diff options
Diffstat (limited to 'lib/hipe')
| -rw-r--r-- | lib/hipe/cerl/erl_bif_types.erl | 200 | ||||
| -rw-r--r-- | lib/hipe/icode/hipe_icode_range.erl | 364 |
2 files changed, 198 insertions, 366 deletions
diff --git a/lib/hipe/cerl/erl_bif_types.erl b/lib/hipe/cerl/erl_bif_types.erl index 309c118107..30b911c41b 100644 --- a/lib/hipe/cerl/erl_bif_types.erl +++ b/lib/hipe/cerl/erl_bif_types.erl @@ -2,7 +2,7 @@ %% %% %CopyrightBegin% %% -%% Copyright Ericsson AB 2003-2010. All Rights Reserved. +%% Copyright Ericsson AB 2003-2011. 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 @@ -191,127 +191,19 @@ type(binary, referenced_byte_size, 1, Xs) -> strict(arg_types(binary, referenced_byte_size, 1), Xs, fun(_) -> t_non_neg_integer() end); %%-- code --------------------------------------------------------------------- -type(code, add_path, 1, Xs) -> - strict(arg_types(code, add_path, 1), Xs, - fun (_) -> - t_sup(t_atom('true'), - t_tuple([t_atom('error'), t_atom('bad_directory')])) - end); -type(code, add_patha, 1, Xs) -> - type(code, add_path, 1, Xs); -type(code, add_paths, 1, Xs) -> - strict(arg_types(code, add_paths, 1), Xs, fun(_) -> t_atom('ok') end); -type(code, add_pathsa, 1, Xs) -> - type(code, add_paths, 1, Xs); -type(code, add_pathsz, 1, Xs) -> - type(code, add_paths, 1, Xs); -type(code, add_pathz, 1, Xs) -> - type(code, add_path, 1, Xs); -type(code, all_loaded, 0, _) -> - t_list(t_tuple([t_atom(), t_code_loaded_fname_or_status()])); -type(code, compiler_dir, 0, _) -> - t_string(); -type(code, del_path, 1, Xs) -> - strict(arg_types(code, del_path, 1), Xs, - fun (_) -> - t_sup(t_boolean(), - t_tuple([t_atom('error'), t_atom('bad_name')])) - end); -type(code, delete, 1, Xs) -> - strict(arg_types(code, delete, 1), Xs, fun (_) -> t_boolean() end); -type(code, ensure_loaded, 1, Xs) -> - type(code, load_file, 1, Xs); type(code, get_chunk, 2, Xs) -> strict(arg_types(code, get_chunk, 2), Xs, fun (_) -> t_sup(t_binary(), t_atom('undefined')) end); -type(code, get_object_code, 1, Xs) -> - strict(arg_types(code, get_object_code, 1), Xs, - fun (_) -> - t_sup(t_tuple([t_atom(), t_binary(), t_string()]), - t_atom('error')) - end); -type(code, get_path, 0, _) -> - t_list(t_string()); -type(code, is_loaded, 1, Xs) -> - strict(arg_types(code, is_loaded, 1), Xs, - fun (_) -> - t_sup([t_tuple([t_atom('file'), t_code_loaded_fname_or_status()]), - t_atom('false')]) - end); -type(code, is_sticky, 1, Xs) -> - strict(arg_types(code, is_sticky, 1), Xs, fun (_) -> t_boolean() end); type(code, is_module_native, 1, Xs) -> strict(arg_types(code, is_module_native, 1), Xs, fun (_) -> t_sup(t_boolean(), t_atom('undefined')) end); -type(code, lib_dir, 0, _) -> - t_string(); -type(code, lib_dir, 1, Xs) -> - strict(arg_types(code, lib_dir, 1), Xs, - fun (_) -> - t_sup(t_string(), - t_tuple([t_atom('error'), t_atom('bad_name')])) - end); -type(code, load_abs, 1, Xs) -> - strict(arg_types(code, load_abs, 1), Xs, - fun ([_File]) -> t_code_load_return(t_atom()) end); % XXX: cheating -type(code, load_abs, 2, Xs) -> - strict(arg_types(code, load_abs, 2), Xs, - fun ([_File,Mod]) -> t_code_load_return(Mod) end); -type(code, load_binary, 3, Xs) -> - strict(arg_types(code, load_binary, 3), Xs, - fun ([Mod,_File,_Bin]) -> t_code_load_return(Mod) end); -type(code, load_file, 1, Xs) -> - strict(arg_types(code, load_file, 1), Xs, - fun ([Mod]) -> t_code_load_return(Mod) end); -type(code, load_native_partial, 2, Xs) -> - strict(arg_types(code, load_native_partial, 2), Xs, - fun ([Mod,_Bin]) -> t_code_load_return(Mod) end); -type(code, load_native_sticky, 3, Xs) -> - strict(arg_types(code, load_native_sticky, 3), Xs, - fun ([Mod,_Bin,_]) -> t_code_load_return(Mod) end); type(code, module_md5, 1, Xs) -> strict(arg_types(code, module_md5, 1), Xs, fun (_) -> t_sup(t_binary(), t_atom('undefined')) end); type(code, make_stub_module, 3, Xs) -> strict(arg_types(code, make_stub_module, 3), Xs, fun ([Mod,_,_]) -> Mod end); -type(code, priv_dir, 1, Xs) -> - strict(arg_types(code, priv_dir, 1), Xs, - fun (_) -> - t_sup(t_string(), t_tuple([t_atom('error'), t_atom('bad_name')])) - end); -type(code, purge, 1, Xs) -> - type(code, delete, 1, Xs); -type(code, rehash, 0, _) -> t_atom('ok'); -type(code, replace_path, 2, Xs) -> - strict(arg_types(code, replace_path, 2), Xs, - fun (_) -> - t_sup([t_atom('true'), - t_tuple([t_atom('error'), t_atom('bad_name')]), - t_tuple([t_atom('error'), t_atom('bad_directory')]), - t_tuple([t_atom('error'), - t_tuple([t_atom('badarg'), t_any()])])]) - end); -type(code, root_dir, 0, _) -> - t_string(); -type(code, set_path, 1, Xs) -> - strict(arg_types(code, set_path, 1), Xs, - fun (_) -> - t_sup([t_atom('true'), - t_tuple([t_atom('error'), t_atom('bad_path')]), - t_tuple([t_atom('error'), t_atom('bad_directory')])]) - end); -type(code, soft_purge, 1, Xs) -> - type(code, delete, 1, Xs); -type(code, stick_mod, 1, Xs) -> - strict(arg_types(code, stick_mod, 1), Xs, fun (_) -> t_atom('true') end); -type(code, unstick_mod, 1, Xs) -> - type(code, stick_mod, 1, Xs); -type(code, which, 1, Xs) -> - strict(arg_types(code, which, 1), Xs, - fun (_) -> - t_sup([t_code_loaded_fname_or_status(), - t_atom('non_existing')]) - end); +type(code, rehash, 0, _) -> + t_atom('ok'); %%-- erl_ddll ----------------------------------------------------------------- type(erl_ddll, demonitor, 1, Xs) -> type(erlang, demonitor, 1, Xs); @@ -3334,80 +3226,16 @@ arg_types(binary, part, 3) -> arg_types(binary, referenced_byte_size, 1) -> [t_binary()]; %%------- code ---------------------------------------------------------------- -arg_types(code, add_path, 1) -> - [t_string()]; -arg_types(code, add_patha, 1) -> - arg_types(code, add_path, 1); -arg_types(code, add_paths, 1) -> - [t_list(t_string())]; -arg_types(code, add_pathsa, 1) -> - arg_types(code, add_paths, 1); -arg_types(code, add_pathsz, 1) -> - arg_types(code, add_paths, 1); -arg_types(code, add_pathz, 1) -> - arg_types(code, add_path, 1); -arg_types(code, all_loaded, 0) -> - []; -arg_types(code, compiler_dir, 0) -> - []; -arg_types(code, del_path, 1) -> - [t_sup(t_string(), t_atom())]; % OBS: differs from add_path/1 -arg_types(code, delete, 1) -> - [t_atom()]; -arg_types(code, ensure_loaded, 1) -> - arg_types(code, load_file, 1); arg_types(code, get_chunk, 2) -> [t_binary(), t_string()]; -arg_types(code, get_object_code, 1) -> - [t_atom()]; -arg_types(code, get_path, 0) -> - []; -arg_types(code, is_loaded, 1) -> - [t_atom()]; -arg_types(code, is_sticky, 1) -> - [t_atom()]; arg_types(code, is_module_native, 1) -> [t_atom()]; -arg_types(code, lib_dir, 0) -> - []; -arg_types(code, lib_dir, 1) -> - [t_atom()]; -arg_types(code, load_abs, 1) -> - [t_string()]; -arg_types(code, load_abs, 2) -> - [t_code_loaded_fname_or_status(), t_atom()]; -arg_types(code, load_binary, 3) -> - [t_atom(), t_code_loaded_fname_or_status(), t_binary()]; -arg_types(code, load_file, 1) -> - [t_atom()]; -arg_types(code, load_native_partial, 2) -> - [t_atom(), t_binary()]; -arg_types(code, load_native_sticky, 3) -> - [t_atom(), t_binary(), t_sup(t_binary(), t_atom('false'))]; arg_types(code, module_md5, 1) -> [t_binary()]; arg_types(code, make_stub_module, 3) -> [t_atom(), t_binary(), t_tuple([t_list(), t_list()])]; -arg_types(code, priv_dir, 1) -> - [t_atom()]; -arg_types(code, purge, 1) -> - arg_types(code, delete, 1); arg_types(code, rehash, 0) -> []; -arg_types(code, replace_path, 2) -> - [t_atom(), t_string()]; -arg_types(code, root_dir, 0) -> - []; -arg_types(code, set_path, 1) -> - [t_list(t_string())]; -arg_types(code, soft_purge, 1) -> - arg_types(code, delete, 1); -arg_types(code, stick_mod, 1) -> - [t_atom()]; -arg_types(code, unstick_mod, 1) -> - arg_types(code, stick_mod, 1); -arg_types(code, which, 1) -> - [t_atom()]; %%------- erl_ddll ------------------------------------------------------------ arg_types(erl_ddll, demonitor, 1) -> arg_types(erlang, demonitor, 1); @@ -3536,9 +3364,9 @@ arg_types(erlang, atom_to_binary, 2) -> arg_types(erlang, atom_to_list, 1) -> [t_atom()]; arg_types(erlang, binary_part, 2) -> - [t_binary(), t_tuple([t_integer(),t_integer()])]; + [t_binary(), t_tuple([t_non_neg_integer(), t_integer()])]; arg_types(erlang, binary_part, 3) -> - [t_binary(), t_integer(), t_integer()]; + [t_binary(), t_non_neg_integer(), t_integer()]; arg_types(erlang, binary_to_atom, 2) -> [t_binary(), t_encoding_a2b()]; arg_types(erlang, binary_to_existing_atom, 2) -> @@ -3801,9 +3629,10 @@ arg_types(erlang, nodes, 1) -> arg_types(erlang, now, 0) -> []; arg_types(erlang, open_port, 2) -> + ArgT = t_sup(t_unicode_string(), t_binary()), [t_sup(t_atom(), t_sup([t_tuple([t_atom('spawn'), t_string()]), t_tuple([t_atom('spawn_driver'), t_string()]), - t_tuple([t_atom('spawn_executable'), t_sup(t_unicode_string(),t_binary())]), + t_tuple([t_atom('spawn_executable'), ArgT]), t_tuple([t_atom('fd'), t_integer(), t_integer()])])), t_list(t_sup(t_sup([t_atom('stream'), t_atom('exit_status'), @@ -3819,8 +3648,8 @@ arg_types(erlang, open_port, 2) -> t_tuple([t_atom('line'), t_integer()]), t_tuple([t_atom('cd'), t_string()]), t_tuple([t_atom('env'), t_list(t_tuple(2))]), % XXX: More - t_tuple([t_atom('args'), t_list(t_sup(t_unicode_string(),t_binary()))]), - t_tuple([t_atom('arg0'),t_sup(t_unicode_string(),t_binary())])])))]; + t_tuple([t_atom('args'), t_list(ArgT)]), + t_tuple([t_atom('arg0'), ArgT])])))]; arg_types(erlang, phash, 2) -> [t_any(), t_pos_integer()]; arg_types(erlang, phash2, 1) -> @@ -4643,10 +4472,10 @@ t_endian() -> %% ===================================================================== t_binary_part() -> - t_tuple([t_non_neg_integer(),t_integer()]). + t_tuple([t_non_neg_integer(), t_integer()]). t_binary_canonical_part() -> - t_tuple([t_non_neg_integer(),t_non_neg_integer()]). + t_tuple([t_non_neg_integer(), t_non_neg_integer()]). t_binary_pattern() -> t_sup([t_binary(), @@ -4654,10 +4483,10 @@ t_binary_pattern() -> t_binary_compiled_pattern()]). t_binary_compiled_pattern() -> - t_tuple([t_atom('cp'),t_binary()]). + t_tuple([t_atom('cp'), t_binary()]). t_binary_options() -> - t_list(t_tuple([t_atom('scope'),t_binary_part()])). + t_list(t_tuple([t_atom('scope'), t_binary_part()])). %% ===================================================================== %% HTTP types documented in R12B-4 @@ -4807,7 +4636,8 @@ t_process_priority_level() -> t_sup([t_atom('max'), t_atom('high'), t_atom('normal'), t_atom('low')]). t_process_status() -> - t_sup([t_atom('runnable'), t_atom('running'), + t_sup([t_atom('exiting'), t_atom('garbage_collecting'), + t_atom('runnable'), t_atom('running'), t_atom('suspended'), t_atom('waiting')]). t_raise_errorclass() -> diff --git a/lib/hipe/icode/hipe_icode_range.erl b/lib/hipe/icode/hipe_icode_range.erl index c7e6a451af..c222e8a5d5 100644 --- a/lib/hipe/icode/hipe_icode_range.erl +++ b/lib/hipe/icode/hipe_icode_range.erl @@ -1,20 +1,20 @@ %% -*- erlang-indent-level: 2 -*- %% %% %CopyrightBegin% -%% -%% Copyright Ericsson AB 2007-2009. All Rights Reserved. -%% +%% +%% Copyright Ericsson AB 2007-2011. 