # รท [0.2] BOY (EBG) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1F466 ร 0308 ร 200D รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 1F466 รท 2640 รท # รท [0.2] BOY (EBG) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1F466 ร 0308 รท 2640 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 1F466 รท 1F466 รท # รท [0.2] BOY (EBG) รท [999.0] BOY (EBG) รท [0.3] -รท 1F466 ร 0308 รท 1F466 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] -รท 1F466 รท 0378 รท # รท [0.2] BOY (EBG) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1F466 ร 0308 รท 0378 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 1F466 รท D800 รท # รท [0.2] BOY (EBG) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 1F466 ร 0308 รท D800 รท # รท [0.2] BOY (EBG) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท AC01 ร 0308 รท D800 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 231A รท 0020 รท # รท [0.2] WATCH (ExtPict) รท [999.0] SPACE (Other) รท [0.3] +รท 231A ร 0308 รท 0020 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 231A รท 000D รท # รท [0.2] WATCH (ExtPict) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 231A ร 0308 รท 000D รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 231A รท 000A รท # รท [0.2] WATCH (ExtPict) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 231A ร 0308 รท 000A รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 231A รท 0001 รท # รท [0.2] WATCH (ExtPict) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 231A ร 0308 รท 0001 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 231A ร 034F รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 231A ร 0308 ร 034F รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 231A รท 1F1E6 รท # รท [0.2] WATCH (ExtPict) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 231A ร 0308 รท 1F1E6 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 231A รท 0600 รท # รท [0.2] WATCH (ExtPict) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 231A ร 0308 รท 0600 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 231A ร 0903 รท # รท [0.2] WATCH (ExtPict) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 231A ร 0308 ร 0903 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 231A รท 1100 รท # รท [0.2] WATCH (ExtPict) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 231A ร 0308 รท 1100 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 231A รท 1160 รท # รท [0.2] WATCH (ExtPict) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 231A ร 0308 รท 1160 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 231A รท 11A8 รท # รท [0.2] WATCH (ExtPict) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 231A ร 0308 รท 11A8 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 231A รท AC00 รท # รท [0.2] WATCH (ExtPict) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 231A ร 0308 รท AC00 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 231A รท AC01 รท # รท [0.2] WATCH (ExtPict) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 231A ร 0308 รท AC01 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 231A รท 231A รท # รท [0.2] WATCH (ExtPict) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 231A ร 0308 รท 231A รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 231A ร 0300 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 231A ร 0308 ร 0300 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 231A ร 200D รท # รท [0.2] WATCH (ExtPict) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 231A ร 0308 ร 200D รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 231A รท 0378 รท # รท [0.2] WATCH (ExtPict) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 231A ร 0308 รท 0378 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 231A รท D800 รท # รท [0.2] WATCH (ExtPict) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 231A ร 0308 รท D800 รท # รท [0.2] WATCH (ExtPict) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0300 รท 0020 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 0300 ร 0308 รท 0020 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 0300 รท 000D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0300 ร 0308 รท 000D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0300 รท 000A รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0300 ร 0308 รท 000A รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0300 รท 0001 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0300 ร 0308 รท 0001 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0300 ร 034F รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0300 ร 0308 ร 034F รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0300 รท 1F1E6 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0300 ร 0308 รท 1F1E6 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0300 รท 0600 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0300 ร 0308 รท 0600 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0300 ร 0903 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0300 ร 0308 ร 0903 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0300 รท 1100 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0300 ร 0308 รท 1100 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0300 รท 1160 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0300 ร 0308 รท 1160 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0300 รท 11A8 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0300 ร 0308 รท 11A8 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0300 รท AC00 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0300 ร 0308 รท AC00 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0300 รท AC01 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0300 ร 0308 รท AC01 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0300 รท 231A รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0300 ร 0308 รท 231A รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0300 ร 0300 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0300 ร 0308 ร 0300 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0300 ร 200D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0300 ร 0308 ร 200D รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0300 รท 0378 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0300 ร 0308 รท 0378 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0300 รท D800 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0300 ร 0308 รท D800 รท # รท [0.2] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 200D รท 0020 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 200D ร 0308 รท 0020 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] +รท 200D รท 000D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 200D ร 0308 รท 000D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 200D รท 000A รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 200D ร 0308 รท 000A รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 200D รท 0001 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 200D ร 0308 รท 0001 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 200D ร 034F รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 200D ร 0308 ร 034F รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 200D รท 1F1E6 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 200D ร 0308 รท 1F1E6 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 200D รท 0600 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 200D ร 0308 รท 0600 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 200D ร 0903 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 200D ร 0308 ร 0903 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 200D รท 1100 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 200D ร 0308 รท 1100 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 200D รท 1160 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 200D ร 0308 รท 1160 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 200D รท 11A8 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 200D ร 0308 รท 11A8 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 200D รท AC00 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 200D ร 0308 รท AC00 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 200D รท AC01 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 200D ร 0308 รท AC01 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 200D รท 231A รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 200D ร 0308 รท 231A รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 200D ร 0300 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 200D ร 0308 ร 0300 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 200D ร 200D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 200D ร 0308 ร 200D รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 200D รท 0378 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 200D ร 0308 รท 0378 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 200D รท D800 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 200D ร 0308 รท D800 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท 0378 รท 0020 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] SPACE (Other) รท [0.3] -รท 0378 ร 0308 รท 0020 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท 0378 ร 0308 รท 0020 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 0378 รท 000D รท # รท [0.2] <reserved-0378> (Other) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท 0378 ร 0308 รท 000D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท 0378 ร 0308 รท 000D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท 0378 รท 000A รท # รท [0.2] <reserved-0378> (Other) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] -รท 0378 ร 0308 รท 000A รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท 0378 ร 0308 รท 000A รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท 0378 รท 0001 รท # รท [0.2] <reserved-0378> (Other) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0378 ร 0308 รท 0001 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท 0378 ร 0300 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท 0378 ร 0308 ร 0300 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท 0378 ร 0308 รท 0001 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท 0378 ร 034F รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0378 ร 0308 ร 034F รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท 0378 รท 1F1E6 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท 0378 ร 0308 รท 1F1E6 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท 0378 รท 0600 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท 0378 ร 0308 รท 0600 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท 0378 ร 0308 รท 0600 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท 0378 ร 0903 รท # รท [0.2] <reserved-0378> (Other) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท 0378 ร 0308 ร 0903 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท 0378 ร 0308 ร 0903 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท 0378 รท 1100 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท 0378 ร 0308 รท 1100 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท 0378 ร 0308 รท 1100 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 0378 รท 1160 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท 0378 ร 0308 รท 1160 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท 0378 ร 0308 รท 1160 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท 0378 รท 11A8 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท 0378 ร 0308 รท 11A8 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท 0378 ร 0308 รท 11A8 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท 0378 รท AC00 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท 0378 ร 0308 รท AC00 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท 0378 ร 0308 รท AC00 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท 0378 รท AC01 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0378 ร 0308 รท AC01 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท 0378 รท 1F1E6 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0378 ร 0308 รท 1F1E6 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท 0378 รท 261D รท # รท [0.2] <reserved-0378> (Other) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0378 ร 0308 รท 261D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 0378 รท 1F3FB รท # รท [0.2] <reserved-0378> (Other) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0378 ร 0308 รท 1F3FB รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 0378 ร 200D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0378 ร 0308 ร 200D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0378 รท 2640 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0378 ร 0308 รท 2640 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 0378 รท 1F466 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] BOY (EBG) รท [0.3] -รท 0378 ร 0308 รท 1F466 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท 0378 ร 0308 รท AC01 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท 0378 รท 231A รท # รท [0.2] <reserved-0378> (Other) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0378 ร 0308 รท 231A รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท 0378 ร 0300 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0378 ร 0308 ร 0300 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท 0378 ร 200D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0378 ร 0308 ร 200D รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท 0378 รท 0378 รท # รท [0.2] <reserved-0378> (Other) รท [999.0] <reserved-0378> (Other) รท [0.3] -รท 0378 ร 0308 รท 0378 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท 0378 ร 0308 รท 0378 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท 0378 รท D800 รท # รท [0.2] <reserved-0378> (Other) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 0378 ร 0308 รท D800 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 0378 ร 0308 รท D800 รท # รท [0.2] <reserved-0378> (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] รท D800 รท 0020 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] SPACE (Other) รท [0.3] -รท D800 รท 0308 รท 0020 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] SPACE (Other) รท [0.3] +รท D800 รท 0308 รท 0020 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท D800 รท 000D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] -รท D800 รท 0308 รท 000D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] +รท D800 รท 0308 รท 000D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <CARRIAGE RETURN (CR)> (CR) รท [0.3] รท D800 รท 000A รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] <LINE FEED (LF)> (LF) รท [0.3] -รท D800 รท 0308 รท 000A รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] +รท D800 รท 0308 รท 000A รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <LINE FEED (LF)> (LF) รท [0.3] รท D800 รท 0001 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] <START OF HEADING> (Control) รท [0.3] -รท D800 รท 0308 รท 0001 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <START OF HEADING> (Control) รท [0.3] -รท D800 รท 0300 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] -รท D800 รท 0308 ร 0300 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] COMBINING GRAVE ACCENT (Extend) รท [0.3] +รท D800 รท 0308 รท 0001 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <START OF HEADING> (Control) รท [0.3] +รท D800 รท 034F รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท D800 รท 0308 ร 034F รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAPHEME JOINER (Extend) รท [0.3] +รท D800 รท 1F1E6 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +รท D800 รท 0308 รท 1F1E6 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] รท D800 รท 0600 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] -รท D800 รท 0308 รท 0600 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] +รท D800 รท 0308 รท 0600 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] ARABIC NUMBER SIGN (Prepend) รท [0.3] รท D800 รท 0903 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] -รท D800 รท 0308 ร 0903 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] +รท D800 รท 0308 ร 0903 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [0.3] รท D800 รท 1100 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] -รท D800 รท 0308 รท 1100 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] +รท D800 รท 0308 รท 1100 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท D800 รท 1160 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] -รท D800 รท 0308 รท 1160 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] +รท D800 รท 0308 รท 1160 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JUNGSEONG FILLER (V) รท [0.3] รท D800 รท 11A8 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] -รท D800 รท 0308 รท 11A8 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] +รท D800 รท 0308 รท 11A8 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL JONGSEONG KIYEOK (T) รท [0.3] รท D800 รท AC00 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] HANGUL SYLLABLE GA (LV) รท [0.3] -รท D800 รท 0308 รท AC00 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] +รท D800 รท 0308 รท AC00 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GA (LV) รท [0.3] รท D800 รท AC01 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท D800 รท 0308 รท AC01 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] -รท D800 รท 1F1E6 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท D800 รท 0308 รท 1F1E6 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -รท D800 รท 261D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท D800 รท 0308 รท 261D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท D800 รท 1F3FB รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท D800 รท 0308 รท 1F3FB รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท D800 รท 200D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท D800 รท 0308 ร 200D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท D800 รท 2640 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท D800 รท 0308 รท 2640 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท D800 รท 1F466 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] BOY (EBG) รท [0.3] -รท D800 รท 0308 รท 1F466 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] BOY (EBG) รท [0.3] +รท D800 รท 0308 รท AC01 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] HANGUL SYLLABLE GAG (LVT) รท [0.3] +รท D800 รท 231A รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] WATCH (ExtPict) รท [0.3] +รท D800 รท 0308 รท 231A รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] WATCH (ExtPict) รท [0.3] +รท D800 รท 0300 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท D800 รท 0308 ร 0300 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] COMBINING GRAVE ACCENT (Extend_ExtCccZwj) รท [0.3] +รท D800 รท 200D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท D800 รท 0308 ร 200D รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] รท D800 รท 0378 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] <reserved-0378> (Other) รท [0.3] -รท D800 รท 0308 รท 0378 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [999.0] <reserved-0378> (Other) รท [0.3] +รท D800 รท 0308 รท 0378 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] <reserved-0378> (Other) รท [0.3] รท D800 รท D800 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] <surrogate-D800> (Control) รท [0.3] -รท D800 รท 0308 รท D800 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend) รท [5.0] <surrogate-D800> (Control) รท [0.3] -รท 000D ร 000A รท 0061 รท 000A รท 0308 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) ร [3.0] <LINE FEED (LF)> (LF) รท [4.0] LATIN SMALL LETTER A (Other) รท [5.0] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend) รท [0.3] -รท 0061 ร 0308 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [0.3] -รท 0020 ร 200D รท 0646 รท # รท [0.2] SPACE (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [999.0] ARABIC LETTER NOON (Other) รท [0.3] -รท 0646 ร 200D รท 0020 รท # รท [0.2] ARABIC LETTER NOON (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [999.0] SPACE (Other) รท [0.3] +รท D800 รท 0308 รท D800 รท # รท [0.2] <surrogate-D800> (Control) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [5.0] <surrogate-D800> (Control) รท [0.3] +รท 000D ร 000A รท 0061 รท 000A รท 0308 รท # รท [0.2] <CARRIAGE RETURN (CR)> (CR) ร [3.0] <LINE FEED (LF)> (LF) รท [4.0] LATIN SMALL LETTER A (Other) รท [5.0] <LINE FEED (LF)> (LF) รท [4.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [0.3] +รท 0061 ร 0308 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [0.3] +รท 0020 ร 200D รท 0646 รท # รท [0.2] SPACE (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] ARABIC LETTER NOON (Other) รท [0.3] +รท 0646 ร 200D รท 0020 รท # รท [0.2] ARABIC LETTER NOON (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] SPACE (Other) รท [0.3] รท 1100 ร 1100 รท # รท [0.2] HANGUL CHOSEONG KIYEOK (L) ร [6.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท AC00 ร 11A8 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GA (LV) ร [7.0] HANGUL JONGSEONG KIYEOK (T) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท AC01 ร 11A8 รท 1100 รท # รท [0.2] HANGUL SYLLABLE GAG (LVT) ร [8.0] HANGUL JONGSEONG KIYEOK (T) รท [999.0] HANGUL CHOSEONG KIYEOK (L) รท [0.3] รท 1F1E6 ร 1F1E7 รท 1F1E8 รท 0062 รท # รท [0.2] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [12.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] รท 0061 รท 1F1E6 ร 1F1E7 รท 1F1E8 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] -รท 0061 รท 1F1E6 ร 1F1E7 ร 200D รท 1F1E8 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] -รท 0061 รท 1F1E6 ร 200D รท 1F1E7 ร 1F1E8 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] +รท 0061 รท 1F1E6 ร 1F1E7 ร 200D รท 1F1E8 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] +รท 0061 รท 1F1E6 ร 200D รท 1F1E7 ร 1F1E8 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] รท 0061 รท 1F1E6 ร 1F1E7 รท 1F1E8 ร 1F1E9 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER B (RI) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER C (RI) ร [13.0] REGIONAL INDICATOR SYMBOL LETTER D (RI) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] -รท 0061 ร 200D รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ) รท [0.3] -รท 0061 ร 0308 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] COMBINING DIAERESIS (Extend) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] +รท 0061 ร 200D รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [0.3] +รท 0061 ร 0308 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] รท 0061 ร 0903 รท 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.1] DEVANAGARI SIGN VISARGA (SpacingMark) รท [999.0] LATIN SMALL LETTER B (Other) รท [0.3] รท 0061 รท 0600 ร 0062 รท # รท [0.2] LATIN SMALL LETTER A (Other) รท [999.0] ARABIC NUMBER SIGN (Prepend) ร [9.2] LATIN SMALL LETTER B (Other) รท [0.3] -รท 261D ร 1F3FB รท 261D รท # รท [0.2] WHITE UP POINTING INDEX (E_Base) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [999.0] WHITE UP POINTING INDEX (E_Base) รท [0.3] -รท 1F466 ร 1F3FB รท # รท [0.2] BOY (EBG) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 200D ร 1F466 ร 1F3FB รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [11.0] BOY (EBG) ร [10.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (E_Modifier) รท [0.3] -รท 200D ร 2640 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [11.0] FEMALE SIGN (Glue_After_Zwj) รท [0.3] -รท 200D ร 1F466 รท # รท [0.2] ZERO WIDTH JOINER (ZWJ) ร [11.0] BOY (EBG) รท [0.3] -รท 1F466 รท 1F466 รท # รท [0.2] BOY (EBG) รท [999.0] BOY (EBG) รท [0.3] +รท 1F476 ร 1F3FF รท 1F476 รท # รท [0.2] BABY (ExtPict) ร [9.0] EMOJI MODIFIER FITZPATRICK TYPE-6 (Extend) รท [999.0] BABY (ExtPict) รท [0.3] +รท 0061 ร 1F3FF รท 1F476 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] EMOJI MODIFIER FITZPATRICK TYPE-6 (Extend) รท [999.0] BABY (ExtPict) รท [0.3] +รท 0061 ร 1F3FF รท 1F476 ร 200D ร 1F6D1 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] EMOJI MODIFIER FITZPATRICK TYPE-6 (Extend) รท [999.0] BABY (ExtPict) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [11.0] OCTAGONAL SIGN (ExtPict) รท [0.3] +รท 1F476 ร 1F3FF ร 0308 ร 200D ร 1F476 ร 1F3FF รท # รท [0.2] BABY (ExtPict) ร [9.0] EMOJI MODIFIER FITZPATRICK TYPE-6 (Extend) ร [9.0] COMBINING DIAERESIS (Extend_ExtCccZwj) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [11.0] BABY (ExtPict) ร [9.0] EMOJI MODIFIER FITZPATRICK TYPE-6 (Extend) รท [0.3] +รท 1F6D1 ร 200D ร 1F6D1 รท # รท [0.2] OCTAGONAL SIGN (ExtPict) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [11.0] OCTAGONAL SIGN (ExtPict) รท [0.3] +รท 0061 ร 200D รท 1F6D1 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] OCTAGONAL SIGN (ExtPict) รท [0.3] +รท 2701 ร 200D ร 2701 รท # รท [0.2] UPPER BLADE SCISSORS (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) ร [11.0] UPPER BLADE SCISSORS (Other) รท [0.3] +รท 0061 ร 200D รท 2701 รท # รท [0.2] LATIN SMALL LETTER A (Other) ร [9.0] ZERO WIDTH JOINER (ZWJ_ExtCccZwj) รท [999.0] UPPER BLADE SCISSORS (Other) รท [0.3] # -# Lines: 822 +# Lines: 672 # # EOF diff --git a/lib/stdlib/test/unicode_util_SUITE_data/LineBreakTest.txt b/lib/stdlib/test/unicode_util_SUITE_data/LineBreakTest.txt index 6715446aba..0e9e678a85 100644 --- a/lib/stdlib/test/unicode_util_SUITE_data/LineBreakTest.txt +++ b/lib/stdlib/test/unicode_util_SUITE_data/LineBreakTest.txt @@ -1,6 +1,6 @@ -# LineBreakTest-10.0.0.txt -# Date: 2017-04-14, 05:40:30 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# LineBreakTest-11.0.0.txt +# Date: 2018-05-20, 09:03:09 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -6242,174 +6242,174 @@ ร 0001 ร 0020 รท 3041 รท # ร [0.3] <START OF HEADING> (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 0001 ร 0308 ร 3041 รท # ร [0.3] <START OF HEADING> (CM1_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [21.03] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 0001 ร 0308 ร 0020 รท 3041 รท # ร [0.3] <START OF HEADING> (CM1_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] -ร 200D ร 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [28.0] NUMBER SIGN (AL) รท [0.3] +ร 200D ร 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] NUMBER SIGN (AL) รท [0.3] ร 200D ร 0020 รท 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] NUMBER SIGN (AL) รท [0.3] -ร 200D ร 0308 ร 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [28.0] NUMBER SIGN (AL) รท [0.3] -ร 200D ร 0308 ร 0020 รท 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] NUMBER SIGN (AL) รท [0.3] -ร 200D รท 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [999.0] EM DASH (B2) รท [0.3] +ร 200D ร 0308 ร 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [28.0] NUMBER SIGN (AL) รท [0.3] +ร 200D ร 0308 ร 0020 รท 0023 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] NUMBER SIGN (AL) รท [0.3] +ร 200D ร 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] EM DASH (B2) รท [0.3] ร 200D ร 0020 รท 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] EM DASH (B2) รท [0.3] -ร 200D ร 0308 รท 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) รท [999.0] EM DASH (B2) รท [0.3] -ร 200D ร 0308 ร 0020 รท 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] EM DASH (B2) รท [0.3] -ร 200D ร 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [21.01] <CHARACTER TABULATION> (BA) รท [0.3] +ร 200D ร 0308 รท 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) รท [999.0] EM DASH (B2) รท [0.3] +ร 200D ร 0308 ร 0020 รท 2014 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] EM DASH (B2) รท [0.3] +ร 200D ร 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] <CHARACTER TABULATION> (BA) รท [0.3] ร 200D ร 0020 รท 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] <CHARACTER TABULATION> (BA) รท [0.3] -ร 200D ร 0308 ร 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [21.01] <CHARACTER TABULATION> (BA) รท [0.3] -ร 200D ร 0308 ร 0020 รท 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] <CHARACTER TABULATION> (BA) รท [0.3] -ร 200D รท 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [999.0] ACUTE ACCENT (BB) รท [0.3] +ร 200D ร 0308 ร 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [21.01] <CHARACTER TABULATION> (BA) รท [0.3] +ร 200D ร 0308 ร 0020 รท 0009 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] <CHARACTER TABULATION> (BA) รท [0.3] +ร 200D ร 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] ACUTE ACCENT (BB) รท [0.3] ร 200D ร 0020 รท 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] ACUTE ACCENT (BB) รท [0.3] -ร 200D ร 0308 รท 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) รท [999.0] ACUTE ACCENT (BB) รท [0.3] -ร 200D ร 0308 ร 0020 รท 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] ACUTE ACCENT (BB) รท [0.3] +ร 200D ร 0308 รท 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) รท [999.0] ACUTE ACCENT (BB) รท [0.3] +ร 200D ร 0308 ร 0020 รท 00B4 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] ACUTE ACCENT (BB) รท [0.3] ร 200D ร 000B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [6.0] <LINE TABULATION> (BK) รท [0.3] ร 200D ร 0020 ร 000B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) ร [6.0] <LINE TABULATION> (BK) รท [0.3] -ร 200D ร 0308 ร 000B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [6.0] <LINE TABULATION> (BK) รท [0.3] -ร 200D ร 0308 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ร 0308 ร 0020 รท 0022 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] QUOTATION MARK (QU) รท [0.3] +ร 200D ร 0308 ร 0022 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [19.01] QUOTATION MARK (QU) รท [0.3] +ร 200D ร 0308 ร 0020 รท 0022 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] QUOTATION MARK (QU) รท [0.3] ร 200D ร 0020 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [0.3] ร 200D ร 0020 ร 0020 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) ร [7.01] SPACE (SP) รท [0.3] -ร 200D ร 0308 ร 0020 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [0.3] -ร 200D ร 0308 ร 0020 ร 0020 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) ร [7.01] SPACE (SP) รท [0.3] -ร 200D ร 002F รท # 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# ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [13.04] SOLIDUS (SY) รท [0.3] +ร 200D ร 0308 ร 0020 ร 002F รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) ร [13.02] SOLIDUS (SY) รท [0.3] +ร 200D ร 2060 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] WORD JOINER (WJ) รท [0.3] ร 200D ร 0020 ร 2060 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) ร [11.01] WORD JOINER (WJ) รท [0.3] -ร 200D ร 0308 ร 2060 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [11.01] WORD JOINER (WJ) รท [0.3] -ร 200D ร 0308 ร 0020 ร 2060 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) ร [11.01] WORD JOINER (WJ) รท [0.3] +ร 200D ร 0308 ร 2060 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [11.01] WORD JOINER (WJ) รท [0.3] +ร 200D ร 0308 ร 0020 ร 2060 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) ร [11.01] WORD JOINER (WJ) รท [0.3] ร 200D ร 200B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.02] ZERO WIDTH SPACE (ZW) รท [0.3] ร 200D ร 0020 ร 200B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) ร [7.02] ZERO WIDTH SPACE (ZW) รท [0.3] -ร 200D ร 0308 ร 200B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.02] ZERO WIDTH SPACE (ZW) รท [0.3] -ร 200D ร 0308 ร 0020 ร 200B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) ร [7.02] ZERO WIDTH SPACE (ZW) รท [0.3] -ร 200D รท 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +ร 200D ร 0308 ร 200B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.02] ZERO WIDTH SPACE (ZW) รท [0.3] +ร 200D ร 0308 ร 0020 ร 200B รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) ร [7.02] ZERO WIDTH SPACE (ZW) รท [0.3] +ร 200D ร 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] ร 200D ร 0020 รท 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -ร 200D ร 0308 รท 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] -ร 200D ร 0308 ร 0020 รท 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +ร 200D ร 0308 รท 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) รท [999.