Source code of Windows XP (NT5)
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/*+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Copyright (c) 1989-1999 Microsoft Corporation
Module Name:
misccls.hxx
Abstract:
cg classes for miscellaneous nodes.
Notes:
History:
----------------------------------------------------------------------------*/
#ifndef __MISCCLS_HXX__
#define __MISCCLS_HXX__
#include "ndrcls.hxx"
#include "auxcls.hxx"
#include "bindcls.hxx"
class node_file;
class node_interface;
class node_source;
class CG_INTERFACE : public CG_NDR
{
private:
//
// CG nodes for the implicit handle, if any...
//
CG_HANDLE * pImpHdlCG;
//
// Store the Protseq endpoint count. This count is 0 if the
// endpoint attribute was not specified.
//
short ProtSeqEPCount;
//
// flags.
//
BOOL fMopsPresent : 1;
BOOL fCallbacksPresent : 1;
BOOL fAllRpcSS : 1;
BOOL fUsesRpcSS : 1;
BOOL fHasPipes : 1;
BOOL fTypeInfoInitialized: 1;
BOOL fHasMSConfStructAttr: 1;
NdrVersionControl VersionControl; // compiler evaluation
//
// This set of fields gathers info about dispatch tables. There is a
// normal dispatch table and a callback dispatch table. We keep separate
// dictionaries for these dispatch tables.
//
DISPATCH_TABLE * pNormalDispatchTable;
DISPATCH_TABLE * pCallbackDispatchTable;
DISPATCH_TABLE ** ppDispatchTable;
DISPATCH_TABLE ** ppDispatchTableSaved;
void * _pCTI;
protected:
char* pStubDescName; // Interface's stub descriptor name.
char* pSyntaxInfoName; // name for MIDL_SYNTAX_INFO of this interface
char* pProxyInfoName; // name for MIDL_STUBLESS_PROXY_INFO
GUID_STRS GuidStrs; // Store the 5 are components of the guid.
char* pIntfName; // handy place to cache the interface name
BOOL fVisited; // used when enumerating all base classes
BOOL fLocal : 1; // whether intf is local
CG_INTERFACE* pCGBase;
public:
//
// The constructor.
//
CG_INTERFACE(
node_interface * pI,
GUID_STRS GStrs,
BOOL CallbacksYes,
BOOL fMopsYes,
CG_HANDLE * pIH,
CG_INTERFACE* pIFBase
);
//
// code generation methods.
//
CG_INTERFACE * SetBaseInterfaceCG( CG_INTERFACE * pCG )
{
return ( pCGBase = pCG );
}
CG_INTERFACE * GetBaseInterfaceCG()
{
return pCGBase;
}
unsigned long LayOut();
virtual
ID_CG GetCGID()
{
return ID_CG_INTERFACE;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
// interfaces in the current file that are [local] are delegated
virtual
BOOL IsDelegated()
{
return fLocal;
}
virtual
BOOL IsObject()
{
return FALSE;
}
virtual
BOOL IsIUnknown()
{
return FALSE;
}
BOOL IsDispatchable(BOOL fInTypeLib)
{
CG_CLASS * pCG;
named_node * pBaseIntf;
if (0 == _stricmp("IDispatch", pIntfName ) )
{
return TRUE;
}
else
if (0 == _stricmp("IUnknown", pIntfName ) )
{
return FALSE;
}
else
{
node_skl * pType = GetType();
if (pBaseIntf = ((node_interface *)(pType))->GetMyBaseInterfaceReference())
{
node_interface_reference * pRef = (node_interface_reference *)pBaseIntf;
// skip forward reference if necessary
if (pRef->NodeKind() == NODE_FORWARD)
{
pRef = (node_interface_reference *)pRef->GetChild();
}
pCG = ((node_interface *)(pRef->GetChild()))->GetCG( fInTypeLib );
return ((CG_INTERFACE *)pCG)->IsDispatchable(fInTypeLib);
}
else
return FALSE;
}
}
char * GetInterfaceName()
{
return pIntfName;
}
virtual
CG_STATUS GenClientInfo( CCB * pCCB );
virtual
CG_STATUS OutputClientStub( CCB * pCCB );
virtual
CG_STATUS GenServerInfo( CCB * pCCB );
virtual
CG_STATUS OutputServerStub( CCB * pCCB );
void OutputComplexReturnThunks( CCB * pCCB );
virtual
CG_STATUS GenHeader( CCB * pCCB );
virtual
CG_STATUS GenProxyInfo( CCB *pCCB,
BOOL IsForCallback );
virtual
CG_STATUS GenSyntaxInfo( CCB *pCCB,
BOOL IsForCallback);
virtual
void Out_InterpreterServerInfo( CCB * pCCB,
CGSIDE Side );
virtual
void Out_ServerInfo(CCB *pCCB,
BOOL fHasThunk,
BOOL IsForCallback );
virtual
void Out_ProxyInfo( CCB * pCCB,
BOOL IsForCallback );
//
// Generate typeinfo
//
virtual
CG_STATUS GenTypeInfo( CCB * pCCB);
//
// only create a typeinfo
//
virtual
CG_STATUS CreateTypeInfo( CCB * pCCB);
//
// Get And set methods.
