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 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU Lesser General Public License version 3 for more details
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#ifndef _RSCINST_HXX
#define _RSCINST_HXX

#include <rscall.h>
#include <rscerror.h>
#include <rsctools.hxx>

/******************* C l a s s e s	 F o r w a r d s *********************/
class RscTypCont;
class RscCmdLine;
class REResourceList;
class RscTop;
class RscInstCopy;

/******************* F u n c t i o n   F o r w a r d s *******************/
Atom HashId( const char * );		  // Gibt zu einem String eine HashId
const char * GetHashString( Atom ); // Gibt zu einer Atom einen String
									  // NULL, wenn kein Eintrag vorhanden

/******************* S t r u c t s ***************************************/

/****************** C L A S S E S ****************************************/
class RscInst
{
	void			MakeCopy( RSCINST aCopyInst );
	static RSCINST	GetSysLangInst( RSCINST & rInst );
public:
	RSCINST 	aInst;

				RscInst();
				RscInst( const RscInst & rInst );
				RscInst( RSCINST aTmpI );
	RscInst&	operator =	( const RscInst& rRscInst );
				~RscInst();
	void		OverWrite( RscInstCopy & rInst );
	sal_Bool		IsInst() const { return( aInst.IsInst() ); }

				// Listen Methoden
	ERRTYPE 	SetElement( const RscId & rName, RscInstCopy & rInst );
	ERRTYPE 	SetPosEle( sal_uInt32 nPos, RscInstCopy & rInst );
	ERRTYPE 	SetPosRscId( sal_uInt32 nPos, const RscId & rId );
	SUBINFO_STRUCT	GetInfoEle( sal_uInt32 nPos );
	sal_uInt32		GetCount();
	RscInst 	GetElement( RscTop * pClass, const RscId & rName );
	RscInst 	GetPosEle( sal_uInt32 nPos );
	ERRTYPE 	MovePosEle( sal_uInt32 nDestPos, sal_uInt32 nSourcePos );
	ERRTYPE 	DeleteElement( RscTop * pClass, const RscId & rName );
	ERRTYPE 	DeletePosEle( sal_uInt32 nPos );

	ERRTYPE 	SetVar( Atom nVarName, RscInstCopy & rInst );
	ERRTYPE 	SetConst( Atom nVarName, Atom nConstId );
	ERRTYPE 	SetBool( Atom nVarName, sal_Bool );

	// Hack fuer X, Y, Width, Height
	static ERRTYPE SetCorrectValues( RSCINST & rInst, RSCINST & rVarInst,
									sal_Int32 lValue, sal_uInt32 nTupelIdx );
	ERRTYPE 	SetNumber( Atom nVarName, sal_Int32 );

	ERRTYPE 	SetString( Atom nVarName, const char * );
	ERRTYPE 	SetConst( Atom nConstId );
	ERRTYPE 	SetBool( sal_Bool );
	ERRTYPE 	SetNumber( sal_Int32 );
	ERRTYPE 	SetString( const char * );
	ERRTYPE 	SetRef( const RscId & rRscId );
	ERRTYPE 	SetDefault( Atom nVarName );

	RscInst 	GetVar( Atom nVarName );
	Atom		GetConst( Atom nVarName = InvalidAtom );
	sal_uInt32		GetConstPos( Atom nVarName = InvalidAtom );
	sal_Bool		GetBool( Atom nVarName = InvalidAtom );

	// Hack fuer X, Y, Width, Height
	static sal_Int32 GetCorrectValues( RSCINST & rInst, RSCINST & rVarInst,
									sal_uInt32 nTupelIdx );
	sal_Int32		GetNumber( Atom nVarName = InvalidAtom );

	const char *GetString( Atom nVarName = InvalidAtom );
	RscId		GetRef();
	sal_Bool		IsDefault( Atom nVarName );
	sal_Bool		IsConsistent( RscInconsList * pList );

	Atom		GetClassEnum( Atom nVarName, sal_uInt32 nPos );
	Atom		GetClassEnum( sal_uInt32 nPos );
	RscTop *	GetClassType(){ return aInst.pClass; };
	Atom		GetClassName();
	void		EnumClassVariables( void * pData, VarEnumCallbackProc ) const;
	ERRTYPE 	WriteRc( RscWriteRc & aMem );
};

class RscInstCopy : public RscInst {
	void		MakeCopy( RSCINST aCopyInst );
public:
				RscInstCopy();
				RscInstCopy( const RscInstCopy & rInst );
				RscInstCopy( const RscInst & rInst );
				RscInstCopy( RSCINST aTmpI );
				RscInstCopy( RscTop * pNewType, const RscInst & rInst );
	RscInstCopy&	operator =	( const RscInstCopy & rRscInst );
	RscInstCopy&	operator =	( const RscInst & rRscInst );
				~RscInstCopy();
};

class RscDataBase
{
friend class RscHrc;
friend class RscSrc;
friend class RscInst;

