Remove the deprecated inviso application

1 files changed, 0 insertions, 474 deletions

diff --git a/lib/runtime_tools/src/inviso_rt_lib.erl b/lib/runtime_tools/src/inviso_rt_lib.erl
deleted file mode 100644
index 5dfe14068a..0000000000
--- a/lib/runtime_tools/src/inviso_rt_lib.erl
+++ /dev/null
@@ -1,474 +0,0 @@
-%%
-%% %CopyrightBegin%
-%% 
-%% Copyright Ericsson AB 2005-2011. All Rights Reserved.
-%% 
-%% The contents of this file are subject to the Erlang Public License,
-%% Version 1.1, (the "License"); you may not use this file except in
-%% compliance with the License. You should have received a copy of the
-%% Erlang Public License along with this software. If not, it can be
-%% retrieved online at http://www.erlang.org/.
-%% 
-%% Software distributed under the License is distributed on an "AS IS"
-%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
-%% the License for the specific language governing rights and limitations
-%% under the License.
-%% 
-%% %CopyrightEnd%
-%%
-%% ------------------------------------------------------------------------------
-%% File    : inviso_rt_lib.erl
-%% Author  : Lennart �hman <[email protected]>
-%% Description : 
-%%
-%% Created : 27 Sep 2005 by Lennart �hman <[email protected]>
-%% ------------------------------------------------------------------------------
--module(inviso_rt_lib).
-
--export([expand_regexp/2,expand_regexp/3,expand_regexp/4]).
--export([is_tracerdata/1]).
--export([transform/2]).
-
--export([rpc/4,rpc/5,match_modules/2,match_modules/3]).
--export([debug/3]).
-
-%% ------------------------------------------------------------------------------
-
-%% ==============================================================================
-%% Exported API functions.
-%% ==============================================================================
-
-%% ------------------------------------------------------------------------------
-%% expand_regexp(Nodes,RegExpDir,RegExpMod,Opts) = [{Node,Answer},...] | {error,Reason}
-%% expand_regexp(Nodes,RegExpMod,Opts) = [{Node,Answer},...] | {error,Reason}
-%% expand_regexp(RegExpDir,RegExpMod,Opts) = ListOfModules | {error,Reason}
-%% expand_regexp(RegExpMod,Opts) = ListOfModules | {error,Reason}
-%%   Nodes=List of all nodes (atoms) where to expand.
-%%   RegExpDir=Reg.exp (string) specifying directories.
-%%   RegExpMod=Reg.exp (string) specifying module names.
-%%   Node=node name (atom).
-%%   Opts=[Opt,...]
-%%   Opt=only_loaded
-%%   Answer=List of modules (atoms) | 'badrpc'
-%%
-%% Expands, concurrently, the regular expression on Nodes and returns a list
-%% of what modules it expanded to on the different nodes. Note that it may
-%% differ between Erlang nodes depending on whether the modules are the same
-%% or not. Also note that all modules becomes loaded as a result.
-%% RegExpDir can further limit the modules. It introduces the requirement that
-%% a module must be loaded from a directory with a path satisfying the RegExpDir.
-%% All regular expression are according to the standard lib regexp module.
-expand_regexp(RegExpMod,Opts) when is_list(RegExpMod),is_list(Opts) ->
-    match_modules(RegExpMod,Opts);
-expand_regexp(RegExpMod,Opts) ->
-    {error,{badarg,[RegExpMod,Opts]}}.
-expand_regexp(NodesOrRegExpDir,RegExpMod,Opts)
-  when is_list(NodesOrRegExpDir),is_list(RegExpMod),is_list(Opts) ->
-    case is_list_of_atoms(NodesOrRegExpDir) of
-	true ->                              % Interpret as list of nodes.
-	    lists:foreach(fun(N)->spawn(?MODULE,rpc,[self(),N,RegExpMod,Opts]) end,
-			  NodesOrRegExpDir),
-	    expand_regexp_answers(NodesOrRegExpDir,[]);
-	false ->                             % Interpret as a string.
