Leaked source code of windows server 2003
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/*
****************************************************************************
| Copyright (C) 2002 Microsoft Corporation
|
| Component / Subcomponent
| IIS 6.0 / IIS Migration Wizard
|
| Based on:
| http://iis6/Specs/IIS%20Migration6.0_Final.doc
|
| Abstract:
| Utility helpers for migration
|
| Author:
| ivelinj
|
| Revision History:
| V1.00 March 2002
|
****************************************************************************
*/
#pragma once
#include "Wrappers.h"
#include "resource.h"
// Directory utilities
class CDirTools
{
private:
CDirTools(); // Do not instantiate
public:
static void PathAppendLocal ( LPWSTR wszBuffer, LPCWSTR wszPath, LPCWSTR wszPathToAppend );
static void CleanupDir ( LPCWSTR wszDir,
bool bRemoveRoot = true,
bool bReportErrors = false );
static DWORD FileCount ( LPCWSTR wszDir, WORD wOptions );
static DWORDLONG FilesSize ( LPCWSTR wszDir, WORD wOptions );
static int DoPathsNest ( LPCWSTR wszPath1, LPCWSTR wszPath2 );
};
// CTempDir - used to create, store and autoclean tempdirs
/////////////////////////////////////////////////////////////////////////////////////////
class CTempDir
{
public:
CTempDir ( LPCWSTR wszTemplate = L"Migr" );
~CTempDir ( void );
public:
void CleanUp ( bool bReportErrors = false );
operator LPCWSTR ( void )const
{
return m_strDir.c_str();
}
private:
std::wstring m_strDir;
};
// Class for any additional tool procs
/////////////////////////////////////////////////////////////////////////////////////////
class CTools
{
private:
CTools();
public:
static bool IsAdmin ( void );
static bool IsIISRunning ( void );
static HRESULT CopyBSTR ( const _bstr_t& bstrSource, BSTR* pVal );
static WORD GetOSVer ( void );
static bool IsNTFS ( void );
static void SetErrorInfo ( LPCWSTR wszError );
static void SetErrorInfoFromRes ( UINT nResID );
static bool IsSelfSignedCert ( PCCERT_CONTEXT pContext );
static bool IsValidCert ( PCCERT_CONTEXT hCert, DWORD& rdwError );
static std::wstring GetMachineName ( void );
static void WriteFile ( HANDLE hFile, LPCVOID pvData, DWORD dwSize );
static ULONGLONG GetFilePtrPos ( HANDLE hFile );
static void SetFilePtrPos ( HANDLE hFile, DWORDLONG nOffset );
static const TCertContextHandle AddCertToSysStore( PCCERT_CONTEXT pContext,
LPCWSTR wszStore,
bool bReuseCert );
static const TCryptKeyHandle GetCryptKeyFromPwd( HCRYPTPROV hCryptProv, LPCWSTR wszPassword );
static int __cdecl BadAllocHandler ( size_t )
{
// Installed at startup time for handling mem alloc failures
throw CBaseException( IDS_E_OUTOFMEM, ERROR_SUCCESS );
}
};
// CTools inline implementation
/////////////////////////////////////////////////////////////////////////////////////////
inline HRESULT CTools::CopyBSTR( const _bstr_t& bstrSource , BSTR* pVal )
{
_ASSERT( pVal != NULL );
*pVal = ::SysAllocString( bstrSource );
return ( (*pVal) != NULL ? S_OK : E_OUTOFMEMORY );
}
inline void CTools::WriteFile( HANDLE hFile, LPCVOID pvData, DWORD dwSize )
{
_ASSERT( ( hFile != NULL ) && ( hFile != INVALID_HANDLE_VALUE ) );
_ASSERT( pvData != NULL );
DWORD dwUnused = 0;
// dwSize can be 0
IF_FAILED_BOOL_THROW( ::WriteFile( hFile, pvData, dwSize, &dwUnused, NULL ),
CBaseException( IDS_E_WRITE_OUTPUT ) );
}
// CFindFile - class that behaves like FindFirstFile with the only difference
// that it works all the way down the tree ( all files from subdirs are retruned as well
// No file mask currently implemented - if needed - store the mask and pass it on every FindFirstFile API
/////////////////////////////////////////////////////////////////////////////////////////
class CFindFile
{
// Data types
public:
// Use this options to refine the search criteria
enum SearchOptions
{
ffRecursive = 0x0001, // If set - subdirs are searched for matches. Else - only the root dir is searched
ffGetFiles = 0x0002, // If set - file objects are considered a match
ffGetDirs = 0x0004, // If set - directory objects are considered a match
ffAbsolutePaths = 0x0008, // If set - the dir names, returned from FindFirst and Next will be absolute.