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% %% %%%------------------------------------------------------------------- @@ -59,15 +59,17 @@ -record(range, {range :: range_rep(), other :: boolean()}). +-type range() :: #range{}. --record(ann, {range :: #range{}, +-record(ann, {range :: range(), type :: erl_types:erl_type(), count :: integer()}). +-type ann() :: #ann{}. --type range_anno() :: {range_anno, #ann{}, fun((#ann{}) -> string())}. --type args_fun() :: fun((mfa(),cfg()) -> [#range{}]). --type call_fun() :: fun((mfa(),[#range{}]) -> #range{}). --type final_fun() :: fun((mfa(),[#range{}]) -> ok). +-type range_anno() :: {'range_anno', ann(), fun((ann()) -> string())}. +-type args_fun() :: fun((mfa(), cfg()) -> [range()]). +-type call_fun() :: fun((mfa(), [range()]) -> range()). +-type final_fun() :: fun((mfa(), [range()]) -> 'ok'). -type data() :: {mfa(), args_fun(), call_fun(), final_fun()}. -type label() :: non_neg_integer(). -type info() :: gb_tree(). @@ -75,15 +77,15 @@ -type variable() :: #icode_variable{}. -type annotated_variable() :: #icode_variable{}. -type argument() :: #icode_const{} | variable(). --type three_range_fun() :: fun((#range{},#range{},#range{}) -> #range{}). +-type three_range_fun() :: fun((range(),range(),range()) -> range()). -type instr_split_info() :: {icode_instr(), [{label(),info()}]}. --type last_instr_return() :: {instr_split_info(), #range{}}. +-type last_instr_return() :: {instr_split_info(), range()}. -record(state, {info_map = gb_trees:empty() :: info(), counter = dict:new() :: dict(), cfg :: cfg(), liveness = gb_trees:empty() :: gb_tree(), - ret_type :: #range{}, + ret_type :: range(), lookup_fun :: call_fun(), result_action :: final_fun()}). @@ -108,8 +110,8 @@ cfg(Cfg, MFA, Options, Servers) -> -spec concurrent_cfg(cfg(), mfa(), pid()) -> cfg(). concurrent_cfg(Cfg, MFA, CompServer) -> - CompServer ! {ready, {MFA,self()}}, - {ArgsFun,CallFun,FinalFun} = do_analysis(Cfg, MFA), + CompServer ! {ready, {MFA, self()}}, + {ArgsFun, CallFun, FinalFun} = do_analysis(Cfg, MFA), Ans = do_rewrite(Cfg, MFA, ArgsFun, CallFun, FinalFun), CompServer ! {done_rewrite, MFA}, Ans. @@ -227,7 +229,7 @@ analyse_block(Label, Info, State, Rewrite) -> state__update_info(State2, InfoList, Rewrite). -spec analyse_BB([icode_instr()], info(), [icode_instr()], boolean(), call_fun()) -> - {[icode_instr()], [{label(),info()}], #range{}}. + {[icode_instr()], [{label(),info()}], range()}. analyse_BB([Last], Info, Code, Rewrite, LookupFun) -> {{NewI, LabelInfoList}, RetType} = @@ -266,9 +268,9 @@ handle_args(I, Info, WidenFun) -> %% io:format("Uses: ~p~nRanges: ~p~n", [Uses, PresentRanges]), JoinFun = fun(Var, Range) -> update_info(Var, Range, WidenFun) end, NewUses = lists:zipwith(JoinFun, Uses, PresentRanges), - hipe_icode:subst_uses(lists:zip(Uses, NewUses),I). + hipe_icode:subst_uses(lists:zip(Uses, NewUses), I). --spec join_info(#ann{}, #range{}, three_range_fun()) -> #ann{}. +-spec join_info(ann(), range(), three_range_fun()) -> ann(). join_info(Ann = #ann{range = R1, type = Type, count = ?WIDEN}, R2, Fun) -> Ann#ann{range = Fun(R1, R2, range_from_simple_type(Type))}; @@ -278,17 +280,17 @@ join_info(Ann = #ann{range = R1, type = Type, count = C}, R2, _Fun) when C < ?WI NewR -> Ann#ann{range = NewR, count = C+1} end. --spec join_three(#range{}, #range{}, #range{}) -> #range{}. +-spec join_three(range(), range(), range()) -> range(). join_three(R1, R2, R3) -> inf(sup(R1, R2), R3). --spec update_info(variable(), #range{}) -> annotated_variable(). +-spec update_info(variable(), range()) -> annotated_variable(). update_info(Var, Range) -> update_info(Var, Range, fun update_three/3). --spec update_info(variable(), #range{}, three_range_fun()) -> annotated_variable(). +-spec update_info(variable(), range(), three_range_fun()) -> annotated_variable(). update_info(Arg, R, Fun) -> case hipe_icode:is_annotated_variable(Arg) of @@ -299,7 +301,7 @@ update_info(Arg, R, Fun) -> Arg end. --spec update_info1(any(), #range{}, three_range_fun()) -> range_anno(). +-spec update_info1(any(), range(), three_range_fun()) -> range_anno(). update_info1({range_anno, Ann, _}, R2, Fun) -> make_range_anno(update_ann(Ann,R2,Fun)); @@ -314,71 +316,71 @@ update_ann(Ann = #ann{range = R1, type = Type, count = C}, R2, _Fun) -> NewR -> Ann#ann{range = NewR, count = C+1} end. --spec type_to_ann(erl_types:erl_type()) -> #ann{}. +-spec