void eval_geometry_constructor()
{
QFETCH( QString, string );
QFETCH( void*, geomptr );
QFETCH( bool, evalError );
QgsGeometry* geom = ( QgsGeometry* ) geomptr;
QgsFeature f;
f.setGeometry( geom );
QgsExpression exp( string );
QCOMPARE( exp.hasParserError(), false );
QCOMPARE( exp.needsGeometry(), false );
QVariant out = exp.evaluate( &f );
QCOMPARE( exp.hasEvalError(), evalError );
QCOMPARE( out.canConvert<QgsGeometry>(), true );
QgsGeometry outGeom = out.value<QgsGeometry>();
QCOMPARE( geom->equals( &outGeom ), true );
}
bool QgsSpatialFilter::evaluate( const QgsFeature& f ) const
{
if ( !mGeom )
{
return true;
}
QgsGeometry* geom = ( new QgsFeature( f ) )->geometry();
switch ( mSpatialType )
{
case BBOX:
return geom->intersects( mGeom->boundingBox() );
break;
case CONTAINS:
return geom->contains( mGeom );
break;
case CROSSES:
return geom->crosses( mGeom );
break;
case DISJOINT:
return geom->disjoint( mGeom );
break;
case EQUALS:
return geom->equals( mGeom );
break;
case INTERSECTS:
return geom->intersects( mGeom );
break;
case OVERLAPS:
return geom->overlaps( mGeom );
break;
case TOUCHES:
return geom->touches( mGeom );
break;
case WITHIN:
return geom->within( mGeom );
break;
case UNKNOWN:
default:
break;
}
return false;
}