-	    match_modules(NodesOrRegExpDir,RegExpMod,Opts)
-    end;
-expand_regexp(NodesOrRegExpDir,RegExpMod,Opts) ->
-    {error,{badarg,[NodesOrRegExpDir,RegExpMod,Opts]}}.
-expand_regexp(Nodes,RegExpDir,RegExpMod,Opts)
-  when is_list(Nodes),is_list(RegExpDir),is_list(RegExpMod),is_list(Opts) ->
-    lists:foreach(fun(N)->
-			  spawn(?MODULE,rpc,[self(),N,RegExpDir,RegExpMod,Opts])
-		  end,
-		  Nodes),
-    expand_regexp_answers(Nodes,[]);
-expand_regexp(Nodes,RegExpDir,RegExpMod,Opts) ->
-    {error,{badarg,[Nodes,RegExpDir,RegExpMod,Opts]}}.
-
-expand_regexp_answers([],Answers) -> Answers;  % List of [{Node,Answer},...].
-expand_regexp_answers(Nodes,Answers) ->
-    receive
-	{?MODULE,Node,Answer} ->
-	    expand_regexp_answers(lists:delete(Node,Nodes),[{Node,Answer}|Answers])
-    end.
-%% ------------------------------------------------------------------------------
-
-%% is_tracerdata(TracerData)=true|false
-%% Answers the question if TracerData is proper tracerdata. Note that true can be
-%% returned if it resembles tracerdata very closely.
-is_tracerdata({Fun,_Data}) when is_function(Fun) -> true;
-is_tracerdata({relayer,To}) when is_pid(To);is_atom(To) -> true;
-is_tracerdata(collector) -> true;
-is_tracerdata({file,Param}) when is_tuple(Param);is_list(Param) -> true;
-is_tracerdata({ip,_Param}) -> true;
-is_tracerdata([{trace,LogTD}|Rest]) ->
-    case is_tracerdata(LogTD) of
-	true ->
-	    is_tracerdata(Rest);
-	false ->
-	    false
-    end;
-is_tracerdata([{ti,TiData}|Rest]) ->
-    case is_tidata(TiData) of
-	true ->
-	    is_tracerdata(Rest);
-	false ->
-	    false
-    end;
-is_tracerdata([]) ->
-    true;
-is_tracerdata(_) ->
-    false.
-
-is_tidata({file,FileName}) when is_list(FileName) -> true; 
-is_tidata({file,FileName,{M,F,Args}}) when is_list(FileName),is_atom(M),is_atom(F),is_list(Args) ->
-    true;
-is_tidata(_) -> false.
-%% ------------------------------------------------------------------------------		
-
-
-%% ==============================================================================
-%% Help functions.
-%% ==============================================================================
-
-%% Help function intended to be run in its own process. Will report with
-%% a message when done.
-%% This function will be spawned on.
-rpc(Parent,Node,RegExpMod,Opts) ->			   
-    case rpc:call(Node,?MODULE,match_modules,[RegExpMod,Opts]) of
-	{badrpc,_Reason} ->                  % The node is probably not healthy.
-	    Parent ! {?MODULE,Node,badrpc};
-	Modules ->
-	    Parent ! {?MODULE,Node,Modules}
-    end.
-
-rpc(Parent,Node,RegExpDir,RegExpMod,Opts) ->			   
-    case rpc:call(Node,?MODULE,match_modules,[RegExpDir,RegExpMod,Opts]) of
-	{badrpc,_Reason} ->                  % The node is probably not healthy.
-	    Parent ! {?MODULE,Node,badrpc};
-	Modules ->
-	    Parent ! {?MODULE,Node,Modules}
-    end.
-%% ------------------------------------------------------------------------------
-
-
-%% ==============================================================================
-%% Exported function which actually shall be in code.erl.
-%% ==============================================================================
-
-%% match_modules(RegExpMod,Actions) = [Module,...] | {error,Reason}
-%% match_modules(RegExpDir,RegExpMod,Actions)=[Module,...] | {error,Reason}
-%%   RegExpMod=Erlang regular expression describing module names (string).