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] +ร 200D ร 0308 ร 0020 รท 1F1E6 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] REGIONAL INDICATOR SYMBOL LETTER A (RI) รท [0.3] ร 200D ร 261D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] WHITE UP POINTING INDEX (EB) รท [0.3] ร 200D ร 0020 รท 261D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] WHITE UP POINTING INDEX (EB) รท [0.3] -ร 200D ร 0308 รท 261D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) รท [999.0] WHITE UP POINTING INDEX (EB) รท [0.3] -ร 200D ร 0308 ร 0020 รท 261D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] WHITE UP POINTING INDEX (EB) รท [0.3] +ร 200D ร 0308 รท 261D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) รท [999.0] WHITE UP POINTING INDEX (EB) รท [0.3] +ร 200D ร 0308 ร 0020 รท 261D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] WHITE UP POINTING INDEX (EB) รท [0.3] ร 200D ร 1F3FB รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (EM) รท [0.3] ร 200D ร 0020 รท 1F3FB รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (EM) รท [0.3] -ร 200D ร 0308 รท 1F3FB รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (EM) รท [0.3] -ร 200D ร 0308 ร 0020 รท 1F3FB รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (EM) รท [0.3] -ร 200D ร 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] <START OF HEADING> (CM1_CM) รท [0.3] +ร 200D ร 0308 รท 1F3FB รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) รท [999.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (EM) รท [0.3] +ร 200D ร 0308 ร 0020 รท 1F3FB รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] EMOJI MODIFIER FITZPATRICK TYPE-1-2 (EM) รท [0.3] +ร 200D ร 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] <START OF HEADING> (CM1_CM) รท [0.3] ร 200D ร 0020 รท 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] <START OF HEADING> (CM1_CM) รท [0.3] -ร 200D ร 0308 ร 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [9.0] <START OF HEADING> (CM1_CM) รท [0.3] -ร 200D ร 0308 ร 0020 รท 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] <START OF HEADING> (CM1_CM) รท [0.3] -ร 200D ร 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] +ร 200D ร 0308 ร 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [9.0] <START OF HEADING> (CM1_CM) รท [0.3] +ร 200D ร 0308 ร 0020 รท 0001 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] <START OF HEADING> (CM1_CM) รท [0.3] +ร 200D ร 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] ร 200D ร 0020 รท 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] -ร 200D ร 0308 ร 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [9.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] -ร 200D ร 0308 ร 0020 รท 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] -ร 200D ร 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [28.0] SECTION SIGN (AI_AL) รท [0.3] +ร 200D ร 0308 ร 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [9.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] +ร 200D ร 0308 ร 0020 รท 200D รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) รท [0.3] +ร 200D ร 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] SECTION SIGN (AI_AL) รท [0.3] ร 200D ร 0020 รท 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] SECTION SIGN (AI_AL) รท [0.3] -ร 200D ร 0308 ร 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [28.0] SECTION SIGN (AI_AL) รท [0.3] -ร 200D ร 0308 ร 0020 รท 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] SECTION SIGN (AI_AL) รท [0.3] -ร 200D ร 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [28.0] <reserved-50005> (XX_AL) รท [0.3] +ร 200D ร 0308 ร 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [28.0] SECTION SIGN (AI_AL) รท [0.3] +ร 200D ร 0308 ร 0020 รท 00A7 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] SECTION SIGN (AI_AL) รท [0.3] +ร 200D ร 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] <reserved-50005> (XX_AL) รท [0.3] ร 200D ร 0020 รท 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] <reserved-50005> (XX_AL) รท [0.3] -ร 200D ร 0308 ร 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [28.0] <reserved-50005> (XX_AL) รท [0.3] -ร 200D ร 0308 ร 0020 รท 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] <reserved-50005> (XX_AL) รท [0.3] -ร 200D ร 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [28.0] THAI CHARACTER KO KAI (SA_AL) รท [0.3] +ร 200D ร 0308 ร 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [28.0] <reserved-50005> (XX_AL) รท [0.3] +ร 200D ร 0308 ร 0020 รท 50005 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] <reserved-50005> (XX_AL) รท [0.3] +ร 200D ร 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] THAI CHARACTER KO KAI (SA_AL) รท [0.3] ร 200D ร 0020 รท 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] THAI CHARACTER KO KAI (SA_AL) รท [0.3] -ร 200D ร 0308 ร 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [28.0] THAI CHARACTER KO KAI (SA_AL) รท [0.3] -ร 200D ร 0308 ร 0020 รท 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] THAI CHARACTER KO KAI (SA_AL) รท [0.3] -ร 200D ร 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [21.03] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] +ร 200D ร 0308 ร 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [28.0] THAI CHARACTER KO KAI (SA_AL) รท [0.3] +ร 200D ร 0308 ร 0020 รท 0E01 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] THAI CHARACTER KO KAI (SA_AL) รท [0.3] +ร 200D ร 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 200D ร 0020 รท 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [18.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] -ร 200D ร 0308 ร 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [21.03] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] -ร 200D ร 0308 ร 0020 รท 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] +ร 200D ร 0308 ร 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [21.03] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] +ร 200D ร 0308 ร 0020 รท 3041 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 00A7 ร 0023 รท # ร [0.3] SECTION SIGN (AI_AL) ร [28.0] NUMBER SIGN (AL) รท [0.3] ร 00A7 ร 0020 รท 0023 รท # ร [0.3] SECTION SIGN (AI_AL) ร [7.01] SPACE (SP) รท [18.0] NUMBER SIGN (AL) รท [0.3] ร 00A7 ร 0308 ร 0023 รท # ร [0.3] SECTION SIGN (AI_AL) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [28.0] NUMBER SIGN (AL) รท [0.3] @@ -7084,7 +7084,7 @@ ร 3041 ร 0308 ร 0020 รท 3041 รท # ร [0.3] HIRAGANA LETTER SMALL A (CJ_NS) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [7.01] SPACE (SP) รท [18.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 000D ร 000A รท 0061 ร 000A รท 0308 รท # ร [0.3] <CARRIAGE RETURN (CR)> (CR) ร [5.01] <LINE FEED (LF)> (LF) รท [5.03] LATIN SMALL LETTER A (AL) ร [6.0] <LINE FEED (LF)> (LF) รท [5.03] COMBINING DIAERESIS (CM1_CM) รท [0.3] ร 0061 ร 0308 รท # ร [0.3] LATIN SMALL LETTER A (AL) ร [9.0] COMBINING DIAERESIS (CM1_CM) รท [0.3] -ร 0020 รท 200D ร 0646 รท # ร [0.3] SPACE (SP) รท [18.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [28.0] ARABIC LETTER NOON (AL) รท [0.3] +ร 0020 รท 200D ร 0646 รท # ร [0.3] SPACE (SP) รท [18.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] ARABIC LETTER NOON (AL) รท [0.3] ร 0646 ร 200D ร 0020 รท # ร [0.3] ARABIC LETTER NOON (AL) ร [9.0] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [7.01] SPACE (SP) รท [0.3] ร 000B รท 3041 รท # ร [0.3] <LINE TABULATION> (BK) รท [4.0] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 000D รท 3041 รท # ร [0.3] <CARRIAGE RETURN (CR)> (CR) รท [5.02] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] @@ -7093,8 +7093,8 @@ ร 3041 ร 2060 รท # ร [0.3] HIRAGANA LETTER SMALL A (CJ_NS) ร [11.01] WORD JOINER (WJ) รท [0.3] ร 2060 ร 3041 รท # ร [0.3] WORD JOINER (WJ) ร [11.02] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] ร 3041 ร 0308 ร 00A0 รท # ร [0.3] HIRAGANA LETTER SMALL A (CJ_NS) ร [9.0] COMBINING DIAERESIS (CM1_CM) ร [12.2] NO-BREAK SPACE (GL) รท [0.3] -ร 200D ร 00A0 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [12.3] NO-BREAK SPACE (GL) รท [0.3] -ร 200D ร 002F รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [13.04] SOLIDUS (SY) รท [0.3] +ร 200D ร 00A0 รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] NO-BREAK SPACE (GL) รท [0.3] +ร 200D ร 002F รท # ร [0.3] ZERO WIDTH JOINER (ZWJ_O_ZWJ_CM) ร [8.1] SOLIDUS (SY) รท [0.3] ร 2014 ร 2014 รท # ร [0.3] EM DASH (B2) ร [17.0] EM DASH (B2) รท [0.3] ร 3041 รท FFFC รท # ร [0.3] HIRAGANA LETTER SMALL A (CJ_NS) รท [20.01] OBJECT REPLACEMENT CHARACTER (CB) รท [0.3] ร FFFC รท 3041 รท # ร [0.3] OBJECT REPLACEMENT CHARACTER (CB) รท [20.02] HIRAGANA LETTER SMALL A (CJ_NS) รท [0.3] diff --git a/lib/stdlib/test/unicode_util_SUITE_data/NormalizationTest.txt b/lib/stdlib/test/unicode_util_SUITE_data/NormalizationTest.txt index 71f2371c5e..72a31bcdf1 100644 --- a/lib/stdlib/test/unicode_util_SUITE_data/NormalizationTest.txt +++ b/lib/stdlib/test/unicode_util_SUITE_data/NormalizationTest.txt @@ -1,6 +1,6 @@ -# NormalizationTest-10.0.0.txt -# Date: 2017-03-08, 08:41:55 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# NormalizationTest-11.0.0.txt +# Date: 2018-02-19, 18:33:08 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -17479,6 +17479,8 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 07F2 059A 0316 302A 0062;0061 302A 07F2 0316 059A 0062;0061 302A 07F2 0316 059A 0062;0061 302A 07F2 0316 059A 0062;0061 302A 07F2 0316 059A 0062; # (aโ฿ฒโึโฬโใชb; aโใชโ฿ฒโฬโึb; aโใชโ฿ฒโฬโึb; aโใชโ฿ฒโฬโึb; aโใชโ฿ฒโฬโึb; ) LATIN SMALL LETTER A, NKO COMBINING NASALIZATION MARK, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B 0061 0315 0300 05AE 07F3 0062;00E0 05AE 07F3 0315 0062;0061 05AE 0300 07F3 0315 0062;00E0 05AE 07F3 0315 0062;0061 05AE 0300 07F3 0315 0062; # (aโฬโฬโึฎโ฿ณb; ร โึฎโ฿ณโฬb; aโึฎโฬโ฿ณโฬb; ร โึฎโ฿ณโฬb; aโึฎโฬโ฿ณโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, NKO COMBINING DOUBLE DOT ABOVE, LATIN SMALL LETTER B 0061 07F3 0315 0300 05AE 0062;0061 05AE 07F3 0300 0315 0062;0061 05AE 07F3 0300 0315 0062;0061 05AE 07F3 0300 0315 0062;0061 05AE 07F3 0300 0315 0062; # (aโ฿ณโฬโฬโึฎb; aโึฎโ฿ณโฬโฬb; aโึฎโ฿ณโฬโฬb; aโึฎโ฿ณโฬโฬb; aโึฎโ฿ณโฬโฬb; ) LATIN SMALL LETTER A, NKO COMBINING DOUBLE DOT ABOVE, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 059A 0316 302A 07FD 0062;0061 302A 0316 07FD 059A 0062;0061 302A 0316 07FD 059A 0062;0061 302A 0316 07FD 059A 0062;0061 302A 0316 07FD 059A 0062; # (aโึโฬโใชโ฿ฝb; aโใชโฬโ฿ฝโึb; aโใชโฬโ฿ฝโึb; aโใชโฬโ฿ฝโึb; aโใชโฬโ฿ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, NKO DANTAYALAN, LATIN SMALL LETTER B +0061 07FD 059A 0316 302A 0062;0061 302A 07FD 0316 059A 0062;0061 302A 07FD 0316 059A 0062;0061 302A 07FD 0316 059A 0062;0061 302A 07FD 0316 059A 0062; # (aโ฿ฝโึโฬโใชb; aโใชโ฿ฝโฬโึb; aโใชโ฿ฝโฬโึb; aโใชโ฿ฝโฬโึb; aโใชโ฿ฝโฬโึb; ) LATIN SMALL LETTER A, NKO DANTAYALAN, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B 0061 0315 0300 05AE 0816 0062;00E0 05AE 0816 0315 0062;0061 05AE 0300 0816 0315 0062;00E0 05AE 0816 0315 0062;0061 05AE 0300 0816 0315 0062; # (aโฬโฬโึฎโเ b; ร โึฎโเ โฬb; aโึฎโฬโเ โฬb; ร โึฎโเ โฬb; aโึฎโฬโเ โฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, SAMARITAN MARK IN, LATIN SMALL LETTER B 0061 0816 0315 0300 05AE 0062;0061 05AE 0816 0300 0315 0062;0061 05AE 0816 0300 0315 0062;0061 05AE 0816 0300 0315 0062;0061 05AE 0816 0300 0315 0062; # (aโเ โฬโฬโึฎb; aโึฎโเ โฬโฬb; aโึฎโเ โฬโฬb; aโึฎโเ โฬโฬb; aโึฎโเ โฬโฬb; ) LATIN SMALL LETTER A, SAMARITAN MARK IN, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B 0061 0315 0300 05AE 0817 0062;00E0 05AE 0817 0315 0062;0061 05AE 0300 0817 0315 0062;00E0 05AE 0817 0315 0062;0061 05AE 0300 0817 0315 0062; # (aโฬโฬโึฎโเ b; ร โึฎโเ โฬb; aโึฎโฬโเ โฬb; ร โึฎโเ โฬb; aโึฎโฬโเ โฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, SAMARITAN MARK IN-ALAF, LATIN SMALL LETTER B @@ -17527,6 +17529,8 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 085A 059A 0316 302A 0062;0061 302A 085A 0316 059A 0062;0061 302A 085A 0316 059A 0062;0061 302A 085A 0316 059A 0062;0061 302A 085A 0316 059A 0062; # (aโเกโึโฬโใชb; aโใชโเกโฬโึb; aโใชโเกโฬโึb; aโใชโเกโฬโึb; aโใชโเกโฬโึb; ) LATIN SMALL LETTER A, MANDAIC VOCALIZATION MARK, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B 0061 059A 0316 302A 085B 0062;0061 302A 0316 085B 059A 0062;0061 302A 0316 085B 059A 0062;0061 302A 0316 085B 059A 0062;0061 302A 0316 085B 059A 0062; # (aโึโฬโใชโเกb; aโใชโฬโเกโึb; aโใชโฬโเกโึb; aโใชโฬโเกโึb; aโใชโฬโเกโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, MANDAIC GEMINATION MARK, LATIN SMALL LETTER B 0061 085B 059A 0316 302A 0062;0061 302A 085B 0316 059A 0062;0061 302A 085B 0316 059A 0062;0061 302A 085B 0316 059A 0062;0061 302A 085B 0316 059A 0062; # (aโเกโึโฬโใชb; aโใชโเกโฬโึb; aโใชโเกโฬโึb; aโใชโเกโฬโึb; aโใชโเกโฬโึb; ) LATIN SMALL LETTER A, MANDAIC GEMINATION MARK, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 059A 0316 302A 08D3 0062;0061 302A 0316 08D3 059A 0062;0061 302A 0316 08D3 059A 0062;0061 302A 0316 08D3 059A 0062;0061 302A 0316 08D3 059A 0062; # (aโึโฬโใชโเฃb; aโใชโฬโเฃโึb; aโใชโฬโเฃโึb; aโใชโฬโเฃโึb; aโใชโฬโเฃโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, ARABIC SMALL LOW WAW, LATIN SMALL LETTER B +0061 08D3 059A 0316 302A 0062;0061 302A 08D3 0316 059A 0062;0061 302A 08D3 0316 059A 0062;0061 302A 08D3 0316 059A 0062;0061 302A 08D3 0316 059A 0062; # (aโเฃโึโฬโใชb; aโใชโเฃโฬโึb; aโใชโเฃโฬโึb; aโใชโเฃโฬโึb; aโใชโเฃโฬโึb; ) LATIN SMALL LETTER A, ARABIC SMALL LOW WAW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B 0061 0315 0300 05AE 08D4 0062;00E0 05AE 08D4 0315 0062;0061 05AE 0300 08D4 0315 0062;00E0 05AE 08D4 0315 0062;0061 05AE 0300 08D4 0315 0062; # (aโฬโฬโึฎโเฃb; ร โึฎโเฃโฬb; aโึฎโฬโเฃโฬb; ร โึฎโเฃโฬb; aโึฎโฬโเฃโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, ARABIC SMALL HIGH WORD AR-RUB, LATIN SMALL LETTER B 0061 08D4 0315 0300 05AE 0062;0061 05AE 08D4 0300 0315 0062;0061 05AE 08D4 0300 0315 0062;0061 05AE 08D4 0300 0315 0062;0061 05AE 08D4 0300 0315 0062; # (aโเฃโฬโฬโึฎb; aโึฎโเฃโฬโฬb; aโึฎโเฃโฬโฬb; aโึฎโเฃโฬโฬb; aโึฎโเฃโฬโฬb; ) LATIN SMALL LETTER A, ARABIC SMALL HIGH WORD AR-RUB, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B 0061 0315 0300 05AE 08D5 0062;00E0 05AE 08D5 0315 0062;0061 05AE 0300 08D5 0315 0062;00E0 05AE 08D5 0315 0062;0061 05AE 0300 08D5 0315 0062; # (aโฬโฬโึฎโเฃb; ร โึฎโเฃโฬb; aโึฎโฬโเฃโฬb; ร โึฎโเฃโฬb; aโึฎโฬโเฃโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, ARABIC SMALL HIGH SAD, LATIN SMALL LETTER B @@ -17629,6 +17633,8 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 09BC 3099 093C 0334 0062;0061 0334 09BC 093C 3099 0062;0061 0334 09BC 093C 3099 0062;0061 0334 09BC 093C 3099 0062;0061 0334 09BC 093C 3099 0062; # (aโเฆผโใโเคผโฬดb; aโฬดโเฆผโเคผโใb; aโฬดโเฆผโเคผโใb; aโฬดโเฆผโเคผโใb; aโฬดโเฆผโเคผโใb; ) LATIN SMALL LETTER A, BENGALI SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 05B0 094D 3099 09CD 0062;0061 3099 094D 09CD 05B0 0062;0061 3099 094D 09CD 05B0 0062;0061 3099 094D 09CD 05B0 0062;0061 3099 094D 09CD 05B0 0062; # (aโึฐโเฅโใโเงb; aโใโเฅโเงโึฐb; aโใโเฅโเงโึฐb; aโใโเฅโเงโึฐb; aโใโเฅโเงโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, BENGALI SIGN VIRAMA, LATIN SMALL LETTER B 0061 09CD 05B0 094D 3099 0062;0061 3099 09CD 094D 05B0 0062;0061 3099 09CD 094D 05B0 0062;0061 3099 09CD 094D 05B0 0062;0061 3099 09CD 094D 05B0 0062; # (aโเงโึฐโเฅโใb; aโใโเงโเฅโึฐb; aโใโเงโเฅโึฐb; aโใโเงโเฅโึฐb; aโใโเงโเฅโึฐb; ) LATIN SMALL LETTER A, BENGALI SIGN VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B +0061 0315 0300 05AE 09FE 0062;00E0 05AE 09FE 0315 0062;0061 05AE 0300 09FE 0315 0062;00E0 05AE 09FE 0315 0062;0061 05AE 0300 09FE 0315 0062; # (aโฬโฬโึฎโเงพb; ร โึฎโเงพโฬb; aโึฎโฬโเงพโฬb; ร โึฎโเงพโฬb; aโึฎโฬโเงพโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, BENGALI SANDHI MARK, LATIN SMALL LETTER B +0061 09FE 0315 0300 05AE 0062;0061 05AE 09FE 0300 0315 0062;0061 05AE 09FE 0300 0315 0062;0061 05AE 09FE 0300 0315 0062;0061 05AE 09FE 0300 0315 0062; # (aโเงพโฬโฬโึฎb; aโึฎโเงพโฬโฬb; aโึฎโเงพโฬโฬb; aโึฎโเงพโฬโฬb; aโึฎโเงพโฬโฬb; ) LATIN SMALL LETTER A, BENGALI SANDHI MARK, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B 0061 3099 093C 0334 0A3C 0062;0061 0334 093C 0A3C 3099 0062;0061 0334 093C 0A3C 3099 0062;0061 0334 093C 0A3C 3099 0062;0061 0334 093C 0A3C 3099 0062; # (aโใโเคผโฬดโเจผb; aโฬดโเคผโเจผโใb; aโฬดโเคผโเจผโใb; aโฬดโเคผโเจผโใb; aโฬดโเคผโเจผโใb; ) LATIN SMALL LETTER A, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, GURMUKHI SIGN NUKTA, LATIN SMALL LETTER B 0061 0A3C 3099 093C 0334 0062;0061 0334 0A3C 093C 3099 0062;0061 0334 0A3C 093C 3099 0062;0061 0334 0A3C 093C 3099 0062;0061 0334 0A3C 093C 3099 0062; # (aโเจผโใโเคผโฬดb; aโฬดโเจผโเคผโใb; aโฬดโเจผโเคผโใb; aโฬดโเจผโเคผโใb; aโฬดโเจผโเคผโใb; ) LATIN SMALL LETTER A, GURMUKHI SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 05B0 094D 3099 0A4D 0062;0061 3099 094D 0A4D 05B0 0062;0061 3099 094D 0A4D 05B0 0062;0061 3099 094D 0A4D 05B0 0062;0061 3099 094D 0A4D 05B0 0062; # (aโึฐโเฅโใโเฉb; aโใโเฅโเฉโึฐb; aโใโเฅโเฉโึฐb; aโใโเฅโเฉโึฐb; aโใโเฅโเฉโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, GURMUKHI SIGN VIRAMA, LATIN SMALL LETTER B @@ -18329,6 +18335,36 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 10AE5 0315 0300 05AE 0062;0061 05AE 10AE5 0300 0315 0062;0061 05AE 10AE5 0300 0315 0062;0061 05AE 10AE5 0300 0315 0062;0061 05AE 10AE5 0300 0315 0062; # (aโ๐ซฅโฬโฬโึฎb; aโึฎโ๐ซฅโฬโฬb; aโึฎโ๐ซฅโฬโฬb; aโึฎโ๐ซฅโฬโฬb; aโึฎโ๐ซฅโฬโฬb; ) LATIN SMALL LETTER A, MANICHAEAN ABBREVIATION MARK ABOVE, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B 0061 059A 0316 302A 10AE6 0062;0061 302A 0316 10AE6 059A 0062;0061 302A 0316 10AE6 059A 0062;0061 302A 0316 10AE6 059A 0062;0061 302A 0316 10AE6 059A 0062; # (aโึโฬโใชโ๐ซฆb; aโใชโฬโ๐ซฆโึb; aโใชโฬโ๐ซฆโึb; aโใชโฬโ๐ซฆโึb; aโใชโฬโ๐ซฆโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, MANICHAEAN ABBREVIATION MARK BELOW, LATIN SMALL LETTER B 0061 10AE6 059A 0316 302A 0062;0061 302A 10AE6 0316 059A 0062;0061 302A 10AE6 0316 059A 0062;0061 302A 10AE6 0316 059A 0062;0061 302A 10AE6 0316 059A 0062; # (aโ๐ซฆโึโฬโใชb; aโใชโ๐ซฆโฬโึb; aโใชโ๐ซฆโฬโึb; aโใชโ๐ซฆโฬโึb; aโใชโ๐ซฆโฬโึb; ) LATIN SMALL LETTER A, MANICHAEAN ABBREVIATION MARK BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 0315 0300 05AE 10D24 0062;00E0 05AE 10D24 0315 0062;0061 05AE 0300 10D24 0315 0062;00E0 05AE 10D24 0315 0062;0061 05AE 0300 10D24 0315 0062; # (aโฬโฬโึฎโ๐ดคb; ร โึฎโ๐ดคโฬb; aโึฎโฬโ๐ดคโฬb; ร โึฎโ๐ดคโฬb; aโึฎโฬโ๐ดคโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, HANIFI ROHINGYA SIGN HARBAHAY, LATIN SMALL LETTER B +0061 10D24 0315 0300 05AE 0062;0061 05AE 10D24 0300 0315 0062;0061 05AE 10D24 0300 0315 0062;0061 05AE 10D24 0300 0315 0062;0061 05AE 10D24 0300 0315 0062; # (aโ๐ดคโฬโฬโึฎb; aโึฎโ๐ดคโฬโฬb; aโึฎโ๐ดคโฬโฬb; aโึฎโ๐ดคโฬโฬb; aโึฎโ๐ดคโฬโฬb; ) LATIN SMALL LETTER A, HANIFI ROHINGYA SIGN HARBAHAY, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 0315 0300 05AE 10D25 0062;00E0 05AE 10D25 0315 0062;0061 05AE 0300 10D25 0315 0062;00E0 05AE 10D25 0315 0062;0061 05AE 0300 10D25 0315 0062; # (aโฬโฬโึฎโ๐ดฅb; ร โึฎโ๐ดฅโฬb; aโึฎโฬโ๐ดฅโฬb; ร โึฎโ๐ดฅโฬb; aโึฎโฬโ๐ดฅโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, HANIFI ROHINGYA SIGN TAHALA, LATIN SMALL LETTER B +0061 10D25 0315 0300 05AE 0062;0061 05AE 10D25 0300 0315 0062;0061 05AE 10D25 0300 0315 0062;0061 05AE 10D25 0300 0315 0062;0061 05AE 10D25 0300 0315 0062; # (aโ๐ดฅโฬโฬโึฎb; aโึฎโ๐ดฅโฬโฬb; aโึฎโ๐ดฅโฬโฬb; aโึฎโ๐ดฅโฬโฬb; aโึฎโ๐ดฅโฬโฬb; ) LATIN SMALL LETTER A, HANIFI ROHINGYA SIGN TAHALA, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 0315 0300 05AE 10D26 0062;00E0 05AE 10D26 0315 0062;0061 05AE 0300 10D26 0315 0062;00E0 05AE 10D26 0315 0062;0061 05AE 0300 10D26 0315 0062; # (aโฬโฬโึฎโ๐ดฆb; ร โึฎโ๐ดฆโฬb; aโึฎโฬโ๐ดฆโฬb; ร โึฎโ๐ดฆโฬb; aโึฎโฬโ๐ดฆโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, HANIFI ROHINGYA SIGN TANA, LATIN SMALL LETTER B +0061 10D26 0315 0300 05AE 0062;0061 05AE 10D26 0300 0315 0062;0061 05AE 10D26 0300 0315 0062;0061 05AE 10D26 0300 0315 0062;0061 05AE 10D26 0300 0315 0062; # (aโ๐ดฆโฬโฬโึฎb; aโึฎโ๐ดฆโฬโฬb; aโึฎโ๐ดฆโฬโฬb; aโึฎโ๐ดฆโฬโฬb; aโึฎโ๐ดฆโฬโฬb; ) LATIN SMALL LETTER A, HANIFI ROHINGYA SIGN TANA, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 0315 0300 05AE 10D27 0062;00E0 05AE 10D27 0315 0062;0061 05AE 0300 10D27 0315 0062;00E0 05AE 10D27 0315 0062;0061 05AE 0300 10D27 0315 0062; # (aโฬโฬโึฎโ๐ดงb; ร โึฎโ๐ดงโฬb; aโึฎโฬโ๐ดงโฬb; ร โึฎโ๐ดงโฬb; aโึฎโฬโ๐ดงโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, HANIFI ROHINGYA SIGN TASSI, LATIN SMALL LETTER B +0061 10D27 0315 0300 05AE 0062;0061 05AE 10D27 0300 0315 0062;0061 05AE 10D27 0300 0315 0062;0061 05AE 10D27 0300 0315 0062;0061 05AE 10D27 0300 0315 0062; # (aโ๐ดงโฬโฬโึฎb; aโึฎโ๐ดงโฬโฬb; aโึฎโ๐ดงโฬโฬb; aโึฎโ๐ดงโฬโฬb; aโึฎโ๐ดงโฬโฬb; ) LATIN SMALL LETTER A, HANIFI ROHINGYA SIGN TASSI, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 059A 0316 302A 10F46 0062;0061 302A 0316 10F46 059A 0062;0061 302A 0316 10F46 059A 0062;0061 302A 0316 10F46 059A 0062;0061 302A 0316 10F46 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING DOT BELOW, LATIN SMALL LETTER B +0061 10F46 059A 0316 302A 0062;0061 302A 10F46 0316 059A 0062;0061 302A 10F46 0316 059A 0062;0061 302A 10F46 0316 059A 0062;0061 302A 10F46 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING DOT BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 059A 0316 302A 10F47 0062;0061 302A 0316 10F47 059A 0062;0061 302A 0316 10F47 059A 0062;0061 302A 0316 10F47 059A 0062;0061 302A 0316 10F47 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING TWO DOTS BELOW, LATIN SMALL LETTER B +0061 10F47 059A 0316 302A 0062;0061 302A 10F47 0316 059A 0062;0061 302A 10F47 0316 059A 0062;0061 302A 10F47 0316 059A 0062;0061 302A 10F47 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING TWO DOTS BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 0315 0300 05AE 10F48 0062;00E0 05AE 10F48 0315 0062;0061 05AE 0300 10F48 0315 0062;00E0 05AE 10F48 0315 0062;0061 05AE 0300 10F48 0315 0062; # (aโฬโฬโึฎโ๐ฝb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, SOGDIAN COMBINING DOT ABOVE, LATIN SMALL LETTER B +0061 10F48 0315 0300 05AE 0062;0061 05AE 10F48 0300 0315 0062;0061 05AE 10F48 0300 0315 0062;0061 05AE 10F48 0300 0315 0062;0061 05AE 10F48 0300 0315 0062; # (aโ๐ฝโฬโฬโึฎb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING DOT ABOVE, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 0315 0300 05AE 10F49 0062;00E0 05AE 10F49 0315 0062;0061 05AE 0300 10F49 0315 0062;00E0 05AE 10F49 0315 0062;0061 05AE 0300 10F49 0315 0062; # (aโฬโฬโึฎโ๐ฝb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, SOGDIAN COMBINING TWO DOTS ABOVE, LATIN SMALL LETTER B +0061 10F49 0315 0300 05AE 0062;0061 05AE 10F49 0300 0315 0062;0061 05AE 10F49 0300 0315 0062;0061 05AE 10F49 0300 0315 0062;0061 05AE 10F49 0300 0315 0062; # (aโ๐ฝโฬโฬโึฎb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING TWO DOTS ABOVE, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 0315 0300 05AE 10F4A 0062;00E0 05AE 10F4A 0315 0062;0061 05AE 0300 10F4A 0315 0062;00E0 05AE 10F4A 0315 0062;0061 05AE 0300 10F4A 0315 0062; # (aโฬโฬโึฎโ๐ฝb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, SOGDIAN COMBINING CURVE ABOVE, LATIN SMALL LETTER B +0061 10F4A 0315 0300 05AE 0062;0061 05AE 10F4A 0300 0315 0062;0061 05AE 10F4A 0300 0315 0062;0061 05AE 10F4A 0300 0315 0062;0061 05AE 10F4A 0300 0315 0062; # (aโ๐ฝโฬโฬโึฎb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING CURVE ABOVE, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 059A 0316 302A 10F4B 0062;0061 302A 0316 10F4B 059A 0062;0061 302A 0316 10F4B 059A 0062;0061 302A 0316 10F4B 059A 0062;0061 302A 0316 10F4B 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING CURVE BELOW, LATIN SMALL LETTER B +0061 10F4B 059A 0316 302A 0062;0061 302A 10F4B 0316 059A 0062;0061 302A 10F4B 0316 059A 0062;0061 302A 10F4B 0316 059A 0062;0061 302A 10F4B 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING CURVE BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 0315 0300 05AE 10F4C 0062;00E0 05AE 10F4C 0315 0062;0061 05AE 0300 10F4C 0315 0062;00E0 05AE 10F4C 0315 0062;0061 05AE 0300 10F4C 0315 0062; # (aโฬโฬโึฎโ๐ฝb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ร โึฎโ๐ฝโฬb; aโึฎโฬโ๐ฝโฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, SOGDIAN COMBINING HOOK ABOVE, LATIN SMALL LETTER B +0061 10F4C 0315 0300 05AE 0062;0061 05AE 10F4C 0300 0315 0062;0061 05AE 10F4C 0300 0315 0062;0061 05AE 10F4C 0300 0315 0062;0061 05AE 10F4C 0300 0315 0062; # (aโ๐ฝโฬโฬโึฎb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; aโึฎโ๐ฝโฬโฬb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING HOOK ABOVE, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B +0061 059A 0316 302A 10F4D 0062;0061 302A 0316 10F4D 059A 0062;0061 302A 0316 10F4D 059A 0062;0061 302A 0316 10F4D 059A 0062;0061 302A 0316 10F4D 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING HOOK BELOW, LATIN SMALL LETTER B +0061 10F4D 059A 0316 302A 0062;0061 302A 10F4D 0316 059A 0062;0061 302A 10F4D 0316 059A 0062;0061 302A 10F4D 0316 059A 0062;0061 302A 10F4D 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING HOOK BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 059A 0316 302A 10F4E 0062;0061 302A 0316 10F4E 059A 0062;0061 302A 0316 10F4E 059A 0062;0061 302A 0316 10F4E 059A 0062;0061 302A 0316 10F4E 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING LONG HOOK BELOW, LATIN SMALL LETTER B +0061 10F4E 059A 0316 302A 0062;0061 302A 10F4E 0316 059A 0062;0061 302A 10F4E 0316 059A 0062;0061 302A 10F4E 0316 059A 0062;0061 302A 10F4E 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING LONG HOOK BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 059A 0316 302A 10F4F 0062;0061 302A 0316 10F4F 059A 0062;0061 302A 0316 10F4F 059A 0062;0061 302A 0316 10F4F 059A 0062;0061 302A 0316 10F4F 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING RESH BELOW, LATIN SMALL LETTER B +0061 10F4F 059A 0316 302A 0062;0061 302A 10F4F 0316 059A 0062;0061 302A 10F4F 0316 059A 0062;0061 302A 10F4F 0316 059A 0062;0061 302A 10F4F 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING RESH BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B +0061 059A 0316 302A 10F50 0062;0061 302A 0316 10F50 059A 0062;0061 302A 0316 10F50 059A 0062;0061 302A 0316 10F50 059A 0062;0061 302A 0316 10F50 059A 0062; # (aโึโฬโใชโ๐ฝb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; aโใชโฬโ๐ฝโึb; ) LATIN SMALL LETTER A, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, SOGDIAN COMBINING STROKE BELOW, LATIN SMALL LETTER B +0061 10F50 059A 0316 302A 0062;0061 302A 10F50 0316 059A 0062;0061 302A 10F50 0316 059A 0062;0061 302A 10F50 0316 059A 0062;0061 302A 10F50 0316 059A 0062; # (aโ๐ฝโึโฬโใชb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; aโใชโ๐ฝโฬโึb; ) LATIN SMALL LETTER A, SOGDIAN COMBINING STROKE BELOW, HEBREW ACCENT YETIV, COMBINING GRAVE ACCENT BELOW, IDEOGRAPHIC LEVEL TONE MARK, LATIN SMALL LETTER B 0061 05B0 094D 3099 11046 0062;0061 3099 094D 11046 05B0 0062;0061 3099 094D 11046 05B0 0062;0061 3099 094D 11046 05B0 0062;0061 3099 094D 11046 05B0 0062; # (aโึฐโเฅโใโ๐b; aโใโเฅโ๐โึฐb; aโใโเฅโ๐โึฐb; aโใโเฅโ๐โึฐb; aโใโเฅโ๐โึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, BRAHMI VIRAMA, LATIN SMALL LETTER B 0061 11046 05B0 094D 3099 0062;0061 3099 11046 094D 05B0 0062;0061 3099 11046 094D 05B0 0062;0061 3099 11046 094D 05B0 0062;0061 3099 11046 094D 05B0 0062; # (aโ๐โึฐโเฅโใb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; ) LATIN SMALL LETTER A, BRAHMI VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B 0061 05B0 094D 3099 1107F 0062;0061 3099 094D 1107F 05B0 0062;0061 3099 094D 1107F 05B0 0062;0061 3099 094D 1107F 05B0 0062;0061 3099 094D 1107F 05B0 