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-rw-r--r--lib/tools/doc/src/cover.xml109
-rw-r--r--lib/tools/src/cover.erl825
-rw-r--r--lib/tools/test/cover_SUITE.erl296
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 @@
<header>
<copyright>
<year>2001</year>
- <year>2013</year>
+ <year>2015</year>
<holder>Ericsson AB, All Rights Reserved</holder>
</copyright>
<legalnotice>
@@ -138,17 +138,18 @@
</desc>
</func>
<func>
- <name>compile(ModFile) -> Result</name>
- <name>compile(ModFile, Options) -> Result</name>
- <name>compile_module(ModFile) -> Result</name>
- <name>compile_module(ModFile, Options) -> Result</name>
- <fsummary>Compile a module for Cover analysis.</fsummary>
+ <name>compile(ModFiles) -> Result | [Result]</name>
+ <name>compile(ModFiles, Options) -> Result | [Result]</name>
+ <name>compile_module(ModFiles) -> Result | [Result]</name>
+ <name>compile_module(ModFiles, Options) -> Result | [Result]</name>
+ <fsummary>Compile one or more modules for Cover analysis.</fsummary>
<type>
+ <v>ModFiles = ModFile | [ModFile]</v>
<v>ModFile = Module | File</v>
<v>&nbsp;Module = atom()</v>
<v>&nbsp;File = string()</v>
<v>Options = [Option]</v>
- <v>&nbsp;Option = {i,Dir} | {d,Macro} | {d,Macro,Value}</v>
+ <v>&nbsp;Option = {i,Dir} | {d,Macro} | {d,Macro,Value} | export_all</v>
<d>See <c>compile:file/2.</c></d>
<v>Result = {ok,Module} | {error,File} | {error,not_main_node}</v>
</type>
@@ -165,6 +166,9 @@
returns <c>{ok,Module}</c>. Otherwise the function returns
<c>{error,File}</c>. Errors and warnings are printed as they
occur.</p>
+ <p>If a list of <c>ModFiles</c> is given as input, a list
+ of <c>Result</c> will be returned. The order of the returned
+ list is undefined.</p>
<p>Note that the internal database is (re-)initiated during
the compilation, meaning any previously collected coverage data
for the module will be lost.</p>
@@ -194,9 +198,10 @@
</desc>
</func>
<func>
- <name>compile_beam(ModFile) -> Result</name>
- <fsummary>Compile a module for Cover analysis, using an existing beam.</fsummary>
+ <name>compile_beam(ModFiles) -> Result | [Result]</name>
+ <fsummary>Compile one or more modules for Cover analysis, using existing beam(s).</fsummary>
<type>
+ <v>ModFiles = ModFile | [ModFile]</v>
<v>ModFile = Module | BeamFile</v>
<v>&nbsp;Module = atom()</v>
<v>&nbsp;BeamFile = string()</v>
@@ -229,6 +234,9 @@
returned.</p>
<p><c>{error,BeamFile}</c> is returned if the compiled code
can not be loaded on the node.</p>
+ <p>If a list of <c>ModFiles</c> is given as input, a list
+ of <c>Result</c> will be returned. The order of the returned
+ list is undefined.</p>
</desc>
</func>
<func>
@@ -251,16 +259,21 @@
</desc>
</func>
<func>
- <name>analyse(Module) -> {ok,Answer} | {error,Error}</name>
- <name>analyse(Module, Analysis) -> {ok,Answer} | {error,Error}</name>
- <name>analyse(Module, Level) -> {ok,Answer} | {error,Error}</name>
- <name>analyse(Module, Analysis, Level) -> {ok,Answer} | {error,Error}</name>
- <fsummary>Analyse a Cover compiled module.</fsummary>
+ <name>analyse() -> {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Modules) -> OneResult | {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Analysis) -> {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Level) -> {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Modules, Analysis) -> OneResult | {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Modules, Level) -> OneResult | {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Analysis, Level) -> {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse(Modules, Analysis, Level) -> OneResult | {result,Ok,Fail} | {error,not_main_node}</name>
+ <fsummary>Analyse one or more Cover compiled modules.</fsummary>
<type>
- <v>Module = atom()</v>
+ <v>Modules = Module | [Module]</v>
+ <v>Module = atom() </v>
<v>Analysis = coverage | calls</v>
<v>Level = line | clause | function | module</v>
- <v>Answer = {Module,Value} | [{Item,Value}]</v>
+ <v>OneResult = {ok,{Module,Value}} | {ok,[{Item,Value}]} | {error, Error}</v>
<v>&nbsp;Item = Line | Clause | Function</v>
<v>&nbsp;&nbsp;Line = {M,N}</v>
<v>&nbsp;&nbsp;Clause = {M,F,A,C}</v>
@@ -269,49 +282,67 @@
<v>&nbsp;&nbsp;&nbsp;N = A = C = integer()</v>
<v>&nbsp;Value = {Cov,NotCov} | Calls</v>
<v>&nbsp;&nbsp;Cov = NotCov = Calls = integer()</v>
- <v>Error = {not_cover_compiled,Module} | not_main_node</v>
+ <v>&nbsp;Error = {not_cover_compiled,Module}</v>
+ <v>Ok = [{Module,Value}] | [{Item,Value}]</v>
+ <v>Fail = [Error]</v>
</type>
<desc>