-%%   RegExpDir=Erlang regular expression describing directory paths(string) |
-%%             void
-%%   Actions=List of;'only_loaded'.
-%%
-%% Function which matches a regular expresion against module names. The function
-%% can also match the directory from where the module is loaded or will be loaded
-%% against a regular expresion for directory paths.
-%% The function uses the same strategy as code-loading if the same module is
-%% discovered in several places.
-%% (1) An already loaded module shadows all other occurancies.
-%% (2) .beams found in by a path shadows .beams found by paths later in the
-%%   code paths.
-%%
-%% Description of actions:
-%% only_loaded: Only consider modules which are loaded.
-match_modules(RegExpMod,Actions) ->
-    match_modules(void,RegExpMod,Actions).
-match_modules(RegExpDir,RegExpMod,Actions) ->
-    AllLoaded=code:all_loaded(),
-    Mods1=handle_expand_regexp_2(AllLoaded,RegExpDir,RegExpMod,[]),
-    case lists:member(only_loaded,Actions) of % Shall we do not loaded too?
-	false ->                             % Ok, search all paths too then.
-	    Paths=code:get_path(),
-	    handle_expand_regexp_3(Paths,RegExpDir,RegExpMod,AllLoaded,Mods1);
-	true ->                              % Only loaded modules then.
-	    Mods1
-    end.
-
-
-%% Help function which traverses all loaded modules and determines
-%% which shall be returned. First we check that the module satisfies the
-%% module-regexp. Then we, if a dir reg-exp is given, checks that the
-%% module is loaded from an approved path. Note that if it can not be
-%% determined from where it was loaded (like preloaded or cover-compiled
-%% etc), but dir reg-exps are used. That module will be excluded.
-%% Returns a list of modules.
-handle_expand_regexp_2([{Mod,Path}|Rest],RegExpDir,RegExpMod,Result) ->
-    ModStr=atom_to_list(Mod),
-    ModLen=length(ModStr),
-    case re:run(ModStr,RegExpMod) of
-	{match,[{0,ModLen}]} ->                  % Ok, The regexp matches the module.
-	    if
-		is_list(RegExpDir),is_atom(Path) -> % Preloaded or covercompiled...
-		    handle_expand_regexp_2(Rest,RegExpDir,RegExpMod,Result);
-		is_list(RegExpDir),is_list(Path) -> % Dir reg-exp is used!
-		    PathOnly=filename:dirname(Path), % Must remove beam-file name.
-		    case re:run(PathOnly,RegExpDir,[{capture,none}]) of
-			match ->             % Did find a match, that is enough!
-			    handle_expand_regexp_2(Rest,RegExpDir,RegExpMod,[Mod|Result]);
-			_ ->                 % Either error or nomatch.
-			    handle_expand_regexp_2(Rest,RegExpDir,RegExpMod,Result)
-		    end;
-		true ->                      % Otherwise already done!
-		    handle_expand_regexp_2(Rest,RegExpDir,RegExpMod,[Mod|Result])
-	    end;
-	_ ->                                 % Then Mod is not part of the set.
-	    handle_expand_regexp_2(Rest,RegExpDir,RegExpMod,Result)
-    end;
-handle_expand_regexp_2([],_,_,Result) -> Result.
-
-%% Help function which traverses all paths and looks for modules satisfying
-%% the module reg.exp.
-%% Returns a list of unique module names.
-handle_expand_regexp_3([Path|Rest],RegExpDir,RegExpMod,AllLoaded,Result) ->
-    if
-	is_list(RegExpDir) ->                   % We must consider the directory name.
-	    AbsPath=
-		case filename:pathtype(Path) of
-		    absolute ->              % Is already abs.
-			Path;
-		    relative ->              % Then it must be made absolute.
-			filename:absname(Path);
-		    volumerelative ->        % Only on Windows!?
-			filename:absname(Path)
-		end,
-	    case re:run(AbsPath,RegExpDir,[{capture,none}]) of
-		match ->                     % Ok, the directory is allowed.