0062; # (aโึฐโเฅโใโ๐ฟb; aโใโเฅโ๐ฟโึฐb; aโใโเฅโ๐ฟโึฐb; aโใโเฅโ๐ฟโึฐb; aโใโเฅโ๐ฟโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, BRAHMI NUMBER JOINER, LATIN SMALL LETTER B @@ -18361,6 +18397,8 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 112E9 3099 093C 0334 0062;0061 0334 112E9 093C 3099 0062;0061 0334 112E9 093C 3099 0062;0061 0334 112E9 093C 3099 0062;0061 0334 112E9 093C 3099 0062; # (aโ๐ฉโใโเคผโฬดb; aโฬดโ๐ฉโเคผโใb; aโฬดโ๐ฉโเคผโใb; aโฬดโ๐ฉโเคผโใb; aโฬดโ๐ฉโเคผโใb; ) LATIN SMALL LETTER A, KHUDAWADI SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 05B0 094D 3099 112EA 0062;0061 3099 094D 112EA 05B0 0062;0061 3099 094D 112EA 05B0 0062;0061 3099 094D 112EA 05B0 0062;0061 3099 094D 112EA 05B0 0062; # (aโึฐโเฅโใโ๐ชb; aโใโเฅโ๐ชโึฐb; aโใโเฅโ๐ชโึฐb; aโใโเฅโ๐ชโึฐb; aโใโเฅโ๐ชโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, KHUDAWADI SIGN VIRAMA, LATIN SMALL LETTER B 0061 112EA 05B0 094D 3099 0062;0061 3099 112EA 094D 05B0 0062;0061 3099 112EA 094D 05B0 0062;0061 3099 112EA 094D 05B0 0062;0061 3099 112EA 094D 05B0 0062; # (aโ๐ชโึฐโเฅโใb; aโใโ๐ชโเฅโึฐb; aโใโ๐ชโเฅโึฐb; aโใโ๐ชโเฅโึฐb; aโใโ๐ชโเฅโึฐb; ) LATIN SMALL LETTER A, KHUDAWADI SIGN VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B +0061 3099 093C 0334 1133B 0062;0061 0334 093C 1133B 3099 0062;0061 0334 093C 1133B 3099 0062;0061 0334 093C 1133B 3099 0062;0061 0334 093C 1133B 3099 0062; # (aโใโเคผโฬดโ๐ปb; aโฬดโเคผโ๐ปโใb; aโฬดโเคผโ๐ปโใb; aโฬดโเคผโ๐ปโใb; aโฬดโเคผโ๐ปโใb; ) LATIN SMALL LETTER A, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, COMBINING BINDU BELOW, LATIN SMALL LETTER B +0061 1133B 3099 093C 0334 0062;0061 0334 1133B 093C 3099 0062;0061 0334 1133B 093C 3099 0062;0061 0334 1133B 093C 3099 0062;0061 0334 1133B 093C 3099 0062; # (aโ๐ปโใโเคผโฬดb; aโฬดโ๐ปโเคผโใb; aโฬดโ๐ปโเคผโใb; aโฬดโ๐ปโเคผโใb; aโฬดโ๐ปโเคผโใb; ) LATIN SMALL LETTER A, COMBINING BINDU BELOW, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 3099 093C 0334 1133C 0062;0061 0334 093C 1133C 3099 0062;0061 0334 093C 1133C 3099 0062;0061 0334 093C 1133C 3099 0062;0061 0334 093C 1133C 3099 0062; # (aโใโเคผโฬดโ๐ผb; aโฬดโเคผโ๐ผโใb; aโฬดโเคผโ๐ผโใb; aโฬดโเคผโ๐ผโใb; aโฬดโเคผโ๐ผโใb; ) LATIN SMALL LETTER A, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, GRANTHA SIGN NUKTA, LATIN SMALL LETTER B 0061 1133C 3099 093C 0334 0062;0061 0334 1133C 093C 3099 0062;0061 0334 1133C 093C 3099 0062;0061 0334 1133C 093C 3099 0062;0061 0334 1133C 093C 3099 0062; # (aโ๐ผโใโเคผโฬดb; aโฬดโ๐ผโเคผโใb; aโฬดโ๐ผโเคผโใb; aโฬดโ๐ผโเคผโใb; aโฬดโ๐ผโเคผโใb; ) LATIN SMALL LETTER A, GRANTHA SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 05B0 094D 3099 1134D 0062;0061 3099 094D 1134D 05B0 0062;0061 3099 094D 1134D 05B0 0062;0061 3099 094D 1134D 05B0 0062;0061 3099 094D 1134D 05B0 0062; # (aโึฐโเฅโใ๐b; aโใโเฅ๐โึฐb; aโใโเฅ๐โึฐb; aโใโเฅ๐โึฐb; aโใโเฅ๐โึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, GRANTHA SIGN VIRAMA, LATIN SMALL LETTER B @@ -18393,6 +18431,8 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 11442 05B0 094D 3099 0062;0061 3099 11442 094D 05B0 0062;0061 3099 11442 094D 05B0 0062;0061 3099 11442 094D 05B0 0062;0061 3099 11442 094D 05B0 0062; # (aโ๐โึฐโเฅโใb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; ) LATIN SMALL LETTER A, NEWA SIGN VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B 0061 3099 093C 0334 11446 0062;0061 0334 093C 11446 3099 0062;0061 0334 093C 11446 3099 0062;0061 0334 093C 11446 3099 0062;0061 0334 093C 11446 3099 0062; # (aโใโเคผโฬดโ๐b; aโฬดโเคผโ๐โใb; aโฬดโเคผโ๐โใb; aโฬดโเคผโ๐โใb; aโฬดโเคผโ๐โใb; ) LATIN SMALL LETTER A, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, NEWA SIGN NUKTA, LATIN SMALL LETTER B 0061 11446 3099 093C 0334 0062;0061 0334 11446 093C 3099 0062;0061 0334 11446 093C 3099 0062;0061 0334 11446 093C 3099 0062;0061 0334 11446 093C 3099 0062; # (aโ๐โใโเคผโฬดb; aโฬดโ๐โเคผโใb; aโฬดโ๐โเคผโใb; aโฬดโ๐โเคผโใb; aโฬดโ๐โเคผโใb; ) LATIN SMALL LETTER A, NEWA SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B +0061 0315 0300 05AE 1145E 0062;00E0 05AE 1145E 0315 0062;0061 05AE 0300 1145E 0315 0062;00E0 05AE 1145E 0315 0062;0061 05AE 0300 1145E 0315 0062; # (aโฬโฬโึฎโ๐b; ร โึฎโ๐โฬb; aโึฎโฬโ๐โฬb; ร โึฎโ๐โฬb; aโึฎโฬโ๐โฬb; ) LATIN SMALL LETTER A, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, NEWA SANDHI MARK, LATIN SMALL LETTER B +0061 1145E 0315 0300 05AE 0062;0061 05AE 1145E 0300 0315 0062;0061 05AE 1145E 0300 0315 0062;0061 05AE 1145E 0300 0315 0062;0061 05AE 1145E 0300 0315 0062; # (aโ๐โฬโฬโึฎb; aโึฎโ๐โฬโฬb; aโึฎโ๐โฬโฬb; aโึฎโ๐โฬโฬb; aโึฎโ๐โฬโฬb; ) LATIN SMALL LETTER A, NEWA SANDHI MARK, COMBINING COMMA ABOVE RIGHT, COMBINING GRAVE ACCENT, HEBREW ACCENT ZINOR, LATIN SMALL LETTER B 0061 05B0 094D 3099 114C2 0062;0061 3099 094D 114C2 05B0 0062;0061 3099 094D 114C2 05B0 0062;0061 3099 094D 114C2 05B0 0062;0061 3099 094D 114C2 05B0 0062; # (aโึฐโเฅโใโ๐b; aโใโเฅโ๐โึฐb; aโใโเฅโ๐โึฐb; aโใโเฅโ๐โึฐb; aโใโเฅโ๐โึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, TIRHUTA SIGN VIRAMA, LATIN SMALL LETTER B 0061 114C2 05B0 094D 3099 0062;0061 3099 114C2 094D 05B0 0062;0061 3099 114C2 094D 05B0 0062;0061 3099 114C2 094D 05B0 0062;0061 3099 114C2 094D 05B0 0062; # (aโ๐โึฐโเฅโใb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; aโใโ๐โเฅโึฐb; ) LATIN SMALL LETTER A, TIRHUTA SIGN VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B 0061 3099 093C 0334 114C3 0062;0061 0334 093C 114C3 3099 0062;0061 0334 093C 114C3 3099 0062;0061 0334 093C 114C3 3099 0062;0061 0334 093C 114C3 3099 0062; # (aโใโเคผโฬดโ๐b; aโฬดโเคผโ๐โใb; aโฬดโเคผโ๐โใb; aโฬดโเคผโ๐โใb; aโฬดโเคผโ๐โใb; ) LATIN SMALL LETTER A, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, TIRHUTA SIGN NUKTA, LATIN SMALL LETTER B @@ -18409,6 +18449,10 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 116B7 3099 093C 0334 0062;0061 0334 116B7 093C 3099 0062;0061 0334 116B7 093C 3099 0062;0061 0334 116B7 093C 3099 0062;0061 0334 116B7 093C 3099 0062; # (aโ๐ทโใโเคผโฬดb; aโฬดโ๐ทโเคผโใb; aโฬดโ๐ทโเคผโใb; aโฬดโ๐ทโเคผโใb; aโฬดโ๐ทโเคผโใb; ) LATIN SMALL LETTER A, TAKRI SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 05B0 094D 3099 1172B 0062;0061 3099 094D 1172B 05B0 0062;0061 3099 094D 1172B 05B0 0062;0061 3099 094D 1172B 05B0 0062;0061 3099 094D 1172B 05B0 0062; # (aโึฐโเฅโใโ๐ซb; aโใโเฅโ๐ซโึฐb; aโใโเฅโ๐ซโึฐb; aโใโเฅโ๐ซโึฐb; aโใโเฅโ๐ซโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, AHOM SIGN KILLER, LATIN SMALL LETTER B 0061 1172B 05B0 094D 3099 0062;0061 3099 1172B 094D 05B0 0062;0061 3099 1172B 094D 05B0 0062;0061 3099 1172B 094D 05B0 0062;0061 3099 1172B 094D 05B0 0062; # (aโ๐ซโึฐโเฅโใb; aโใโ๐ซโเฅโึฐb; aโใโ๐ซโเฅโึฐb; aโใโ๐ซโเฅโึฐb; aโใโ๐ซโเฅโึฐb; ) LATIN SMALL LETTER A, AHOM SIGN KILLER, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B +0061 05B0 094D 3099 11839 0062;0061 3099 094D 11839 05B0 0062;0061 3099 094D 11839 05B0 0062;0061 3099 094D 11839 05B0 0062;0061 3099 094D 11839 05B0 0062; # (aโึฐโเฅโใโ๐ นb; aโใโเฅโ๐ นโึฐb; aโใโเฅโ๐ นโึฐb; aโใโเฅโ๐ นโึฐb; aโใโเฅโ๐ นโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DOGRA SIGN VIRAMA, LATIN SMALL LETTER B +0061 11839 05B0 094D 3099 0062;0061 3099 11839 094D 05B0 0062;0061 3099 11839 094D 05B0 0062;0061 3099 11839 094D 05B0 0062;0061 3099 11839 094D 05B0 0062; # (aโ๐ นโึฐโเฅโใb; aโใโ๐ นโเฅโึฐb; aโใโ๐ นโเฅโึฐb; aโใโ๐ นโเฅโึฐb; aโใโ๐ นโเฅโึฐb; ) LATIN SMALL LETTER A, DOGRA SIGN VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B +0061 3099 093C 0334 1183A 0062;0061 0334 093C 1183A 3099 0062;0061 0334 093C 1183A 3099 0062;0061 0334 093C 1183A 3099 0062;0061 0334 093C 1183A 3099 0062; # (aโใโเคผโฬดโ๐ บb; aโฬดโเคผโ๐ บโใb; aโฬดโเคผโ๐ บโใb; aโฬดโเคผโ๐ บโใb; aโฬดโเคผโ๐ บโใb; ) LATIN SMALL LETTER A, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, DOGRA SIGN NUKTA, LATIN SMALL LETTER B +0061 1183A 3099 093C 0334 0062;0061 0334 1183A 093C 3099 0062;0061 0334 1183A 093C 3099 0062;0061 0334 1183A 093C 3099 0062;0061 0334 1183A 093C 3099 0062; # (aโ๐ บโใโเคผโฬดb; aโฬดโ๐ บโเคผโใb; aโฬดโ๐ บโเคผโใb; aโฬดโ๐ บโเคผโใb; aโฬดโ๐ บโเคผโใb; ) LATIN SMALL LETTER A, DOGRA SIGN NUKTA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 05B0 094D 3099 11A34 0062;0061 3099 094D 11A34 05B0 0062;0061 3099 094D 11A34 05B0 0062;0061 3099 094D 11A34 05B0 0062;0061 3099 094D 11A34 05B0 0062; # (aโึฐโเฅโใโ๐จดb; aโใโเฅโ๐จดโึฐb; aโใโเฅโ๐จดโึฐb; aโใโเฅโ๐จดโึฐb; aโใโเฅโ๐จดโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, ZANABAZAR SQUARE SIGN VIRAMA, LATIN SMALL LETTER B 0061 11A34 05B0 094D 3099 0062;0061 3099 11A34 094D 05B0 0062;0061 3099 11A34 094D 05B0 0062;0061 3099 11A34 094D 05B0 0062;0061 3099 11A34 094D 05B0 0062; # (aโ๐จดโึฐโเฅโใb; aโใโ๐จดโเฅโึฐb; aโใโ๐จดโเฅโึฐb; aโใโ๐จดโเฅโึฐb; aโใโ๐จดโเฅโึฐb; ) LATIN SMALL LETTER A, ZANABAZAR SQUARE SIGN VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B 0061 05B0 094D 3099 11A47 0062;0061 3099 094D 11A47 05B0 0062;0061 3099 094D 11A47 05B0 0062;0061 3099 094D 11A47 05B0 0062;0061 3099 094D 11A47 05B0 0062; # (aโึฐโเฅโใโ๐ฉb; aโใโเฅโ๐ฉโึฐb; aโใโเฅโ๐ฉโึฐb; aโใโเฅโ๐ฉโึฐb; aโใโเฅโ๐ฉโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, ZANABAZAR SQUARE SUBJOINER, LATIN SMALL LETTER B @@ -18423,6 +18467,8 @@ FFEE;FFEE;FFEE;25CB;25CB; # (๏ฟฎ; ๏ฟฎ; ๏ฟฎ; โ; โ; ) HALFWIDTH WHITE CIRCLE 0061 11D44 05B0 094D 3099 0062;0061 3099 11D44 094D 05B0 0062;0061 3099 11D44 094D 05B0 0062;0061 3099 11D44 094D 05B0 0062;0061 3099 11D44 094D 05B0 0062; # (aโ๐ตโึฐโเฅโใb; aโใโ๐ตโเฅโึฐb; aโใโ๐ตโเฅโึฐb; aโใโ๐ตโเฅโึฐb; aโใโ๐ตโเฅโึฐb; ) LATIN SMALL LETTER A, MASARAM GONDI SIGN HALANTA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B 0061 05B0 094D 3099 11D45 0062;0061 3099 094D 11D45 05B0 0062;0061 3099 094D 11D45 05B0 0062;0061 3099 094D 11D45 05B0 0062;0061 3099 094D 11D45 05B0 0062; # (aโึฐโเฅโใโ๐ต
b; aโใโเฅโ๐ต
โึฐb; aโใโเฅโ๐ต
โึฐb; aโใโเฅโ๐ต
โึฐb; aโใโเฅโ๐ต
โึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, MASARAM GONDI VIRAMA, LATIN SMALL LETTER B 0061 11D45 05B0 094D 3099 0062;0061 3099 11D45 094D 05B0 0062;0061 3099 11D45 094D 05B0 0062;0061 3099 11D45 094D 05B0 0062;0061 3099 11D45 094D 05B0 0062; # (aโ๐ต
โึฐโเฅโใb; aโใโ๐ต
โเฅโึฐb; aโใโ๐ต
โเฅโึฐb; aโใโ๐ต
โเฅโึฐb; aโใโ๐ต
โเฅโึฐb; ) LATIN SMALL LETTER A, MASARAM GONDI VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B +0061 05B0 094D 3099 11D97 0062;0061 3099 094D 11D97 05B0 0062;0061 3099 094D 11D97 05B0 0062;0061 3099 094D 11D97 05B0 0062;0061 3099 094D 11D97 05B0 0062; # (aโึฐโเฅโใโ๐ถb; aโใโเฅโ๐ถโึฐb; aโใโเฅโ๐ถโึฐb; aโใโเฅโ๐ถโึฐb; aโใโเฅโ๐ถโึฐb; ) LATIN SMALL LETTER A, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, GUNJALA GONDI VIRAMA, LATIN SMALL LETTER B +0061 11D97 05B0 094D 3099 0062;0061 3099 11D97 094D 05B0 0062;0061 3099 11D97 094D 05B0 0062;0061 3099 11D97 094D 05B0 0062;0061 3099 11D97 094D 05B0 0062; # (aโ๐ถโึฐโเฅโใb; aโใโ๐ถโเฅโึฐb; aโใโ๐ถโเฅโึฐb; aโใโ๐ถโเฅโึฐb; aโใโ๐ถโเฅโึฐb; ) LATIN SMALL LETTER A, GUNJALA GONDI VIRAMA, HEBREW POINT SHEVA, DEVANAGARI SIGN VIRAMA, COMBINING KATAKANA-HIRAGANA VOICED SOUND MARK, LATIN SMALL LETTER B 0061 093C 0334 16AF0 0062;0061 0334 16AF0 093C 0062;0061 0334 16AF0 093C 0062;0061 0334 16AF0 093C 0062;0061 0334 16AF0 093C 0062; # (aโเคผโฬดโ๐ซฐb; aโฬดโ๐ซฐโเคผb; aโฬดโ๐ซฐโเคผb; aโฬดโ๐ซฐโเคผb; aโฬดโ๐ซฐโเคผb; ) LATIN SMALL LETTER A, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, BASSA VAH COMBINING HIGH TONE, LATIN SMALL LETTER B 0061 16AF0 093C 0334 0062;0061 16AF0 0334 093C 0062;0061 16AF0 0334 093C 0062;0061 16AF0 0334 093C 0062;0061 16AF0 0334 093C 0062; # (aโ๐ซฐโเคผโฬดb; aโ๐ซฐโฬดโเคผb; aโ๐ซฐโฬดโเคผb; aโ๐ซฐโฬดโเคผb; aโ๐ซฐโฬดโเคผb; ) LATIN SMALL LETTER A, BASSA VAH COMBINING HIGH TONE, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, LATIN SMALL LETTER B 0061 093C 0334 16AF1 0062;0061 0334 16AF1 093C 0062;0061 0334 16AF1 093C 0062;0061 0334 16AF1 093C 0062;0061 0334 16AF1 093C 0062; # (aโเคผโฬดโ๐ซฑb; aโฬดโ๐ซฑโเคผb; aโฬดโ๐ซฑโเคผb; aโฬดโ๐ซฑโเคผb; aโฬดโ๐ซฑโเคผb; ) LATIN SMALL LETTER A, DEVANAGARI SIGN NUKTA, COMBINING TILDE OVERLAY, BASSA VAH COMBINING LOW TONE, LATIN SMALL LETTER B diff --git a/lib/stdlib/test/uri_string_SUITE.erl b/lib/stdlib/test/uri_string_SUITE.erl index 4fc0d76be8..ddaead9c7c 100644 --- a/lib/stdlib/test/uri_string_SUITE.erl +++ b/lib/stdlib/test/uri_string_SUITE.erl @@ -862,9 +862,11 @@ transcode_negative(_Config) -> compose_query(_Config) -> [] = uri_string:compose_query([]), "foo=1&bar=2" = uri_string:compose_query([{<<"foo">>,"1"}, {"bar", "2"}]), + "foo=1&bar" = uri_string:compose_query([{<<"foo">>,"1"}, {"bar", true}]), "foo=1&b%C3%A4r=2" = uri_string:compose_query([{"foo","1"}, {"bรคr", "2"}],[{encoding,utf8}]), "foo=1&b%C3%A4r=2" = uri_string:compose_query([{"foo","1"}, {"bรคr", "2"}],[{encoding,unicode}]), "foo=1&b%E4r=2" = uri_string:compose_query([{"foo","1"}, {"bรคr", "2"}],[{encoding,latin1}]), + "foo&b%E4r=2" = uri_string:compose_query([{"foo",true}, {"bรคr", "2"}],[{encoding,latin1}]), "foo+bar=1&%E5%90%88=2" = uri_string:compose_query([{"foo bar","1"}, {"ๅ", "2"}]), "foo+bar=1&%26%2321512%3B=2" = uri_string:compose_query([{"foo bar","1"}, {"ๅ", "2"}],[{encoding,latin1}]), @@ -906,11 +908,13 @@ dissect_query(_Config) -> [{"fรถo bar","1"},{"รถ","2"}] = uri_string:dissect_query("fรถo+bar=1&%C3%B6=2"), [{<<"fรถo bar"/utf8>>,<<"1">>},{<<"รถ"/utf8>>,<<"2">>}] = - uri_string:dissect_query(<<"fรถo+bar=1&%C3%B6=2"/utf8>>). + uri_string:dissect_query(<<"fรถo+bar=1&%C3%B6=2"/utf8>>), + [{"foo1",true},{"bar","2"}] = + uri_string:dissect_query("foo1&bar=2"), + [{<<"foo1">>,<<"1">>},{<<"bar">>,true}] = + uri_string:dissect_query(<<"foo1=1&bar">>). dissect_query_negative(_Config) -> - {error,missing_value,"&"} = - uri_string:dissect_query("foo1&bar=2"), {error,invalid_percent_encoding,"%XX%B6"} = uri_string:dissect_query("foo=%XX%B6&bar=2"), {error,invalid_input,[153]} = uri_string:dissect_query("foo=%99%B6&bar=2"), diff --git a/lib/stdlib/uc_spec/CaseFolding.txt b/lib/stdlib/uc_spec/CaseFolding.txt index efdf18e441..cce350f49c 100644 --- a/lib/stdlib/uc_spec/CaseFolding.txt +++ b/lib/stdlib/uc_spec/CaseFolding.txt @@ -1,6 +1,6 @@ -# CaseFolding-10.0.0.txt -# Date: 2017-04-14, 05:40:18 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# CaseFolding-11.0.0.txt +# Date: 2018-01-31, 08:20:09 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -603,6 +603,52 @@ 1C86; C; 044A; # CYRILLIC SMALL LETTER TALL HARD SIGN 1C87; C; 0463; # CYRILLIC SMALL LETTER TALL YAT 1C88; C; A64B; # CYRILLIC SMALL LETTER UNBLENDED UK +1C90; C; 10D0; # GEORGIAN MTAVRULI CAPITAL LETTER AN +1C91; C; 10D1; # GEORGIAN MTAVRULI CAPITAL LETTER BAN +1C92; C; 10D2; # GEORGIAN MTAVRULI CAPITAL LETTER GAN +1C93; C; 10D3; # GEORGIAN MTAVRULI CAPITAL LETTER DON +1C94; C; 10D4; # GEORGIAN MTAVRULI CAPITAL LETTER EN +1C95; C; 10D5; # GEORGIAN MTAVRULI CAPITAL LETTER VIN +1C96; C; 10D6; # GEORGIAN MTAVRULI CAPITAL LETTER ZEN +1C97; C; 10D7; # GEORGIAN MTAVRULI CAPITAL LETTER TAN +1C98; C; 10D8; # GEORGIAN MTAVRULI CAPITAL LETTER IN +1C99; C; 10D9; # GEORGIAN MTAVRULI CAPITAL LETTER KAN +1C9A; C; 10DA; # GEORGIAN MTAVRULI CAPITAL LETTER LAS +1C9B; C; 10DB; # GEORGIAN MTAVRULI CAPITAL LETTER MAN +1C9C; C; 10DC; # GEORGIAN MTAVRULI CAPITAL LETTER NAR +1C9D; C; 10DD; # GEORGIAN MTAVRULI CAPITAL LETTER ON +1C9E; C; 10DE; # GEORGIAN MTAVRULI CAPITAL LETTER PAR +1C9F; C; 10DF; # GEORGIAN MTAVRULI CAPITAL LETTER ZHAR +1CA0; C; 10E0; # GEORGIAN MTAVRULI CAPITAL LETTER RAE +1CA1; C; 10E1; # GEORGIAN MTAVRULI CAPITAL LETTER SAN +1CA2; C; 10E2; # GEORGIAN MTAVRULI CAPITAL LETTER TAR +1CA3; C; 10E3; # GEORGIAN MTAVRULI CAPITAL LETTER UN +1CA4; C; 10E4; # GEORGIAN MTAVRULI CAPITAL LETTER PHAR +1CA5; C; 10E5; # GEORGIAN MTAVRULI CAPITAL LETTER KHAR +1CA6; C; 10E6; # GEORGIAN MTAVRULI CAPITAL LETTER GHAN +1CA7; C; 10E7; # GEORGIAN MTAVRULI CAPITAL LETTER QAR +1CA8; C; 10E8; # GEORGIAN MTAVRULI CAPITAL LETTER SHIN +1CA9; C; 10E9; # GEORGIAN MTAVRULI CAPITAL LETTER CHIN +1CAA; C; 10EA; # GEORGIAN MTAVRULI CAPITAL LETTER CAN +1CAB; C; 10EB; # GEORGIAN MTAVRULI CAPITAL LETTER JIL +1CAC; C; 10EC; # GEORGIAN MTAVRULI CAPITAL LETTER CIL +1CAD; C; 10ED; # GEORGIAN MTAVRULI CAPITAL LETTER CHAR +1CAE; C; 10EE; # GEORGIAN MTAVRULI CAPITAL LETTER XAN +1CAF; C; 10EF; # GEORGIAN MTAVRULI CAPITAL LETTER JHAN +1CB0; C; 10F0; # GEORGIAN MTAVRULI CAPITAL LETTER HAE +1CB1; C; 10F1; # GEORGIAN MTAVRULI CAPITAL LETTER HE +1CB2; C; 10F2; # GEORGIAN MTAVRULI CAPITAL LETTER HIE +1CB3; C; 10F3; # GEORGIAN MTAVRULI CAPITAL LETTER WE +1CB4; C; 10F4; # GEORGIAN MTAVRULI CAPITAL LETTER HAR +1CB5; C; 10F5; # GEORGIAN MTAVRULI CAPITAL LETTER HOE +1CB6; C; 10F6; # GEORGIAN MTAVRULI CAPITAL LETTER FI +1CB7; C; 10F7; # GEORGIAN MTAVRULI CAPITAL LETTER YN +1CB8; C; 10F8; # GEORGIAN MTAVRULI CAPITAL LETTER ELIFI +1CB9; C; 10F9; # GEORGIAN MTAVRULI CAPITAL LETTER TURNED GAN +1CBA; C; 10FA; # GEORGIAN MTAVRULI CAPITAL LETTER AIN +1CBD; C; 10FD; # GEORGIAN MTAVRULI CAPITAL LETTER AEN +1CBE; C; 10FE; # GEORGIAN MTAVRULI CAPITAL LETTER HARD SIGN +1CBF; C; 10FF; # GEORGIAN MTAVRULI CAPITAL LETTER LABIAL SIGN 1E00; C; 1E01; # LATIN CAPITAL LETTER A WITH RING BELOW 1E02; C; 1E03; # LATIN CAPITAL LETTER B WITH DOT ABOVE 1E04; C; 1E05; # LATIN CAPITAL LETTER B WITH DOT BELOW @@ -1180,6 +1226,7 @@ A7B2; C; 029D; # LATIN CAPITAL LETTER J WITH CROSSED-TAIL A7B3; C; AB53; # LATIN CAPITAL LETTER CHI A7B4; C; A7B5; # LATIN CAPITAL LETTER BETA A7B6; C; A7B7; # LATIN CAPITAL LETTER OMEGA +A7B8; C; A7B9; # LATIN CAPITAL LETTER U WITH STROKE AB70; C; 13A0; # CHEROKEE SMALL LETTER A AB71; C; 13A1; # CHEROKEE SMALL LETTER E AB72; C; 13A2; # CHEROKEE SMALL LETTER I @@ -1457,6 +1504,38 @@ FF3A; C; FF5A; # FULLWIDTH LATIN CAPITAL LETTER Z 118BD; C; 118DD; # WARANG CITI CAPITAL LETTER SSUU 118BE; C; 118DE; # WARANG CITI CAPITAL LETTER SII 118BF; C; 118DF; # WARANG CITI CAPITAL LETTER VIYO +16E40; C; 16E60; # MEDEFAIDRIN CAPITAL LETTER M +16E41; C; 16E61; # MEDEFAIDRIN CAPITAL LETTER S +16E42; C; 16E62; # MEDEFAIDRIN CAPITAL LETTER V +16E43; C; 16E63; # MEDEFAIDRIN CAPITAL LETTER W +16E44; C; 16E64; # MEDEFAIDRIN CAPITAL LETTER ATIU +16E45; C; 16E65; # MEDEFAIDRIN CAPITAL LETTER Z +16E46; C; 16E66; # MEDEFAIDRIN CAPITAL LETTER KP +16E47; C; 16E67; # MEDEFAIDRIN CAPITAL LETTER P +16E48; C; 16E68; # MEDEFAIDRIN CAPITAL LETTER T +16E49; C; 16E69; # MEDEFAIDRIN CAPITAL LETTER G +16E4A; C; 16E6A; # MEDEFAIDRIN CAPITAL LETTER F +16E4B; C; 16E6B; # MEDEFAIDRIN CAPITAL LETTER I +16E4C; C; 16E6C; # MEDEFAIDRIN CAPITAL LETTER K +16E4D; C; 16E6D; # MEDEFAIDRIN CAPITAL LETTER A +16E4E; C; 16E6E; # MEDEFAIDRIN CAPITAL LETTER J +16E4F; C; 16E6F; # MEDEFAIDRIN CAPITAL LETTER E +16E50; C; 16E70; # MEDEFAIDRIN CAPITAL LETTER B +16E51; C; 16E71; # MEDEFAIDRIN CAPITAL LETTER C +16E52; C; 16E72; # MEDEFAIDRIN CAPITAL LETTER U +16E53; C; 16E73; # MEDEFAIDRIN CAPITAL LETTER YU +16E54; C; 16E74; # MEDEFAIDRIN CAPITAL LETTER L +16E55; C; 16E75; # MEDEFAIDRIN CAPITAL LETTER Q +16E56; C; 16E76; # MEDEFAIDRIN CAPITAL LETTER HP +16E57; C; 16E77; # MEDEFAIDRIN CAPITAL LETTER NY +16E58; C; 16E78; # MEDEFAIDRIN CAPITAL LETTER X +16E59; C; 16E79; # MEDEFAIDRIN CAPITAL LETTER D +16E5A; C; 16E7A; # MEDEFAIDRIN CAPITAL LETTER OE +16E5B; C; 16E7B; # MEDEFAIDRIN CAPITAL LETTER N +16E5C; C; 16E7C; # MEDEFAIDRIN CAPITAL LETTER R +16E5D; C; 16E7D; # MEDEFAIDRIN CAPITAL LETTER O +16E5E; C; 16E7E; # MEDEFAIDRIN CAPITAL LETTER AI +16E5F; C; 16E7F; # MEDEFAIDRIN CAPITAL LETTER Y 1E900; C; 1E922; # ADLAM CAPITAL LETTER ALIF 1E901; C; 1E923; # ADLAM CAPITAL LETTER DAALI 1E902; C; 1E924; # ADLAM CAPITAL LETTER LAAM diff --git a/lib/stdlib/uc_spec/CompositionExclusions.txt b/lib/stdlib/uc_spec/CompositionExclusions.txt index ff42508686..ea63595bd3 100644 --- a/lib/stdlib/uc_spec/CompositionExclusions.txt +++ b/lib/stdlib/uc_spec/CompositionExclusions.txt @@ -1,5 +1,5 @@ -# CompositionExclusions-10.0.0.txt -# Date: 2017-02-15, 00:00:00 GMT [KW, LI] +# CompositionExclusions-11.0.0.txt +# Date: 2017-12-06, 00:00:00 GMT [KW, LI] # ยฉ 2017 Unicodeยฎ, Inc. # For terms of use, see http://www.unicode.org/terms_of_use.html # diff --git a/lib/stdlib/uc_spec/GraphemeBreakProperty.txt b/lib/stdlib/uc_spec/GraphemeBreakProperty.txt index 32bb12e47e..52052e6e33 100644 --- a/lib/stdlib/uc_spec/GraphemeBreakProperty.txt +++ b/lib/stdlib/uc_spec/GraphemeBreakProperty.txt @@ -1,6 +1,6 @@ -# GraphemeBreakProperty-10.0.0.txt -# Date: 2017-03-12, 07:03:41 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# GraphemeBreakProperty-11.0.0.txt +# Date: 2018-03-16, 20:34:02 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -24,12 +24,13 @@ 08E2 ; Prepend # Cf ARABIC DISPUTED END OF AYAH 0D4E ; Prepend # Lo MALAYALAM LETTER DOT REPH 110BD ; Prepend # Cf KAITHI NUMBER SIGN +110CD ; Prepend # Cf KAITHI NUMBER SIGN ABOVE 111C2..111C3 ; Prepend # Lo [2] SHARADA SIGN JIHVAMULIYA..SHARADA SIGN UPADHMANIYA 11A3A ; Prepend # Lo ZANABAZAR SQUARE CLUSTER-INITIAL LETTER RA 11A86..11A89 ; Prepend # Lo [4] SOYOMBO CLUSTER-INITIAL LETTER RA..SOYOMBO CLUSTER-INITIAL LETTER SA 11D46 ; Prepend # Lo MASARAM GONDI REPHA -# Total code points: 19 +# Total code points: 20 # ================================================ @@ -95,12 +96,13 @@ E01F0..E0FFF ; Control # Cn [3600] <reserved-E01F0>..<reserved-E0FFF> 0730..074A ; Extend # Mn [27] SYRIAC PTHAHA ABOVE..SYRIAC BARREKH 07A6..07B0 ; Extend # Mn [11] THAANA ABAFILI..THAANA SUKUN 07EB..07F3 ; Extend # Mn [9] NKO COMBINING SHORT HIGH TONE..NKO COMBINING DOUBLE DOT ABOVE +07FD ; Extend # Mn NKO DANTAYALAN 0816..0819 ; Extend # Mn [4] SAMARITAN MARK IN..SAMARITAN MARK DAGESH 081B..0823 ; Extend # Mn [9] SAMARITAN MARK EPENTHETIC YUT..SAMARITAN VOWEL SIGN A 0825..0827 ; Extend # Mn [3] SAMARITAN VOWEL SIGN SHORT A..SAMARITAN VOWEL SIGN U 0829..082D ; Extend # Mn [5] SAMARITAN VOWEL SIGN LONG I..SAMARITAN MARK NEQUDAA 0859..085B ; Extend # Mn [3] MANDAIC AFFRICATION MARK..MANDAIC GEMINATION MARK -08D4..08E1 ; Extend # Mn [14] ARABIC SMALL HIGH WORD AR-RUB..ARABIC SMALL HIGH SIGN SAFHA +08D3..08E1 ; Extend # Mn [15] ARABIC SMALL LOW WAW..ARABIC SMALL HIGH SIGN SAFHA 08E3..0902 ; Extend # Mn [32] ARABIC TURNED DAMMA BELOW..DEVANAGARI SIGN ANUSVARA 093A ; Extend # Mn DEVANAGARI VOWEL SIGN OE 093C ; Extend # Mn DEVANAGARI SIGN NUKTA @@ -115,6 +117,7 @@ E01F0..E0FFF ; Control # Cn [3600] <reserved-E01F0>..<reserved-E0FFF> 09CD ; Extend # Mn BENGALI SIGN VIRAMA 09D7 ; Extend # Mc BENGALI AU LENGTH MARK 09E2..09E3 ; Extend # Mn [2] BENGALI VOWEL SIGN VOCALIC L..BENGALI VOWEL SIGN VOCALIC LL +09FE ; Extend # Mn BENGALI SANDHI MARK 0A01..0A02 ; Extend # Mn [2] GURMUKHI SIGN ADAK BINDI..GURMUKHI SIGN BINDI 0A3C ; Extend # Mn GURMUKHI SIGN NUKTA 0A41..0A42 ; Extend # Mn [2] GURMUKHI VOWEL SIGN U..GURMUKHI VOWEL SIGN UU @@ -145,6 +148,7 @@ E01F0..E0FFF ; Control # Cn [3600] <reserved-E01F0>..<reserved-E0FFF> 0BCD ; Extend # Mn TAMIL SIGN VIRAMA 0BD7 ; Extend # Mc TAMIL AU LENGTH MARK 0C00 ; Extend # Mn TELUGU SIGN COMBINING CANDRABINDU ABOVE +0C04 ; Extend # Mn TELUGU SIGN COMBINING ANUSVARA ABOVE 0C3E..0C40 ; Extend # Mn [3] TELUGU VOWEL SIGN AA..TELUGU VOWEL SIGN II 0C46..0C48 ; Extend # Mn [3] TELUGU VOWEL SIGN E..TELUGU VOWEL SIGN AI 0C4A..0C4D ; Extend # Mn [4] TELUGU VOWEL SIGN O..TELUGU SIGN VIRAMA @@ -273,6 +277,7 @@ A80B ; Extend # Mn SYLOTI NAGRI SIGN ANUSVARA A825..A826 ; Extend # Mn [2] SYLOTI NAGRI VOWEL SIGN U..SYLOTI NAGRI VOWEL SIGN E A8C4..A8C5 ; Extend # Mn [2] SAURASHTRA SIGN VIRAMA..SAURASHTRA SIGN CANDRABINDU A8E0..A8F1 ; Extend # Mn [18] COMBINING DEVANAGARI DIGIT ZERO..COMBINING DEVANAGARI SIGN AVAGRAHA +A8FF ; Extend # Mn DEVANAGARI VOWEL SIGN AY A926..A92D ; Extend # Mn [8] KAYAH LI VOWEL UE..KAYAH LI TONE CALYA PLOPHU A947..A951 ; Extend # Mn [11] REJANG VOWEL SIGN I..REJANG CONSONANT SIGN R A980..A982 ; Extend # Mn [3] JAVANESE SIGN PANYANGGA..JAVANESE SIGN LAYAR @@ -309,6 +314,8 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 10A38..10A3A ; Extend # Mn [3] KHAROSHTHI SIGN BAR ABOVE..KHAROSHTHI SIGN DOT BELOW 10A3F ; Extend # Mn KHAROSHTHI VIRAMA 10AE5..10AE6 ; Extend # Mn [2] MANICHAEAN ABBREVIATION MARK ABOVE..MANICHAEAN ABBREVIATION MARK BELOW +10D24..10D27 ; Extend # Mn [4] HANIFI ROHINGYA SIGN HARBAHAY..HANIFI ROHINGYA SIGN TASSI +10F46..10F50 ; Extend # Mn [11] SOGDIAN COMBINING DOT BELOW..SOGDIAN COMBINING STROKE BELOW 11001 ; Extend # Mn BRAHMI SIGN ANUSVARA 11038..11046 ; Extend # Mn [15] BRAHMI VOWEL SIGN AA..BRAHMI VIRAMA 1107F..11081 ; Extend # Mn [3] BRAHMI NUMBER JOINER..KAITHI SIGN ANUSVARA @@ -320,7 +327,7 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 11173 ; Extend # Mn MAHAJANI SIGN NUKTA 11180..11181 ; Extend # Mn [2] SHARADA SIGN CANDRABINDU..SHARADA SIGN ANUSVARA 111B6..111BE ; Extend # Mn [9] SHARADA VOWEL SIGN U..SHARADA VOWEL SIGN O -111CA..111CC ; Extend # Mn [3] SHARADA SIGN NUKTA..SHARADA EXTRA SHORT VOWEL MARK +111C9..111CC ; Extend # Mn [4] SHARADA SANDHI MARK..SHARADA EXTRA SHORT VOWEL MARK 1122F..11231 ; Extend # Mn [3] KHOJKI VOWEL SIGN U..KHOJKI VOWEL SIGN AI 11234 ; Extend # Mn KHOJKI SIGN ANUSVARA 11236..11237 ; Extend # Mn [2] KHOJKI SIGN NUKTA..KHOJKI SIGN SHADDA @@ -328,7 +335,7 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 112DF ; Extend # Mn KHUDAWADI SIGN ANUSVARA 112E3..112EA ; Extend # Mn [8] KHUDAWADI VOWEL SIGN U..KHUDAWADI SIGN VIRAMA 11300..11301 ; Extend # Mn [2] GRANTHA SIGN COMBINING ANUSVARA ABOVE..GRANTHA SIGN CANDRABINDU -1133C ; Extend # Mn GRANTHA SIGN NUKTA +1133B..1133C ; Extend # Mn [2] COMBINING BINDU BELOW..GRANTHA SIGN NUKTA 1133E ; Extend # Mc GRANTHA VOWEL SIGN AA 11340 ; Extend # Mn GRANTHA VOWEL SIGN II 11357 ; Extend # Mc GRANTHA AU LENGTH MARK @@ -337,6 +344,7 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 11438..1143F ; Extend # Mn [8] NEWA VOWEL SIGN U..NEWA VOWEL SIGN AI 11442..11444 ; Extend # Mn [3] NEWA SIGN VIRAMA..NEWA SIGN ANUSVARA 11446 ; Extend # Mn NEWA SIGN NUKTA +1145E ; Extend # Mn NEWA SANDHI MARK 114B0 ; Extend # Mc TIRHUTA VOWEL SIGN AA 114B3..114B8 ; Extend # Mn [6] TIRHUTA VOWEL SIGN U..TIRHUTA VOWEL SIGN VOCALIC LL 114BA ; Extend # Mn TIRHUTA VOWEL SIGN SHORT E @@ -358,8 +366,9 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 1171D..1171F ; Extend # Mn [3] AHOM CONSONANT SIGN MEDIAL LA..AHOM CONSONANT SIGN MEDIAL LIGATING RA 11722..11725 ; Extend # Mn [4] AHOM VOWEL SIGN I..AHOM VOWEL SIGN UU 11727..1172B ; Extend # Mn [5] AHOM VOWEL SIGN AW..AHOM SIGN KILLER -11A01..11A06 ; Extend # Mn [6] ZANABAZAR SQUARE VOWEL SIGN I..ZANABAZAR SQUARE VOWEL SIGN O -11A09..11A0A ; Extend # Mn [2] ZANABAZAR SQUARE VOWEL SIGN REVERSED I..ZANABAZAR SQUARE VOWEL LENGTH MARK +1182F..11837 ; Extend # Mn [9] DOGRA VOWEL SIGN U..DOGRA SIGN ANUSVARA +11839..1183A ; Extend # Mn [2] DOGRA SIGN VIRAMA..DOGRA SIGN NUKTA +11A01..11A0A ; Extend # Mn [10] ZANABAZAR SQUARE VOWEL SIGN I..ZANABAZAR SQUARE VOWEL LENGTH MARK 11A33..11A38 ; Extend # Mn [6] ZANABAZAR SQUARE FINAL CONSONANT MARK..ZANABAZAR SQUARE SIGN ANUSVARA 11A3B..11A3E ; Extend # Mn [4] ZANABAZAR SQUARE CLUSTER-FINAL LETTER YA..ZANABAZAR SQUARE CLUSTER-FINAL LETTER VA 11A47 ; Extend # Mn ZANABAZAR SQUARE SUBJOINER @@ -379,6 +388,10 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 11D3C..11D3D ; Extend # Mn [2] MASARAM GONDI VOWEL SIGN AI..MASARAM GONDI VOWEL SIGN O 11D3F..11D45 ; Extend # Mn [7] MASARAM GONDI VOWEL SIGN AU..MASARAM GONDI VIRAMA 11D47 ; Extend # Mn MASARAM GONDI RA-KARA +11D90..11D91 ; Extend # Mn [2] GUNJALA GONDI VOWEL SIGN EE..GUNJALA GONDI VOWEL SIGN AI +11D95 ; Extend # Mn GUNJALA GONDI SIGN ANUSVARA +11D97 ; Extend # Mn GUNJALA GONDI VIRAMA +11EF3..11EF4 ; Extend # Mn [2] MAKASAR VOWEL SIGN I..MAKASAR VOWEL SIGN U 16AF0..16AF4 ; Extend # Mn [5] BASSA VAH COMBINING HIGH TONE..BASSA VAH COMBINING HIGH-LOW TONE 16B30..16B36 ; Extend # Mn [7] PAHAWH HMONG MARK CIM TUB..PAHAWH HMONG MARK CIM TAUM 16F8F..16F92 ; Extend # Mn [4] MIAO TONE RIGHT..MIAO TONE BELOW @@ -403,10 +416,11 @@ FF9E..FF9F ; Extend # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFWIDT 1E026..1E02A ; Extend # Mn [5] COMBINING GLAGOLITIC LETTER YO..COMBINING GLAGOLITIC LETTER FITA 1E8D0..1E8D6 ; Extend # Mn [7] MENDE KIKAKUI COMBINING NUMBER TEENS..MENDE KIKAKUI COMBINING NUMBER MILLIONS 1E944..1E94A ; Extend # Mn [7] ADLAM ALIF LENGTHENER..ADLAM NUKTA +1F3FB..1F3FF ; Extend # Sk [5] EMOJI MODIFIER FITZPATRICK TYPE-1-2..EMOJI MODIFIER FITZPATRICK TYPE-6 E0020..E007F ; Extend # Cf [96] TAG SPACE..CANCEL TAG E0100..E01EF ; Extend # Mn [240] VARIATION SELECTOR-17..VARIATION SELECTOR-256 -# Total code points: 1901 +# Total code points: 1948 # ================================================ @@ -517,6 +531,7 @@ ABEC ; SpacingMark # Mc MEETEI MAYEK LUM IYEK 110B0..110B2 ; SpacingMark # Mc [3] KAITHI VOWEL SIGN AA..KAITHI VOWEL SIGN II 110B7..110B8 ; SpacingMark # Mc [2] KAITHI VOWEL SIGN O..KAITHI VOWEL SIGN AU 1112C ; SpacingMark # Mc CHAKMA VOWEL SIGN E +11145..11146 ; SpacingMark # Mc [2] CHAKMA VOWEL SIGN AA..CHAKMA VOWEL SIGN EI 11182 ; SpacingMark # Mc SHARADA SIGN VISARGA 111B3..111B5 ; SpacingMark # Mc [3] SHARADA VOWEL SIGN AA..SHARADA VOWEL SIGN II 111BF..111C0 ; SpacingMark # Mc [2] SHARADA VOWEL SIGN AU..SHARADA SIGN VIRAMA @@ -549,7 +564,8 @@ ABEC ; SpacingMark # Mc MEETEI MAYEK LUM IYEK 116B6 ; SpacingMark # Mc TAKRI SIGN VIRAMA 11720..11721 ; SpacingMark # Mc [2] AHOM VOWEL SIGN A..AHOM VOWEL SIGN AA 11726 ; SpacingMark # Mc AHOM VOWEL SIGN E -11A07..11A08 ; SpacingMark # Mc [2] ZANABAZAR SQUARE VOWEL SIGN AI..ZANABAZAR SQUARE VOWEL SIGN AU +1182C..1182E ; SpacingMark # Mc [3] DOGRA VOWEL SIGN AA..DOGRA VOWEL SIGN II +11838 ; SpacingMark # Mc DOGRA SIGN VISARGA 11A39 ; SpacingMark # Mc ZANABAZAR SQUARE SIGN VISARGA 11A57..11A58 ; SpacingMark # Mc [2] SOYOMBO VOWEL SIGN AI..SOYOMBO VOWEL SIGN AU 11A97 ; SpacingMark # Mc SOYOMBO SIGN VISARGA @@ -558,11 +574,15 @@ ABEC ; SpacingMark # Mc MEETEI MAYEK LUM IYEK 11CA9 ; SpacingMark # Mc MARCHEN SUBJOINED LETTER YA 11CB1 ; SpacingMark # Mc MARCHEN VOWEL SIGN I 11CB4 ; SpacingMark # Mc MARCHEN VOWEL SIGN O +11D8A..11D8E ; SpacingMark # Mc [5] GUNJALA GONDI VOWEL SIGN AA..GUNJALA GONDI VOWEL SIGN UU +11D93..11D94 ; SpacingMark # Mc [2] GUNJALA GONDI VOWEL SIGN OO..GUNJALA