uint32
TileCollectionNotice::save( SharedBuffer& buf ) const
{
// Store the m_indexByLayerID map.
buf.writeNextBAShort( m_indexByLayerID.size() );
for ( map<int,int>::const_iterator it = m_indexByLayerID.begin();
it != m_indexByLayerID.end(); ++it ) {
// Layer ID.
buf.writeNextBAShort( it->first );
// Index.
buf.writeNextBAShort( it->second );
}
// Size of m_tilesForAllDetails.
buf.writeNextBAShort( m_tilesForAllDetails.size() );
// Store all the TilesForAllDetailsNotice.
for ( uint32 i = 0; i < m_tilesForAllDetails.size(); ++i ) {
m_tilesForAllDetails[ i ].save( buf );
}
return buf.getCurrentOffset();
}
void
TilesNotice::save( SharedBuffer& buf ) const
{
// Offset.
buf.writeNextBALong( m_offset );
// start lat
buf.writeNextBALong( m_startLatIdx );
// end lat
buf.writeNextBALong( m_endLatIdx );
// start lon
buf.writeNextBALong( m_startLonIdx );
// end lon
buf.writeNextBALong( m_endLonIdx );
// Store m_impRangeByLayerID.
// Nbr elements.
buf.writeNextBAShort( m_nbrLayers );
for ( uint32 i = 0; i < m_nbrLayers; ++i ) {
// Layer id.
buf.writeNextBAShort( m_impRange[ i ].m_layerID );
// First importance.
buf.writeNextBALong( m_impRange[ i ].m_firstImp );
// Last importance.
buf.writeNextBALong( m_impRange[ i ].m_lastImp );
}
}
void
TilesForAllDetailsNotice::save( SharedBuffer& buf ) const
{
// Start detail.
buf.writeNextBAShort( m_startDetail );
// The notices.
buf.writeNextBAShort( m_tilesNotice.size() );
for ( uint32 i = 0; i < m_tilesNotice.size(); ++i ) {
m_tilesNotice[ i ].save( buf );
}
}