From ab435488ab6d90fb03a51f9c899ecaab44aaf35f Mon Sep 17 00:00:00 2001 From: Siri Hansen Date: Thu, 12 Feb 2015 11:41:06 +0100 Subject: [cover] Improve performance Add functions for cover compilation and analysis on multiple files. This allows for more parallelisation. All functions for cover compilation can now take a list of modules/files. cover:analyse/analyze and cover:analyse_to_file/analyze_to_file can be called without the Modules arguement in order to analyse all cover compiled and imported modules, or with a list of modules. Also, the number of lookups in ets tables is reduced, which has also improved the performance when analysing and resetting cover data. --- lib/tools/doc/src/cover.xml | 109 ++++-- lib/tools/src/cover.erl | 825 +++++++++++++++++++++++++++-------------- lib/tools/test/cover_SUITE.erl | 296 ++++++++++++--- 3 files changed, 863 insertions(+), 367 deletions(-) diff --git a/lib/tools/doc/src/cover.xml b/lib/tools/doc/src/cover.xml index 07ffa65e3d..914baa7977 100644 --- a/lib/tools/doc/src/cover.xml +++ b/lib/tools/doc/src/cover.xml @@ -5,7 +5,7 @@
2001 - 2013 + 2015 Ericsson AB, All Rights Reserved @@ -138,17 +138,18 @@ - compile(ModFile) -> Result - compile(ModFile, Options) -> Result - compile_module(ModFile) -> Result - compile_module(ModFile, Options) -> Result - Compile a module for Cover analysis. + compile(ModFiles) -> Result | [Result] + compile(ModFiles, Options) -> Result | [Result] + compile_module(ModFiles) -> Result | [Result] + compile_module(ModFiles, Options) -> Result | [Result] + Compile one or more modules for Cover analysis. + ModFiles = ModFile | [ModFile] ModFile = Module | File  Module = atom()  File = string() Options = [Option] -  Option = {i,Dir} | {d,Macro} | {d,Macro,Value} +  Option = {i,Dir} | {d,Macro} | {d,Macro,Value} | export_all See compile:file/2. Result = {ok,Module} | {error,File} | {error,not_main_node} @@ -165,6 +166,9 @@ returns {ok,Module}. Otherwise the function returns {error,File}. Errors and warnings are printed as they occur.

+

If a list of ModFiles is given as input, a list + of Result will be returned. The order of the returned + list is undefined.

Note that the internal database is (re-)initiated during the compilation, meaning any previously collected coverage data for the module will be lost.

@@ -194,9 +198,10 @@ - compile_beam(ModFile) -> Result - Compile a module for Cover analysis, using an existing beam. + compile_beam(ModFiles) -> Result | [Result] + Compile one or more modules for Cover analysis, using existing beam(s). + ModFiles = ModFile | [ModFile] ModFile = Module | BeamFile  Module = atom()  BeamFile = string() @@ -229,6 +234,9 @@ returned.

{error,BeamFile} is returned if the compiled code can not be loaded on the node.

+

If a list of ModFiles is given as input, a list + of Result will be returned. The order of the returned + list is undefined.

 @@ -251,16 +259,21 @@ - analyse(Module) -> {ok,Answer} | {error,Error} - analyse(Module, Analysis) -> {ok,Answer} | {error,Error} - analyse(Module, Level) -> {ok,Answer} | {error,Error} - analyse(Module, Analysis, Level) -> {ok,Answer} | {error,Error} - Analyse a Cover compiled module. + analyse() -> {result,Ok,Fail} | {error,not_main_node} + analyse(Modules) -> OneResult | {result,Ok,Fail} | {error,not_main_node} + analyse(Analysis) -> {result,Ok,Fail} | {error,not_main_node} + analyse(Level) -> {result,Ok,Fail} | {error,not_main_node} + analyse(Modules, Analysis) -> OneResult | {result,Ok,Fail} | {error,not_main_node} + analyse(Modules, Level) -> OneResult | {result,Ok,Fail} | {error,not_main_node} + analyse(Analysis, Level) -> {result,Ok,Fail} | {error,not_main_node} + analyse(Modules, Analysis, Level) -> OneResult | {result,Ok,Fail} | {error,not_main_node} + Analyse one or more Cover compiled modules. - Module = atom() + Modules = Module | [Module] + Module = atom() Analysis = coverage | calls Level = line | clause | function | module - Answer = {Module,Value} | [{Item,Value}] + OneResult = {ok,{Module,Value}} | {ok,[{Item,Value}]} | {error, Error}  Item = Line | Clause | Function   Line = {M,N}   Clause = {M,F,A,C} @@ -269,49 +282,67 @@    N = A = C = integer()  Value = {Cov,NotCov} | Calls   Cov = NotCov = Calls = integer() - Error = {not_cover_compiled,Module} | not_main_node +  Error = {not_cover_compiled,Module} + Ok = [{Module,Value}] | [{Item,Value}] + Fail = [Error] -

Performs analysis of a Cover compiled module Module, as +

Performs analysis of one or more Cover compiled modules, as specified by Analysis and Level (see above), by examining the contents of the internal database.

Analysis defaults to coverage and Level defaults to function.

-

If Module is not Cover compiled, the function returns - {error,{not_cover_compiled,Module}}.

-

HINT: It is possible to issue multiple analyse_to_file commands at - the same time.

+

If Modules is an atom (one module), the return will + be OneResult, else the return will be + {result,Ok,Fail}.

+

If Modules is not given, all modules that have data + in the cover data table, are analysed. Note that this + includes both cover compiled modules and imported + modules.

+

If a given module is not Cover compiled, this is indicated + by the error reason {not_cover_compiled,Module}.

 - analyse_to_file(Module) -> - analyse_to_file(Module,Options) -> - analyse_to_file(Module, OutFile) -> - analyse_to_file(Module, OutFile, Options) -> {ok,OutFile} | {error,Error} - Detailed coverage analysis of a Cover compiled module. + analyse_to_file() -> {result,Ok,Fail} | {error,not_main_node} + analyse_to_file(Modules) -> Answer | {result,Ok,Fail} | {error,not_main_node} + analyse_to_file(Options) -> {result,Ok,Fail} | {error,not_main_node} + analyse_to_file(Modules,Options) -> Answer | {result,Ok,Fail} | {error,not_main_node} + Detailed coverage analysis of one or more Cover compiled modules. + Modules = Module | [Module] Module = atom() - OutFile = string() + OutFile = OutDir = string() Options = [Option] - Option = html - Error = {not_cover_compiled,Module} | {file,File,Reason} | no_source_code_found | not_main_node + Option = html | {outfile,OutFile} | {outdir,OutDir} + Answer = {ok,OutFile} | {error,Error} + Ok = [OutFile] + Fail = [Error] + Error = {not_cover_compiled,Module} | {file,File,Reason} | {no_source_code_found,Module}  File = string()  Reason = term() -

Makes a copy OutFile of the source file for a module - Module, where it for each executable line is specified +

Makes copies of the source file for the given modules, + where it for each executable line is specified how many times it has been executed.

The output file OutFile defaults to Module.COVER.out, or Module.COVER.html if the option html was used.

-

If Module is not Cover compiled, the function returns - {error,{not_cover_compiled,Module}}.

+

If Modules is an atom (one module), the return will + be Answer, else the return will be a + list, {result,Ok,Fail}.

+

If Modules is not given, all modules that have data + in the cover data table, are analysed. Note that this + includes both cover compiled modules and imported + modules.

+

If a module is not Cover compiled, this is indicated by the + error reason {not_cover_compiled,Module}.

If the source file and/or the output file cannot be opened using file:open/2, the function returns {error,{file,File,Reason}} where File is the file name and Reason is the error reason.

-

If the module was cover compiled from the .beam +

If a module was cover compiled from the .beam file, i.e. using compile_beam/1 or compile_beam_directory/0,1, it is assumed that the source code can be found in the same directory as the @@ -322,10 +353,8 @@ joining ../src and the tail of the compiled path below a trailing src component, then the compiled path itself. - If no source code is found, - {error,no_source_code_found} is returned.

-

HINT: It is possible to issue multiple analyse_to_file commands at - the same time.

+ If no source code is found, this is indicated by the error reason + {no_source_code_found,Module}.