GONDI VOWEL SIGN AU +11D96 ; SpacingMark # Mc GUNJALA GONDI SIGN VISARGA +11EF5..11EF6 ; SpacingMark # Mc [2] MAKASAR VOWEL SIGN E..MAKASAR VOWEL SIGN O 16F51..16F7E ; SpacingMark # Mc [46] MIAO SIGN ASPIRATION..MIAO VOWEL SIGN NG 1D166 ; SpacingMark # Mc MUSICAL SYMBOL COMBINING SPRECHGESANG STEM 1D16D ; SpacingMark # Mc MUSICAL SYMBOL COMBINING AUGMENTATION DOT -# Total code points: 348 +# Total code points: 362 # ================================================ @@ -1395,81 +1415,8 @@ D789..D7A3 ; LVT # Lo [27] HANGUL SYLLABLE HIG..HANGUL SYLLABLE HIH # ================================================ -261D ; E_Base # So WHITE UP POINTING INDEX -26F9 ; E_Base # So PERSON WITH BALL -270A..270D ; E_Base # So [4] RAISED FIST..WRITING HAND -1F385 ; E_Base # So FATHER CHRISTMAS -1F3C2..1F3C4 ; E_Base # So [3] SNOWBOARDER..SURFER -1F3C7 ; E_Base # So HORSE RACING -1F3CA..1F3CC ; E_Base # So [3] SWIMMER..GOLFER -1F442..1F443 ; E_Base # So [2] EAR..NOSE -1F446..1F450 ; E_Base # So [11] WHITE UP POINTING BACKHAND INDEX..OPEN HANDS SIGN -1F46E ; E_Base # So POLICE OFFICER -1F470..1F478 ; E_Base # So [9] BRIDE WITH VEIL..PRINCESS -1F47C ; E_Base # So BABY ANGEL -1F481..1F483 ; E_Base # So [3] INFORMATION DESK PERSON..DANCER -1F485..1F487 ; E_Base # So [3] NAIL POLISH..HAIRCUT -1F4AA ; E_Base # So FLEXED BICEPS -1F574..1F575 ; E_Base # So [2] MAN IN BUSINESS SUIT LEVITATING..SLEUTH OR SPY -1F57A ; E_Base # So MAN DANCING -1F590 ; E_Base # So RAISED HAND WITH FINGERS SPLAYED -1F595..1F596 ; E_Base # So [2] REVERSED HAND WITH MIDDLE FINGER EXTENDED..RAISED HAND WITH PART BETWEEN MIDDLE AND RING FINGERS -1F645..1F647 ; E_Base # So [3] FACE WITH NO GOOD GESTURE..PERSON BOWING DEEPLY -1F64B..1F64F ; E_Base # So [5] HAPPY PERSON RAISING ONE HAND..PERSON WITH FOLDED HANDS -1F6A3 ; E_Base # So ROWBOAT -1F6B4..1F6B6 ; E_Base # So [3] BICYCLIST..PEDESTRIAN -1F6C0 ; E_Base # So BATH -1F6CC ; E_Base # So SLEEPING ACCOMMODATION -1F918..1F91C ; E_Base # So [5] SIGN OF THE HORNS..RIGHT-FACING FIST -1F91E..1F91F ; E_Base # So [2] HAND WITH INDEX AND MIDDLE FINGERS CROSSED..I LOVE YOU HAND SIGN -1F926 ; E_Base # So FACE PALM -1F930..1F939 ; E_Base # So [10] PREGNANT WOMAN..JUGGLING -1F93D..1F93E ; E_Base # So [2] WATER POLO..HANDBALL -1F9D1..1F9DD ; E_Base # So [13] ADULT..ELF - -# Total code points: 98 - -# ================================================ - -1F3FB..1F3FF ; E_Modifier # Sk [5] EMOJI MODIFIER FITZPATRICK TYPE-1-2..EMOJI MODIFIER FITZPATRICK TYPE-6 - -# Total code points: 5 - -# ================================================ - 200D ; ZWJ # Cf ZERO WIDTH JOINER # Total code points: 1 -# ================================================ - -2640 ; Glue_After_Zwj # So FEMALE SIGN -2642 ; Glue_After_Zwj # So MALE SIGN -2695..2696 ; Glue_After_Zwj # So [2] STAFF OF AESCULAPIUS..SCALES -2708 ; Glue_After_Zwj # So AIRPLANE -2764 ; Glue_After_Zwj # So HEAVY BLACK HEART -1F308 ; Glue_After_Zwj # So RAINBOW -1F33E ; Glue_After_Zwj # So EAR OF RICE -1F373 ; Glue_After_Zwj # So COOKING -1F393 ; Glue_After_Zwj # So GRADUATION CAP -1F3A4 ; Glue_After_Zwj # So MICROPHONE -1F3A8 ; Glue_After_Zwj # So ARTIST PALETTE -1F3EB ; Glue_After_Zwj # So SCHOOL -1F3ED ; Glue_After_Zwj # So FACTORY -1F48B ; Glue_After_Zwj # So KISS MARK -1F4BB..1F4BC ; Glue_After_Zwj # So [2] PERSONAL COMPUTER..BRIEFCASE -1F527 ; Glue_After_Zwj # So WRENCH -1F52C ; Glue_After_Zwj # So MICROSCOPE -1F5E8 ; Glue_After_Zwj # So LEFT SPEECH BUBBLE -1F680 ; Glue_After_Zwj # So ROCKET -1F692 ; Glue_After_Zwj # So FIRE ENGINE - -# Total code points: 22 - -# ================================================ - -1F466..1F469 ; E_Base_GAZ # So [4] BOY..WOMAN - -# Total code points: 4 - # EOF diff --git a/lib/stdlib/uc_spec/PropList.txt b/lib/stdlib/uc_spec/PropList.txt index 9a2d0e4b1c..ef86795abe 100644 --- a/lib/stdlib/uc_spec/PropList.txt +++ b/lib/stdlib/uc_spec/PropList.txt @@ -1,6 +1,6 @@ -# PropList-10.0.0.txt -# Date: 2017-03-10, 08:25:30 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# PropList-11.0.0.txt +# Date: 2018-03-15, 04:28:35 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -125,7 +125,7 @@ FF63 ; Quotation_Mark # Pe HALFWIDTH RIGHT CORNER BRACKET 05C3 ; Terminal_Punctuation # Po HEBREW PUNCTUATION SOF PASUQ 060C ; Terminal_Punctuation # Po ARABIC COMMA 061B ; Terminal_Punctuation # Po ARABIC SEMICOLON -061F ; Terminal_Punctuation # Po ARABIC QUESTION MARK +061E..061F ; Terminal_Punctuation # Po [2] ARABIC TRIPLE DOT PUNCTUATION MARK..ARABIC QUESTION MARK 06D4 ; Terminal_Punctuation # Po ARABIC FULL STOP 0700..070A ; Terminal_Punctuation # Po [11] SYRIAC END OF PARAGRAPH..SYRIAC CONTRACTION 070C ; Terminal_Punctuation # Po SYRIAC HARKLEAN METOBELUS @@ -156,6 +156,8 @@ FF63 ; Quotation_Mark # Pe HALFWIDTH RIGHT CORNER BRACKET 2E2E ; Terminal_Punctuation # Po REVERSED QUESTION MARK 2E3C ; Terminal_Punctuation # Po STENOGRAPHIC FULL STOP 2E41 ; Terminal_Punctuation # Po REVERSED COMMA +2E4C ; Terminal_Punctuation # Po MEDIEVAL COMMA +2E4E ; Terminal_Punctuation # Po PUNCTUS ELEVATUS MARK 3001..3002 ; Terminal_Punctuation # Po [2] IDEOGRAPHIC COMMA..IDEOGRAPHIC FULL STOP A4FE..A4FF ; Terminal_Punctuation # Po [2] LISU PUNCTUATION COMMA..LISU PUNCTUATION FULL STOP A60D..A60F ; Terminal_Punctuation # Po [3] VAI COMMA..VAI QUESTION MARK @@ -185,6 +187,7 @@ FF64 ; Terminal_Punctuation # Po HALFWIDTH IDEOGRAPHIC COMMA 10AF0..10AF5 ; Terminal_Punctuation # Po [6] MANICHAEAN PUNCTUATION STAR..MANICHAEAN PUNCTUATION TWO DOTS 10B3A..10B3F ; Terminal_Punctuation # Po [6] TINY TWO DOTS OVER ONE DOT PUNCTUATION..LARGE ONE RING OVER TWO RINGS PUNCTUATION 10B99..10B9C ; Terminal_Punctuation # Po [4] PSALTER PAHLAVI SECTION MARK..PSALTER PAHLAVI FOUR DOTS WITH DOT +10F55..10F59 ; Terminal_Punctuation # Po [5] SOGDIAN PUNCTUATION TWO VERTICAL BARS..SOGDIAN PUNCTUATION HALF CIRCLE WITH DOT 11047..1104D ; Terminal_Punctuation # Po [7] BRAHMI DANDA..BRAHMI PUNCTUATION LOTUS 110BE..110C1 ; Terminal_Punctuation # Po [4] KAITHI SECTION MARK..KAITHI DOUBLE DANDA 11141..11143 ; Terminal_Punctuation # Po [3] CHAKMA DANDA..CHAKMA QUESTION MARK @@ -204,15 +207,17 @@ FF64 ; Terminal_Punctuation # Po HALFWIDTH IDEOGRAPHIC COMMA 11AA1..11AA2 ; Terminal_Punctuation # Po [2] SOYOMBO TERMINAL MARK-1..SOYOMBO TERMINAL MARK-2 11C41..11C43 ; Terminal_Punctuation # Po [3] BHAIKSUKI DANDA..BHAIKSUKI WORD SEPARATOR 11C71 ; Terminal_Punctuation # Po MARCHEN MARK SHAD +11EF7..11EF8 ; Terminal_Punctuation # Po [2] MAKASAR PASSIMBANG..MAKASAR END OF SECTION 12470..12474 ; Terminal_Punctuation # Po [5] CUNEIFORM PUNCTUATION SIGN OLD ASSYRIAN WORD DIVIDER..CUNEIFORM PUNCTUATION SIGN DIAGONAL QUADCOLON 16A6E..16A6F ; Terminal_Punctuation # Po [2] MRO DANDA..MRO DOUBLE DANDA 16AF5 ; Terminal_Punctuation # Po BASSA VAH FULL STOP 16B37..16B39 ; Terminal_Punctuation # Po [3] PAHAWH HMONG SIGN VOS THOM..PAHAWH HMONG SIGN CIM CHEEM 16B44 ; Terminal_Punctuation # Po PAHAWH HMONG SIGN XAUS +16E97..16E98 ; Terminal_Punctuation # Po [2] MEDEFAIDRIN COMMA..MEDEFAIDRIN FULL STOP 1BC9F ; Terminal_Punctuation # Po DUPLOYAN PUNCTUATION CHINOOK FULL STOP 1DA87..1DA8A ; Terminal_Punctuation # Po [4] SIGNWRITING COMMA..SIGNWRITING COLON -# Total code points: 252 +# Total code points: 264 # ================================================ @@ -661,6 +666,7 @@ FB1E ; Other_Alphabetic # Mn HEBREW POINT JUDEO-SPANISH VARIKA 10A01..10A03 ; Other_Alphabetic # Mn [3] KHAROSHTHI VOWEL SIGN I..KHAROSHTHI VOWEL SIGN VOCALIC R 10A05..10A06 ; Other_Alphabetic # Mn [2] KHAROSHTHI VOWEL SIGN E..KHAROSHTHI VOWEL SIGN O 10A0C..10A0F ; Other_Alphabetic # Mn [4] KHAROSHTHI VOWEL LENGTH MARK..KHAROSHTHI SIGN VISARGA +10D24..10D27 ; Other_Alphabetic # Mn [4] HANIFI ROHINGYA SIGN HARBAHAY..HANIFI ROHINGYA SIGN TASSI 11000 ; Other_Alphabetic # Mc BRAHMI SIGN CANDRABINDU 11001 ; Other_Alphabetic # Mn BRAHMI SIGN ANUSVARA 11002 ; Other_Alphabetic # Mc BRAHMI SIGN VISARGA @@ -673,6 +679,7 @@ FB1E ; Other_Alphabetic # Mn HEBREW POINT JUDEO-SPANISH VARIKA 11127..1112B ; Other_Alphabetic # Mn [5] CHAKMA VOWEL SIGN A..CHAKMA VOWEL SIGN UU 1112C ; Other_Alphabetic # Mc CHAKMA VOWEL SIGN E 1112D..11132 ; Other_Alphabetic # Mn [6] CHAKMA VOWEL SIGN AI..CHAKMA AU MARK +11145..11146 ; Other_Alphabetic # Mc [2] CHAKMA VOWEL SIGN AA..CHAKMA VOWEL SIGN EI 11180..11181 ; Other_Alphabetic # Mn [2] SHARADA SIGN CANDRABINDU..SHARADA SIGN ANUSVARA 11182 ; Other_Alphabetic # Mc SHARADA SIGN VISARGA 111B3..111B5 ; Other_Alphabetic # Mc [3] SHARADA VOWEL SIGN AA..SHARADA VOWEL SIGN II @@ -730,9 +737,10 @@ FB1E ; Other_Alphabetic # Mn HEBREW POINT JUDEO-SPANISH VARIKA 11722..11725 ; Other_Alphabetic # Mn [4] AHOM VOWEL SIGN I..AHOM VOWEL SIGN UU 11726 ; Other_Alphabetic # Mc AHOM VOWEL SIGN E 11727..1172A ; Other_Alphabetic # Mn [4] AHOM VOWEL SIGN AW..AHOM VOWEL SIGN AM -11A01..11A06 ; Other_Alphabetic # Mn [6] ZANABAZAR SQUARE VOWEL SIGN I..ZANABAZAR SQUARE VOWEL SIGN O -11A07..11A08 ; Other_Alphabetic # Mc [2] ZANABAZAR SQUARE VOWEL SIGN AI..ZANABAZAR SQUARE VOWEL SIGN AU -11A09..11A0A ; Other_Alphabetic # Mn [2] ZANABAZAR SQUARE VOWEL SIGN REVERSED I..ZANABAZAR SQUARE VOWEL LENGTH MARK +1182C..1182E ; Other_Alphabetic # Mc [3] DOGRA VOWEL SIGN AA..DOGRA VOWEL SIGN II +1182F..11837 ; Other_Alphabetic # Mn [9] DOGRA VOWEL SIGN U..DOGRA SIGN ANUSVARA +11838 ; Other_Alphabetic # Mc DOGRA SIGN VISARGA +11A01..11A0A ; Other_Alphabetic # Mn [10] ZANABAZAR SQUARE VOWEL SIGN I..ZANABAZAR SQUARE VOWEL LENGTH MARK 11A35..11A38 ; Other_Alphabetic # Mn [4] ZANABAZAR SQUARE SIGN CANDRABINDU..ZANABAZAR SQUARE SIGN ANUSVARA 11A39 ; Other_Alphabetic # Mc ZANABAZAR SQUARE SIGN VISARGA 11A3B..11A3E ; Other_Alphabetic # Mn [4] ZANABAZAR SQUARE CLUSTER-FINAL LETTER YA..ZANABAZAR SQUARE CLUSTER-FINAL LETTER VA @@ -758,6 +766,13 @@ FB1E ; Other_Alphabetic # Mn HEBREW POINT JUDEO-SPANISH VARIKA 11D3F..11D41 ; Other_Alphabetic # Mn [3] MASARAM GONDI VOWEL SIGN AU..MASARAM GONDI SIGN VISARGA 11D43 ; Other_Alphabetic # Mn MASARAM GONDI SIGN CANDRA 11D47 ; Other_Alphabetic # Mn MASARAM GONDI RA-KARA +11D8A..11D8E ; Other_Alphabetic # Mc [5] GUNJALA GONDI VOWEL SIGN AA..GUNJALA GONDI VOWEL SIGN UU +11D90..11D91 ; Other_Alphabetic # Mn [2] GUNJALA GONDI VOWEL SIGN EE..GUNJALA GONDI VOWEL SIGN AI +11D93..11D94 ; Other_Alphabetic # Mc [2] GUNJALA GONDI VOWEL SIGN OO..GUNJALA GONDI VOWEL SIGN AU +11D95 ; Other_Alphabetic # Mn GUNJALA GONDI SIGN ANUSVARA +11D96 ; Other_Alphabetic # Mc GUNJALA GONDI SIGN VISARGA +11EF3..11EF4 ; Other_Alphabetic # Mn [2] MAKASAR VOWEL SIGN I..MAKASAR VOWEL SIGN U +11EF5..11EF6 ; Other_Alphabetic # Mc [2] MAKASAR VOWEL SIGN E..MAKASAR VOWEL SIGN O 16B30..16B36 ; Other_Alphabetic # Mn [7] PAHAWH HMONG MARK CIM TUB..PAHAWH HMONG MARK CIM TAUM 16F51..16F7E ; Other_Alphabetic # Mc [46] MIAO SIGN ASPIRATION..MIAO VOWEL SIGN NG 1BC9E ; Other_Alphabetic # Mn DUPLOYAN DOUBLE MARK @@ -771,7 +786,7 @@ FB1E ; Other_Alphabetic # Mn HEBREW POINT JUDEO-SPANISH VARIKA 1F150..1F169 ; Other_Alphabetic # So [26] NEGATIVE CIRCLED LATIN CAPITAL LETTER A..NEGATIVE CIRCLED LATIN CAPITAL LETTER Z 1F170..1F189 ; Other_Alphabetic # So [26] NEGATIVE SQUARED LATIN CAPITAL LETTER A..NEGATIVE SQUARED LATIN CAPITAL LETTER Z -# Total code points: 1300 +# Total code points: 1334 # ================================================ @@ -780,10 +795,10 @@ FB1E ; Other_Alphabetic # Mn HEBREW POINT JUDEO-SPANISH VARIKA 3021..3029 ; Ideographic # Nl [9] HANGZHOU NUMERAL ONE..HANGZHOU NUMERAL NINE 3038..303A ; Ideographic # Nl [3] HANGZHOU NUMERAL TEN..HANGZHOU NUMERAL THIRTY 3400..4DB5 ; Ideographic # Lo [6582] CJK UNIFIED IDEOGRAPH-3400..CJK UNIFIED IDEOGRAPH-4DB5 -4E00..9FEA ; Ideographic # Lo [20971] CJK UNIFIED IDEOGRAPH-4E00..CJK UNIFIED IDEOGRAPH-9FEA +4E00..9FEF ; Ideographic # Lo [20976] CJK UNIFIED IDEOGRAPH-4E00..CJK UNIFIED IDEOGRAPH-9FEF F900..FA6D ; Ideographic # Lo [366] CJK COMPATIBILITY IDEOGRAPH-F900..CJK COMPATIBILITY IDEOGRAPH-FA6D FA70..FAD9 ; Ideographic # Lo [106] CJK COMPATIBILITY IDEOGRAPH-FA70..CJK COMPATIBILITY IDEOGRAPH-FAD9 -17000..187EC ; Ideographic # Lo [6125] TANGUT IDEOGRAPH-17000..TANGUT IDEOGRAPH-187EC +17000..187F1 ; Ideographic # Lo [6130] TANGUT IDEOGRAPH-17000..TANGUT IDEOGRAPH-187F1 18800..18AF2 ; Ideographic # Lo [755] TANGUT COMPONENT-001..TANGUT COMPONENT-755 1B170..1B2FB ; Ideographic # Lo [396] NUSHU CHARACTER-1B170..NUSHU CHARACTER-1B2FB 20000..2A6D6 ; Ideographic # Lo [42711] CJK UNIFIED IDEOGRAPH-20000..CJK UNIFIED IDEOGRAPH-2A6D6 @@ -793,7 +808,7 @@ FA70..FAD9 ; Ideographic # Lo [106] CJK COMPATIBILITY IDEOGRAPH-FA70..CJK COM 2CEB0..2EBE0 ; Ideographic # Lo [7473] CJK UNIFIED IDEOGRAPH-2CEB0..CJK UNIFIED IDEOGRAPH-2EBE0 2F800..2FA1D ; Ideographic # Lo [542] CJK COMPATIBILITY IDEOGRAPH-2F800..CJK COMPATIBILITY IDEOGRAPH-2FA1D -# Total code points: 96174 +# Total code points: 96184 # ================================================ @@ -953,6 +968,9 @@ FF9E..FF9F ; Diacritic # Lm [2] HALFWIDTH KATAKANA VOICED SOUND MARK..HALFW FFE3 ; Diacritic # Sk FULLWIDTH MACRON 102E0 ; Diacritic # Mn COPTIC EPACT THOUSANDS MARK 10AE5..10AE6 ; Diacritic # Mn [2] MANICHAEAN ABBREVIATION MARK ABOVE..MANICHAEAN ABBREVIATION MARK BELOW +10D22..10D23 ; Diacritic # Lo [2] HANIFI ROHINGYA MARK SAKIN..HANIFI ROHINGYA MARK NA KHONNA +10D24..10D27 ; Diacritic # Mn [4] HANIFI ROHINGYA SIGN HARBAHAY..HANIFI ROHINGYA SIGN TASSI +10F46..10F50 ; Diacritic # Mn [11] SOGDIAN COMBINING DOT BELOW..SOGDIAN COMBINING STROKE BELOW 110B9..110BA ; Diacritic # Mn [2] KAITHI SIGN VIRAMA..KAITHI SIGN NUKTA 11133..11134 ; Diacritic # Mn [2] CHAKMA VIRAMA..CHAKMA MAAYYAA 11173 ; Diacritic # Mn MAHAJANI SIGN NUKTA @@ -973,12 +991,14 @@ FFE3 ; Diacritic # Sk FULLWIDTH MACRON 116B6 ; Diacritic # Mc TAKRI SIGN VIRAMA 116B7 ; Diacritic # Mn TAKRI SIGN NUKTA 1172B ; Diacritic # Mn AHOM SIGN KILLER +11839..1183A ; Diacritic # Mn [2] DOGRA SIGN VIRAMA..DOGRA SIGN NUKTA 11A34 ; Diacritic # Mn ZANABAZAR SQUARE SIGN VIRAMA 11A47 ; Diacritic # Mn ZANABAZAR SQUARE SUBJOINER 11A99 ; Diacritic # Mn SOYOMBO SUBJOINER 11C3F ; Diacritic # Mn BHAIKSUKI SIGN VIRAMA 11D42 ; Diacritic # Mn MASARAM GONDI SIGN NUKTA 11D44..11D45 ; Diacritic # Mn [2] MASARAM GONDI SIGN HALANTA..MASARAM GONDI VIRAMA +11D97 ; Diacritic # Mn GUNJALA GONDI VIRAMA 16AF0..16AF4 ; Diacritic # Mn [5] BASSA VAH COMBINING HIGH TONE..BASSA VAH COMBINING HIGH-LOW TONE 16F8F..16F92 ; Diacritic # Mn [4] MIAO TONE RIGHT..MIAO TONE BELOW 16F93..16F9F ; Diacritic # Lm [13] MIAO LETTER TONE-2..MIAO LETTER REFORMED TONE-8 @@ -991,7 +1011,7 @@ FFE3 ; Diacritic # Sk FULLWIDTH MACRON 1E944..1E946 ; Diacritic # Mn [3] ADLAM ALIF LENGTHENER..ADLAM GEMINATION MARK 1E948..1E94A ; Diacritic # Mn [3] ADLAM CONSONANT MODIFIER..ADLAM NUKTA -# Total code points: 798 +# Total code points: 818 # ================================================ @@ -1137,7 +1157,7 @@ E0020..E007F ; Other_Grapheme_Extend # Cf [96] TAG SPACE..CANCEL TAG # ================================================ 3400..4DB5 ; Unified_Ideograph # Lo [6582] CJK UNIFIED IDEOGRAPH-3400..CJK UNIFIED IDEOGRAPH-4DB5 -4E00..9FEA ; Unified_Ideograph # Lo [20971] CJK UNIFIED IDEOGRAPH-4E00..CJK UNIFIED IDEOGRAPH-9FEA +4E00..9FEF ; Unified_Ideograph # Lo [20976] CJK UNIFIED IDEOGRAPH-4E00..CJK UNIFIED IDEOGRAPH-9FEF FA0E..FA0F ; Unified_Ideograph # Lo [2] CJK COMPATIBILITY IDEOGRAPH-FA0E..CJK COMPATIBILITY IDEOGRAPH-FA0F FA11 ; Unified_Ideograph # Lo CJK COMPATIBILITY IDEOGRAPH-FA11 FA13..FA14 ; Unified_Ideograph # Lo [2] CJK COMPATIBILITY IDEOGRAPH-FA13..CJK COMPATIBILITY IDEOGRAPH-FA14 @@ -1151,7 +1171,7 @@ FA27..FA29 ; Unified_Ideograph # Lo [3] CJK COMPATIBILITY IDEOGRAPH-FA27..C 2B820..2CEA1 ; Unified_Ideograph # Lo [5762] CJK UNIFIED IDEOGRAPH-2B820..CJK UNIFIED IDEOGRAPH-2CEA1 2CEB0..2EBE0 ; Unified_Ideograph # Lo [7473] CJK UNIFIED IDEOGRAPH-2CEB0..CJK UNIFIED IDEOGRAPH-2EBE0 -# Total code points: 87882 +# Total code points: 87887 # ================================================ @@ -1255,10 +1275,13 @@ AABB..AABC ; Logical_Order_Exception # Lo [2] TAI VIET VOWEL AUE..TAI VIET 002E ; Sentence_Terminal # Po FULL STOP 003F ; Sentence_Terminal # Po QUESTION MARK 0589 ; Sentence_Terminal # Po ARMENIAN FULL STOP -061F ; Sentence_Terminal # Po ARABIC QUESTION MARK +061E..061F ; Sentence_Terminal # Po [2] ARABIC TRIPLE DOT PUNCTUATION MARK..ARABIC QUESTION MARK 06D4 ; Sentence_Terminal # Po ARABIC FULL STOP 0700..0702 ; Sentence_Terminal # Po [3] SYRIAC END OF PARAGRAPH..SYRIAC SUBLINEAR FULL STOP 07F9 ; Sentence_Terminal # Po NKO EXCLAMATION MARK +0837 ; Sentence_Terminal # Po SAMARITAN PUNCTUATION MELODIC QITSA +0839 ; Sentence_Terminal # Po SAMARITAN PUNCTUATION QITSA +083D..083E ; Sentence_Terminal # Po [2] SAMARITAN PUNCTUATION SOF MASHFAAT..SAMARITAN PUNCTUATION ANNAAU 0964..0965 ; Sentence_Terminal # Po [2] DEVANAGARI DANDA..DEVANAGARI DOUBLE DANDA 104A..104B ; Sentence_Terminal # Po [2] MYANMAR SIGN LITTLE SECTION..MYANMAR SIGN SECTION 1362 ; Sentence_Terminal # Po ETHIOPIC FULL STOP @@ -1296,6 +1319,7 @@ FF0E ; Sentence_Terminal # Po FULLWIDTH FULL STOP FF1F ; Sentence_Terminal # Po FULLWIDTH QUESTION MARK FF61 ; Sentence_Terminal # Po HALFWIDTH IDEOGRAPHIC FULL STOP 10A56..10A57 ; Sentence_Terminal # Po [2] KHAROSHTHI PUNCTUATION DANDA..KHAROSHTHI PUNCTUATION DOUBLE DANDA +10F55..10F59 ; Sentence_Terminal # Po [5] SOGDIAN PUNCTUATION TWO VERTICAL BARS..SOGDIAN PUNCTUATION HALF CIRCLE WITH DOT 11047..11048 ; Sentence_Terminal # Po [2] BRAHMI DANDA..BRAHMI DOUBLE DANDA 110BE..110C1 ; Sentence_Terminal # Po [4] KAITHI SECTION MARK..KAITHI DOUBLE DANDA 11141..11143 ; Sentence_Terminal # Po [3] CHAKMA DANDA..CHAKMA QUESTION MARK @@ -1313,14 +1337,16 @@ FF61 ; Sentence_Terminal # Po HALFWIDTH IDEOGRAPHIC FULL STOP 11A42..11A43 ; Sentence_Terminal # Po [2] ZANABAZAR SQUARE MARK SHAD..ZANABAZAR SQUARE MARK DOUBLE SHAD 11A9B..11A9C ; Sentence_Terminal # Po [2] SOYOMBO MARK SHAD..SOYOMBO MARK DOUBLE SHAD 11C41..11C42 ; Sentence_Terminal # Po [2] BHAIKSUKI DANDA..BHAIKSUKI DOUBLE DANDA +11EF7..11EF8 ; Sentence_Terminal # Po [2] MAKASAR PASSIMBANG..MAKASAR END OF SECTION 16A6E..16A6F ; Sentence_Terminal # Po [2] MRO DANDA..MRO DOUBLE DANDA 16AF5 ; Sentence_Terminal # Po BASSA VAH FULL STOP 16B37..16B38 ; Sentence_Terminal # Po [2] PAHAWH HMONG SIGN VOS THOM..PAHAWH HMONG SIGN VOS TSHAB CEEB 16B44 ; Sentence_Terminal # Po PAHAWH HMONG SIGN XAUS +16E98 ; Sentence_Terminal # Po MEDEFAIDRIN FULL STOP 1BC9F ; Sentence_Terminal # Po DUPLOYAN PUNCTUATION CHINOOK FULL STOP 1DA88 ; Sentence_Terminal # Po SIGNWRITING FULL STOP -# Total code points: 128 +# Total code points: 141 # ================================================ @@ -1521,14 +1547,10 @@ E0100..E01EF ; Variation_Selector # Mn [240] VARIATION SELECTOR-17..VARIATION S 2B74..2B75 ; Pattern_Syntax # Cn [2] <reserved-2B74>..<reserved-2B75> 2B76..2B95 ; Pattern_Syntax # So [32] NORTH WEST TRIANGLE-HEADED ARROW TO BAR..RIGHTWARDS BLACK ARROW 2B96..2B97 ; Pattern_Syntax # Cn [2] <reserved-2B96>..<reserved-2B97> -2B98..2BB9 ; Pattern_Syntax # So [34] THREE-D TOP-LIGHTED LEFTWARDS EQUILATERAL ARROWHEAD..UP ARROWHEAD IN A RECTANGLE BOX -2BBA..2BBC ; Pattern_Syntax # Cn [3] <reserved-2BBA>..<reserved-2BBC> -2BBD..2BC8 ; Pattern_Syntax # So [12] BALLOT BOX WITH LIGHT X..BLACK MEDIUM RIGHT-POINTING TRIANGLE CENTRED +2B98..2BC8 ; Pattern_Syntax # So [49] THREE-D TOP-LIGHTED LEFTWARDS EQUILATERAL ARROWHEAD..BLACK MEDIUM RIGHT-POINTING TRIANGLE CENTRED 2BC9 ; Pattern_Syntax # Cn <reserved-2BC9> -2BCA..2BD2 ; Pattern_Syntax # So [9] TOP HALF BLACK CIRCLE..GROUP MARK -2BD3..2BEB ; Pattern_Syntax # Cn [25] <reserved-2BD3>..<reserved-2BEB> -2BEC..2BEF ; Pattern_Syntax # So [4] LEFTWARDS TWO-HEADED ARROW WITH TRIANGLE ARROWHEADS..DOWNWARDS TWO-HEADED ARROW WITH TRIANGLE ARROWHEADS -2BF0..2BFF ; Pattern_Syntax # Cn [16] <reserved-2BF0>..<reserved-2BFF> +2BCA..2BFE ; Pattern_Syntax # So [53] TOP HALF BLACK CIRCLE..REVERSED RIGHT ANGLE +2BFF ; Pattern_Syntax # Cn <reserved-2BFF> 2E00..2E01 ; Pattern_Syntax # Po [2] RIGHT ANGLE SUBSTITUTION MARKER..RIGHT ANGLE DOTTED SUBSTITUTION MARKER 2E02 ; Pattern_Syntax # Pi LEFT SUBSTITUTION BRACKET 2E03 ; Pattern_Syntax # Pf RIGHT SUBSTITUTION BRACKET @@ -1566,8 +1588,8 @@ E0100..E01EF ; Variation_Selector # Mn [240] VARIATION SELECTOR-17..VARIATION S 2E40 ; Pattern_Syntax # Pd DOUBLE HYPHEN 2E41 ; Pattern_Syntax # Po REVERSED COMMA 2E42 ; Pattern_Syntax # Ps DOUBLE LOW-REVERSED-9 QUOTATION MARK -2E43..2E49 ; Pattern_Syntax # Po [7] DASH WITH LEFT UPTURN..DOUBLE STACKED COMMA -2E4A..2E7F ; Pattern_Syntax # Cn [54] <reserved-2E4A>..<reserved-2E7F> +2E43..2E4E ; Pattern_Syntax # Po [12] DASH WITH LEFT UPTURN..PUNCTUS ELEVATUS MARK +2E4F..2E7F ; Pattern_Syntax # Cn [49] <reserved-2E4F>..<reserved-2E7F> 3001..3003 ; Pattern_Syntax # Po [3] IDEOGRAPHIC COMMA..DITTO MARK 3008 ; Pattern_Syntax # Ps LEFT ANGLE BRACKET 3009 ; Pattern_Syntax # Pe RIGHT ANGLE BRACKET @@ -1606,8 +1628,9 @@ FE45..FE46 ; Pattern_Syntax # Po [2] SESAME DOT..WHITE SESAME DOT 070F ; Prepended_Concatenation_Mark # Cf SYRIAC ABBREVIATION MARK 08E2 ; Prepended_Concatenation_Mark # Cf ARABIC DISPUTED END OF AYAH 110BD ; Prepended_Concatenation_Mark # Cf KAITHI NUMBER SIGN +110CD ; Prepended_Concatenation_Mark # Cf KAITHI NUMBER SIGN ABOVE -# Total code points: 10 +# Total code points: 11 # ================================================ diff --git a/lib/stdlib/uc_spec/README-UPDATE.txt b/lib/stdlib/uc_spec/README-UPDATE.txt index d59337e1a5..e1f5c8fcd0 100644 --- a/lib/stdlib/uc_spec/README-UPDATE.txt +++ b/lib/stdlib/uc_spec/README-UPDATE.txt @@ -1,7 +1,13 @@ When updating the unicode version copy the necessary files to this directory. - And update the test files in stdlib/test/unicode_util_SUITE_data/* +Unicode 11 was updated from: +https://www.unicode.org/Public/11.0.0/ucd/ +https://www.unicode.org/Public/11.0.0/ucd/auxiliary/ +https://www.unicode.org/Public/emoji/11.0/ + Update the spec_version(..) function in the generator, gen_unicode_mod.escript + + diff --git a/lib/stdlib/uc_spec/SpecialCasing.txt b/lib/stdlib/uc_spec/SpecialCasing.txt index b9ba0d81c1..c90d09acb3 100644 --- a/lib/stdlib/uc_spec/SpecialCasing.txt +++ b/lib/stdlib/uc_spec/SpecialCasing.txt @@ -1,6 +1,6 @@ -# SpecialCasing-10.0.0.txt -# Date: 2017-04-14, 05:40:43 GMT -# ยฉ 2017 Unicodeยฎ, Inc. +# SpecialCasing-11.0.0.txt +# Date: 2018-02-22, 06:16:47 GMT +# ยฉ 2018 Unicodeยฎ, Inc. # Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. # For terms of use, see http://www.unicode.org/terms_of_use.html # @@ -121,7 +121,7 @@ FB17; FB17; 0544 056D; 0544 053D; # ARMENIAN SMALL LIGATURE MEN XEH # The following cases are already in the UnicodeData.txt file, so are only commented here. -# 0345; 0345; 0345; 0399; # COMBINING GREEK YPOGEGRAMMENI +# 0345; 0345; 0399; 0399; # COMBINING GREEK YPOGEGRAMMENI # All letters with YPOGEGRAMMENI (iota-subscript) or PROSGEGRAMMENI (iota adscript) # have special uppercases. diff --git a/lib/stdlib/uc_spec/UnicodeData.txt b/lib/stdlib/uc_spec/UnicodeData.txt index d89c64f526..ec32fafbce 100644 --- a/lib/stdlib/uc_spec/UnicodeData.txt +++ b/lib/stdlib/uc_spec/UnicodeData.txt @@ -1362,6 +1362,7 @@ 055D;ARMENIAN COMMA;Po;0;L;;;;;N;;;;; 055E;ARMENIAN QUESTION MARK;Po;0;L;;;;;N;;;;; 055F;ARMENIAN ABBREVIATION MARK;Po;0;L;;;;;N;;;;; +0560;ARMENIAN SMALL LETTER TURNED AYB;Ll;0;L;;;;;N;;;;; 0561;ARMENIAN SMALL LETTER AYB;Ll;0;L;;;;;N;;;0531;;0531 0562;ARMENIAN SMALL LETTER BEN;Ll;0;L;;;;;N;;;0532;;0532 0563;ARMENIAN SMALL LETTER GIM;Ll;0;L;;;;;N;;;0533;;0533 @@ -1401,6 +1402,7 @@ 0585;ARMENIAN SMALL LETTER OH;Ll;0;L;;;;;N;;;0555;;0555 0586;ARMENIAN SMALL LETTER FEH;Ll;0;L;;;;;N;;;0556;;0556 0587;ARMENIAN SMALL LIGATURE ECH YIWN;Ll;0;L;<compat> 0565 0582;;;;N;;;;; +0588;ARMENIAN SMALL LETTER YI WITH STROKE;Ll;0;L;;;;;N;;;;; 0589;ARMENIAN FULL STOP;Po;0;L;;;;;N;ARMENIAN PERIOD;;;; 058A;ARMENIAN HYPHEN;Pd;0;ON;;;;;N;;;;; 058D;RIGHT-FACING ARMENIAN ETERNITY SIGN;So;0;ON;;;;;N;;;;; @@ -1488,6 +1490,7 @@ 05E8;HEBREW LETTER RESH;Lo;0;R;;;;;N;;;;; 05E9;HEBREW LETTER SHIN;Lo;0;R;;;;;N;;;;; 05EA;HEBREW LETTER TAV;Lo;0;R;;;;;N;;;;; +05EF;HEBREW YOD TRIANGLE;Lo;0;R;;;;;N;;;;; 05F0;HEBREW LIGATURE YIDDISH DOUBLE VAV;Lo;0;R;;;;;N;HEBREW LETTER DOUBLE VAV;;;; 05F1;HEBREW LIGATURE YIDDISH VAV YOD;Lo;0;R;;;;;N;HEBREW LETTER VAV YOD;;;; 05F2;HEBREW LIGATURE YIDDISH DOUBLE YOD;Lo;0;R;;;;;N;HEBREW LETTER DOUBLE YOD;;;; @@ -1982,6 +1985,9 @@ 07F8;NKO COMMA;Po;0;ON;;;;;N;;;;; 07F9;NKO EXCLAMATION MARK;Po;0;ON;;;;;N;;;;; 07FA;NKO LAJANYALAN;Lm;0;R;;;;;N;;;;; +07FD;NKO DANTAYALAN;Mn;220;NSM;;;;;N;;;;; +07FE;NKO DOROME SIGN;Sc;0;R;;;;;N;;;;; +07FF;NKO TAMAN SIGN;Sc;0;R;;;;;N;;;;; 0800;SAMARITAN LETTER ALAF;Lo;0;R;;;;;N;;;;; 0801;SAMARITAN LETTER BIT;Lo;0;R;;;;;N;;;;; 0802;SAMARITAN LETTER GAMAN;Lo;0;R;;;;;N;;;;; @@ -2112,6 +2118,7 @@ 08BB;ARABIC LETTER AFRICAN FEH;Lo;0;AL;;;;;N;;;;; 08BC;ARABIC LETTER AFRICAN QAF;Lo;0;AL;;;;;N;;;;; 08BD;ARABIC LETTER AFRICAN NOON;Lo;0;AL;;;;;N;;;;; +08D3;ARABIC SMALL LOW WAW;Mn;220;NSM;;;;;N;;;;; 08D4;ARABIC SMALL HIGH WORD AR-RUB;Mn;230;NSM;;;;;N;;;;; 08D5;ARABIC SMALL HIGH SAD;Mn;230;NSM;;;;;N;;;;; 08D6;ARABIC SMALL HIGH AIN;Mn;230;NSM;;;;;N;;;;; @@ -2379,6 +2386,7 @@ 09FB;BENGALI GANDA MARK;Sc;0;ET;;;;;N;;;;; 09FC;BENGALI LETTER VEDIC ANUSVARA;Lo;0;L;;;;;N;;;;; 09FD;BENGALI ABBREVIATION SIGN;Po;0;L;;;;;N;;;;; +09FE;BENGALI SANDHI MARK;Mn;230;NSM;;;;;N;;;;; 0A01;GURMUKHI SIGN ADAK BINDI;Mn;0;NSM;;;;;N;;;;; 0A02;GURMUKHI SIGN BINDI;Mn;0;NSM;;;;;N;;;;; 0A03;GURMUKHI SIGN VISARGA;Mc;0;L;;;;;N;;;;; @@ -2458,6 +2466,7 @@ 0A73;GURMUKHI URA;Lo;0;L;;;;;N;;;;; 0A74;GURMUKHI EK ONKAR;Lo;0;L;;;;;N;;;;; 0A75;GURMUKHI SIGN YAKASH;Mn;0;NSM;;;;;N;;;;; +0A76;GURMUKHI ABBREVIATION SIGN;Po;0;L;;;;;N;;;;; 0A81;GUJARATI SIGN CANDRABINDU;Mn;0;NSM;;;;;N;;;;; 0A82;GUJARATI SIGN ANUSVARA;Mn;0;NSM;;;;;N;;;;; 0A83;GUJARATI SIGN VISARGA;Mc;0;L;;;;;N;;;;; @@ -2715,6 +2724,7 @@ 0C01;TELUGU SIGN CANDRABINDU;Mc;0;L;;;;;N;;;;; 0C02;TELUGU SIGN ANUSVARA;Mc;0;L;;;;;N;;;;; 0C03;TELUGU SIGN VISARGA;Mc;0;L;;;;;N;;;;; +0C04;TELUGU SIGN COMBINING ANUSVARA ABOVE;Mn;0;NSM;;;;;N;;;;; 0C05;TELUGU LETTER A;Lo;0;L;;;;;N;;;;; 0C06;TELUGU LETTER AA;Lo;0;L;;;;;N;;;;; 0C07;TELUGU LETTER I;Lo;0;L;;;;;N;;;;; @@ -2811,6 +2821,7 @@ 0C81;KANNADA SIGN CANDRABINDU;Mn;0;NSM;;;;;N;;;;; 0C82;KANNADA SIGN ANUSVARA;Mc;0;L;;;;;N;;;;; 0C83;KANNADA SIGN VISARGA;Mc;0;L;;;;;N;;;;; +0C84;KANNADA SIGN SIDDHAM;Po;0;L;;;;;N;;;;; 0C85;KANNADA LETTER A;Lo;0;L;;;;;N;;;;; 0C86;KANNADA LETTER AA;Lo;0;L;;;;;N;;;;; 0C87;KANNADA LETTER I;Lo;0;L;;;;;N;;;;; @@ -3667,54 +3678,54 @@ 10C5;GEORGIAN CAPITAL LETTER HOE;Lu;0;L;;;;;N;;;;2D25; 10C7;GEORGIAN CAPITAL LETTER YN;Lu;0;L;;;;;N;;;;2D27; 10CD;GEORGIAN CAPITAL LETTER AEN;Lu;0;L;;;;;N;;;;2D2D; -10D0;GEORGIAN LETTER AN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER AN;;;; -10D1;GEORGIAN LETTER BAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER BAN;;;; -10D2;GEORGIAN LETTER GAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER GAN;;;; -10D3;GEORGIAN LETTER DON;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER DON;;;; -10D4;GEORGIAN LETTER EN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER EN;;;; -10D5;GEORGIAN LETTER VIN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER VIN;;;; -10D6;GEORGIAN LETTER ZEN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER ZEN;;;; -10D7;GEORGIAN LETTER TAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER TAN;;;; -10D8;GEORGIAN LETTER IN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER IN;;;; -10D9;GEORGIAN LETTER KAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER KAN;;;; -10DA;GEORGIAN LETTER LAS;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER LAS;;;; -10DB;GEORGIAN LETTER MAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER MAN;;;; -10DC;GEORGIAN LETTER NAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER NAR;;;; -10DD;GEORGIAN LETTER ON;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER ON;;;; -10DE;GEORGIAN LETTER PAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER PAR;;;; -10DF;GEORGIAN LETTER ZHAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER ZHAR;;;; -10E0;GEORGIAN LETTER RAE;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER RAE;;;; -10E1;GEORGIAN LETTER SAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER SAN;;;; -10E2;GEORGIAN LETTER TAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER TAR;;;; -10E3;GEORGIAN LETTER UN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER UN;;;; -10E4;GEORGIAN LETTER PHAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER PHAR;;;; -10E5;GEORGIAN LETTER KHAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER KHAR;;;; -10E6;GEORGIAN LETTER GHAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER GHAN;;;; -10E7;GEORGIAN LETTER QAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER QAR;;;; -10E8;GEORGIAN LETTER SHIN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER SHIN;;;; -10E9;GEORGIAN LETTER CHIN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER CHIN;;;; -10EA;GEORGIAN LETTER CAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER CAN;;;; -10EB;GEORGIAN LETTER JIL;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER JIL;;;; -10EC;GEORGIAN LETTER CIL;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER CIL;;;; -10ED;GEORGIAN LETTER CHAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER CHAR;;;; -10EE;GEORGIAN LETTER XAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER XAN;;;; -10EF;GEORGIAN LETTER JHAN;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER JHAN;;;; -10F0;GEORGIAN LETTER HAE;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER HAE;;;; -10F1;GEORGIAN LETTER HE;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER HE;;;; -10F2;GEORGIAN LETTER HIE;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER HIE;;;; -10F3;GEORGIAN LETTER WE;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER WE;;;; -10F4;GEORGIAN LETTER HAR;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER HAR;;;; -10F5;GEORGIAN LETTER HOE;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER HOE;;;; -10F6;GEORGIAN LETTER FI;Lo;0;L;;;;;N;GEORGIAN SMALL LETTER FI;;;; -10F7;GEORGIAN LETTER YN;Lo;0;L;;;;;N;;;;; -10F8;GEORGIAN LETTER ELIFI;Lo;0;L;;;;;N;;;;; -10F9;GEORGIAN LETTER TURNED GAN;Lo;0;L;;;;;N;;;;; -10FA;GEORGIAN LETTER AIN;Lo;0;L;;;;;N;;;;; +10D0;GEORGIAN LETTER AN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER AN;;1C90;;10D0 +10D1;GEORGIAN LETTER BAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER BAN;;1C91;;10D1 +10D2;GEORGIAN LETTER GAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER GAN;;1C92;;10D2 +10D3;GEORGIAN LETTER DON;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER DON;;1C93;;10D3 +10D4;GEORGIAN LETTER EN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER EN;;1C94;;10D4 +10D5;GEORGIAN LETTER VIN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER VIN;;1C95;;10D5 +10D6;GEORGIAN LETTER ZEN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER ZEN;;1C96;;10D6 +10D7;GEORGIAN LETTER TAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER TAN;;1C97;;10D7 +10D8;GEORGIAN LETTER IN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER IN;;1C98;;10D8 +10D9;GEORGIAN LETTER KAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER KAN;;1C99;;10D9 +10DA;GEORGIAN LETTER LAS;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER LAS;;1C9A;;10DA +10DB;GEORGIAN LETTER MAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER MAN;;1C9B;;10DB +10DC;GEORGIAN LETTER NAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER NAR;;1C9C;;10DC +10DD;GEORGIAN LETTER ON;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER ON;;1C9D;;10DD +10DE;GEORGIAN LETTER PAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER PAR;;1C9E;;10DE +10DF;GEORGIAN LETTER ZHAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER ZHAR;;1C9F;;10DF +10E0;GEORGIAN LETTER RAE;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER RAE;;1CA0;;10E0 +10E1;GEORGIAN LETTER SAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER SAN;;1CA1;;10E1 +10E2;GEORGIAN LETTER TAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER TAR;;1CA2;;10E2 +10E3;GEORGIAN LETTER UN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER UN;;1CA3;;10E3 +10E4;GEORGIAN LETTER PHAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER PHAR;;1CA4;;10E4 +10E5;GEORGIAN LETTER KHAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER KHAR;;1CA5;;10E5 +10E6;GEORGIAN LETTER GHAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER GHAN;;1CA6;;10E6 +10E7;GEORGIAN LETTER QAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER QAR;;1CA7;;10E7 +10E8;GEORGIAN LETTER SHIN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER SHIN;;1CA8;;10E8 +10E9;GEORGIAN LETTER CHIN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER CHIN;;1CA9;;10E9 +10EA;GEORGIAN LETTER CAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER CAN;;1CAA;;10EA +10EB;GEORGIAN LETTER JIL;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER JIL;;1CAB;;10EB +10EC;GEORGIAN LETTER CIL;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER CIL;;1CAC;;10EC +10ED;GEORGIAN LETTER CHAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER CHAR;;1CAD;;10ED +10EE;GEORGIAN LETTER XAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER XAN;;1CAE;;10EE +10EF;GEORGIAN LETTER JHAN;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER JHAN;;1CAF;;10EF +10F0;GEORGIAN LETTER HAE;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER HAE;;1CB0;;10F0 +10F1;GEORGIAN LETTER HE;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER HE;;1CB1;;10F1 +10F2;GEORGIAN LETTER HIE;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER HIE;;1CB2;;10F2 +10F3;GEORGIAN LETTER WE;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER WE;;1CB3;;10F3 +10F4;GEORGIAN LETTER HAR;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER HAR;;1CB4;;10F4 +10F5;GEORGIAN LETTER HOE;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER HOE;;1CB5;;10F5 +10F6;GEORGIAN LETTER FI;Ll;0;L;;;;;N;GEORGIAN SMALL LETTER FI;;1CB6;;10F6 +10F7;GEORGIAN LETTER YN;Ll;0;L;;;;;N;;;1CB7;;10F7 +10F8;GEORGIAN LETTER ELIFI;Ll;0;L;;;;;N;;;1CB8;;10F8 +10F9;GEORGIAN LETTER TURNED GAN;Ll;0;L;;;;;N;;;1CB9;;10F9 +10FA;GEORGIAN LETTER AIN;Ll;0;L;;;;;N;;;1CBA;;10FA 10FB;GEORGIAN PARAGRAPH SEPARATOR;Po;0;L;;;;;N;;;;; 10FC;MODIFIER LETTER GEORGIAN NAR;Lm;0;L;<super> 10DC;;;;N;;;;; -10FD;GEORGIAN LETTER AEN;Lo;0;L;;;;;N;;;;; -10FE;GEORGIAN LETTER HARD SIGN;Lo;0;L;;;;;N;;;;; -10FF;GEORGIAN LETTER LABIAL SIGN;Lo;0;L;;;;;N;;;;; +10FD;GEORGIAN LETTER AEN;Ll;0;L;;;;;N;;;1CBD;;10FD +10FE;GEORGIAN LETTER HARD SIGN;Ll;0;L;;;;;N;;;1CBE;;10FE +10FF;GEORGIAN LETTER LABIAL SIGN;Ll;0;L;;;;;N;;;1CBF;;10FF 1100;HANGUL CHOSEONG KIYEOK;Lo;0;L;;;;;N;;;;; 1101;HANGUL CHOSEONG SSANGKIYEOK;Lo;0;L;;;;;N;;;;; 1102;HANGUL CHOSEONG NIEUN;Lo;0;L;;;;;N;;;;; @@ -5513,6 +5524,7 @@ 1875;MONGOLIAN LETTER MANCHU RA;Lo;0;L;;;;;N;;;;; 1876;MONGOLIAN LETTER MANCHU FA;Lo;0;L;;;;;N;;;;; 1877;MONGOLIAN LETTER MANCHU ZHA;Lo;0;L;;;;;N;;;;; +1878;MONGOLIAN LETTER CHA WITH TWO DOTS;Lo;0;L;;;;;N;;;;; 1880;MONGOLIAN LETTER ALI GALI ANUSVARA ONE;Lo;0;L;;;;;N;;;;; 1881;MONGOLIAN LETTER ALI GALI VISARGA ONE;Lo;0;L;;;;;N;;;;; 1882;MONGOLIAN LETTER ALI GALI DAMARU;Lo;0;L;;;;;N;;;;; @@ -6388,6 +6400,52 @@ 1C86;CYRILLIC SMALL LETTER TALL HARD SIGN;Ll;0;L;;;;;N;;;042A;;042A 1C87;CYRILLIC SMALL LETTER TALL YAT;Ll;0;L;;;;;N;;;0462;;0462 1C88;CYRILLIC SMALL LETTER UNBLENDED UK;Ll;0;L;;;;;N;;;A64A;;A64A +1C90;GEORGIAN MTAVRULI CAPITAL LETTER AN;Lu;0;L;;;;;N;;;;10D0; +1C91;GEORGIAN MTAVRULI CAPITAL LETTER BAN;Lu;0;L;;;;;N;;;;10D1; +1C92;GEORGIAN MTAVRULI CAPITAL LETTER GAN;Lu;0;L;;;;;N;;;;10D2; +1C93;GEORGIAN MTAVRULI CAPITAL LETTER DON;Lu;0;L;;;;;N;;;;10D3; +1C94;GEORGIAN MTAVRULI CAPITAL LETTER EN;Lu;0;L;;;;;N;;;;10D4; +1C95;GEORGIAN MTAVRULI CAPITAL LETTER VIN;Lu;0;L;;;;;N;;;;10D5; +1C96;GEORGIAN MTAVRULI CAPITAL LETTER ZEN;Lu;0;L;;;;;N;;;;10D6; +1C97;GEORGIAN MTAVRULI CAPITAL LETTER TAN;Lu;0;L;;;;;N;;;;10D7; +1C98;GEORGIAN MTAVRULI CAPITAL LETTER IN;Lu;0;L;;;;;N;;;;10D8; +1C99;GEORGIAN MTAVRULI CAPITAL LETTER KAN;Lu;0;L;;;;;N;;;;10D9; +1C9A;GEORGIAN MTAVRULI CAPITAL LETTER LAS;Lu;0;L;;;;;N;;;;10DA; +1C9B;GEORGIAN MTAVRULI CAPITAL LETTER MAN;Lu;0;L;;;;;N;;;;10DB; +1C9C;GEORGIAN MTAVRULI CAPITAL LETTER NAR;Lu;0;L;;;;;N;;;;10DC; +1C9D;GEORGIAN MTAVRULI CAPITAL LETTER ON;Lu;0;L;;;;;N;;;;10DD; +1C9E;GEORGIAN MTAVRULI CAPITAL LETTER PAR;Lu;0;L;;;;;N;;;;10DE; +1C9F;GEORGIAN MTAVRULI CAPITAL LETTER ZHAR;Lu;0;L;;;;;N;;;;10DF; +1CA0;GEORGIAN MTAVRULI CAPITAL LETTER RAE;Lu;0;L;;;;;N;;;;10E0; +1CA1;GEORGIAN MTAVRULI CAPITAL LETTER SAN;Lu;0;L;;;;;N;;;;10E1; +1CA2;GEORGIAN MTAVRULI CAPITAL LETTER TAR;Lu;0;L;;;;;N;;;;10E2; +1CA3;GEORGIAN MTAVRULI CAPITAL LETTER UN;Lu;0;L;;;;;N;;;;10E3; +1CA4;GEORGIAN MTAVRULI CAPITAL LETTER PHAR;Lu;0;L;;;;;N;;;;10E4; +1CA5;GEORGIAN MTAVRULI CAPITAL LETTER KHAR;Lu;0;L;;;;;N;;;;10E5; +1CA6;GEORGIAN MTAVRULI CAPITAL LETTER GHAN;Lu;0;L;;;;;N;;;;10E6; +1CA7;GEORGIAN MTAVRULI CAPITAL LETTER QAR;Lu;0;L;;;;;N;;;;10E7; +1CA8;GEORGIAN MTAVRULI CAPITAL LETTER SHIN;Lu;0;L;;;;;N;;;;10E8; +1CA9;GEORGIAN MTAVRULI CAPITAL LETTER CHIN;Lu;0;L;;;;;N;;;;10E9; +1CAA;GEORGIAN MTAVRULI CAPITAL LETTER CAN;Lu;0;L;;;;;N;;;;10EA; +1CAB;GEORGIAN MTAVRULI CAPITAL LETTER JIL;Lu;0;L;;;;;N;;;;10EB; +1CAC;GEORGIAN MTAVRULI CAPITAL LETTER CIL;Lu;0;L;;;;;N;;;;10EC; +1CAD;GEORGIAN MTAVRULI CAPITAL LETTER CHAR;Lu;0;L;;;;;N;;;;10ED; +1CAE;GEORGIAN MTAVRULI CAPITAL LETTER XAN;Lu;0;L;;;;;N;;;;10EE; +1CAF;GEORGIAN MTAVRULI CAPITAL LETTER JHAN;Lu;0;L;;;;;N;;;;10EF; +1CB0;GEORGIAN MTAVRULI CAPITAL LETTER HAE;Lu;0;L;;;;;N;;;;10F0; +1CB1;GEORGIAN MTAVRULI CAPITAL LETTER HE;Lu;0;L;;;;;N;;;;10F1; +1CB2;GEORGIAN MTAVRULI CAPITAL LETTER HIE;Lu;0;L;;;;;N;;;;10F2; +1CB3;GEORGIAN MTAVRULI CAPITAL LETTER WE;Lu;0;L;;;;;N;;;;10F3; +1CB4;GEORGIAN MTAVRULI CAPITAL LETTER HAR;Lu;0;L;;;;;N;;;;10F4; +1CB5;GEORGIAN MTAVRULI CAPITAL LETTER HOE;Lu;0;L;;;;;N;;;;10F5; +1CB6;GEORGIAN MTAVRULI CAPITAL LETTER FI;Lu;0;L;;;;;N;;;;10F6; +1CB7;GEORGIAN MTAVRULI CAPITAL LETTER YN;Lu;0;L;;;;;N;;;;10F7; +1CB8;GEORGIAN MTAVRULI CAPITAL LETTER ELIFI;Lu;0;L;;;;;N;;;;10F8; +1CB9;GEORGIAN MTAVRULI CAPITAL LETTER TURNED GAN;Lu;0;L;;;;;N;;;;10F9; +1CBA;GEORGIAN MTAVRULI CAPITAL LETTER AIN;Lu;0;L;;;;;N;;;;10FA; +1CBD;GEORGIAN MTAVRULI CAPITAL LETTER AEN;Lu;0;L;;;;;N;;;;10FD; +1CBE;GEORGIAN MTAVRULI CAPITAL LETTER HARD SIGN;Lu;0;L;;;;;N;;;;10FE; +1CBF;GEORGIAN MTAVRULI CAPITAL LETTER LABIAL SIGN;Lu;0;L;;;;;N;;;;10FF; 1CC0;SUNDANESE PUNCTUATION BINDU SURYA;Po;0;L;;;;;N;;;;; 1CC1;SUNDANESE PUNCTUATION BINDU PANGLONG;Po;0;L;;;;;N;;;;; 1CC2;SUNDANESE PUNCTUATION BINDU PURNAMA;Po;0;L;;;;;N;;;;; @@ -9559,7 +9617,7 @@ 299E;ANGLE WITH S INSIDE;Sm;0;ON;;;;;Y;;;;; 299F;ACUTE ANGLE;Sm;0;ON;;;;;Y;;;;; 29A0;SPHERICAL ANGLE OPENING LEFT;Sm;0;ON;;;;;Y;;;;; -29A1;SPHERICAL ANGLE OPENING UP;Sm;0;ON;;;;;Y;;;;; +29A1;SPHERICAL ANGLE OPENING UP;Sm;0;ON;;;;;N;;;;; 29A2;TURNED ANGLE;Sm;0;ON;;;;;Y;;;;; 29A3;REVERSED ANGLE;Sm;0;ON;;;;;Y;;;;; 29A4;ANGLE WITH UNDERBAR;Sm;0;ON;;;;;Y;;;;; @@ -10092,6 +10150,9 @@ 2BB7;RIBBON ARROW RIGHT DOWN;So;0;ON;;;;;N;;;;; 2BB8;UPWARDS WHITE ARROW FROM BAR WITH HORIZONTAL BAR;So;0;ON;;;;;N;;;;; 2BB9;UP ARROWHEAD IN A RECTANGLE BOX;So;0;ON;;;;;N;;;;; +2BBA;OVERLAPPING WHITE SQUARES;So;0;ON;;;;;N;;;;; +2BBB;OVERLAPPING WHITE AND BLACK SQUARES;So;0;ON;;;;;N;;;;; +2BBC;OVERLAPPING BLACK SQUARES;So;0;ON;;;;;N;;;;; 2BBD;BALLOT BOX WITH LIGHT X;So;0;ON;;;;;N;;;;; 2BBE;CIRCLED X;So;0;ON;;;;;N;;;;; 2BBF;CIRCLED BOLD X;So;0;ON;;;;;N;;;;; @@ -10113,10 +10174,50 @@ 2BD0;SQUARE POSITION INDICATOR;So;0;ON;;;;;N;;;;; 2BD1;UNCERTAINTY SIGN;So;0;ON;;;;;N;;;;; 2BD2;GROUP MARK;So;0;ON;;;;;N;;;;; +2BD3;PLUTO FORM TWO;So;0;ON;;;;;N;;;;; +2BD4;PLUTO FORM THREE;So;0;ON;;;;;N;;;;; +2BD5;PLUTO FORM FOUR;So;0;ON;;;;;N;;;;; +2BD6;PLUTO FORM FIVE;So;0;ON;;;;;N;;;;; +2BD7;TRANSPLUTO;So;0;ON;;;;;N;;;;; +2BD8;PROSERPINA;So;0;ON;;;;;N;;;;; +2BD9;ASTRAEA;So;0;ON;;;;;N;;;;; +2BDA;HYGIEA;So;0;ON;;;;;N;;;;; +2BDB;PHOLUS;So;0;ON;;;;;N;;;;; +2BDC;NESSUS;So;0;ON;;;;;N;;;;; +2BDD;WHITE MOON SELENA;So;0;ON;;;;;N;;;;; +2BDE;BLACK DIAMOND ON CROSS;So;0;ON;;;;;N;;;;; +2BDF;TRUE LIGHT MOON ARTA;So;0;ON;;;;;N;;;;; +2BE0;CUPIDO;So;0;ON;;;;;N;;;;; +2BE1;HADES;So;0;ON;;;;;N;;;;; +2BE2;ZEUS;So;0;ON;;;;;N;;;;; +2BE3;KRONOS;So;0;ON;;;;;N;;;;; +2BE4;APOLLON;So;0;ON;;;;;N;;;;; +2BE5;ADMETOS;So;0;ON;;;;;N;;;;; +2BE6;VULCANUS;So;0;ON;;;;;N;;;;; +2BE7;POSEIDON;So;0;ON;;;;;N;;;;; +2BE8;LEFT HALF BLACK STAR;So;0;ON;;;;;N;;;;; +2BE9;RIGHT HALF BLACK STAR;So;0;ON;;;;;N;;;;; +2BEA;STAR WITH LEFT HALF BLACK;So;0;ON;;;;;N;;;;; +2BEB;STAR WITH RIGHT HALF BLACK;So;0;ON;;;;;N;;;;; 2BEC;LEFTWARDS TWO-HEADED ARROW WITH TRIANGLE ARROWHEADS;So;0;ON;;;;;N;;;;; 2BED;UPWARDS TWO-HEADED ARROW WITH TRIANGLE ARROWHEADS;So;0;ON;;;;;N;;;;; 2BEE;RIGHTWARDS TWO-HEADED ARROW WITH TRIANGLE ARROWHEADS;So;0;ON;;;;;N;;;;; 2BEF;DOWNWARDS TWO-HEADED ARROW WITH TRIANGLE ARROWHEADS;So;0;ON;;;;;N;;;;; +2BF0;ERIS FORM ONE;So;0;ON;;;;;N;;;;; +2BF1;ERIS FORM TWO;So;0;ON;;;;;N;;;;; +2BF2;SEDNA;So;0;ON;;;;;N;;;;; +2BF3;RUSSIAN ASTROLOGICAL SYMBOL VIGINTILE;So;0;ON;;;;;N;;;;; +2BF4;RUSSIAN ASTROLOGICAL SYMBOL NOVILE;So;0;ON;;;;;N;;;;; +2BF5;RUSSIAN ASTROLOGICAL SYMBOL QUINTILE;So;0;ON;;;;;N;;;;; +2BF6;RUSSIAN ASTROLOGICAL SYMBOL BINOVILE;So;0;ON;;;;;N;;;;; +2BF7;RUSSIAN ASTROLOGICAL SYMBOL SENTAGON;So;0;ON;;;;;N;;;;; +2BF8;RUSSIAN ASTROLOGICAL SYMBOL TREDECILE;So;0;ON;;;;;N;;;;; +2BF9;EQUALS SIGN WITH INFINITY BELOW;So;0;ON;;;;;N;;;;; +2BFA;UNITED SYMBOL;So;0;ON;;;;;N;;;;; +2BFB;SEPARATED SYMBOL;So;0;ON;;;;;N;;;;; +2BFC;DOUBLED SYMBOL;So;0;ON;;;;;N;;;;; +2BFD;PASSED SYMBOL;So;0;ON;;;;;N;;;;; +2BFE;REVERSED RIGHT ANGLE;So;0;ON;;;;;Y;;;;; 2C00;GLAGOLITIC CAPITAL LETTER AZU;Lu;0;L;;;;;N;;;;2C30; 2C01;GLAGOLITIC CAPITAL LETTER BUKY;Lu;0;L;;;;;N;;;;2C31; 2C02;GLAGOLITIC CAPITAL LETTER VEDE;Lu;0;L;;;;;N;;;;2C32; @@ -10650,6 +10751,11 @@ 2E47;LOW KAVYKA;Po;0;ON;;;;;N;;;;; 2E48;LOW KAVYKA WITH DOT;Po;0;ON;;;;;N;;;;; 2E49;DOUBLE STACKED COMMA;Po;0;ON;;;;;N;;;;; +2E4A;DOTTED SOLIDUS;Po;0;ON;;;;;N;;;;; +2E4B;TRIPLE DAGGER;Po;0;ON;;;;;N;;;;; +2E4C;MEDIEVAL COMMA;Po;0;ON;;;;;N;;;;; +2E4D;PARAGRAPHUS MARK;Po;0;ON;;;;;N;;;;; +2E4E;PUNCTUS ELEVATUS MARK;Po;0;ON;;;;;N;;;;; 2E80;CJK RADICAL REPEAT;So;0;ON;;;;;N;;;;; 2E81;CJK RADICAL CLIFF;So;0;ON;;;;;N;;;;; 2E82;CJK RADICAL SECOND ONE;So;0;ON;;;;;N;;;;; @@ -11286,6 +11392,7 @@ 312C;BOPOMOFO LETTER GN;Lo;0;L;;;;;N;;;;; 312D;BOPOMOFO LETTER IH;Lo;0;L;;;;;N;;;;; 312E;BOPOMOFO LETTER O WITH DOT ABOVE;Lo;0;L;;;;;N;;;;; +312F;BOPOMOFO LETTER NN;Lo;0;L;;;;;N;;;;; 3131;HANGUL LETTER KIYEOK;Lo;0;L;<compat> 1100;;;;N;HANGUL LETTER GIYEOG;;;; 3132;HANGUL LETTER SSANGKIYEOK;Lo;0;L;<compat> 1101;;;;N;HANGUL LETTER SSANG GIYEOG;;;; 3133;HANGUL LETTER KIYEOK-SIOS;Lo;0;L;<compat> 11AA;;;;N;HANGUL LETTER GIYEOG SIOS;;;; @@ -12052,7 +12159,7 @@ 4DFE;HEXAGRAM FOR AFTER COMPLETION;So;0;ON;;;;;N;;;;; 4DFF;HEXAGRAM FOR BEFORE COMPLETION;So;0;ON;;;;;N;;;;; 4E00;<CJK Ideograph, First>;Lo;0;L;;;;;N;;;;; -9FEA;<CJK Ideograph, Last>;Lo;0;L;;;;;N;;;;; +9FEF;<CJK Ideograph, Last>;Lo;0;L;;;;;N;;;;; A000;YI SYLLABLE IT;Lo;0;L;;;;;N;;;;; A001;YI SYLLABLE IX;Lo;0;L;;;;;N;;;;; A002;YI SYLLABLE I;Lo;0;L;;;;;N;;;;; @@ -13980,6 +14087,7 @@ A7AB;LATIN CAPITAL LETTER REVERSED OPEN E;Lu;0;L;;;;;N;;;;025C; A7AC;LATIN CAPITAL LETTER SCRIPT G;Lu;0;L;;;;;N;;;;0261; A7AD;LATIN CAPITAL LETTER L WITH BELT;Lu;0;L;;;;;N;;;;026C; A7AE;LATIN CAPITAL LETTER SMALL CAPITAL I;Lu;0;L;;;;;N;;;;026A; +A7AF;LATIN LETTER SMALL CAPITAL Q;Ll;0;L;;;;;N;;;;; A7B0;LATIN CAPITAL LETTER TURNED K;Lu;0;L;;;;;N;;;;029E; A7B1;LATIN CAPITAL LETTER TURNED T;Lu;0;L;;;;;N;;;;0287; A7B2;LATIN CAPITAL LETTER J WITH CROSSED-TAIL;Lu;0;L;;;;;N;;;;029D; @@ -13988,6 +14096,8 @@ A7B4;LATIN CAPITAL LETTER BETA;Lu;0;L;;;;;N;;;;A7B5; A7B5;LATIN SMALL LETTER BETA;Ll;0;L;;;;;N;;;A7B4;;A7B4 A7B6;LATIN CAPITAL LETTER OMEGA;Lu;0;L;;;;;N;;;;A7B7; A7B7;LATIN SMALL LETTER OMEGA;Ll;0;L;;;;;N;;;A7B6;;A7B6 +A7B8;LATIN CAPITAL LETTER U WITH STROKE;Lu;0;L;;;;;N;;;;A7B9; +A7B9;LATIN SMALL LETTER U WITH STROKE;Ll;0;L;;;;;N;;;A7B8;;A7B8 A7F7;LATIN EPIGRAPHIC LETTER SIDEWAYS I;Lo;0;L;;;;;N;;;;; A7F8;MODIFIER LETTER CAPITAL H WITH STROKE;Lm;0;L;<super> 0126;;;;N;;;;; A7F9;MODIFIER LETTER SMALL LIGATURE OE;Lm;0;L;<super> 0153;;;;N;;;;; @@ -14219,6 +14329,8 @@ A8FA;DEVANAGARI CARET;Po;0;L;;;;;N;;;;; A8FB;DEVANAGARI HEADSTROKE;Lo;0;L;;;;;N;;;;; A8FC;DEVANAGARI SIGN SIDDHAM;Po;0;L;;;;;N;;;;; A8FD;DEVANAGARI JAIN OM;Lo;0;L;;;;;N;;;;; +A8FE;DEVANAGARI LETTER AY;Lo;0;L;;;;;N;;;;; +A8FF;DEVANAGARI VOWEL SIGN AY;Mn;0;NSM;;;;;N;;;;; A900;KAYAH LI DIGIT ZERO;Nd;0;L;;0;0;0;N;;;;; A901;KAYAH LI DIGIT ONE;Nd;0;L;;1;1;1;N;;;;; A902;KAYAH LI DIGIT TWO;Nd;0;L;;2;2;2;N;;;;; @@ -18363,6 +18475,8 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 10A31;KHAROSHTHI LETTER HA;Lo;0;R;;;;;N;;;;; 10A32;KHAROSHTHI LETTER KKA;Lo;0;R;;;;;N;;;;; 10A33;KHAROSHTHI LETTER TTTHA;Lo;0;R;;;;;N;;;;; +10A34;KHAROSHTHI LETTER TTTA;Lo;0;R;;;;;N;;;;; +10A35;KHAROSHTHI LETTER VHA;Lo;0;R;;;;;N;;;;; 10A38;KHAROSHTHI SIGN BAR ABOVE;Mn;230;NSM;;;;;N;;;;; 10A39;KHAROSHTHI SIGN CAUDA;Mn;1;NSM;;;;;N;;;;; 10A3A;KHAROSHTHI SIGN DOT BELOW;Mn;220;NSM;;;;;N;;;;; @@ -18375,6 +18489,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 10A45;KHAROSHTHI NUMBER TWENTY;No;0;R;;;;20;N;;;;; 10A46;KHAROSHTHI NUMBER ONE HUNDRED;No;0;R;;;;100;N;;;;; 10A47;KHAROSHTHI NUMBER ONE THOUSAND;No;0;R;;;;1000;N;;;;; +10A48;KHAROSHTHI FRACTION ONE HALF;No;0;R;;;;1/2;N;;;;; 10A50;KHAROSHTHI PUNCTUATION DOT;Po;0;R;;;;;N;;;;; 10A51;KHAROSHTHI PUNCTUATION SMALL CIRCLE;Po;0;R;;;;;N;;;;; 10A52;KHAROSHTHI PUNCTUATION CIRCLE;Po;0;R;;;;;N;;;;; @@ -18827,6 +18942,56 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 10CFD;OLD HUNGARIAN NUMBER FIFTY;No;0;R;;;;50;N;;;;; 10CFE;OLD HUNGARIAN NUMBER ONE HUNDRED;No;0;R;;;;100;N;;;;; 10CFF;OLD HUNGARIAN NUMBER ONE THOUSAND;No;0;R;;;;1000;N;;;;; +10D00;HANIFI ROHINGYA LETTER A;Lo;0;AL;;;;;N;;;;; +10D01;HANIFI ROHINGYA LETTER BA;Lo;0;AL;;;;;N;;;;; +10D02;HANIFI ROHINGYA LETTER PA;Lo;0;AL;;;;;N;;;;; +10D03;HANIFI ROHINGYA LETTER TA;Lo;0;AL;;;;;N;;;;; +10D04;HANIFI ROHINGYA LETTER TTA;Lo;0;AL;;;;;N;;;;; +10D05;HANIFI ROHINGYA LETTER JA;Lo;0;AL;;;;;N;;;;; +10D06;HANIFI ROHINGYA LETTER CA;Lo;0;AL;;;;;N;;;;; +10D07;HANIFI ROHINGYA LETTER HA;Lo;0;AL;;;;;N;;;;; +10D08;HANIFI ROHINGYA LETTER KHA;Lo;0;AL;;;;;N;;;;; +10D09;HANIFI ROHINGYA LETTER FA;Lo;0;AL;;;;;N;;;;; +10D0A;HANIFI ROHINGYA LETTER DA;Lo;0;AL;;;;;N;;;;; +10D0B;HANIFI ROHINGYA LETTER DDA;Lo;0;AL;;;;;N;;;;; +10D0C;HANIFI ROHINGYA LETTER RA;Lo;0;AL;;;;;N;;;;; +10D0D;HANIFI ROHINGYA LETTER RRA;Lo;0;AL;;;;;N;;;;; +10D0E;HANIFI ROHINGYA LETTER ZA;Lo;0;AL;;;;;N;;;;; +10D0F;HANIFI ROHINGYA LETTER SA;Lo;0;AL;;;;;N;;;;; +10D10;HANIFI ROHINGYA LETTER SHA;Lo;0;AL;;;;;N;;;;; +10D11;HANIFI ROHINGYA LETTER KA;Lo;0;AL;;;;;N;;;;; +10D12;HANIFI ROHINGYA LETTER GA;Lo;0;AL;;;;;N;;;;; +10D13;HANIFI ROHINGYA LETTER LA;Lo;0;AL;;;;;N;;;;; +10D14;HANIFI ROHINGYA LETTER MA;Lo;0;AL;;;;;N;;;;; +10D15;HANIFI ROHINGYA LETTER NA;Lo;0;AL;;;;;N;;;;; +10D16;HANIFI ROHINGYA LETTER WA;Lo;0;AL;;;;;N;;;;; +10D17;HANIFI ROHINGYA LETTER KINNA WA;Lo;0;AL;;;;;N;;;;; +10D18;HANIFI ROHINGYA LETTER YA;Lo;0;AL;;;;;N;;;;; +10D19;HANIFI ROHINGYA LETTER KINNA YA;Lo;0;AL;;;;;N;;;;; +10D1A;HANIFI ROHINGYA LETTER NGA;Lo;0;AL;;;;;N;;;;; +10D1B;HANIFI ROHINGYA LETTER NYA;Lo;0;AL;;;;;N;;;;; +10D1C;HANIFI ROHINGYA LETTER VA;Lo;0;AL;;;;;N;;;;; +10D1D;HANIFI ROHINGYA VOWEL A;Lo;0;AL;;;;;N;;;;; +10D1E;HANIFI ROHINGYA VOWEL I;Lo;0;AL;;;;;N;;;;; +10D1F;HANIFI ROHINGYA VOWEL U;Lo;0;AL;;;;;N;;;;; +10D20;HANIFI ROHINGYA VOWEL E;Lo;0;AL;;;;;N;;;;; +10D21;HANIFI ROHINGYA VOWEL O;Lo;0;AL;;;;;N;;;;; +10D22;HANIFI ROHINGYA MARK SAKIN;Lo;0;AL;;;;;N;;;;; +10D23;HANIFI ROHINGYA MARK NA KHONNA;Lo;0;AL;;;;;N;;;;; +10D24;HANIFI ROHINGYA SIGN HARBAHAY;Mn;230;NSM;;;;;N;;;;; +10D25;HANIFI ROHINGYA SIGN TAHALA;Mn;230;NSM;;;;;N;;;;; +10D26;HANIFI ROHINGYA SIGN TANA;Mn;230;NSM;;;;;N;;;;; +10D27;HANIFI ROHINGYA SIGN TASSI;Mn;230;NSM;;;;;N;;;;; +10D30;HANIFI ROHINGYA DIGIT ZERO;Nd;0;AN;;0;0;0;N;;;;; +10D31;HANIFI ROHINGYA DIGIT ONE;Nd;0;AN;;1;1;1;N;;;;; +10D32;HANIFI ROHINGYA DIGIT TWO;Nd;0;AN;;2;2;2;N;;;;; +10D33;HANIFI ROHINGYA DIGIT THREE;Nd;0;AN;;3;3;3;N;;;;; +10D34;HANIFI ROHINGYA DIGIT FOUR;Nd;0;AN;;4;4;4;N;;;;; +10D35;HANIFI ROHINGYA DIGIT FIVE;Nd;0;AN;;5;5;5;N;;;;; +10D36;HANIFI ROHINGYA DIGIT SIX;Nd;0;AN;;6;6;6;N;;;;; +10D37;HANIFI ROHINGYA DIGIT SEVEN;Nd;0;AN;;7;7;7;N;;;;; +10D38;HANIFI ROHINGYA DIGIT EIGHT;Nd;0;AN;;8;8;8;N;;;;; +10D39;HANIFI ROHINGYA DIGIT NINE;Nd;0;AN;;9;9;9;N;;;;; 10E60;RUMI DIGIT ONE;No;0;AN;;;1;1;N;;;;; 10E61;RUMI DIGIT TWO;No;0;AN;;;2;2;N;;;;; 10E62;RUMI DIGIT THREE;No;0;AN;;;3;3;N;;;;; @@ -18858,6 +19023,88 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 10E7C;RUMI FRACTION ONE QUARTER;No;0;AN;;;;1/4;N;;;;; 10E7D;RUMI FRACTION ONE THIRD;No;0;AN;;;;1/3;N;;;;; 10E7E;RUMI FRACTION TWO THIRDS;No;0;AN;;;;2/3;N;;;;; +10F00;OLD SOGDIAN LETTER ALEPH;Lo;0;R;;;;;N;;;;; +10F01;OLD SOGDIAN LETTER FINAL ALEPH;Lo;0;R;;;;;N;;;;; +10F02;OLD SOGDIAN LETTER BETH;Lo;0;R;;;;;N;;;;; +10F03;OLD SOGDIAN LETTER FINAL BETH;Lo;0;R;;;;;N;;;;; +10F04;OLD SOGDIAN LETTER GIMEL;Lo;0;R;;;;;N;;;;; +10F05;OLD SOGDIAN LETTER HE;Lo;0;R;;;;;N;;;;; +10F06;OLD SOGDIAN LETTER FINAL HE;Lo;0;R;;;;;N;;;;; +10F07;OLD SOGDIAN LETTER WAW;Lo;0;R;;;;;N;;;;; +10F08;OLD SOGDIAN LETTER ZAYIN;Lo;0;R;;;;;N;;;;; +10F09;OLD SOGDIAN LETTER HETH;Lo;0;R;;;;;N;;;;; +10F0A;OLD SOGDIAN LETTER YODH;Lo;0;R;;;;;N;;;;; +10F0B;OLD SOGDIAN LETTER KAPH;Lo;0;R;;;;;N;;;;; +10F0C;OLD SOGDIAN LETTER LAMEDH;Lo;0;R;;;;;N;;;;; +10F0D;OLD SOGDIAN LETTER MEM;Lo;0;R;;;;;N;;;;; +10F0E;OLD SOGDIAN LETTER NUN;Lo;0;R;;;;;N;;;;; +10F0F;OLD SOGDIAN LETTER FINAL NUN;Lo;0;R;;;;;N;;;;; +10F10;OLD SOGDIAN LETTER FINAL NUN WITH VERTICAL TAIL;Lo;0;R;;;;;N;;;;; +10F11;OLD SOGDIAN LETTER SAMEKH;Lo;0;R;;;;;N;;;;; +10F12;OLD SOGDIAN LETTER AYIN;Lo;0;R;;;;;N;;;;; +10F13;OLD SOGDIAN LETTER ALTERNATE AYIN;Lo;0;R;;;;;N;;;;; +10F14;OLD SOGDIAN LETTER PE;Lo;0;R;;;;;N;;;;; +10F15;OLD SOGDIAN LETTER SADHE;Lo;0;R;;;;;N;;;;; +10F16;OLD SOGDIAN LETTER FINAL SADHE;Lo;0;R;;;;;N;;;;; +10F17;OLD SOGDIAN LETTER FINAL SADHE WITH VERTICAL TAIL;Lo;0;R;;;;;N;;;;; +10F18;OLD SOGDIAN LETTER RESH-AYIN-DALETH;Lo;0;R;;;;;N;;;;; +10F19;OLD SOGDIAN LETTER SHIN;Lo;0;R;;;;;N;;;;; +10F1A;OLD SOGDIAN LETTER TAW;Lo;0;R;;;;;N;;;;; +10F1B;OLD SOGDIAN LETTER FINAL TAW;Lo;0;R;;;;;N;;;;; +10F1C;OLD SOGDIAN LETTER FINAL TAW WITH VERTICAL TAIL;Lo;0;R;;;;;N;;;;; +10F1D;OLD SOGDIAN NUMBER ONE;No;0;R;;;;1;N;;;;; +10F1E;OLD SOGDIAN NUMBER TWO;No;0;R;;;;2;N;;;;; +10F1F;OLD SOGDIAN NUMBER THREE;No;0;R;;;;3;N;;;;; +10F20;OLD SOGDIAN NUMBER FOUR;No;0;R;;;;4;N;;;;; +10F21;OLD SOGDIAN NUMBER FIVE;No;0;R;;;;5;N;;;;; +10F22;OLD SOGDIAN NUMBER TEN;No;0;R;;;;10;N;;;;; +10F23;OLD SOGDIAN NUMBER TWENTY;No;0;R;;;;20;N;;;;; +10F24;OLD SOGDIAN NUMBER THIRTY;No;0;R;;;;30;N;;;;; +10F25;OLD SOGDIAN NUMBER ONE HUNDRED;No;0;R;;;;100;N;;;;; +10F26;OLD SOGDIAN FRACTION ONE HALF;No;0;R;;;;1/2;N;;;;; +10F27;OLD SOGDIAN LIGATURE AYIN-DALETH;Lo;0;R;;;;;N;;;;; +10F30;SOGDIAN LETTER ALEPH;Lo;0;AL;;;;;N;;;;; +10F31;SOGDIAN LETTER BETH;Lo;0;AL;;;;;N;;;;; +10F32;SOGDIAN LETTER GIMEL;Lo;0;AL;;;;;N;;;;; +10F33;SOGDIAN LETTER HE;Lo;0;AL;;;;;N;;;;; +10F34;SOGDIAN LETTER WAW;Lo;0;AL;;;;;N;;;;; +10F35;SOGDIAN LETTER ZAYIN;Lo;0;AL;;;;;N;;;;; +10F36;SOGDIAN LETTER HETH;Lo;0;AL;;;;;N;;;;; +10F37;SOGDIAN LETTER YODH;Lo;0;AL;;;;;N;;;;; +10F38;SOGDIAN LETTER KAPH;Lo;0;AL;;;;;N;;;;; +10F39;SOGDIAN LETTER LAMEDH;Lo;0;AL;;;;;N;;;;; +10F3A;SOGDIAN LETTER MEM;Lo;0;AL;;;;;N;;;;; +10F3B;SOGDIAN LETTER NUN;Lo;0;AL;;;;;N;;;;; +10F3C;SOGDIAN LETTER SAMEKH;Lo;0;AL;;;;;N;;;;; +10F3D;SOGDIAN LETTER AYIN;Lo;0;AL;;;;;N;;;;; +10F3E;SOGDIAN LETTER PE;Lo;0;AL;;;;;N;;;;; +10F3F;SOGDIAN LETTER SADHE;Lo;0;AL;;;;;N;;;;; +10F40;SOGDIAN LETTER RESH-AYIN;Lo;0;AL;;;;;N;;;;; +10F41;SOGDIAN LETTER SHIN;Lo;0;AL;;;;;N;;;;; +10F42;SOGDIAN LETTER TAW;Lo;0;AL;;;;;N;;;;; +10F43;SOGDIAN LETTER FETH;Lo;0;AL;;;;;N;;;;; +10F44;SOGDIAN LETTER LESH;Lo;0;AL;;;;;N;;;;; +10F45;SOGDIAN INDEPENDENT SHIN;Lo;0;AL;;;;;N;;;;; +10F46;SOGDIAN COMBINING DOT BELOW;Mn;220;NSM;;;;;N;;;;; +10F47;SOGDIAN COMBINING TWO DOTS BELOW;Mn;220;NSM;;;;;N;;;;; +10F48;SOGDIAN COMBINING DOT ABOVE;Mn;230;NSM;;;;;N;;;;; +10F49;SOGDIAN COMBINING TWO DOTS ABOVE;Mn;230;NSM;;;;;N;;;;; +10F4A;SOGDIAN COMBINING CURVE ABOVE;Mn;230;NSM;;;;;N;;;;; +10F4B;SOGDIAN COMBINING CURVE BELOW;Mn;220;NSM;;;;;N;;;;; +10F4C;SOGDIAN COMBINING HOOK ABOVE;Mn;230;NSM;;;;;N;;;;; +10F4D;SOGDIAN COMBINING HOOK BELOW;Mn;220;NSM;;;;;N;;;;; +10F4E;SOGDIAN COMBINING LONG HOOK BELOW;Mn;220;NSM;;;;;N;;;;; +10F4F;SOGDIAN COMBINING RESH BELOW;Mn;220;NSM;;;;;N;;;;; +10F50;SOGDIAN COMBINING STROKE BELOW;Mn;220;NSM;;;;;N;;;;; +10F51;SOGDIAN NUMBER ONE;No;0;AL;;;;1;N;;;;; +10F52;SOGDIAN NUMBER TEN;No;0;AL;;;;10;N;;;;; +10F53;SOGDIAN NUMBER TWENTY;No;0;AL;;;;20;N;;;;; +10F54;SOGDIAN NUMBER ONE HUNDRED;No;0;AL;;;;100;N;;;;; +10F55;SOGDIAN PUNCTUATION TWO VERTICAL BARS;Po;0;AL;;;;;N;;;;; +10F56;SOGDIAN PUNCTUATION TWO VERTICAL BARS WITH DOTS;Po;0;AL;;;;;N;;;;; +10F57;SOGDIAN PUNCTUATION CIRCLE WITH DOT;Po;0;AL;;;;;N;;;;; +10F58;SOGDIAN PUNCTUATION TWO CIRCLES WITH DOTS;Po;0;AL;;;;;N;;;;; +10F59;SOGDIAN PUNCTUATION HALF CIRCLE WITH DOT;Po;0;AL;;;;;N;;;;; 11000;BRAHMI SIGN CANDRABINDU;Mc;0;L;;;;;N;;;;; 11001;BRAHMI SIGN ANUSVARA;Mn;0;NSM;;;;;N;;;;; 11002;BRAHMI SIGN VISARGA;Mc;0;L;;;;;N;;;;; @@ -19033,6 +19280,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 110BF;KAITHI DOUBLE SECTION MARK;Po;0;L;;;;;N;;;;; 110C0;KAITHI DANDA;Po;0;L;;;;;N;;;;; 110C1;KAITHI DOUBLE DANDA;Po;0;L;;;;;N;;;;; +110CD;KAITHI NUMBER SIGN ABOVE;Cf;0;L;;;;;N;;;;; 110D0;SORA SOMPENG LETTER SAH;Lo;0;L;;;;;N;;;;; 110D1;SORA SOMPENG LETTER TAH;Lo;0;L;;;;;N;;;;; 110D2;SORA SOMPENG LETTER BAH;Lo;0;L;;;;;N;;;;; @@ -19135,6 +19383,9 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 11141;CHAKMA DANDA;Po;0;L;;;;;N;;;;; 11142;CHAKMA DOUBLE DANDA;Po;0;L;;;;;N;;;;; 11143;CHAKMA QUESTION MARK;Po;0;L;;;;;N;;;;; +11144;CHAKMA LETTER LHAA;Lo;0;L;;;;;N;;;;; +11145;CHAKMA VOWEL SIGN AA;Mc;0;L;;;;;N;;;;; +11146;CHAKMA VOWEL SIGN EI;Mc;0;L;;;;;N;;;;; 11150;MAHAJANI LETTER A;Lo;0;L;;;;;N;;;;; 11151;MAHAJANI LETTER I;Lo;0;L;;;;;N;;;;; 11152;MAHAJANI LETTER U;Lo;0;L;;;;;N;;;;; @@ -19247,7 +19498,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 111C6;SHARADA DOUBLE DANDA;Po;0;L;;;;;N;;;;; 111C7;SHARADA ABBREVIATION SIGN;Po;0;L;;;;;N;;;;; 111C8;SHARADA SEPARATOR;Po;0;L;;;;;N;;;;; -111C9;SHARADA SANDHI MARK;Po;0;L;;;;;N;;;;; +111C9;SHARADA SANDHI MARK;Mn;0;NSM;;;;;N;;;;; 111CA;SHARADA SIGN NUKTA;Mn;7;NSM;;;;;N;;;;; 111CB;SHARADA VOWEL MODIFIER MARK;Mn;0;NSM;;;;;N;;;;; 111CC;SHARADA EXTRA SHORT VOWEL MARK;Mn;0;NSM;;;;;N;;;;; @@ -19507,6 +19758,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 11337;GRANTHA LETTER SSA;Lo;0;L;;;;;N;;;;; 11338;GRANTHA LETTER SA;Lo;0;L;;;;;N;;;;; 11339;GRANTHA LETTER HA;Lo;0;L;;;;;N;;;;; +1133B;COMBINING BINDU BELOW;Mn;7;NSM;;;;;N;;;;; 1133C;GRANTHA SIGN NUKTA;Mn;7;NSM;;;;;N;;;;; 1133D;GRANTHA SIGN AVAGRAHA;Lo;0;L;;;;;N;;;;; 1133E;GRANTHA VOWEL SIGN AA;Mc;0;L;;;;;N;;;;; @@ -19634,6 +19886,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 11459;NEWA DIGIT NINE;Nd;0;L;;9;9;9;N;;;;; 1145B;NEWA PLACEHOLDER MARK;Po;0;L;;;;;N;;;;; 1145D;NEWA INSERTION SIGN;Po;0;L;;;;;N;;;;; +1145E;NEWA SANDHI MARK;Mn;230;NSM;;;;;N;;;;; 11480;TIRHUTA ANJI;Lo;0;L;;;;;N;;;;; 11481;TIRHUTA LETTER A;Lo;0;L;;;;;N;;;;; 11482;TIRHUTA LETTER AA;Lo;0;L;;;;;N;;;;; @@ -19992,6 +20245,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 11717;AHOM LETTER GHA;Lo;0;L;;;;;N;;;;; 11718;AHOM LETTER BHA;Lo;0;L;;;;;N;;;;; 11719;AHOM LETTER JHA;Lo;0;L;;;;;N;;;;; +1171A;AHOM LETTER ALTERNATE BA;Lo;0;L;;;;;N;;;;; 1171D;AHOM CONSONANT SIGN MEDIAL LA;Mn;0;NSM;;;;;N;;;;; 1171E;AHOM CONSONANT SIGN MEDIAL RA;Mn;0;NSM;;;;;N;;;;; 1171F;AHOM CONSONANT SIGN MEDIAL LIGATING RA;Mn;0;NSM;;;;;N;;;;; @@ -20023,6 +20277,66 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1173D;AHOM SIGN SECTION;Po;0;L;;;;;N;;;;; 1173E;AHOM SIGN RULAI;Po;0;L;;;;;N;;;;; 1173F;AHOM SYMBOL VI;So;0;L;;;;;N;;;;; +11800;DOGRA LETTER A;Lo;0;L;;;;;N;;;;; +11801;DOGRA LETTER AA;Lo;0;L;;;;;N;;;;; +11802;DOGRA LETTER I;Lo;0;L;;;;;N;;;;; +11803;DOGRA LETTER II;Lo;0;L;;;;;N;;;;; +11804;DOGRA LETTER U;Lo;0;L;;;;;N;;;;; +11805;DOGRA LETTER UU;Lo;0;L;;;;;N;;;;; +11806;DOGRA LETTER E;Lo;0;L;;;;;N;;;;; +11807;DOGRA LETTER AI;Lo;0;L;;;;;N;;;;; +11808;DOGRA LETTER O;Lo;0;L;;;;;N;;;;; +11809;DOGRA LETTER AU;Lo;0;L;;;;;N;;;;; +1180A;DOGRA LETTER KA;Lo;0;L;;;;;N;;;;; +1180B;DOGRA LETTER KHA;Lo;0;L;;;;;N;;;;; +1180C;DOGRA LETTER GA;Lo;0;L;;;;;N;;;;; +1180D;DOGRA LETTER GHA;Lo;0;L;;;;;N;;;;; +1180E;DOGRA LETTER NGA;Lo;0;L;;;;;N;;;;; +1180F;DOGRA LETTER CA;Lo;0;L;;;;;N;;;;; +11810;DOGRA LETTER CHA;Lo;0;L;;;;;N;;;;; +11811;DOGRA LETTER JA;Lo;0;L;;;;;N;;;;; +11812;DOGRA LETTER JHA;Lo;0;L;;;;;N;;;;; +11813;DOGRA LETTER NYA;Lo;0;L;;;;;N;;;;; +11814;DOGRA LETTER TTA;Lo;0;L;;;;;N;;;;; +11815;DOGRA LETTER TTHA;Lo;0;L;;;;;N;;;;; +11816;DOGRA LETTER DDA;Lo;0;L;;;;;N;;;;; +11817;DOGRA LETTER DDHA;Lo;0;L;;;;;N;;;;; +11818;DOGRA LETTER NNA;Lo;0;L;;;;;N;;;;; +11819;DOGRA LETTER TA;Lo;0;L;;;;;N;;;;; +1181A;DOGRA LETTER THA;Lo;0;L;;;;;N;;;;; +1181B;DOGRA LETTER DA;Lo;0;L;;;;;N;;;;; +1181C;DOGRA LETTER DHA;Lo;0;L;;;;;N;;;;; +1181D;DOGRA LETTER NA;Lo;0;L;;;;;N;;;;; +1181E;DOGRA LETTER PA;Lo;0;L;;;;;N;;;;; +1181F;DOGRA LETTER PHA;Lo;0;L;;;;;N;;;;; +11820;DOGRA LETTER BA;Lo;0;L;;;;;N;;;;; +11821;DOGRA LETTER BHA;Lo;0;L;;;;;N;;;;; +11822;DOGRA LETTER MA;Lo;0;L;;;;;N;;;;; +11823;DOGRA LETTER YA;Lo;0;L;;;;;N;;;;; +11824;DOGRA LETTER RA;Lo;0;L;;;;;N;;;;; +11825;DOGRA LETTER LA;Lo;0;L;;;;;N;;;;; +11826;DOGRA LETTER VA;Lo;0;L;;;;;N;;;;; +11827;DOGRA LETTER SHA;Lo;0;L;;;;;N;;;;; +11828;DOGRA LETTER SSA;Lo;0;L;;;;;N;;;;; +11829;DOGRA LETTER SA;Lo;0;L;;;;;N;;;;; +1182A;DOGRA LETTER HA;Lo;0;L;;;;;N;;;;; +1182B;DOGRA LETTER RRA;Lo;0;L;;;;;N;;;;; +1182C;DOGRA VOWEL SIGN AA;Mc;0;L;;;;;N;;;;; +1182D;DOGRA VOWEL SIGN I;Mc;0;L;;;;;N;;;;; +1182E;DOGRA VOWEL SIGN II;Mc;0;L;;;;;N;;;;; +1182F;DOGRA VOWEL SIGN U;Mn;0;NSM;;;;;N;;;;; +11830;DOGRA VOWEL SIGN UU;Mn;0;NSM;;;;;N;;;;; +11831;DOGRA VOWEL SIGN VOCALIC R;Mn;0;NSM;;;;;N;;;;; +11832;DOGRA VOWEL SIGN VOCALIC RR;Mn;0;NSM;;;;;N;;;;; +11833;DOGRA VOWEL SIGN E;Mn;0;NSM;;;;;N;;;;; +11834;DOGRA VOWEL SIGN AI;Mn;0;NSM;;;;;N;;;;; 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11A0A;ZANABAZAR SQUARE VOWEL LENGTH MARK;Mn;0;NSM;;;;;N;;;;; 11A0B;ZANABAZAR SQUARE LETTER KA;Lo;0;L;;;;;N;;;;; @@ -20254,6 +20568,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 11A9A;SOYOMBO MARK TSHEG;Po;0;L;;;;;N;;;;; 11A9B;SOYOMBO MARK SHAD;Po;0;L;;;;;N;;;;; 11A9C;SOYOMBO MARK DOUBLE SHAD;Po;0;L;;;;;N;;;;; +11A9D;SOYOMBO MARK PLUTA;Lo;0;L;;;;;N;;;;; 11A9E;SOYOMBO HEAD MARK WITH MOON AND SUN AND TRIPLE FLAME;Po;0;L;;;;;N;;;;; 11A9F;SOYOMBO HEAD MARK WITH MOON AND SUN AND FLAME;Po;0;L;;;;;N;;;;; 11AA0;SOYOMBO HEAD MARK WITH MOON AND SUN;Po;0;L;;;;;N;;;;; @@ -20556,6 +20871,94 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 11D57;MASARAM GONDI DIGIT SEVEN;Nd;0;L;;7;7;7;N;;;;; 11D58;MASARAM GONDI DIGIT EIGHT;Nd;0;L;;8;8;8;N;;;;; 11D59;MASARAM GONDI DIGIT NINE;Nd;0;L;;9;9;9;N;;;;; +11D60;GUNJALA GONDI LETTER A;Lo;0;L;;;;;N;;;;; +11D61;GUNJALA GONDI LETTER AA;Lo;0;L;;;;;N;;;;; +11D62;GUNJALA GONDI LETTER I;Lo;0;L;;;;;N;;;;; +11D63;GUNJALA GONDI LETTER II;Lo;0;L;;;;;N;;;;; +11D64;GUNJALA GONDI LETTER U;Lo;0;L;;;;;N;;;;; 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12001;CUNEIFORM SIGN A TIMES A;Lo;0;L;;;;;N;;;;; 12002;CUNEIFORM SIGN A TIMES BAD;Lo;0;L;;;;;N;;;;; @@ -24219,6 +24622,97 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 16B8D;PAHAWH HMONG CLAN SIGN TSWB;Lo;0;L;;;;;N;;;;; 16B8E;PAHAWH HMONG CLAN SIGN KWM;Lo;0;L;;;;;N;;;;; 16B8F;PAHAWH HMONG CLAN SIGN VWJ;Lo;0;L;;;;;N;;;;; +16E40;MEDEFAIDRIN CAPITAL LETTER M;Lu;0;L;;;;;N;;;;16E60; +16E41;MEDEFAIDRIN