//
CG_HANDLE * GetImplicitHandle()
{
return pImpHdlCG;
}
char * GetStubDescName()
{
return pStubDescName;
}
char * GetProxyInfoName()
{
return pProxyInfoName;
}
char * GetMulSyntaxInfoName()
{
return pSyntaxInfoName;
}
BOOL SetAllRpcSS( BOOL f )
{
return (fAllRpcSS = f);
}
BOOL IsAllRpcSS()
{
return fAllRpcSS;
}
void SetUsesRpcSS( BOOL f )
{
fUsesRpcSS = f;
}
BOOL GetUsesRpcSS()
{
return fUsesRpcSS;
}
BOOL SetHasPipes( BOOL f )
{
return (fHasPipes = f);
}
BOOL HasPipes()
{
return fHasPipes;
}
NdrVersionControl & GetNdrVersionControl()
{
return( VersionControl );
}
virtual
void EvaluateVersionControl();
virtual
BOOL HasStublessProxies()
{
return FALSE;
}
BOOL HasItsOwnOi2();
virtual
BOOL HasOi2()
{
return VersionControl.HasOi2();
}
//
// Dispatch table management functions.
//
void CreateDispatchTables();
void SetDispatchTBLPtrForCallback()
{
ppDispatchTable = &pCallbackDispatchTable;
}
void RestoreDispatchTBLPtr()
{
ppDispatchTable = &pNormalDispatchTable;
}
void RegisterProcedure( node_skl * pProc,
DISPATCH_TABLE_FLAGS Flags )
{
(*ppDispatchTable)->RegisterProcedure(pProc, Flags);
}
unsigned short GetNormalProcedureCount()
{
return pNormalDispatchTable->GetCount();
}
unsigned short GetCallbackProcedureCount()
{
return pCallbackDispatchTable->GetCount();
}
unsigned short GetNormalProcedureList(
ITERATOR& NormalProcList,
DISPATCH_TABLE_FLAGS Flags
)
{
return pNormalDispatchTable->GetProcList(
NormalProcList,
Flags
);
}
unsigned short GetCallbackProcedureList(
ITERATOR& CallbackProcList,
DISPATCH_TABLE_FLAGS Flags )
{
return pCallbackDispatchTable->GetProcList(
CallbackProcList,
Flags
);
}
//
// miscellaneous methods.