type_to_ann(erl_types:erl_type()) -> ann(). type_to_ann(Type) -> - #ann{range = range_from_simple_type(Type), type = t_limit(Type,1), count=1}. + #ann{range = range_from_simple_type(Type), type = t_limit(Type,1), count = 1}. --spec make_range_anno(#ann{}) -> range_anno(). +-spec make_range_anno(ann()) -> range_anno(). make_range_anno(Ann) -> {range_anno, Ann, fun pp_ann/1}. --spec update_three(#range{}, #range{}, #range{}) -> #range{}. +-spec update_three(range(), range(), range()) -> range(). update_three(_R1, R2, R3) -> inf(R2, R3). --spec safe_widen(#range{}, #range{}, #range{}) -> #range{}. +-spec safe_widen(range(), range(), range()) -> range(). safe_widen(#range{range=Old}, #range{range=New}, T = #range{range=Wide}) -> ResRange = - case {Old,New,Wide} of - {{Min,Max1},{Min,Max2},{_,Max}} -> - case inf_geq(OMax = next_up_limit(inf_max([Max1,Max2])),Max) of + case {Old, New, Wide} of + {{Min,Max1}, {Min,Max2}, {_,Max}} -> + case inf_geq(OMax = next_up_limit(inf_max([Max1, Max2])), Max) of true -> {Min,Max}; false -> {Min,OMax} end; - {{Min1,Max},{Min2,Max},{Min,_}} -> - case inf_geq(Min, OMin = next_down_limit(inf_min([Min1,Min2]))) of + {{Min1,Max}, {Min2,Max}, {Min,_}} -> + case inf_geq(Min, OMin = next_down_limit(inf_min([Min1, Min2]))) of true -> {Min,Max}; false -> {OMin,Max} end; - {{Min1,Max1},{Min2,Max2},{Min,Max}} -> + {{Min1,Max1}, {Min2,Max2}, {Min,Max}} -> RealMax = - case inf_geq(OMax = next_up_limit(inf_max([Max1,Max2])),Max) of + case inf_geq(OMax = next_up_limit(inf_max([Max1, Max2])), Max) of true -> Max; false -> OMax end, RealMin = - case inf_geq(Min, OMin = next_down_limit(inf_min([Min1,Min2]))) of + case inf_geq(Min, OMin = next_down_limit(inf_min([Min1, Min2]))) of true -> Min; false -> OMin end, - {RealMin,RealMax}; + {RealMin, RealMax}; _ -> Wide end, - T#range{range=ResRange}. + T#range{range = ResRange}. --spec widen(#range{}, #range{}, #range{}) -> #range{}. +-spec widen(range(), range(), range()) -> range(). widen(#range{range=Old}, #range{range=New}, T = #range{range=Wide}) -> ResRange = - case {Old,New,Wide} of - {{Min,_},{Min,Max2},{_,Max}} -> - case inf_geq(OMax = next_up_limit(Max2),Max) of + case {Old, New, Wide} of + {{Min,_}, {Min,Max2}, {_,Max}} -> + case inf_geq(OMax = next_up_limit(Max2), Max) of true -> {Min,Max}; false -> {Min,OMax} end; - {{_,Max},{Min2,Max},{Min,_}} -> + {{_,Max}, {Min2,Max}, {Min,_}} -> case inf_geq(Min, OMin = next_down_limit(Min2)) of true -> {Min,Max}; false -> {OMin,Max} end; - {_,{Min2,Max2},{Min,Max}} -> + {_, {Min2,Max2}, {Min,Max}} -> RealMax = - case inf_geq(OMax = next_up_limit(Max2),Max) of + case inf_geq(OMax = next_up_limit(Max2), Max) of true -> Max; false -> OMax end, @@ -387,11 +389,11 @@ widen(#range{range=Old}, #range{range=New}, T = #range{range=Wide}) -> true -> Min; false -> OMin end, - {RealMin,RealMax}; + {RealMin, RealMax}; _ -> Wide end, - T#range{range=ResRange}. + T#range{range = ResRange}. -spec analyse_call(#icode_call{}, call_fun()) -> #icode_call{}. @@ -421,7 +423,7 @@ analyse_move(Move) -> analyse_begin_handler(Handler) -> SubstList = - [{Dst,update_info(Dst,any_type())} || + [{Dst, update_info(Dst, any_type())} || Dst <- hipe_icode:begin_handler_dstlist(Handler)], hipe_icode:subst_defines(SubstList, Handler). @@ -494,14 +496,14 @@ analyse_switch_val(Switch, Info, Rewrite) -> end end. --spec update_infos(argument(), info(), [{#range{},label()}]) -> [{label(),info()}]. +-spec update_infos(argument(), info(), [{range(),label()}]) -> [{label(),info()}]. update_infos(Arg, Info, [{Range, Label}|Rest]) -> - [{Label,enter_define({Arg,Range},Info)} | update_infos(Arg,Info,Rest)]; + [{Label,enter_define({Arg,Range},Info)} | update_infos(Arg, Info, Rest)]; update_infos(_, _, []) -> []. --spec get_range_label_list([{argument(),label()}], #range{}, [{#range{},label()}]) -> - {#range{},[{#range{},label()}]}. +-spec get_range_label_list([{argument(),label()}], range(), [{range(),label()}]) -> + {range(),[{range(),label()}]}. get_range_label_list([{Val,Label}|Cases], SRange, Acc) -> VRange = get_range_from_arg(Val), @@ -516,7 +518,7 @@ get_range_label_list([], SRange, Acc) -> {PointTypes, _} = lists:unzip(Acc), {remove_point_types(SRange, PointTypes), Acc}. --spec update_switch(#icode_switch_val{}, [{#range{},label()}], boolean()) -> +-spec update_switch(#icode_switch_val{}, [{range(),label()}], boolean()) -> #icode_switch_val{}. update_switch(Switch, LabelRangeList, KeepFail) -> @@ -524,14 +526,14 @@ update_switch(Switch, LabelRangeList, KeepFail) -> case label_range_list_to_cases(LabelRangeList, []) of no_update -> Switch; - Cases -> + Cases -> hipe_icode:switch_val_cases_update(Switch, Cases) end, if KeepFail -> S2; true -> S2 end. --spec label_range_list_to_cases([{#range{},label()}], [{#icode_const{},label()}]) -> +-spec label_range_list_to_cases([{range(),label()}], [{#icode_const{},label()}]) -> 'no_update' | [{#icode_const{},label()}]. label_range_list_to_cases([{#range{range={C,C},other=false},Label}|Rest], @@ -586,9 +588,9 @@ analyse_last_call(Call, Info, LookupFun) -> NewInfo = enter_vals(NewI, Info), case hipe_icode:call_fail_label(Call) of [] -> - {NewI, [{Continuation,NewInfo}]}; + {NewI, [{Continuation, NewInfo}]}; Fail -> - {NewI, [{Continuation,NewInfo}, {Fail,Info}]} + {NewI, [{Continuation, NewInfo}, {Fail, Info}]} end. -spec analyse_if(#icode_if{}, info(), boolean()) -> @@ -596,16 +598,16 @@ analyse_last_call(Call, Info, LookupFun) -> analyse_if(If, Info, Rewrite) -> case hipe_icode:if_args(If) of - Args = [_,_] -> + [_, _] = Args -> analyse_sane_if(If, Info, Args, get_range_from_args(Args), Rewrite); _ -> TrueLabel = hipe_icode:if_true_label(If), FalseLabel = hipe_icode:if_false_label(If), - {If, [{TrueLabel,Info},{FalseLabel,Info}]} + {If, [{TrueLabel, Info}, {FalseLabel, Info}]} end. -spec analyse_sane_if(#icode_if{}, info(), [argument(),...], - [#range{},...], boolean()) -> + [range(),...], boolean()) -> {#icode_goto{} | #icode_if{}, [{label(), info()}]}. analyse_sane_if(If, Info, [Arg1, Arg2], [Range1, Range2], Rewrite) -> @@ -613,59 +615,61 @@ analyse_sane_if(If, Info, [Arg1, Arg2], [Range1, Range2], Rewrite) -> '>' -> {TrueRange2, TrueRange1, FalseRange2, FalseRange1} = range_inequality_propagation(Range2, Range1); - '==' -> - {TempTrueRange1, TempTrueRange2, FalseRange1, FalseRange2}= - range_equality_propagation(Range1, Range2), - TrueRange1 = set_other(TempTrueRange1,other(Range1)), - TrueRange2 = set_other(TempTrueRange2,other(Range2)); '<' -> - {TrueRange1, TrueRange2, FalseRange1, FalseRange2} = + {TrueRange1, TrueRange2, FalseRange1, FalseRange2} = range_inequality_propagation(Range1, Range2); '>=' -> {FalseRange1, FalseRange2, TrueRange1, TrueRange2} = range_inequality_propagation(Range1, Range2); '=<' -> - {FalseRange2, FalseRange1, TrueRange2, TrueRange1} = + {FalseRange2, FalseRange1, TrueRange2, TrueRange1} = range_inequality_propagation(Range2, Range1); '=:=' -> - {TrueRange1, TrueRange2, FalseRange1, FalseRange2}= + {TrueRange1, TrueRange2, FalseRange1, FalseRange2} = range_equality_propagation(Range1, Range2); '=/=' -> {FalseRange1, FalseRange2, TrueRange1, TrueRange2} = range_equality_propagation(Range1, Range2); + '==' -> + {TempTrueRange1, TempTrueRange2, FalseRange1, FalseRange2} = + range_equality_propagation(Range1, Range2), + TrueRange1 = set_other(TempTrueRange1, other(Range1)), + TrueRange2 = set_other(TempTrueRange2, other(Range2)); '/=' -> - {TempFalseRange1, TempFalseRange2, TrueRange1, TrueRange2}= + {TempFalseRange1, TempFalseRange2, TrueRange1, TrueRange2} = range_equality_propagation(Range1, Range2), - FalseRange1 = set_other(TempFalseRange1,other(Range1)), - FalseRange2 = set_other(TempFalseRange2,other(Range2)) + FalseRange1 = set_other(TempFalseRange1, other(Range1)), + FalseRange2 = set_other(TempFalseRange2, other(Range2)) end, - TrueLabel = hipe_icode:if_true_label(If), - FalseLabel = hipe_icode:if_false_label(If), - TrueInfo = - enter_defines([{Arg1,TrueRange1}, {Arg2,TrueRange2}],Info), - FalseInfo = - enter_defines([{Arg1,FalseRange1}, {Arg2,FalseRange2}],Info), - True = - case lists:any(fun range__is_none/1,[TrueRange1,TrueRange2]) of + %% io:format("TR1 = ~w\nTR2 = ~w\n", [TrueRange1, TrueRange2]), + True = + case lists:all(fun range__is_none/1, [TrueRange1, TrueRange2]) of true -> []; - false -> [{TrueLabel,TrueInfo}] + false -> + TrueLabel = hipe_icode:if_true_label(If), + TrueArgRanges = [{Arg1, TrueRange1}, {Arg2, TrueRange2}], + TrueInfo = enter_defines(TrueArgRanges, Info), + [{TrueLabel, TrueInfo}] end, - False = - case lists:any(fun range__is_none/1, [FalseRange1,FalseRange2]) of + %% io:format("FR1 = ~w\nFR2 = ~w\n", [FalseRange1, FalseRange2]), + False = + case lists:all(fun range__is_none/1, [FalseRange1, FalseRange2]) of true -> []; - false -> [{FalseLabel,FalseInfo}] + false -> + FalseLabel = hipe_icode:if_false_label(If), + FalseArgRanges = [{Arg1, FalseRange1}, {Arg2, FalseRange2}], + FalseInfo = enter_defines(FalseArgRanges, Info), + [{FalseLabel, FalseInfo}] end, - UpdateInfo = True++False, + UpdateInfo = True ++ False, NewIF = if Rewrite -> - %%io:format("~w~n~w~n", [{Arg1,FalseRange1},{Arg2,FalseRange2}]), - %%io:format("Any none: ~w~n", [lists:any(fun range__is_none/1,[FalseRange1,FalseRange2])]), case UpdateInfo of - [] -> %%This is weird + [] -> %% This is weird If; - [{Label,_Info}] -> + [{Label, _Info}] -> hipe_icode:mk_goto(Label); - [_,_] -> + [_, _] -> If end; true -> @@ -686,13 +690,13 @@ normalize_name(Name) -> Name -> Name end. --spec range_equality_propagation(#range{}, #range{}) -> - {#range{}, #range{}, #range{}, #range{}}. +-spec range_equality_propagation(range(), range()) -> + {range(), range(), range(), range()}. range_equality_propagation(Range_1, Range_2) -> True_range = inf(Range_1, Range_2), case {range(Range_1), range(Range_2)} of - {{N,N},{ N,N}} -> + {{N,N}, {N,N}} -> False_range_1 = none_range(), False_range_2 = none_range(); {{N1,N1}, {N2,N2}} -> @@ -710,8 +714,8 @@ range_equality_propagation(Range_1, Range_2) -> end, {True_range, True_range, False_range_1, False_range_2}. --spec range_inequality_propagation(#range{}, #range{}) -> - {#range{}, #range{}, #range{}, #range{}}. +-spec range_inequality_propagation(range(), range()) -> + {range(), range(), range(), range()}. %% Range1 < Range2 