%% %% %CopyrightBegin% %% %% Copyright Ericsson AB 2008-2013. 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% %% %% Api wrapper generator -module(wx_gen). -export([code/0,xml/0]). -include("wx_gen.hrl"). -include_lib("xmerl/include/xmerl.hrl"). -import(lists, [foldl/3,foldr/3,reverse/1,keysearch/3,map/2,filter/2,droplast/1]). -import(proplists, [get_value/2,get_value/3]). -compile(export_all). -define(DBGCF(Class, Func, Format, Args), case {get(current_class), get(current_func)} of {Class, Func} -> io:format("~p:~p: " ++ Format, [?MODULE,?LINE] ++ Args); _ -> ok end). code() -> safe(fun gen_code/0,true). xml() -> safe(fun gen_xml/0,true). devcode() -> erase(),safe(fun gen_code/0,false). safe(What, QuitOnErr) -> try What(), io:format("Completed successfully~n~n", []), QuitOnErr andalso gen_util:halt(0) catch Err:Reason -> io:format("Error in ~p ~p~n", [get(current_class),get(current_func)]), erlang:display({Err,Reason, erlang:get_stacktrace()}), catch gen_util:close(), QuitOnErr andalso gen_util:halt(1) end. gen_code() -> {ok, Defs0} = file:consult("wxapi.conf"), %% {ok, Defs0} = file:consult("test.conf"), erase(func_id), put(class_id, 10), %% Start from 10 using the other as special Defs1 = init_defs(Defs0), Defs2 = parse_defs(Defs1, []), parse_enums([File || {{include, File},_} <- get()]), Defs = translate_enums(Defs2), wx_gen_erl:gen(Defs), wx_gen_cpp:gen(Defs), ok. gen_xml() -> %% {ok, Defs} = file:consult("wxapi.conf"), %% Rel = droplast(os:cmd("wx-config --release")), %% Dir = " /usr/include/wx-" ++ Rel ++ "/wx/", %% Files0 = [Dir ++ File || {class, File, _, _, _} <- Defs], %% Files1 = [Dir ++ File || {doxygen, File} <- Defs], %% ok = file:write_file("wxapi.files", list_to_binary("INPUT = "++Files0++Files1)), ok. -record(hs,{alias,skip,fs,fopt,ev,acc,info}). init_defs(List0) -> [mangle_info(L) || L <- to_lists(List0)]. mangle_info(E={enum,Type0,SkipStr}) -> Type = case is_atom(Type0) of true -> atom_to_list(Type0); false -> Type0 end, put({enum, Type}, #enum{skip=SkipStr,as_atom=false}), %% as_atom=true}), E; mangle_info(E={const_skip,List}) -> put(const_skip, [atom_to_list(M) || M <- List]), E; mangle_info(E={not_const,List}) -> put(not_const, [atom_to_list(M) || M <- List]), E; mangle_info(E={gvars,List}) -> A2L = fun({N,{T,C}}) -> {atom_to_list(N), {T,atom_to_list(C)}}; ({N,C}) -> {atom_to_list(N), atom_to_list(C)} end, put(gvars, map(A2L,List)), E; mangle_info({class,CN,P,O,FL}) -> Alias = get_value(alias,O, []), Skip = get_value(skip, O, []), Event = get_value(event,O, false), Acc = get_value(acc, O, []), {Fs,Fopts} = foldr(fun(FWO={F,FO},{Fl,Fopt}) when is_list(FO) -> Opt = case F of {Name, ArgLen} when is_integer(ArgLen) -> {Name, FO}; _ -> FWO end, {[F|Fl],[Opt|Fopt]}; (F,{Fl,Fopt}) -> {[F|Fl], Fopt} end, {[],[]}, FL), {class,CN,P,#hs{alias=Alias,skip=Skip,fs=Fs,ev=Event,acc=Acc,info=O, fopt=gb_trees:from_orddict(lists:sort(Fopts))}}. to_lists(Defs) -> map(fun({class,C,P,O,Fs}) -> {class,atom_to_list(C),atom_to_list(P),to_lists2(O),to_lists2(Fs)}; (Skip) -> Skip end, Defs). to_lists2(List) -> map(fun(Skip = {const_skip, _List}) -> Skip; (Skip = {not_const, _List}) -> Skip; (Skip = {skip, _List}) -> Skip; (Skip = {event, _List}) -> Skip; (Skip = {acc, _List}) -> Skip; (Skip = {doc, _List}) -> Skip; (Skip = taylormade) -> Skip; (Skip = {ifdef,_}) -> Skip; (Skip = {erl_func, _Name}) -> Skip; ({alias, AList}) -> {alias, [{atom_to_list(A),atom_to_list(B)} || {A,B} <- AList]}; (Else) when is_atom(Else) -> atom_to_list(Else); ({Else,W}) when is_atom(Else) -> {atom_to_list(Else),W}; ({{Else,W},O}) when is_atom(Else) -> {{atom_to_list(Else),W},O}; (Else) -> Else end, List). parse_defs([{class,Name,Parent,Info}|Rest], Acc0) -> {FileName, Type} = case Parent of "static" -> {Name ++ "_8h", static}; _ -> {"class" ++ Name, class} end, Tab = ets:new(defs, [bag]), Defs0 = load_members(FileName, Name, gb_trees:empty(), Tab, Type, Info), put(current_class, Name), Class0 = #class{name=name(Name,Info), parent=Parent, doc=get_value(doc,Info#hs.info,undefined), file=FileName, options=Info#hs.info, id=next_id(class_id)}, ParseClass = fun(Member,{Class,Dfs}) -> parse_class(Member,Tab,Dfs,Class,Info) end, {Class1,Defs} = foldl(ParseClass,{Class0,Defs0},Info#hs.fs), Class2 = case Info#hs.ev of false -> Class1; Ev -> parse_attr(gb_trees:to_list(Defs), Class1, Ev, Info) end, Class = meta_info(Class2), erase(current_class), [erase(Del) || {Del = {loaded, _},_} <- get()], %% ets:delete(Tab), keep it for debugging parse_defs(Rest, [Class|Acc0]); parse_defs([_|Rest], Acc) -> parse_defs(Rest, Acc); parse_defs([], Acc) -> reverse(Acc). meta_info(C=#class{name=CName,methods=Ms0}) -> Ms = lists:append(Ms0), HaveConstructor = lists:keymember(constructor, #method.method_type, Ms), case keysearch(destructor, #method.method_type, Ms) of false when HaveConstructor -> Dest = #method{name = "destroy", id = next_id(func_id), method_type = destructor, params = [this(CName)]}, C#class{methods = [[Dest]|Ms0]}; false -> C#class{abstract = true}; _ -> C end. parse_class(Member0,Tab,Defs0,Class = #class{name=CName},Opts) -> {Member,NoArgs} = case Member0 of {_, _} -> Member0; _ -> {Member0,all} end, case ets:lookup(Tab, Member) of [] -> case Member of [$~|_] -> ignore; _ -> ?warning("Skipped Member ~p in ~p (not found in ~p)~n", [Member,CName,Tab]) end, {Class,Defs0}; Ms -> case select_member(Ms, Class, Defs0, Opts) of {[],Defs} -> ?warning("Skipped Member ~p in ~p (not found in base)~n", [Member,CName]), {Class,Defs}; {Selected,Defs} -> Parsed = parse_members(Member,Selected,Defs,CName,Opts), {add_method(Parsed,NoArgs,Class,Opts), Defs} end end. parse_members(MemberName, Members, Defs, Class, Opts) -> ParseAll = fun(Member,Acc) -> try case gb_trees:lookup(Member, Defs) of {value,#xmlElement{name=memberdef,attributes=Attrs, content=Data}} -> MType = case keysearch(static,#xmlAttribute.name,Attrs) of {value, #xmlAttribute{value = "yes"}} -> static; _ -> member end, Virtual = case keysearch(virt,#xmlAttribute.name,Attrs) of {value, #xmlAttribute{value = "virtual"}} -> true; {value, #xmlAttribute{value = "non-virtual"}} -> false; _ -> undefined end, [parse_member(Data,MType,Virtual,Opts)|Acc]; none -> Acc; _Hmm -> Acc end catch throw:skip_member -> Acc end end, case foldl(ParseAll,[],Members) of [] -> ?warning("Skipped ~p No public def found in ~p ~n", [MemberName,Class]), io:format("~p ~p~n",[MemberName, Members]), []; Res -> Res end. parse_attr(Defs, Class, Ev, Info = #hs{acc=AccList0}) -> % io:format("Parsing Class ~p~n", [Class#class.name]), {Attrs, AccList} = parse_attr1(Defs, AccList0, Info, []), case AccList of [] -> Class#class{attributes=Attrs, event=Ev}; _ -> Inherited = [{inherited, Inherit} || Inherit <- AccList], Class#class{attributes=Attrs++Inherited, event=Ev} end. parse_attr1([{{attr,_}, #xmlElement{content=C, attributes=Attrs}}|R], AttrList0, Opts, Res) -> Parse = fun(Con, Ac) -> parse_param(Con, Opts, Ac) end, Param0 = foldl(Parse, #param{}, drop_empty(C)), case Param0 of #param{where=nowhere} -> parse_attr1(R,AttrList0,Opts,Res); _ -> case keysearch(prot, #xmlAttribute.name, Attrs) of {value, #xmlAttribute{value = "public"}} -> {Acc,AttrList} = attr_acc(Param0, AttrList0), parse_attr1(R,AttrList,Opts, [Param0#param{in=false,prot=public,acc=Acc}|Res]); {value, #xmlAttribute{value = "protected"}} -> {Acc,AttrList} = attr_acc(Param0, AttrList0), parse_attr1(R,AttrList,Opts, [Param0#param{in=false,prot=protected,acc=Acc}|Res]); {value, #xmlAttribute{value = "private"}} -> {Acc,AttrList} = attr_acc(Param0, AttrList0), parse_attr1(R,AttrList,Opts, [Param0#param{in=false,prot=private,acc=Acc}|Res]) end end; parse_attr1([{_Id,_}|R],AttrList,Info, Res) -> parse_attr1(R,AttrList,Info, Res); parse_attr1([],Left,_, Res) -> {reverse(Res), Left}. attr_acc(#param{name=N}, List) -> Name = list_to_atom(N), case get_value(Name, List, undefined) of undefined -> {undefined, List}; Val -> {Val, lists:keydelete(Name,1,List)} end. load_members(FileName, Class, Defs, Tab, Type,Opts) -> File = filename:join(["wx_xml",FileName ++ ".xml"]), put({loaded, FileName}, true), case xmerl_scan:file(File, [{space, normalize}]) of {error, enoent} -> io:format("Skipped File not found ~p ~n", [File]), Defs; {Doc, _} -> %% io:format("Scanning ~p ~n", [File]), INCs = xmerl_xpath:string("./compounddef/includes/text()", Doc), [put({include,reverse(tl(tl(reverse(Inc))))},ref) || #xmlText{value=Inc} <- INCs], case Type of class -> AM = xmerl_xpath:string("./compounddef/listofallmembers/*", Doc), foldl(fun(X,Y) -> extract_rmembers(X,Y,Opts) end, Tab, AM); _ -> ignore end, LMembers0 = xmerl_xpath:string("./compounddef/sectiondef/*", Doc), foldl(fun(E,Acc) -> extract_lmembers(E,Class,Type,Tab,Opts,Acc) end, Defs, LMembers0) end. extract_lmembers(Entry=#xmlElement{name=memberdef,attributes=Attrs,content=C},Class,Type,Tab,Opts,Acc) -> case keysearch(kind, #xmlAttribute.name, Attrs) of {value, #xmlAttribute{value = "function"}} -> case keysearch(prot, #xmlAttribute.name, Attrs) of {value, #xmlAttribute{value = "public"}} -> {value, #xmlAttribute{value = Id}} = keysearch(id, #xmlAttribute.name, Attrs), case Type of static -> Get = fun(#xmlElement{name=name,content=[#xmlText{value=Name}]},NAcc) -> [name(string:strip(Name),Opts)|NAcc]; (_D, NAcc) -> NAcc end, case foldl(Get, [], C) of [Name] -> true = ets:insert(Tab,{Name,Id}); [] -> ignore end; _ -> ignore end, case gb_trees:lookup(Id,Acc) of {value, _Entry} -> gb_trees:update(Id,Entry,Acc); none -> gb_trees:insert(Id,Entry,Acc) end; _ -> Acc end; {value, #xmlAttribute{value = "variable"}} when Type =/= static -> %% {value, #xmlAttribute{value = Id}} = %% keysearch(id, #xmlAttribute.name, Attrs), %% Hopefully wxW have some decent order!! Id = next_id(attr_id), gb_trees:insert({attr,Id},Entry,Acc); {value, #xmlAttribute{value = "enum"}} when Type =/= static -> extract_enum(Entry,Class, undefined), Acc; _ -> Acc end. extract_rmembers(#xmlElement{name=member,attributes=Attrs,content=C},Tab, Opts) -> {value,#xmlAttribute{value=Id}} = keysearch(refid, #xmlAttribute.name, Attrs), Get = fun(#xmlElement{name=name,content=[#xmlText{value=Name}]},Acc) -> [name(string:strip(Name),Opts)|Acc]; (_D, Acc) -> Acc end, case foldl(Get, [], C) of [Name] -> true = ets:insert(Tab,{Name,Id}); [] -> ignore end, Tab. select_member([{_,ID}], #class{name=Class,file=Orig}, Defs0, Opts) -> [FileName, _8H|_] = string:tokens(ID, "_"), case get({loaded, FileName}) =:= undefined andalso get({loaded, FileName ++ "_" ++ _8H}) =:= undefined of true -> true = FileName =/= Orig, % Assert Defs = load_members(FileName, Class, Defs0, skip, skip, Opts), {[ID],Defs}; false -> {[ID],Defs0} end; select_member(Several, #class{name=Class,file=Orig}, Defs0, Opts) -> MIds = [{string:tokens(MId, "_"),MId} || {_,MId} <- Several], [StatFile |_ ] = string:tokens(Orig, "_"), Check = fun({[FN,_|_],ID}, {T,D}) when FN =:= Orig -> {[ID|T],D}; ({[FN,"8h"|_],ID}, {T,D}) when FN =:= StatFile -> {[ID|T],D}; ({[FN,_A|_],ID},{T,D}) -> InBase = "class" ++ Class ++ "Base" =:= FN, "wx" ++ ClassName = Class, InGeneric = "classwxGeneric" ++ ClassName =:= FN, IsHelper = case re:run(FN, "Helper$") of {match,_} -> true; _ -> false end, ImplBase = case re:run(FN, "Base$") of {match,_} -> true; _ -> %% Hack for base-base class FN =:= "classwxItemContainer" end, case InBase orelse InGeneric orelse IsHelper orelse ImplBase of true -> Defs = case get({loaded, FN}) of undefined -> true = FN =/= Orig, % Assert load_members(FN,Class,D,skip,skip,Opts); true -> D end, {[ID|T], Defs}; _C -> %% io:format("DBG ~p ~p ~p ~p ~n",[FN,_A,_C,Class]), {T,D} end