#ifndef _RESPONSE_HEADERHASH_HXX_ #define _RESPONSE_HEADERHASH_HXX_ class RESPONSE_HEADER_HASH : public CTypedHashTable< RESPONSE_HEADER_HASH, HEADER_RECORD, CHAR * > { public: RESPONSE_HEADER_HASH() : CTypedHashTable< RESPONSE_HEADER_HASH, HEADER_RECORD, CHAR * > ("RESPONSE_HEADER_HASH") { } static CHAR * ExtractKey( const HEADER_RECORD * pRecord ) { DBG_ASSERT( pRecord != NULL ); return pRecord->_pszName; } static DWORD CalcKeyHash( CHAR * pszKey ) { return HashStringNoCase( pszKey ); } static bool EqualKeys( CHAR * pszKey1, CHAR * pszKey2 ) { return _stricmp( pszKey1, pszKey2 ) == 0; } static void AddRefRecord( HEADER_RECORD * pEntry, int nIncr ) { } static HRESULT Initialize( VOID ); static VOID Terminate( VOID ); static ULONG GetIndex( CHAR * pszName ) { HEADER_RECORD * pRecord = NULL; LK_RETCODE retCode; HRESULT hr; retCode = sm_pResponseHash->FindKey( pszName, &pRecord ); if ( retCode == LK_SUCCESS ) { DBG_ASSERT( pRecord != NULL ); return pRecord->_ulHeaderIndex; } else { return UNKNOWN_INDEX; } } static CHAR * GetString( ULONG ulIndex, DWORD * pcchLength ) { if ( ulIndex < HttpHeaderResponseMaximum ) { *pcchLength = sm_rgHeaders[ ulIndex ]._cchName; return sm_rgHeaders[ ulIndex ]._pszName; } return NULL; } private: static RESPONSE_HEADER_HASH *sm_pResponseHash; static HEADER_RECORD sm_rgHeaders[]; }; #endif