void
Sheet::handleDimensions( const BOF & bof,
Record & record )
{
if( bof.version() == BOF::BIFF8 )
{
int firstRow = 0;
int lastRow = 0;
short firstColumn = 0;
short lastColumn = 0;
record.dataStream().read( firstRow, 4 );
record.dataStream().read( lastRow, 4 );
record.dataStream().read( firstColumn, 2 );
record.dataStream().read( lastColumn, 2 );
initCells( lastRow - 1, lastColumn - 1 );
}
else
{
short firstRow = 0;
short lastRow = 0;
short firstColumn = 0;
short lastColumn = 0;
record.dataStream().read( firstRow, 2 );
record.dataStream().read( lastRow, 2 );
record.dataStream().read( firstColumn, 2 );
record.dataStream().read( lastColumn, 2 );
initCells( lastRow - 1, lastColumn - 1 );
}
}
void
Sheet::handleLabelSST( Record & record )
{
short row = 0;
short column = 0;
short xfIndex = 0;
int sstIndex = 0;
record.dataStream().read( row, 2 );
record.dataStream().read( column, 2 );
record.dataStream().read( xfIndex, 2 );
record.dataStream().read( sstIndex, 4 );
initCell( row, column );
m_cells[ row ][ column ].setData( m_sst[ sstIndex ] );
}
std::vector< std::wstring >
SharedStringTable::parse( Record & record )
{
int totalStrings = 0;
int uniqueStrings = 0;
record.dataStream().read( totalStrings, 4 );
record.dataStream().read( uniqueStrings, 4 );
std::vector< std::wstring > sst( uniqueStrings );
if(MAX_SST_SIZE)
uniqueStrings = min(MAX_SST_SIZE, uniqueStrings) ;
for( int i = 0; i < uniqueStrings; ++i )
sst[ i ] = loadString( record.dataStream(), record.borders() );
return sst;
}