-		    NewResult=handle_expand_regexp_3_1(Path,RegExpMod,AllLoaded,Result),
-		    handle_expand_regexp_3(Rest,RegExpDir,RegExpMod,AllLoaded,NewResult);
-		_ ->                         % This directory does not qualify.
-		    handle_expand_regexp_3(Rest,RegExpDir,RegExpMod,AllLoaded,Result)
-	    end;
-	true ->                              % RegExpDir is not used!
-	    NewResult=handle_expand_regexp_3_1(Path,RegExpMod,AllLoaded,Result),
-	    handle_expand_regexp_3(Rest,RegExpDir,RegExpMod,AllLoaded,NewResult)
-    end;
-handle_expand_regexp_3([],_,_,_,Result) -> Result.
-
-handle_expand_regexp_3_1(Path,RegExpMod,AllLoaded,Result) ->
-    case file:list_dir(Path) of
-	{ok,FileNames} ->
-	    handle_expand_regexp_3_2(FileNames,RegExpMod,AllLoaded,Result);
-	{error,_Reason} ->                   % Bad path!? Skip it.
-	    Result
-    end.
-
-handle_expand_regexp_3_2([File|Rest],RegExpMod,AllLoaded,Result) ->
-    case filename:extension(File) of
-	".beam" ->                           % It is a beam-file. Consider it!
-	    ModStr=filename:basename(File,".beam"),
-	    Mod=list_to_atom(ModStr),
-	    case {lists:keysearch(Mod,1,AllLoaded),lists:member(Mod,Result)} of
-		{false,false} ->             % This module is not tried before.
-		    ModLen=length(ModStr),
-		    case re:run(ModStr,RegExpMod) of
-			{match,[{0,ModLen}]} ->  % This module satisfies the regexp.
-			    handle_expand_regexp_3_2(Rest,RegExpMod,AllLoaded,[Mod|Result]);
-			_ ->                 % Error or not perfect match.
-			    handle_expand_regexp_3_2(Rest,RegExpMod,AllLoaded,Result)
-		    end;
-		{_,_} ->                     % This module is already tested.
-		    handle_expand_regexp_3_2(Rest,RegExpMod,AllLoaded,Result)
-	    end;
-	_ ->                                 % Not a beam-file, skip it.
-	    handle_expand_regexp_3_2(Rest,RegExpMod,AllLoaded,Result)
-    end;
-handle_expand_regexp_3_2([],_,_,Result) -> Result.
-%% ------------------------------------------------------------------------------
-
-%% Help function which finds out if its argument is a list of zero or more
-%% atoms.
-%% Returns 'true' or 'false'.
-is_list_of_atoms([A|Rest]) when is_atom(A) ->
-    is_list_of_atoms(Rest);
-is_list_of_atoms([_|_]) ->
-    false;
-is_list_of_atoms([]) ->
-    true.
-%% ------------------------------------------------------------------------------
-
-
-%% =============================================================================
-%% Functions transforming function calls in trace-case file.
-%% =============================================================================
-
-%% transform(Exprs,Translations)=NewExprs
-%%   Exprs=list(); List of abstract format erlang terms, as returned by
-%%     io:parse_erl_exprs/2.
-%%   Translations=list(); List of translations from function calls to other
-%%     function calls. [{Mod,Func,Arity,{NewMod,NewFunc,ParamTransformMF}},...]
-%%     Mod can actually be omitted, ParamTransformMF shall be {M,F} where F is
-%%     a function taking one argument (the parameter list), and returning the
-%%     new parameter list. It can also be anything else should no transformation
-%%     of the parameters be the case.
-%%
-%% Function that transforms function calls in a trace-case file. The transform/2
-%% can only transform shallow function calls. I.e where both module and function
-%% name are specified as atoms. Any binding-environment is not examined.
-transform([Expr|Rest],Translations) ->
-    [transform_2(Expr,Translations)|transform(Rest,Translations)];
-transform([],_) ->
-    [].
-
-%% Help function handling a single expr.