//
ITERATOR * GetProtSeqEps();
char * GetCBDispatchTableName()
{
return 0;
}
char * GetMopIInfoName()
{
return 0;
}
BOOL HasInterpretedProc();
BOOL HasOnlyInterpretedProcs();
BOOL HasInterpretedCallbackProc();
BOOL HasClientInterpretedCommOrFaultProc(
CCB * pCCB );
BOOL IsLastInterface()
{
return ( NULL == GetSibling() );
}
CG_STATUS InitializeCCB( CCB * pCCB );
void Out_ProcOffsetTable( CCB *pCCB, BOOL IsForCallback = FALSE );
void OutputProcOffsets( CCB * pCCB, BOOL fLast, BOOL IsForCallback );
void OutputThunkTableEntries( CCB * pCCB, BOOL fLast );
virtual
node_skl * GetThisDeclarator()
{
return NULL;
}
void GetMyMemberFunctions( ITERATOR & I )
{
GetMembers( I );
}
void GetMyMemberFunctions( CG_ITERATOR & I )
{
GetMembers( I );
}
virtual
void GetAllMemberFunctions( ITERATOR & I )
{
GetMyMemberFunctions( I );
}
BOOL HasPicklingStuff()
{
CG_ITERATOR I;
CG_NDR * pCG;
if( GetMembers( I ) )
{
while( ITERATOR_GETNEXT( I, pCG ) )
{
if (pCG->GetCGID() == ID_CG_ENCODE_PROC ||
pCG->GetCGID() == ID_CG_TYPE_ENCODE_PROC
)
return TRUE;
}
}
return FALSE;
}
BOOL HasPicklingStuffOnly()
{
CG_ITERATOR I;
CG_NDR * pCG;
if( GetMembers( I ) )
{
while( ITERATOR_GETNEXT( I, pCG ) )
{
if (pCG->GetCGID() != ID_CG_ENCODE_PROC &&
pCG->GetCGID() != ID_CG_TYPE_ENCODE_PROC
)
return FALSE;
}
return TRUE;
}
return FALSE;
}
virtual
void GetListOfUniqueBaseInterfaces( ITERATOR & )
{
}
void MarkVisited( BOOL fMark )
{
fVisited = fMark;
}
BOOL IsVisited()
{
return fVisited;
}
void GetGuidStrs( char * &p1,
char * &p2,
char * &p3,
char * &p4,
char * &p5 )
{
GuidStrs.GetStrs( p1, p2, p3, p4, p5 );
}
GUID_STRS & GetGuidStrs()
{
return GuidStrs;
}
void OutputInterfaceIdComment( CCB * pCCB );
void SetHasMSConfStructAttr() { fHasMSConfStructAttr = TRUE; }
BOOL GetHasMSConfStructAttr() { return fHasMSConfStructAttr; }
};
class CG_OBJECT_INTERFACE : public CG_INTERFACE
{
// a node_id declaration for the this pointer for this interface
node_skl * pThisDeclarator;
BOOL fForcedDelegation; // some weird cases
public:
//
// The constructor.
//
CG_OBJECT_INTERFACE(
node_interface * pI,
GUID_STRS GStrs,
BOOL fCallbacksYes,
BOOL fMopsYes,
CG_OBJECT_INTERFACE * pBCG
);
//
// code generation methods.
//
virtual
ID_CG GetCGID()
{
return ID_CG_OBJECT_INTERFACE;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
virtual
BOOL IsObject()
{
return TRUE;
}
// interfaces in the current file that are [local] are delegated
virtual
BOOL IsDelegated()
{
return fLocal;
}
BOOL HasForcedDelegation()
{
return fForcedDelegation;
}
void SetHasForcedDelegation()
{
fForcedDelegation = 1;
}
CG_OBJECT_INTERFACE * GetDelegatedInterface()
{
CG_INTERFACE* pBaseIF = GetBaseInterfaceCG();
while ( pBaseIF != 0 )
{
if ( pBaseIF->IsDelegated() )
return (CG_OBJECT_INTERFACE*) pBaseIF;
pBaseIF = pBaseIF->GetBaseInterfaceCG();
}
return NULL;
}
BOOL IsLastObjectInterface();
BOOL HasOnlyInterpretedMethods();
BOOL IsLocal()
{
return fLocal;
}
BOOL HasItsOwnStublessProxies();
virtual
void EvaluateVersionControl();
virtual
BOOL HasStublessProxies()
{
return GetNdrVersionControl()
.HasStublessProxies();
}
virtual
CG_STATUS GenProxy( CCB * pCCB );
virtual
CG_STATUS OutputProxy( CCB * pCCB );
virtual
CG_STATUS GenHeader( CCB * pCCB );
//
// miscellaneous methods.
