Why Gemfury?
Push, build, and install
RubyGems
npm packages
Python packages
Maven artifacts
PHP packages
Go Modules
Debian packages
RPM packages
NuGet packages
Repository URL to install this package:
|
Version:
3.2.0 ▾
|
{
Copyright (c) 1998-2002 by Berczi Gabor
Modifications Copyright (c) 1999-2002 Florian Klaempfl and Pierre Muller
Support routines for getting browser info in collections
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
****************************************************************************
}
{$ifdef TP}
{$N+,E+}
{$endif}
unit browcol;
{$i fpcdefs.inc}
{ $define use_refs}
{$H-}
interface
uses
SysUtils,
CUtils,
objects,
cclasses,
symconst,symtable;
const
SymbolTypLen : integer = 6;
RecordTypes : set of tsymtyp =
([typesym,unitsym]);
sfRecord = $00000001;
sfObject = $00000002;
sfClass = $00000004;
sfPointer = $00000008;
sfHasMemInfo = $40000000;
type
TStoreCollection = object(TStringCollection)
function Add(const S: string): PString;
end;
PModuleNameCollection = ^TModuleNameCollection;
TModuleNameCollection = object(TStoreCollection)
end;
PTypeNameCollection = ^TTypeNameCollection;
TTypeNameCollection = object(TStoreCollection)
end;
PSymbolCollection = ^TSymbolCollection;
PSortedSymbolCollection = ^TSortedSymbolCollection;
PReferenceCollection = ^TReferenceCollection;
PReference = ^TReference;
TReference = object(TObject)
FileName : PString;
Position : TPoint;
constructor Init(AFileName: PString; ALine, AColumn: Sw_integer);
function GetFileName: string;
destructor Done; virtual;
constructor Load(var S: TStream);
procedure Store(var S: TStream);
end;
PSymbolMemInfo = ^TSymbolMemInfo;
TSymbolMemInfo = record
Addr : longint;
Size : longint;
PushSize : longint;
end;
PSymbol = ^TSymbol;
TSymbol = object(TObject)
Name : PString;
Typ : tsymtyp;
varoptions : tvaroptions;
varspez : tvarspez; { sets the type of access }
Params : PString;
References : PReferenceCollection;
Items : PSymbolCollection;
DType : PString;
VType : PString;
TypeID : Ptrint;
RelatedTypeID : Ptrint;
DebuggerCount : longint;
Ancestor : PSymbol;
Flags : longint;
MemInfo : PSymbolMemInfo;
constructor Init(const AName: string; ATyp: tsymtyp; AParams: string; AMemInfo: PSymbolMemInfo);
procedure SetMemInfo(const AMemInfo: TSymbolMemInfo);
function GetReferenceCount: Sw_integer;
function GetReference(Index: Sw_integer): PReference;
function GetItemCount: Sw_integer;
function GetItem(Index: Sw_integer): PSymbol;
function GetName: string;
function GetText: string;
function GetTypeName: string;
destructor Done; virtual;
procedure SetVarSpez(const AVarSpez : TVarSpez);
procedure SetVarOptions(const AVarOptions : TVarOptions);
constructor Load(var S: TStream);
procedure Store(var S: TStream);
end;
PExport = ^TExport;
TExport = object(TObject)
constructor Init(const AName: string; AIndex: longint; ASymbol: PSymbol);
function GetDisplayText: string;
destructor Done; virtual;
private
Name: PString;
Index: longint;
Symbol: PSymbol;
end;
PExportCollection = ^TExportCollection;
TExportCollection = object(TSortedCollection)
function At(Index: sw_Integer): PExport;
function Compare(Key1, Key2: Pointer): sw_Integer; virtual;
end;
PImport = ^TImport;
TImport = object(TObject)
constructor Init(const ALibName, AFuncName,ARealName: string; AIndex: longint);
function GetDisplayText: string;
destructor Done; virtual;
private
LibName: PString;
FuncName: PString;
RealName: PString;
Index: longint;
end;
PImportCollection = ^TImportCollection;
TImportCollection = object(TSortedCollection)
function At(Index: sw_Integer): PImport;
function Compare(Key1, Key2: Pointer): sw_Integer; virtual;
end;
PObjectSymbolCollection = ^TObjectSymbolCollection;
PObjectSymbol = ^TObjectSymbol;
TObjectSymbol = object(TObject)
Parent : PObjectSymbol;
Symbol : PSymbol;
Expanded : boolean;
constructor Init(AParent: PObjectSymbol; ASymbol: PSymbol);
constructor InitName(const AName: string);
function GetName: string;
function GetDescendantCount: sw_integer;
function GetDescendant(Index: sw_integer): PObjectSymbol;
procedure AddDescendant(P: PObjectSymbol);
destructor Done; virtual;
constructor Load(var S: TStream);
procedure Store(S: TStream);
private
Name: PString;
Descendants: PObjectSymbolCollection;
end;
TSymbolCollection = object(TSortedCollection)
constructor Init(ALimit, ADelta: Integer);
function At(Index: Sw_Integer): PSymbol;
procedure Insert(Item: Pointer); virtual;
function LookUp(const S: string; var Idx: sw_integer): string; virtual;
end;
TSortedSymbolCollection = object(TSymbolCollection)
function Compare(Key1, Key2: Pointer): Sw_Integer; virtual;
procedure Insert(Item: Pointer); virtual;
function LookUp(const S: string; var Idx: sw_integer): string; virtual;
end;
PIDSortedSymbolCollection = ^TIDSortedSymbolCollection;
TIDSortedSymbolCollection = object(TSymbolCollection)
function Compare(Key1, Key2: Pointer): Sw_Integer; virtual;
procedure Insert(Item: Pointer); virtual;
function SearchSymbolByID(AID: longint): PSymbol;
end;
TObjectSymbolCollection = object(TSortedCollection)
constructor Init(ALimit, ADelta: Integer);
function Compare(Key1, Key2: Pointer): Sw_Integer; virtual;
function LookUp(const S: string; var Idx: sw_integer): string; virtual;
function At(Index: Sw_Integer): PObjectSymbol;
end;
TReferenceCollection = object(TCollection)
function At(Index: Sw_Integer): PReference;
end;
PSourceFile = ^TSourceFile;
TSourceFile = object(TObject)
SourceFileName: PString;
ObjFileName: PString;
PPUFileName: PString;
constructor Init(ASourceFileName, AObjFileName, APPUFileName: string);
destructor Done; virtual;
function GetSourceFilename: string;
function GetObjFileName: string;
function GetPPUFileName: string;
end;
PSourceFileCollection = ^TSourceFileCollection;
TSourceFileCollection = object(TCollection)
function At(Index: sw_Integer): PSourceFile;
end;
PModuleSymbol = ^TModuleSymbol;
TModuleSymbol = object(TSymbol)
Exports_ : PExportCollection;
Imports : PImportCollection;
LoadedFrom : PString;
UsedUnits : PSymbolCollection;
DependentUnits: PSymbolCollection;
MainSource: PString;
SourceFiles: pstringCollection;
constructor Init(const AName, AMainSource: string);
procedure SetLoadedFrom(const AModuleName: string);
procedure AddUsedUnit(P: PSymbol);
procedure AddDependentUnit(P: PSymbol);
procedure AddSourceFile(const Path: string);
destructor Done; virtual;
end;
const
Modules : PSymbolCollection = nil;
ModuleNames : PModuleNameCollection = nil;
TypeNames : PTypeNameCollection = nil;
ObjectTree : PObjectSymbol = nil;
SourceFiles : PSourceFileCollection = nil;
procedure DisposeBrowserCol;
procedure NewBrowserCol;
procedure CreateBrowserCol;
procedure InitBrowserCol;
procedure DoneBrowserCol;
