diff options
Diffstat (limited to 'lib/sasl/src/systools_make.erl')
| -rw-r--r-- | lib/sasl/src/systools_make.erl | 324 |
1 files changed, 243 insertions, 81 deletions
diff --git a/lib/sasl/src/systools_make.erl b/lib/sasl/src/systools_make.erl index 7489ee58d2..ce37f3c2ce 100644 --- a/lib/sasl/src/systools_make.erl +++ b/lib/sasl/src/systools_make.erl @@ -31,6 +31,8 @@ -export([read_application/4]). +-export([make_hybrid_boot/5]). + -import(lists, [filter/2, keysort/2, keysearch/3, map/2, reverse/1, append/1, foldl/3, member/2, foreach/2]). @@ -44,10 +46,12 @@ %%----------------------------------------------------------------- %% Create a boot script from a release file. -%% Options is a list of {path, Path} | silent | local where path sets -%% the search path, silent supresses error message printing on console, -%% local generates a script with references to the directories there -%% the applications are found. +%% Options is a list of {path, Path} | silent | local +%% | warnings_as_errors +%% where path sets the search path, silent supresses error message +%% printing on console, local generates a script with references +%% to the directories there the applications are found, +%% and warnings_as_errors treats warnings as errors. %% %% New options: {path,Path} can contain wildcards %% src_tests @@ -85,11 +89,16 @@ make_script(RelName, Output, Flags) when is_list(RelName), ModTestP = {member(src_tests, Flags),xref_p(Flags)}, case get_release(RelName, Path, ModTestP, machine(Flags)) of {ok, Release, Appls, Warnings} -> - case generate_script(Output,Release,Appls,Flags) of - ok -> + case systools_lib:werror(Flags, Warnings) of + true -> return(ok,Warnings,Flags); - Error -> - return(Error,Warnings,Flags) + false -> + case generate_script(Output,Release,Appls,Flags) of + ok -> + return(ok,Warnings,Flags); + Error -> + return(Error,Warnings,Flags) + end end; Error -> return(Error,[],Flags) @@ -130,10 +139,21 @@ get_outdir(Flags) -> return(ok,Warnings,Flags) -> case member(silent,Flags) of true -> - {ok,?MODULE,Warnings}; + case systools_lib:werror(Flags, Warnings) of + true -> + error; + false -> + {ok,?MODULE,Warnings} + end; _ -> - io:format("~s",[format_warning(Warnings)]), - ok + case member(warnings_as_errors,Flags) of + true -> + io:format("~s",[format_warning(Warnings, true)]), + error; + false -> + io:format("~s",[format_warning(Warnings)]), + ok + end end; return({error,Mod,Error},_,Flags) -> case member(silent,Flags) of @@ -144,6 +164,118 @@ return({error,Mod,Error},_,Flags) -> error end. + +%%----------------------------------------------------------------- +%% Make hybrid boot file for upgrading emulator. The resulting boot +%% file is a combination of the two input files, where kernel, stdlib +%% and sasl versions are taken from the second file (the boot file of +%% the new release), and all other application versions from the first +%% file (the boot file of the old release). +%% +%% The most important thing that can fail here is that the input boot +%% files do not contain all three base applications - kernel, stdlib +%% and sasl. +%% +%% TmpVsn = string(), +%% Paths = {KernelPath,StdlibPath,SaslPath} +%% Returns {ok,Boot} | {error,Reason} +%% Boot1 = Boot2 = Boot = binary() +%% Reason = {app_not_found,App} | {app_not_replaced,App} +%% App = kernel | stdlib | sasl +make_hybrid_boot(TmpVsn, Boot1, Boot2, Paths, Args) -> + catch