 @@ -339,7 +368,7 @@ OutFile = string() Options = [Option] Option = html - Error = {not_cover_compiled,Module} | {file,File,Reason} | no_source_code_found | not_main_node + Error = {not_cover_compiled,Module} | {file,File,Reason} | {no_source_code_found,Module} | not_main_node  File = string()  Reason = term() diff --git a/lib/tools/src/cover.erl b/lib/tools/src/cover.erl index 31754015f7..9a76084bc0 100644 --- a/lib/tools/src/cover.erl +++ b/lib/tools/src/cover.erl @@ -1,7 +1,7 @@ %% %% %CopyrightBegin% %% -%% Copyright Ericsson AB 2001-2013. All Rights Reserved. +%% Copyright Ericsson AB 2001-2015. 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 @@ -77,8 +77,11 @@ compile/1, compile/2, compile_module/1, compile_module/2, compile_directory/0, compile_directory/1, compile_directory/2, compile_beam/1, compile_beam_directory/0, compile_beam_directory/1, - analyse/1, analyse/2, analyse/3, analyze/1, analyze/2, analyze/3, + analyse/0, analyse/1, analyse/2, analyse/3, + analyze/0, analyze/1, analyze/2, analyze/3, + analyse_to_file/0, analyse_to_file/1, analyse_to_file/2, analyse_to_file/3, + analyze_to_file/0, analyze_to_file/1, analyze_to_file/2, analyze_to_file/3, async_analyse_to_file/1,async_analyse_to_file/2, async_analyse_to_file/3, async_analyze_to_file/1, @@ -109,6 +112,7 @@ line = '_' % integer() }). -define(BUMP_REC_NAME,bump). +-define(CHUNK_SIZE, 20000). -record(vars, {module, % atom() Module name @@ -181,10 +185,11 @@ start(Node) when is_atom(Node) -> start(Nodes) -> call({start_nodes,remove_myself(Nodes,[])}). -%% compile(ModFile) -> -%% compile(ModFile, Options) -> -%% compile_module(ModFile) -> Result -%% compile_module(ModFile, Options) -> Result +%% compile(ModFiles) -> +%% compile(ModFiles, Options) -> +%% compile_module(ModFiles) -> Result +%% compile_module(ModFiles, Options) -> Result +%% ModFiles = ModFile | [ModFile] %% ModFile = Module | File %% Module = atom() %% File = string() @@ -198,18 +203,27 @@ compile(ModFile, Options) -> compile_module(ModFile) when is_atom(ModFile); is_list(ModFile) -> compile_module(ModFile, []). -compile_module(Module, Options) when is_atom(Module), is_list(Options) -> - compile_module(atom_to_list(Module), Options); -compile_module(File, Options) when is_list(File), is_list(Options) -> - WithExt = case filename:extension(File) of - ".erl" -> - File; - _ -> - File++".erl" - end, - AbsFile = filename:absname(WithExt), - [R] = compile_modules([AbsFile], Options), - R. +compile_module(ModFile, Options) when is_atom(ModFile); + is_list(ModFile), is_integer(hd(ModFile)) -> + [R] = compile_module([ModFile], Options), + R; +compile_module(ModFiles, Options) when is_list(Options) -> + AbsFiles = + [begin + File = + case ModFile of + _ when is_atom(ModFile) -> atom_to_list(ModFile); + _ when is_list(ModFile) -> ModFile + end, + WithExt = case filename:extension(File) of + ".erl" -> + File; + _ -> + File++".erl" + end, + filename:absname(WithExt) + end || ModFile <- ModFiles], + compile_modules(AbsFiles, Options). %% compile_directory() -> %% compile_directory(Dir) -> @@ -240,13 +254,14 @@ compile_directory(Dir, Options) when is_list(Dir), is_list(Options) -> compile_modules(Files,Options) -> Options2 = filter_options(Options), - compile_modules(Files,Options2,[]). + %% compile_modules(Files,Options2,[]). + call({compile, Files, Options2}). -compile_modules([File|Files], Options, Result) -> - R = call({compile, File, Options}), - compile_modules(Files,Options,[R|Result]); -compile_modules([],_Opts,Result) -> - lists:reverse(Result). +%% compile_modules([File|Files], Options, Result) -> +%% R = call({compile, File, Options}), +%% compile_modules(Files,Options,[R|Result]); +%% compile_modules([],_Opts,Result) -> +%% lists:reverse(Result). filter_options(Options) -> lists:filter(fun(Option) -> @@ -264,30 +279,17 @@ filter_options(Options) -> %% ModFile - see compile/1 %% Result - see compile/1 %% Reason = non_existing | already_cover_compiled -compile_beam(Module) when is_atom(Module) -> - case code:which(Module) of - non_existing -> +compile_beam(ModFile0) when is_atom(ModFile0); + is_list(ModFile0), is_integer(hd(ModFile0)) -> + case compile_beams([ModFile0]) of + [{error,{non_existing,_}}] -> + %% Backwards compatibility {error,non_existing}; - ?TAG -> - compile_beam(Module,?TAG); - File -> - compile_beam(Module,File) + [Result] -> + Result end; -compile_beam(File) when is_list(File) -> - {WithExt,WithoutExt} - = case filename:rootname(File,".beam") of - File -> - {File++".beam",File}; - Rootname -> - {File,Rootname} - end, - AbsFile = filename:absname(WithExt), - Module = list_to_atom(filename:basename(WithoutExt)), - compile_beam(Module,AbsFile). - -compile_beam(Module,File) -> - call({compile_beam,Module,File}). - +compile_beam(ModFiles) when is_list(ModFiles) -> + compile_beams(ModFiles). %% compile_beam_directory(Dir) -> [Result] | {error,Reason} @@ -312,19 +314,52 @@ compile_beam_directory(Dir) when is_list(Dir) -> Error end. -compile_beams(Files) -> - compile_beams(Files,[]). -compile_beams([File|Files],Result) -> - R = compile_beam(File), - compile_beams(Files,[R|Result]); -compile_beams([],Result) -> - lists:reverse(Result). - +compile_beams(ModFiles0) -> + ModFiles = get_mods_and_beams(ModFiles0,[]), + call({compile_beams,ModFiles}). -%% analyse(Module) -> -%% analyse(Module, Analysis) -> -%% analyse(Module, Level) -> -%% analyse(Module, Analysis, Level) -> {ok,Answer} | {error,Error} +get_mods_and_beams([Module|ModFiles],Acc) when is_atom(Module) -> + case code:which(Module) of + non_existing -> + get_mods_and_beams(ModFiles,[{error,{non_existing,Module}}|Acc]); + File -> + get_mods_and_beams([{Module,File}|ModFiles],Acc) + end; +get_mods_and_beams([File|ModFiles],Acc) when is_list(File) -> + {WithExt,WithoutExt} + = case filename:rootname(File,".beam") of + File -> + {File++".beam",File}; + Rootname -> + {File,Rootname} + end, + AbsFile = filename:absname(WithExt), + Module = list_to_atom(filename:basename(WithoutExt)), + get_mods_and_beams([{Module,AbsFile}|ModFiles],Acc); +get_mods_and_beams([{Module,File}|ModFiles],Acc) -> + %% Check for duplicates + case lists:keyfind(Module,2,Acc) of + {ok,Module,File} -> + %% Duplicate, but same file so ignore + get_mods_and_beams(ModFiles,Acc); + {ok,Module,_OtherFile} -> + %% Duplicate and differnet file - error + get_mods_and_beams(ModFiles,[{error,{duplicate,Module}}|Acc]); + _ -> + get_mods_and_beams(ModFiles,[{ok,Module,File}|Acc]) + end; +get_mods_and_beams([],Acc) -> + lists:reverse(Acc). + + +%% analyse(Modules) -> +%% analyse(Analysis) -> +%% analyse(Level) -> +%% analyse(Modules, Analysis) -> +%% analyse(Modules, Level) -> +%% analyse(Analysis, Level) +%% analyse(Modules, Analysis, Level) -> {ok,Answer} | {error,Error} +%% Modules = Module | [Module] %% Module = atom() %% Analysis = coverage | calls %% Level = line | clause | function | module @@ -337,48 +372,74 @@ compile_beams([],Result) -> %% N = A = C = integer() %% Value = {Cov,NotCov} | Calls %% Cov = NotCov = Calls = integer() -%% Error = {not_cover_compiled,Module} +%% Error = {not_cover_compiled,Module} | not_main_node +-define(is_analysis(__A__), + (__A__=:=coverage orelse __A__=:=calls)). +-define(is_level(__L__), + (__L__=:=line orelse __L__=:=clause orelse + __L__=:=function orelse __L__=:=module)). +analyse() -> + analyse('_'). + +analyse(Analysis) when ?is_analysis(Analysis) -> + analyse('_', Analysis); +analyse(Level) when ?is_level(Level) -> + analyse('_', Level); analyse(Module) -> analyse(Module, coverage). -analyse(Module, Analysis) when Analysis=:=coverage; Analysis=:=calls -> + +analyse(Analysis, Level) when ?is_analysis(Analysis) andalso + ?is_level(Level) -> + analyse('_', Analysis, Level); +analyse(Module, Analysis) when ?is_analysis(Analysis) -> analyse(Module, Analysis, function); -analyse(Module, Level) when Level=:=line; Level=:=clause; Level=:=function; - Level=:=module -> +analyse(Module, Level) when ?is_level(Level) -> analyse(Module, coverage, Level). -analyse(Module, Analysis, Level) when