function LoadBrowserCol(S: PStream): boolean;
function StoreBrowserCol(S: PStream) : boolean;
procedure BuildObjectInfo;
procedure BuildSourceList;
function SearchObjectForSymbol(O: PSymbol): PObjectSymbol;
procedure RegisterSymbols;
implementation
uses
globtype,globals,comphook,constexp,
{$ifdef DEBUG}
verbose,
{$endif DEBUG}
finput,fmodule,
crefs,cpuinfo,cgbase,
aasmbase,aasmtai,aasmdata,paramgr,
symsym,symdef,symtype,symbase,defutil;
const
RModuleNameCollection: TStreamRec = (
ObjType: 3001;
VmtLink: Ofs(TypeOf(TModuleNameCollection)^);
Load: @TModuleNameCollection.Load;
Store: @TModuleNameCollection.Store;
Next: nil
);
RTypeNameCollection: TStreamRec = (
ObjType: 3002;
VmtLink: Ofs(TypeOf(TTypeNameCollection)^);
Load: @TTypeNameCollection.Load;
Store: @TTypeNameCollection.Store;
Next: nil
);
RReference: TStreamRec = (
ObjType: 3003;
VmtLink: Ofs(TypeOf(TReference)^);
Load: @TReference.Load;
Store: @TReference.Store;
Next: nil
);
RSymbol: TStreamRec = (
ObjType: 3004;
VmtLink: Ofs(TypeOf(TSymbol)^);
Load: @TSymbol.Load;
Store: @TSymbol.Store;
Next: nil
);
RObjectSymbol: TStreamRec = (
ObjType: 3005;
VmtLink: Ofs(TypeOf(TObjectSymbol)^);
Load: @TObjectSymbol.Load;
Store: @TObjectSymbol.Store;
Next: nil
);
RSymbolCollection: TStreamRec = (
ObjType: 3006;
VmtLink: Ofs(TypeOf(TSymbolCollection)^);
Load: @TSymbolCollection.Load;
Store: @TSymbolCollection.Store;
Next: nil
);
RSortedSymbolCollection: TStreamRec = (
ObjType: 3007;
VmtLink: Ofs(TypeOf(TSortedSymbolCollection)^);
Load: @TSortedSymbolCollection.Load;
Store: @TSortedSymbolCollection.Store;
Next: nil
);
RIDSortedSymbolCollection: TStreamRec = (
ObjType: 3008;
VmtLink: Ofs(TypeOf(TIDSortedSymbolCollection)^);
Load: @TIDSortedSymbolCollection.Load;
Store: @TIDSortedSymbolCollection.Store;
Next: nil
);
RObjectSymbolCollection: TStreamRec = (
ObjType: 3009;
VmtLink: Ofs(TypeOf(TObjectSymbolCollection)^);
Load: @TObjectSymbolCollection.Load;
Store: @TObjectSymbolCollection.Store;
Next: nil
);
RReferenceCollection: TStreamRec = (
ObjType: 3010;
VmtLink: Ofs(TypeOf(TReferenceCollection)^);
Load: @TReferenceCollection.Load;
Store: @TReferenceCollection.Store;
Next: nil
);
RModuleSymbol: TStreamRec = (
ObjType: 3011;
VmtLink: Ofs(TypeOf(TModuleSymbol)^);
Load: @TModuleSymbol.Load;
Store: @TModuleSymbol.Store;
Next: nil
);
SymbolCount : longint = 0;
{****************************************************************************
Helpers
****************************************************************************}
function GetStr(P: PString): string;
begin
if P=nil then
GetStr:=''
else
GetStr:=P^;
end;
function IntToStr(L: longint): string;
var S: string;
begin
Str(L,S);
IntToStr:=S;
end;
function UpcaseStr(S: string): string;
var I: integer;
begin
for I:=1 to length(S) do
S[I]:=Upcase(S[I]);
UpcaseStr:=S;
end;
function FloatToStr(E: extended): string;
var S: string;
begin
Str(E:0:24,S);
if Pos('.',S)>0 then
begin
while (length(S)>0) and (S[length(S)]='0') do
Delete(S,length(S),1);
if (length(S)>0) and (S[length(S)]='.') then
Delete(S,length(S),1);
end;
if S='' then S:='0';
FloatToStr:=S;
end;
{****************************************************************************
TStoreCollection
****************************************************************************}
function TStoreCollection.Add(const S: string): PString;
var P: PString;
Index: Sw_integer;
begin
if S='' then P:=nil else
if Search(@S,Index) then P:=At(Index) else
begin
P:=NewStr(S);
Insert(P);
end;
Add:=P;
end;
{****************************************************************************
TSymbolCollection
****************************************************************************}
constructor TSymbolCollection.Init(ALimit, ADelta: Integer);
begin
inherited Init(ALimit,ADelta);
Duplicates:=true;
end;
function TSymbolCollection.At(Index: Sw_Integer): PSymbol;
begin
At:=inherited At(Index);
end;
procedure TSymbolCollection.Insert(Item: Pointer);
begin
TCollection.Insert(Item);
end;
function TSymbolCollection.LookUp(const S: string; var Idx: sw_integer): string;
begin
Idx:=-1;
LookUp:='';
end;
{****************************************************************************
TReferenceCollection
****************************************************************************}
function TReferenceCollection.At(Index: Sw_Integer): PReference;
begin
At:=inherited At(Index);
end;
{****************************************************************************
TSortedSymbolCollection
****************************************************************************}
function TSortedSymbolCollection.Compare(Key1, Key2: Pointer): Sw_Integer;
var K1: PSymbol absolute Key1;
K2: PSymbol absolute Key2;
R: Sw_integer;
S1,S2: string;
begin
S1:=Upper(K1^.GetName);
S2:=Upper(K2^.GetName);
if S1<S2 then R:=-1 else
if S1>S2 then R:=1 else
if K1^.TypeID=K2^.TypeID then
R:=0
else
begin
S1:=K1^.GetName;
S2:=K2^.GetName;
if S1<S2 then R:=-1 else
if S1>S2 then R:=1 else
if K1^.TypeID<K2^.TypeID then R:=-1 else
if K1^.TypeID>K2^.TypeID then R:= 1 else
begin
{ Handle overloaded functions }
if (K1^.Typ=procsym) then
begin
S1:=K1^.GetText;
S2:=K2^.GetText;
if S1<S2 then R:=-1 else
if S1>S2 then R:=1 else
R:=0;
end
else
R:=0;
end
end;
Compare:=R;
end;
procedure TSortedSymbolCollection.Insert(Item: Pointer);
begin
TSortedCollection.Insert(Item);
end;
function TSortedSymbolCollection.LookUp(const S: string; var Idx: sw_integer): string;
var OLI,ORI,Left,Right,Mid: integer;
LeftP,RightP,MidP: PSymbol;
LeftS,MidS,RightS: string;
FoundS: string;
UpS : string;
begin
Idx:=-1; FoundS:='';
Left:=0; Right:=Count-1;
UpS:=Upper(S);
if Left<Right then
begin
while (Left<Right) do
begin
OLI:=Left; ORI:=Right;
Mid:=Left+(Right-Left) div 2;
MidP:=At(Mid);
{$ifdef DEBUG}
LeftP:=At(Left); RightP:=At(Right);
LeftS:=Upper(LeftP^.GetName);
RightS:=Upper(RightP^.GetName);
{$endif DEBUG}
MidS:=Upper(MidP^.GetName);
if copy(MidS,1,length(UpS))=UpS then
begin
Idx:=Mid;
FoundS:=MidS;
end;
{ else}
if UpS<MidS then
Right:=Mid
else
Left:=Mid;
if (OLI=Left) and (ORI=Right) then
begin
if idX<>-1 then
break;
if Mid=Left then
begin
RightP:=At(Right);
RightS:=Upper(RightP^.GetName);
if copy(RightS,1,length(UpS))=UpS then
begin
Idx:=Right;
FoundS:=RightS;
end;
end;
if Mid=Right then
begin
LeftP:=At(Left);
LeftS:=Upper(LeftP^.GetName);
if copy(LeftS,1,length(UpS))=UpS then
begin
Idx:=Left;
FoundS:=LeftS;
end;
end;
Break;
end;
end;
end;
LookUp:=FoundS;
end;
{****************************************************************************
TIDSortedSymbolCollection
****************************************************************************}
function TIDSortedSymbolCollection.Compare(Key1, Key2: Pointer): Sw_Integer;
var K1: PSymbol absolute Key1;