-transform_2({call,L1,{remote,L2,ModExpr,FuncExpr},Params},Translations) ->
-    case transform_2(ModExpr,Translations) of
-	{atom,L3,M} ->
-	    case transform_2(FuncExpr,Translations) of
-		{atom,L4,F} ->               % Now we have a M:F/Arity!
-		    case do_call_translation(M,F,Params,Translations) of
-			{ok,NewM,NewF,NewP} ->
-			    NewParams=transform(NewP,Translations),
-			    {call,L1,{remote,L2,{atom,L3,NewM},{atom,L4,NewF}},NewParams};
-			false ->             % No translation or faulty.
-			    NewParams=transform(Params,Translations),
-			    {call,L1,{remote,L2,ModExpr,FuncExpr},NewParams}
-		    end;
-		NewFuncExpr ->               % Not translated to a shallow term.
-		    NewParams=transform(Params,Translations),
-		    {call,L1,{remote,L2,ModExpr,NewFuncExpr},NewParams}
-	    end;
-	NewModExpr ->                        % Not translated to a shallow term.
-	    NewFuncExpr=transform_2(FuncExpr,Translations),
-	    NewParams=transform(Params,Translations),
-	    {call,L1,{remote,L2,NewModExpr,NewFuncExpr},NewParams}
-    end;
-transform_2({call,L1,FuncExpr,Params},Translations) ->
-    case transform_2(FuncExpr,Translations) of
-	{atom,L3,F} ->                       % Now we have a M:F/Arity!
-	    case do_call_translation(F,Params,Translations) of
-		{ok,NewM,NewF,NewP} ->       % It is turned into a global call.
-		    NewParams=transform(NewP,Translations),
-		    {call,L1,{remote,L1,{atom,L3,NewM},{atom,L3,NewF}},NewParams};
-		false ->                     % No translation or faulty.
-		    NewParams=transform(Params,Translations),
-		    {call,L1,FuncExpr,NewParams}
-	    end;
-	NewFuncExpr ->                       % Not translated to a shallow term.
-	    NewParams=transform(Params,Translations),
-	    {call,L1,NewFuncExpr,NewParams}
-    end;
-transform_2({match,L,P,E},Translations) ->
-    NewPattern=transform_2(P,Translations),
-    NewExpr=transform_2(E,Translations),
-    {match,L,NewPattern,NewExpr};
-transform_2({op,L,Op,Arg1,Arg2},Translations) ->
-    NewArg1=transform_2(Arg1,Translations),
-    NewArg2=transform_2(Arg2,Translations),
-    {op,L,Op,NewArg1,NewArg2};
-transform_2({op,L,Op,Arg},Translations) ->
-    NewArg=transform_2(Arg,Translations),
-    {op,L,Op,NewArg};
-transform_2({block,L,Body},Translations) ->
-    NewBody=transform(Body,Translations),
-    {block,L,NewBody};
-transform_2({'if',L,Clauses},Translations) ->
-    NewClauses=transform_clauses(Clauses,Translations),
-    {'if',L,NewClauses};
-transform_2({'case',L,Func,Clauses},Translations) ->
-    NewFunc=transform_2(Func,Translations),
-    NewClauses=transform_clauses(Clauses,Translations),
-    {'case',L,NewFunc,NewClauses};
-transform_2({'fun',L,{clauses,Clauses}},Translations) ->
-    NewClauses=transform_clauses(Clauses,Translations),
-    {'fun',L,NewClauses};
-transform_2({lc,L,Items,GeneratorsFilters},Translations) ->
-    NewItem=transform_2(Items,Translations),
-    NewGensAndFilters=transform_gensandfilters(GeneratorsFilters,Translations),
-    {lc,L,NewItem,NewGensAndFilters};
-transform_2({'catch',L,Expr},Translations) ->
-    NewExpr=transform_2(Expr,Translations),
-    {'catch',L,NewExpr};
-transform_2({tuple,L,Elements},Translations) ->
-    NewElements=transform(Elements,Translations),
-    {tuple,L,NewElements};
-transform_2({cons,L,Element,Tail},Translations) ->
-    NewElement=transform_2(Element,Translations),
-    NewTail=transform_2(Tail,Translations),
-    {cons,L,NewElement,NewTail};
-transform_2({nil,L},_) ->
-    {nil,L};
-transform_2({bin,L,Elements},Translations) ->
-    NewElements=transform_binary(Elements,Translations),
-    {bin,L,NewElements};
-transform_2(Expr,_) ->                       % Can be a var for instance.