CAPITAL LETTER S;Lu;0;L;;;;;N;;;;16E61; +16E42;MEDEFAIDRIN CAPITAL LETTER V;Lu;0;L;;;;;N;;;;16E62; +16E43;MEDEFAIDRIN CAPITAL LETTER W;Lu;0;L;;;;;N;;;;16E63; +16E44;MEDEFAIDRIN CAPITAL LETTER ATIU;Lu;0;L;;;;;N;;;;16E64; +16E45;MEDEFAIDRIN CAPITAL LETTER Z;Lu;0;L;;;;;N;;;;16E65; +16E46;MEDEFAIDRIN CAPITAL LETTER KP;Lu;0;L;;;;;N;;;;16E66; +16E47;MEDEFAIDRIN CAPITAL LETTER P;Lu;0;L;;;;;N;;;;16E67; +16E48;MEDEFAIDRIN CAPITAL LETTER T;Lu;0;L;;;;;N;;;;16E68; +16E49;MEDEFAIDRIN CAPITAL LETTER G;Lu;0;L;;;;;N;;;;16E69; +16E4A;MEDEFAIDRIN CAPITAL LETTER F;Lu;0;L;;;;;N;;;;16E6A; +16E4B;MEDEFAIDRIN CAPITAL LETTER I;Lu;0;L;;;;;N;;;;16E6B; +16E4C;MEDEFAIDRIN CAPITAL LETTER K;Lu;0;L;;;;;N;;;;16E6C; +16E4D;MEDEFAIDRIN CAPITAL LETTER A;Lu;0;L;;;;;N;;;;16E6D; +16E4E;MEDEFAIDRIN CAPITAL LETTER J;Lu;0;L;;;;;N;;;;16E6E; +16E4F;MEDEFAIDRIN CAPITAL LETTER E;Lu;0;L;;;;;N;;;;16E6F; +16E50;MEDEFAIDRIN CAPITAL LETTER B;Lu;0;L;;;;;N;;;;16E70; +16E51;MEDEFAIDRIN CAPITAL LETTER C;Lu;0;L;;;;;N;;;;16E71; +16E52;MEDEFAIDRIN CAPITAL LETTER U;Lu;0;L;;;;;N;;;;16E72; +16E53;MEDEFAIDRIN CAPITAL LETTER YU;Lu;0;L;;;;;N;;;;16E73; +16E54;MEDEFAIDRIN CAPITAL LETTER L;Lu;0;L;;;;;N;;;;16E74; +16E55;MEDEFAIDRIN CAPITAL LETTER Q;Lu;0;L;;;;;N;;;;16E75; +16E56;MEDEFAIDRIN CAPITAL LETTER HP;Lu;0;L;;;;;N;;;;16E76; +16E57;MEDEFAIDRIN CAPITAL LETTER NY;Lu;0;L;;;;;N;;;;16E77; +16E58;MEDEFAIDRIN CAPITAL LETTER X;Lu;0;L;;;;;N;;;;16E78; +16E59;MEDEFAIDRIN CAPITAL LETTER D;Lu;0;L;;;;;N;;;;16E79; +16E5A;MEDEFAIDRIN CAPITAL LETTER OE;Lu;0;L;;;;;N;;;;16E7A; +16E5B;MEDEFAIDRIN CAPITAL LETTER N;Lu;0;L;;;;;N;;;;16E7B; +16E5C;MEDEFAIDRIN CAPITAL LETTER R;Lu;0;L;;;;;N;;;;16E7C; 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+16E95;MEDEFAIDRIN DIGIT TWO ALTERNATE FORM;No;0;L;;;;2;N;;;;; +16E96;MEDEFAIDRIN DIGIT THREE ALTERNATE FORM;No;0;L;;;;3;N;;;;; +16E97;MEDEFAIDRIN COMMA;Po;0;L;;;;;N;;;;; +16E98;MEDEFAIDRIN FULL STOP;Po;0;L;;;;;N;;;;; +16E99;MEDEFAIDRIN SYMBOL AIVA;Po;0;L;;;;;N;;;;; +16E9A;MEDEFAIDRIN EXCLAMATION OH;Po;0;L;;;;;N;;;;; 16F00;MIAO LETTER PA;Lo;0;L;;;;;N;;;;; 16F01;MIAO LETTER BA;Lo;0;L;;;;;N;;;;; 16F02;MIAO LETTER YI PA;Lo;0;L;;;;;N;;;;; @@ -24355,7 +24849,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 16FE0;TANGUT ITERATION MARK;Lm;0;L;;;;;N;;;;; 16FE1;NUSHU ITERATION MARK;Lm;0;L;;;;;N;;;;; 17000;<Tangut Ideograph, First>;Lo;0;L;;;;;N;;;;; -187EC;<Tangut Ideograph, Last>;Lo;0;L;;;;;N;;;;; +187F1;<Tangut Ideograph, Last>;Lo;0;L;;;;;N;;;;; 18800;TANGUT COMPONENT-001;Lo;0;L;;;;;N;;;;; 18801;TANGUT COMPONENT-002;Lo;0;L;;;;;N;;;;; 18802;TANGUT COMPONENT-003;Lo;0;L;;;;;N;;;;; @@ -26488,6 +26982,26 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1D243;COMBINING GREEK MUSICAL TETRASEME;Mn;230;NSM;;;;;N;;;;; 1D244;COMBINING GREEK MUSICAL PENTASEME;Mn;230;NSM;;;;;N;;;;; 1D245;GREEK MUSICAL LEIMMA;So;0;ON;;;;;N;;;;; +1D2E0;MAYAN NUMERAL ZERO;No;0;L;;;;0;N;;;;; +1D2E1;MAYAN NUMERAL ONE;No;0;L;;;;1;N;;;;; +1D2E2;MAYAN NUMERAL TWO;No;0;L;;;;2;N;;;;; +1D2E3;MAYAN NUMERAL THREE;No;0;L;;;;3;N;;;;; +1D2E4;MAYAN NUMERAL FOUR;No;0;L;;;;4;N;;;;; +1D2E5;MAYAN NUMERAL FIVE;No;0;L;;;;5;N;;;;; +1D2E6;MAYAN NUMERAL SIX;No;0;L;;;;6;N;;;;; +1D2E7;MAYAN NUMERAL SEVEN;No;0;L;;;;7;N;;;;; +1D2E8;MAYAN NUMERAL EIGHT;No;0;L;;;;8;N;;;;; +1D2E9;MAYAN NUMERAL NINE;No;0;L;;;;9;N;;;;; +1D2EA;MAYAN NUMERAL TEN;No;0;L;;;;10;N;;;;; +1D2EB;MAYAN NUMERAL ELEVEN;No;0;L;;;;11;N;;;;; +1D2EC;MAYAN NUMERAL TWELVE;No;0;L;;;;12;N;;;;; +1D2ED;MAYAN NUMERAL THIRTEEN;No;0;L;;;;13;N;;;;; +1D2EE;MAYAN NUMERAL FOURTEEN;No;0;L;;;;14;N;;;;; +1D2EF;MAYAN NUMERAL FIFTEEN;No;0;L;;;;15;N;;;;; +1D2F0;MAYAN NUMERAL SIXTEEN;No;0;L;;;;16;N;;;;; +1D2F1;MAYAN NUMERAL SEVENTEEN;No;0;L;;;;17;N;;;;; +1D2F2;MAYAN NUMERAL EIGHTEEN;No;0;L;;;;18;N;;;;; +1D2F3;MAYAN NUMERAL NINETEEN;No;0;L;;;;19;N;;;;; 1D300;MONOGRAM FOR EARTH;So;0;ON;;;;;N;;;;; 1D301;DIGRAM FOR HEAVENLY EARTH;So;0;ON;;;;;N;;;;; 1D302;DIGRAM FOR HUMAN EARTH;So;0;ON;;;;;N;;;;; @@ -26593,6 +27107,13 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1D36F;COUNTING ROD TENS DIGIT SEVEN;No;0;L;;;;70;N;;;;; 1D370;COUNTING ROD TENS DIGIT EIGHT;No;0;L;;;;80;N;;;;; 1D371;COUNTING ROD TENS DIGIT NINE;No;0;L;;;;90;N;;;;; +1D372;IDEOGRAPHIC TALLY MARK ONE;No;0;L;;;;1;N;;;;; +1D373;IDEOGRAPHIC TALLY MARK TWO;No;0;L;;;;2;N;;;;; +1D374;IDEOGRAPHIC TALLY MARK THREE;No;0;L;;;;3;N;;;;; +1D375;IDEOGRAPHIC TALLY MARK FOUR;No;0;L;;;;4;N;;;;; +1D376;IDEOGRAPHIC TALLY MARK FIVE;No;0;L;;;;5;N;;;;; +1D377;TALLY MARK ONE;No;0;L;;;;1;N;;;;; +1D378;TALLY MARK FIVE;No;0;L;;;;5;N;;;;; 1D400;MATHEMATICAL BOLD CAPITAL A;Lu;0;L;<font> 0041;;;;N;;;;; 1D401;MATHEMATICAL BOLD CAPITAL B;Lu;0;L;<font> 0042;;;;N;;;;; 1D402;MATHEMATICAL BOLD CAPITAL C;Lu;0;L;<font> 0043;;;;N;;;;; @@ -28599,6 +29120,74 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1E959;ADLAM DIGIT NINE;Nd;0;R;;9;9;9;N;;;;; 1E95E;ADLAM INITIAL EXCLAMATION MARK;Po;0;R;;;;;N;;;;; 1E95F;ADLAM INITIAL QUESTION MARK;Po;0;R;;;;;N;;;;; +1EC71;INDIC SIYAQ NUMBER ONE;No;0;AL;;;;1;N;;;;; +1EC72;INDIC SIYAQ NUMBER TWO;No;0;AL;;;;2;N;;;;; +1EC73;INDIC SIYAQ NUMBER THREE;No;0;AL;;;;3;N;;;;; +1EC74;INDIC SIYAQ NUMBER FOUR;No;0;AL;;;;4;N;;;;; +1EC75;INDIC SIYAQ NUMBER FIVE;No;0;AL;;;;5;N;;;;; +1EC76;INDIC SIYAQ NUMBER SIX;No;0;AL;;;;6;N;;;;; +1EC77;INDIC SIYAQ NUMBER SEVEN;No;0;AL;;;;7;N;;;;; +1EC78;INDIC SIYAQ NUMBER EIGHT;No;0;AL;;;;8;N;;;;; +1EC79;INDIC SIYAQ NUMBER NINE;No;0;AL;;;;9;N;;;;; +1EC7A;INDIC SIYAQ NUMBER TEN;No;0;AL;;;;10;N;;;;; +1EC7B;INDIC SIYAQ NUMBER TWENTY;No;0;AL;;;;20;N;;;;; +1EC7C;INDIC SIYAQ NUMBER THIRTY;No;0;AL;;;;30;N;;;;; +1EC7D;INDIC SIYAQ NUMBER FORTY;No;0;AL;;;;40;N;;;;; +1EC7E;INDIC SIYAQ NUMBER FIFTY;No;0;AL;;;;50;N;;;;; +1EC7F;INDIC SIYAQ NUMBER SIXTY;No;0;AL;;;;60;N;;;;; +1EC80;INDIC SIYAQ NUMBER SEVENTY;No;0;AL;;;;70;N;;;;; +1EC81;INDIC SIYAQ NUMBER EIGHTY;No;0;AL;;;;80;N;;;;; +1EC82;INDIC SIYAQ NUMBER NINETY;No;0;AL;;;;90;N;;;;; 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1EE01;ARABIC MATHEMATICAL BEH;Lo;0;AL;<font> 0628;;;;N;;;;; 1EE02;ARABIC MATHEMATICAL JEEM;Lo;0;AL;<font> 062C;;;;N;;;;; @@ -29012,6 +29601,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1F12C;CIRCLED ITALIC LATIN CAPITAL LETTER R;So;0;L;<circle> 0052;;;;N;;;;; 1F12D;CIRCLED CD;So;0;L;<circle> 0043 0044;;;;N;;;;; 1F12E;CIRCLED WZ;So;0;L;<circle> 0057 005A;;;;N;;;;; +1F12F;COPYLEFT SYMBOL;So;0;ON;;;;;N;;;;; 1F130;SQUARED LATIN CAPITAL LETTER A;So;0;L;<square> 0041;;;;N;;;;; 1F131;SQUARED LATIN CAPITAL LETTER B;So;0;L;<square> 0042;;;;N;;;;; 1F132;SQUARED LATIN CAPITAL LETTER C;So;0;L;<square> 0043;;;;N;;;;; @@ -30226,6 +30816,7 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1F6F6;CANOE;So;0;ON;;;;;N;;;;; 1F6F7;SLED;So;0;ON;;;;;N;;;;; 1F6F8;FLYING SAUCER;So;0;ON;;;;;N;;;;; +1F6F9;SKATEBOARD;So;0;ON;;;;;N;;;;; 1F700;ALCHEMICAL SYMBOL FOR QUINTESSENCE;So;0;ON;;;;;N;;;;; 1F701;ALCHEMICAL SYMBOL FOR AIR;So;0;ON;;;;;N;;;;; 1F702;ALCHEMICAL SYMBOL FOR FIRE;So;0;ON;;;;;N;;;;; @@ -30427,6 +31018,10 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1F7D2;LIGHT TWELVE POINTED BLACK STAR;So;0;ON;;;;;N;;;;; 1F7D3;HEAVY TWELVE POINTED BLACK STAR;So;0;ON;;;;;N;;;;; 1F7D4;HEAVY TWELVE POINTED PINWHEEL STAR;So;0;ON;;;;;N;;;;; +1F7D5;CIRCLED TRIANGLE;So;0;ON;;;;;N;;;;; +1F7D6;NEGATIVE CIRCLED TRIANGLE;So;0;ON;;;;;N;;;;; +1F7D7;CIRCLED SQUARE;So;0;ON;;;;;N;;;;; +1F7D8;NEGATIVE CIRCLED SQUARE;So;0;ON;;;;;N;;;;; 1F800;LEFTWARDS ARROW WITH SMALL TRIANGLE ARROWHEAD;So;0;ON;;;;;N;;;;; 1F801;UPWARDS ARROW WITH SMALL TRIANGLE ARROWHEAD;So;0;ON;;;;;N;;;;; 1F802;RIGHTWARDS ARROW WITH SMALL TRIANGLE ARROWHEAD;So;0;ON;;;;;N;;;;; @@ -30647,6 +31242,9 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1F94A;BOXING GLOVE;So;0;ON;;;;;N;;;;; 1F94B;MARTIAL ARTS UNIFORM;So;0;ON;;;;;N;;;;; 1F94C;CURLING STONE;So;0;ON;;;;;N;;;;; +1F94D;LACROSSE STICK AND BALL;So;0;ON;;;;;N;;;;; +1F94E;SOFTBALL;So;0;ON;;;;;N;;;;; +1F94F;FLYING DISC;So;0;ON;;;;;N;;;;; 1F950;CROISSANT;So;0;ON;;;;;N;;;;; 1F951;AVOCADO;So;0;ON;;;;;N;;;;; 1F952;CUCUMBER;So;0;ON;;;;;N;;;;; @@ -30675,6 +31273,20 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1F969;CUT OF MEAT;So;0;ON;;;;;N;;;;; 1F96A;SANDWICH;So;0;ON;;;;;N;;;;; 1F96B;CANNED FOOD;So;0;ON;;;;;N;;;;; +1F96C;LEAFY GREEN;So;0;ON;;;;;N;;;;; +1F96D;MANGO;So;0;ON;;;;;N;;;;; +1F96E;MOON CAKE;So;0;ON;;;;;N;;;;; +1F96F;BAGEL;So;0;ON;;;;;N;;;;; +1F970;SMILING FACE WITH SMILING EYES AND THREE HEARTS;So;0;ON;;;;;N;;;;; +1F973;FACE WITH PARTY HORN AND PARTY HAT;So;0;ON;;;;;N;;;;; +1F974;FACE WITH UNEVEN EYES AND WAVY MOUTH;So;0;ON;;;;;N;;;;; +1F975;OVERHEATED FACE;So;0;ON;;;;;N;;;;; +1F976;FREEZING FACE;So;0;ON;;;;;N;;;;; +1F97A;FACE WITH PLEADING EYES;So;0;ON;;;;;N;;;;; +1F97C;LAB COAT;So;0;ON;;;;;N;;;;; +1F97D;GOGGLES;So;0;ON;;;;;N;;;;; +1F97E;HIKING BOOT;So;0;ON;;;;;N;;;;; +1F97F;FLAT SHOE;So;0;ON;;;;;N;;;;; 1F980;CRAB;So;0;ON;;;;;N;;;;; 1F981;LION FACE;So;0;ON;;;;;N;;;;; 1F982;SCORPION;So;0;ON;;;;;N;;;;; @@ -30699,7 +31311,30 @@ FFFD;REPLACEMENT CHARACTER;So;0;ON;;;;;N;;;;; 1F995;SAUROPOD;So;0;ON;;;;;N;;;;; 1F996;T-REX;So;0;ON;;;;;N;;;;; 1F997;CRICKET;So;0;ON;;;;;N;;;;; +1F998;KANGAROO;So;0;ON;;;;;N;;;;; 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1F9E4;GLOVES;So;0;ON;;;;;N;;;;; 1F9E5;COAT;So;0;ON;;;;;N;;;;; 1F9E6;SOCKS;So;0;ON;;;;;N;;;;; +1F9E7;RED GIFT ENVELOPE;So;0;ON;;;;;N;;;;; +1F9E8;FIRECRACKER;So;0;ON;;;;;N;;;;; +1F9E9;JIGSAW PUZZLE PIECE;So;0;ON;;;;;N;;;;; +1F9EA;TEST TUBE;So;0;ON;;;;;N;;;;; +1F9EB;PETRI DISH;So;0;ON;;;;;N;;;;; +1F9EC;DNA DOUBLE HELIX;So;0;ON;;;;;N;;;;; +1F9ED;COMPASS;So;0;ON;;;;;N;;;;; +1F9EE;ABACUS;So;0;ON;;;;;N;;;;; +1F9EF;FIRE EXTINGUISHER;So;0;ON;;;;;N;;;;; +1F9F0;TOOLBOX;So;0;ON;;;;;N;;;;; +1F9F1;BRICK;So;0;ON;;;;;N;;;;; +1F9F2;MAGNET;So;0;ON;;;;;N;;;;; +1F9F3;LUGGAGE;So;0;ON;;;;;N;;;;; +1F9F4;LOTION BOTTLE;So;0;ON;;;;;N;;;;; +1F9F5;SPOOL OF THREAD;So;0;ON;;;;;N;;;;; +1F9F6;BALL OF YARN;So;0;ON;;;;;N;;;;; +1F9F7;SAFETY PIN;So;0;ON;;;;;N;;;;; +1F9F8;TEDDY BEAR;So;0;ON;;;;;N;;;;; +1F9F9;BROOM;So;0;ON;;;;;N;;;;; +1F9FA;BASKET;So;0;ON;;;;;N;;;;; +1F9FB;ROLL OF PAPER;So;0;ON;;;;;N;;;;; +1F9FC;BAR OF SOAP;So;0;ON;;;;;N;;;;; +1F9FD;SPONGE;So;0;ON;;;;;N;;;;; +1F9FE;RECEIPT;So;0;ON;;;;;N;;;;; +1F9FF;NAZAR AMULET;So;0;ON;;;;;N;;;;; +1FA60;XIANGQI RED GENERAL;So;0;ON;;;;;N;;;;; +1FA61;XIANGQI RED MANDARIN;So;0;ON;;;;;N;;;;; +1FA62;XIANGQI RED ELEPHANT;So;0;ON;;;;;N;;;;; +1FA63;XIANGQI RED HORSE;So;0;ON;;;;;N;;;;; +1FA64;XIANGQI RED CHARIOT;So;0;ON;;;;;N;;;;; +1FA65;XIANGQI RED CANNON;So;0;ON;;;;;N;;;;; +1FA66;XIANGQI RED SOLDIER;So;0;ON;;;;;N;;;;; +1FA67;XIANGQI BLACK GENERAL;So;0;ON;;;;;N;;;;; +1FA68;XIANGQI BLACK MANDARIN;So;0;ON;;;;;N;;;;; +1FA69;XIANGQI BLACK ELEPHANT;So;0;ON;;;;;N;;;;; +1FA6A;XIANGQI BLACK HORSE;So;0;ON;;;;;N;;;;; +1FA6B;XIANGQI BLACK CHARIOT;So;0;ON;;;;;N;;;;; +1FA6C;XIANGQI BLACK CANNON;So;0;ON;;;;;N;;;;; +1FA6D;XIANGQI BLACK SOLDIER;So;0;ON;;;;;N;;;;; 20000;<CJK Ideograph Extension B, First>;Lo;0;L;;;;;N;;;;; 2A6D6;<CJK Ideograph Extension B, Last>;Lo;0;L;;;;;N;;;;; 2A700;<CJK Ideograph Extension C, First>;Lo;0;L;;;;;N;;;;; diff --git a/lib/stdlib/uc_spec/emoji-data.txt b/lib/stdlib/uc_spec/emoji-data.txt new file mode 100644 index 0000000000..6e66455252 --- /dev/null +++ b/lib/stdlib/uc_spec/emoji-data.txt @@ -0,0 +1,714 @@ +# emoji-data.txt +# Date: 2018-02-07, 07:55:18 GMT +# ยฉ 2018 Unicodeยฎ, Inc. +# Unicode and the Unicode Logo are registered trademarks of Unicode, Inc. in the U.S. and other countries. +# For terms of use, see http://www.unicode.org/terms_of_use.html +# +# Emoji Data for UTS #51 +# Version: 11.0 +# +# For documentation and usage, see http://www.unicode.org/reports/tr51 +# +# Format: +# <codepoint(s)> ; <property> # <comments> +# Note: there is no guarantee as to the structure of whitespace or comments +# +# Characters and sequences are listed in code point order. Users should be shown a more natural order. +# See the CLDR collation order for Emoji. + + +# ================================================ + +# All omitted code points have Emoji=No +# @missing: 0000..10FFFF ; Emoji ; No + +0023 ; Emoji # 1.1 [1] (#๏ธ) number sign +002A ; Emoji # 1.1 [1] (*๏ธ) asterisk +0030..0039 ; Emoji # 1.1 [10] (0๏ธ..9๏ธ) digit zero..digit nine +00A9 ; Emoji # 1.1 [1] (ยฉ๏ธ) copyright +00AE ; Emoji # 1.1 [1] (ยฎ๏ธ) registered +203C ; Emoji # 1.1 [1] (โผ๏ธ) double exclamation mark +2049 ; Emoji # 3.0 [1] (โ๏ธ) exclamation question mark +2122 ; Emoji # 1.1 [1] (โข๏ธ) trade mark +2139 ; Emoji # 3.0 [1] (โน๏ธ) information +2194..2199 ; Emoji # 1.1 [6] (โ๏ธ..โ๏ธ) left-right arrow..down-left arrow +21A9..21AA ; Emoji # 1.1 [2] (โฉ๏ธ..โช๏ธ) right arrow curving left..left arrow curving right +231A..231B ; Emoji # 1.1 [2] (โ..โ) watch..hourglass done +2328 ; Emoji # 1.1 [1] (โจ๏ธ) keyboard +23CF ; Emoji # 4.0 [1] (โ๏ธ) eject button +23E9..23F3 ; Emoji # 6.0 [11] (โฉ..โณ) fast-forward button..hourglass not done +23F8..23FA ; Emoji # 7.0 [3] (โธ๏ธ..โบ๏ธ) pause button..record button +24C2 ; Emoji # 1.1 [1] (โ๏ธ) circled M +25AA..25AB ; Emoji # 1.1 [2] (โช๏ธ..โซ๏ธ) black small square..white small square +25B6 ; Emoji # 1.1 [1] (โถ๏ธ) play button +25C0 ; Emoji # 1.1 [1] (โ๏ธ) reverse button +25FB..25FE ; Emoji # 3.2 [4] (โป๏ธ..โพ) white medium square..black medium-small square +2600..2604 ; Emoji # 1.1 [5] (โ๏ธ..โ๏ธ) sun..comet +260E ; Emoji # 1.1 [1] (โ๏ธ) telephone +2611 ; Emoji # 1.1 [1] (โ๏ธ) ballot box with check +2614..2615 ; Emoji # 4.0 [2] (โ..โ) umbrella with rain drops..hot beverage +2618 ; Emoji # 4.1 [1] (โ๏ธ) shamrock +261D ; Emoji # 1.1 [1] (โ๏ธ) index pointing up +2620 ; Emoji # 1.1 [1] (โ ๏ธ) skull and crossbones +2622..2623 ; Emoji # 1.1 [2] (โข๏ธ..โฃ๏ธ) radioactive..biohazard +2626 ; Emoji # 1.1 [1] (โฆ๏ธ) orthodox cross +262A ; Emoji # 1.1 [1] (โช๏ธ) star and crescent +262E..262F ; Emoji # 1.1 [2] (โฎ๏ธ..โฏ๏ธ) peace symbol..yin yang +2638..263A ; Emoji # 1.1 [3] (โธ๏ธ..โบ๏ธ) wheel of dharma..smiling face +2640 ; Emoji # 1.1 [1] (โ๏ธ) female sign +2642 ; Emoji # 1.1 [1] (โ๏ธ) male sign +2648..2653 ; Emoji # 1.1 [12] (โ..โ) Aries..Pisces +265F..2660 ; Emoji # 1.1 [2] (โ๏ธ..โ ๏ธ) chess pawn..spade suit +2663 ; Emoji # 1.1 [1] (โฃ๏ธ) club suit +2665..2666 ; Emoji # 1.1 [2] (โฅ๏ธ..โฆ๏ธ) heart suit..diamond suit +2668 ; Emoji # 1.1 [1] (โจ๏ธ) hot springs +267B ; Emoji # 3.2 [1] (โป๏ธ) recycling symbol +267E..267F ; Emoji # 4.1 [2] (โพ๏ธ..โฟ) infinity..wheelchair symbol +2692..2697 ; Emoji # 4.1 [6] (โ๏ธ..โ๏ธ) hammer and pick..alembic +2699 ; Emoji # 4.1 [1] (โ๏ธ) gear +269B..269C ; Emoji # 4.1 [2] (โ๏ธ..โ๏ธ) atom symbol..fleur-de-lis +26A0..26A1 ; Emoji # 4.0 [2] (โ ๏ธ..โก) warning..high voltage +26AA..26AB ; Emoji # 4.1 [2] (โช..โซ) white circle..black circle +26B0..26B1 ; Emoji # 4.1 [2] (โฐ๏ธ..โฑ๏ธ) coffin..funeral urn +26BD..26BE ; Emoji # 5.2 [2] (โฝ..โพ) soccer ball..baseball +26C4..26C5 ; Emoji # 5.2 [2] (โ..โ
) snowman without snow..sun behind cloud +26C8 ; Emoji # 5.2 [1] (โ๏ธ) cloud with lightning and rain +26CE ; Emoji # 6.0 [1] (โ) Ophiuchus +26CF ; Emoji # 5.2 [1] (โ๏ธ) pick +26D1 ; Emoji # 5.2 [1] (โ๏ธ) rescue workerโs helmet +26D3..26D4 ; Emoji # 5.2 [2] (โ๏ธ..โ) chains..no entry +26E9..26EA ; Emoji # 5.2 [2] (โฉ๏ธ..โช) shinto shrine..church +26F0..26F5 ; Emoji # 5.2 [6] (โฐ๏ธ..โต) mountain..sailboat +26F7..26FA ; Emoji # 5.2 [4] (โท๏ธ..โบ) skier..tent +26FD ; Emoji # 5.2 [1] (โฝ) fuel pump +2702 ; Emoji # 1.1 [1] (โ๏ธ) scissors +2705 ; Emoji # 6.0 [1] (โ
) white heavy check mark +2708..2709 ; Emoji # 1.1 [2] (โ๏ธ..โ๏ธ) airplane..envelope +270A..270B ; Emoji # 6.0 [2] (โ..โ) raised fist..raised hand +270C..270D ; Emoji # 1.1 [2] (โ๏ธ..โ๏ธ) victory hand..writing hand +270F ; Emoji # 1.1 [1] (โ๏ธ) pencil +2712 ; Emoji # 1.1 [1] (โ๏ธ) black nib +2714 ; Emoji # 1.1 [1] (โ๏ธ) heavy check mark +2716 ; Emoji # 1.1 [1] (โ๏ธ) heavy multiplication x +271D ; Emoji # 1.1 [1] (โ๏ธ) latin cross +2721 ; Emoji # 1.1 [1] (โก๏ธ) star of David +2728 ; Emoji # 6.0 [1] (โจ) sparkles +2733..2734 ; Emoji # 1.1 [2] (โณ๏ธ..โด๏ธ) eight-spoked asterisk..eight-pointed star +2744 ; Emoji # 1.1 [1] (โ๏ธ) snowflake +2747 ; Emoji # 1.1 [1] (โ๏ธ) sparkle +274C ; Emoji # 6.0 [1] (โ) cross mark +274E ; Emoji # 6.0 [1] (โ) cross mark button +2753..2755 ; Emoji # 6.0 [3] (โ..โ) question mark..white exclamation mark +2757 ; Emoji # 5.2 [1] (โ) exclamation mark +2763..2764 ; Emoji # 1.1 [2] (โฃ๏ธ..โค๏ธ) heavy heart exclamation..red heart +2795..2797 ; Emoji # 6.0 [3] (โ..โ) heavy plus sign..heavy division sign +27A1 ; Emoji # 1.1 [1] (โก๏ธ) right arrow +27B0 ; Emoji # 6.0 [1] (โฐ) curly loop +27BF ; Emoji # 6.0 [1] (โฟ) double curly loop +2934..2935 ; Emoji # 3.2 [2] (โคด๏ธ..โคต๏ธ) right arrow curving up..right arrow curving down +2B05..2B07 ; Emoji # 4.0 [3] (โฌ
๏ธ..โฌ๏ธ) left arrow..down arrow +2B1B..2B1C ; Emoji # 5.1 [2] (โฌ..โฌ) black large square..white large square +2B50 ; Emoji # 5.1 [1] (โญ) star +2B55 ; Emoji # 5.2 [1] (โญ) heavy large circle +3030 ; Emoji # 1.1 [1] (ใฐ๏ธ) wavy dash +303D ; Emoji # 3.2 [1] (ใฝ๏ธ) part alternation mark +3297 ; Emoji # 1.1 [1] (ใ๏ธ) Japanese โcongratulationsโ button +3299 ; Emoji # 1.1 [1] (ใ๏ธ) Japanese โsecretโ button +1F004 ; Emoji # 5.1 [1] (๐) mahjong red dragon +1F0CF ; Emoji # 6.0 [1] (๐) joker +1F170..1F171 ; Emoji # 6.0 [2] (๐
ฐ๏ธ..๐
ฑ๏ธ) A button (blood type)..B button (blood type) +1F17E ; Emoji # 6.0 [1] (๐
พ๏ธ) O button (blood type) +1F17F ; Emoji # 5.2 [1] (๐
ฟ๏ธ) P button +1F18E ; Emoji # 6.0 [1] (๐) AB button (blood type) +1F191..1F19A ; Emoji # 6.0 [10] (๐..๐) CL button..VS button +1F1E6..1F1FF ; Emoji # 6.0 [26] (๐ฆ..๐ฟ) regional indicator symbol letter a..regional indicator symbol letter z +1F201..1F202 ; Emoji # 6.0 [2] (๐..๐๏ธ) Japanese โhereโ button..Japanese โservice chargeโ button +1F21A ; Emoji # 5.2 [1] (๐) Japanese โfree of chargeโ button +1F22F ; Emoji # 5.2 [1] (๐ฏ) Japanese โreservedโ button +1F232..1F23A ; Emoji # 6.0 [9] (๐ฒ..๐บ) Japanese โprohibitedโ button..Japanese โopen for businessโ button +1F250..1F251 ; Emoji # 6.0 [2] (๐..๐) Japanese โbargainโ button..Japanese โacceptableโ button +1F300..1F320 ; Emoji # 6.0 [33] (๐..๐ ) cyclone..shooting star +1F321 ; Emoji # 7.0 [1] (๐ก๏ธ) thermometer +1F324..1F32C ; Emoji # 7.0 [9] (๐ค๏ธ..๐ฌ๏ธ) sun behind small cloud..wind face +1F32D..1F32F ; Emoji # 8.0 [3] (๐ญ..๐ฏ) hot dog..burrito +1F330..1F335 ; Emoji # 6.0 [6] (๐ฐ..๐ต) chestnut..cactus +1F336 ; Emoji # 7.0 [1] (๐ถ๏ธ) hot pepper +1F337..1F37C ; Emoji # 6.0 [70] (๐ท..๐ผ) tulip..baby bottle +1F37D ; Emoji # 7.0 [1] (๐ฝ๏ธ) fork and knife with plate +1F37E..1F37F ; Emoji # 8.0 [2] (๐พ..๐ฟ) bottle with popping cork..popcorn +1F380..1F393 ; Emoji # 6.0 [20] (๐..๐) ribbon..graduation cap +1F396..1F397 ; Emoji # 7.0 [2] (๐๏ธ..๐๏ธ) military medal..reminder ribbon +1F399..1F39B ; Emoji # 7.0 [3] (๐๏ธ..๐๏ธ) studio microphone..control knobs +1F39E..1F39F ; Emoji # 7.0 [2] (๐๏ธ..๐๏ธ) film frames..admission tickets +1F3A0..1F3C4 ; Emoji # 6.0 [37] (๐ ..๐) carousel horse..person surfing +1F3C5 ; Emoji # 7.0 [1] (๐
) sports medal +1F3C6..1F3CA ; Emoji # 6.0 [5] (๐..๐) trophy..person swimming +1F3CB..1F3CE ; Emoji # 7.0 [4] (๐๏ธ..๐๏ธ) person lifting weights..racing car +1F3CF..1F3D3 ; Emoji # 8.0 [5] (๐..๐) cricket game..ping pong +1F3D4..1F3DF ; Emoji # 7.0 [12] (๐๏ธ..๐๏ธ) snow-capped mountain..stadium +1F3E0..1F3F0 ; Emoji # 6.0 [17] (๐ ..๐ฐ) house..castle +1F3F3..1F3F5 ; Emoji # 7.0 [3] (๐ณ๏ธ..๐ต๏ธ) white flag..rosette +1F3F7 ; Emoji # 7.0 [1] (๐ท๏ธ) label +1F3F8..1F3FF ; Emoji # 8.0 [8] (๐ธ..๐ฟ) badminton..dark skin tone +1F400..1F43E ; Emoji # 6.0 [63] (๐..๐พ) rat..paw prints +1F43F ; Emoji # 7.0 [1] (๐ฟ๏ธ) chipmunk +1F440 ; Emoji # 6.0 [1] (๐) eyes +1F441 ; Emoji # 7.0 [1] (๐๏ธ) eye +1F442..1F4F7 ; Emoji # 6.0[182] (๐..๐ท) ear..camera +1F4F8 ; Emoji # 7.0 [1] (๐ธ) camera with flash +1F4F9..1F4FC ; Emoji # 6.0 [4] (๐น..๐ผ) video camera..videocassette +1F4FD ; Emoji # 7.0 [1] (๐ฝ๏ธ) film projector +1F4FF ; Emoji # 8.0 [1] (๐ฟ) prayer beads +1F500..1F53D ; Emoji # 6.0 [62] (๐..๐ฝ) shuffle tracks button..downwards button +1F549..1F54A ; Emoji # 7.0 [2] (๐๏ธ..๐๏ธ) om..dove +1F54B..1F54E ; Emoji # 8.0 [4] (๐..๐) kaaba..menorah +1F550..1F567 ; Emoji # 6.0 [24] (๐..๐ง) one oโclock..twelve-thirty +1F56F..1F570 ; Emoji # 7.0 [2] (๐ฏ๏ธ..๐ฐ๏ธ) candle..mantelpiece clock +1F573..1F579 ; Emoji # 7.0 [7] (๐ณ๏ธ..๐น๏ธ) hole..joystick +1F57A ; Emoji # 9.0 [1] (๐บ) man dancing +1F587 ; Emoji # 7.0 [1] (๐๏ธ) linked paperclips +1F58A..1F58D ; Emoji # 7.0 [4] (๐๏ธ..๐๏ธ) pen..crayon +1F590 ; Emoji # 7.0 [1] (๐๏ธ) hand with fingers splayed +1F595..1F596 ; Emoji # 7.0 [2] (๐..๐) middle finger..vulcan salute +1F5A4 ; Emoji # 9.0 [1] (๐ค) black heart +1F5A5 ; Emoji # 7.0 [1] (๐ฅ๏ธ) desktop computer +1F5A8 ; Emoji # 7.0 [1] (๐จ๏ธ) printer +1F5B1..1F5B2 ; Emoji # 7.0 [2] (๐ฑ๏ธ..๐ฒ๏ธ) computer mouse..trackball +1F5BC ; Emoji # 7.0 [1] (๐ผ๏ธ) framed picture +1F5C2..1F5C4 ; Emoji # 7.0 [3] (๐๏ธ..๐๏ธ) card index dividers..file cabinet +1F5D1..1F5D3 ; Emoji # 7.0 [3] (๐๏ธ..๐๏ธ) wastebasket..spiral calendar +1F5DC..1F5DE ; Emoji # 7.0 [3] (๐๏ธ..๐๏ธ) clamp..rolled-up newspaper +1F5E1 ; Emoji # 7.0 [1] (๐ก๏ธ) dagger +1F5E3 ; Emoji # 7.0 [1] (๐ฃ๏ธ) speaking head +1F5E8 ; Emoji # 7.0 [1] (๐จ๏ธ) left speech bubble +1F5EF ; Emoji # 7.0 [1] (๐ฏ๏ธ) right anger bubble +1F5F3 ; Emoji # 7.0 [1] (๐ณ๏ธ) ballot box with ballot +1F5FA ; Emoji # 7.0 [1] (๐บ๏ธ) world map +1F5FB..1F5FF ; Emoji # 6.0 [5] (๐ป..๐ฟ) mount fuji..moai +1F600 ; Emoji # 6.1 [1] (๐) grinning face +1F601..1F610 ; Emoji # 6.0 [16] (๐..๐) beaming face with smiling eyes..neutral face +1F611 ; Emoji # 6.1 [1] (๐) expressionless face +1F612..1F614 ; Emoji # 6.0 [3] (๐..๐) unamused face..pensive face +1F615 ; Emoji # 6.1 [1] (๐) confused face +1F616 ; Emoji # 6.0 [1] (๐) confounded face +1F617 ; Emoji # 6.1 [1] (๐) kissing face +1F618 ; Emoji # 6.0 [1] (๐) face blowing a kiss +1F619 ; Emoji # 6.1 [1] (๐) kissing face with smiling eyes +1F61A ; Emoji # 6.0 [1] (๐) kissing face with closed eyes +1F61B ; Emoji # 6.1 [1] (๐) face with tongue +1F61C..1F61E ; Emoji # 6.0 [3] (๐..๐) winking face with tongue..disappointed face +1F61F ; Emoji # 6.1 [1] (๐) worried face +1F620..1F625 ; Emoji # 6.0 [6] (๐ ..๐ฅ) angry face..sad but relieved face +1F626..1F627 ; Emoji # 6.1 [2] (๐ฆ..๐ง) frowning face with open mouth..anguished face +1F628..1F62B ; Emoji # 6.0 [4] (๐จ..๐ซ) fearful face..tired face +1F62C ; Emoji # 6.1 [1] (๐ฌ) grimacing face +1F62D ; Emoji # 6.0 [1] (๐ญ) loudly crying face +1F62E..1F62F ; Emoji # 6.1 [2] (๐ฎ..๐ฏ) face with open mouth..hushed face +1F630..1F633 ; Emoji # 6.0 [4] (๐ฐ..๐ณ) anxious face with sweat..flushed face +1F634 ; Emoji # 6.1 [1] (๐ด) sleeping face +1F635..1F640 ; Emoji # 6.0 [12] (๐ต..๐) dizzy face..weary cat face +1F641..1F642 ; Emoji # 7.0 [2] (๐..๐) slightly frowning face..slightly smiling face +1F643..1F644 ; Emoji # 8.0 [2] (๐..๐) upside-down face..face with rolling eyes +1F645..1F64F ; Emoji # 6.0 [11] (๐
..๐) person gesturing NO..folded hands +1F680..1F6C5 ; Emoji # 6.0 [70] (๐..๐
) rocket..left luggage +1F6CB..1F6CF ; Emoji # 7.0 [5] (๐๏ธ..๐๏ธ) couch and lamp..bed +1F6D0 ; Emoji # 8.0 [1] (๐) place of worship +1F6D1..1F6D2 ; Emoji # 9.0 [2] (๐..๐) stop sign..shopping cart +1F6E0..1F6E5 ; Emoji # 7.0 [6] (๐ ๏ธ..๐ฅ๏ธ) hammer and wrench..motor boat +1F6E9 ; Emoji # 7.0 [1] (๐ฉ๏ธ) small airplane +1F6EB..1F6EC ; Emoji # 7.0 [2] (๐ซ..๐ฌ) airplane departure..airplane arrival +1F6F0 ; Emoji # 7.0 [1] (๐ฐ๏ธ) satellite +1F6F3 ; Emoji # 7.0 [1] (๐ณ๏ธ) passenger ship +1F6F4..1F6F6 ; Emoji # 9.0 [3] (๐ด..๐ถ) kick scooter..canoe +1F6F7..1F6F8 ; Emoji # 10.0 [2] (๐ท..๐ธ) sled..flying saucer +1F6F9 ; Emoji # 11.0 [1] (๐น) skateboard +1F910..1F918 ; Emoji # 8.0 [9] (๐ค..๐ค) zipper-mouth face..sign of the horns +1F919..1F91E ; Emoji # 9.0 [6] (๐ค..๐ค) call me hand..crossed fingers +1F91F ; Emoji # 10.0 [1] (๐ค) love-you gesture +1F920..1F927 ; Emoji # 9.0 [8] (๐ค ..๐คง) cowboy hat face..sneezing face +1F928..1F92F ; Emoji # 10.0 [8] (๐คจ..๐คฏ) face with raised eyebrow..exploding head +1F930 ; Emoji # 9.0 [1] (๐คฐ) pregnant woman +1F931..1F932 ; Emoji # 10.0 [2] (๐คฑ..๐คฒ) breast-feeding..palms up together +1F933..1F93A ; Emoji # 9.0 [8] (๐คณ..๐คบ) selfie..person fencing +1F93C..1F93E ; Emoji # 9.0 [3] (๐คผ..๐คพ) people wrestling..person playing handball +1F940..1F945 ; Emoji # 9.0 [6] (๐ฅ..๐ฅ
) wilted flower..goal net +1F947..1F94B ; Emoji # 9.0 [5] (๐ฅ..๐ฅ) 1st place medal..martial arts uniform +1F94C ; Emoji # 10.0 [1] (๐ฅ) curling stone +1F94D..1F94F ; Emoji # 11.0 [3] (๐ฅ..๐ฅ) lacrosse..flying disc +1F950..1F95E ; Emoji # 9.0 [15] (๐ฅ..๐ฅ) croissant..pancakes +1F95F..1F96B ; Emoji # 10.0 [13] (๐ฅ..๐ฅซ) dumpling..canned food +1F96C..1F970 ; Emoji # 11.0 [5] (๐ฅฌ..๐ฅฐ) leafy green..smiling face with 3 hearts +1F973..1F976 ; Emoji # 11.0 [4] (๐ฅณ..๐ฅถ) partying face..cold face +1F97A ; Emoji # 11.0 [1] (๐ฅบ) pleading face +1F97C..1F97F ; Emoji # 11.0 [4] (๐ฅผ..๐ฅฟ) lab coat..womanโs flat shoe +1F980..1F984 ; Emoji # 8.0 [5] (๐ฆ..๐ฆ) crab..unicorn face +1F985..1F991 ; Emoji # 9.0 [13] (๐ฆ
..๐ฆ) eagle..squid +1F992..1F997 ; Emoji # 10.0 [6] (๐ฆ..๐ฆ) giraffe..cricket +1F998..1F9A2 ; Emoji # 11.0 [11] (๐ฆ..๐ฆข) kangaroo..swan +1F9B0..1F9B9 ; Emoji # 11.0 [10] (๐ฆฐ..๐ฆน) red-haired..supervillain +1F9C0 ; Emoji # 8.0 [1] (๐ง) cheese wedge +1F9C1..1F9C2 ; Emoji # 11.0 [2] (๐ง..๐ง) cupcake..salt +1F9D0..1F9E6 ; Emoji # 10.0 [23] (๐ง..๐งฆ) face with monocle..socks +1F9E7..1F9FF ; Emoji # 11.0 [25] (๐งง..๐งฟ) red envelope..nazar amulet + +# Total elements: 1250 + +# ================================================ + +# All omitted code points have Emoji_Presentation=No +# @missing: 0000..10FFFF ; Emoji_Presentation ; No + +231A..231B ; Emoji_Presentation # 1.1 [2] (โ..โ) watch..hourglass done +23E9..23EC ; Emoji_Presentation # 6.0 [4] (โฉ..โฌ) fast-forward button..fast down button +23F0 ; Emoji_Presentation # 6.0 [1] (โฐ) alarm clock +23F3 ; Emoji_Presentation # 6.0 [1] (โณ) hourglass not done +25FD..25FE ; Emoji_Presentation # 3.2 [2] (โฝ..โพ) white medium-small square..black medium-small square +2614..2615 ; Emoji_Presentation # 4.0 [2] (โ..โ) umbrella with rain drops..hot beverage +2648..2653 ; Emoji_Presentation # 1.1 [12] (โ..โ) Aries..Pisces +267F ; Emoji_Presentation # 4.1 [1] (โฟ) wheelchair symbol +2693 ; Emoji_Presentation # 4.1 [1] (โ) anchor +26A1 ; Emoji_Presentation # 4.0 [1] (โก) high voltage +26AA..26AB ; Emoji_Presentation # 4.1 [2] (โช..โซ) white circle..black circle +26BD..26BE ; Emoji_Presentation # 5.2 [2] (โฝ..โพ) soccer ball..baseball +26C4..26C5 ; Emoji_Presentation # 5.2 [2] (โ..โ
) snowman without snow..sun behind cloud +26CE ; Emoji_Presentation # 6.0 [1] (โ) Ophiuchus +26D4 ; Emoji_Presentation # 5.2 [1] (โ) no entry +26EA ; Emoji_Presentation # 5.2 [1] (โช) church +26F2..26F3 ; Emoji_Presentation # 5.2 [2] (โฒ..โณ) fountain..flag in hole +26F5 ; Emoji_Presentation # 5.2 [1] (โต) sailboat +26FA ; Emoji_Presentation # 5.2 [1] (โบ) tent +26FD ; Emoji_Presentation # 5.2 [1] (โฝ) fuel pump +2705 ; Emoji_Presentation # 6.0 [1] (โ
) white heavy check mark +270A..270B ; Emoji_Presentation # 6.0 [2] (โ..โ) raised fist..raised hand +2728 ; Emoji_Presentation # 6.0 [1] (โจ) sparkles +274C ; Emoji_Presentation # 6.0 [1] (โ) cross mark +274E ; Emoji_Presentation # 6.0 [1] (โ) cross mark button +2753..2755 ; Emoji_Presentation # 6.0 [3] (โ..โ) question mark..white exclamation mark +2757 ; Emoji_Presentation # 5.2 [1] (โ) exclamation mark +2795..2797 ; Emoji_Presentation # 6.0 [3] (โ..โ) heavy plus sign..heavy division sign +27B0 ; Emoji_Presentation # 6.0 [1] (โฐ) curly loop +27BF ; Emoji_Presentation # 6.0 [1] (โฟ) double curly loop +2B1B..2B1C ; Emoji_Presentation # 5.1 [2] (โฌ..โฌ) black large square..white large square +2B50 ; Emoji_Presentation # 5.1 [1] (โญ) star +2B55 ; Emoji_Presentation # 5.2 [1] (โญ) heavy large circle +1F004 ; Emoji_Presentation # 5.1 [1] (๐) mahjong red dragon +1F0CF ; Emoji_Presentation # 6.0 [1] (๐) joker +1F18E ; Emoji_Presentation # 6.0 [1] (๐) AB button (blood type) +1F191..1F19A ; Emoji_Presentation # 6.0 [10] (๐..๐) CL button..VS button +1F1E6..1F1FF ; Emoji_Presentation # 6.0 [26] (๐ฆ..๐ฟ) regional indicator symbol letter a..regional indicator symbol letter z +1F201 ; Emoji_Presentation # 6.0 [1] (๐) Japanese โhereโ button +1F21A ; Emoji_Presentation # 5.2 [1] (๐) Japanese โfree of chargeโ button +1F22F ; Emoji_Presentation # 5.2 [1] (๐ฏ) Japanese โreservedโ button +1F232..1F236 ; Emoji_Presentation # 6.0 [5] (๐ฒ..๐ถ) Japanese โprohibitedโ button..Japanese โnot free of chargeโ button +1F238..1F23A ; Emoji_Presentation # 6.0 [3] (๐ธ..๐บ) Japanese โapplicationโ button..Japanese โopen for businessโ button +1F250..1F251 ; Emoji_Presentation # 6.0 [2] (๐..๐) Japanese โbargainโ button..Japanese โacceptableโ button +1F300..1F320 ; Emoji_Presentation # 6.0 [33] (๐..๐ ) cyclone..shooting star +1F32D..1F32F ; Emoji_Presentation # 8.0 [3] (๐ญ..๐ฏ) hot dog..burrito +1F330..1F335 ; Emoji_Presentation # 6.0 [6] (๐ฐ..๐ต) chestnut..cactus +1F337..1F37C ; Emoji_Presentation # 6.0 [70] (๐ท..๐ผ) tulip..baby bottle +1F37E..1F37F ; Emoji_Presentation # 8.0 [2] (๐พ..๐ฟ) bottle with popping cork..popcorn +1F380..1F393 ; Emoji_Presentation # 6.0 [20] (๐..๐) ribbon..graduation cap +1F3A0..1F3C4 ; Emoji_Presentation # 6.0 [37] (๐ ..๐) carousel horse..person surfing +1F3C5 ; Emoji_Presentation # 7.0 [1] (๐