K2: PSymbol absolute Key2;
R: Sw_integer;
begin
if K1^.TypeID<K2^.TypeID then R:=-1 else
if K1^.TypeID>K2^.TypeID then R:= 1 else
R:=0;
Compare:=R;
end;
procedure TIDSortedSymbolCollection.Insert(Item: Pointer);
begin
TSortedCollection.Insert(Item);
end;
function TIDSortedSymbolCollection.SearchSymbolByID(AID: longint): PSymbol;
var S: TSymbol;
Index: sw_integer;
P: PSymbol;
begin
S.TypeID:=AID;
if Search(@S,Index)=false then P:=nil else
P:=At(Index);
SearchSymbolByID:=P;
end;
{****************************************************************************
TObjectSymbolCollection
****************************************************************************}
function TObjectSymbolCollection.At(Index: Sw_Integer): PObjectSymbol;
begin
At:=inherited At(Index);
end;
constructor TObjectSymbolCollection.Init(ALimit, ADelta: Integer);
begin
inherited Init(ALimit,ADelta);
end;
function TObjectSymbolCollection.Compare(Key1, Key2: Pointer): Sw_Integer;
var K1: PObjectSymbol absolute Key1;
K2: PObjectSymbol absolute Key2;
R: Sw_integer;
S1,S2: string;
begin
S1:=Upper(K1^.GetName);
S2:=Upper(K2^.GetName);
if S1<S2 then R:=-1 else
if S1>S2 then R:=1 else
{ make sure that we distinguish between different objects with the same name }
if PtrUInt(K1^.Symbol)<PtrUInt(K2^.Symbol) then R:=-1 else
if PtrUInt(K1^.Symbol)>PtrUInt(K2^.Symbol) then R:= 1 else
R:=0;
Compare:=R;
end;
function TObjectSymbolCollection.LookUp(const S: string; var Idx: sw_integer): string;
var OLI,ORI,Left,Right,Mid: integer;
{LeftP,RightP,}MidP: PObjectSymbol;
{LeftS,RightS,}MidS: string;
FoundS: string;
UpS : string;
begin
Idx:=-1; FoundS:='';
Left:=0; Right:=Count-1;
UpS:=Upper(S);
if Left<Right then
begin
while (Left<Right) do
begin
OLI:=Left; ORI:=Right;
Mid:=Left+(Right-Left) div 2;
{LeftP:=At(Left);
LeftS:=Upper(LeftP^.GetName);}
MidP:=At(Mid);
MidS:=Upper(MidP^.GetName);
{RightP:=At(Right);
RightS:=Upper(RightP^.GetName);}
if copy(MidS,1,length(UpS))=UpS then
begin
Idx:=Mid;
FoundS:=MidS;
end;
{ else}
if UpS<MidS then
Right:=Mid
else
Left:=Mid;
if (OLI=Left) and (ORI=Right) then
Break;
end;
end;
LookUp:=FoundS;
end;
{****************************************************************************
TReference
****************************************************************************}
constructor TReference.Init(AFileName: PString; ALine, AColumn: Sw_integer);
begin
inherited Init;
FileName:=AFileName;
Position.X:=AColumn;
Position.Y:=ALine;
end;
function TReference.GetFileName: string;
begin
GetFileName:=GetStr(FileName);
end;
destructor TReference.Done;
begin
inherited Done;
end;
constructor TReference.Load(var S: TStream);
begin
S.Read(Position, SizeOf(Position));
{ --- items needing fixup --- }
S.Read(FileName, SizeOf(FileName)); { ->ModulesNames^.Item }
end;
procedure TReference.Store(var S: TStream);
begin
S.Write(Position, SizeOf(Position));
{ --- items needing fixup --- }
S.Write(FileName, SizeOf(FileName));
end;
{****************************************************************************
TSymbol
****************************************************************************}
constructor TSymbol.Init(const AName: string; ATyp: tsymtyp; AParams: string; AMemInfo: PSymbolMemInfo);
begin
inherited Init;
inc(SymbolCount);
VarSpez:=vs_value;
VarOptions:=[];
Name:=NewStr(AName); Typ:=ATyp;
if AMemInfo<>nil then
SetMemInfo(AMemInfo^);
New(References, Init(20,50));
if ATyp in RecordTypes then
begin
Items:=New(PSortedSymbolCollection, Init(50,100));
end;
end;
procedure TSymbol.SetVarSpez(const AVarSpez : TVarSpez);
begin
VarSpez:=AVarSpez;
end;
procedure TSymbol.SetVarOptions(const AVarOptions : TVarOptions);
begin
VarOptions:=AVarOptions;
end;
procedure TSymbol.SetMemInfo(const AMemInfo: TSymbolMemInfo);
begin
if MemInfo=nil then New(MemInfo);
Move(AMemInfo,MemInfo^,SizeOf(MemInfo^));
Flags:=Flags or sfHasMemInfo;
end;
function TSymbol.GetReferenceCount: Sw_integer;
var Count: Sw_integer;
begin
if References=nil then Count:=0 else
Count:=References^.Count;
GetReferenceCount:=Count;
end;
function TSymbol.GetReference(Index: Sw_integer): PReference;
begin
GetReference:=References^.At(Index);
end;
function TSymbol.GetItemCount: Sw_integer;
var Count: Sw_integer;
begin
if Items=nil then Count:=0 else
Count:=Items^.Count;
GetItemCount:=Count;
end;
function TSymbol.GetItem(Index: Sw_integer): PSymbol;
begin
GetItem:=Items^.At(Index);
end;
function TSymbol.GetName: string;
begin
GetName:=GetStr(Name);
end;
function TSymbol.GetText: string;
var S: string;
begin
S:=GetTypeName;
if length(S)>SymbolTypLen then
S:=Copy(S,1,SymbolTypLen)
else
begin
while length(S)<SymbolTypLen do
S:=S+' ';
end;
S:=S+' '+GetName;
if (Flags and sfRecord)<>0 then
S:=S+' = record'
else
if (Flags and sfObject)<>0 then
begin
S:=S+' = ';
if (Flags and sfClass)<>0 then
S:=S+'class'
else
S:=S+'object';
if Ancestor<>nil then
S:=S+'('+Ancestor^.GetName+')';
end
else
begin
if Assigned(DType) then
S:=S+' = '+DType^;
if Assigned(Params) then
S:=S+'('+Params^+')';
if Assigned(VType) then
S:=S+': '+VType^;
end;
if Typ=ProcSym then
S:=S+';';
GetText:=S;
end;
function TSymbol.GetTypeName: string;
var S: string;
begin
case Typ of
abstractsym : S:='abst';
fieldvarsym : S:='member';
staticvarsym,
localvarsym,
paravarsym :
begin
if (vo_is_hidden_para in varoptions) then
S:='hidden'
else
S:='var';
end;
typesym : S:='type';
procsym : if VType=nil then
S:='proc'
else
S:='func';
unitsym : S:='unit';
constsym : S:='const';
enumsym : S:='enum';
errorsym : S:='error';
syssym : S:='sys';
labelsym : S:='label';
absolutevarsym :
if (vo_is_funcret in varoptions) then
S:='ret'
else
S:='abs';
propertysym : S:='prop';
macrosym : S:='macro';
else S:='';
end;
GetTypeName:=S;
end;
destructor TSymbol.Done;
begin
if assigned(MemInfo) then
Dispose(MemInfo);
if assigned(References) then
Dispose(References, Done);
if assigned(Items) then
Dispose(Items, Done);
if assigned(Name) then
DisposeStr(Name);
{ if assigned(Params) then
DisposeStr(Params); in TypeNames
if assigned(VType) then
DisposeStr(VType);
if assigned(DType) then
DisposeStr(DType);
if assigned(Ancestor) then
DisposeStr(Ancestor);}
dec(SymbolCount);
inherited Done;
end;
constructor TSymbol.Load(var S: TStream);
var MI: TSymbolMemInfo;
W: word;
begin
TObject.Init;
inc(SymbolCount);
S.Read(Typ,SizeOf(Typ));
case Typ of
abstractsym,
absolutevarsym,
staticvarsym,
localvarsym,
paravarsym :
begin
S.Read(VarSpez,SizeOf(VarSpez));
S.Read(VarOptions,SizeOf(VarOptions));
end;
else
begin
VarSpez:=vs_value;
VarOptions:=[];
end;
end;
S.Read(TypeID, SizeOf(TypeID));
S.Read(RelatedTypeID, SizeOf(RelatedTypeID));
S.Read(Flags, SizeOf(Flags));
Name:=S.ReadStr;
if (Flags and sfHasMemInfo)<>0 then
begin
S.Read(MI,SizeOf(MI));
SetMemInfo(MI);
end;