end, foldl(Check,{[],Defs0},MIds). parse_member(Data,MType,Virtual,Opts = #hs{fopt=Fopts}) -> Parse = fun(Con,A) -> parse_member2(Con,Opts,A) end, Method = #method{name=MName,params=PS0} = foldl(Parse, #method{method_type=MType, virtual=Virtual}, Data), %% Skip motif name's if it's last and optional PS2 = case PS0 of %% Backward order.. [#param{name="name",def=Def,type=#type{name="wxString"}}|PS1] when Def =/= none -> PS1; _ -> PS0 end, Sz = length(PS2), PS = map(fun(P=#param{name=PName}) -> patch_param(MName,{Sz,PName},P,Fopts) end, PS2), Alias = find_erl_alias_name(MName,PS,Fopts), FOpts = case gb_trees:lookup(MName, Fopts) of {value, FuncO} when is_list(FuncO) -> case lists:keyfind({func,Sz}, 1, FuncO) of false -> FuncO; {_, FuncNO} -> FuncNO end; _ -> [] end, Method#method{params=PS, alias=Alias, opts=FOpts}. find_erl_alias_name(MName,Ps,Fopts) -> case gb_trees:lookup(MName, Fopts) of {value, FuncO} when is_list(FuncO) -> Aliases = lists:foldl(fun({Var, {erl_func, AliasName}}, Acc) -> [{Var,AliasName}|Acc]; ({erl_func, AliasName}, Acc) -> [{all,AliasName}|Acc]; ({Var, List}, Acc) when is_list(List) -> case get_value(erl_func,List) of undefined -> Acc; AliasName -> [{Var,AliasName}|Acc] end; (_,Acc) -> Acc end, [], FuncO), case Aliases of [] -> undefined; _ -> Find = fun({all,AliasName},Acc) -> [AliasName|Acc]; ({Var,AliasName},Acc) -> case lists:keymember(Var, #param.name, Ps) of true -> [AliasName|Acc]; false -> Acc end end, case lists:foldl(Find, [], Aliases) of [Alias] -> Alias; [] -> undefined end end; _ -> undefined end. parse_member2(#xmlElement{name=type, content=C},Opts,M0) -> Type = parse_type(drop_empty(C), Opts), M0#method{type=Type}; parse_member2(#xmlElement{name=name, content=[#xmlText{value=C}]}, Opts, M0) -> Func = string:strip(C), put(current_func, Func), M0#method{name=name(Func,Opts)}; parse_member2(#xmlElement{name=param, content=C},Opts,M0) -> Parse = fun(Con, Ac) -> parse_param(Con, Opts, Ac) end, Param0 = foldl(Parse, #param{}, drop_empty(C)), add_param(Param0, Opts, M0); parse_member2(_, _,M0) -> M0. add_param(InParam, Opts, M0) -> Param0 = case InParam#param.name of undefined -> InParam#param{name="val"}; _ -> InParam end, Param = case Param0#param.type of #type{base={comp,_,_Comp}} -> Param0; #type{base={class,_Class}} -> Param0; #type{base={ref,_}} -> Param0; #type{base={term,_}} -> Param0; #type{base=List} when is_list(List) -> Param0; %% Assume the pointer args to base types are out parameters #type{by_val=false,single=true, mod=Mod} -> case lists:member(const, Mod) of true -> Param0; % But not if they are const false -> Param0#param{in=false} end; _ -> Param0 end, add_param2(Param, Opts, M0). add_param2(P=#param{name=Name},#hs{fopt=FOpt},M0=#method{name=MName,params=Ps}) -> case patch_param(MName, Name, P, FOpt) of #param{where=nowhere} -> M0#method{params=Ps}; Patched -> %% case MName of %% DEBUG %% "GetSelections" -> %% io:format("~p~n",[Patched]); %% _ -> ignore %% end, %%ASSERT case Patched#param.type of #type{base=undefined} -> ?error({unknown_type,Patched}); _ -> ok end, M0#method{params=[Patched|Ps]} end. patch_param(Method, Name, P, Opt) -> case gb_trees:lookup(Method,Opt) of none -> P; {value,NoArg} when is_integer(NoArg) -> P; {value,Opts} when is_list(Opts) -> case get_value(Name, Opts) of undefined -> P; List when is_list(List) -> foldl(fun handle_param_opt/2,P,List); Val -> handle_param_opt(Val,P) end end. handle_param_opt(skip, P) -> P#param{where=c}; handle_param_opt(nowhere, P) -> P#param{where=nowhere}; handle_param_opt(skip_member, _P) -> throw(skip_member); handle_param_opt({skip_member, Type}, P) -> case P of #param{type=#type{name=Type}} -> throw(skip_member); #param{type=Type} -> throw(skip_member); _ -> P end; handle_param_opt({erl_func,_Name}, P) -> P; %% Handled elsewhere handle_param_opt(in, P) -> P#param{in=true}; handle_param_opt(out, P) -> P#param{in=false}; handle_param_opt(both, P) -> P#param{in=both}; handle_param_opt({def,Def},P) -> P#param{def=Def}; handle_param_opt({type,Type}, P=#param{type=T}) -> P#param{type=T#type{name=Type}}; handle_param_opt({single,Opt}, P=#param{type=T}) -> P#param{type=T#type{single=Opt}}; handle_param_opt({base,Enum={enum,Type}}, P=#param{type=T}) -> P#param{type=T#type{base=Enum, name=Type}}; handle_param_opt({base,Opt}, P=#param{type=T}) -> P#param{type=T#type{base=Opt}}; handle_param_opt({c_only,Opt},P) -> P#param{where=c, alt=Opt}; handle_param_opt({ref, pointer}, P=#param{type=T}) -> P#param{type=T#type{by_val=false,ref={pointer, 1}}}; handle_param_opt({by_val, true}, P=#param{type=T}) -> P#param{type=T#type{by_val=true}}; handle_param_opt({mod,Mods}, P=#param{type=T=#type{mod=Mods0}}) -> P#param{type=T#type{mod=Mods++Mods0}}. get_opt(Opt, Method, Sz, Opts) -> case gb_trees:lookup(Method,Opts) of none -> undefined; {value, List} when is_list(List) -> case get_value({Sz,Opt}, List, undefined) of undefined -> get_value(Opt, List, undefined); Res -> Res end end. parse_param(#xmlElement{name=type,content=C},Opts,T) -> Type = parse_type(drop_empty(C),Opts), T#param{type=Type}; parse_param(#xmlElement{name=declname,content=[C]},_Opts,T) -> #xmlText{value=Name} = C, T#param{name=Name}; parse_param(#xmlElement{name=defval,content=[#xmlText{value=Def}]},_Opts,T) -> T#param{def=string:strip(Def)}; parse_param(#xmlElement{name=defval,content=Other},_Opts,T) -> %% For defaults = (modifer wxType *) NULL Def0 = foldr(fun(#xmlText{value=V}, Acc) -> V ++ Acc; (#xmlElement{content=[#xmlText{value=V}]},Acc) -> V ++ Acc end, [], Other), %% Def1 = lists:dropwhile(fun($)) -> false;(_) -> true end, Def0), %% Def = string:strip(Def1), %% Drop type cast !! %% io:format("Def ~s => ~s => ~s ~n", [Def0, Def1,string:strip(Def)]), T#param{def=string:strip(Def0)}; parse_param(#xmlElement{name=array,content=C},_Opts, T = #param{type=Type0}) -> case