Leaked source code of windows server 2003
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// FrcOwn.h : Declaration of the CForceOwnership
#ifndef __FRCOWN_H_
#define __FRCOWN_H_
#include "resource.h" // main symbols
#include <trkwks.hxx>
/////////////////////////////////////////////////////////////////////////////
// CForceOwnership
class ATL_NO_VTABLE CTrkForceOwnership :
public CComObjectRootEx<CComSingleThreadModel>,
public CComCoClass<CTrkForceOwnership, &CLSID_TrkForceOwnership>,
public IDispatchImpl<ITrkForceOwnership, &IID_ITrkForceOwnership, &LIBID_ITRKADMNLib>
{
public:
CTrkForceOwnership() :
_idt(_dbc, &_refreshSequenceStorage),
_voltab(_dbc, &_refreshSequenceStorage),
_refreshSequenceStorage( &_voltab )
{
__try
{
_dbc.Initialize(NULL);
_voltab.Initialize(NULL,0,0);
_idt.Initialize();
}
__except( BreakOnDebuggableException() )
{
}
}
DECLARE_REGISTRY_RESOURCEID(IDR_FRCOWN)
BEGIN_COM_MAP(CTrkForceOwnership)
COM_INTERFACE_ENTRY(ITrkForceOwnership)
COM_INTERFACE_ENTRY(IDispatch)
END_COM_MAP()
// ITrkForceOwnership
public:
STDMETHOD(FileStatus)(BSTR bstrUncPath, long lScope, VARIANT *pvarrgbstrFileName, VARIANT* pvarrgbstrFileId, VARIANT* pvarrglongStatus);
STDMETHOD(VolumeStatus)(BSTR bstrUncPath, long lScope, VARIANT *pvarlongVolIndex,
VARIANT *pvarbstrVolId, VARIANT *pvarlongStatus);
STDMETHOD(Files)(BSTR bstrUncPath, long lScope);
STDMETHOD(Volumes)(BSTR bstrUncPath, long lScope );
private:
CDbConnection _dbc;
CVolumeTable _voltab;
CIntraDomainTable _idt;
CRefreshSequenceStorage _refreshSequenceStorage;
};
//
// This class is used on the client side of an RPC pipe parameter that passes
// volume tracking information. The client provides a derived class which
// overrides the push/pull methods as appropriate.
//
class PVolInfoPipeCallback : public TPRpcPipeCallback<TRK_VOLUME_TRACKING_INFORMATION>
{
public:
virtual void Pull( TRK_VOLUME_TRACKING_INFORMATION *pVolInfo, unsigned long cbBuffer, unsigned long * pcElems ) = 0;
virtual void Push( TRK_VOLUME_TRACKING_INFORMATION *pVolInfo, unsigned long cElems ) = 0;
virtual void Alloc( unsigned long cbRequested, TRK_VOLUME_TRACKING_INFORMATION **ppVolInfo, unsigned long * pcbActual )
{
if( cbRequested > sizeof(_rgVolInfo) )
*pcbActual = sizeof(_rgVolInfo);
else
*pcbActual = cbRequested;
*ppVolInfo = _rgVolInfo;
return;
}
private:
TRK_VOLUME_TRACKING_INFORMATION _rgVolInfo[ 26 ];
};
//
// This class is used on the client side of an RPC pipe parameter that passes
// file tracking information. The client provides a derived class which
// overrides the push/pull methods as appropriate.
//
class PFileInfoPipeCallback : public TPRpcPipeCallback<TRK_FILE_TRACKING_INFORMATION>
{
public:
virtual void Pull( TRK_FILE_TRACKING_INFORMATION *pVolInfo, unsigned long cbBuffer, unsigned long * pcElems ) = 0;
virtual void Push( TRK_FILE_TRACKING_INFORMATION *pFileInfo, unsigned long cElems ) = 0;
virtual void Alloc( unsigned long cbRequested, TRK_FILE_TRACKING_INFORMATION **ppFileInfo, unsigned long * pcbActual )
{
if( cbRequested > sizeof(_rgFileInfo) )
*pcbActual = sizeof(_rgFileInfo);
else
*pcbActual = cbRequested;
*ppFileInfo = _rgFileInfo;
return;
}
protected:
TRK_FILE_TRACKING_INFORMATION _rgFileInfo[ 32 ];
};
//
// This class is used on the client side of an RPC pipe parameter that passes
// a path from the client to the server.