do_make_hybrid_boot(TmpVsn, Boot1, Boot2, Paths, Args). +do_make_hybrid_boot(TmpVsn, Boot1, Boot2, Paths, Args) -> + {script,{_RelName1,_RelVsn1},Script1} = binary_to_term(Boot1), + {script,{RelName2,_RelVsn2},Script2} = binary_to_term(Boot2), + MatchPaths = get_regexp_path(Paths), + NewScript1 = replace_paths(Script1,MatchPaths), + {Kernel,Stdlib,Sasl} = get_apps(Script2,undefined,undefined,undefined), + NewScript2 = replace_apps(NewScript1,Kernel,Stdlib,Sasl), + NewScript3 = add_apply_upgrade(NewScript2,Args), + Boot = term_to_binary({script,{RelName2,TmpVsn},NewScript3}), + {ok,Boot}. + +%% For each app, compile a regexp that can be used for finding its path +get_regexp_path({KernelPath,StdlibPath,SaslPath}) -> + {ok,KernelMP} = re:compile("kernel-[0-9\.]+",[unicode]), + {ok,StdlibMP} = re:compile("stdlib-[0-9\.]+",[unicode]), + {ok,SaslMP} = re:compile("sasl-[0-9\.]+",[unicode]), + [{KernelMP,KernelPath},{StdlibMP,StdlibPath},{SaslMP,SaslPath}]. + +%% For each path in the script, check if it matches any of the MPs +%% found above, and if so replace it with the correct new path. +replace_paths([{path,Path}|Script],MatchPaths) -> + [{path,replace_path(Path,MatchPaths)}|replace_paths(Script,MatchPaths)]; +replace_paths([Stuff|Script],MatchPaths) -> + [Stuff|replace_paths(Script,MatchPaths)]; +replace_paths([],_) -> + []. + +replace_path([Path|Paths],MatchPaths) -> + [do_replace_path(Path,MatchPaths)|replace_path(Paths,MatchPaths)]; +replace_path([],_) -> + []. + +do_replace_path(Path,[{MP,ReplacePath}|MatchPaths]) -> + case re:run(Path,MP,[{capture,none}]) of + nomatch -> do_replace_path(Path,MatchPaths); + match -> ReplacePath + end; +do_replace_path(Path,[]) -> + Path. + +%% Return the entries for loading the three base applications +get_apps([{kernelProcess,application_controller, + {application_controller,start,[{application,kernel,_}]}}=Kernel| + Script],_,Stdlib,Sasl) -> + get_apps(Script,Kernel,Stdlib,Sasl); +get_apps([{apply,{application,load,[{application,stdlib,_}]}}=Stdlib|Script], + Kernel,_,Sasl) -> + get_apps(Script,Kernel,Stdlib,Sasl); +get_apps([{apply,{application,load,[{application,sasl,_}]}}=Sasl|_Script], + Kernel,Stdlib,_) -> + {Kernel,Stdlib,Sasl}; +get_apps([_|Script],Kernel,Stdlib,Sasl) -> + get_apps(Script,Kernel,Stdlib,Sasl); +get_apps([],undefined,_,_) -> + throw({error,{app_not_found,kernel}}); +get_apps([],_,undefined,_) -> + throw({error,{app_not_found,stdlib}}); +get_apps([],_,_,undefined) -> + throw({error,{app_not_found,sasl}}). + + +%% Replace the entries for loading the base applications +replace_apps([{kernelProcess,application_controller, + {application_controller,start,[{application,kernel,_}]}}| + Script],Kernel,Stdlib,Sasl) -> + [Kernel|replace_apps(Script,undefined,Stdlib,Sasl)]; +replace_apps([{apply,{application,load,[{application,stdlib,_}]}}|Script], + Kernel,Stdlib,Sasl) -> + [Stdlib|replace_apps(Script,Kernel,undefined,Sasl)]; +replace_apps([{apply,{application,load,[{application,sasl,_}]}}|Script], + _Kernel,_Stdlib,Sasl) -> + [Sasl|Script]; +replace_apps([Stuff|Script],Kernel,Stdlib,Sasl) -> + [Stuff|replace_apps(Script,Kernel,Stdlib,Sasl)]; +replace_apps([],undefined,undefined,_) -> + throw({error,{app_not_replaced,sasl}}); +replace_apps([],undefined,_,_) -> + throw({error,{app_not_replaced,stdlib}}); +replace_apps([],_,_,_) -> + throw({error,{app_not_replaced,kernel}}). + + +%% Finally add an apply of release_handler:new_emulator_upgrade - which will +%% complete the