//
CG_STATUS CPlusPlusLanguageBinding(CCB *pCCB);
CG_STATUS CLanguageBinding(CCB *pCCB);
CG_STATUS ProxyPrototypes(CCB *pCCB);
CG_STATUS GenInterfaceProxy( CCB *pCCB, unsigned long index);
CG_STATUS GenInterfaceStub( CCB *pCCB, unsigned long index);
unsigned long CountMemberFunctions();
unsigned long PrintProxyMemberFunctions( ISTREAM * pStream,
BOOL fForcesDelegation );
unsigned long PrintStubMemberFunctions( ISTREAM * pStream );
STATUS_T PrintVtableEntries( CCB * pCCB );
STATUS_T PrintMemberFunctions( ISTREAM * pStream,
BOOL fAbstract = TRUE );
virtual
node_skl * GetThisDeclarator()
{
return pThisDeclarator;
}
virtual
void GetAllMemberFunctions( ITERATOR & I )
{
CG_OBJECT_INTERFACE* pBaseCG = (CG_OBJECT_INTERFACE*)GetBaseInterfaceCG();
if ( pBaseCG )
pBaseCG->GetAllMemberFunctions( I );
GetMyMemberFunctions( I );
}
CG_STATUS CLanguageMacros(CCB *pCCB);
CG_STATUS PrintCMacros(CCB *pCCB);
};
class CG_INHERITED_OBJECT_INTERFACE : public CG_OBJECT_INTERFACE
{
public:
//
// The constructor.
//
CG_INHERITED_OBJECT_INTERFACE(
node_interface * pI,
GUID_STRS GStrs,
BOOL fCallbacksYes,
BOOL fMopsYes,
CG_OBJECT_INTERFACE * pBCG
) : CG_OBJECT_INTERFACE(
pI,
GStrs,
fCallbacksYes,
fMopsYes,
pBCG )
{
};
//
// code generation methods.
//
virtual
ID_CG GetCGID()
{
return ID_CG_INHERITED_OBJECT_INTERFACE;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
virtual
CG_STATUS GenProxy( CCB * pCCB );
virtual
CG_STATUS OutputProxy( CCB * pCCB );
virtual
CG_STATUS GenHeader( CCB * )
{
return CG_OK;
}
CG_STATUS GenInterfaceProxy( CCB *,
unsigned long )
{
return CG_OK;
}
CG_STATUS GenInterfaceStub( CCB *,
unsigned long )
{
return CG_OK;
}
//
// miscellaneous methods.
//
// interfaces inherited from another file are delegated
virtual
BOOL IsDelegated()
{
return TRUE;
}
};
class CG_IUNKNOWN_OBJECT_INTERFACE : public CG_INHERITED_OBJECT_INTERFACE
{
BOOL fInherited;
public:
//
// The constructor.
//
CG_IUNKNOWN_OBJECT_INTERFACE(
node_interface * pI,
GUID_STRS GStrs,
BOOL fCallbacksYes,
BOOL fMopsYes,
CG_OBJECT_INTERFACE * pBCG,
BOOL fInh
) : CG_INHERITED_OBJECT_INTERFACE(
pI,
GStrs,
fCallbacksYes,
fMopsYes,
pBCG ), fInherited( fInh )
{
}
//
// code generation methods.
//
virtual
ID_CG GetCGID()
{
if ( fInherited )
return CG_INHERITED_OBJECT_INTERFACE::GetCGID();
else
return CG_OBJECT_INTERFACE::GetCGID();
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
virtual
CG_STATUS GenProxy( CCB * pCCB )
{
if ( fInherited )
return CG_INHERITED_OBJECT_INTERFACE::GenProxy( pCCB );
else
return CG_OBJECT_INTERFACE::GenProxy( pCCB );
}
virtual
CG_STATUS OutputProxy( CCB * pCCB )
{
if ( fInherited )
return CG_INHERITED_OBJECT_INTERFACE::OutputProxy( pCCB );
else
return CG_OBJECT_INTERFACE::OutputProxy( pCCB );
}
virtual
CG_STATUS GenHeader( CCB * pCCB )
{
if ( fInherited )
return CG_INHERITED_OBJECT_INTERFACE::GenHeader( pCCB );
else
return CG_OBJECT_INTERFACE::GenHeader( pCCB );
}
CG_STATUS GenInterfaceProxy( CCB *pCCB,
unsigned long index)
{
if ( fInherited )
return CG_INHERITED_OBJECT_INTERFACE::GenInterfaceProxy( pCCB, index );
else
return CG_OBJECT_INTERFACE::GenInterfaceProxy( pCCB, index );
}
CG_STATUS GenInterfaceStub( CCB *pCCB,
unsigned long index)
{
if ( fInherited )
return CG_INHERITED_OBJECT_INTERFACE::GenInterfaceStub( pCCB, index );
else
return CG_OBJECT_INTERFACE::GenInterfaceStub( pCCB, index );
}
//
// miscellaneous methods.
