void PolygonCleaner::Run(gstGeodeHandle* const geodeh) {
assert(geodeh);
geode_creator_.SetPrimType((*geodeh)->PrimType());
switch ((*geodeh)->PrimType()) {
case gstUnknown:
case gstPoint:
case gstPoint25D:
return;
case gstPolyLine:
case gstStreet:
case gstPolyLine25D:
case gstStreet25D:
return;
case gstPolygon:
case gstPolygon25D:
ProcessPolygon(geodeh);
break;
case gstPolygon3D:
notify(NFY_WARN,
"PolygonCleaner: not supported geometry type: %d",
(*geodeh)->PrimType());
return;
case gstMultiPolygon:
case gstMultiPolygon25D:
{
gstGeodeCollection *multi_geode =
static_cast<gstGeodeCollection*>(&(**geodeh));
for (uint p = 0; p < multi_geode->NumParts(); ++p) {
gstGeodeHandle &cur_geodeh = multi_geode->GetGeode(p);
ProcessPolygon(&cur_geodeh);
if (cur_geodeh->IsEmpty()) {
notify(NFY_DEBUG, "Multi-geode part was empty or invalid"
" (and forced empty): skipped.");
}
}
}
break;
case gstMultiPolygon3D:
notify(NFY_WARN,
"PolygonCleaner: not supported geometry type: %d",
(*geodeh)->PrimType());
return;
}
// Reports result.
(*geodeh)->Clear();
geode_creator_.Report(geodeh);
geode_creator_.Clean();
}
RESULTCODE PolygonToLineProcessorImpl::Process(FeatureClass* pinFeatureClass, FeatureClass* poutFeatureClass)
{
Geometry *pGeometry = NULL;
Feature *pFeature = NULL;
FeatureCursor* pCursor = pinFeatureClass->Query();
FeatureInsertCommand* cmd = poutFeatureClass->CreateInsertCommand();
while((pFeature=pCursor->NextFeature())!=NULL)
{
pGeometry = pFeature->GetGeometry();
if( pGeometry != NULL )
{
switch(pGeometry->GeometryType())
{
case augeGTPolygon:
ProcessPolygon(pFeature, poutFeatureClass, cmd);
break;
case augeGTMultiPolygon:
ProcessMultiPolygon(pFeature, poutFeatureClass, cmd);
break;
}
}
pFeature->Release();
}
pCursor->Release();
cmd->Commit();
cmd->Release();
return AG_SUCCESS;
}