Type0 of _ when T#param.name=:="WXUNUSED" -> %% doxygen can't handle this macro [#xmlText{value=RealVar}] = C, [Name] = string:tokens(RealVar, "() "), T#param{name=Name}; _ -> T#param{type=Type0#type{single=array, by_val=true}} end; parse_param(#xmlElement{name=name,content=[C]}, _, T) -> %% Attributes have this case C of #xmlText{value=Name="ms_classInfo"} -> T#param{name=Name, where=nowhere}; #xmlText{value=Name} -> T#param{name=Name} end; %% Skipped: Attributes have this parse_param(#xmlElement{name=definition}, _, T) -> T; parse_param(#xmlElement{name=argsstring}, _, T) -> T; parse_param(#xmlElement{name=briefdescription}, _, T) -> T; parse_param(#xmlElement{name=detaileddescription}, _, T) -> T; parse_param(#xmlElement{name=inbodydescription}, _, T) -> T; parse_param(#xmlElement{name=location}, _, T) -> T; parse_param(#xmlElement{name=referencedby}, _, T) -> T; parse_param(#xmlElement{name=reimplements}, _, T) -> T; parse_param(Other=#xmlElement{name=Name}, _, T) -> io:format("Unhandled Param ~p ~p ~n in ~p~n", [Name,Other,T]), ?error(unhandled_param). parse_type([], _Opts) -> void; parse_type(TypeInfo, Opts) -> {Type,Info} = foldl(fun extract_type_info/2,{[],undefined},TypeInfo), case Info of {"member", Ref} -> case string:tokens(Ref, "_") of [FileName, "8h", _Id] -> put({file_ref, FileName++"_8h"}, ref); _ -> ok end; _ -> ok end, Empty = #type{}, case parse_type2(reverse(Type),Info,Opts,#type{}) of Empty -> ?error({strange_type, Type}); Assert -> Assert end. extract_type_info(#xmlText{value=Value}, {Acc, Info}) -> {reverse(foldl(fun extract_type_info2/2, [], string:tokens(Value, " "))) ++ Acc, Info}; extract_type_info(#xmlElement{name=ref,attributes=As,content=[#xmlText{value=V}]}, {Acc,undefined}) -> {value, #xmlAttribute{value = Refid}} = keysearch(refid,#xmlAttribute.name,As), {value, #xmlAttribute{value = Kind}} = keysearch(kindref,#xmlAttribute.name,As), {reverse(foldl(fun extract_type_info2/2, [], string:tokens(V, " "))) ++ Acc, {Kind,Refid}}; extract_type_info(#xmlElement{name=ref,attributes=As,content=[#xmlText{value=V}]}, {Acc,_}) -> {value, #xmlAttribute{value = Refid}} = keysearch(refid,#xmlAttribute.name,As), {value, #xmlAttribute{value = Kind}} = keysearch(kindref,#xmlAttribute.name,As), {reverse(foldl(fun extract_type_info2/2, [], string:tokens(V, " "))) ++ Acc, {Kind,Refid}}; extract_type_info(What,Acc) -> ?error({parse_error,What,Acc}). extract_type_info2("const",Acc) -> [const|Acc]; extract_type_info2("*", [{by_ref,{pointer,N}}|Acc]) -> [{by_ref,{pointer,N+1}}|Acc]; extract_type_info2("*", Acc) -> [{by_ref,{pointer,1}}|Acc]; extract_type_info2("**", Acc) -> [{by_ref,{pointer,2}}|Acc]; extract_type_info2("&", Acc) -> [{by_ref,reference}|Acc]; extract_type_info2("WXDLLIMP" ++ _, Acc) -> Acc; extract_type_info2(Type, Acc) -> [Type|Acc]. parse_type2(["void"], _Info, _Opts, #type{by_val=ByVal}) -> case ByVal of true -> void; false -> voidp end; parse_type2(["virtual"|R], _Info, _Opts, _T) -> [] = R, %% Bug in old doxygen virtual destructors have type virtual void; parse_type2(["wxe_cb"|R],Info,Opts, T) -> parse_type2(R,Info,Opts,T#type{name=int,base=wxe_cb}); parse_type2([const|R],Info,Opts,T=#type{mod=Mod}) -> parse_type2(R,Info,Opts,T#type{mod=[const|Mod]}); parse_type2(["unsigned"|R],Info,Opts,T=#type{mod=Mod}) -> parse_type2(R,Info,Opts,T#type{mod=[unsigned|Mod]}); parse_type2(["int"|R],Info,Opts, T) -> parse_type2(R,Info,Opts,T#type{name=int,base=int}); parse_type2(["char"|R],Info,Opts, T) -> parse_type2(R,Info,Opts,T#type{name="char",base=int}); parse_type2([N="size_t"|R], Info, Opts, T) -> parse_type2(R,Info,Opts,T#type{name=N, base=int}); parse_type2(["long"|R],Info, Opts, T) -> parse_type2(R,Info,Opts,T#type{name=long,base=int}); parse_type2(["float"|R],Info,Opts, T) -> parse_type2(R,Info,Opts,T#type{name=float,base=float}); parse_type2(["double"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=double,base=double}); parse_type2([N="wxDouble"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=double}); parse_type2(["bool"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=bool,base=bool}); parse_type2([N="wxWindowID"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=int}); parse_type2([N="wxTextCoord"|R],Info,Opts,T) -> %%long parse_type2(R,Info,Opts,T#type{name=N,base=int}); parse_type2([N="wxTextPos"|R],Info,Opts,T) -> %%long parse_type2(R,Info,Opts,T#type{name=N,base=int}); parse_type2([N="wxPrintQuality"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=int}); parse_type2(["wxDataFormat"|_R],_Info,_Opts,T) -> %% Hack Hack T#type{name="wxDataFormatId",base={enum,"wxDataFormatId"}}; parse_type2([N="wxArrayInt"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=int,single=array}); parse_type2([N="wxArrayDouble"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=double,single=array}); parse_type2([N="wxTreeItemId"|R],Info,Opts,T) -> %% Use Pointer as Ids parse_type2(R,Info,Opts,T#type{name=N,base=int64}); parse_type2([N="wxTreeItemIdValue"|R],Info,Opts,T) -> %% Use Pointer as Ids