//
// IUnknown is never delegated
virtual
BOOL IsDelegated()
{
return FALSE;
}
virtual
BOOL IsIUnknown()
{
return TRUE;
}
};
class CG_LIBRARY : public CG_NDR
{
public:
CG_LIBRARY ( node_library * pLib, XLAT_SIZE_INFO & szInfo )
: CG_NDR ( pLib, szInfo )
{
}
CG_STATUS GenTypeInfo(CCB * pCCB);
virtual
CG_STATUS GenHeader(CCB *pCCB);
CG_STATUS GenCode(CCB * )
{
return CG_OK;
}
ID_CG GetCGID()
{
return ID_CG_LIBRARY;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
};
class CG_INTERFACE_REFERENCE : public CG_NDR
{
private:
public:
CG_INTERFACE_REFERENCE ( node_interface_reference * pRef, XLAT_SIZE_INFO & szInfo )
: CG_NDR ( pRef, szInfo )
{
}
CG_STATUS GenTypeInfo(CCB * pCCB);
virtual
CG_STATUS GenHeader(CCB *pCCB);
CG_STATUS GenCode(CCB * )
{
return CG_OK;
}
ID_CG GetCGID()
{
return ID_CG_INTERFACE_REFERENCE;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
};
class CG_DISPINTERFACE : public CG_OBJECT_INTERFACE
{
private:
GUID_STRS GuidStrs;
void * _pCTI;
CG_CLASS * _pcgDispatch;
public:
CG_DISPINTERFACE (
node_dispinterface * pI,
GUID_STRS GStrs,
CG_OBJECT_INTERFACE * pBCG
) : CG_OBJECT_INTERFACE(pI, GStrs, FALSE, FALSE, pBCG)
{
GuidStrs = GStrs;
GuidStrs.SetValue();
_pCTI = NULL;
_pcgDispatch = pBCG;
}
CG_STATUS GenTypeInfo(CCB * pCCB);
virtual
CG_STATUS GenHeader(CCB *pCCB);
CG_STATUS GenCode(CCB * )
{
return CG_OK;
}
ID_CG GetCGID()
{
return ID_CG_DISPINTERFACE;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
CG_CLASS * GetCGDispatch(void)
{
return _pcgDispatch;
}
};
class CG_MODULE : public CG_NDR
{
private:
void * _pCTI;
public:
CG_MODULE ( node_module * pMod, XLAT_SIZE_INFO & szInfo )
: CG_NDR ( pMod, szInfo )
{
_pCTI = NULL;
}
CG_STATUS GenTypeInfo(CCB * pCCB);
virtual
CG_STATUS GenHeader(CCB *pCCB);
CG_STATUS GenCode(CCB * )
{
return CG_OK;
}
ID_CG GetCGID()
{
return ID_CG_MODULE;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
unsigned long LayOut();
};
class CG_COCLASS : public CG_NDR
{
private:
void * _pCTI;
public:
CG_COCLASS ( node_coclass * pCoclass, XLAT_SIZE_INFO & szInfo )
: CG_NDR ( pCoclass, szInfo )
{
_pCTI = NULL;
}
virtual
CG_STATUS GenTypeInfo(CCB * pCCB);
virtual
CG_STATUS GenHeader(CCB *pCCB);
CG_STATUS GenCode(CCB * )
{
return CG_OK;
}
ID_CG GetCGID()
{
return ID_CG_COCLASS;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
unsigned long LayOut();
};
class CG_SAFEARRAY : public CG_NDR
{
public:
CG_SAFEARRAY ( node_safearray * pSA, XLAT_SIZE_INFO & szInfo )
: CG_NDR ( pSA, szInfo )
{
}
//
// TYPEDESC generation routine
//
virtual
CG_STATUS GetTypeDesc(TYPEDESC * &ptd, CCB * pCCB);
ID_CG
GetCGID()
{
return ID_CG_SAFEARRAY;
}
virtual
void Visit( CG_VISITOR *pVisitor )
{
pVisitor->Visit( this );
}
};
extern GUID_STRS FakeNDR64TransferSyntaxGuidStrs;
extern GUID_STRS NDR64TransferSyntaxGuidStrs;
extern GUID_STRS TransferSyntaxGuidStrs;
#endif // __MISCCLS_HXX__