execution of the upgrade script (relup). +add_apply_upgrade(Script,Args) -> + [{progress, started} | RevScript] = lists:reverse(Script), + lists:reverse([{progress,started}, + {apply,{release_handler,new_emulator_upgrade,Args}} | + RevScript]). + + + %%----------------------------------------------------------------- %% Create a release package from a release file. %% Options is a list of {path, Path} | silent | @@ -232,13 +364,13 @@ get_release(File, Path, ModTestP, Machine) -> end. get_release1(File, Path, ModTestP, Machine) -> - {ok, Release} = read_release(File, Path), + {ok, Release, Warnings1} = read_release(File, Path), {ok, Appls0} = collect_applications(Release, Path), {ok, Appls1} = check_applications(Appls0), {ok, Appls2} = sort_included_applications(Appls1, Release), % OTP-4121 - {ok, Warnings} = check_modules(Appls2, Path, ModTestP, Machine), + {ok, Warnings2} = check_modules(Appls2, Path, ModTestP, Machine), {ok, Appls} = sort_appls(Appls2), - {ok, Release, Appls, Warnings}. + {ok, Release, Appls, Warnings1 ++ Warnings2}. %%______________________________________________________________________ %% read_release(File, Path) -> {ok, #release} | throw({error, What}) @@ -253,11 +385,12 @@ read_release(File, Path) -> check_rel(Release) -> case catch check_rel1(Release) of - {ok, {Name,Vsn,Evsn,Appl,Incl}} -> + {ok, {Name,Vsn,Evsn,Appl,Incl}, Ws} -> {ok, #release{name=Name, vsn=Vsn, erts_vsn=Evsn, applications=Appl, - incl_apps=Incl}}; + incl_apps=Incl}, + Ws}; {error, Error} -> throw({error,?MODULE,Error}); Error -> @@ -268,8 +401,8 @@ check_rel1({release,{Name,Vsn},{erts,EVsn},Appl}) when is_list(Appl) -> check_name(Name), check_vsn(Vsn), check_evsn(EVsn), - {Appls,Incls} = check_appl(Appl), - {ok, {Name,Vsn,EVsn,Appls,Incls}}; + {{Appls,Incls},Ws} = check_appl(Appl), + {ok, {Name,Vsn,EVsn,Appls,Incls},Ws}; check_rel1(_) -> {error, badly_formatted_release}. @@ -322,8 +455,8 @@ check_appl(Appl) -> end, Appl) of [] -> - mandatory_applications(Appl), - split_app_incl(Appl); + {ok,Ws} = mandatory_applications(Appl), + {split_app_incl(Appl),Ws}; Illegal -> throw({error, {illegal_applications,Illegal}}) end. @@ -334,7 +467,12 @@ mandatory_applications(Appl) -> Mand = mandatory_applications(), case filter(fun(X) -> member(X, AppNames) end, Mand) of Mand -> - ok; + case member(sasl,AppNames) of + true -> + {ok,[]}; + _ -> + {ok, [{warning,missing_sasl}]} + end; _ -> throw({error, {missing_mandatory_app, Mand}}) end. @@ -1612,9 +1750,9 @@ var_dir(_Dir, _, _, []) -> false. appDir(AppDir) -> - case reverse(filename:split(AppDir)) of - ["ebin"|Dir] -> filename:join(reverse(Dir)); - _ -> AppDir + case filename:basename(AppDir) of + "ebin" -> filename:dirname(AppDir); + _ -> AppDir end. add_modules(Modules, Tar, AppDir, ToDir, Ext) -> @@ -1833,78 +1971,89 @@ get_flag(_,_) -> false. %% Check Options for make_script check_args_script(Args) -> cas(Args, - {undef, undef, undef, undef, undef, undef, undef, undef, []}). + {undef, undef, undef, undef, undef, undef, undef, undef, + undef, []}). -cas([], {_Path,_Sil,_Loc,_Test,_Var,_Mach,_Xref,_XrefApps, X}) -> +cas([], {_Path,_Sil,_Loc,_Test,_Var,_Mach,_Xref,_XrefApps,_Werror, X}) -> X; %%% path --------------------------------------------------------------- -cas([{path, P} | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) when is_list(P) -> +cas([{path, P} | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) when is_list(P) -> case