-    Expr.
-
-transform_binary([{bin_element,L,Val,Size,TSL}|Rest],Translations) ->
-    NewVal=transform_2(Val,Translations),
-    NewSize=transform_2(Size,Translations),
-    [{bin_element,L,NewVal,NewSize,TSL}|transform_binary(Rest,Translations)];
-transform_binary([],_) ->
-    [].
-
-transform_clauses([{clause,L,Pattern,Guards,Body}|Rest],Translations) ->
-    NewPattern=transform(Pattern,Translations),
-    NewBody=transform(Body,Translations),
-    [{clause,L,NewPattern,Guards,NewBody}|transform_clauses(Rest,Translations)];
-transform_clauses([],_Translations) ->
-    [].
-
-transform_gensandfilters([{generator,L,Pattern,Exprs}|Rest],Translations) ->
-    NewExprs=transform(Exprs,Translations),
-    [{generator,L,Pattern,NewExprs}|transform_gensandfilters(Rest,Translations)];
-transform_gensandfilters([Expr|Rest],Translations) ->
-    [transform_2(Expr,Translations)|transform_gensandfilters(Rest,Translations)];
-transform_gensandfilters([],_) ->
-    [].
-%% ------------------------------------------------------------------------------
-
-%% This is the heart of the translation functionality. Here we actually try to
-%% replace calls to certain functions with other calls. This can include removing
-%% arguments.
-do_call_translation(M,F,Params,Translations) ->
-    case lists:keysearch({M,F,length(Params)},1,Translations) of
-	{value,{_,{NewM,NewF,ArgFun}}} ->    % Lets transform the function.
-	    do_call_translation_2(Params,NewM,NewF,ArgFun);
-	_ ->
-	    false                            % No translations at all.
-    end.
-do_call_translation(F,Params,Translations) ->
-    case lists:keysearch({F,length(Params)},1,Translations) of
-	{value,{_,{NewM,NewF,ArgFun}}} ->    % Lets transform the function.
-	    do_call_translation_2(Params,NewM,NewF,ArgFun);
-	_ ->
-	    false                            % No translations at all.
-    end.
-
-do_call_translation_2(Params,NewM,NewF,ArgFun) ->
-    case ArgFun of
-	{M,F} when is_atom(M),is_atom(F) ->
-	    case catch M:F(Params) of
-		{'EXIT',_Reason} ->
-		    false;                   % If it does not work, skipp it.
-		MungedParams when is_list(MungedParams) ->
-		    {ok,NewM,NewF,MungedParams};
-		_ ->
-		    false
-	    end;
-	_ ->                                 % No munging of parameters.
-	    {ok,NewM,NewF,Params}
-    end.
-%% ------------------------------------------------------------------------------
-
-
-%% =============================================================================
-%% Functions for the runtime component internal debugging system.
-%% =============================================================================
-
-%% The debug system is meant to provide tracing of ttb at different levels.
-%%
-%% debug(What,Level,Description) -> nothing significant.
-%%   What : controls what kind of event. This can both be certain parts of ttb
-%%          as well as certain levels (info to catastrophy).
-%%   Level: Determines if What shall be printed or not.
-%%   Description: this is what happend.
-debug(off,_What,_Description) ->
-    true;                                    % Debug is off, no action.
-debug(On,What,Description) ->
-    debug_2(On,What,Description).
-
-debug_2(_,What,Description) ->
-    io:format("INVISO DEBUG:~w, ~p~n",[What,Description]).
-%% -----------------------------------------------------------------------------