is_atom(Module), - Analysis=:=coverage; Analysis=:=calls, - Level=:=line; Level=:=clause; - Level=:=function; Level=:=module -> + +analyse(Module, Analysis, Level) when ?is_analysis(Analysis), + ?is_level(Level) -> call({{analyse, Analysis, Level}, Module}). +analyze() -> analyse( ). analyze(Module) -> analyse(Module). analyze(Module, Analysis) -> analyse(Module, Analysis). analyze(Module, Analysis, Level) -> analyse(Module, Analysis, Level). -%% analyse_to_file(Module) -> -%% analyse_to_file(Module, Options) -> -%% analyse_to_file(Module, OutFile) -> -%% analyse_to_file(Module, OutFile, Options) -> {ok,OutFile} | {error,Error} +%% analyse_to_file() -> +%% analyse_to_file(Modules) -> +%% analyse_to_file(Modules, Options) -> +%% Modules = Module | [Module] %% Module = atom() %% OutFile = string() %% Options = [Option] -%% Option = html +%% Option = html | {outfile,filename()} | {outdir,dirname()} %% Error = {not_cover_compiled,Module} | no_source_code_found | %% {file,File,Reason} %% File = string() %% Reason = term() -analyse_to_file(Module) when is_atom(Module) -> - analyse_to_file(Module, outfilename(Module,[]), []). -analyse_to_file(Module, []) when is_atom(Module) -> - analyse_to_file(Module, outfilename(Module,[]), []); -analyse_to_file(Module, Options) when is_atom(Module), - is_list(Options), is_atom(hd(Options)) -> - analyse_to_file(Module, outfilename(Module,Options), Options); -analyse_to_file(Module, OutFile) when is_atom(Module), is_list(OutFile) -> - analyse_to_file(Module, OutFile, []). -analyse_to_file(Module, OutFile, Options) when is_atom(Module), is_list(OutFile) -> - call({{analyse_to_file, OutFile, Options}, Module}). - +%% +%% Kept for backwards compatibility: +%% analyse_to_file(Modules, OutFile) -> +%% analyse_to_file(Modules, OutFile, Options) -> {ok,OutFile} | {error,Error} +analyse_to_file() -> + analyse_to_file('_'). +analyse_to_file(Arg) -> + case is_options(Arg) of + true -> + analyse_to_file('_',Arg); + false -> + analyse_to_file(Arg,[]) + end. +analyse_to_file(Module, OutFile) when is_list(OutFile), is_integer(hd(OutFile)) -> + %% Kept for backwards compatibility + analyse_to_file(Module, [{outfile,OutFile}]); +analyse_to_file(Module, Options) when is_list(Options) -> + call({{analyse_to_file, Options}, Module}). +analyse_to_file(Module, OutFile, Options) when is_list(OutFile) -> + %% Kept for backwards compatibility + analyse_to_file(Module,[{outfile,OutFile}|Options]). + +analyze_to_file() -> analyse_to_file(). analyze_to_file(Module) -> analyse_to_file(Module). analyze_to_file(Module, OptOrOut) -> analyse_to_file(Module, OptOrOut). analyze_to_file(Module, OutFile, Options) -> @@ -391,6 +452,15 @@ async_analyse_to_file(Module, OutFileOrOpts) -> async_analyse_to_file(Module, OutFile, Options) -> do_spawn(?MODULE, analyse_to_file, [Module, OutFile, Options]). +is_options([html]) -> + true; % this is not 100% safe - could be a module named html... +is_options([html|Opts]) -> + is_options(Opts); +is_options([{Opt,_}|_]) when Opt==outfile; Opt==outdir -> + true; +is_options(_) -> + false. + do_spawn(M,F,A) -> spawn_link(fun() -> case apply(M,F,A) of @@ -408,13 +478,16 @@ async_analyze_to_file(Module, OutFileOrOpts) -> async_analyze_to_file(Module, OutFile, Options) -> async_analyse_to_file(Module, OutFile, Options). -outfilename(Module,Opts) -> - case lists:member(html,Opts) of - true -> - atom_to_list(Module)++".COVER.html"; - false -> - atom_to_list(Module)++".COVER.out" - end. +outfilename(undefined, Module, HTML) -> + outfilename(Module, HTML); +outfilename(OutDir, Module, HTML) -> + filename:join(OutDir, outfilename(Module, HTML)). + +outfilename(Module, true) -> + atom_to_list(Module)++".COVER.html"; +outfilename(Module, false) -> + atom_to_list(Module)++".COVER.out". + %% export(File) %% export(File,Module) -> ok | {error,Reason} @@ -559,7 +632,7 @@ init_main(Starter) -> ,{write_concurrency, true} ]), ets:new(?COVER_CLAUSE_TABLE, [set, public, named_table]), - ets:new(?BINARY_TABLE, [set, named_table]), + ets:new(?BINARY_TABLE, [set, public, named_table]), ets:new(?COLLECTION_TABLE, [set, public, named_table]), ets:new(?COLLECTION_CLAUSE_TABLE, [set, public, named_table]), net_kernel:monitor_nodes(true), @@ -573,55 +646,19 @@ main_process_loop(State) -> reply(From, {ok,StartedNodes}), main_process_loop(State1); - {From, {compile, File, Options}} -> - case do_compile(File, Options) of - {ok, Module} -> - remote_load_compiled(State#main_state.nodes,[{Module,File}]), - reply(From, {ok, Module}), - Compiled = add_compiled(Module, File, - State#main_state.compiled), - Imported = remove_imported(Module,State#main_state.imported), - NewState = State#main_state{compiled = Compiled, - imported = Imported}, - %% This module (cover) could have been reloaded. Make - %% sure we run the new code. - ?MODULE:main_process_loop(NewState); - error -> - reply(From, {error, File}), - main_process_loop(State) - end; + {From, {compile, Files, Options}} -> + {R,S} = do_compile(Files, Options, State), + reply(From,R), + %% This module (cover) could have been reloaded. Make + %% sure we run the new code. + ?MODULE:main_process_loop(S); - {From, {compile_beam, Module, BeamFile0}} -> - Compiled0 = State#main_state.compiled, - case get_beam_file(Module,BeamFile0,Compiled0) of - {ok,BeamFile} -> - UserOptions = get_compile_options(Module,BeamFile), - {Reply,Compiled} = - case do_compile_beam(Module,BeamFile,UserOptions) of - {ok, Module} -> - remote_load_compiled(State#main_state.nodes, - [{Module,BeamFile}]), - C = add_compiled(Module,BeamFile,Compiled0), - {{ok,Module},C}; - error -> - {{error, BeamFile}, Compiled0}; - {error,Reason} -> % no abstract code - {{error, {Reason, BeamFile}}, Compiled0} - end, - reply(From,Reply), - Imported = remove_imported(Module,State#main_state.imported), - NewState = State#main_state{compiled = Compiled, - imported = Imported}, - %% This module (cover) could have been reloaded. Make - %% sure we run the new code. - ?MODULE:main_process_loop(NewState); - {error,no_beam} -> - %% The module has first been compiled from .erl, and now - %% someone tries to compile it from .beam - reply(From, - {error,{already_cover_compiled,no_beam_found,Module}}), - main_process_loop(State) - end; + {From, {compile_beams, ModsAndFiles}} -> + {R,S} = do_compile_beams(ModsAndFiles,State), + reply(From,R), + %% This module (cover) could have been reloaded. Make + %% sure we run the new code. + ?MODULE:main_process_loop(S); {From, {export,OutFile,Module}} -> spawn(fun() -> @@ -706,6 +743,16 @@ main_process_loop(State) -> unregister(?SERVER), reply(From, ok); + {From, {{analyse, Analysis, Level}, '_'}} -> + R = analyse_all(Analysis, Level, State), + reply(From, R), + main_process_loop(State); + + {From, {{analyse, Analysis, Level}, Modules}} when is_list(Modules) -> + R = analyse_list(Modules, Analysis, Level, State), + reply(From, R), + main_process_loop(State); + {From, {{analyse, Analysis, Level}, Module}} -> S = try Loaded = is_loaded(Module, State), @@ -722,15 +769,23 @@ main_process_loop(State) -> end, main_process_loop(S); - {From, {{analyse_to_file, OutFile, Opts},Module}} -> + {From, {{analyse_to_file, Opts},'_'}} -> + R = analyse_all_to_file(Opts, State), + reply(From,R), + main_process_loop(State); + + {From, {{analyse_to_file, Opts},Modules}} when is_list(Modules) -> + R = analyse_list_to_file(Modules, Opts, State), + reply(From,R), + main_process_loop(State); + + {From, {{analyse_to_file, Opts},Module}} -> S = try Loaded = is_loaded(Module, State), spawn(fun() -> - ?SPAWN_DBG(analyse_to_file, - {Module,OutFile, Opts}), + ?SPAWN_DBG(analyse_to_file,{Module,Opts}), do_parallel_analysis_to_file( - Module, OutFile, Opts, - Loaded, From, State) + Module, Opts, Loaded, From, State) end), State catch throw:Reason -> @@ -848,11 +903,15 @@ remote_process_loop(State) -> {remote,collect,Module,CollectorPid} -> self() ! {remote,collect,Module,CollectorPid, ?SERVER}; - {remote,collect,Module,CollectorPid,From} -> + {remote,collect,Modules0,CollectorPid,From} -> + Modules = case Modules0 of + '_' -> [M || {M,_} <- State#remote_state.compiled]; + _ -> Modules0 + end, spawn(fun() -> ?SPAWN_DBG(remote_collect, - {Module, CollectorPid, From}), - do_collect(Module, CollectorPid, From) + {Modules, CollectorPid, From}), + do_collect(Modules, CollectorPid, From) end), remote_process_loop(State); @@ -893,39 +952,51 @@ remote_process_loop(State) -> end. -do_collect(Module, CollectorPid, From) -> - AllMods = - case Module of - '_' -> ets:tab2list(?COVER_CLAUSE_TABLE); - _ -> ets:lookup(?COVER_CLAUSE_TABLE, Module) - end, - - %% Sending clause by clause in order to avoid large lists +do_collect(Modules, CollectorPid, From) -> pmap( - fun({_Mod,Clauses}) -> - lists:map(fun(Clause) -> - send_collected_data(Clause, CollectorPid) - end,Clauses) - end,AllMods), + fun(Module) -> + Pattern = {#bump{module=Module, _='_'}, '$1'}, + MatchSpec = [{Pattern,[{'=/=','$1',0}],['$_']}], + Match = ets:select(?COVER_TABLE,MatchSpec,?CHUNK_SIZE), + send_chunks(Match, CollectorPid, []) + end,Modules), CollectorPid ! done, remote_reply(From, ok). -send_collected_data({M,F,A,C,_L}, CollectorPid) -> - Pattern = - {#bump{module=M, function=F, arity=A, clause=C}, '_'}, - Bumps = ets:match_object(?COVER_TABLE, Pattern), - %% Reset - lists:foreach(fun({Bump,_N}) -> - ets:insert(?COVER_TABLE, {Bump,0}) - end, - Bumps), - CollectorPid ! {chunk,Bumps}. +send_chunks('$end_of_table', _CollectorPid, Mons) -> + get_downs(Mons); +send_chunks({Chunk,Continuation}, CollectorPid, Mons) -> + Mon = spawn_monitor( + fun() -> + lists:foreach(fun({Bump,_N}) -> + ets:insert(?COVER_TABLE, {Bump,0}) + end, + Chunk) end), + send_chunk(CollectorPid,Chunk), + send_chunks(ets:select(Continuation), CollectorPid, [Mon|Mons]). + +send_chunk(CollectorPid,Chunk) -> + CollectorPid ! {chunk,Chunk,self()}, + receive continue -> ok end. + +get_downs([]) -> + ok; +get_downs(Mons) -> + receive + {'DOWN', Ref, _Type, Pid, _Reason} = Down -> + case lists:member({Pid,Ref},Mons) of + true -> + get_downs(lists:delete({Pid,Ref},Mons)); + false -> + %% This should be handled somewhere else + self() ! Down, + get_downs(Mons) + end + end. -reload_originals([{Module,_File}|Compiled]) -> - do_reload_original(Module), - reload_originals(Compiled); -reload_originals([]) -> - ok. +reload_originals(Compiled) -> + Modules = [M || {M,_} <- Compiled], + pmap(fun do_reload_original/1, Modules). do_reload_original(Module) -> case code:which(Module) of @@ -1068,15 +1139,40 @@ remote_load_compiled(_Nodes, [], [], _ModNum) -> ok; remote_load_compiled(Nodes, Compiled, Acc, ModNum) when Compiled == []; ModNum == ?MAX_MODS -> + RemoteLoadData = get_downs_r(Acc), lists:foreach( fun(Node) -> - remote_call(Node,{remote,load_compiled,Acc}) + remote_call(Node,{remote,load_compiled,RemoteLoadData}) end, Nodes), remote_load_compiled(Nodes, Compiled, [], 0); remote_load_compiled(Nodes, [MF | Rest], Acc, ModNum) -> remote_load_compiled( - Nodes, Rest, [get_data_for_remote_loading(MF) | Acc], ModNum + 1). + Nodes, Rest, + [spawn_job_r(fun() -> get_data_for_remote_loading(MF) end) | Acc], + ModNum + 1). + +spawn_job_r(Fun) -> + spawn_monitor(fun() -> exit(Fun()) end). + +get_downs_r([]) -> + []; +get_downs_r(Mons) -> + receive + {'DOWN', Ref, _Type, Pid, R={_,_,_,_}} -> + [R|get_downs_r(lists:delete({Pid,Ref},Mons))]; + {'DOWN', Ref, _Type, Pid, Reason} = Down -> + case lists:member({Pid,Ref},Mons) of + true -> + %% Something went really wrong - don't hang! + exit(Reason); + false -> + %% This should be handled somewhere else + self() ! Down, + get_downs_r(Mons) + end + end. + %% Read all data needed for loading a cover compiled module on a remote node %% Binary is the beam code for the module and InitialTable is the initial @@ -1113,11 +1209,11 @@ remote_reset(Module,Nodes) -> Nodes). %% Collect data from remote nodes - used for analyse or stop(Node) -remote_collect(Module,Nodes,Stop) -> +remote_collect(Modules,Nodes,Stop) -> pmap(fun(Node) -> ?SPAWN_DBG(remote_collect, - {Module, Nodes, Stop}), - do_collection(Node, Module, Stop) + {Modules, Nodes, Stop}), + do_collection(Node, Modules, Stop) end, Nodes). @@ -1138,8 +1234,9 @@ do_collection(Node, Module, Stop) -> collector_proc() -> ?SPAWN_DBG(collector_proc, []), receive - {chunk,Chunk} -> + {chunk,Chunk,From} -> insert_in_collection_table(Chunk), + From ! continue, collector_proc(); done -> ok @@ -1259,6 +1356,19 @@ add_compiled(Module, File, [H|Compiled]) -> add_compiled(Module, File, []) -> [{Module,File}]. +are_loaded([Module|Modules], State, Loaded, Imported, Error) -> + try is_loaded(Module,State) of + {loaded,File} -> + are_loaded(Modules, State, [{Module,File}|Loaded], Imported, Error); + {imported,File,_} -> + are_loaded(Modules, State, Loaded, [{Module,File}|Imported], Error) + catch throw:_ -> + are_loaded(Modules, State, Loaded, Imported, + [{not_cover_compiled,Module}|Error]) + end; +are_loaded([], _State, Loaded, Imported, Error) -> + {Loaded, Imported, Error}. + is_loaded(Module, State) -> case get_file(Module, State#main_state.compiled) of {ok, File} -> @@ -1333,18 +1443,75 @@ get_compiled_still_loaded(Nodes,Compiled0) -> %%%--Compilation--------------------------------------------------------- -%% do_compile(File, Options) -> {ok,Module} | {error,Error} -do_compile(File, UserOptions) -> +do_compile_beams(ModsAndFiles, State) -> + Result0 = pmap(fun({ok,Module,File}) -> + do_compile_beam(Module,File,State); + (Error) -> + Error + end, + ModsAndFiles), + Compiled = [{M,F} || {ok,M,F} <- Result0], + remote_load_compiled(State#main_state.nodes,Compiled), + fix_state_and_result(Result0,State,[]). + +do_compile_beam(Module,BeamFile0,State) -> + case get_beam_file(Module,BeamFile0,State#main_state.compiled) of + {ok,BeamFile} -> + UserOptions = get_compile_options(Module,BeamFile), + case do_compile_beam1(Module,BeamFile,UserOptions) of + {ok, Module} -> + {ok,Module,BeamFile}; + error -> + {error, BeamFile}; + {error,Reason} -> % no abstract code + {error, {Reason, BeamFile}} + end; + {error,no_beam} -> + %% The module has first been compiled from .erl, and now + %% someone tries to compile it from .beam + {error,{already_cover_compiled,no_beam_found,Module}} + end. + +fix_state_and_result([{ok,Module,BeamFile}|Rest],State,Acc) -> + Compiled = add_compiled(Module,BeamFile,State#main_state.compiled), + Imported = remove_imported(Module,State#main_state.imported), + NewState = State#main_state{compiled=Compiled,imported=Imported}, + fix_state_and_result(Rest,NewState,[{ok,Module}|Acc]); +fix_state_and_result([Error|Rest],State,Acc) -> + fix_state_and_result(Rest,State,[Error|Acc]); +fix_state_and_result([],State,Acc) -> + {lists:reverse(Acc),State}. + + +do_compile(Files, Options, State) -> + Result0 = pmap(fun(File) -> + do_compile(File, Options) + end, + Files), + Compiled = [{M,F} || {ok,M,F} <- Result0], + remote_load_compiled(State#main_state.nodes,Compiled), + fix_state_and_result(Result0,State,[]). + +do_compile(File, Options) -> + case do_compile1(File, Options) of + {ok, Module} -> + {ok,Module,File}; + error -> + {error,File} + end. + +%% do_compile1(File, Options) -> {ok,Module} | error +do_compile1(File, UserOptions) -> Options = [debug_info,binary,report_errors,report_warnings] ++ UserOptions, case compile:file(File, Options) of {ok, Module, Binary} -> - do_compile_beam(Module,Binary,UserOptions); + do_compile_beam1(Module,Binary,UserOptions); error -> error end. %% Beam is a binary or a .beam file name -do_compile_beam(Module,Beam,UserOptions) -> +do_compile_beam1(Module,Beam,UserOptions) -> %% Clear database do_clear(Module), @@ -1915,10 +2082,21 @@ common_elems(L1, L2) -> collect(Nodes) -> %% local node AllClauses = ets:tab2list(?COVER_CLAUSE_TABLE), - pmap(fun move_modules/1,AllClauses), - + Mon1 = spawn_monitor(fun() -> pmap(fun move_modules/1,AllClauses) end), + + %% remote nodes + Mon2 = spawn_monitor(fun() -> remote_collect('_',Nodes,false) end), + get_downs([Mon1,Mon2]). + +%% Collect data for a list of modules +collect(Modules,Nodes) -> + MS = [{{'$1','_'},[{'==','$1',M}],['$_']} || M <- Modules], + Clauses = ets:select(?COVER_CLAUSE_TABLE,MS), + Mon1 = spawn_monitor(fun() -> pmap(fun move_modules/1,Clauses) end), + %% remote nodes - remote_collect('_',Nodes,false). + Mon2 = spawn_monitor(fun() -> remote_collect('_',Nodes,false) end), + get_downs([Mon1,Mon2]). %% Collect data for one module collect(Module,Clauses,Nodes) -> @@ -1926,25 +2104,26 @@ collect(Module,Clauses,Nodes) -> move_modules({Module,Clauses}), %% remote nodes - remote_collect(Module,Nodes,false). + remote_collect([Module],Nodes,false). %% When analysing, the data from the local ?COVER_TABLE is moved to the %% ?COLLECTION_TABLE. Resetting data in ?COVER_TABLE move_modules({Module,Clauses}) -> ets:insert(?COLLECTION_CLAUSE_TABLE,{Module,Clauses}), - move_clauses(Clauses). + Pattern = {#bump{module=Module, _='_'}, '_'}, + MatchSpec = [{Pattern,[],['$_']}], + Match = ets:select(?COVER_TABLE,MatchSpec,?CHUNK_SIZE), + do_move_module(Match). -move_clauses([{M,F,A,C,_L}|Clauses]) -> - Pattern = {#bump{module=M, function=F, arity=A, clause=C}, '_'}, - Bumps = ets:match_object(?COVER_TABLE,Pattern), +do_move_module({Bumps,Continuation}) -> lists:foreach(fun({Key,Val}) -> ets:insert(?COVER_TABLE, {Key,0}), insert_in_collection_table(Key,Val) end, Bumps), - move_clauses(Clauses); -move_clauses([]) -> + do_move_module(ets:select(Continuation)); +do_move_module('$end_of_table') -> ok. %% Given a .beam file, find the .erl file. Look first in same directory as @@ -2002,6 +2181,26 @@ splice(BeamDir, SrcFile) -> revsplit(Path) -> lists:reverse(filename:split(Path)). +analyse_list(Modules, Analysis, Level, State) -> + {LoadedMF, ImportedMF, Error} = are_loaded(Modules, State, [], [], []), + Loaded = [M || {M,_} <- LoadedMF], + Imported = [M || {M,_} <- ImportedMF], + collect(Loaded, State#main_state.nodes), + MS = [{{'$1','_'},[{'==','$1',M}],['$_']} || M <- Loaded ++ Imported], + AllClauses = ets:select(?COLLECTION_CLAUSE_TABLE,MS), + Fun = fun({Module,Clauses}) -> + do_analyse(Module, Analysis, Level, Clauses) + end, + {result, lists:flatten(pmap(Fun, AllClauses)), Error}. + +analyse_all(Analysis, Level, State) -> + collect(State#main_state.nodes), + AllClauses = ets:tab2list(?COLLECTION_CLAUSE_TABLE), + Fun = fun({Module,Clauses}) -> + do_analyse(Module, Analysis, Level, Clauses) + end, + {result, lists:flatten(pmap(Fun, AllClauses)), []}. + do_parallel_analysis(Module, Analysis, Level, Loaded, From, State) -> analyse_info(Module,State#main_state.imported), C = case Loaded of @@ -2016,7 +2215,7 @@ do_parallel_analysis(Module, Analysis, Level, Loaded, From, State) -> Clauses end, R = do_analyse(Module, Analysis, Level, C), - reply(From, R). + reply(From, {ok,R}). %% do_analyse(Module, Analysis, Level, Clauses)-> {ok,Answer} | {error,Error} %% Clauses = [{Module,Function,Arity,Clause,Lines}] @@ -2035,37 +2234,44 @@ do_analyse(Module, Analysis, line, _Clauses) -> {{Module,L}, N} end end, - Answer = lists:keysort(1, lists:map(Fun, Bumps)), - {ok, Answer}; -do_analyse(_Module, Analysis, clause, Clauses) -> - Fun = case Analysis of - coverage -> - fun({M,F,A,C,Ls}) -> - Pattern = {#bump{module=M,function=F,arity=A, - clause=C},0}, - Bumps = ets:match_object(?COLLECTION_TABLE, Pattern), - NotCov = length(Bumps), - {{M,F,A,C}, {Ls-NotCov, NotCov}} - end; - calls -> - fun({M,F,A,C,_Ls}) -> - Pattern = {#bump{module=M,function=F,arity=A, - clause=C},'_'}, - Bumps = ets:match_object(?COLLECTION_TABLE, Pattern), - {_Bump, Calls} = hd(lists:keysort(1, Bumps)), - {{M,F,A,C}, Calls} - end - end, - Answer = lists:map(Fun, Clauses), - {ok, Answer}; + lists:keysort(1, lists:map(Fun, Bumps)); +do_analyse(Module, Analysis, clause, _Clauses) -> + Pattern = {#bump{module=Module},'_'}, + Bumps = lists:keysort(1,ets:match_object(?COLLECTION_TABLE, Pattern)), + analyse_clause(Analysis,Bumps); do_analyse(Module, Analysis, function, Clauses) -> - {ok, ClauseResult} = do_analyse(Module, Analysis, clause, Clauses), - Result = merge_clauses(ClauseResult, merge_fun(Analysis)), - {ok, Result}; + ClauseResult = do_analyse(Module, Analysis, clause, Clauses), + merge_clauses(ClauseResult, merge_fun(Analysis)); do_analyse(Module, Analysis, module, Clauses) -> - {ok, FunctionResult} = do_analyse(Module, Analysis, function, Clauses), + FunctionResult = do_analyse(Module, Analysis, function, Clauses), Result = merge_functions(FunctionResult, merge_fun(Analysis)), - {ok, {Module,Result}}. + {Module,Result}. + +analyse_clause(_,[]) -> + []; +analyse_clause(coverage, + [{#bump{module=M,function=F,arity=A,clause=C},_}|_]=Bumps) -> + analyse_clause_cov(Bumps,{M,F,A,C},0,0,[]); +analyse_clause(calls,Bumps) -> + analyse_clause_calls(Bumps,{x,x,x,x},[]). + +analyse_clause_cov([{#bump{module=M,function=F,arity=A,clause=C},N}|Bumps], + {M,F,A,C}=Clause,Ls,NotCov,Acc) -> + analyse_clause_cov(Bumps,Clause,Ls+1,if N==0->NotCov+1; true->NotCov end,Acc); +analyse_clause_cov([{#bump{module=M1,function=F1,arity=A1,clause=C1},_}|_]=Bumps, + Clause,Ls,NotCov,Acc) -> + analyse_clause_cov(Bumps,{M1,F1,A1,C1},0,0,[{Clause,{Ls-NotCov,NotCov}}|Acc]); +analyse_clause_cov([],Clause,Ls,NotCov,Acc) -> + lists:reverse(Acc,[{Clause,{Ls-NotCov,NotCov}}]). + +analyse_clause_calls([{#bump{module=M,function=F,arity=A,clause=C},_}|Bumps], + {M,F,A,C}=Clause,Acc) -> + analyse_clause_calls(Bumps,Clause,Acc); +analyse_clause_calls([{#bump{module=M1,function=F1,arity=A1,clause=C1},N}|Bumps], + _Clause,Acc) -> + analyse_clause_calls(Bumps,{M1,F1,A1,C1},[{{M1,F1,A1,C1},N}|Acc]); +analyse_clause_calls([],_Clause,Acc) -> + lists:reverse(Acc). merge_fun(coverage) -> fun({Cov1,NotCov1}, {Cov2,NotCov2}) -> @@ -2094,7 +2300,50 @@ merge_functions([{_MFA,R}|Functions], MFun, Result) -> merge_functions([], _MFun, Result) -> Result. -do_parallel_analysis_to_file(Module, OutFile, Opts, Loaded, From, State) -> +analyse_list_to_file(Modules, Opts, State) -> + {LoadedMF, ImportedMF, Error} = are_loaded(Modules, State, [], [], []), + collect([M || {M,_} <- LoadedMF], State#main_state.nodes), + OutDir = proplists:get_value(outdir,Opts), + HTML = lists:member(html,Opts), + Fun = fun({Module,File}) -> + OutFile = outfilename(OutDir,Module,HTML), + do_analyse_to_file(Module,File,OutFile,HTML,State) + end, + {Ok,Error1} = split_ok_error(pmap(Fun, LoadedMF++ImportedMF),[],[]), + {result,Ok,Error ++ Error1}. + +analyse_all_to_file(Opts, State) -> + collect(State#main_state.nodes), + AllModules = get_all_modules(State), + OutDir = proplists:get_value(outdir,Opts), + HTML = lists:member(html,Opts), + Fun = fun({Module,File}) -> + OutFile = outfilename(OutDir,Module,HTML), + do_analyse_to_file(Module,File,OutFile,HTML,State) + end, + {Ok,Error} = split_ok_error(pmap(Fun, AllModules),[],[]), + {result,Ok,Error}. + +get_all_modules(State) -> + get_all_modules(State#main_state.compiled ++ State#main_state.imported,[]). +get_all_modules([{Module,File}|Rest],Acc) -> + get_all_modules(Rest,[{Module,File}|Acc]); +get_all_modules([{Module,File,_}|Rest],Acc) -> + case lists:keymember(Module,1,Acc) of + true -> get_all_modules(Rest,Acc); + false -> get_all_modules(Rest,[{Module,File}|Acc]) + end; +get_all_modules([],Acc) -> + Acc. + +split_ok_error([{ok,R}|Result],Ok,Error) -> + split_ok_error(Result,[R|Ok],Error); +split_ok_error([{error,R}|Result],Ok,Error) -> + split_ok_error(Result,Ok,[R|Error]); +split_ok_error([],Ok,Error) -> + {Ok,Error}. + +do_parallel_analysis_to_file(Module, Opts, Loaded, From, State) -> File = case Loaded of {loaded, File0} -> [{Module,Clauses}] = @@ -2105,21 +2354,29 @@ do_parallel_analysis_to_file(Module, OutFile, Opts, Loaded, From, State) -> {imported, File0, _} -> File0 end, + HTML = lists:member(html,Opts), + OutFile = + case proplists:get_value(outfile,Opts) of + undefined -> + outfilename(proplists:get_value(outdir,Opts),Module,HTML); + F -> + F + end, + reply(From, do_analyse_to_file(Module,File,OutFile,HTML,State)). + +do_analyse_to_file(Module,File,OutFile,HTML,State) -> case find_source(Module, File) of {beam,_BeamFile} -> - reply(From, {error,no_source_code_found}); + {error,{no_source_code_found,Module}}; ErlFile -> analyse_info(Module,State#main_state.imported), - HTML = lists:member(html,Opts), - R = do_analyse_to_file(Module,OutFile, - ErlFile,HTML), - reply(From, R) + do_analyse_to_file1(Module,OutFile,ErlFile,HTML) end. -%% do_analyse_to_file(Module,OutFile,ErlFile) -> {ok,OutFile} | {error,Error} +%% do_analyse_to_file1(Module,OutFile,ErlFile) -> {ok,OutFile} | {error,Error} %% Module = atom() %% OutFile = ErlFile = string() -do_analyse_to_file(Module, OutFile, ErlFile, HTML) -> +do_analyse_to_file1(Module, OutFile, ErlFile, HTML) -> case file:open(ErlFile, [read]) of {ok, InFd} -> case file:open(OutFile, [write]) of @@ -2160,7 +2417,10 @@ do_analyse_to_file(Module, OutFile, ErlFile, HTML) -> "**************************************" "\n\n"]), - print_lines(Module, InFd, OutFd, 1, HTML), + Pattern = {#bump{module=Module,line='$1',_='_'},'$2'}, + MS = [{Pattern,[],[{{'$1','$2'}}]}], + CovLines = lists:keysort(1,ets:select(?COLLECTION_TABLE, MS)), + print_lines(Module, CovLines, InFd, OutFd, 1, HTML), if HTML -> io:format(OutFd,"\n\n\n",[]); true -> ok @@ -2179,21 +2439,19 @@ do_analyse_to_file(Module, OutFile, ErlFile, HTML) -> {error, {file, ErlFile, Reason}} end. -print_lines(Module, InFd, OutFd, L, HTML) -> + +print_lines(Module, CovLines, InFd, OutFd, L, HTML) -> case io:get_line(InFd, '') of eof -> ignore; "%"++_=Line -> %Comment line - not executed. io:put_chars(OutFd, [tab(),escape_lt_and_gt(Line, HTML)]), - print_lines(Module, InFd, OutFd, L+1, HTML); + print_lines(Module, CovLines, InFd, OutFd, L+1, HTML); RawLine -> Line = escape_lt_and_gt(RawLine,HTML), - Pattern = {#bump{module=Module,line=L},'$1'}, - case ets:match(?COLLECTION_TABLE, Pattern) of - [] -> - io:put_chars(OutFd, [tab(),Line]); - Ns -> - N = lists:foldl(fun([Ni], Nacc) -> Nacc+Ni end, 0, Ns), + case CovLines of + [{L,N}|CovLines1] -> + %% N = lists:foldl(fun([Ni], Nacc) -> Nacc+Ni end, 0, Ns), if N=:=0, HTML=:=true -> LineNoNL = Line -- "\n", @@ -2211,9 +2469,12 @@ print_lines(Module, InFd, OutFd, L, HTML) -> true -> Str = integer_to_list(N), io:put_chars(OutFd, [Str,fill3(),Line]) - end - end, - print_lines(Module, InFd, OutFd, L+1, HTML) + end, + print_lines(Module, CovLines1, InFd, OutFd, L+1, HTML); + _ -> + io:put_chars(OutFd, [tab(),Line]), + print_lines(Module, CovLines, InFd, OutFd, L+1, HTML) + end end. tab() -> " | ". @@ -2362,21 +2623,21 @@ do_reset_collection_table(Module) -> ets:match_delete(?COLLECTION_TABLE, {#bump{module=Module},'_'}). %% do_reset(Module) -> ok -%% The reset is done on a per-clause basis to avoid building +%% The reset is done on ?CHUNK_SIZE number of bumps to avoid building %% long lists in the case of very large modules do_reset(Module) -> - [{Module,Clauses}] = ets:lookup(?COVER_CLAUSE_TABLE, Module), - do_reset2(Clauses). + Pattern = {#bump{module=Module, _='_'}, '$1'}, + MatchSpec = [{Pattern,[{'=/=','$1',0}],['$_']}], + Match = ets:select(?COVER_TABLE,MatchSpec,?CHUNK_SIZE), + do_reset2(Match). -do_reset2([{M,F,A,C,_L}|Clauses]) -> - Pattern = {#bump{module=M, function=F, arity=A, clause=C}, '_'}, - Bumps = ets:match_object(?COVER_TABLE, Pattern), +do_reset2({Bumps,Continuation}) -> lists:foreach(fun({Bump,_N}) -> ets:insert(?COVER_TABLE, {Bump,0}) end, Bumps), - do_reset2(Clauses); -do_reset2([]) -> + do_reset2(ets:select(Continuation)); +do_reset2('$end_of_table') -> ok. do_clear(Module) -> @@ -2419,31 +2680,43 @@ escape_lt_and_gt1([],Acc) -> escape_lt_and_gt1([H|T],Acc) -> escape_lt_and_gt1(T,[H|Acc]). -pmap(Fun, List) -> - pmap(Fun, List, 20). -pmap(Fun, List, Limit) -> - pmap(Fun, List, [], Limit, 0, []). -pmap(Fun, [E | Rest], Pids, Limit, Cnt, Acc) when Cnt < Limit -> - Collector = self(), - Pid = spawn_link(fun() -> - ?SPAWN_DBG(pmap,E), - Collector ! {res,self(),Fun(E)} - end), - erlang:monitor(process, Pid), - pmap(Fun, Rest, Pids ++ [Pid], Limit, Cnt + 1, Acc); -pmap(Fun, List, [Pid | Pids], Limit, Cnt, Acc) -> - receive - {'DOWN', _Ref, process, X, _} when is_pid(X) -> - pmap(Fun, List, [Pid | Pids], Limit, Cnt - 1, Acc); - {res, Pid, Res} -> - pmap(Fun, List, Pids, Limit, Cnt, [Res | Acc]) - end; -pmap(_Fun, [], [], _Limit, 0, Acc) -> - lists:reverse(Acc); -pmap(Fun, [], [], Limit, Cnt, Acc) -> +%%%--Internal functions for parallelization------------------------------ +pmap(Fun,List) -> + NTot = length(List), + NProcs = erlang:system_info(schedulers) * 2, + NPerProc = (NTot div NProcs) + 1, + Mons = pmap_spawn(Fun,NPerProc,List,[]), + pmap_collect(Mons,[]). + +pmap_spawn(_,_,[],Mons) -> + Mons; +pmap_spawn(Fun,NPerProc,List,Mons) -> + {L1,L2} = if length(List)>=NPerProc -> lists:split(NPerProc,List); + true -> {List,[]} % last chunk + end, + Mon = + spawn_monitor( + fun() -> + exit({pmap_done,lists:map(Fun,L1)}) + end), + pmap_spawn(Fun,NPerProc,L2,[Mon|Mons]). + +pmap_collect([],Acc) -> + lists:append(Acc); +pmap_collect(Mons,Acc) -> receive - {'DOWN', _Ref, process, X, _} when is_pid(X) -> - pmap(Fun, [], [], Limit, Cnt - 1, Acc) + {'DOWN', Ref, process, Pid, {pmap_done,Result}} -> + pmap_collect(lists:delete({Pid,Ref},Mons),[Result|Acc]); + {'DOWN', Ref, process, Pid, Reason} = Down -> + case lists:member({Pid,Ref},Mons) of + true -> + %% Something went really wrong - don't hang! + exit(Reason); + false -> + %% This should be handled somewhere else + self() ! Down, + pmap_collect(Mons,Acc) + end end. %%%----------------------------------------------------------------- diff --git a/lib/tools/test/cover_SUITE.erl b/lib/tools/test/cover_SUITE.erl index 80807b1d38..368fa6c3d1 100644 --- a/lib/tools/test/cover_SUITE.erl +++ b/lib/tools/test/cover_SUITE.erl @@ -1,7 +1,7 @@ %% %% %CopyrightBegin% %% -%% Copyright Ericsson AB 2001-2013. All Rights Reserved. +%% Copyright Ericsson AB 2001-2015. 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 @@ -33,6 +33,8 @@ -export([do_coverage/1]). +-export([distribution_performance/1]). + -include_lib("test_server/include/test_server.hrl"). %%---------------------------------------------------------------------- @@ -170,10 +172,15 @@ compile(Config) when is_list(Config) -> ?line {ok, CWD} = file:get_cwd(), ?line Result2 = cover:compile_directory(CWD), ?line SortedResult = lists:sort(Result2), - ?line [{error,_DFile},{ok,a},{ok,b},{ok,cc},{ok,f}] = SortedResult, + ?line [{error,DFile},{ok,a},{ok,b},{ok,cc},{ok,f}] = SortedResult, ?line [{ok,e}] = cover:compile_directory("d1"), ?line {error,enoent} = cover:compile_directory("d2"), + [] = cover:compile([]), + Result21 = cover:compile([a,b,"cc.erl",d,"f"]), + SortedResult21 = lists:sort(Result21), + [{error,DFile},{ok,a},{ok,b},{ok,cc},{ok,f}] = SortedResult21, + ?line {ok,a} = cover:compile(a), ?line {ok,b} = compile:file(b), ?line code:purge(b), @@ -213,8 +220,14 @@ compile(Config) when is_list(Config) -> ?line {error,non_existing} = cover:compile_beam(z), ?line [{ok,y}] = cover:compile_beam_directory("d"), ?line Result3 = lists:sort(cover:compile_beam_directory()), - ?line [{error,{no_abstract_code,_XBeam}},{ok,crypt},{ok,v},{ok,w}] = Result3, + ?line [{error,{no_abstract_code,XBeam}},{ok,crypt},{ok,v},{ok,w}] = Result3, ?line {error,enoent} = cover:compile_beam_directory("d2"), + + [] = cover:compile_beam([]), + Result31 = cover:compile_beam([crypt,"v.beam",w,"x"]), + SortedResult31 = lists:sort(Result31), + [{error,{no_abstract_code,XBeam}},{ok,crypt},{ok,v},{ok,w}] = SortedResult31, + ?line decompile([v,w,y]), ?line Files = lsfiles(), ?line remove(files(Files, ".beam")). @@ -239,20 +252,22 @@ analyse(Config) when is_list(Config) -> ?line done = a:start(5), - ?line {ok, {a,{17,2}}} = cover:analyse(a, coverage, module), - ?line {ok, [{{a,start,1},{6,0}}, - {{a,stop,1},{0,1}}, - {{a,pong,1},{1,0}}, - {{a,loop,3},{5,1}}, - {{a,trycatch,1},{4,0}}, - {{a,exit_kalle,0},{1,0}}]} = cover:analyse(a, coverage, function), - ?line {ok, [{{a,start,1,1},{6,0}}, - {{a,stop,1,1},{0,1}}, - {{a,pong,1,1},{1,0}}, + {ok, {a,{17,2}}=ACovMod} = cover:analyse(a, coverage, module), + {ok, [{{a,exit_kalle,0},{1,0}}, + {{a,loop,3},{5,1}}, + {{a,pong,1},{1,0}}, + {{a,start,1},{6,0}}, + {{a,stop,1},{0,1}}, + {{a,trycatch,1},{4,0}}]=ACovFunc} = + cover:analyse(a, coverage, function), + {ok, [{{a,exit_kalle,0,1},{1,0}}, {{a,loop,3,1},{3,1}}, {{a,loop,3,2},{2,0}}, - {{a,trycatch,1,1},{4,0}}, - {{a,exit_kalle,0,1},{1,0}}]} = cover:analyse(a, coverage, clause), + {{a,pong,1,1},{1,0}}, + {{a,start,1,1},{6,0}}, + {{a,stop,1,1},{0,1}}, + {{a,trycatch,1,1},{4,0}}]=ACovClause} = + cover:analyse(a, coverage, clause), ?line {ok, [{{a,9},{1,0}}, {{a,10},{1,0}}, {{a,11},{1,0}}, @@ -271,22 +286,22 @@ analyse(Config) when is_list(Config) -> {{a,47},{1,0}}, {{a,49},{1,0}}, {{a,51},{1,0}}, - {{a,55},{1,0}}]} = cover:analyse(a, coverage, line), - - ?line {ok, {a,15}} = cover:analyse(a, calls, module), - ?line {ok, [{{a,start,1},1}, - {{a,stop,1},0}, - {{a,pong,1},5}, - {{a,loop,3},6}, - {{a,trycatch,1},2}, - {{a,exit_kalle,0},1}]} = cover:analyse(a, calls, function), - ?line {ok, [{{a,start,1,1},1}, - {{a,stop,1,1},0}, - {{a,pong,1,1},5}, - {{a,loop,3,1},5}, - {{a,loop,3,2},1}, - {{a,trycatch,1,1},2}, - {{a,exit_kalle,0,1},1}]} = cover:analyse(a, calls, clause), + {{a,55},{1,0}}]=ACovLine} = cover:analyse(a, coverage, line), + + {ok, {a,15}=ACallsMod} = cover:analyse(a, calls, module), + {ok, [{{a,exit_kalle,0},1}, + {{a,loop,3},6}, + {{a,pong,1},5}, + {{a,start,1},1}, + {{a,stop,1},0}, + {{a,trycatch,1},2}]=ACallsFunc} = cover:analyse(a, calls, function), + {ok, [{{a,exit_kalle,0,1},1}, + {{a,loop,3,1},5}, + {{a,loop,3,2},1}, + {{a,pong,1,1},5}, + {{a,start,1,1},1}, + {{a,stop,1,1},0}, + {{a,trycatch,1,1},2}]=ACallsClause} = cover:analyse(a, calls, clause), ?line {ok, [{{a,9},1}, {{a,10},1}, {{a,11},1}, @@ -305,27 +320,85 @@ analyse(Config) when is_list(Config) -> {{a,47},1}, {{a,49},1}, {{a,51},2}, - {{a,55},1}]} = cover:analyse(a, calls, line), - - ?line {ok, [{{a,start,1},{6,0}}, - {{a,stop,1},{0,1}}, - {{a,pong,1},{1,0}}, - {{a,loop,3},{5,1}}, - {{a,trycatch,1},{4,0}}, - {{a,exit_kalle,0},{1,0}}]} = cover:analyse(a), - ?line {ok, {a,{17,2}}} = cover:analyse(a, module), - ?line {ok, [{{a,start,1},1}, - {{a,stop,1},0}, - {{a,pong,1},5}, - {{a,loop,3},6}, - {{a,trycatch,1},2}, - {{a,exit_kalle,0},1}]} = cover:analyse(a, calls), + {{a,55},1}]=ACallsLine} = cover:analyse(a, calls, line), + + {ok,ACovFunc} = cover:analyse(a), + {ok,ACovMod} = cover:analyse(a, module), + {ok,ACallsFunc} = cover:analyse(a, calls), ?line {ok, "a.COVER.out"} = cover:analyse_to_file(a), ?line {ok, "e.COVER.out"} = cover:analyse_to_file(e), ?line {ok, "a.COVER.html"} = cover:analyse_to_file(a,[html]), ?line {ok, "e.COVER.html"} = cover:analyse_to_file(e,[html]), + %% Analyse all modules + Modules = cover:modules(), + N = length(Modules), + + {result,CovFunc,[]} = cover:analyse(), % default = coverage, function + ACovFunc = [A || {{a,_,_},_}=A<-CovFunc], + + {result,CovMod,[]} = cover:analyse(coverage,module), + ACovMod = lists:keyfind(a,1,CovMod), + + {result,CovClause,[]} = cover:analyse(coverage,clause), + ACovClause = [A || {{a,_,_,_},_}=A<-CovClause], + + {result,CovLine,[]} = cover:analyse(coverage,line), + ACovLine = [A || {{a,_},_}=A<-CovLine], + + {result,CallsFunc,[]} = cover:analyse(calls,function), + ACallsFunc = [A || {{a,_,_},_}=A<-CallsFunc], + + {result,CallsMod,[]} = cover:analyse(calls,module), + ACallsMod = lists:keyfind(a,1,CallsMod), + + {result,CallsClause,[]} = cover:analyse(calls,clause), + ACallsClause = [A || {{a,_,_,_},_}=A<-CallsClause], + + {result,CallsLine,[]} = cover:analyse(calls,line), + ACallsLine = [A || {{a,_},_}=A<-CallsLine], + + {result,AllToFile,[]} = cover:analyse_to_file(), + N = length(AllToFile), + true = lists:member("a.COVER.out",AllToFile), + {result,AllToFileHtml,[]} = cover:analyse_to_file([html]), + N = length(AllToFileHtml), + true = lists:member("a.COVER.html",AllToFileHtml), + + %% Analyse list of modules + %% Listing all modules so we can compare result with above result + %% from analysing all. + + {result,CovFunc1,[]} = cover:analyse(Modules), % default = coverage, function + true = lists:sort(CovFunc) == lists:sort(CovFunc1), + + {result,CovMod1,[]} = cover:analyse(Modules,coverage,module), + true = lists:sort(CovMod) == lists:sort(CovMod1), + + {result,CovClause1,[]} = cover:analyse(Modules,coverage,clause), + true = lists:sort(CovClause) == lists:sort(CovClause1), + + {result,CovLine1,[]} = cover:analyse(Modules,coverage,line), + true = lists:sort(CovLine) == lists:sort(CovLine1), + + {result,CallsFunc1,[]} = cover:analyse(Modules,calls,function), + true = lists:sort(CallsFunc1) == lists:sort(CallsFunc1), + + {result,CallsMod1,[]} = cover:analyse(Modules,calls,module), + true = lists:sort(CallsMod) == lists:sort(CallsMod1), + + {result,CallsClause1,[]} = cover:analyse(Modules,calls,clause), + true = lists:sort(CallsClause) == lists:sort(CallsClause1), + + {result,CallsLine1,[]} = cover:analyse(Modules,calls,line), + true = lists:sort(CallsLine) == lists:sort(CallsLine1), + + {result,AllToFile1,[]} = cover:analyse_to_file(Modules), + true = lists:sort(AllToFile) == lists:sort(AllToFile1), + {result,AllToFileHtml1,[]} = cover:analyse_to_file(Modules,[html]), + true = lists:sort(AllToFileHtml) == lists:sort(AllToFileHtml1), + %% analyse_to_file of file which is compiled from beam ?line {ok,f} = compile:file(f,[debug_info]), ?line code:purge(f), @@ -348,14 +421,17 @@ analyse(Config) when is_list(Config) -> {module,z} = code:load_file(z), {ok,z} = cover:compile_beam(z), ok = file:delete("z.erl"), - {error,no_source_code_found} = cover:analyse_to_file(z), + {error,{no_source_code_found,z}} = cover:analyse_to_file(z), + {result,[],[{no_source_code_found,z}]} = cover:analyse_to_file([z]), code:purge(z), code:delete(z), ?line {error,{not_cover_compiled,b}} = cover:analyse(b), ?line {error,{not_cover_compiled,g}} = cover:analyse(g), + {result,[],[{not_cover_compiled,b}]} = cover:analyse([b]), ?line {error,{not_cover_compiled,b}} = cover:analyse_to_file(b), - ?line {error,{not_cover_compiled,g}} = cover:analyse_to_file(g). + {error,{not_cover_compiled,g}} = cover:analyse_to_file(g), + {result,[],[{not_cover_compiled,g}]} = cover:analyse_to_file([g]). misc(suite) -> []; misc(Config) when is_list(Config) -> @@ -680,6 +756,119 @@ stop_node_after_disconnect(Config) -> ?t:stop_node(N1), ok. +distribution_performance(Config) -> + PrivDir = ?config(priv_dir,Config), + Dir = filename:join(PrivDir,"distribution_performance"), + AllFiles = filename:join(Dir,"*"), + ok = filelib:ensure_dir(AllFiles), + code:add_patha(Dir), + M = 9, % Generate M modules + F = 210, % with F functions + C = 10, % and each function of C clauses + Mods = generate_modules(M,F,C,Dir), + +% ?t:break(""), + + NodeName = cover_SUITE_distribution_performance, + {ok,N1} = ?t:start_node(NodeName,peer,[{start_cover,false}]), + %% CFun = fun() -> + %% [{ok,_} = cover:compile_beam(Mod) || Mod <- Mods] + %% end, + CFun = fun() -> cover:compile_beam(Mods) end, + {CT,CA} = timer:tc(CFun), +% erlang:display(CA), + erlang:display({compile,CT}), + + {SNT,_} = timer:tc(fun() -> {ok,[N1]} = cover:start(nodes()) end), + erlang:display({start_node,SNT}), + + [1 = rpc:call(N1,Mod,f1,[1]) || Mod <- Mods], + +% Fun = fun() -> [cover:analyse(Mod,calls,function) || Mod<-Mods] end, +% Fun = fun() -> analyse_all(Mods,calls,function) end, +% Fun = fun() -> cover:analyse('_',calls,function) end, + Fun = fun() -> cover:analyse(Mods,calls,function) end, + +% Fun = fun() -> [begin cover:analyse_to_file(Mod,[html]) end || Mod<-Mods] end, +% Fun = fun() -> analyse_all_to_file(Mods,[html]) end, +% Fun = fun() -> cover:analyse_to_file(Mods,[html]) end, +% Fun = fun() -> cover:analyse_to_file([html]) end, + +% Fun = fun() -> cover:reset() end, + + {AT,A} = timer:tc(Fun), + erlang:display({analyse,AT}), +% erlang:display(lists:sort([X || X={_MFA,N} <- lists:append([L || {ok,L}<-A]), N=/=0])), + + %% fprof:apply(Fun, [],[{procs,[whereis(cover_server)]}]), + %% fprof:profile(), + %% fprof:analyse(dest,[]), + + {SNT2,_} = timer:tc(fun() -> ?t:stop_node(N1) end), + erlang:display({stop_node,SNT2}), + + code:del_path(Dir), + Files = filelib:wildcard(AllFiles), + [ok = file:delete(File) || File <- Files], + ok = file:del_dir(Dir), + ok. + +%% Run analysis in parallel +analyse_all(Mods,Analysis,Level) -> + Pids = [begin + Pid = spawn(fun() -> + {ok,A} = cover:analyse(Mod,Analysis,Level), + exit(A) + end), + erlang:monitor(process,Pid), + Pid + end || Mod <- Mods], + get_downs(Pids,[]). + +analyse_all_to_file(Mods,Opts) -> + Pids = [begin + Pid = cover:async_analyse_to_file(Mod,Opts), + erlang:monitor(process,Pid), + Pid + end || Mod <- Mods], + get_downs(Pids,[]). + +get_downs([],Acc) -> + Acc; +get_downs(Pids,Acc) -> + receive + {'DOWN', _Ref, _Type, Pid, A} -> + get_downs(lists:delete(Pid,Pids),[A|Acc]) + end. + +generate_modules(0,_,_,_) -> + []; +generate_modules(M,F,C,Dir) -> + ModStr = "m" ++ integer_to_list(M), + Mod = list_to_atom(ModStr), + Src = ["-module(",ModStr,").