check_path(P) of ok -> - cas(Args, {P, Sil, Loc, Test, Var, Mach, Xref, XrefApps,X}); + cas(Args, {P, Sil, Loc, Test, Var, Mach, Xref, XrefApps, + Werror, X}); error -> cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, - X++[{path,P}]}) + Werror, X++[{path,P}]}) end; %%% silent ------------------------------------------------------------- -cas([silent | Args], {Path, _Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) -> - cas(Args, {Path, silent, Loc, Test, Var, Mach, Xref, XrefApps, X}); +cas([silent | Args], {Path, _Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) -> + cas(Args, {Path, silent, Loc, Test, Var, Mach, Xref, XrefApps, + Werror, X}); %%% local -------------------------------------------------------------- -cas([local | Args], {Path, Sil, _Loc, Test, Var, Mach, - Xref, XrefApps, X}) -> - cas(Args, {Path, Sil, local, Test, Var, Mach, Xref, XrefApps, X}); +cas([local | Args], {Path, Sil, _Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) -> + cas(Args, {Path, Sil, local, Test, Var, Mach, Xref, XrefApps, + Werror, X}); %%% src_tests ------------------------------------------------------- -cas([src_tests | Args], {Path, Sil, Loc, _Test, Var, Mach, - Xref, XrefApps, X}) -> +cas([src_tests | Args], {Path, Sil, Loc, _Test, Var, Mach, Xref, + XrefApps, Werror, X}) -> cas(Args, - {Path, Sil, Loc, src_tests, Var, Mach, Xref, XrefApps,X}); + {Path, Sil, Loc, src_tests, Var, Mach, Xref, Werror, XrefApps,X}); %%% variables ---------------------------------------------------------- -cas([{variables, V} | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) when is_list(V) -> +cas([{variables, V} | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) when is_list(V) -> case check_vars(V) of ok -> cas(Args, - {Path, Sil, Loc, Test, V, Mach, Xref, XrefApps, X}); + {Path, Sil, Loc, Test, V, Mach, Xref, XrefApps, Werror, X}); error -> cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, - X++[{variables, V}]}) + Werror, X++[{variables, V}]}) end; %%% machine ------------------------------------------------------------ -cas([{machine, M} | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) when is_atom(M) -> - cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, X}); +cas([{machine, M} | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) when is_atom(M) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, Werror, X}); %%% exref -------------------------------------------------------------- -cas([exref | Args], {Path, Sil, Loc, Test, Var, Mach, - _Xref, XrefApps, X}) -> - cas(Args, {Path, Sil, Loc, Test, Var, Mach, exref, XrefApps, X}); +cas([exref | Args], {Path, Sil, Loc, Test, Var, Mach, _Xref, + XrefApps, Werror, X}) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, exref, XrefApps, Werror, X}); %%% exref Apps --------------------------------------------------------- -cas([{exref, Apps} | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) when is_list(Apps) -> +cas([{exref, Apps} | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) when is_list(Apps) -> case check_apps(Apps) of ok -> cas(Args, {Path, Sil, Loc, Test, Var, Mach, - Xref, Apps, X}); + Xref, Apps, Werror, X}); error -> cas(Args, {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X++[{exref, Apps}]}) + Xref, XrefApps, Werror, X++[{exref, Apps}]}) end; %%% outdir Dir --------------------------------------------------------- -cas([{outdir, Dir} | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) when