) sports medal +1F3C6..1F3CA ; Emoji_Presentation # 6.0 [5] (๐..๐) trophy..person swimming +1F3CF..1F3D3 ; Emoji_Presentation # 8.0 [5] (๐..๐) cricket game..ping pong +1F3E0..1F3F0 ; Emoji_Presentation # 6.0 [17] (๐ ..๐ฐ) house..castle +1F3F4 ; Emoji_Presentation # 7.0 [1] (๐ด) black flag +1F3F8..1F3FF ; Emoji_Presentation # 8.0 [8] (๐ธ..๐ฟ) badminton..dark skin tone +1F400..1F43E ; Emoji_Presentation # 6.0 [63] (๐..๐พ) rat..paw prints +1F440 ; Emoji_Presentation # 6.0 [1] (๐) eyes +1F442..1F4F7 ; Emoji_Presentation # 6.0[182] (๐..๐ท) ear..camera +1F4F8 ; Emoji_Presentation # 7.0 [1] (๐ธ) camera with flash +1F4F9..1F4FC ; Emoji_Presentation # 6.0 [4] (๐น..๐ผ) video camera..videocassette +1F4FF ; Emoji_Presentation # 8.0 [1] (๐ฟ) prayer beads +1F500..1F53D ; Emoji_Presentation # 6.0 [62] (๐..๐ฝ) shuffle tracks button..downwards button +1F54B..1F54E ; Emoji_Presentation # 8.0 [4] (๐..๐) kaaba..menorah +1F550..1F567 ; Emoji_Presentation # 6.0 [24] (๐..๐ง) one oโclock..twelve-thirty +1F57A ; Emoji_Presentation # 9.0 [1] (๐บ) man dancing +1F595..1F596 ; Emoji_Presentation # 7.0 [2] (๐..๐) middle finger..vulcan salute +1F5A4 ; Emoji_Presentation # 9.0 [1] (๐ค) black heart +1F5FB..1F5FF ; Emoji_Presentation # 6.0 [5] (๐ป..๐ฟ) mount fuji..moai +1F600 ; Emoji_Presentation # 6.1 [1] (๐) grinning face +1F601..1F610 ; Emoji_Presentation # 6.0 [16] (๐..๐) beaming face with smiling eyes..neutral face +1F611 ; Emoji_Presentation # 6.1 [1] (๐) expressionless face +1F612..1F614 ; Emoji_Presentation # 6.0 [3] (๐..๐) unamused face..pensive face +1F615 ; Emoji_Presentation # 6.1 [1] (๐) confused face +1F616 ; Emoji_Presentation # 6.0 [1] (๐) confounded face +1F617 ; Emoji_Presentation # 6.1 [1] (๐) kissing face +1F618 ; Emoji_Presentation # 6.0 [1] (๐) face blowing a kiss +1F619 ; Emoji_Presentation # 6.1 [1] (๐) kissing face with smiling eyes +1F61A ; Emoji_Presentation # 6.0 [1] (๐) kissing face with closed eyes +1F61B ; Emoji_Presentation # 6.1 [1] (๐) face with tongue +1F61C..1F61E ; Emoji_Presentation # 6.0 [3] (๐..๐) winking face with tongue..disappointed face +1F61F ; Emoji_Presentation # 6.1 [1] (๐) worried face +1F620..1F625 ; Emoji_Presentation # 6.0 [6] (๐ ..๐ฅ) angry face..sad but relieved face +1F626..1F627 ; Emoji_Presentation # 6.1 [2] (๐ฆ..๐ง) frowning face with open mouth..anguished face +1F628..1F62B ; Emoji_Presentation # 6.0 [4] (๐จ..๐ซ) fearful face..tired face +1F62C ; Emoji_Presentation # 6.1 [1] (๐ฌ) grimacing face +1F62D ; Emoji_Presentation # 6.0 [1] (๐ญ) loudly crying face +1F62E..1F62F ; Emoji_Presentation # 6.1 [2] (๐ฎ..๐ฏ) face with open mouth..hushed face +1F630..1F633 ; Emoji_Presentation # 6.0 [4] (๐ฐ..๐ณ) anxious face with sweat..flushed face +1F634 ; Emoji_Presentation # 6.1 [1] (๐ด) sleeping face +1F635..1F640 ; Emoji_Presentation # 6.0 [12] (๐ต..๐) dizzy face..weary cat face +1F641..1F642 ; Emoji_Presentation # 7.0 [2] (๐..๐) slightly frowning face..slightly smiling face +1F643..1F644 ; Emoji_Presentation # 8.0 [2] (๐..๐) upside-down face..face with rolling eyes +1F645..1F64F ; Emoji_Presentation # 6.0 [11] (๐
..๐) person gesturing NO..folded hands +1F680..1F6C5 ; Emoji_Presentation # 6.0 [70] (๐..๐
) rocket..left luggage +1F6CC ; Emoji_Presentation # 7.0 [1] (๐) person in bed +1F6D0 ; Emoji_Presentation # 8.0 [1] (๐) place of worship +1F6D1..1F6D2 ; Emoji_Presentation # 9.0 [2] (๐..๐) stop sign..shopping cart +1F6EB..1F6EC ; Emoji_Presentation # 7.0 [2] (๐ซ..๐ฌ) airplane departure..airplane arrival +1F6F4..1F6F6 ; Emoji_Presentation # 9.0 [3] (๐ด..๐ถ) kick scooter..canoe +1F6F7..1F6F8 ; Emoji_Presentation # 10.0 [2] (๐ท..๐ธ) sled..flying saucer +1F6F9 ; Emoji_Presentation # 11.0 [1] (๐น) skateboard +1F910..1F918 ; Emoji_Presentation # 8.0 [9] (๐ค..๐ค) zipper-mouth face..sign of the horns +1F919..1F91E ; Emoji_Presentation # 9.0 [6] (๐ค..๐ค) call me hand..crossed fingers +1F91F ; Emoji_Presentation # 10.0 [1] (๐ค) love-you gesture +1F920..1F927 ; Emoji_Presentation # 9.0 [8] (๐ค ..๐คง) cowboy hat face..sneezing face +1F928..1F92F ; Emoji_Presentation # 10.0 [8] (๐คจ..๐คฏ) face with raised eyebrow..exploding head +1F930 ; Emoji_Presentation # 9.0 [1] (๐คฐ) pregnant woman +1F931..1F932 ; Emoji_Presentation # 10.0 [2] (๐คฑ..๐คฒ) breast-feeding..palms up together +1F933..1F93A ; Emoji_Presentation # 9.0 [8] (๐คณ..๐คบ) selfie..person fencing +1F93C..1F93E ; Emoji_Presentation # 9.0 [3] (๐คผ..๐คพ) people wrestling..person playing handball +1F940..1F945 ; Emoji_Presentation # 9.0 [6] (๐ฅ..๐ฅ
) wilted flower..goal net +1F947..1F94B ; Emoji_Presentation # 9.0 [5] (๐ฅ..๐ฅ) 1st place medal..martial arts uniform +1F94C ; Emoji_Presentation # 10.0 [1] (๐ฅ) curling stone +1F94D..1F94F ; Emoji_Presentation # 11.0 [3] (๐ฅ..๐ฅ) lacrosse..flying disc +1F950..1F95E ; Emoji_Presentation # 9.0 [15] (๐ฅ..๐ฅ) croissant..pancakes +1F95F..1F96B ; Emoji_Presentation # 10.0 [13] (๐ฅ..๐ฅซ) dumpling..canned food +1F96C..1F970 ; Emoji_Presentation # 11.0 [5] (๐ฅฌ..๐ฅฐ) leafy green..smiling face with 3 hearts +1F973..1F976 ; Emoji_Presentation # 11.0 [4] (๐ฅณ..๐ฅถ) partying face..cold face +1F97A ; Emoji_Presentation # 11.0 [1] (๐ฅบ) pleading face +1F97C..1F97F ; Emoji_Presentation # 11.0 [4] (๐ฅผ..๐ฅฟ) lab coat..womanโs flat shoe +1F980..1F984 ; Emoji_Presentation # 8.0 [5] (๐ฆ..๐ฆ) crab..unicorn face +1F985..1F991 ; Emoji_Presentation # 9.0 [13] (๐ฆ
..๐ฆ) eagle..squid +1F992..1F997 ; Emoji_Presentation # 10.0 [6] (๐ฆ..๐ฆ) giraffe..cricket +1F998..1F9A2 ; Emoji_Presentation # 11.0 [11] (๐ฆ..๐ฆข) kangaroo..swan +1F9B0..1F9B9 ; Emoji_Presentation # 11.0 [10] (๐ฆฐ..๐ฆน) red-haired..supervillain +1F9C0 ; Emoji_Presentation # 8.0 [1] (๐ง) cheese wedge +1F9C1..1F9C2 ; Emoji_Presentation # 11.0 [2] (๐ง..๐ง) cupcake..salt +1F9D0..1F9E6 ; Emoji_Presentation # 10.0 [23] (๐ง..๐งฆ) face with monocle..socks +1F9E7..1F9FF ; Emoji_Presentation # 11.0 [25] (๐งง..๐งฟ) red envelope..nazar amulet + +# Total elements: 1032 + +# ================================================ + +# All omitted code points have Emoji_Modifier=No +# @missing: 0000..10FFFF ; Emoji_Modifier ; No + +1F3FB..1F3FF ; Emoji_Modifier # 8.0 [5] (๐ป..๐ฟ) light skin tone..dark skin tone + +# Total elements: 5 + +# ================================================ + +# All omitted code points have Emoji_Modifier_Base=No +# @missing: 0000..10FFFF ; Emoji_Modifier_Base ; No + +261D ; Emoji_Modifier_Base # 1.1 [1] (โ๏ธ) index pointing up +26F9 ; Emoji_Modifier_Base # 5.2 [1] (โน๏ธ) person bouncing ball +270A..270B ; Emoji_Modifier_Base # 6.0 [2] (โ..โ) raised fist..raised hand +270C..270D ; Emoji_Modifier_Base # 1.1 [2] (โ๏ธ..โ๏ธ) victory hand..writing hand +1F385 ; Emoji_Modifier_Base # 6.0 [1] (๐
) Santa Claus +1F3C2..1F3C4 ; Emoji_Modifier_Base # 6.0 [3] (๐..๐) snowboarder..person surfing +1F3C7 ; Emoji_Modifier_Base # 6.0 [1] (๐) horse racing +1F3CA ; Emoji_Modifier_Base # 6.0 [1] (๐) person swimming +1F3CB..1F3CC ; Emoji_Modifier_Base # 7.0 [2] (๐๏ธ..๐๏ธ) person lifting weights..person golfing +1F442..1F443 ; Emoji_Modifier_Base # 6.0 [2] (๐..๐) ear..nose +1F446..1F450 ; Emoji_Modifier_Base # 6.0 [11] (๐..๐) backhand index pointing up..open hands +1F466..1F469 ; Emoji_Modifier_Base # 6.0 [4] (๐ฆ..๐ฉ) boy..woman +1F46E ; Emoji_Modifier_Base # 6.0 [1] (๐ฎ) police officer +1F470..1F478 ; Emoji_Modifier_Base # 6.0 [9] (๐ฐ..๐ธ) bride with veil..princess +1F47C ; Emoji_Modifier_Base # 6.0 [1] (๐ผ) baby angel +1F481..1F483 ; Emoji_Modifier_Base # 6.0 [3] (๐..๐) person tipping hand..woman dancing +1F485..1F487 ; Emoji_Modifier_Base # 6.0 [3] (๐
..๐) nail polish..person getting haircut +1F4AA ; Emoji_Modifier_Base # 6.0 [1] (๐ช) flexed biceps +1F574..1F575 ; Emoji_Modifier_Base # 7.0 [2] (๐ด๏ธ..๐ต๏ธ) man in suit levitating..detective +1F57A ; Emoji_Modifier_Base # 9.0 [1] (๐บ) man dancing +1F590 ; Emoji_Modifier_Base # 7.0 [1] (๐๏ธ) hand with fingers splayed +1F595..1F596 ; Emoji_Modifier_Base # 7.0 [2] (๐..๐) middle finger..vulcan salute +1F645..1F647 ; Emoji_Modifier_Base # 6.0 [3] (๐
..๐) person gesturing NO..person bowing +1F64B..1F64F ; Emoji_Modifier_Base # 6.0 [5] (๐..๐) person raising hand..folded hands +1F6A3 ; Emoji_Modifier_Base # 6.0 [1] (๐ฃ) person rowing boat +1F6B4..1F6B6 ; Emoji_Modifier_Base # 6.0 [3] (๐ด..๐ถ) person biking..person walking +1F6C0 ; Emoji_Modifier_Base # 6.0 [1] (๐) person taking bath +1F6CC ; Emoji_Modifier_Base # 7.0 [1] (๐) person in bed +1F918 ; Emoji_Modifier_Base # 8.0 [1] (๐ค) sign of the horns +1F919..1F91C ; Emoji_Modifier_Base # 9.0 [4] (๐ค..๐ค) call me hand..right-facing fist +1F91E ; Emoji_Modifier_Base # 9.0 [1] (๐ค) crossed fingers +1F91F ; Emoji_Modifier_Base # 10.0 [1] (๐ค) love-you gesture +1F926 ; Emoji_Modifier_Base # 9.0 [1] (๐คฆ) person facepalming +1F930 ; Emoji_Modifier_Base # 9.0 [1] (๐คฐ) pregnant woman +1F931..1F932 ; Emoji_Modifier_Base # 10.0 [2] (๐คฑ..๐คฒ) breast-feeding..palms up together +1F933..1F939 ; Emoji_Modifier_Base # 9.0 [7] (๐คณ..๐คน) selfie..person juggling +1F93D..1F93E ; Emoji_Modifier_Base # 9.0 [2] (๐คฝ..๐คพ) person playing water polo..person playing handball +1F9B5..1F9B6 ; Emoji_Modifier_Base # 11.0 [2] (๐ฆต..๐ฆถ) leg..foot +1F9B8..1F9B9 ; Emoji_Modifier_Base # 11.0 [2] (๐ฆธ..๐ฆน) superhero..supervillain +1F9D1..1F9DD ; Emoji_Modifier_Base # 10.0 [13] (๐ง..๐ง) adult..elf + +# Total elements: 106 + +# ================================================ + +# All omitted code points have Emoji_Component=No +# @missing: 0000..10FFFF ; Emoji_Component ; No + +0023 ; Emoji_Component # 1.1 [1] (#๏ธ) number sign +002A ; Emoji_Component # 1.1 [1] (*๏ธ) asterisk +0030..0039 ; Emoji_Component # 1.1 [10] (0๏ธ..9๏ธ) digit zero..digit nine +200D ; Emoji_Component # 1.1 [1] (โ) zero width joiner +20E3 ; Emoji_Component # 3.0 [1] (โฃ) combining enclosing keycap +FE0F ; Emoji_Component # 3.2 [1] () VARIATION SELECTOR-16 +1F1E6..1F1FF ; Emoji_Component # 6.0 [26] (๐ฆ..๐ฟ) regional indicator symbol letter a..regional indicator symbol letter z +1F3FB..1F3FF ; Emoji_Component # 8.0 [5] (๐ป..๐ฟ) light skin tone..dark skin tone +1F9B0..1F9B3 ; Emoji_Component # 11.0 [4] (๐ฆฐ..๐ฆณ) red-haired..white-haired +E0020..E007F ; Emoji_Component # 3.1 [96] (๓ ..๓ ฟ) tag space..cancel tag + +# Total elements: 146 + +# ================================================ + +# All omitted code points have Extended_Pictographic=No +# @missing: 0000..10FFFF ; Extended_Pictographic ; No + +00A9 ; Extended_Pictographic# 1.1 [1] (ยฉ๏ธ) copyright +00AE ; Extended_Pictographic# 1.1 [1] (ยฎ๏ธ) registered +203C ; Extended_Pictographic# 1.1 [1] (โผ๏ธ) double exclamation mark +2049 ; Extended_Pictographic# 3.0 [1] (โ๏ธ) exclamation question mark +2122 ; Extended_Pictographic# 1.1 [1] (โข๏ธ) trade mark +2139 ; Extended_Pictographic# 3.0 [1] (โน๏ธ) information +2194..2199 ; Extended_Pictographic# 1.1 [6] (โ๏ธ..โ๏ธ) left-right arrow..down-left arrow +21A9..21AA ; Extended_Pictographic# 1.1 [2] (โฉ๏ธ..โช๏ธ) right arrow curving left..left arrow curving right +231A..231B ; Extended_Pictographic# 1.1 [2] (โ..โ) watch..hourglass done +2328 ; Extended_Pictographic# 1.1 [1] (โจ๏ธ) keyboard +2388 ; Extended_Pictographic# 3.0 [1] (โ๏ธ) HELM SYMBOL +23CF ; Extended_Pictographic# 4.0 [1] (โ๏ธ) eject button +23E9..23F3 ; Extended_Pictographic# 6.0 [11] (โฉ..โณ) fast-forward button..hourglass not done +23F8..23FA ; Extended_Pictographic# 7.0 [3] (โธ๏ธ..โบ๏ธ) pause button..record button +24C2 ; Extended_Pictographic# 1.1 [1] (โ๏ธ) circled M +25AA..25AB ; Extended_Pictographic# 1.1 [2] (โช๏ธ..โซ๏ธ) black small square..white small square +25B6 ; Extended_Pictographic# 1.1 [1] (โถ๏ธ) play button +25C0 ; Extended_Pictographic# 1.1 [1] (โ๏ธ) reverse button +25FB..25FE ; Extended_Pictographic# 3.2 [4] (โป๏ธ..โพ) white medium square..black medium-small square +2600..2605 ; Extended_Pictographic# 1.1 [6] (โ๏ธ..โ
๏ธ) sun..BLACK STAR +2607..2612 ; Extended_Pictographic# 1.1 [12] (โ๏ธ..โ๏ธ) LIGHTNING..BALLOT BOX WITH X +2614..2615 ; Extended_Pictographic# 4.0 [2] (โ..โ) umbrella with rain drops..hot beverage +2616..2617 ; Extended_Pictographic# 3.2 [2] (โ๏ธ..โ๏ธ) WHITE SHOGI PIECE..BLACK SHOGI PIECE +2618 ; Extended_Pictographic# 4.1 [1] (โ๏ธ) shamrock +2619 ; Extended_Pictographic# 3.0 [1] (โ๏ธ) REVERSED ROTATED FLORAL HEART BULLET +261A..266F ; Extended_Pictographic# 1.1 [86] (โ๏ธ..โฏ๏ธ) BLACK LEFT POINTING INDEX..MUSIC SHARP SIGN +2670..2671 ; Extended_Pictographic# 3.0 [2] (โฐ๏ธ..โฑ๏ธ) WEST SYRIAC CROSS..EAST SYRIAC CROSS +2672..267D ; Extended_Pictographic# 3.2 [12] (โฒ๏ธ..โฝ๏ธ) UNIVERSAL RECYCLING SYMBOL..PARTIALLY-RECYCLED PAPER SYMBOL +267E..267F ; Extended_Pictographic# 4.1 [2] (โพ๏ธ..โฟ) infinity..wheelchair symbol +2680..2685 ; Extended_Pictographic# 3.2 [6] (โ๏ธ..โ
๏ธ) DIE FACE-1..DIE FACE-6 +2690..2691 ; Extended_Pictographic# 4.0 [2] (โ๏ธ..โ๏ธ) WHITE FLAG..BLACK FLAG +2692..269C ; Extended_Pictographic# 4.1 [11] (โ๏ธ..โ๏ธ) hammer and pick..fleur-de-lis +269D ; Extended_Pictographic# 5.1 [1] (โ๏ธ) OUTLINED WHITE STAR +269E..269F ; Extended_Pictographic# 5.2 [2] (โ๏ธ..โ๏ธ) THREE LINES CONVERGING RIGHT..THREE LINES CONVERGING LEFT +26A0..26A1 ; Extended_Pictographic# 4.0 [2] (โ ๏ธ..โก) warning..high voltage +26A2..26B1 ; Extended_Pictographic# 4.1 [16] (โข๏ธ..โฑ๏ธ) DOUBLED FEMALE SIGN..funeral urn +26B2 ; Extended_Pictographic# 5.0 [1] (โฒ๏ธ) NEUTER +26B3..26BC ; Extended_Pictographic# 5.1 [10] (โณ๏ธ..โผ๏ธ) CERES..SESQUIQUADRATE +26BD..26BF ; Extended_Pictographic# 5.2 [3] (โฝ..โฟ๏ธ) soccer ball..SQUARED KEY +26C0..26C3 ; Extended_Pictographic# 5.1 [4] (โ๏ธ..โ๏ธ) WHITE DRAUGHTS MAN..BLACK DRAUGHTS KING +26C4..26CD ; Extended_Pictographic# 5.2 [10] (โ..โ๏ธ) snowman without snow..DISABLED CAR +26CE ; Extended_Pictographic# 6.0 [1] (โ) Ophiuchus +26CF..26E1 ; Extended_Pictographic# 5.2 [19] (โ๏ธ..โก๏ธ) pick..RESTRICTED LEFT ENTRY-2 +26E2 ; Extended_Pictographic# 6.0 [1] (โข๏ธ) ASTRONOMICAL SYMBOL FOR URANUS +26E3 ; Extended_Pictographic# 5.2 [1] (โฃ๏ธ) HEAVY CIRCLE WITH STROKE AND TWO DOTS ABOVE +26E4..26E7 ; Extended_Pictographic# 6.0 [4] (โค๏ธ..โง๏ธ) PENTAGRAM..INVERTED PENTAGRAM +26E8..26FF ; Extended_Pictographic# 5.2 [24] (โจ๏ธ..โฟ๏ธ) BLACK CROSS ON SHIELD..WHITE FLAG WITH HORIZONTAL MIDDLE BLACK STRIPE +2700 ; Extended_Pictographic# 7.0 [1] (โ๏ธ) BLACK SAFETY SCISSORS +2701..2704 ; Extended_Pictographic# 1.1 [4] (โ๏ธ..โ๏ธ) UPPER BLADE SCISSORS..WHITE SCISSORS +2705 ; Extended_Pictographic# 6.0 [1] (โ
) white heavy check mark +2708..2709 ; Extended_Pictographic# 1.1 [2] (โ๏ธ..โ๏ธ) airplane..envelope +270A..270B ; Extended_Pictographic# 6.0 [2] (โ..โ) raised fist..raised hand +270C..2712 ; Extended_Pictographic# 1.1 [7] (โ๏ธ..โ๏ธ) victory hand..black nib +2714 ; Extended_Pictographic# 1.1 [1] (โ๏ธ) heavy check mark +2716 ; Extended_Pictographic# 1.1 [1] (โ๏ธ) heavy multiplication x +271D ; Extended_Pictographic# 1.1 [1] (โ๏ธ) latin cross +2721 ; Extended_Pictographic# 1.1 [1] (โก๏ธ) star of David +2728 ; Extended_Pictographic# 6.0 [1] (โจ) sparkles +2733..2734 ; Extended_Pictographic# 1.1 [2] (โณ๏ธ..โด๏ธ) eight-spoked asterisk..eight-pointed star +2744 ; Extended_Pictographic# 1.1 [1] (โ๏ธ) snowflake +2747 ; Extended_Pictographic# 1.1 [1] (โ๏ธ) sparkle +274C ; Extended_Pictographic# 6.0 [1] (โ) cross mark +274E ; Extended_Pictographic# 6.0 [1] (โ) cross mark button +2753..2755 ; Extended_Pictographic# 6.0 [3] (โ..โ) question mark..white exclamation mark +2757 ; Extended_Pictographic# 5.2 [1] (โ) exclamation mark +2763..2767 ; Extended_Pictographic# 1.1 [5] (โฃ๏ธ..โง๏ธ) heavy heart exclamation..ROTATED FLORAL HEART BULLET +2795..2797 ; Extended_Pictographic# 6.0 [3] (โ..โ) heavy plus sign..heavy division sign +27A1 ; Extended_Pictographic# 1.1 [1] (โก๏ธ) right arrow +27B0 ; Extended_Pictographic# 6.0 [1] (โฐ) curly loop +27BF ; Extended_Pictographic# 6.0 [1] (โฟ) double curly loop +2934..2935 ; Extended_Pictographic# 3.2 [2] (โคด๏ธ..โคต๏ธ) right arrow curving up..right arrow curving down +2B05..2B07 ; Extended_Pictographic# 4.0 [3] (โฌ
๏ธ..โฌ๏ธ) left arrow..down arrow +2B1B..2B1C ; Extended_Pictographic# 5.1 [2] (โฌ..โฌ) black large square..white large square +2B50 ; Extended_Pictographic# 5.1 [1] (โญ) star +2B55 ; Extended_Pictographic# 5.2 [1] (โญ) heavy large circle +3030 ; Extended_Pictographic# 1.1 [1] (ใฐ๏ธ) wavy dash +303D ; Extended_Pictographic# 3.2 [1] (ใฝ๏ธ) part alternation mark +3297 ; Extended_Pictographic# 1.1 [1] (ใ๏ธ) Japanese โcongratulationsโ button +3299 ; Extended_Pictographic# 1.1 [1] (ใ๏ธ) Japanese โsecretโ button +1F000..1F02B ; Extended_Pictographic# 5.1 [44] (๐๏ธ..๐ซ๏ธ) MAHJONG TILE EAST WIND..MAHJONG TILE BACK +1F02C..1F02F ; Extended_Pictographic# NA [4] (๐ฌ๏ธ..๐ฏ๏ธ) <reserved-1F02C>..<reserved-1F02F> +1F030..1F093 ; Extended_Pictographic# 5.1[100] (๐ฐ๏ธ..๐๏ธ) DOMINO TILE HORIZONTAL BACK..DOMINO TILE VERTICAL-06-06 +1F094..1F09F ; Extended_Pictographic# NA [12] (๐๏ธ..๐๏ธ) <reserved-1F094>..<reserved-1F09F> +1F0A0..1F0AE ; Extended_Pictographic# 6.0 [15] (๐ ๏ธ..๐ฎ๏ธ) PLAYING CARD BACK..PLAYING CARD KING OF SPADES +1F0AF..1F0B0 ; Extended_Pictographic# NA [2] (๐ฏ๏ธ..๐ฐ๏ธ) <reserved-1F0AF>..<reserved-1F0B0> +1F0B1..1F0BE ; Extended_Pictographic# 6.0 [14] (๐ฑ๏ธ..๐พ๏ธ) PLAYING CARD ACE OF HEARTS..PLAYING CARD KING OF HEARTS +1F0BF ; Extended_Pictographic# 7.0 [1] (๐ฟ๏ธ) PLAYING CARD RED JOKER +1F0C0 ; Extended_Pictographic# NA [1] (๐๏ธ) <reserved-1F0C0> +1F0C1..1F0CF ; Extended_Pictographic# 6.0 [15] (๐๏ธ..๐) PLAYING CARD ACE OF DIAMONDS..joker +1F0D0 ; Extended_Pictographic# NA [1] (๐๏ธ) <reserved-1F0D0> +1F0D1..1F0DF ; Extended_Pictographic# 6.0 [15] (๐๏ธ..๐๏ธ) PLAYING CARD ACE OF CLUBS..PLAYING CARD WHITE JOKER +1F0E0..1F0F5 ; Extended_Pictographic# 7.0 [22] (๐ ๏ธ..๐ต๏ธ) PLAYING CARD FOOL..PLAYING CARD TRUMP-21 +1F0F6..1F0FF ; Extended_Pictographic# NA [10] (๐ถ๏ธ..๐ฟ๏ธ) <reserved-1F0F6>..<reserved-1F0FF> +1F10D..1F10F ; Extended_Pictographic# NA [3] (๐๏ธ..๐๏ธ) <reserved-1F10D>..<reserved-1F10F> +1F12F ; Extended_Pictographic# 11.0 [1] (๐ฏ๏ธ) COPYLEFT SYMBOL +1F16C..1F16F ; Extended_Pictographic# NA [4] (๐
ฌ๏ธ..๐
ฏ๏ธ) <reserved-1F16C>..<reserved-1F16F> +1F170..1F171 ; Extended_Pictographic# 6.0 [2] (๐
ฐ๏ธ..๐
ฑ๏ธ) A button (blood type)..B button (blood type) +1F17E ; Extended_Pictographic# 6.0 [1] (๐
พ๏ธ) O button (blood type) +1F17F ; Extended_Pictographic# 5.2 [1] (๐
ฟ๏ธ) P button +1F18E ; Extended_Pictographic# 6.0 [1] (๐) AB button (blood type) +1F191..1F19A ; Extended_Pictographic# 6.0 [10] (๐..๐) CL button..VS button +1F1AD..1F1E5 ; Extended_Pictographic# NA [57] (๐ญ๏ธ..๐ฅ๏ธ) <reserved-1F1AD>..<reserved-1F1E5> +1F201..1F202 ; Extended_Pictographic# 6.0 [2] (๐..๐๏ธ) Japanese โhereโ button..Japanese โservice chargeโ button +1F203..1F20F ; Extended_Pictographic# NA [13] (๐๏ธ..๐๏ธ) <reserved-1F203>..<reserved-1F20F> +1F21A ; Extended_Pictographic# 5.2 [1] (๐) Japanese โfree of chargeโ button +1F22F ; Extended_Pictographic# 5.2 [1] (๐ฏ) Japanese โreservedโ button +1F232..1F23A ; Extended_Pictographic# 6.0 [9] (๐ฒ..๐บ) Japanese โprohibitedโ button..Japanese โopen for businessโ button +1F23C..1F23F ; Extended_Pictographic# NA [4] (๐ผ๏ธ..๐ฟ๏ธ) <reserved-1F23C>..<reserved-1F23F> +1F249..1F24F ; Extended_Pictographic# NA [7] (๐๏ธ..๐๏ธ) <reserved-1F249>..<reserved-1F24F> +1F250..1F251 ; Extended_Pictographic# 6.0 [2] (๐..๐) Japanese โbargainโ button..Japanese โacceptableโ button +1F252..1F25F ; Extended_Pictographic# NA [14] (๐๏ธ..๐๏ธ) <reserved-1F252>..<reserved-1F25F> +1F260..1F265 ; Extended_Pictographic# 10.0 [6] (๐ ๏ธ..๐ฅ๏ธ) ROUNDED SYMBOL FOR FU..ROUNDED SYMBOL FOR CAI +1F266..1F2FF ; Extended_Pictographic# NA[154] (๐ฆ๏ธ..๐ฟ๏ธ) <reserved-1F266>..<reserved-1F2FF> +1F300..1F320 ; Extended_Pictographic# 6.0 [33] (๐..๐ ) cyclone..shooting star +1F321..1F32C ; Extended_Pictographic# 7.0 [12] (๐ก๏ธ..๐ฌ๏ธ) thermometer..wind face +1F32D..1F32F ; Extended_Pictographic# 8.0 [3] (๐ญ..๐ฏ) hot dog..burrito +1F330..1F335 ; Extended_Pictographic# 6.0 [6] (๐ฐ..๐ต) chestnut..cactus +1F336 ; Extended_Pictographic# 7.0 [1] (๐ถ๏ธ) hot pepper +1F337..1F37C ; Extended_Pictographic# 6.0 [70] (๐ท..๐ผ) tulip..baby bottle +1F37D ; Extended_Pictographic# 7.0 [1] (๐ฝ๏ธ) fork and knife with plate +1F37E..1F37F ; Extended_Pictographic# 8.0 [2] (๐พ..๐ฟ) bottle with popping cork..popcorn +1F380..1F393 ; Extended_Pictographic# 6.0 [20] (๐..๐) ribbon..graduation cap +1F394..1F39F ; Extended_Pictographic# 7.0 [12] (๐๏ธ..๐๏ธ) HEART WITH TIP ON THE LEFT..admission tickets +1F3A0..1F3C4 ; Extended_Pictographic# 6.0 [37] (๐ ..๐) carousel horse..person surfing +1F3C5 ; Extended_Pictographic# 7.0 [1] (๐
) sports medal +1F3C6..1F3CA ; Extended_Pictographic# 6.0 [5] (๐..๐) trophy..person swimming +1F3CB..1F3CE ; Extended_Pictographic# 7.0 [4] (๐๏ธ..๐๏ธ) person lifting weights..racing car +1F3CF..1F3D3 ; Extended_Pictographic# 8.0 [5] (๐..๐) cricket game..ping pong +1F3D4..1F3DF ; Extended_Pictographic# 7.0 [12] (๐๏ธ..๐๏ธ) snow-capped mountain..stadium +1F3E0..1F3F0 ; Extended_Pictographic# 6.0 [17] (๐ ..๐ฐ) house..castle +1F3F1..1F3F7 ; Extended_Pictographic# 7.0 [7] (๐ฑ๏ธ..๐ท๏ธ) WHITE PENNANT..label +1F3F8..1F3FA ; Extended_Pictographic# 8.0 [3] (๐ธ..๐บ) badminton..amphora +1F400..1F43E ; Extended_Pictographic# 6.0 [63] (๐..๐พ) rat..paw prints +1F43F ; Extended_Pictographic# 7.0 [1] (๐ฟ๏ธ) chipmunk +1F440 ; Extended_Pictographic# 6.0 [1] (๐) eyes +1F441 ; Extended_Pictographic# 7.0 [1] (๐๏ธ) eye +1F442..1F4F7 ; Extended_Pictographic# 6.0[182] (๐..๐ท) ear..camera +1F4F8 ; Extended_Pictographic# 7.0 [1] (๐ธ) camera with flash +1F4F9..1F4FC ; Extended_Pictographic# 6.0 [4] (๐น..๐ผ) video camera..videocassette +1F4FD..1F4FE ; Extended_Pictographic# 7.0 [2] (๐ฝ๏ธ..๐พ๏ธ) film projector..PORTABLE STEREO +1F4FF ; Extended_Pictographic# 8.0 [1] (๐ฟ) prayer beads +1F500..1F53D ; Extended_Pictographic# 6.0 [62] (๐..๐ฝ) shuffle tracks button..downwards button +1F546..1F54A ; Extended_Pictographic# 7.0 [5] (๐๏ธ..๐๏ธ) WHITE LATIN CROSS..dove +1F54B..1F54F ; Extended_Pictographic# 8.0 [5] (๐..๐๏ธ) kaaba..BOWL OF HYGIEIA +1F550..1F567 ; Extended_Pictographic# 6.0 [24] (๐..๐ง) one oโclock..twelve-thirty +1F568..1F579 ; Extended_Pictographic# 7.0 [18] (๐จ๏ธ..๐น๏ธ) RIGHT SPEAKER..joystick +1F57A ; Extended_Pictographic# 9.0 [1] (๐บ) man dancing +1F57B..1F5A3 ; Extended_Pictographic# 7.0 [41] (๐ป๏ธ..๐ฃ๏ธ) LEFT HAND TELEPHONE RECEIVER..BLACK DOWN POINTING BACKHAND INDEX +1F5A4 ; Extended_Pictographic# 9.0 [1] (๐ค) black heart +1F5A5..1F5FA ; Extended_Pictographic# 7.0 [86] (๐ฅ๏ธ..๐บ๏ธ) desktop computer..world map +1F5FB..1F5FF ; Extended_Pictographic# 6.0 [5] (๐ป..๐ฟ) mount fuji..moai +1F600 ; Extended_Pictographic# 6.1 [1] (๐) grinning face +1F601..1F610 ; Extended_Pictographic# 6.0 [16] (๐..๐) beaming face with smiling eyes..neutral face +1F611 ; Extended_Pictographic# 6.1 [1] (๐) expressionless face +1F612..1F614 ; Extended_Pictographic# 6.0 [3] (๐..๐) unamused face..pensive face +1F615 ; Extended_Pictographic# 6.1 [1] (๐) confused face +1F616 ; Extended_Pictographic# 6.0 [1] (๐) confounded face +1F617 ; Extended_Pictographic# 6.1 [1] (๐) kissing face +1F618 ; Extended_Pictographic# 6.0 [1] (๐) face blowing a kiss +1F619 ; Extended_Pictographic# 6.1 [1] (๐) kissing face with smiling eyes +1F61A ; Extended_Pictographic# 6.0 [1] (๐) kissing face with closed eyes +1F61B ; Extended_Pictographic# 6.1 [1] (๐) face with tongue +1F61C..1F61E ; Extended_Pictographic# 6.0 [3] (๐..๐) winking face with tongue..disappointed face +1F61F ; Extended_Pictographic# 6.1 [1] (๐) worried face +1F620..1F625 ; Extended_Pictographic# 6.0 [6] (๐ ..๐ฅ) angry face..sad but relieved face +1F626..1F627 ; Extended_Pictographic# 6.1 [2] (๐ฆ..๐ง) frowning face with open mouth..anguished face +1F628..1F62B ; Extended_Pictographic# 6.0 [4] (๐จ..๐ซ) fearful face..tired face +1F62C ; Extended_Pictographic# 6.1 [1] (๐ฌ) grimacing face +1F62D ; Extended_Pictographic# 6.0 [1] (๐ญ) loudly crying face +1F62E..1F62F ; Extended_Pictographic# 6.1 [2] (๐ฎ..๐ฏ) face with open mouth..hushed face +1F630..1F633 ; Extended_Pictographic# 6.0 [4] (๐ฐ..๐ณ) anxious face with sweat..flushed face +1F634 ; Extended_Pictographic# 6.1 [1] (๐ด) sleeping face +1F635..1F640 ; Extended_Pictographic# 6.0 [12] (๐ต..๐) dizzy face..weary cat face +1F641..1F642 ; Extended_Pictographic# 7.0 [2] (๐..๐) slightly frowning face..slightly smiling face +1F643..1F644 ; Extended_Pictographic# 8.0 [2] (๐..๐) upside-down face..face with rolling eyes +1F645..1F64F ; Extended_Pictographic# 6.0 [11] (๐
..๐) person gesturing NO..folded hands +1F680..1F6C5 ; Extended_Pictographic# 6.0 [70] (๐..๐
) rocket..left luggage +1F6C6..1F6CF ; Extended_Pictographic# 7.0 [10] (๐๏ธ..๐๏ธ) TRIANGLE WITH ROUNDED CORNERS..bed +1F6D0 ; Extended_Pictographic# 8.0 [1] (๐) place of worship +1F6D1..1F6D2 ; Extended_Pictographic# 9.0 [2] (๐..๐) stop sign..shopping cart +1F6D3..1F6D4 ; Extended_Pictographic# 10.0 [2] (๐๏ธ..๐๏ธ) STUPA..PAGODA +1F6D5..1F6DF ; Extended_Pictographic# NA [11] (๐๏ธ..๐๏ธ) <reserved-1F6D5>..<reserved-1F6DF> +1F6E0..1F6EC ; Extended_Pictographic# 7.0 [13] (๐ ๏ธ..๐ฌ) hammer and wrench..airplane arrival +1F6ED..1F6EF ; Extended_Pictographic# NA [3] (๐ญ๏ธ..๐ฏ๏ธ) <reserved-1F6ED>..<reserved-1F6EF> +1F6F0..1F6F3 ; Extended_Pictographic# 7.0 [4] (๐ฐ๏ธ..๐ณ๏ธ) satellite..passenger ship +1F6F4..1F6F6 ; Extended_Pictographic# 9.0 [3] (๐ด..๐ถ) kick scooter..canoe +1F6F7..1F6F8 ; Extended_Pictographic# 10.0 [2] (๐ท..๐ธ) sled..flying saucer +1F6F9 ; Extended_Pictographic# 11.0 [1] (๐น) skateboard +1F6FA..1F6FF ; Extended_Pictographic# NA [6] (๐บ๏ธ..๐ฟ๏ธ) <reserved-1F6FA>..<reserved-1F6FF> +1F774..1F77F ; Extended_Pictographic# NA [12] (๐ด๏ธ..๐ฟ๏ธ) <reserved-1F774>..<reserved-1F77F> +1F7D5..1F7D8 ; Extended_Pictographic# 11.0 [4] (๐๏ธ..๐๏ธ) CIRCLED TRIANGLE..NEGATIVE CIRCLED SQUARE +1F7D9..1F7FF ; Extended_Pictographic# NA [39] (๐๏ธ..๐ฟ๏ธ) <reserved-1F7D9>..<reserved-1F7FF> +1F80C..1F80F ; Extended_Pictographic# NA [4] (๐ ๏ธ..๐ ๏ธ) <reserved-1F80C>..<reserved-1F80F> +1F848..1F84F ; Extended_Pictographic# NA [8] (๐ก๏ธ..๐ก๏ธ) <reserved-1F848>..<reserved-1F84F> +1F85A..1F85F ; Extended_Pictographic# NA [6] (๐ก๏ธ..๐ก๏ธ) <reserved-1F85A>..<reserved-1F85F> +1F888..1F88F ; Extended_Pictographic# NA [8] (๐ข๏ธ..๐ข๏ธ) <reserved-1F888>..<reserved-1F88F> +1F8AE..1F8FF ; Extended_Pictographic# NA [82] (๐ขฎ๏ธ..๐ฃฟ๏ธ) <reserved-1F8AE>..<reserved-1F8FF> +1F90C..1F90F ; Extended_Pictographic# NA [4] (๐ค๏ธ..๐ค๏ธ) <reserved-1F90C>..<reserved-1F90F> +1F910..1F918 ; Extended_Pictographic# 8.0 [9] (๐ค..๐ค) zipper-mouth face..sign of the horns +1F919..1F91E ; Extended_Pictographic# 9.0 [6] (๐ค..๐ค) call me hand..crossed fingers +1F91F ; Extended_Pictographic# 10.0 [1] (๐ค) love-you gesture +1F920..1F927 ; Extended_Pictographic# 9.0 [8] (๐ค ..๐คง) cowboy hat face..sneezing face +1F928..1F92F ; Extended_Pictographic# 10.0 [8] (๐คจ..๐คฏ) face with raised eyebrow..exploding head +1F930 ; Extended_Pictographic# 9.0 [1] (๐คฐ) pregnant woman +1F931..1F932 ; Extended_Pictographic# 10.0 [2] (๐คฑ..๐คฒ) breast-feeding..palms up together +1F933..1F93A ; Extended_Pictographic# 9.0 [8] (๐คณ..๐คบ) selfie..person fencing +1F93C..1F93E ; Extended_Pictographic# 9.0 [3] (๐คผ..๐คพ) people wrestling..person playing handball +1F93F ; Extended_Pictographic# NA [1] (๐คฟ๏ธ) <reserved-1F93F> +1F940..1F945 ; Extended_Pictographic# 9.0 [6] (๐ฅ..๐ฅ
) wilted flower..goal net +1F947..1F94B ; Extended_Pictographic# 9.0 [5] (๐ฅ..๐ฅ) 1st place medal..martial arts uniform +1F94C ; Extended_Pictographic# 10.0 [1] (๐ฅ) curling stone +1F94D..1F94F ; Extended_Pictographic# 11.0 [3] (๐ฅ..๐ฅ) lacrosse..flying disc +1F950..1F95E ; Extended_Pictographic# 9.0 [15] (๐ฅ..๐ฅ) croissant..pancakes +1F95F..1F96B ; Extended_Pictographic# 10.0 [13] (๐ฅ..๐ฅซ) dumpling..canned food +1F96C..1F970 ; Extended_Pictographic# 11.0 [5] (๐ฅฌ..๐ฅฐ) leafy green..smiling face with 3 hearts +1F971..1F972 ; Extended_Pictographic# NA [2] (๐ฅฑ๏ธ..๐ฅฒ๏ธ) <reserved-1F971>..<reserved-1F972> +1F973..1F976 ; Extended_Pictographic# 11.0 [4] (๐ฅณ..๐ฅถ) partying face..cold face +1F977..1F979 ; Extended_Pictographic# NA [3] (๐ฅท๏ธ..๐ฅน๏ธ) <reserved-1F977>..<reserved-1F979> +1F97A ; Extended_Pictographic# 11.0 [1] (๐ฅบ) pleading face +1F97B ; Extended_Pictographic# NA [1] (๐ฅป๏ธ) <reserved-1F97B> +1F97C..1F97F ; Extended_Pictographic# 11.0 [4] (๐ฅผ..๐ฅฟ) lab coat..womanโs flat shoe +1F980..1F984 ; Extended_Pictographic# 8.0 [5] (๐ฆ..๐ฆ) crab..unicorn face +1F985..1F991 ; Extended_Pictographic# 9.0 [13] (๐ฆ