parse_type2(R,Info,Opts,T#type{name=N,base=int64}); parse_type2([N="wxArrayTreeItemIds"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=int64,single=array}); parse_type2([N="wxTreeItemData"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name="wxETreeItemData",base={term,N}}); parse_type2([N="wxClientData"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name="wxeErlTerm",base={term,N}}); parse_type2([N="wxChar"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=int}); parse_type2(["wxUint32"|R],Info,Opts,T=#type{mod=Mod}) -> parse_type2(R,Info,Opts,T#type{name=int,base=int,mod=[unsigned|Mod]}); parse_type2([N="wxCoord"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=int}); parse_type2([N="wxPoint"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,N,[{int,"X"},{int,"Y"}]}}); parse_type2([N="wxSize"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,N,[{int,"W"},{int,"H"}]}}); parse_type2([N="wxGBPosition"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,N,[{int,"R"},{int,"C"}]}}); parse_type2([N="wxGBSpan"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,N,[{int,"RS"},{int,"CS"}]}}); parse_type2([N="wxGridCellCoords"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,N,[{int,"R"},{int,"C"}]}}); parse_type2([N="wxGridCellCoordsArray"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,"wxGridCellCoords", [{int,"R"},{int,"C"}]}, single=array}); parse_type2([N="wxRect"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base={comp,N,[{int,"X"},{int,"Y"}, {int,"W"},{int,"H"}]}}); parse_type2([N="wxColour"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N, base={comp,N,[{int,"R"},{int,"G"},{int,"B"},{int,"A"}]}}); parse_type2([N="wxColor"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name="wxColour", base={comp,N,[{int,"R"},{int,"G"},{int,"B"},{int,"A"}]}}); parse_type2([N="wxPoint2DDouble"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N, base={comp,N,[{double,"X"},{double,"Y"}]}}); parse_type2([N="wxRect2DDouble"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N, base={comp,N,[{double,"X"},{double,"Y"}, {double,"W"},{double,"H"}]}}); parse_type2([N="wxDateTime"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N, base={comp,N,[{int,"D"},{int,"Mo"},{int,"Y"}, {int,"H"},{int,"Mi"},{int,"S"}]} }); parse_type2([N="wxMouseState"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N, base={comp,N,{record, wxMouseState}}}); parse_type2([N="wxHtmlLinkInfo"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N, base={comp,N,{record, wxHtmlLinkInfo}}}); parse_type2([N="wxString"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=string}); parse_type2([N="wxArtClient"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=string}); parse_type2(["wxArtID"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name="wxString",base=string}); parse_type2([N="wxFileName"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=string}); parse_type2([N="wxArrayString"|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{name=N,base=[int],single=array,by_val=true}); parse_type2([{by_ref,Ref}|R],Info,Opts,T) -> parse_type2(R,Info,Opts,T#type{ref=Ref,by_val=false}); parse_type2([],_,_,T) -> T; parse_type2([N="wxImageList"|R],Info,Opts,T) -> %% ARRG breaks the following clause parse_type2(R,Info,Opts,T#type{name=N,base={class,N}}); parse_type2(L=[Name|R],I,Opts,T) -> case reverse(Name) of "tsiL" ++ RBase -> parse_type2(R,I,Opts, T#type{name=Name,base={class,reverse(RBase)},single=list}); _ -> parse_type3(L,I,Opts,T) end. parse_type3(["wxNotebookPage"|R],I,Opts,T) -> Xml = case I of {_, Ref} -> Ref; undefined -> undefined end, parse_type2(R,I,Opts,T#type{name="wxWindow",base={class,"wxWindow"},xml=Xml}); parse_type3([N|R],I={"member",Ref},Opts,T) -> Type = name(N,Opts), ErlClass = special_name(Type), case string:tokens(Ref, "_") of ["class" ++ _] -> ignore; Other -> Inc0 = lists:takewhile(fun("8h") -> false;(_) -> true end,Other), Inc = gen_util:args(fun(A) -> A end, "_", Inc0), %% io:format("Inc ~s ~n", [Inc]), put({include,Inc}, ref) end, case get_enum(Type) of {_, undefined} -> parse_type2(R,I,Opts,T#type{name=Type,base={class,ErlClass},xml=Ref}); {TypeWOClass,#enum{}} -> parse_type2(R,I,Opts,T#type{name=Type,base={enum,TypeWOClass},xml=Ref}) end; parse_type3([N = "wx"++_|R],I,Opts,T) -> Xml = case I of {_, Ref} -> Ref; undefined -> undefined end, Class = name(N,Opts), ErlClass = special_name(Class), parse_type2(R,I,Opts,T#type{name=Class,base={class,ErlClass},xml=Xml}); parse_type3([N="WXWidget"|R], Info,Opts, T) -> parse_type2(R,Info,Opts,T#type{name=N,base=long}); %% Let type errors be seen later because we don't know if these unhandled types %% will be used. parse_type3([Name|R],Info,Opts, T) -> New = T#type{name={unhandled,Name,Info,get(current_class),get(current_func)}}, parse_type2(R,Info,Opts, New). %%skipped(#method{method_type=constructor, type=void}, _Opts) -> true; skipped(#method{}, #hs{skip=[]}) -> false; skipped(#method{name=Name,params=P}, #hs{skip=Skip}) -> AtomName = list_to_atom(Name), Skipped = lists:member(AtomName, Skip) orelse lists:member({AtomName,length(P)}, Skip), %% io:format("~p ~p skipped ~p ~n", [AtomName, length(P),Skipped]), Skipped. add_method(Ms0, NoArgs, Class, Opts) -> Add = fun(M=#method{params=Ps0}, Acc) -> case length(Ps0) of NoArgs -> [add_method2(M,Class,Opts)|Acc]; _ when NoArgs =:= all -> [add_method2(M,Class,Opts)|Acc]; _ -> Acc end end, NewMs = lists:foldl(Add,[],Ms0), Unique = filter_functions(reverse(NewMs), Opts), erase(current_func), foldl(fun(M,C=#class{methods=Ms}) when is_list(M) -> C#class{methods=[M|Ms]} end, Class,reverse(Unique)). add_method2(M0=#method{name=Name,params=Ps0,type=T0},#class{name=CName,parent=Par},#hs{fopt=Opts}) -> Type = case patch_param(Name, return, #param{type=T0}, Opts) of #param{type = T0} -> case patch_param(Name, {length(Ps0),return}, #param{type=T0}, Opts) of #param{where=nowhere} -> void; #param{type = Type0} -> Type0 end; #param{where=nowhere} -> void; #param{type = Type0} -> Type0 end, {Req,Opt} = lists:partition(fun(#param{def=Def}) -> Def == none end, M0#method.params), Ps = reverse(Ps0), IsStatic = case Par of "static" -> static; _ -> M0#method.method_type end, Where = case get_opt(where, Name, length(Ps), Opts) of undefined -> both; Other -> Other end, M1 = M0#method{defined_in=CName, min_arity = length(Req), max_arity = length(Req) + case Opt of [_ | _] -> 1; _ -> 0 end, type = Type, method_type = IsStatic, where = Where, id = next_id(func_id), pre_hook = get_opt(pre_hook, Name, length(Ps), Opts), post_hook = get_opt(post_hook, Name, length(Ps), Opts), doc = get_opt(doc, Name, length(Ps), Opts) }, M = case Name of CName -> M1#method{method_type=constructor,name=CName, type=constructor(CName), params=Ps}; [$~|CName] -> M1#method{method_type=destructor,name=Name, params=[this(CName)|Ps]}; _ -> case M1#method.method_type of static -> M1#method{params=Ps}; member -> M1#method{params=[this(CName)|Ps]} end end, M. this(Class) -> #param{name="This",where=this, type=#type{name=Class,base={class,Class},by_val=false,ref={pointer,1}}}. constructor(Class) -> #type{name=Class,base={class,Class},by_val=false,ref=reference}. filter_functions(Parsed, Opts) -> Left = foldl(fun(M0,Acc) -> case skipped(M0, Opts) of true -> Acc; false -> TF = extract_type_footprint(M0), [TF|Acc] end end,[],Parsed), Clean = remove_or_merge(lists:sort(Left),[],[]), erl_skip_opt(reverse(Clean),[],[]). remove_or_merge([{A,{L,In,O1},M1}|Rest=[{A,{L,In,O2},M2}|_]],Acc1,Acc2) when M1#method.method_type =:= M2#method.method_type -> %% These are the same remove one of them. case O1 =:= O2 of true -> ok; false -> ?warning("Multiple out arguments of ~s:~s: ~p or ~p~n", [get(current_class),M1#method.name, O1,O2]) end, remove_or_merge(Rest,Acc1,Acc2); remove_or_merge([F={A,{Len,_,_},M1}|Rest],[{A,{Len,_,_},M2}|_]=Acc1,Acc2) when M1#method.method_type =:= M2#method.method_type -> NewAcc1 = maybe_merge(F,Acc1,[]), remove_or_merge(Rest,NewAcc1,Acc2); remove_or_merge([F|Rest],[],Acc2) -> remove_or_merge(Rest,[F],Acc2); remove_or_merge([F|Rest],Acc1,Acc2) -> remove_or_merge(Rest,[F], [reverse(Acc1)|Acc2]); remove_or_merge([],[], Acc2) -> Acc2; remove_or_merge([],Acc1,Acc2) -> [reverse(Acc1)|Acc2]. erl_skip_opt([Ms|R],[],Acc2) -> {Orig, Skipped} = erl_skip_opt2(Ms,[],[],[]), erl_skip_opt(R,Orig,[Skipped|Acc2]); erl_skip_opt(All=[Ms=[{_,{Len,_,_},_}|_]|R],Acc1=[{_,{N,_,_},_}|_], Acc2) -> case Len =:= N+1 of true -> {Orig, Skipped} = erl_skip_opt2(Ms,[],[],Acc1), erl_skip_opt(R,Orig,[Skipped++strip_ti(Acc1)|Acc2]); false -> erl_skip_opt(All, [], [strip_ti(Acc1)|Acc2]) end; erl_skip_opt([],Acc1,Acc2) -> [strip_ti(Acc1)|Acc2]. erl_skip_opt2([F={_,{N,In,_},M=#method{where=Where}}|Ms],Acc1,Acc2,Check) -> case N > 0 andalso lists:last(In) =:= opt_list of true when Where =/= merged_c, Where =/= taylormade -> case Check of [] -> erl_skip_opt2(Ms,[F|Acc1],[M#method{where=erl_no_opt}|Acc2],[]); _ -> Skipped = droplast(In), T = fun({_,{_,Args,_},_}) -> true =:= types_differ(Skipped,Args) end, case lists:all(T, Check) of true -> erl_skip_opt2(Ms,[F|Acc1], [M#method{where=erl_no_opt}|Acc2], Check); false -> erl_skip_opt2(Ms,[F|Acc1],Acc2,Check) end end; _ -> erl_skip_opt2(Ms,[F|Acc1],Acc2,Check) end; erl_skip_opt2([],Acc1,Acc2,_) -> {Acc1,Acc2}. strip_ti(Ms) -> [M || {_,{_,_,_},M} <- Ms]. maybe_merge(T1,[],Acc) -> reverse([T1|Acc]); maybe_merge(F={A1,T1={Len,In1,O1},M1},[C={A2,T2={Len,In2,O2},M2}|Rest],Acc) -> case types_differ(In1,In2) of true -> maybe_merge(F,Rest,[C|Acc]); {class,C1,C2} when O1 =:= O2 -> {Merged,M2Mod} = merge_class_params(M1,M2,C1,C2), reverse([{A1,T1,Merged},{A2,T2,M2Mod}|Acc]) ++ Rest; false -> ?warning("Argument clash in ~s:~s:~n ~p~nor ~p~n", [get(current_class),M1#method.name,{In1,O1},{In2,O2}]), [F|Rest++Acc] end. merge_class_params(M1=#method{params=P1,id=Mi1},M2=#method{params=P2,id=Mi2},C1,C2) -> Merged = merge_class_params2({class,C1},P1,Mi1,{class,C2},P2,Mi2), {M1#method{params=Merged}, M2#method{where=merged_c}}. merge_class_params2(B1,[P1|R1],M1,B2,[P1|R2],M2) -> [P1|merge_class_params2(B1,R1,M1,B2,R2,M2)]; merge_class_params2(B1,[P1=#param{type=T1=#type{base=B1}}|R1],M1, B2,[#param{type=T2=#type{base=B2}}|R2],M2) -> [P1#param{type={merged,M1,T1,R1,M2,T2,R2}}|merge_class_params2(B1,R1,M1,B2,R2,M2)]; merge_class_params2(B1,[P1|R1],_M1,B2,[P2|R2],_M2) -> io:format("Merged Failed ~p ~p~n", [B1,B2]), io:format(" ~p ~p~n ~p~p~n", [P1,R1,P2,R2]), ?error(merged_failed); merge_class_params2(_,[],_,_,[],_) -> []. types_differ([C1|R1], [C2|R2]) when is_list(C1), is_list(C2) -> types_differ(R1,R2); %% Different Classes types_differ([C|R1], [C|R2]) -> types_differ(R1,R2); types_differ([{term,_}|R1], [_|R2]) -> types_differ(R1,R2); types_differ([_|R1], [{term,_}|R2]) -> types_differ(R1,R2); types_differ([{class,C1}|R1], [{class,C2}|R2]) -> case types_differ(R1,R2) of true -> true; false -> {class,C1,C2}; {class,C1,C2} -> {class,C1,C2}; {class, _,_} -> false end; types_differ([int|_], _) -> true; types_differ(_, [int|_]) -> true; types_differ([{class,_}|_], _) -> true; types_differ(_, [{class,_}|_]) -> true; types_differ([binary|_], _) -> true; types_differ(_, [binary|_]) -> true; types_differ([list|R1], [opt_list|R2]) -> types_differ(R1,R2); types_differ([opt_list|R1], [list|R2]) -> types_differ(R1,R2); types_differ([C1|R1], [C2|R2]) when is_tuple(C1), is_tuple(C2) -> (tuple_size(C1) =/= tuple_size(C2)) orelse types_differ(R1,R2); types_differ([C1|_R1], [_C2|_R2]) when is_tuple(C1) -> true; types_differ([_C1|_R1], [C2|_R2]) when is_tuple(C2) -> true; types_differ([_C1|R1], [_C2|R2]) -> %% More cases? types_differ(R1,R2); types_differ([], []) -> false. extract_type_footprint(M=#method{type=void,alias=A,params=Ps}) -> {A,extract_type_footprint2(Ps, [], [], false), M}; extract_type_footprint(M=#method{type=Type,alias=A,params=Ps}) -> {A,extract_type_footprint2(Ps, [type_foot_print(Type)], [], false), M}. extract_type_footprint2([_P=#param{where=c, in=InArg}|R], Out, In, Opt) when InArg =/= false -> extract_type_footprint2(R, Out, In, Opt); extract_type_footprint2([_P=#param{def=Def, in=InArg}|R], Out, In, _Opt) when Def =/= none, InArg =/= false -> extract_type_footprint2(R, Out, In, true); extract_type_footprint2([#param{in=false, type=Type}|Ps], Out, In, Opt) -> extract_type_footprint2(Ps, [type_foot_print(Type)|Out], In, Opt); extract_type_footprint2([#param{in=true, type=Type}|Ps], Out, In, Opt) -> extract_type_footprint2(Ps, Out, [type_foot_print(Type)|In], Opt); extract_type_footprint2([#param{in=both, type=Type}|Ps], Out, In, Opt) -> TFP = type_foot_print(Type), extract_type_footprint2(Ps, [TFP|Out], [TFP|In], Opt); extract_type_footprint2([], Out0, In, Opt) -> Out = case Out0 of [] -> void; [One] -> One; _ -> list_to_tuple(reverse(Out0)) end, if Opt -> {length(In)+1,reverse([opt_list|In]),Out}; true -> {length(In), reverse(In),Out} end. type_foot_print(#type{single=Single}) when Single =/= true -> list; type_foot_print(#type{base=string}) -> list; type_foot_print(#type{base=Base}) when is_list(Base) -> list; type_foot_print(#type{base=long}) -> int; type_foot_print(#type{base=binary}) -> binary; type_foot_print(#type{base={binary,_}}) -> binary; type_foot_print(#type{base=int}) -> int; type_foot_print(#type{base=int64}) -> int; type_foot_print(#type{base=bool}) -> bool; %%type_foot_print(#type{base=datetime}) -> datetime; type_foot_print(#type{base=float}) -> float; type_foot_print(#type{base=double}) -> float; type_foot_print(#type{base=C={class,_}}) -> C; type_foot_print(#type{base={enum,_}}) -> int; type_foot_print(#type{base={ref,_}}) -> ref; type_foot_print(#type{base={term,_}}) -> term; type_foot_print(#type{base=eventType}) -> atom; type_foot_print(voidp) -> int; %% type_foot_print({Type,Str}) when is_list(Str) -> %% type_foot_print(Type); type_foot_print(#type{base={comp,_,R={record,_}}}) -> R; type_foot_print(#type{base={comp,_,Types}}) -> TFL = map(fun({T,N}) when is_list(N) -> case T of double -> float; _ -> T end end, Types), list_to_tuple(TFL). %type_foot_print(What) -> What. translate_enums(Defs) -> Res = [translate_enums1(Def) || Def <- Defs], Consts = [Enum || Enum = {{enum,_},_} <- get()], translate_constants(Consts, get(not_const), get(const_skip)), put(gvars, [{Gvar,Class,next_id(const)} || {Gvar,Class} <- lists:sort(get(gvars))]), Res. translate_enums1(C=#class{name=Name, methods=Ms0, attributes=As0}) -> Ms = [translate_enums2(M, Name) || M <- Ms0], As = [translate_enums3(A, Name) || A <- As0], C#class{methods=Ms, attributes=As}. translate_enums2(M=#method{params=Ps0, type=T0},Class) -> Ps = [translate_enums3(P, Class) || P <- Ps0], T = translate_enums_type(T0,Class), M#method{params=Ps,type=T}; translate_enums2(Ms,Class) when is_list(Ms) -> [translate_enums2(M,Class) || M <- Ms]. translate_enums3(P=#param{type=Type0},InClass) -> Type = translate_enums_type(Type0,InClass), P#param{type=Type}; translate_enums3(InHer = {inherited, _},_InClass) -> InHer. translate_enums_type(T=#type{base={class,C}},Class) -> case get_enum(C,Class) of {_, undefined} -> T; {Enum, #enum{}} -> %% io:format("ENUM Change class ~p to enum ~p~n", [C,Enum]), T#type{base={enum, Enum}} end; translate_enums_type(T,_Class) -> T. translate_constants(Enums, NotConsts0, Skip0) -> NotConsts = gb_sets:from_list(NotConsts0), Skip = gb_sets:from_list(Skip0), Consts0 = create_consts(lists:sort(Enums), Skip, NotConsts, []), put(consts, gb_trees:from_orddict(lists:ukeysort(1,[{N,C}|| C = #const{name=N} <- Consts0]))). create_consts([{{enum, Name},Enum = #enum{vals=Vals}}|R], Skip, NotConsts, Acc0) -> CC = fun(What, Acc) -> create_const(What, Skip, NotConsts, Acc) end, Acc = case Vals of undefined -> ?warning("Missing Enum ~p ~p ~n",[Name, Enum]), Acc0; [] -> %% ?warning("Ignored Empty Enum list ~p ~n",[_Name]), Acc0; _ -> foldl(CC, Acc0, lists:sort(Vals)) end, create_consts(R, Skip, NotConsts, Acc); create_consts([],_,_,Acc) -> Acc. create_const({Name, Val}, Skip, NotConsts, Acc) -> case gb_sets:is_member(Name, Skip) of true -> Acc; false -> case gb_sets:is_member(Name, NotConsts) of true -> [#const{name=Name,val=next_id(const),is_const=false}|Acc]; false -> [#const{name=Name,val=Val,is_const=true}|Acc] %% false -> %% [#const{name=Name,val=Val}|Acc] end end. %%%%%%%%%%%%% next_id(What) -> Next = case get(What) of undefined -> 100; N -> N+1 end, put(What, Next), Next. name([$~|Name], Opts) -> [$~|name(Name,Opts)]; name(Name0, #hs{alias=Alias}) -> Name = case reverse(Name0) of "esaBlooT" ++ _ -> %% Arrg uses base Name0; "esaBelbaTdirG" ++ _ -> %% Arrg uses base Name0; "esaBrekciP" ++ _ -> %% Arrg uses base Name0; "esaB" ++ Rest when hd(Name0) =:= $w -> %% Arrg Some decl uses base class directly reverse(Rest); _F -> Name0 end, get_value(Name,Alias,Name). special_name("wxIconLocation") -> "wx"; special_name("wxToolBarToolBase") -> "wx"; special_name("wxObject") -> "wx"; special_name("wxValidator") -> "wx"; % XXXXX %% special_name("wxTreeItemData") -> "wx"; % XXXXX %% special_name("wxTreeItemId") -> "wx"; %% special_name("wxDataObject") -> "wx"; special_name(Other) -> Other. drop_empty(List) -> filter(fun(#xmlText { value = Text}) -> string:strip(Text) =/= ""; (_)-> true end, List). %%% Enums parse_enums(Files) -> DontSearch = ["wxchar","filefn", "platform", "strconv", "filename", "buffer", "string", "debug", "platinfo"], %% Arg need to patch some specials, atleast for wx-2.6 ExtraSearch = ["gtk_2glcanvas", "generic_2splash"], parse_enums(Files ++ ExtraSearch,gb_sets:from_list(DontSearch)). parse_enums([File|Files], Parsed) -> case gb_sets:is_member(File,Parsed) of false -> FileName = filename:join(["wx_xml",File ++ "_8h.xml"]), %%io:format("Parse Enums in ~s ~n", [FileName]), case xmerl_scan:file(FileName, [{space, normalize}]) of {error, enoent} -> %% io:format("Ignore ~p~n", [FileName]), parse_enums(Files, gb_sets:add(File,Parsed)); {Doc, _} -> ES = "./compounddef/sectiondef/memberdef[@kind=\"enum\"]", AM = xmerl_xpath:string(ES, Doc), lists:foreach(fun(Def) -> extract_enum(Def, undefined, File) end, AM), DS = "./compounddef/sectiondef/memberdef[@kind=\"define\"]", Defs = xmerl_xpath:string(DS, Doc), extract_defs(Defs,File), INCs = xmerl_xpath:string("./compounddef/includes/text()", Doc), New = [reverse(tl(tl(reverse(Inc)))) || #xmlText{value="wx/"++Inc} <- INCs], %% io:format("Scan enums from ~p ~n", [File]), parse_enums(New ++ Files, gb_sets:add(File,Parsed)) end; true -> parse_enums(Files,Parsed) end; parse_enums([],_) -> ok. extract_enum(#xmlElement{name=memberdef,content=C}, Class, File) -> {Name0,Vals0} = extract_enum2(C,undefined,0,[]), {Vals,Name} = if hd(Name0) =:= $@, Class =:= undefined -> {Vals0, Name0 ++ "_" ++ File}; Class =:= undefined-> {Vals0, Name0}; true -> {[{Class++"::"++N,V} || {N,V} <- Vals0], {Class,Name0}} end, case get({enum, Name}) of undefined -> %% io:format("1Enum name ~p~n", [Name]), %% [io:format(" ~s ~p~n", [D,V]) || {D,V} <- Vals], put({enum, Name}, #enum{vals=Vals, from={File,Class,Name0}}); E = #enum{vals=undefined} -> %% io:format("2Enum name ~p~n", [Name]), %% [io:format(" ~s ~p~n", [D,V]) || {D,V} <- Vals], put({enum, Name}, E#enum{vals=Vals, from={File,Class,Name0}}); #enum{vals=Vals} -> ok; %% io:format("Same? ~p ~n", [PVals == Vals]) #enum{vals=OldVals} -> io:format("Enum ~p in ~p ~p ~p~n", [Name,Class,get(current_class),get(current_func)]), io:format("New ~p~n", [Vals]), io:format("Old ~p~n", [OldVals]), erlang:error({enum_mismatch,Name,Vals,OldVals}) end, ok. extract_enum2([#xmlElement{name=name,content=[#xmlText{value=Name}]}|R],_,Id,Acc0) -> extract_enum2(R,Name,Id,Acc0); extract_enum2([#xmlElement{name=enumvalue,content=C}|R], N,Id,Acc0) -> {Acc,NewId} = extract_enum3(C,Id,Acc0), extract_enum2(R, N, NewId, Acc); extract_enum2([_|R], N, Id, Acc) -> extract_enum2(R, N, Id, Acc); extract_enum2([], N, _Id, Acc) -> {N, reverse(Acc)}. extract_enum3([#xmlElement{name=name,content=[#xmlText{value=Name}]}|R], Id, Acc) -> case lists:keymember(Name, 1, Acc) of true -> %% Doxygen double includes some defs. {Acc,Id}; false -> case Id of This = {Str,Num} -> extract_enum3(R, {Str, Num+1}, [{Name,This}|Acc]); Val -> extract_enum3(R, Val+1, [{Name,Val}|Acc]) end end; extract_enum3([#xmlElement{name=initializer,content=Cs}|_],_Id,[{Name,_}|Acc]) -> String = case extract_def2(Cs) of "= " ++ Str0 -> Str0; %% Doxygen 1.8.3.1 keeps the '=' sign "=" ++ Str0 -> Str0; %% Doxygen 1.8.3.1 keeps the '=' sign Str0 -> Str0 end, Val0 = gen_util:tokens(String,"<& "), try case Val0 of ["0x" ++ Val1] -> Val = http_util:hexlist_to_integer(Val1), {[{Name, Val}|Acc], Val+1}; ["1", "<<", Shift] -> Val = 1 bsl list_to_integer(Shift), {[{Name, Val}|Acc], Val+1}; [Str, "+", What] -> Val = list_to_integer(What), {[{Name, {Str, Val}}|Acc], {Str,Val+1}}; [Single] -> Val = list_to_integer(Single), {[{Name, Val}|Acc], Val+1}; _ -> %% io:format("~p Name ~p ~p ~p~n",[?LINE, Name, Val0, String]), throw(below) end catch _:_ -> {[{Name,{String,0}}|Acc], {String,1}} end; extract_enum3([_|R], Id, Acc) -> extract_enum3(R, Id, Acc); extract_enum3([], Id, Acc) -> {Acc, Id}. extract_defs(Defs, File) -> case foldl(fun extract_defs2/2, {[], gb_sets:empty()}, Defs) of [] -> ok; {Vals,_Skip} -> %% io:format("Defs file ~p~n", [File]), %% [io:format(" ~s ~p~n", [D,V]) || {D,V} <- Vals, not is_integer(V)] put({enum, {define,"From " ++ File ++ ".h"}}, #enum{vals=Vals, from={File, undefined, "@define"}}) end. extract_defs2(#xmlElement{name=memberdef,content=C},{Acc,Skip}) -> try Res = {Name,_} = extract_def(C,undefined,Skip), case gb_sets:is_member(Name,Skip) orelse lists:keymember(Name, 1, Acc) of true -> {Acc,Skip}; false -> {[Res | Acc], Skip} end catch throw:SkipName -> {Acc, gb_sets:add(SkipName,Skip)} end. extract_def([#xmlElement{name=name,content=[#xmlText{value=Name}]}|R], _N, Skip) -> case Name of "wxUSE" ++ _ -> throw(Name); "wx" ++ _ -> extract_def(R, Name, Skip); _ -> throw(Name) end; extract_def([#xmlElement{name=param}|_],Name,_) -> throw(Name); extract_def([#xmlElement{name=initializer,content=Cs}|_R],N,Skip) -> Val0 = extract_def2(Cs), case Val0 of "0x" ++ Val1 -> {N, http_util:hexlist_to_integer(Val1)}; _ -> try Val = list_to_integer(Val0), {N, Val} catch _:_ -> case def_is_ok(Val0, Skip) of false -> throw(N); NVal when is_integer(NVal) -> {N, NVal}; NVal -> {N, {NVal,0}} end end end; extract_def([_|R],N,Skip) -> extract_def(R,N,Skip); extract_def(_,N,_) -> throw(N). extract_def2([#xmlText{value=Val}|R]) -> strip_comment(string:strip(Val)) ++ extract_def2(R); extract_def2([#xmlElement{content=Cs}|R]) -> extract_def2(Cs) ++ extract_def2(R); extract_def2([]) -> []. strip_comment("/*" ++ Rest) -> strip_comment_until_end(Rest); strip_comment("//" ++ _) -> []; strip_comment([H|R]) -> [H | strip_comment(R)]; strip_comment([]) -> []. strip_comment_until_end("*/" ++ Rest) -> strip_comment(Rest); strip_comment_until_end([_|R]) -> strip_comment_until_end(R). def_is_ok(Name, Skip) -> Toks = gen_util:tokens(Name,"()| \\:"), R = def_is_ok(Toks, Skip, []), % io:format("~s -> ~p~n", [Name,R]), R. def_is_ok([], _Skip, [")",Int, "("]) -> Int; def_is_ok([], _Skip, Acc) -> lists:append(reverse(Acc)); def_is_ok([N="wx"++_|R],Skip,Acc) -> case gb_sets:is_member(N,Skip) of true -> false; false -> def_is_ok(R,Skip,[N|Acc]) end; def_is_ok(["0x"++Val|R],Skip,Acc) -> def_is_ok(R,Skip,["16#" ++ Val|Acc]); def_is_ok([N="|"|R], Skip, Acc) -> def_is_ok(R,Skip,[N|Acc]); def_is_ok([N="("|R], Skip, Acc) -> def_is_ok(R,Skip,[N|Acc]); def_is_ok([N=")"|R], Skip, Acc) -> def_is_ok(R,Skip,[N|Acc]); def_is_ok([":"|_], _Skip, _Acc) -> false; def_is_ok([N|R],Skip,Acc) -> case catch list_to_integer(N) of {'EXIT', _} -> false; Int -> def_is_ok(R,Skip,[Int|Acc]) end. get_enum(Type0) when is_list(Type0) -> case string:tokens(Type0,":") of [Type] -> {Type, get({enum,Type})}; [Class,Type] -> get_enum(Type,Class) end; get_enum({Class,Type}) -> get_enum(Type,Class). get_enum(Type,Class) -> case get({enum,Type}) of undefined -> {{Class,Type},get({enum, {Class,Type}})}; Res = #enum{} -> {Type,Res} end.