is_list(Dir) -> - cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, X}); +cas([{outdir, Dir} | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) when is_list(Dir) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, Werror, X}); %%% otp_build (secret, not documented) --------------------------------- -cas([otp_build | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) -> - cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, X}); +cas([otp_build | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, Werror, X}); %%% no_module_tests (kept for backwards compatibility, but ignored) ---- -cas([no_module_tests | Args], {Path, Sil, Loc, Test, Var, Mach, - Xref, XrefApps, X}) -> - cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps,X}); +cas([no_module_tests | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, Werror, X}) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, Werror, X}); +%%% warnings_as_errors (kept for backwards compatibility, but ignored) ---- +cas([warnings_as_errors | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, + XrefApps, _Werror, X}) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, + warnings_as_errors, X}); %%% ERROR -------------------------------------------------------------- -cas([Y | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, X}) -> - cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps,X++[Y]}). +cas([Y | Args], {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, + Werror, X}) -> + cas(Args, {Path, Sil, Loc, Test, Var, Mach, Xref, XrefApps, Werror, + X++[Y]}). @@ -2030,7 +2179,6 @@ check_apps([H|T]) when is_atom(H) -> check_apps(_) -> error. - %% Format error format_error(badly_formatted_release) -> @@ -2144,21 +2292,35 @@ form_tar_err({add, File, Error}) -> %% Format warning format_warning(Warnings) -> - map(fun({warning,W}) -> form_warn(W) end, Warnings). - -form_warn({source_not_found,{Mod,_,App,_,_}}) -> - io_lib:format("*WARNING* ~p: Source code not found: ~p.erl~n", - [App,Mod]); -form_warn({{parse_error, File},{_,_,App,_,_}}) -> - io_lib:format("*WARNING* ~p: Parse error: ~p~n", - [App,File]); -form_warn({obj_out_of_date,{Mod,_,App,_,_}}) -> - io_lib:format("*WARNING* ~p: Object code (~p) out of date~n",[App,Mod]); -form_warn({exref_undef, Undef}) -> - F = fun({M,F,A}) -> - io_lib:format("*WARNING* Undefined function ~p:~p/~p~n", - [M,F,A]) + format_warning(Warnings, false). + +format_warning(Warnings, Werror) -> + Prefix = case Werror of + true -> + ""; + false -> + "*WARNING* " + end, + map(fun({warning,W}) -> form_warn(Prefix, W) end, Warnings). + +form_warn(Prefix, {source_not_found,{Mod,_,App,_,_}}) -> + io_lib:format("~s~p: Source code not found: ~p.erl~n", + [Prefix,App,Mod]); +form_warn(Prefix, {{parse_error, File},{_,_,App,_,_}}) -> + io_lib:format("~s~p: Parse error: ~p~n", + [Prefix,App,File]); +form_warn(Prefix, {obj_out_of_date,{Mod,_,App,_,_}}) -> + io_lib:format("~s~p: Object code (~p) out of date~n", + [Prefix,App,Mod]); +form_warn(Prefix, {exref_undef, Undef}) -> + F = fun({M,F,A}) -> + io_lib:format("~sUndefined function ~p:~p/~p~n", + [Prefix,M,F,A]) end, map(F, Undef); -form_warn(What) -> - io_lib:format("*WARNING* ~p~n", [What]). +form_warn(Prefix, missing_sasl) -> + io_lib:format("~s: Missing application sasl. " + "Can not upgrade with this release~n", + [Prefix]); +form_warn(Prefix, What) -> + io_lib:format("~s ~p~n", [Prefix,What]). |