\n" + "-compile(export_all).\n" | + generate_functions(F,C)], + Erl = filename:join(Dir,ModStr++".erl"), + ok = file:write_file(Erl,Src), + {ok,Mod} = compile:file(Erl,[{outdir,Dir},debug_info,report]), + [Mod | generate_modules(M-1,F,C,Dir)]. + +generate_functions(0,_) -> + []; +generate_functions(F,C) -> + Func = "f" ++ integer_to_list(F), + [generate_clauses(C,Func) | generate_functions(F-1,C)]. + +generate_clauses(0,_) -> + []; +generate_clauses(C,Func) -> + CStr = integer_to_list(C), + Sep = if C==1 -> "."; true -> ";" end, + [Func,"(",CStr,") -> ",CStr,Sep,"\n" | + generate_clauses(C-1,Func)]. + + export_import(suite) -> []; export_import(Config) when is_list(Config) -> ?line DataDir = ?config(data_dir, Config), @@ -788,10 +977,11 @@ otp_5031(Config) when is_list(Config) -> Dog = ?t:timetrap(?t:seconds(10)), - ?line {ok,N1} = ?t:start_node(cover_SUITE_distribution1,slave,[]), + {ok,N1} = ?t:start_node(cover_SUITE_otp_5031,slave,[]), ?line {ok,[N1]} = cover:start(N1), ?line {error,not_main_node} = rpc:call(N1,cover,modules,[]), ?line cover:stop(), + ?t:stop_node(N1), ?t:timetrap_cancel(Dog), ok. @@ -1005,6 +1195,7 @@ otp_7095(Config) when is_list(Config) -> ok. + otp_8270(doc) -> ["OTP-8270. Bug."]; otp_8270(suite) -> []; @@ -1020,7 +1211,7 @@ otp_8270(Config) when is_list(Config) -> ?line {ok,N3} = ?t:start_node(cover_n3,slave,As), timer:sleep(500), - cover:start(nodes()), + {ok,[_,_,_]} = cover:start(nodes()), Test = << "-module(m).\n" @@ -1058,6 +1249,7 @@ otp_8270(Config) when is_list(Config) -> ?line {N2,true} = {N2,is_list(N2_info)}, ?line {N3,true} = {N3,is_list(N3_info)}, + exit(Pid1,kill), ?line ?t:stop_node(N1), ?line ?t:stop_node(N2), ?line ?t:stop_node(N3), @@ -1572,7 +1764,9 @@ is_unloaded(What) -> end. check_f_calls(F1,F2) -> - {ok,[{{f,f1,0},F1},{{f,f2,0},F2}|_]} = cover:analyse(f,calls,function). + {ok,A} = cover:analyse(f,calls,function), + {_,F1} = lists:keyfind({f,f1,0},1,A), + {_,F2} = lists:keyfind({f,f2,0},1,A). cover_which_nodes(Expected) -> case cover:which_nodes() of -- cgit v1.2.3 From 24991b9b22ca2bc9dc6e305de97e203c33dc3db7 Mon Sep 17 00:00:00 2001 From: Siri Hansen Date: Thu, 12 Feb 2015 11:50:18 +0100 Subject: [test_server] Use new, more efficient functions in cover --- lib/test_server/src/test_server.erl | 142 +++++++++++++----------------------- 1 file changed, 50 insertions(+), 92 deletions(-) diff --git a/lib/test_server/src/test_server.erl b/lib/test_server/src/test_server.erl index 9192a76a17..1d989ce9c8 100644 --- a/lib/test_server/src/test_server.erl +++ b/lib/test_server/src/test_server.erl @@ -1,7 +1,7 @@ %% %% %CopyrightBegin% %% -%% Copyright Ericsson AB 1996-2014. All Rights Reserved. +%% Copyright Ericsson AB 1996-2015. 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 @@ -177,68 +177,35 @@ module_names(Beams) -> do_cover_compile(Modules) -> cover:start(), - pmap1(fun(M) -> do_cover_compile1(M) end,lists:usort(Modules)), + Sticky = prepare_cover_compile(Modules,[]), + R = cover:compile_beam(Modules), + [warn_compile(Error) || Error <- R,element(1,Error)=/=ok], + [code:stick_mod(M) || M <- Sticky], ok. -do_cover_compile1(M) -> +warn_compile({error,{Reason,Module}}) -> + io:fwrite("\nWARNING: Could not cover compile ~ts: ~p\n", + [Module,{error,Reason}]). + +%% Make sure all modules are loaded and unstick if sticky +prepare_cover_compile([M|Ms],Sticky) -> case {code:is_sticky(M),code:is_loaded(M)} of {true,_} -> code:unstick_mod(M), - case cover:compile_beam(M) of - {ok,_} -> - ok; - Error -> - io:fwrite("\nWARNING: Could not cover compile ~w: ~p\n", - [M,Error]) - end, - code:stick_mod(M); + prepare_cover_compile(Ms,[M|Sticky]); {false,false} -> case code:load_file(M) of {module,_} -> - do_cover_compile1(M); + prepare_cover_compile([M|Ms],Sticky); Error -> - io:fwrite("\nWARNING: Could not load ~w: ~p\n",[M,Error]) + io:fwrite("\nWARNING: Could not load ~w: ~p\n",[M,Error]), + prepare_cover_compile(Ms,Sticky) end; {false,_} -> - case cover:compile_beam(M) of - {ok,_} -> - ok; - Error -> - io:fwrite("\nWARNING: Could not cover compile ~w: ~p\n", - [M,Error]) - end - end. - -pmap1(Fun,List) -> - NTot = length(List), - NProcs = erlang:system_info(schedulers) * 2, - NPerProc = (NTot div NProcs) + 1, - - {[],Pids} = - lists:foldr( - fun(_,{L,Ps}) -> - {L1,L2} = if length(L)>=NPerProc -> lists:split(NPerProc,L); - true -> {L,[]} % last chunk - end, - {P,_Ref} = - spawn_monitor(fun() -> - exit(lists:map(Fun,L1)) - end), - {L2,[P|Ps]} - end, - {List,[]}, - lists:seq(1,NProcs)), - collect(Pids,[]). - -collect([],Acc) -> - lists:append(Acc); -collect([Pid|Pids],Acc) -> - receive - {'DOWN', _Ref, process, Pid, Result} -> - %% collect(lists:delete(Pid,Pids),[Result|Acc]) - collect(Pids,[Result|Acc]) - end. - + prepare_cover_compile(Ms,Sticky) + end; +prepare_cover_compile([],Sticky) -> + Sticky. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% cover_analyse(Dir,#cover{level=Analyse,mods=Modules,stop=Stop) -> @@ -268,45 +235,40 @@ collect([Pid|Pids],Acc) -> %% after the test is completed. cover_analyse(Dir,#cover{level=Analyse,mods=Modules,stop=Stop}) -> io:fwrite(user, "Cover analysing... ", []), - DetailsFun = + {ATFOk,ATFFail} = case Analyse of details -> case cover:export(filename:join(Dir,"all.coverdata")) of ok -> - fun(M) -> - OutFile = filename:join(Dir, - atom_to_list(M) ++ - ".COVER.html"), - case cover:analyse_to_file(M,OutFile,[html]) of - {ok,_} -> - {file,OutFile}; - Error -> - Error - end - end; + {result,Ok1,Fail1} = + cover:analyse_to_file(Modules,[{outdir,Dir},html]), + {lists:map(fun(OutFile) -> + M = list_to_atom( + filename:basename( + filename:rootname(OutFile, + ".COVER.html") + ) + ), + {M,{file,OutFile}} + end, Ok1), + lists:map(fun({Reason,M}) -> + {M,{error,Reason}} + end, Fail1)}; Error -> - fun(_) -> Error end + {[],lists:map(fun(M) -> {M,Error} end, Modules)} end; overview -> case cover:export(filename:join(Dir,"all.coverdata")) of ok -> - fun(_) -> undefined end; + {[],lists:map(fun(M) -> {M,undefined} end, Modules)}; Error -> - fun(_) -> Error end + {[],lists:map(fun(M) -> {M,Error} end, Modules)} end end, - R = pmap2( - fun(M) -> - case cover:analyse(M,module) of - {ok,{M,{Cov,NotCov}}} -> - {M,{Cov,NotCov,DetailsFun(M)}}; - Err -> - io:fwrite(user, - "\nWARNING: Analysis failed for ~w. Reason: ~p\n", - [M,Err]), - {M,Err} - end - end, Modules), + {result,AOk,AFail} = cover:analyse(Modules,module), + R = merge_analysis_results(AOk,ATFOk++ATFFail,[]) ++ + [{M,{error,Reason}} || {Reason,M} <- AFail], + io:fwrite(user, "done\n\n", []), case Stop of @@ -319,19 +281,15 @@ cover_analyse(Dir,#cover{level=Analyse,mods=Modules,stop=Stop}) -> end, R. -pmap2(Fun,List) -> - Collector = self(), - Pids = lists:map(fun(E) -> - spawn(fun() -> - Collector ! {res,self(),Fun(E)} - end) - end, List), - lists:map(fun(Pid) -> - receive - {res,Pid,Res} -> - Res - end - end, Pids). +merge_analysis_results([{M,{Cov,NotCov}}|T],ATF,Acc) -> + case lists:keytake(M,1,ATF) of + {value,{_,R},ATF1} -> + merge_analysis_results(T,ATF1,[{M,{Cov,NotCov,R}}|Acc]); + false -> + merge_analysis_results(T,ATF,Acc) + end; +merge_analysis_results([],_,Acc) -> + Acc. do_cover_for_node(Node,CoverFunc) -> do_cover_for_node(Node,CoverFunc,true). -- cgit v1.2.3