range_inequality_propagation(Range1, Range2) -> @@ -781,26 +785,24 @@ analyse_type(Type, Info, Rewrite) -> TrueRange = inf(any_range(), OldVarRange), FalseRange = inf(none_range(), OldVarRange); _ -> - TrueRange = inf(none_range(),OldVarRange), + TrueRange = inf(none_range(), OldVarRange), FalseRange = OldVarRange end, TrueLabel = hipe_icode:type_true_label(Type), FalseLabel = hipe_icode:type_false_label(Type), - TrueInfo = - enter_define({Arg,TrueRange},Info), - FalseInfo = - enter_define({Arg,FalseRange},Info), - True = + TrueInfo = enter_define({Arg, TrueRange}, Info), + FalseInfo = enter_define({Arg, FalseRange}, Info), + True = case range__is_none(TrueRange) of true -> []; - false -> [{TrueLabel,TrueInfo}] + false -> [{TrueLabel, TrueInfo}] end, - False = + False = case range__is_none(FalseRange) of true -> []; - false -> [{FalseLabel,FalseInfo}] + false -> [{FalseLabel, FalseInfo}] end, - UpdateInfo = True++False, + UpdateInfo = True ++ False, NewType = if Rewrite -> case UpdateInfo of @@ -808,15 +810,15 @@ analyse_type(Type, Info, Rewrite) -> Type; [{Label,_Info}] -> hipe_icode:mk_goto(Label); - [_,_] -> + [_, _] -> Type end; true -> Type end, - {NewType,True ++ False}. + {NewType, True ++ False}. --spec compare_with_integer(integer(), #range{}) -> {#range{}, #range{}}. +-spec compare_with_integer(integer(), range()) -> {range(), range()}. compare_with_integer(N, OldVarRange) -> TestRange = range_init({N, N}, false), @@ -843,13 +845,13 @@ compare_with_integer(N, OldVarRange) -> %%== Ranges ================================================================== --spec pp_ann(#ann{} | erl_types:erl_type()) -> string(). +-spec pp_ann(ann() | erl_types:erl_type()) -> string(). -pp_ann(#ann{range=#range{range=R, other=false}}) -> +pp_ann(#ann{range = #range{range = R, other = false}}) -> pp_range(R); -pp_ann(#ann{range=#range{range=empty, other=true}, type=Type}) -> +pp_ann(#ann{range = #range{range = empty, other = true}, type = Type}) -> t_to_string(Type); -pp_ann(#ann{range=#range{range=R, other=true}, type=Type}) -> +pp_ann(#ann{range = #range{range = R, other = true}, type = Type}) -> pp_range(R) ++ " | " ++ t_to_string(Type); pp_ann(Type) -> t_to_string(Type). @@ -867,12 +869,12 @@ val_to_string(pos_inf) -> "inf"; val_to_string(neg_inf) -> "-inf"; val_to_string(X) when is_integer(X) -> integer_to_list(X). --spec range_from_type(erl_types:erl_type()) -> [#range{}]. +-spec range_from_type(erl_types:erl_type()) -> [range()]. range_from_type(Type) -> [range_from_simple_type(T) || T <- t_to_tlist(Type)]. --spec range_from_simple_type(erl_types:erl_type()) -> #range{}. +-spec range_from_simple_type(erl_types:erl_type()) -> range(). range_from_simple_type(Type) -> None = t_none(), @@ -887,7 +889,7 @@ range_from_simple_type(Type) -> #range{range = Range, other = true} end. --spec range_init(range_rep(), boolean()) -> #range{}. +-spec range_init(range_rep(), boolean()) -> range(). range_init({Min, Max} = Range, Other) -> case inf_geq(Max, Min) of @@ -899,39 +901,39 @@ range_init({Min, Max} = Range, Other) -> range_init(empty, Other) -> #range{range = empty, other = Other}. --spec range(#range{}) -> range_rep(). +-spec range(range()) -> range_rep(). range(#range{range = R}) -> R. --spec other(#range{}) -> boolean(). +-spec other(range()) -> boolean(). other(#range{other = O}) -> O. --spec set_other(#range{}, boolean()) -> #range{}. +-spec set_other(range(), boolean()) -> range(). set_other(R, O) -> R#range{other = O}. --spec range__min(#range{}) -> 'empty' | 'neg_inf' | integer(). +-spec range__min(range()) -> 'empty' | 'neg_inf' | integer(). -range__min(#range{range=empty}) -> empty; -range__min(#range{range={Min,_}}) -> Min. +range__min(#range{range = empty}) -> empty; +range__min(#range{range = {Min,_}}) -> Min. --spec range__max(#range{}) -> 'empty' | 'pos_inf' | integer(). +-spec range__max(range()) -> 'empty' | 'pos_inf' | integer(). -range__max(#range{range=empty}) -> empty; -range__max(#range{range={_,Max}}) -> Max. +range__max(#range{range = empty}) -> empty; +range__max(#range{range = {_,Max}}) -> Max. --spec range__is_none(#range{}) -> boolean(). +-spec range__is_none(range()) -> boolean(). -range__is_none(#range{range=empty, other=false}) -> true; +range__is_none(#range{range = empty, other = false}) -> true; range__is_none(#range{}) -> false. --spec range__is_empty(#range{}) -> boolean(). +-spec range__is_empty(range()) -> boolean(). -range__is_empty(#range{range=empty}) -> true; -range__is_empty(#range{range={_,_}}) -> false. +range__is_empty(#range{range = empty}) -> true; +range__is_empty(#range{range = {_,_}}) -> false. --spec remove_point_types(#range{}, [#range{}]) -> #range{}. +-spec remove_point_types(range(), [range()]) -> range(). remove_point_types(Range, Ranges) -> Sorted = lists:sort(Ranges), @@ -939,35 +941,35 @@ remove_point_types(Range, Ranges) -> Range1 = lists:foldl(FoldFun, Range, Sorted), lists:foldl(FoldFun, Range1, lists:reverse(Sorted)). --spec range__remove_constant(#range{}, #range{}) -> #range{}. +-spec range__remove_constant(range(), range()) -> range(). -range__remove_constant(R = #range{range={C,C}}, #range{range={C,C}}) -> - R#range{range=empty}; -range__remove_constant(R = #range{range={C,H}}, #range{range={C,C}}) -> - R#range{range={C+1,H}}; -range__remove_constant(R = #range{range={L,C}}, #range{range={C,C}}) -> - R#range{range={L,C-1}}; -range__remove_constant(R = #range{}, #range{range={C,C}}) -> +range__remove_constant(#range{range = {C, C}} = R, #range{range = {C, C}}) -> + R#range{range = empty}; +range__remove_constant(#range{range = {C, H}} = R, #range{range = {C, C}}) -> + R#range{range = {C+1, H}}; +range__remove_constant(#range{range = {L, C}} = R, #range{range = {C, C}}) -> + R#range{range = {L, C-1}}; +range__remove_constant(#range{} = R, #range{range = {C,C}}) -> R; -range__remove_constant(R = #range{}, _) -> +range__remove_constant(#range{} = R, _) -> R. --spec any_type() -> #range{}. +-spec any_type() -> range(). any_type() -> - #range{range=any_r(), other=true}. + #range{range = any_r(), other = true}. --spec any_range() -> #range{}. +-spec any_range() -> range(). any_range() -> - #range{range=any_r(), other=false}. + #range{range = any_r(), other = false}. --spec none_range() -> #range{}. +-spec none_range() -> range(). none_range() -> - #range{range=empty, other=true}. + #range{range = empty, other = true}. --spec none_type() -> #range{}. +-spec none_type() -> range(). none_type() -> #range{range = empty, other = false}. @@ -976,12 +978,12 @@ none_type() -> any_r() -> {neg_inf, pos_inf}. --spec get_range_from_args([argument()]) -> [#range{}]. +-spec get_range_from_args([argument()]) -> [range()]. get_range_from_args(Args) -> [get_range_from_arg(Arg) || Arg <- Args]. --spec get_range_from_arg(argument()) -> #range{}. +-spec get_range_from_arg(argument()) -> range(). get_range_from_arg(Arg) -> case hipe_icode:is_const(Arg) of @@ -989,15 +991,15 @@ get_range_from_arg(Arg) -> Value = hipe_icode:const_value(Arg), case is_integer(Value) of true -> - #range{range={Value,Value}, other=false}; + #range{range = {Value, Value}, other = false}; false -> - #range{range=empty, other=true} + #range{range = empty, other = true} end; false -> case hipe_icode:is_annotated_variable(Arg) of true -> case hipe_icode:variable_annotation(Arg) of - {range_anno, #ann{range=Range}, _} -> + {range_anno, #ann{range = Range}, _} -> Range; {type_anno, Type, _} -> range_from_simple_type(Type) @@ -1012,7 +1014,7 @@ get_range_from_arg(Arg) -> %% inf([R1,R2|Rest]) -> %% inf([inf(R1,R2)|Rest]). --spec inf(#range{}, #range{}) -> #range{}. +-spec inf(range(), range()) -> range(). inf(#range{range=R1, other=O1}, #range{range=R2, other=O2}) -> #range{range=range_inf(R1,R2), other=other_inf(O1,O2)}. @@ -1022,8 +1024,8 @@ inf(#range{range=R1, other=O1}, #range{range=R2, other=O2}) -> range_inf(empty, _) -> empty; range_inf(_, empty) -> empty; range_inf({Min1,Max1}, {Min2,Max2}) -> - NewMin = inf_max([Min1,Min2]), - NewMax = inf_min([Max1,Max2]), + NewMin = inf_max([Min1, Min2]), + NewMax = inf_min([Max1, Max2]), case inf_geq(NewMax, NewMin) of true -> {NewMin, NewMax}; @@ -1035,14 +1037,14 @@ range_inf({Min1,Max1}, {Min2,Max2}) -> other_inf(O1, O2) -> O1 and O2. --spec sup([#range{},...]) -> #range{}. +-spec sup([range(),...]) -> range(). sup([R]) -> R; sup([R1,R2|Rest]) -> sup([sup(R1, R2)|Rest]). --spec sup(#range{}, #range{}) -> #range{}. +-spec sup(range(), range()) -> range(). sup(#range{range=R1,other=O1}, #range{range=R2,other=O2}) -> #range{range=range_sup(R1,R2), other=other_sup(O1,O2)}. @@ -1063,7 +1065,7 @@ other_sup(O1, O2) -> O1 or O2. %%== Call Support ============================================================= -spec analyse_call_or_enter_fun(fun_name(), [argument()], - icode_call_type(), call_fun()) -> [#range{}]. + icode_call_type(), call_fun()) -> [range()]. analyse_call_or_enter_fun(Fun, Args, CallType, LookupFun) -> %%io:format("Fun: ~p~n Args: ~p~n CT: ~p~n LF: ~p~n", [Fun, Args, CallType, LookupFun]), @@ -1105,19 +1107,19 @@ analyse_call_or_enter_fun(Fun, Args, CallType, LookupFun) -> [any_type()]; {hipe_bs_primop, {bs_get_integer, Size, Flags}} -> {Min, Max} = analyse_bs_get_integer(Size, Flags, length(Args) =:= 1), - [#range{range={Min, Max}, other=false}, any_type()]; + [#range{range = {Min, Max}, other = false}, any_type()]; {hipe_bs_primop, _} = Primop -> Type = hipe_icode_primops:type(Primop), range_from_type(Type) end. --type bin_operation() :: fun((#range{},#range{}) -> #range{}). --type unary_operation() :: fun((#range{}) -> #range{}). +-type bin_operation() :: fun((range(), range()) -> range()). +-type unary_operation() :: fun((range()) -> range()). -spec basic_type(fun_name()) -> 'not_int' | 'not_analysed' - | {bin, bin_operation()} - | {unary, unary_operation()} - | {fcall, mfa()} | {hipe_bs_primop, _}. + | {'bin', bin_operation()} + | {'unary', unary_operation()} + | {'fcall', mfa()} | {'hipe_bs_primop', _}. %% Arithmetic operations basic_type('+') -> {bin, fun(R1, R2) -> range_add(R1, R2) end}; @@ -1214,7 +1216,7 @@ analyse_bs_get_integer(Size, Flags, false) when is_integer(Size), %% Arithmetic --spec range_add(#range{}, #range{}) -> #range{}. +-spec range_add(range(), range()) -> range(). range_add(Range1, Range2) -> NewMin = inf_add(range__min(Range1), range__min(Range2)), @@ -1222,7 +1224,7 @@ range_add(Range1, Range2) -> Other = other(Range1) orelse other(Range2), range_init({NewMin, NewMax}, Other). --spec range_sub(#range{}, #range{}) -> #range{}. +-spec range_sub(range(), range()) -> range(). range_sub(Range1, Range2) -> Min_sub = inf_min([inf_inv(range__max(Range2)), @@ -1234,7 +1236,7 @@ range_sub(Range1, Range2) -> Other = other(Range1) orelse other(Range2), range_init({NewMin, NewMax}, Other). --spec range_mult(#range{}, #range{}) -> #range{}. +-spec range_mult(range(), range()) -> range(). range_mult(#range{range=empty, other=true}, _Range2) -> range_init(empty, true); @@ -1274,7 +1276,7 @@ range_mult(Range1, Range2) -> Other = other(Range1) orelse other(Range2), range_init(Range, Other). --spec extreme_divisors(#range{}) -> range_tuple(). +-spec extreme_divisors(range()) -> range_tuple(). extreme_divisors(#range{range={0,0}}) -> {0,0}; extreme_divisors(#range{range={0,Max}}) -> {1,Max}; @@ -1289,7 +1291,7 @@ extreme_divisors(#range{range={Min,Max}}) -> end end. --spec range_div(#range{}, #range{}) -> #range{}. +-spec range_div(range(), range()) -> range(). %% this is div, not /. range_div(_, #range{range={0,0}}) -> @@ -1306,7 +1308,7 @@ range_div(Range1, Den) -> inf_div(Max1, Min2), inf_div(Max1, Max2)], range_init({inf_min(Min_max_list), inf_max(Min_max_list)}, false). --spec range_rem(#range{}, #range{}) -> #range{}. +-spec range_rem(range(), range()) -> range(). range_rem(Range1, Range2) -> %% Range1 desides the sign of the answer. @@ -1332,7 +1334,7 @@ range_rem(Range1, Range2) -> %%--- Bit operations ---------------------------- --spec range_bsr(#range{}, #range{}) -> #range{}. +-spec range_bsr(range(), range()) -> range(). range_bsr(Range1, Range2=#range{range={Min, Max}}) -> New_Range2 = range_init({inf_inv(Max), inf_inv(Min)}, other(Range2)), @@ -1340,7 +1342,7 @@ range_bsr(Range1, Range2=#range{range={Min, Max}}) -> %% io:format("bsr res:~w~nInput:= ~w~n", [Ans, {Range1,Range2}]), Ans. --spec range_bsl(#range{}, #range{}) -> #range{}. +-spec range_bsl(range(), range()) -> range(). range_bsl(Range1, Range2) -> Min1 = range__min(Range1), @@ -1359,7 +1361,7 @@ range_bsl(Range1, Range2) -> end, range_init(MinMax, false). --spec range_bnot(#range{}) -> #range{}. +-spec range_bnot(range()) -> range(). range_bnot(Range) -> Minus_one = range_init({-1,-1}, false), @@ -1389,7 +1391,7 @@ negwidth(X, N) -> false -> negwidth(X, N+1) end. --spec range_band(#range{}, #range{}) -> #range{}. +-spec range_band(range(), range()) -> range(). range_band(R1, R2) -> {_Min1, Max1} = MM1 = range(R1), @@ -1423,7 +1425,7 @@ range_band(R1, R2) -> end, range_init(Range, false). --spec range_bor(#range{}, #range{}) -> #range{}. +-spec range_bor(range(), range()) -> range(). range_bor(R1, R2) -> {Min1, _Max1} = MM1 = range(R1), @@ -1457,7 +1459,7 @@ range_bor(R1, R2) -> end, range_init(Range, false). --spec classify_range(#range{}) -> 'minus_minus' | 'minus_plus' | 'plus_plus'. +-spec classify_range(range()) -> 'minus_minus' | 'minus_plus' | 'plus_plus'. classify_range(Range) -> case range(Range) of @@ -1480,7 +1482,7 @@ classify_int_range(_Number1, Number2) when Number2 < 0 -> classify_int_range(_Number1, _Number2) -> minus_plus. --spec range_bxor(#range{}, #range{}) -> #range{}. +-spec range_bxor(range(), range()) -> range(). range_bxor(R1, R2) -> {Min1, Max1} = MM1 = range(R1), @@ -1895,7 +1897,7 @@ convert_ann_to_types(#ann{range=#range{other=true}, type=Type}) -> %% Icode Coordinator Callbacks %%===================================================================== --spec replace_nones([#range{}]) -> [#range{}]. +-spec replace_nones([range()]) -> [range()]. replace_nones(Args) -> [replace_none(Arg) || Arg <- Args]. @@ -1905,7 +1907,7 @@ replace_none(Arg) -> false -> Arg end. --spec update__info([#range{}], [#range{}]) -> {boolean(), [#ann{}]}. +-spec update__info([range()], [range()]) -> {boolean(), [ann()]}. update__info(NewRanges, OldRanges) -> SupFun = fun (Ann, Range) -> join_info(Ann, Range, fun safe_widen/3) @@ -1915,19 +1917,19 @@ update__info(NewRanges, OldRanges) -> Change = lists:zipwith(EqFun, ResRanges, OldRanges), {lists:all(fun (X) -> X end, Change), ResRanges}. --spec new__info/1 :: ([#range{}]) -> [#ann{}]. +-spec new__info([range()]) -> [ann()]. new__info(NewRanges) -> [#ann{range=Range,count=1,type=t_any()} || Range <- NewRanges]. --spec return__info/1 :: ([#ann{}]) -> [#range{}]. +-spec return__info([ann()]) -> [range()]. return__info(Ranges) -> [Range || #ann{range=Range} <- Ranges]. --spec return_none/0 :: () -> [#range{},...]. +-spec return_none() -> [range(),...]. return_none() -> [none_type()]. --spec return_none_args/2 :: (#cfg{}, mfa()) -> [#range{}]. +-spec return_none_args(cfg(), mfa()) -> [range()]. return_none_args(Cfg, {_M,_F,A}) -> NoArgs = case hipe_icode_cfg:is_closure(Cfg) of @@ -1936,7 +1938,7 @@ return_none_args(Cfg, {_M,_F,A}) -> end, lists:duplicate(NoArgs, none_type()). --spec return_any_args/2 :: (#cfg{}, mfa()) -> [#range{}]. +-spec return_any_args(cfg(), mfa()) -> [range()]. return_any_args(Cfg, {_M,_F,A}) -> NoArgs = case hipe_icode_cfg:is_closure(Cfg) of |