W:=0;
S.Read(W,SizeOf(W));
if (W and 1)<>0 then
New(References, Load(S));
if (W and 2)<>0 then
New(Items, Load(S));
{ --- items needing fixup --- }
S.Read(DType, SizeOf(DType));
S.Read(VType, SizeOf(VType));
S.Read(Params, SizeOf(Params));
end;
procedure TSymbol.Store(var S: TStream);
var W: word;
begin
S.Write(Typ,SizeOf(Typ));
case Typ of
abstractsym,
absolutevarsym,
staticvarsym,
localvarsym,
paravarsym :
begin
S.Write(VarSpez,SizeOf(VarSpez));
S.Write(VarOptions,SizeOf(VarOptions));
end;
end;
S.Write(TypeID, SizeOf(TypeID));
S.Write(RelatedTypeID, SizeOf(RelatedTypeID));
S.Write(Flags, SizeOf(Flags));
S.WriteStr(Name);
if (Flags and sfHasMemInfo)<>0 then
S.Write(MemInfo^,SizeOf(MemInfo^));
W:=0;
if Assigned(References) then W:=W or 1;
if Assigned(Items) then W:=W or 2;
S.Write(W,SizeOf(W));
if Assigned(References) then References^.Store(S);
if Assigned(Items) then Items^.Store(S);
{ --- items needing fixup --- }
S.Write(DType, SizeOf(DType));
S.Write(VType, SizeOf(VType));
S.Write(Params, SizeOf(Params));
end;
constructor TExport.Init(const AName: string; AIndex: longint; ASymbol: PSymbol);
begin
inherited Init;
Name:=NewStr(AName); Index:=AIndex;
Symbol:=ASymbol;
end;
function TExport.GetDisplayText: string;
var S: string;
begin
S:=GetStr(Name)+' '+IntToStr(Index);
if Assigned(Symbol) and (UpcaseStr(Symbol^.GetName)<>UpcaseStr(GetStr(Name))) then
S:=S+' ('+Symbol^.GetName+')';
GetDisplayText:=S;
end;
destructor TExport.Done;
begin
if Assigned(Name) then DisposeStr(Name);
inherited Done;
end;
constructor TImport.Init(const ALibName, AFuncName,ARealName: string; AIndex: longint);
begin
inherited Init;
LibName:=NewStr(ALibName);
FuncName:=NewStr(AFuncName); RealName:=NewStr(ARealName);
Index:=AIndex;
end;
function TImport.GetDisplayText: string;
var S: string;
begin
S:=GetStr(RealName);
if Assigned(FuncName) then S:=GetStr(FuncName)+' ('+S+')';
if S='' then S:=IntToStr(Index);
S:=GetStr(LibName)+' '+S;
GetDisplayText:=S;
end;
destructor TImport.Done;
begin
if Assigned(LibName) then DisposeStr(LibName);
if Assigned(FuncName) then DisposeStr(FuncName);
if Assigned(RealName) then DisposeStr(RealName);
inherited Done;
end;
function TImportCollection.At(Index: sw_Integer): PImport;
begin
At:=inherited At(Index);
end;
function TImportCollection.Compare(Key1, Key2: Pointer): sw_Integer;
var K1: PImport absolute Key1;
K2: PImport absolute Key2;
S1: string;
S2: string;
R: sw_integer;
begin
if (K1^.RealName=nil) and (K2^.RealName<>nil) then R:= 1 else
if (K1^.RealName<>nil) and (K2^.RealName=nil) then R:=-1 else
if (K1^.RealName=nil) and (K2^.RealName=nil) then
begin
if K1^.Index<K2^.Index then R:=-1 else
if K1^.Index>K2^.Index then R:= 1 else
R:=0;
end
else
begin
if K1^.FuncName=nil then S1:=GetStr(K1^.RealName) else S1:=GetStr(K1^.FuncName);
if K2^.FuncName=nil then S2:=GetStr(K2^.RealName) else S2:=GetStr(K2^.FuncName);
S1:=UpcaseStr(S1); S2:=UpcaseStr(S2);
if S1<S2 then R:=-1 else
if S1>S2 then R:= 1 else
R:=0;
end;
Compare:=R;
end;
function TExportCollection.At(Index: sw_Integer): PExport;
begin
At:=inherited At(Index);
end;
function TExportCollection.Compare(Key1, Key2: Pointer): sw_Integer;
var K1: PExport absolute Key1;
K2: PExport absolute Key2;
S1: string;
S2: string;
R: sw_integer;
begin
S1:=UpcaseStr(GetStr(K1^.Name)); S2:=UpcaseStr(GetStr(K2^.Name));
if S1<S2 then R:=-1 else
if S1>S2 then R:= 1 else
R:=0;
Compare:=R;
end;
constructor TModuleSymbol.Init(const AName, AMainSource: string);
begin
inherited Init(AName,unitsym,'',nil);
MainSource:=NewStr(AMainSource);
end;
procedure TModuleSymbol.SetLoadedFrom(const AModuleName: string);
begin
SetStr(LoadedFrom,AModuleName);
end;
procedure TModuleSymbol.AddUsedUnit(P: PSymbol);
begin
if Assigned(UsedUnits)=false then
New(UsedUnits, Init(10,10));
UsedUnits^.Insert(P);
end;
procedure TModuleSymbol.AddDependentUnit(P: PSymbol);
begin
if Assigned(DependentUnits)=false then
New(DependentUnits, Init(10,10));
DependentUnits^.Insert(P);
end;
procedure TModuleSymbol.AddSourceFile(const Path: string);
begin
if Assigned(SourceFiles)=false then
New(SourceFiles, Init(10,10));
sourcefiles^.Insert(NewStr(Path));
end;
destructor TModuleSymbol.Done;
begin
if Assigned(MainSource) then DisposeStr(MainSource);
if assigned(Exports_) then
Dispose(Exports_, Done);
if Assigned(Imports) then
Dispose(Imports, Done);
if Assigned(LoadedFrom) then
DisposeStr(LoadedFrom);
if Assigned(UsedUnits) then
begin
UsedUnits^.DeleteAll;
Dispose(UsedUnits, Done);
end;
if Assigned(DependentUnits) then
begin
DependentUnits^.DeleteAll;
Dispose(DependentUnits, Done);
end;
if Assigned(SourceFiles) then Dispose(SourceFiles, Done);
inherited Done;
end;
constructor TObjectSymbol.Init(AParent: PObjectSymbol; ASymbol: PSymbol);
begin
inherited Init;
Parent:=AParent;
Symbol:=ASymbol;
end;
constructor TObjectSymbol.InitName(const AName: string);
begin
inherited Init;
Name:=NewStr(AName);
end;
function TObjectSymbol.GetName: string;
begin
if Name<>nil then
GetName:=Name^
else
GetName:=Symbol^.GetName;
end;
function TObjectSymbol.GetDescendantCount: sw_integer;
var Count: sw_integer;
begin
if Descendants=nil then Count:=0 else
Count:=Descendants^.Count;
GetDescendantCount:=Count;
end;
function TObjectSymbol.GetDescendant(Index: sw_integer): PObjectSymbol;
begin
GetDescendant:=Descendants^.At(Index);
end;
procedure TObjectSymbol.AddDescendant(P: PObjectSymbol);
begin
if Descendants=nil then
New(Descendants, Init(50,10));
Descendants^.Insert(P);
end;
destructor TObjectSymbol.Done;
begin
if Assigned(Name) then DisposeStr(Name); Name:=nil;
if Assigned(Descendants) then Dispose(Descendants, Done); Descendants:=nil;
inherited Done;
end;
constructor TObjectSymbol.Load(var S: TStream);
begin
end;
procedure TObjectSymbol.Store(S: TStream);
begin
end;
{****************************************************************************
TSourceFile
****************************************************************************}
constructor TSourceFile.Init(ASourceFileName, AObjFileName, APPUFileName: string);
begin
inherited Init;
SourceFileName:=NewStr(ASourceFileName);
ObjFileName:=NewStr(AObjFileName);
PPUFileName:=NewStr(APPUFileName);
end;
destructor TSourceFile.Done;
begin
if assigned(SourceFileName) then DisposeStr(SourceFileName);
if assigned(ObjFileName) then DisposeStr(ObjFileName);
if assigned(PPUFileName) then DisposeStr(PPUFileName);
inherited Done;
end;
function TSourceFile.GetSourceFilename: string;
begin
GetSourceFilename:=GetStr(SourceFileName);
end;
function TSourceFile.GetObjFileName: string;
begin
GetObjFilename:=GetStr(ObjFileName);
end;
function TSourceFile.GetPPUFileName: string;
begin
GetPPUFilename:=GetStr(PPUFileName);
end;
function TSourceFileCollection.At(Index: sw_Integer): PSourceFile;
