1174     }

  1174     }

  1175 //

  1175 //

  1176 // ARRAY IMPLEMENTATION

  1176 // ARRAY IMPLEMENTATION

  1177 //

  1177 //

  1178 

  1178 

  1179 const TInt KArrayOffsetTemplate = 23456789;

  1181 const TInt KArrayOffsetTemplate = 23456789;

  1180 const TInt KArraySizeTemplate = 23456789;

  1182 const TInt KArraySizeTemplate = 23456789;

  1181 

  1183 

  1183 void CAlfRsSendBuffer::WriteArrayHeaderTemplateL()

  1184 void CAlfRsSendBuffer::WriteArrayHeaderTemplateL()

  1184 {

  1185 {

  1185     WriteInt8L( EAlfCommandIndexArrayHeader );

  1186     WriteInt8L( EAlfCommandIndexArrayHeader );

  1186     WriteInt8L( 0 ); // align

  1187     WriteInt8L( 0 ); // align

  1187     WriteInt32L( KArrayOffsetTemplate ); // these will be rewritten in WriteArrayHeader2

  1188     WriteInt32L( KArrayOffsetTemplate ); // these will be rewritten in WriteArrayHeader2

  1453         iBufStream = new(ELeave)RMemWriteStream;

  1454         iBufStream = new(ELeave)RMemWriteStream;

  1454         // iBufStream = iChunkHeader->iMemWriteStream;

  1455         // iBufStream = iChunkHeader->iMemWriteStream;

  1455         iBufStream->Open( iChunk.Base() + sizeof( TChunkHeader), iPrimaryChunkMaxSize );

  1456         iBufStream->Open( iChunk.Base() + sizeof( TChunkHeader), iPrimaryChunkMaxSize );

  1456 #else

  1457 #else

  1457         delete iStreamPtr;

  1458         delete iStreamPtr;

  1458         iStreamPtr = new(ELeave)TPtr8( (TUint8*)(iChunk.Base() + sizeof( TChunkHeader)), iPrimaryChunkMaxSize - sizeof( TChunkHeader));

  1460         iStreamPtr = new(ELeave)TPtr8( (TUint8*)(iChunk.Base() + sizeof( TChunkHeader)), iPrimaryChunkMaxSize - sizeof( TChunkHeader));

  1459         iChunkHeader->iMemWriteStream = (RMemWriteStream*)1;

  1461         iChunkHeader->iMemWriteStream = (RMemWriteStream*)1;

  1460 #endif

  1462 #endif

  1461         SeekL( iOffset );

  1463         SeekL( iOffset );

  1462         iChunkInUse = 0;

  1464         iChunkInUse = 0;