	RscCmdLine	* pCmdLine;
	RscTypCont	* pTC;
	LanguageType   nLangType;
public:
				RscDataBase( RscError * );
				~RscDataBase();

//	void		SetLanguage( LanguageType nTyp ) { nLangType = nTyp; }
	void		SetLanguage( Atom nId );
	Atom		GetLanguage() const;

	ByteString	GetPath() const;
	void		SetPath( const ByteString & rPath );
				// Konvertiert einen Namen in einen Typ
	RscTop* 	GetClassType( Atom nClassName );
				// Instanz einer Klasse erzeugen
	sal_Bool		MakeConsistent( RscInconsList * pList );
				// Array mit Dateinamen
	RscFileTab* GetFileTab();
				// Eine Dateinamen-Instanz holen
	RscFile *	GetFileStruct( sal_uLong lKey );

	sal_uLong		AddSrcFile( const ByteString & rFileName );
	sal_uLong		AddHrcFile( const ByteString & rFileName );
				// Traegt die Include-Dateien in die Abhaengigkeitsliste
				// von lFileKey ein
	void		ScanForIncFiles( sal_uLong lFileKey );
	void		RemoveFile( sal_uLong lKey );

				// Suche ueber alle DEFINES
	RscDefine * FindDef( const ByteString & rName );
	sal_uLong		GetFileKey( const ByteString & rFileName );
};

class RscHrc
{
protected:
	sal_uLong		  lFileKey; // Index der Instanz
	RscDataBase * pDataBase;// Datenbasis
public:

				// Kompilerinstanz erzeugen
				RscHrc( RscDataBase * pDBase, sal_uLong lKey );
				~RscHrc();

				// Daten von Datei uebernehmen
	ERRTYPE 	ReadFile();

	sal_uLong		GetFileKey() const { return lFileKey; }

	void		SetDirty( sal_Bool bSet );
	sal_Bool		IsDirty();
	void		SetPathName( const ByteString & );
	ByteString	GetPathName();
	void		SetFileName( const ByteString & );
	ByteString	GetFileName();

				//Depend-Datei anhaengen
	void		InsertDepend( sal_uLong lKey, sal_uLong lPos );

				// DefineList holen
	RscDefineList * GetDefineList();
				// Suche ueber all DEFINES im Zugriff
	RscDefine * FindDef( const ByteString & rName );
	ERRTYPE 	NewDef( const ByteString & rMacroName, sal_Int32 lValue,
						sal_uLong lPos );
	ERRTYPE 	NewDef( const ByteString & rMacroName, const ByteString & rMacro,
						sal_uLong lPos );
	ERRTYPE 	ChangeDef( const ByteString & rMacroName, sal_Int32 lValue );
	ERRTYPE 	ChangeDef( const ByteString & rMacroName,
						   const ByteString & rMacro );
	sal_Bool		IsDefUsed( const ByteString & );
	void		DeleteDef( const ByteString & rMacroName );
	ERRTYPE 	ChangeDefName( const ByteString & rMacroName,
							   const ByteString & rNewName );

				// Dateinamen-Instanz holen
	RscFile *	GetFileStruct();
				//Abhaengigkeitsliste holen holen
	RscDependList *   GetDependList();

				// Datei schreiben
	ERRTYPE 	WriteFile();
};

class RscSrc : public RscHrc {
public:
			// Kompilerinstanz erzeugen
			RscSrc( RscDataBase * pDBase, sal_uLong lKey );
			~RscSrc();


	RscInstCopy CreateRscInst( RscTop * pClass );
				// Instanz loeschen
	ERRTYPE 	DeleteRscInst( RscTop * pClass, const RscId & rInstName );
				// Datenbasis nach Define Veraenderung wiederherstellen
	//Instanz global zur Verfuegung stellen
	ERRTYPE SetRscInst( const RscId & rInstName, RscInstCopy & );
	//Instanz holen
	RscInst GetRscInst( RscTop* pClass, const RscId & rInstName );

	// Namen und Identifier Liste fuellen
	void	FillNameIdList( REResourceList * pList );

			// C++ Resourcekonstruktor schreiben
	ERRTYPE WriteCxxFile( const ByteString &, const ByteString & rHxxName );
	ERRTYPE WriteHxxFile( const ByteString & ); 	// C++ Klasskopf schreiben
};

#endif //_RSCINST_HXX