begin
At:=inherited At(Index);
end;
{*****************************************************************************
Main Routines
*****************************************************************************}
procedure DisposeBrowserCol;
begin
if assigned(Modules) then
begin
dispose(Modules,Done);
Modules:=nil;
end;
if assigned(ModuleNames) then
begin
dispose(ModuleNames,Done);
ModuleNames:=nil;
end;
if assigned(TypeNames) then
begin
dispose(TypeNames,Done);
TypeNames:=nil;
end;
if assigned(ObjectTree) then
begin
Dispose(ObjectTree, Done);
ObjectTree:=nil;
end;
end;
procedure NewBrowserCol;
begin
New(Modules, Init(50,50));
New(ModuleNames, Init(50,50));
New(TypeNames, Init(1000,5000));
end;
procedure ProcessSymTable(OwnerSym: PSymbol; var Owner: PSymbolCollection; Table: TSymTable);
var I: longint;
Sym: TSym;
pd : TProcDef;
Symbol: PSymbol;
Reference: PReference;
inputfile : Tinputfile;
Ref : TRefItem;
DefPos : TFilePosInfo;
procedure SetVType(Symbol: PSymbol; VType: string);
begin
Symbol^.VType:=TypeNames^.Add(VType);
end;
procedure SetDType(Symbol: PSymbol; DType: string);
begin
Symbol^.DType:=TypeNames^.Add(DType);
end;
function GetDefinitionStr(def: tdef): string; forward;
function GetEnumDefStr(def: tenumdef): string;
var
Name: string;
esym: tenumsym;
i: integer;
begin
Name:='(';
for i := 0 to def.symtable.SymList.Count - 1 do
begin
if i>0 then
Name:=Name+', ';
Name:=Name+tenumsym(def.symtable.SymList[i]).name;
end;
Name:=Name+')';
GetEnumDefStr:=Name;
end;
function GetArrayDefStr(def: tarraydef): string;
var Name: string;
begin
Name:='array ['+IntToStr(def.lowrange)+'..'+IntToStr(def.highrange)+'] of ';
if assigned(def.elementdef) then
Name:=Name+GetDefinitionStr(def.elementdef);
GetArrayDefStr:=Name;
end;
function GetFileDefStr(def: tfiledef): string;
var Name: string;
begin
Name:='';
case def.filetyp of
ft_text : Name:='text';
ft_untyped : Name:='file';
ft_typed : Name:='file of '+GetDefinitionStr(def.typedfiledef);
end;
GetFileDefStr:=Name;
end;
function GetStringDefStr(def: tstringdef): string;
var Name: string;
begin
Name:='';
case def.stringtype of
st_shortstring :
if def.len=255 then
Name:='shortstring'
else
Name:='string['+IntToStr(def.len)+']';
st_longstring :
Name:='longstring';
st_ansistring :
Name:='ansistring';
st_widestring :
Name:='widestring';
st_unicodestring :
Name:='unicodestring';
else ;
end;
GetStringDefStr:=Name;
end;
function retdefassigned(def: tabstractprocdef): boolean;
var OK: boolean;
begin
OK:=false;
if assigned(def.returndef) then
if UpcaseStr(GetDefinitionStr(def.returndef))<>'VOID' then
OK:=true;
retdefassigned:=OK;
end;
function GetAbsProcParmDefStr(def: tabstractprocdef): string;
var Name: string;
dc: tabstractvarsym;
i,
Count: integer;
CurName: string;
begin
Name:='';
Count:=0;
for i:=0 to def.paras.count-1 do
begin
dc:=tabstractvarsym(def.paras[i]);
if not (vo_is_hidden_para in dc.VarOptions) then
begin
CurName:='';
if assigned(dc.vardef) then
CurName:=': '+GetDefinitionStr(dc.vardef);
CurName:=dc.RealName+CurName;
case dc.varspez of
vs_Value : ;
vs_Const : CurName:='const '+CurName;
vs_Var : CurName:='var '+CurName;
vs_Out : CurName:='out '+CurName;
vs_Constref : CurName:='constref '+CurName;
end;
if Count>0 then
CurName:='; '+CurName;
Name:=Name+CurName;
Inc(Count);
end;
end;
GetAbsProcParmDefStr:=Name;
end;
function GetAbsProcDefStr(def: tabstractprocdef): string;
var Name: string;
begin
Name:=GetAbsProcParmDefStr(def);
if Name<>'' then Name:='('+Name+')';
if retdefassigned(def) then
Name:='function'+Name+': '+GetDefinitionStr(def.returndef)+';'
else
Name:='procedure'+Name+';';
GetAbsProcDefStr:=Name;
end;
function GetProcDefStr(def: tprocdef): string;
var DName: string;
{J: integer;}
begin
{ DName:='';
if assigned(def) then
begin
if assigned(def.parast) then
begin
with def.parast^ do
for J:=1 to number_symbols do
begin
if J<>1 then DName:=DName+', ';
ParSym:=GetsymNr(J);
if ParSym=nil then Break;
DName:=DName+ParSym^.Name;
end;
end
end;}
DName:=GetAbsProcDefStr(def);
GetProcDefStr:=DName;
end;
function GetProcVarDefStr(def: tprocvardef): string;
begin
GetProcVarDefStr:=GetAbsProcDefStr(def);
end;
function GetSetDefStr(def: tsetdef): string;
var Name: string;
begin
Name:='set of '+GetDefinitionStr(def.elementdef);
GetSetDefStr:=Name;
end;
function GetPointerDefStr(def: tpointerdef): string;
begin
GetPointerDefStr:='^'+GetDefinitionStr(def.pointeddef);
end;
function GetDefinitionStr(def: tdef): string;
var Name: string;
begin
Name:='';
if def<>nil then
begin
if assigned(def.typesym) then
Name:=def.typesym.name;
if Name='' then
case def.typ of
arraydef :
Name:=GetArrayDefStr(tarraydef(def));
stringdef :
Name:=GetStringDefStr(tstringdef(def));
enumdef :
Name:=GetEnumDefStr(tenumdef(def));
procdef :
Name:=GetProcDefStr(tprocdef(def));
procvardef :
Name:=GetProcVarDefStr(tprocvardef(def));
filedef :
Name:=GetFileDefStr(tfiledef(def));
setdef :
Name:=GetSetDefStr(tsetdef(def));
end;
end;
GetDefinitionStr:=Name;
end;
function GetEnumItemName(Sym: tenumsym): string;
var Name: string;
{ES: tenumsym;}
begin
Name:='';
if assigned(sym) and assigned(sym.definition) then
if assigned(sym.definition.typesym) then
begin
{ ES:=sym.definition.First;
while (ES<>nil) and (ES^.Value<>sym.value) do
ES:=ES^.next;
if assigned(es) and (es^.value=sym.value) then
Name:=}
Name:=sym.definition.typesym.name;
if Name<>'' then
Name:=Name+'('+IntToStr(sym.value)+')';
end;
GetEnumItemName:=Name;
end;
function GetConstValueName(sym: tconstsym): string;
var Name: string;
begin
Name:='';
if Name='' then
case sym.consttyp of
constord :
begin
if sym.constdef.typ=enumdef then
Name:=sym.constdef.typesym.name+'('+tostr(sym.value.valueord)+')'
else
if is_boolean(sym.constdef) then
Name:='Longbool('+tostr(sym.value.valueord)+')'
else
if is_char(sym.constdef) or
is_widechar(sym.constdef) then
Name:=''''+chr(sym.value.valueord.svalue)+''''
else
Name:=tostr(sym.value.valueord);
end;
constresourcestring,
conststring :
Name:=''''+StrPas(pchar(sym.value.valueptr))+'''';
constreal:
Name:=FloatToStr(PBestReal(sym.value.valueptr)^);
constset:
{ Name:=SetToStr(pnormalset(sym.value.valueptr)) };
constnil: ;
end;
GetConstValueName:=Name;
end;
procedure ProcessDefIfStruct(definition: tdef);
begin
{ still led to infinite recursions
only useful for unamed types PM }
if assigned(definition) and not assigned(definition.typesym) then
begin
case definition.typ of
recorddef :
if trecorddef(definition).symtable<>Table then
ProcessSymTable(Symbol,Symbol^.Items,trecorddef(definition).symtable);
objectdef :
if tobjectdef(definition).symtable<>Table then
ProcessSymTable(Symbol,Symbol^.Items,tobjectdef(definition).symtable);
{ leads to infinite loops !!