- <p>Performs analysis of a Cover compiled module <c>Module</c>, as
+ <p>Performs analysis of one or more Cover compiled modules, as
specified by <c>Analysis</c> and <c>Level</c> (see above), by
examining the contents of the internal database.</p>
<p><c>Analysis</c> defaults to <c>coverage</c> and <c>Level</c>
defaults to <c>function</c>.</p>
- <p>If <c>Module</c> is not Cover compiled, the function returns
- <c>{error,{not_cover_compiled,Module}}</c>.</p>
- <p>HINT: It is possible to issue multiple analyse_to_file commands at
- the same time. </p>
+ <p>If <c>Modules</c> is an atom (one module), the return will
+ be <c>OneResult</c>, else the return will be
+ <c>{result,Ok,Fail}</c>.</p>
+ <p>If <c>Modules</c> 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.</p>
+ <p>If a given module is not Cover compiled, this is indicated
+ by the error reason <c>{not_cover_compiled,Module}</c>.</p>
</desc>
</func>
<func>
- <name>analyse_to_file(Module) -> </name>
- <name>analyse_to_file(Module,Options) -> </name>
- <name>analyse_to_file(Module, OutFile) -> </name>
- <name>analyse_to_file(Module, OutFile, Options) -> {ok,OutFile} | {error,Error}</name>
- <fsummary>Detailed coverage analysis of a Cover compiled module.</fsummary>
+ <name>analyse_to_file() -> {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse_to_file(Modules) -> Answer | {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse_to_file(Options) -> {result,Ok,Fail} | {error,not_main_node}</name>
+ <name>analyse_to_file(Modules,Options) -> Answer | {result,Ok,Fail} | {error,not_main_node}</name>
+ <fsummary>Detailed coverage analysis of one or more Cover compiled modules.</fsummary>
<type>
+ <v>Modules = Module | [Module]</v>
<v>Module = atom()</v>
- <v>OutFile = string()</v>
+ <v>OutFile = OutDir = string()</v>
<v>Options = [Option]</v>
- <v>Option = html</v>
- <v>Error = {not_cover_compiled,Module} | {file,File,Reason} | no_source_code_found | not_main_node</v>
+ <v>Option = html | {outfile,OutFile} | {outdir,OutDir}</v>
+ <v>Answer = {ok,OutFile} | {error,Error}</v>
+ <v>Ok = [OutFile]</v>
+ <v>Fail = [Error]</v>
+ <v>Error = {not_cover_compiled,Module} | {file,File,Reason} | {no_source_code_found,Module}</v>
<v>&nbsp;File = string()</v>
<v>&nbsp;Reason = term()</v>
</type>
<desc>
- <p>Makes a copy <c>OutFile</c> of the source file for a module
- <c>Module</c>, where it for each executable line is specified
+ <p>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.</p>
<p>The output file <c>OutFile</c> defaults to
<c>Module.COVER.out</c>, or <c>Module.COVER.html</c> if the
option <c>html</c> was used.</p>
- <p>If <c>Module</c> is not Cover compiled, the function returns
- <c>{error,{not_cover_compiled,Module}}</c>.</p>
+ <p>If <c>Modules</c> is an atom (one module), the return will
+ be <c>Answer</c>, else the return will be a
+ list, <c>{result,Ok,Fail}</c>.</p>
+ <p>If <c>Modules</c> 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.</p>
+ <p>If a module is not Cover compiled, this is indicated by the
+ error reason <c>{not_cover_compiled,Module}</c>.</p>
<p>If the source file and/or the output file cannot be opened using
<c>file:open/2</c>, the function returns
<c>{error,{file,File,Reason}}</c> where <c>File</c> is the file
name and <c>Reason</c> is the error reason.</p>
- <p>If the module was cover compiled from the <c>.beam</c>
+ <p>If a module was cover compiled from the <c>.beam</c>
file, i.e. using <c>compile_beam/1</c> or
<c>compile_beam_directory/0,1</c>, it is assumed that the
source code can be found in the same directory as the
@@ -322,10 +353,8 @@
joining <c>../src</c> and the tail of the compiled path
below a trailing <c>src</c> component, then the compiled
path itself.
- If no source code is found,
- <c>{error,no_source_code_found}</c> is returned.</p>
- <p>HINT: It is possible to issue multiple analyse_to_file commands at
- the same time. </p>
+ If no source code is found, this is indicated by the error reason
+ <c>{no_source_code_found,Module}</c>.</p>
</desc>
</func>
<func>
@@ -339,7 +368,7 @@
<v>OutFile = string()</v>
<v>Options = [Option]</v>
<v>Option = html</v>
- <v>Error = {not_cover_compiled,Module} | {file,File,Reason} | no_source_code_found | not_main_node</v>
+ <v>Error = {not_cover_compiled,Module} | {file,File,Reason} | {no_source_code_found,Module} | not_main_node</v>
<v>&nbsp;File = string()</v>
<v>&nbsp;Reason = term()</v>
</type>
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,"</pre>\n</body>\n</html>\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