//
class CPCPath : public TPRpcPipeCallback<TCHAR>
{
public:
CPCPath( TCHAR *ptszPath )
{
_iPath = 0;
_tcscpy( _tszPath, ptszPath );
_cchPath = _tcslen(_tszPath) + 1;
}
public:
void Pull( TCHAR *ptszPath, unsigned long cbBuffer, unsigned long * pcElems )
{
if( 0 > _iPath )
{
*pcElems = 0;
return;
}
else
{
if( sizeof(TCHAR) * (_cchPath - _iPath) > cbBuffer )
*pcElems = cbBuffer / sizeof(TCHAR);
else
*pcElems = _cchPath - _iPath;
memcpy( ptszPath, &_tszPath[ _iPath ], *pcElems * sizeof(TCHAR) );
if( _iPath + *pcElems >= _cchPath )
_iPath = -1;
else
_iPath += *pcElems;
return;
}
}
void Push( TCHAR *ptszPath, unsigned long cElems )
{
TrkAssert( !TEXT("CGetPathPipeCallback::push shouldn't be called") );
return;
}
void Alloc( unsigned long cbRequested, TCHAR **pptszPath, unsigned long * pcbActual )
{
if( cbRequested > sizeof(_tszBuffer) )
*pcbActual = sizeof(_tszBuffer);
else
*pcbActual = cbRequested;
*pptszPath = _tszBuffer;
return;
}
private:
TCHAR _tszPath[ MAX_PATH + 1 ]; // BUGBUG P2: Path
TCHAR _tszBuffer[ MAX_PATH + 1 ];
LONG _iPath;
ULONG _cchPath;
};
class CPCVolumeStatus : public PVolInfoPipeCallback
{
public:
CPCVolumeStatus( CVolumeTable *pvoltab ) : _fInitialized(FALSE), _pvoltab(pvoltab) {};
public:
void Initialize( CMachineId *pmcid, VARIANT *pvarlongVolIndex, VARIANT *pvarbstrVolId, VARIANT *pvarlongStatus );
void UnInitialize();
void Pull( TRK_VOLUME_TRACKING_INFORMATION *pVolInfo, unsigned long cbBuffer, unsigned long * pcElems )
{
TrkAssert( !TEXT("CPCVolumeStatus should not be pulled") );
*pcElems = 0;
return;
}
void Push( TRK_VOLUME_TRACKING_INFORMATION *pVolInfo, unsigned long cElems );
public:
HRESULT GetHResult()
{
return( _hr );
}
void Compact();
private:
HRESULT _hr;
BOOL _fInitialized;
CMachineId *_pmcid;
CVolumeTable *_pvoltab;
VARIANT *_pvarlongVolIndex;
VARIANT *_pvarbstrVolId;
VARIANT *_pvarlongStatus;
SAFEARRAYBOUND _sabound;
LONG _iArrays;
};
class CPCVolumes : public PVolInfoPipeCallback
{
public:
CPCVolumes( CMachineId *pmcid,
CVolumeTable *pvoltab,
CRefreshSequenceStorage *pRefreshSequenceStorage ) :
_pmcid(pmcid),
_pvoltab(pvoltab),
_pRefreshSequenceStorage(pRefreshSequenceStorage)
{
_cVolIds = 0;
_hr = S_OK;
};
public:
void Pull( TRK_VOLUME_TRACKING_INFORMATION *pVolInfo, unsigned long cbBuffer, unsigned long * pcElems )
{
TrkAssert( !TEXT("CPCVolumes should not be pulled") );
*pcElems = 0;
return;
}
void Push( TRK_VOLUME_TRACKING_INFORMATION *pVolInfo, unsigned long cElems );
public:
HRESULT GetHResult()
{
return( _hr );
}
ULONG Count()
{
return( _cVolIds );
}
CVolumeId * GetVolIds()
{
return( _rgvolid );
}
private:
HRESULT _hr;
CMachineId *_pmcid;
CVolumeTable *_pvoltab;
CRefreshSequenceStorage *_pRefreshSequenceStorage;
ULONG _cVolIds;
CVolumeId _rgvolid[ NUM_VOLUMES ]; // BUGBUG: Fixed # volumes
};
class CPCFileStatus : public PFileInfoPipeCallback
{
public:
CPCFileStatus( CIntraDomainTable *pidt ) : _fInitialized(FALSE), _pidt(pidt) {};
public:
void Initialize( CMachineId *pmcid, VARIANT *pvarrgbstrFileName, VARIANT *pvarrgbstrFileId, VARIANT *pvarrglongStatus );
void UnInitialize()
{
// Nothing to do, the Variants are cleaned by the caller
return;
}
void Pull( TRK_FILE_TRACKING_INFORMATION *pFileInfo, unsigned long cbBuffer, unsigned long * pcElems )
{
TrkAssert( !TEXT("CPCFileStatus should not be pulled") );
*pcElems = 0;
return;
}
void Push( TRK_FILE_TRACKING_INFORMATION *pFileInfo, unsigned long cElems );
public:
HRESULT GetHResult()
{
return( _hr );
}
void Compact();
private:
HRESULT _hr;
BOOL _fInitialized;
CMachineId *_pmcid;
CIntraDomainTable
*_pidt;
VARIANT *_pvarrgbstrFileName;
VARIANT *_pvarrgbstrFileId;
VARIANT *_pvarrglongStatus;
SAFEARRAYBOUND _sabound;
long _iArrays;
};
class CPCFiles : public PFileInfoPipeCallback
{
public:
CPCFiles( CIntraDomainTable *pidt )
{
_pidt = pidt;
}
public:
void Pull( TRK_FILE_TRACKING_INFORMATION *pVolInfo, unsigned long cbBuffer, unsigned long * pcElems )
{
TrkAssert( !TEXT("CPCFiles should not be pulled") );
*pcElems = 0;
return;
}
void Push( TRK_FILE_TRACKING_INFORMATION *pFileInfo, unsigned long cElems );
private:
CIntraDomainTable *_pidt;
};
#endif //__FRCOWN_H_