pointerdef :
with tpointerdef(definition)^ do
if assigned(definition) then
if assigned(definition.sym) then
ProcessDefIfStruct(definition.sym.definition);}
end;
end;
end;
var MemInfo: TSymbolMemInfo;
ObjDef: tobjectdef;
symidx : longint;
begin
if not Assigned(Table) then
Exit;
Symbol:=nil;
if Owner=nil then
Owner:=New(PSortedSymbolCollection, Init(10,50));
for symidx:=0 to Table.SymList.Count-1 do
begin
sym:=tsym(Table.SymList[symidx]);
New(Symbol, Init(Sym.Name,Sym.Typ,'',nil));
case Sym.Typ of
staticvarsym,
localvarsym,
absolutevarsym,
paravarsym :
begin
Symbol^.SetVarOptions(tabstractvarsym(sym).VarOptions);
Symbol^.SetVarSpez(tabstractvarsym(sym).VarSpez);
end;
end;
case Sym.Typ of
staticvarsym,
localvarsym,
paravarsym :
with tabstractvarsym(sym) do
begin
if (vo_is_funcret in varoptions) then
begin
if Assigned(OwnerSym) then
if assigned(vardef) then
if assigned(vardef.typesym) then
SetVType(OwnerSym,vardef.typesym.name)
else
SetVType(OwnerSym,GetDefinitionStr(vardef));
end;
if assigned(vardef) then
if assigned(vardef.typesym) then
SetVType(Symbol,vardef.typesym.name)
else
SetVType(Symbol,GetDefinitionStr(vardef));
ProcessDefIfStruct(vardef);
if assigned(vardef) then
if (vardef.typ=pointerdef) and
assigned(tpointerdef(vardef).pointeddef) then
begin
Symbol^.Flags:=(Symbol^.Flags or sfPointer);
Symbol^.RelatedTypeID:=Ptrint(tpointerdef(vardef).pointeddef);
end;
if typ=fieldvarsym then
MemInfo.Addr:=tfieldvarsym(sym).fieldoffset
else
begin
if tabstractnormalvarsym(sym).localloc.loc=LOC_REFERENCE then
MemInfo.Addr:=tabstractnormalvarsym(sym).localloc.reference.offset
else
MemInfo.Addr:=0;
end;
if assigned(vardef) and (vardef.typ=arraydef) then
begin
if tarraydef(vardef).highrange<tarraydef(vardef).lowrange then
MemInfo.Size:=-1
else
MemInfo.Size:=getsize;
end
else
MemInfo.Size:=getsize;
{ this is not completely correct... }
if assigned(vardef) then
MemInfo.PushSize:=paramanager.push_size(varspez,vardef,pocall_default)
else
begin
{ This can happen, why? }
MemInfo.PushSize:=0;
end;
Symbol^.SetMemInfo(MemInfo);
end;
fieldvarsym :
with tfieldvarsym(sym) do
begin
if assigned(vardef) and (vardef.typ=arraydef) then
begin
if tarraydef(vardef).highrange<tarraydef(vardef).lowrange then
MemInfo.Size:=-1
else
MemInfo.Size:=getsize;
end
else
MemInfo.Size:=getsize;
Symbol^.SetMemInfo(MemInfo);
end;
constsym :
SetDType(Symbol,GetConstValueName(tconstsym(sym)));
enumsym :
if assigned(tenumsym(sym).definition) then
SetDType(Symbol,GetEnumItemName(tenumsym(sym)));
unitsym :
begin
{ ProcessSymTable(Symbol^.Items,tunitsym(sym).unitsymtable);}
end;
syssym :
{ if assigned(Table.Name) then
if Table.Name^='SYSTEM' then}
begin
Symbol^.Params:=TypeNames^.Add('...');
end;
procsym :
begin
for i:=0 to tprocsym(sym).ProcdefList.Count-1 do
begin
if i>0 then
begin
if Assigned(Symbol) then
Owner^.Insert(Symbol);
New(Symbol, Init(Sym.Name,Sym.Typ,'',nil));
end;
with tprocsym(sym) do
begin
pd:=tprocdef(procdeflist[i]);
if assigned(pd) then
begin
ProcessSymTable(Symbol,Symbol^.Items,pd.parast);
if assigned(pd.parast) then
begin
Symbol^.Params:=TypeNames^.Add(
GetAbsProcParmDefStr(pd));
end
else { param-definition is NOT assigned }
if assigned(Table.Name) and
(Table.Name^='SYSTEM') then
begin
Symbol^.Params:=TypeNames^.Add('...');
end;
if cs_local_browser in current_settings.moduleswitches then
begin
if assigned(pd.localst) and
(pd.localst.symtabletype<>staticsymtable) then
ProcessSymTable(Symbol,Symbol^.Items,pd.localst);
end;
end;
end;
end;
end;
typesym :
begin
with ttypesym(sym) do
if assigned(typedef) then
begin
Symbol^.TypeID:=Ptrint(typedef);
case typedef.typ of
arraydef :
SetDType(Symbol,GetArrayDefStr(tarraydef(typedef)));
enumdef :
SetDType(Symbol,GetEnumDefStr(tenumdef(typedef)));
procdef :
SetDType(Symbol,GetProcDefStr(tprocdef(typedef)));
procvardef :
SetDType(Symbol,GetProcVarDefStr(tprocvardef(typedef)));
objectdef :
with tobjectdef(typedef) do
begin
ObjDef:=childof;
if ObjDef<>nil then
Symbol^.RelatedTypeID:=Ptrint(ObjDef);{TypeNames^.Add(S);}
Symbol^.Flags:=(Symbol^.Flags or sfObject);
if tobjectdef(typedef).objecttype=odt_class then
Symbol^.Flags:=(Symbol^.Flags or sfClass);
if tobjectdef(typedef).objecttype=odt_class then
if not(df_generic in typedef.defoptions) then
ProcessSymTable(Symbol,Symbol^.Items,tobjectdef(typedef).symtable);
end;
recorddef :
begin
Symbol^.Flags:=(Symbol^.Flags or sfRecord);
ProcessSymTable(Symbol,Symbol^.Items,trecorddef(typedef).symtable);
end;
pointerdef :
begin
Symbol^.Flags:=(Symbol^.Flags or sfPointer);
Symbol^.RelatedTypeID:=Ptrint(tpointerdef(typedef).pointeddef);{TypeNames^.Add(S);}
SetDType(Symbol,GetPointerDefStr(tpointerdef(typedef)));
end;
filedef :
SetDType(Symbol,GetFileDefStr(tfiledef(typedef)));
setdef :
SetDType(Symbol,GetSetDefStr(tsetdef(typedef)));
end;
end;
end;
end;
if assigned(sym) then
begin
DefPos:=tstoredsym(sym).FileInfo;
inputfile:=get_source_file(defpos.moduleindex,defpos.fileindex);
if Assigned(inputfile) and (inputfile.name<>'') then
begin
New(Reference, Init(ModuleNames^.Add(inputfile.name),
DefPos.line,DefPos.column));
Symbol^.References^.Insert(Reference);
end;
end;
if assigned(Symbol) and assigned(sym.RefList) then
begin
Ref:=TRefItem(tstoredsym(sym).RefList.First);
while assigned(Ref) do
begin
inputfile:=get_source_file(ref.refinfo.moduleindex,ref.refinfo.fileindex);
if Assigned(inputfile) and (inputfile.name<>'') then
begin
New(Reference, Init(ModuleNames^.Add(inputfile.name),
ref.refinfo.line,ref.refinfo.column));
Symbol^.References^.Insert(Reference);
end;
Ref:=TRefItem(Ref.next);
end;
end;
if Assigned(Symbol) then
begin
(* if not Owner^.Search(Symbol,J) then *)
Owner^.Insert(Symbol)
(*else
begin
Dispose(Symbol,done);
Symbol:=nil;
end;*)
end;
end;
end;