ffAddFilename = 0x0010, // If set - the dir names, returned from FindFirst and Next will include the name of the object.
};
// Construction / Destruction
public:
CFindFile ( void );
~CFindFile ( void );
// Interface
public:
bool FindFirst ( LPCWSTR wszDirToScan,
WORD wOptions,
LPWSTR wszDir,
WIN32_FIND_DATAW* pData );
bool Next ( bool* pbDirChanged,
LPWSTR wszDir,
WIN32_FIND_DATAW* pData );
void Close ( void );
// Implementation
private:
bool CheckFile ( LPCWSTR wszRelativeDir, const WIN32_FIND_DATAW& fd );
bool ScanDir ( LPCWSTR wszDirToScan,
LPCWSTR wszRelative,
WIN32_FIND_DATAW& FileData );
bool ContinueCurrent ( WIN32_FIND_DATAW& FilepData );
// Data members
private:
WORD m_wOptions; // Search options ( bitmask with SearchOptions enum values )
TStringList m_DirsToScan; // Dirs that will be scaned after the current one
TSearchHandle m_shSearch; // Search Handle
std::wstring m_strRootDir; // Dir that is searched ( search root )
std::wstring m_strCurrentDir; // Dir where m_hSearch is opened
};
// CXMLTools - class for XML input/output support
// You may need the Convert class for easier handling different types of in/out XML data
/////////////////////////////////////////////////////////////////////////////////////////
class CXMLTools
{
private:
CXMLTools();
public:
static IXMLDOMElementPtr AddTextNode( const IXMLDOMDocumentPtr& spDoc,
const IXMLDOMElementPtr& spEl,
LPCWSTR wszName,
LPCWSTR wszValue );
static const std::wstring GetAttrib ( const IXMLDOMNodePtr& spEl, LPCWSTR wszName );
static void SetAttrib ( const IXMLDOMElementPtr& spEl, LPCWSTR wszName, LPCWSTR wszData );
static void LoadXMLFile ( LPCWSTR wszFile, IXMLDOMDocumentPtr& rspDoc );
static IXMLDOMElementPtr CreateSubNode( const IXMLDOMDocumentPtr& spDoc,
const IXMLDOMElementPtr& spParent,
LPCWSTR wszName );
static void RemoveNodes ( const IXMLDOMElementPtr& spContext, LPCWSTR wszXPath );
static const std::wstring GetDataValue( const IXMLDOMNodePtr& spRoot,
LPCWSTR wszQuery,
LPCWSTR wszAttrib,
LPCWSTR wszDefaut );
static const std::wstring GetDataValueAbs( const IXMLDOMDocumentPtr& spRoot,
LPCWSTR wszQuery,
LPCWSTR wszAttrib,
LPCWSTR wszDefaut );
static const IXMLDOMNodePtr SetDataValue( const IXMLDOMNodePtr& spRoot,
LPCWSTR wszQuery,
LPCWSTR wszAttrib,
LPCWSTR wszNewValue,
LPCWSTR wszNewElName = NULL );
};
// CXMLTols inline implementation
/////////////////////////////////////////////////////////////////////////////////////////
inline void CXMLTools::SetAttrib( const IXMLDOMElementPtr& spEl,
LPCWSTR wszName,
LPCWSTR wszData )
{
_ASSERT( spEl != NULL );
_ASSERT( wszName != NULL );
_ASSERT( wszData != NULL );
IF_FAILED_HR_THROW( spEl->setAttribute( _bstr_t( wszName ), _variant_t( wszData ) ),
CBaseException( IDS_E_XML_GENERATE ) );
}
inline IXMLDOMElementPtr CXMLTools::CreateSubNode( const IXMLDOMDocumentPtr& spDoc,
const IXMLDOMElementPtr& spParent,
LPCWSTR wszName )
{
_ASSERT( spDoc != NULL );
_ASSERT( spParent != NULL );
IXMLDOMElementPtr spResult;
IF_FAILED_HR_THROW( spDoc->createElement( _bstr_t( wszName ), &spResult ),
CBaseException( IDS_E_XML_GENERATE ) );
IF_FAILED_HR_THROW( spParent->appendChild( spResult, NULL ),
CBaseException( IDS_E_XML_GENERATE ) );
return spResult;
}
// Convert class - simple class for providing basic type conversions.