..๐ฆ) eagle..squid +1F992..1F997 ; Extended_Pictographic# 10.0 [6] (๐ฆ..๐ฆ) giraffe..cricket +1F998..1F9A2 ; Extended_Pictographic# 11.0 [11] (๐ฆ..๐ฆข) kangaroo..swan +1F9A3..1F9AF ; Extended_Pictographic# NA [13] (๐ฆฃ๏ธ..๐ฆฏ๏ธ) <reserved-1F9A3>..<reserved-1F9AF> +1F9B0..1F9B9 ; Extended_Pictographic# 11.0 [10] (๐ฆฐ..๐ฆน) red-haired..supervillain +1F9BA..1F9BF ; Extended_Pictographic# NA [6] (๐ฆบ๏ธ..๐ฆฟ๏ธ) <reserved-1F9BA>..<reserved-1F9BF> +1F9C0 ; Extended_Pictographic# 8.0 [1] (๐ง) cheese wedge +1F9C1..1F9C2 ; Extended_Pictographic# 11.0 [2] (๐ง..๐ง) cupcake..salt +1F9C3..1F9CF ; Extended_Pictographic# NA [13] (๐ง๏ธ..๐ง๏ธ) <reserved-1F9C3>..<reserved-1F9CF> +1F9D0..1F9E6 ; Extended_Pictographic# 10.0 [23] (๐ง..๐งฆ) face with monocle..socks +1F9E7..1F9FF ; Extended_Pictographic# 11.0 [25] (๐งง..๐งฟ) red envelope..nazar amulet +1FA00..1FA5F ; Extended_Pictographic# NA [96] (๐จ๏ธ..๐ฉ๏ธ) <reserved-1FA00>..<reserved-1FA5F> +1FA60..1FA6D ; Extended_Pictographic# 11.0 [14] (๐ฉ ๏ธ..๐ฉญ๏ธ) XIANGQI RED GENERAL..XIANGQI BLACK SOLDIER +1FA6E..1FFFD ; Extended_Pictographic# NA[1424] (๐ฉฎ๏ธ..๐ฟฝ๏ธ) <reserved-1FA6E>..<reserved-1FFFD> + +# Total elements: 3793 + +#EOF diff --git a/lib/stdlib/uc_spec/gen_unicode_mod.escript b/lib/stdlib/uc_spec/gen_unicode_mod.escript index fe5a860d45..70eec1a6f2 100755 --- a/lib/stdlib/uc_spec/gen_unicode_mod.escript +++ b/lib/stdlib/uc_spec/gen_unicode_mod.escript @@ -48,13 +48,18 @@ main(_) -> ok = file:close(ExclF), %% GraphemeBreakProperty table + {ok, Emoji} = file:open("../uc_spec/emoji-data.txt", [read, raw, {read_ahead, 1000000}]), + Props00 = foldl(fun parse_properties/2, [], Emoji), + %% Filter Extended_Pictographic class which we are interested in. + Props0 = [EP || {extended_pictographic, _} = EP <- Props00], + ok = file:close(Emoji), {ok, GBPF} = file:open("../uc_spec/GraphemeBreakProperty.txt", [read, raw, {read_ahead, 1000000}]), - Props0 = foldl(fun parse_properties/2, [], GBPF), + Props1 = foldl(fun parse_properties/2, Props0, GBPF), ok = file:close(GBPF), {ok, PropF} = file:open("../uc_spec/PropList.txt", [read, raw, {read_ahead, 1000000}]), - Props1 = foldl(fun parse_properties/2, Props0, PropF), + Props2 = foldl(fun parse_properties/2, Props1, PropF), ok = file:close(PropF), - Props = sofs:to_external(sofs:relation_to_family(sofs:relation(Props1))), + Props = sofs:to_external(sofs:relation_to_family(sofs:relation(Props2))), %% Make module {ok, Out} = file:open(?MOD++".erl", [write]), @@ -170,7 +175,7 @@ gen_header(Fd) -> io:put_chars(Fd, "-export([spec_version/0, lookup/1, get_case/1]).\n"), io:put_chars(Fd, "-inline([class/1]).\n"), io:put_chars(Fd, "-compile(nowarn_unused_vars).\n"), - io:put_chars(Fd, "-dialyzer({no_improper_lists, [cp/1, gc/1, gc_prepend/2, gc_e_cont/2]}).\n"), + io:put_chars(Fd, "-dialyzer({no_improper_lists, [cp/1, gc/1, gc_prepend/2]}).\n"), io:put_chars(Fd, "-type gc() :: char()|[char()].\n\n\n"), ok. @@ -186,7 +191,7 @@ gen_static(Fd) -> " {U,L} -> #{upper=>U,lower=>L,title=>U,fold=>L};\n" " {U,L,T,F} -> #{upper=>U,lower=>L,title=>T,fold=>F}\n" " end.\n\n"), - io:put_chars(Fd, "spec_version() -> {10,0}.\n\n\n"), + io:put_chars(Fd, "spec_version() -> {11,0}.\n\n\n"), io:put_chars(Fd, "class(Codepoint) -> {CCC,_,_} = unicode_table(Codepoint),\n CCC.\n\n"), io:put_chars(Fd, "-spec uppercase(unicode:chardata()) -> " "maybe_improper_list(gc(),unicode:chardata()).\n"), @@ -495,33 +500,34 @@ gen_gc(Fd, GBP) -> " [$\\n|R1] -> [[$\\r,$\\n]|R1];\n" " _ -> R\n" " end;\n" - %% "gc_1([CP1, CP2|_]=T) when CP1 < 256, CP2 < 256 ->\n" - %% " T; %% Fast path\n" - %% "gc_1([CP1|<<CP2/utf8, _/binary>>]=T) when CP1 < 256, CP2 < 256 ->\n" - %% " T; %% Fast path\n" ), - io:put_chars(Fd, "%% Handle control\n"), + GenExtP = fun(Range) -> io:format(Fd, "gc_1~s gc_ext_pict(R1,[CP]);\n", [gen_clause(Range)]) end, + ExtendedPictographic0 = merge_ranges(maps:get(extended_pictographic,GBP)), + %% Pick codepoints below 256 (some data knowledge here) + {ExtendedPictographicLow,ExtendedPictographicHigh} = + lists:splitwith(fun({Start,undefined}) -> Start < 256 end,ExtendedPictographic0), + + io:put_chars(Fd, "\n%% Handle control\n"), GenControl = fun(Range) -> io:format(Fd, "gc_1~s R0;\n", [gen_clause(Range)]) end, CRs0 = merge_ranges(maps:get(cr, GBP) ++ maps:get(lf, GBP) ++ maps:get(control, GBP), false), [R1,R2,R3|Crs] = CRs0, [GenControl(CP) || CP <- merge_ranges([R1,R2,R3], split), CP =/= {$\r, undefined}], %%GenControl(R1),GenControl(R2),GenControl(R3), - io:format(Fd, "gc_1([CP|R]) when CP < 256 -> gc_extend(R,CP);\n", []), + io:put_chars(Fd, "\n%% Optimize Latin-1\n"), + [GenExtP(CP) || CP <- merge_ranges(ExtendedPictographicLow)], + io:format(Fd, "gc_1([CP|R]) when CP < 256 -> gc_extend(R,CP);\n\n", []), + io:put_chars(Fd, "\n%% Continue control\n"), [GenControl(CP) || CP <- Crs], %% One clause per CP %% CRs0 = merge_ranges(maps:get(cr, GBP) ++ maps:get(lf, GBP) ++ maps:get(control, GBP)), %% [GenControl(CP) || CP <- CRs0, CP =/= {$\r, undefined}], - io:put_chars(Fd, "%% Handle ZWJ\n"), - GenZWJ = fun(Range) -> io:format(Fd, "gc_1~s gc_zwj(R1, [CP]);\n", [gen_clause(Range)]) end, - [GenZWJ(CP) || CP <- merge_ranges(maps:get(zwj,GBP))], - - io:put_chars(Fd, "%% Handle prepend\n"), + io:put_chars(Fd, "\n%% Handle prepend\n"), GenPrepend = fun(Range) -> io:format(Fd, "gc_1~s gc_prepend(R1, CP);\n", [gen_clause(Range)]) end, [GenPrepend(CP) || CP <- merge_ranges(maps:get(prepend,GBP))], - io:put_chars(Fd, "%% Handle Hangul L\n"), + io:put_chars(Fd, "\n%% Handle Hangul L\n"), GenHangulL = fun(Range) -> io:format(Fd, "gc_1~s gc_h_L(R1,[CP]);\n", [gen_clause(Range)]) end, [GenHangulL(CP) || CP <- merge_ranges(maps:get(l,GBP))], io:put_chars(Fd, "%% Handle Hangul V\n"), @@ -533,16 +539,19 @@ gen_gc(Fd, GBP) -> io:put_chars(Fd, "%% Handle Hangul LV and LVT special, since they are large\n"), io:put_chars(Fd, "gc_1([CP|_]=R0) when 44000 < CP, CP < 56000 -> gc_h_lv_lvt(R0, []);\n"), - io:put_chars(Fd, "%% Handle Regional\n"), + io:put_chars(Fd, "\n%% Handle Regional\n"), GenRegional = fun(Range) -> io:format(Fd, "gc_1~s gc_regional(R1,[CP]);\n", [gen_clause(Range)]) end, [GenRegional(CP) || CP <- merge_ranges(maps:get(regional_indicator,GBP))], - io:put_chars(Fd, "%% Handle E_Base\n"), - GenEBase = fun(Range) -> io:format(Fd, "gc_1~s gc_e_cont(R1,[CP]);\n", [gen_clause(Range)]) end, - [GenEBase(CP) || CP <- merge_ranges(maps:get(e_base,GBP))], - io:put_chars(Fd, "%% Handle EBG\n"), - GenEBG = fun(Range) -> io:format(Fd, "gc_1~s gc_e_cont(R1,[CP]);\n", [gen_clause(Range)]) end, - [GenEBG(CP) || CP <- merge_ranges(maps:get(e_base_gaz,GBP))], - + %% io:put_chars(Fd, "%% Handle E_Base\n"), + %% GenEBase = fun(Range) -> io:format(Fd, "gc_1~s gc_e_cont(R1,[CP]);\n", [gen_clause(Range)]) end, + %% [GenEBase(CP) || CP <- merge_ranges(maps:get(e_base,GBP))], + %% io:put_chars(Fd, "%% Handle EBG\n"), + %% GenEBG = fun(Range) -> io:format(Fd, "gc_1~s gc_e_cont(R1,[CP]);\n", [gen_clause(Range)]) end, + %% [GenEBG(CP) || CP <- merge_ranges(maps:get(e_base_gaz,GBP))], + + io:put_chars(Fd, "%% Handle extended_pictographic\n"), + [GenExtP(CP) || CP <- merge_ranges(ExtendedPictographicHigh)], + io:put_chars(Fd, "\n%% default clauses\n"), io:put_chars(Fd, "gc_1([CP|R]) -> gc_extend(R, CP);\n"), io:put_chars(Fd, "gc_1([]) -> [];\n"), io:put_chars(Fd, "gc_1({error,_}=Error) -> Error.\n\n"), @@ -577,21 +586,16 @@ gen_gc(Fd, GBP) -> io:put_chars(Fd, "gc_extend([CP|T], T0, Acc0) ->\n" " case is_extend(CP) of\n" - " zwj ->\n" - " case Acc0 of\n" - " [_|_] -> gc_zwj(T, [CP|Acc0]);\n" - " Acc -> gc_zwj(T, [CP,Acc])\n" - " end;\n" - " true ->\n" - " case Acc0 of\n" - " [_|_] -> gc_extend(T, [CP|Acc0]);\n" - " Acc -> gc_extend(T, [CP,Acc])\n" - " end;\n" " false ->\n" " case Acc0 of\n" " [Acc] -> [Acc|T0];\n" " [_|_]=Acc -> [lists:reverse(Acc)|T0];\n" " Acc -> [Acc|T0]\n" + " end;\n" + " _TrueOrZWJ ->\n" + " case Acc0 of\n" + " [_|_] -> gc_extend(T, [CP|Acc0]);\n" + " Acc -> gc_extend(T, [CP,Acc])\n" " end\n" " end;\n" "gc_extend([], _, Acc0) ->\n" @@ -612,49 +616,46 @@ gen_gc(Fd, GBP) -> io:put_chars(Fd, "is_extend(_) -> false.\n\n"), io:put_chars(Fd, - "gc_e_cont(R0, Acc) ->\n" - " case cp(R0) of\n" - " [CP|R1] ->\n" - " case is_extend(CP) of\n" - " zwj -> gc_zwj(R1, [CP|Acc]);\n" - " true -> gc_e_cont(R1, [CP|Acc]);\n" - " false ->\n" - " case is_emodifier(CP) of\n" - " true -> [lists:reverse([CP|Acc])|R1];\n" - " false ->\n" - " case Acc of\n" - " [A] -> [A|R0];\n" - " _ -> [lists:reverse(Acc)|R0]\n" - " end\n" - " end\n" - " end;\n" - " [] ->\n" + "gc_ext_pict(T, Acc) ->\n" + " gc_ext_pict(cp(T), T, Acc).\n\n" + "gc_ext_pict([CP|R1], T0, Acc) ->\n" + " case is_extend(CP) of\n" + " zwj -> gc_ext_pict_zwj(cp(R1), R1, [CP|Acc]);\n" + " true -> gc_ext_pict(R1, [CP|Acc]);\n" + " false ->\n" " case Acc of\n" - " [A] -> [A];\n" - " _ -> [lists:reverse(Acc)]\n" - " end;\n" - " {error,R} ->\n" + " [A] -> [A|T0];\n" + " _ -> [lists:reverse(Acc)|T0]\n" + " end\n" + " end;\n" + "gc_ext_pict([], _T0, Acc) ->\n" + " case Acc of\n" + " [A] -> [A];\n" + " _ -> [lists:reverse(Acc)]\n" + " end;\n" + "gc_ext_pict({error,R}, T, Acc) ->\n" + " gc_ext_pict([], T, Acc) ++ [R].\n\n"), + io:put_chars(Fd, + "gc_ext_pict_zwj([CP|R1], T0, Acc) ->\n" + " case is_ext_pict(CP) of\n" + " true -> gc_ext_pict(R1, [CP|Acc]);\n" + " false ->\n" " case Acc of\n" - " [A] -> [A|R];\n" - " _ -> [lists:reverse(Acc)|R]\n" + " [A] -> [A|T0];\n" + " _ -> [lists:reverse(Acc)|T0]\n" " end\n" - " end.\n\n"), - - GenEMod = fun(Range) -> io:format(Fd, "is_emodifier~s true;\n", [gen_single_clause(Range)]) end, - EMods = merge_ranges(maps:get(e_modifier, GBP), split), - [GenEMod(CP) || CP <- EMods], - io:put_chars(Fd, "is_emodifier(_) -> false.\n\n"), - - io:put_chars(Fd, "gc_zwj(R0, Acc) ->\n case cp(R0) of\n"), - GenZWJGlue = fun(Range) -> io:format(Fd, "~8c~s gc_extend(R1, R0, [CP|Acc]);\n", - [$\s,gen_case_clause(Range)]) end, - [GenZWJGlue(CP) || CP <- merge_ranges(maps:get(glue_after_zwj,GBP))], - GenZWJEBG = fun(Range) -> io:format(Fd, "~8c~s gc_e_cont(R1, [CP|Acc]);\n", - [$\s,gen_case_clause(Range)]) end, - [GenZWJEBG(CP) || CP <- merge_ranges(maps:get(e_base_gaz,GBP))], - io:put_chars(Fd," R1 -> gc_extend(R1, R0, Acc)\n" - " end.\n\n"), + " end;\n" + "gc_ext_pict_zwj([], _, Acc) ->\n" + " case Acc of\n" + " [A] -> [A];\n" + " _ -> [lists:reverse(Acc)]\n" + " end;\n" + "gc_ext_pict_zwj({error,R}, T, Acc) ->\n" + " gc_ext_pict_zwj([], T, Acc) ++ [R].\n\n"), + GenExtPict = fun(Range) -> io:format(Fd, "is_ext_pict~s true;\n", [gen_single_clause(Range)]) end, + [GenExtPict(CP) || CP <- ExtendedPictographic0], + io:put_chars(Fd, "is_ext_pict(_) -> false.\n\n"), %% -------------------- io:put_chars(Fd, "%% Handle Regional\n"), diff --git a/lib/syntax_tools/src/igor.erl b/lib/syntax_tools/src/igor.erl index 16e3511734..b712b77e9f 100644 --- a/lib/syntax_tools/src/igor.erl +++ b/lib/syntax_tools/src/igor.erl @@ -660,7 +660,7 @@ merge_files1(Files, Opts) -> %% transitions), code replacement is expected to be detected. Then, if %% we in the merged code do not check at these points if the %% <em>target</em> module (the result of the merge) has been replaced, -%% we can not be sure in general that we will be able to do code +%% we cannot be sure in general that we will be able to do code %% replacement of the merged state machine - it could run forever %% without detecting the code change. Therefore, all such calls must %% remain remote-calls (detecting code changes), but may call the target diff --git a/lib/tools/doc/src/cover.xml b/lib/tools/doc/src/cover.xml index 15cd784253..6c6b20aad8 100644 --- a/lib/tools/doc/src/cover.xml +++ b/lib/tools/doc/src/cover.xml @@ -234,7 +234,7 @@ <c>{already_cover_compiled,no_beam_found,Module}</c> is returned.</p> <p><c>{error,BeamFile}</c> is returned if the compiled code - can not be loaded on the node.</p> + cannot be loaded on the node.</p> <p>If a list of <c>ModFiles</c> is given as input, a list of <c>Result</c> will be returned. The order of the returned list is undefined.</p> @@ -470,7 +470,7 @@ <p>Exports the current coverage data for <c>Module</c> to the file <c>ExportFile</c>. It is recommended to name the <c>ExportFile</c> with the extension <c>.coverdata</c>, since - other filenames can not be read by the web based interface to + other filenames cannot be read by the web based interface to cover.</p> <p>If <c>Module</c> is not given, data for all Cover compiled or earlier imported modules is exported.</p> @@ -496,7 +496,7 @@ <p>Coverage data from several export files can be imported into one system. The coverage data is then added up when analysing.</p> - <p>Coverage data for a module can not be imported from the + <p>Coverage data for a module cannot be imported from the same file twice unless the module is first reset or compiled. The check is based on the filename, so you can easily fool the system by renaming your export file.</p> diff --git a/lib/tools/doc/src/instrument.xml b/lib/tools/doc/src/instrument.xml index 9fd9332373..79bacb2927 100644 --- a/lib/tools/doc/src/instrument.xml +++ b/lib/tools/doc/src/instrument.xml @@ -111,15 +111,18 @@ default, but this can be configured an a per-allocator basis with the <seealso marker="erts:erts_alloc#M_atags"><c>+M<S>atags</c> </seealso> emulator option.</p> - <p>If tagged allocations are not enabled on any of the specified - allocator types, the call will fail with - <c>{error, not_enabled}</c>.</p> + <p>If the specified allocator types are not enabled, the call will fail + with <c>{error, not_enabled}</c>.</p> <p>The following options can be used:</p> <taglist> <tag><c>allocator_types</c></tag> <item> - <p>The allocator types that will be searched. Defaults to all - <c>alloc_util</c> allocators.</p> + <p>The allocator types that will be searched. Note that blocks can + move freely between allocator types, so restricting the search to + certain allocators may return unexpected types (e.g. process + heaps when searching binary_alloc), or hide blocks that were + migrated out.</p> + <p>Defaults to all <c>alloc_util</c> allocators.</p> </item> <tag><c>scheduler_ids</c></tag> <item> diff --git a/lib/tools/test/instrument_SUITE.erl b/lib/tools/test/instrument_SUITE.erl index 8c521b2e1a..33259df58f 100644 --- a/lib/tools/test/instrument_SUITE.erl +++ b/lib/tools/test/instrument_SUITE.erl @@ -77,6 +77,8 @@ allocations_ramv(Config) when is_list(Config) -> verify_allocations_disabled(_AllocType, Result) -> verify_allocations_disabled(Result). +verify_allocations_disabled({ok, {_HistStart, _UnscannedBytes, Allocs}}) -> + true = Allocs =:= #{}; verify_allocations_disabled({error, not_enabled}) -> ok. @@ -91,6 +93,13 @@ verify_allocations_enabled(_AllocType, Result) -> verify_allocations_enabled({ok, {_HistStart, _UnscannedBytes, Allocs}}) -> true = Allocs =/= #{}. +verify_allocations_output(#{}, {ok, {_, _, Allocs}}) when Allocs =:= #{} -> + %% This happens when the allocator is enabled but tagging is disabled. If + %% there's an error that causes Allocs to always be empty when enabled it + %% will be caught by verify_allocations_enabled. + ok; +verify_allocations_output(#{}, {error, not_enabled}) -> + ok; verify_allocations_output(#{ histogram_start := HistStart, histogram_width := HistWidth }, {ok, {HistStart, _UnscannedBytes, ByOrigin}}) -> @@ -124,8 +133,6 @@ verify_allocations_output(#{ histogram_start := HistStart, [BlockCount, GenTotalBlockCount]) end, - ok; -verify_allocations_output(#{}, {error, not_enabled}) -> ok. %% %% %% %% %% %% @@ -214,7 +221,8 @@ verify_carriers_output(#{ histogram_start := HistStart, ct:fail("Carrier count is ~p, expected at least ~p (SBC).", [CarrierCount, GenSBCCount]); CarrierCount >= GenSBCCount -> - ok + ct:pal("Found ~p carriers, required at least ~p (SBC)." , + [CarrierCount, GenSBCCount]) end, ok; @@ -292,9 +300,19 @@ start_slave(Args) -> MicroSecs = erlang:monotonic_time(), Name = "instr" ++ integer_to_list(MicroSecs), Pa = filename:dirname(code:which(?MODULE)), - {ok, Node} = test_server:start_node(list_to_atom(Name), - slave, - [{args, "-pa " ++ Pa ++ " " ++ Args}]), + + %% We pass arguments through ZFLAGS as the nightly tests rotate + %% +Meamax/+Meamin which breaks the _enabled and _disabled tests unless + %% overridden. + ZFlags = os:getenv("ERL_ZFLAGS", ""), + {ok, Node} = try + os:putenv("ERL_ZFLAGS", ZFlags ++ [" " | Args]), + test_server:start_node(list_to_atom(Name), + slave, + [{args, "-pa " ++ Pa}]) + after + os:putenv("ERL_ZFLAGS", ZFlags) + end, Node. generate_test_blocks() -> @@ -309,8 +327,9 @@ generate_test_blocks() -> MBCs = [<<I, 0:64/unit:8>> || I <- lists:seq(1, ?GENERATED_MBC_BLOCK_COUNT)], Runner ! Ref, - receive after infinity -> ok end, - unreachable ! {SBCs, MBCs} + receive + gurka -> gaffel ! {SBCs, MBCs} + end end), receive Ref -> ok diff --git a/lib/wx/doc/overview.edoc b/lib/wx/doc/overview.edoc index 054016f515..843a9c1320 100644 --- a/lib/wx/doc/overview.edoc +++ b/lib/wx/doc/overview.edoc @@ -218,7 +218,7 @@ the <em>fun</em> returns. The callbacks are always invoked by another process and have exclusive usage of the GUI when invoked. This means that a callback <em>fun</em> -can not use the process dictionary and should not make calls to other +cannot use the process dictionary and should not make calls to other processes. Calls to another process inside a callback <em>fun</em> may cause a deadlock if the other process is waiting on completion of his call to the GUI. diff --git a/lib/wx/examples/demo/ex_graphicsContext.erl b/lib/wx/examples/demo/ex_graphicsContext.erl index 1193578037..1e6ffce18d 100644 --- a/lib/wx/examples/demo/ex_graphicsContext.erl +++ b/lib/wx/examples/demo/ex_graphicsContext.erl @@ -74,7 +74,7 @@ do_init(Config) -> pen = Pen, brush = Brush, font = Font}}. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% -%% Sync events i.e. from callbacks must return ok, it can not return a new state. +%% Sync events i.e. from callbacks must return ok, it cannot return a new state. %% Do the redrawing here. handle_sync_event(#wx{event = #wxPaint{}},_, #state{win=Win, pen = Pen, brush = Brush, font = Font}) -> diff --git a/lib/wx/test/wx_event_SUITE.erl b/lib/wx/test/wx_event_SUITE.erl index 7ecd9b7283..1cc194d569 100644 --- a/lib/wx/test/wx_event_SUITE.erl +++ b/lib/wx/test/wx_event_SUITE.erl @@ -347,9 +347,9 @@ connect_in_callback(Config) -> %% such that new events are not fired until the previous %% callback have returned. - %% That means that a callback can not wait for other events + %% That means that a callback cannot wait for other events %% in receive since they will not come. - %% It also means that you can not attach a new callback directly from + %% It also means that you cannot attach a new callback directly from %% the callback since that callback will be removed when the temporary %% process that executes the outer callback (may) die(s) before the callback %% is invoked diff --git a/lib/xmerl/src/xmerl_sax_parser_base.erlsrc b/lib/xmerl/src/xmerl_sax_parser_base.erlsrc index 1dca9608cb..ef753c7148 100644 --- a/lib/xmerl/src/xmerl_sax_parser_base.erlsrc +++ b/lib/xmerl/src/xmerl_sax_parser_base.erlsrc @@ -3679,7 +3679,7 @@ create_tempfile(Template) -> false -> case os:getenv("TEMP") of false -> - throw({error, "Variabel TMP or TEMP doesn't exist"}); + throw({error, "Variable TMP or TEMP doesn't exist"}); P2 -> P2 end; diff --git a/lib/xmerl/test/xmerl_SUITE_data/eventp/CMOM.xml b/lib/xmerl/test/xmerl_SUITE_data/eventp/CMOM.xml index c2533248d1..0379c18214 100644 --- a/lib/xmerl/test/xmerl_SUITE_data/eventp/CMOM.xml +++ b/lib/xmerl/test/xmerl_SUITE_data/eventp/CMOM.xml @@ -276,7 +276,7 @@ </exception> <exception name="UpgradeNotPossibleException"> - <description>Before an upgrade is started it was found that the upgrade can not take place. A possible reason is that the upgrade package that is running in the node is not in the upgrade window of this upgrade package. </description> + <description>Before an upgrade is started it was found that the upgrade cannot take place. A possible reason is that the upgrade package that is running in the node is not in the upgrade window of this upgrade package. </description> <exceptionParameter name="message"> <dataType> <string/> @@ -1703,7 +1703,7 @@ Example: <exception name="NoSuchAttributeException"> <description>Exception thrown when an MO attribute is requested to be accessed but the access -method for the is not defined (the attribute can not be accessed)</description> +method for the is not defined (the attribute cannot be accessed)</description> </exception> <exception name="MoCardinalityViolationException"> @@ -3125,7 +3125,7 @@ active = Synchronization is used in system clock generation. <description>RefState can have the following values: failed = synchronization reference is not capable to perform its required tasks. degraded = capability of synchronization reference to perform its required tasks is degraded e.g. because of signal level degradation. This value is only applicable for traffic carrying (ET physical path termination) synchronization references. Note: attribute degradationIsFault controls whether synchronization reference degradation is interpreted as a synchronization reference fault or not. -lossOfTracking = system clock regulation algorithm on TU board can not follow the 8kHz synchronization reference signal either because of the poor quality of the signal or because of a HW fault at TU board. If all synchronization references repeatedly end up to state lossOfTracking, fault is likely in TU HW. +lossOfTracking = system clock regulation algorithm on TU board cannot follow the 8kHz synchronization reference signal either because of the poor quality of the signal or because of a HW fault at TU board. If all synchronization references repeatedly end up to state lossOfTracking, fault is likely in TU HW. ok = synchronization reference is capable of performing its required tasks. </description> <enumMember name="failed"> @@ -11270,7 +11270,7 @@ Note! This action requires a transaction.</description> The changing of the IP address with operation assignIpAddress might cause interruption of the communication if the network management tool is connected via the ethernet link. -Note: The EthernetLink MO can not be deleted! +Note: The EthernetLink MO cannot be deleted! Note: The performance monitoring counters in the EthernetLink MO has a "Wrap-around time" of approximately 2 hours. </description> @@ -11532,8 +11532,8 @@ Note! This action requires a transaction.</description> <description>This MO holds the IP routing table. The IpRoutingTable MO is automatically created when the Ip MO is created. -The IpRoutingTable MO can not be created manually. -The IpRoutingTable MO can not be deleted. +The IpRoutingTable MO cannot be created manually. +The IpRoutingTable MO cannot be deleted. </description> <systemCreated/> <attribute name="userLabel"> @@ -12967,7 +12967,7 @@ Note! When using fractional atm, timeslot 1 must be a part of the fraction. Note! ETM1 does not support EPD and PPD -Note! ETM1 does not have a proper buffer management. Thus fairness of UBR+ traffic can not be guaranteed and shaping on UBR+ traffic is not possible. +Note! ETM1 does not have a proper buffer management. Thus fairness of UBR+ traffic cannot be guaranteed and shaping on UBR+ traffic is not possible. Note! The number of VCC TP+VPC TP with performance monitoring enabled (i.e. PM mode <> off) is restricted to 1 per port. </description> @@ -13371,7 +13371,7 @@ Struct element description : -Date is in string format, max length is 40. Format for date is: weekday month date hour:min:seconds year. -Status is in string format, max length is 40. -Note! The identity can not be the same as name. Identity should contain the product identity. +Note! The identity cannot be the same as name. Identity should contain the product identity. </description> @@ -13562,7 +13562,7 @@ Note! For comment and operatorName spaces (' ') are also allowed within the stri This action does not require a transaction. -Note! The configurationVersionName and identity can not be the same. The identity should be the product identity. +Note! The configurationVersionName and identity cannot be the same. The identity should be the product identity. </description> <returnType> <void/> @@ -17367,7 +17367,7 @@ NOTE: There is a restriction of a maximum of 32 Mtp2Tp's per MP.</description> <attribute name="mtp2ProfileItuId"> <description>Reference to a Mtp2ProfileItu MO. -Note: The bitRate can not be changed.</description> +Note: The bitRate cannot be changed.</description> <mandatory/> <noNotification/> <dataType> @@ -17566,7 +17566,7 @@ NOTE: There is a restriction of a maximum of 32 Mtp2Tp's per MP.</description> <attribute name="mtp2ProfileAnsiId"> <description>Reference to a Mtp2ProfileAnsi MO. -Note: The bitRate can not be changed.</description> +Note: The bitRate cannot be changed.</description> <mandatory/> <noNotification/> <dataType> @@ -21777,7 +21777,7 @@ Each E1/DS1/J1 channel can suport up to 2 VP connections. The ET-MC41 board support one biderectional F4/F5 PM flow per E1 channel. -Note! The ETMC41 supports IMA. However the E1 ports being part of the same IMA group can not be selected randomly. +Note! The ETMC41 supports IMA. However the E1 ports being part of the same IMA group cannot be selected randomly. Note! The number of VCC TP+VPC TP with performance monitoring enabled (i.e. PM mode <> off) is restricted to 1 / port @@ -21883,7 +21883,7 @@ NOTE: There is a restriction of a maximum of 32 Mtp2Tp's per MP. <attribute name="mtp2ProfileChinaId"> <description>Reference to a Mtp2ProfileChina MO. -Note: The bitRate can not be changed.</description> +Note: The bitRate cannot be changed.</description> <mandatory/> <noNotification/> <dataType> diff --git a/lib/xmerl/test/xmerl_SUITE_data/eventp/CelloMOM.xml b/lib/xmerl/test/xmerl_SUITE_data/eventp/CelloMOM.xml index 3b5d8ae2ad..3b9ccac0f4 100644 --- a/lib/xmerl/test/xmerl_SUITE_data/eventp/CelloMOM.xml +++ b/lib/xmerl/test/xmerl_SUITE_data/eventp/CelloMOM.xml @@ -276,7 +276,7 @@ </exception>
<exception name="UpgradeNotPossibleException">
- <description>Before an upgrade is started it was found that the upgrade can not take place. A possible reason is that the upgrade package that is running in the node is not in the upgrade window of this upgrade package. </description>
+ <description>Before an upgrade is started it was found that the upgrade cannot take place. A possible reason is that the upgrade package that is running in the node is not in the upgrade window of this upgrade package. </description>
<exceptionParameter name="message">
<dataType>
<string/>
@@ -1703,7 +1703,7 @@ Example: <exception name="NoSuchAttributeException">
<description>Exception thrown when an MO attribute is requested to be accessed but the access
-method for the is not defined (the attribute can not be accessed)</description>
+method for the is not defined (the attribute cannot be accessed)</description>
</exception>
<exception name="MoCardinalityViolationException">
@@ -3125,7 +3125,7 @@ active = Synchronization is used in system clock generation. <description>RefState can have the following values:
failed = synchronization reference is not capable to perform its required tasks.
degraded = capability of synchronization reference to perform its required tasks is degraded e.g. because of signal level degradation. This value is only applicable for traffic carrying (ET physical path termination) synchronization references. Note: attribute degradationIsFault controls whether synchronization reference degradation is interpreted as a synchronization reference fault or not.
-lossOfTracking = system clock regulation algorithm on TU board can not follow the 8kHz synchronization reference signal either because of the poor quality of the signal or because of a HW fault at TU board. If all synchronization references repeatedly end up to state lossOfTracking, fault is likely in TU HW.
+lossOfTracking = system clock regulation algorithm on TU board cannot follow the 8kHz synchronization reference signal either because of the poor quality of the signal or because of a HW fault at TU board. If all synchronization references repeatedly end up to state lossOfTracking, fault is likely in TU HW.
ok = synchronization reference is capable of performing its required tasks.
</description>
<enumMember name="failed">
@@ -11270,7 +11270,7 @@ Note! This action requires a transaction.</description> The changing of the IP address with operation assignIpAddress might cause interruption of the communication if the network management tool is connected via the ethernet link.
-Note: The EthernetLink MO can not be deleted!
+Note: The EthernetLink MO cannot be deleted!
Note: The performance monitoring counters in the EthernetLink MO has a "Wrap-around time" of approximately 2 hours.
</description>
@@ -11532,8 +11532,8 @@ Note! This action requires a transaction.</description> <description>This MO holds the IP routing table.
The IpRoutingTable MO is automatically created when the Ip MO is created.
-The IpRoutingTable MO can not be created manually.
-The IpRoutingTable MO can not be deleted.
+The IpRoutingTable MO cannot be created manually.
+The IpRoutingTable MO cannot be deleted.
</description>
<systemCreated/>
<attribute name="userLabel">
@@ -12967,7 +12967,7 @@ Note! When using fractional atm, timeslot 1 must be a part of the fraction. Note! ETM1 does not support EPD and PPD
-Note! ETM1 does not have a proper buffer management. Thus fairness of UBR+ traffic can not be guaranteed and shaping on UBR+ traffic is not possible.
+Note! ETM1 does not have a proper buffer management. Thus fairness of UBR+ traffic cannot be guaranteed and shaping on UBR+ traffic is not possible.
Note! The number of VCC TP+VPC TP with performance monitoring enabled (i.e. PM mode <> off) is restricted to 1 per port.
</description>
@@ -13371,7 +13371,7 @@ Struct element description : -Date is in string format, max length is 40. Format for date is: weekday month date hour:min:seconds year.
-Status is in string format, max length is 40.
-Note! The identity can not be the same as name. Identity should contain the product identity.
+Note! The identity cannot be the same as name. Identity should contain the product identity.
</description>
@@ -13562,7 +13562,7 @@ Note! For comment and operatorName spaces (' ') are also allowed within the stri This action does not require a transaction.
-Note! The configurationVersionName and identity can not be the same. The identity should be the product identity.
+Note! The configurationVersionName and identity cannot be the same. The identity should be the product identity.
</description>
<returnType>
<void/>
@@ -17367,7 +17367,7 @@ NOTE: There is a restriction of a maximum of 32 Mtp2Tp's per MP.</description> <attribute name="mtp2ProfileItuId">
<description>Reference to a Mtp2ProfileItu MO.
-Note: The bitRate can not be changed.</description>
+Note: The bitRate cannot be changed.</description>
<mandatory/>
<noNotification/>
<dataType>
@@ -17566,7 +17566,7 @@ NOTE: There is a restriction of a maximum of 32 Mtp2Tp's per MP.</description> <attribute name="mtp2ProfileAnsiId">
<description>Reference to a Mtp2ProfileAnsi MO.
-Note: The bitRate can not be changed.</description>
+Note: The bitRate cannot be changed.</description>
<mandatory/>
<noNotification/>
<dataType>
@@ -21777,7 +21777,7 @@ Each E1/DS1/J1 channel can suport up to 2 VP connections. The ET-MC41 board support one biderectional F4/F5 PM flow per E1 channel.
-Note! The ETMC41 supports IMA. However the E1 ports being part of the same IMA group can not be selected randomly.
+Note! The ETMC41 supports IMA. However the E1 ports being part of the same IMA group cannot be selected randomly.
Note! The number of VCC TP+VPC TP with performance monitoring enabled (i.e. PM mode <> off) is restricted to 1 / port
@@ -21883,7 +21883,7 @@ NOTE: There is a restriction of a maximum of 32 Mtp2Tp's per MP. <attribute name="mtp2ProfileChinaId">
<description>Reference to a Mtp2ProfileChina MO.
-Note: The bitRate can not be changed.</description>
+Note: The bitRate cannot be changed.</description>
<mandatory/>
<noNotification/>
<dataType>
|