function SearchModule(const Name: string): PModuleSymbol;
function Match(P: PModuleSymbol): boolean;
begin
Match:=CompareText(P^.GetName,Name)=0;
end;
var P: PModuleSymbol;
begin
P:=nil;
if Assigned(Modules) then
P:=Modules^.FirstThat(@Match);
SearchModule:=P;
end;
procedure CreateBrowserCol;
var
path,module,
name,msource : string;
T: TSymTable;
UnitS,PM: PModuleSymbol;
hp : tmodule;
puu: tused_unit;
pdu: tdependent_unit;
pif: tinputfile;
begin
DisposeBrowserCol;
if (cs_browser in current_settings.moduleswitches) then
NewBrowserCol;
hp:=tmodule(loaded_units.first);
if (cs_browser in current_settings.moduleswitches) then
while assigned(hp) do
begin
if hp.is_unit then
t:=tsymtable(hp.globalsymtable)
else
t:=tsymtable(hp.localsymtable);
if assigned(t) then
begin
name:=GetStr(T.Name);
msource:=hp.mainsource;
New(UnitS, Init(Name,msource));
if Assigned(hp.loaded_from) then
if assigned(hp.loaded_from.globalsymtable) then
UnitS^.SetLoadedFrom(tsymtable(hp.loaded_from.globalsymtable).name^);
{ pimportlist(current_module^.imports^.first);}
if assigned(hp.sourcefiles) then
begin
pif:=hp.sourcefiles.files;
while (pif<>nil) do
begin
path:=pif.path;
name:=pif.name;
UnitS^.AddSourceFile(path+name);
pif:=pif.next;
end;
end;
Modules^.Insert(UnitS);
ProcessSymTable(UnitS,UnitS^.Items,T);
if hp.is_unit then
if cs_local_browser in current_settings.moduleswitches then
begin
t:=tsymtable(hp.localsymtable);
if assigned(t) then
ProcessSymTable(UnitS,UnitS^.Items,T);
end;
end;
hp:=tmodule(hp.next);
end;
hp:=tmodule(loaded_units.first);
if (cs_browser in current_settings.moduleswitches) then
while assigned(hp) do
begin
t:=tsymtable(hp.globalsymtable);
if assigned(t) then
begin
name:=GetStr(T.Name);
UnitS:=SearchModule(Name);
puu:=tused_unit(hp.used_units.first);
while (puu<>nil) do
begin
module:=GetStr(puu.u.modulename);
PM:=SearchModule(module);
if Assigned(PM) then
UnitS^.AddUsedUnit(PM);
puu:=tused_unit(puu.next);
end;
pdu:=tdependent_unit(hp.dependent_units.first);
while (pdu<>nil) do
begin
name:=GetStr(tsymtable(pdu.u.globalsymtable).name);
PM:=SearchModule(Name);
if Assigned(PM) then
UnitS^.AddDependentUnit(PM);
pdu:=tdependent_unit(pdu.next);
end;
end;
hp:=tmodule(hp.next);
end;
if (cs_browser in current_settings.moduleswitches) then
BuildObjectInfo;
{ can allways be done
needed to know when recompilation of sources is necessary }
BuildSourceList;
end;
procedure BuildObjectInfo;
var C,D: PIDSortedSymbolCollection;
E : PCollection;
ObjectC: PObjectSymbolCollection;
ObjectsSymbol: PObjectSymbol;
procedure InsertSymbolCollection(Symbols: PSymbolCollection);
var I: sw_integer;
P: PSymbol;
begin
for I:=0 to Symbols^.Count-1 do
begin
P:=Symbols^.At(I);
if (P^.Flags and (sfObject or sfClass))<>0 then
C^.Insert(P);
if (P^.typ=typesym) then
D^.Insert(P);
if (P^.typ in [staticvarsym,localvarsym,paravarsym]) and ((P^.flags and sfPointer)<>0) then
E^.Insert(P);
if P^.Items<>nil then
InsertSymbolCollection(P^.Items);
end;
end;
function SearchObjectForSym(O: PSymbol): PObjectSymbol;
var I: sw_integer;
OS,P: PObjectSymbol;
begin
P:=nil;
for I:=0 to ObjectC^.Count-1 do
begin
OS:=ObjectC^.At(I);
if OS^.Symbol=O then
begin P:=OS; Break; end;
end;
SearchObjectForSym:=P;
end;
procedure BuildTree;
var I: sw_integer;
Symbol: PSymbol;
Parent,OS: PObjectSymbol;
begin
I:=0;
while (I<C^.Count) do
begin
Symbol:=C^.At(I);
if Symbol^.Ancestor=nil then
Parent:=ObjectsSymbol
else
Parent:=SearchObjectForSym(Symbol^.Ancestor);
if Parent<>nil then
begin
New(OS, Init(Parent, Symbol));
Parent^.AddDescendant(OS);
ObjectC^.Insert(OS);
C^.AtDelete(I);
end
else
Inc(I);
end;
end;
var Pass: integer;
I: sw_integer;
P: PSymbol;
begin
New(C, Init(1000,5000));
New(D, Init(1000,5000));
New(E, Init(1000,5000));
InsertSymbolCollection(Modules);
{ --- Resolve ancestor<->descendant references --- }
for I:=0 to C^.Count-1 do
begin
P:=C^.At(I);
if P^.RelatedTypeID<>0 then
P^.Ancestor:=C^.SearchSymbolByID(P^.RelatedTypeID);
end;
{ --- Resolve pointer definition references --- }
for I:=0 to D^.Count-1 do
begin
P:=D^.At(I);
if P^.RelatedTypeID<>0 then
P^.Ancestor:=D^.SearchSymbolByID(P^.RelatedTypeID);
end;
{ --- Resolve pointer var definition references --- }
for I:=0 to E^.Count-1 do
begin
P:=PSymbol(E^.At(I));
if P^.RelatedTypeID<>0 then
P^.Ancestor:=D^.SearchSymbolByID(P^.RelatedTypeID);
end;
{ E is not needed anymore }
E^.DeleteAll;
Dispose(E,Done);
{ D is not needed anymore }
D^.DeleteAll;
Dispose(D,Done);
{ --- Build object tree --- }
if assigned(ObjectTree) then
Dispose(ObjectTree, Done);
New(ObjectsSymbol, InitName('Objects'));
ObjectTree:=ObjectsSymbol;
New(ObjectC, Init(C^.Count,100));
Pass:=0;
if C^.Count>0 then
repeat
BuildTree;
Inc(Pass);
until (C^.Count=0) or (Pass>20); { more than 20 levels ? - then there must be a bug }
ObjectC^.DeleteAll; Dispose(ObjectC, Done);
C^.DeleteAll; Dispose(C, Done);
end;
function SearchObjectForSymbol(O: PSymbol): PObjectSymbol;
function ScanObjectCollection(Parent: PObjectSymbol): PObjectSymbol;
var I: sw_integer;
OS,P: PObjectSymbol;
ObjectC: PObjectSymbolCollection;
begin
P:=nil;
if Parent<>nil then
if Parent^.Descendants<>nil then
begin
ObjectC:=Parent^.Descendants;
for I:=0 to ObjectC^.Count-1 do
begin
OS:=ObjectC^.At(I);
if OS^.Symbol=O then
begin P:=OS; Break; end;
if OS^.Descendants<>nil then
begin
P:=ScanObjectCollection(OS);
if P<>nil then Break;
end;
end;
end;
ScanObjectCollection:=P;
end;
begin
SearchObjectForSymbol:=ScanObjectCollection(ObjectTree);
end;
procedure BuildSourceList;
var m: tmodule;
s: tinputfile;
ppu,obj: string;
source: string;
begin
if Assigned(SourceFiles) then
begin
Dispose(SourceFiles, Done);
SourceFiles:=nil;
end;
if assigned(loaded_units.first) then
begin
New(SourceFiles, Init(50,10));
m:=tmodule(loaded_units.first);