/////////////////////////////////////////////////////////////////////////////////////////
class Convert
{
private:
Convert();
public:
static const std::wstring ToString ( BYTE btVal );
static const std::wstring ToString ( DWORD dwVal );
static const std::wstring ToString ( DWORDLONG dwVal );
static const std::wstring ToString ( bool bVal );
static const std::wstring ToString ( const BYTE* pvData, DWORD dwSize );
static void ToBLOB ( LPCWSTR wszData, TByteAutoPtr& rspData, DWORD&dwSize );
static DWORD ToDWORD ( LPCWSTR wszData );
static DWORDLONG ToDWORDLONG ( LPCWSTR wszData );
static bool ToBool ( LPCWSTR wszData );
private:
static WCHAR ByteToWChar( BYTE b );
static BYTE WCharsToByte( WCHAR chLow, WCHAR chHigh );
};
// Convert class inline implementation
inline const std::wstring Convert::ToString( DWORD dwVal )
{
WCHAR wszBuff[ 16 ];
::swprintf( wszBuff, L"%u", dwVal );
return std::wstring( wszBuff );
}
inline const std::wstring Convert::ToString( DWORDLONG dwVal )
{
WCHAR wszBuff[ 32 ];
::_ui64tow( dwVal, wszBuff, 10 );
return std::wstring( wszBuff );
}
inline const std::wstring Convert::ToString( bool bVal )
{
return std::wstring( bVal ? L"True" : L"False" );
}
inline WCHAR Convert::ByteToWChar( BYTE b )
{
_ASSERT( b < 17 );
return static_cast<WCHAR>( b >= 10 ? L'a' + b - 10 : L'0' + b );
}
inline BYTE Convert::WCharsToByte( WCHAR chLow, WCHAR chHigh )
{
_ASSERT( ( ( chLow >= L'0' ) && ( chLow <= L'9' ) ) ||
( ( chLow >= L'a' ) && ( chLow <= 'f' ) ) );
_ASSERT( ( ( chHigh >= L'0' ) && ( chHigh <= L'9' ) ) ||
( ( chHigh >= L'a' ) && ( chHigh <= 'f' ) ) );
BYTE bt = static_cast<BYTE>( ( chHigh >= L'a' ? chHigh - L'a' + 10 : chHigh - L'0' ) << 4 );
bt = static_cast<BYTE>( bt + ( chLow >= L'a' ? chLow - L'a' + 10 : chLow - L'0' ) );
return bt;
}
inline DWORDLONG Convert::ToDWORDLONG( LPCWSTR wszData )
{
return static_cast<DWORDLONG>( ::_wtoi64( wszData ) );
}
inline const std::wstring Convert::ToString( BYTE btVal )
{
return ToString( static_cast<DWORD>( btVal ) );
}
inline bool Convert::ToBool( LPCWSTR wszData )
{
return ::_wcsicmp( wszData, L"true" ) == 0;
}