while assigned(m) do
begin
obj:=ExpandFileName(m.objfilename);
ppu:=''; source:='';
if m.is_unit then
ppu:=ExpandFileName(m.ppufilename);
if (m.is_unit=false) and (m.islibrary=false) then
ppu:=ExpandFileName(m.exefilename);
if assigned(m.sourcefiles) then
begin
s:=m.sourcefiles.files;
while assigned(s) do
begin
source:=s.path+s.name;
source:=ExpandFileName(source);
sourcefiles^.Insert(New(PSourceFile, Init(source,obj,ppu)));
s:=s.ref_next;
end;
end;
m:=tmodule(m.next);
end;
end;
end;
{*****************************************************************************
Initialize
*****************************************************************************}
var
oldexit : pointer;
procedure browcol_exit;
begin
exitproc:=oldexit;
DisposeBrowserCol;
if Assigned(SourceFiles) then
begin
Dispose(SourceFiles, Done);
SourceFiles:=nil;
end;
if assigned(ObjectTree) then
begin
Dispose(ObjectTree, Done);
ObjectTree:=nil;
end;
end;
procedure InitBrowserCol;
begin
end;
procedure DoneBrowserCol;
begin
{ nothing, the collections are freed in the exitproc - ??? }
{ nothing? then why do we've this routine for ? IMHO, either we should
remove this, or it should destroy the browser info when it's called. - BG }
end;
type
PPointerXRef = ^TPointerXRef;
TPointerXRef = record
PtrValue : pointer;
DataPtr : pointer;
end;
PPointerDictionary = ^TPointerDictionary;
TPointerDictionary = object(TSortedCollection)
function At(Index: sw_Integer): PPointerXRef;
function Compare(Key1, Key2: Pointer): sw_Integer; virtual;
procedure FreeItem(Item: Pointer); virtual;
function SearchXRef(PtrValue: pointer): PPointerXRef;
function AddPtr(PtrValue, DataPtr: pointer): PPointerXRef;
procedure Resolve(var P);
end;
function NewPointerXRef(APtrValue, ADataPtr: pointer): PPointerXRef;
var P: PPointerXRef;
begin
New(P); FillChar(P^,SizeOf(P^),0);
with P^ do begin PtrValue:=APtrValue; DataPtr:=ADataPtr; end;
NewPointerXRef:=P;
end;
procedure DisposePointerXRef(P: PPointerXRef);
begin
if Assigned(P) then Dispose(P);
end;
function TPointerDictionary.At(Index: sw_Integer): PPointerXRef;
begin
At:=inherited At(Index);
end;
function TPointerDictionary.Compare(Key1, Key2: Pointer): sw_Integer;
var K1: PPointerXRef absolute Key1;
K2: PPointerXRef absolute Key2;
R: integer;
begin
if PtrUInt(K1^.PtrValue)<PtrUInt(K2^.PtrValue) then R:=-1 else
if PtrUInt(K1^.PtrValue)>PtrUInt(K2^.PtrValue) then R:= 1 else
R:=0;
Compare:=R;
end;
procedure TPointerDictionary.FreeItem(Item: Pointer);
begin
if Assigned(Item) then DisposePointerXRef(Item);
end;
function TPointerDictionary.SearchXRef(PtrValue: pointer): PPointerXRef;
var P: PPointerXRef;
T: TPointerXRef;
Index: sw_integer;
begin
T.PtrValue:=PtrValue;
if Search(@T,Index)=false then P:=nil else
P:=At(Index);
SearchXRef:=P;
end;
function TPointerDictionary.AddPtr(PtrValue, DataPtr: pointer): PPointerXRef;
var P: PPointerXRef;
begin
P:=SearchXRef(PtrValue);
if P=nil then
begin
P:=NewPointerXRef(PtrValue,DataPtr);
Insert(P);
{$ifdef DEBUG}
end
else
begin
if P^.DataPtr<>DataPtr then
InternalError(987654);
{$endif DEBUG}
end;
AddPtr:=P;
end;
procedure TPointerDictionary.Resolve(var P);
var X: PPointerXRef;
V: pointer;
begin
Move(P,V,SizeOf(V));
X:=SearchXRef(V);
if X=nil then V:=nil else
V:=X^.DataPtr;
Move(V,P,SizeOf(V));
end;
procedure ReadPointers(S: PStream; C: PCollection; D: PPointerDictionary);
var W,I: sw_integer;
P: pointer;
begin
S^.Read(W,SizeOf(W));
for I:=0 to W-1 do
begin
S^.Read(P,SizeOf(P));
D^.AddPtr(P,C^.At(I));
end;
end;
function LoadBrowserCol(S: PStream): boolean;
var PD: PPointerDictionary;
procedure FixupPointers;
procedure FixupReference(P: PReference);
begin
PD^.Resolve(P^.FileName);
end;
procedure FixupSymbol(P: PSymbol);
var I: sw_integer;
begin
PD^.Resolve(P^.DType);
PD^.Resolve(P^.VType);
PD^.Resolve(P^.Params);
if Assigned(P^.References) then
with P^.References^ do
for I:=0 to Count-1 do
FixupReference(At(I));
if Assigned(P^.Items) then
with P^.Items^ do
for I:=0 to Count-1 do
FixupSymbol(At(I));
end;
begin
Modules^.ForEach(@FixupSymbol);
end;
procedure ReadSymbolPointers(P: PSymbol);
var I: sw_integer;
PV: pointer;
begin
S^.Read(PV, SizeOf(PV));
PD^.AddPtr(PV,P);
if Assigned(P^.Items) then
with P^.Items^ do
for I:=0 to Count-1 do
ReadSymbolPointers(At(I));
end;
begin
DisposeBrowserCol;
New(ModuleNames, Load(S^));
New(TypeNames, Load(S^));
New(Modules, Load(S^));
New(PD, Init(4000,1000));
ReadPointers(S,ModuleNames,PD);
ReadPointers(S,TypeNames,PD);
ReadPointers(S,Modules,PD);
Modules^.ForEach(@ReadSymbolPointers);
FixupPointers;
Dispose(PD, Done);
BuildObjectInfo;
LoadBrowserCol:=(S^.Status=stOK);
end;
procedure StorePointers(S: PStream; C: PCollection);
var W,I: sw_integer;
P: pointer;
begin
W:=C^.Count;
S^.Write(W,SizeOf(W));
for I:=0 to W-1 do
begin
P:=C^.At(I);
S^.Write(P,SizeOf(P));
end;
end;
function StoreBrowserCol(S: PStream) : boolean;
procedure WriteSymbolPointers(P: PSymbol);
var I: sw_integer;
begin
S^.Write(P, SizeOf(P));
if Assigned(P^.Items) then
with P^.Items^ do
for I:=0 to Count-1 do
WriteSymbolPointers(At(I));
end;
begin
ModuleNames^.Store(S^);
TypeNames^.Store(S^);
Modules^.Store(S^);
StorePointers(S,ModuleNames);
StorePointers(S,TypeNames);
StorePointers(S,Modules);
Modules^.ForEach(@WriteSymbolPointers);
StoreBrowserCol:=(S^.Status=stOK);
end;
procedure RegisterSymbols;
begin
RegisterType(RModuleNameCollection);
RegisterType(RTypeNameCollection);
RegisterType(RReference);
RegisterType(RSymbol);
RegisterType(RObjectSymbol);
RegisterType(RSymbolCollection);
RegisterType(RSortedSymbolCollection);
RegisterType(RIDSortedSymbolCollection);
RegisterType(RObjectSymbolCollection);
RegisterType(RReferenceCollection);
RegisterType(RModuleSymbol);
end;
begin
oldexit:=exitproc;
exitproc:=@browcol_exit;
end.