Package net.opengis.wfs

Examples of net.opengis.wfs.FeatureCollectionType

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                + "</wps:RawDataOutput>" + "</wps:ResponseForm>" + "</wps:Execute>";

        MockHttpServletResponse response = postAsServletResponse(root(), xml);

        Parser p = new Parser(new WFSConfiguration());
        FeatureCollectionType fct = (FeatureCollectionType) p.parse(new ByteArrayInputStream(
                response.getOutputStreamContent().getBytes()));
        FeatureCollection fc = (FeatureCollection) fct.getFeature().get(0);

        assertEquals(1, fc.size());
        SimpleFeature sf = (SimpleFeature) fc.features().next();
        Geometry simplified = ((Geometry) sf.getDefaultGeometry());
        // should have been clipped to this specific area
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                + "</wps:ResponseForm>" + "</wps:Execute>";

        MockHttpServletResponse response = postAsServletResponse(root(), xml);

        Parser p = new Parser(new WFSConfiguration());
        FeatureCollectionType fct = (FeatureCollectionType) p.parse(new ByteArrayInputStream(
                response.getOutputStreamContent().getBytes()));
        FeatureCollection fc = (FeatureCollection) fct.getFeature().get(0);

        assertEquals(1, fc.size());
        SimpleFeature sf = (SimpleFeature) fc.features().next();
        Geometry simplified = ((Geometry) sf.getDefaultGeometry());
        assertTrue(new Envelope(-92, -87, 37, 43).contains(simplified.getEnvelopeInternal()));
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            // check the WFS configuration, if encode featureMember is selected on WFS configuration
            // page, return null;
            if (encodeFeatureMember) {
                return null;
            }
            FeatureCollectionType featureCollection = (FeatureCollectionType) object;

            if (!featureCollection.getFeature().isEmpty()) {
                if (featureCollection.getFeature().size() > 1) {
                    // wrap in a single
                    return new CompositeFeatureCollection(featureCollection.getFeature());
                }

                // just return the single
                return featureCollection.getFeature().iterator().next();
            }
        } else if (GML.featureMember.equals(name)) {
            // check the WFS configuration, if encode featureMembers is selected on WFS
            // configuration page, return null;
            if (!encodeFeatureMember) {
                return null;
            }
            FeatureCollectionType featureCollection = (FeatureCollectionType) object;

            if (!featureCollection.getFeature().isEmpty()) {
                if (featureCollection.getFeature().size() > 1) {
                    // wrap in a single
                    return new CompositeFeatureCollection(featureCollection.getFeature());
                }

                // just return the single
                return featureCollection.getFeature().iterator().next();
            }
        } else if (GML.boundedBy.equals(name) && generateBounds) {
            FeatureCollectionType featureCollection = (FeatureCollectionType) object;

            ReferencedEnvelope env = null;
            for (Iterator it = featureCollection.getFeature().iterator(); it.hasNext();) {
                FeatureCollection fc = (FeatureCollection) it.next();
                if(env == null) {
                    env = fc.getBounds();
                }
                else {
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    }

    @Override
    public Object decode(InputStream input) throws Exception {
        Parser p = new Parser(configuration);
        FeatureCollectionType fct = (FeatureCollectionType) p.parse(input);
        return decode(fct);
    }
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            Parser p = new Parser(configuration);
            input = p.parse(new StringReader((String) input));
        }
       
        // cast and handle the axis flipping
        FeatureCollectionType fct = (FeatureCollectionType) input;
        SimpleFeatureCollection fc = (SimpleFeatureCollection) fct.getFeature().get( 0 );
        // Axis flipping issue, we should determine if the collection needs flipping
        if(fc.getSchema().getGeometryDescriptor() != null) {
            CoordinateReferenceSystem crs = getCollectionCRS(fc);
            if(crs != null) {
                // do we need to force the crs onto the collection?
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    @Override
    public void encode(Object object, ContentHandler handler) throws Exception {
        FeatureCollection features = (FeatureCollection) object;
        SimpleFeatureType featureType = (SimpleFeatureType) features.getSchema();
       
        FeatureCollectionType fc = WfsFactory.eINSTANCE.createFeatureCollectionType();
        fc.getFeature().add( features );
       
        Encoder e = new Encoder(configuration);
        e.getNamespaces().declarePrefix( "feature", featureType.getName().getNamespaceURI() );
        e.encode( fc, getElement(), handler );
    }
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//    FeatureCollectionSha1Sync.TRACE_RESPONSE = GeoserverClientSynchronizer.TRACE_POST;
    Feature[] serverFeatures = new Feature[] {
      f("F1", 0), f("F2", 1), f("F3", 2), f("F4", 3), f("F5", 4), f("F6", 5)
    };
   
    FeatureCollectionType client = make(f("F1", 0), f("F2", 1), f("F3", 2), f("F4", 3), f("F5", 4), f("F6", 5));
    Map<Identifier, FeatureAccessor> clientMap = asMap(client);
   
    GeoserverClientSynchronizer synchronizer = new GeoserverClientSynchronizer(makeConfiguration(), "url", SimulatedRequestBuilder.POST_TEMPLATE);
    RecordingFeatureChangeListener listener = new RecordingFeatureChangeListener(synchronizer.getListener());
    synchronizer.setListener(listener);
   
    long lastOutput = 0;
    for (int i = 0; i < 10000; i++) {
      Map<Identifier, FeatureAccessor> oldClientMap = new HashMap<Identifier, FeatureAccessor>(clientMap);
      UpdateRecords changed = randomlyChangeFeatures(serverFeatures);
      listener.reset();
      FeatureCollectionType server = make(serverFeatures);
     
      RequestBuilder builder = new SimulatedRequestBuilder(server);
      synchronizer.setRequestBuilder(builder);
     
      synchronizer.synchronize(clientMap);
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    }
  }
 
  @Test
  public void testExtraUpdate1() throws IOException, ParseException, SAXException, ParserConfigurationException {
    FeatureCollectionType client = make(f("F1",162),f("F5",167),f("F4",169),f("F3",168),f("F2",157),f("F6",164));
    FeatureCollectionType server = make(f("F1",162),f("F5",167),f("F4",169),f("F3",170),f("F2",157),f("F6",164));
   
    GeoserverClientSynchronizer synchronizer = new GeoserverClientSynchronizer(makeConfiguration(), "url", SimulatedRequestBuilder.POST_TEMPLATE);
    Map<Identifier, FeatureAccessor> clientMap = asMap(client);
   
    RequestBuilder builder = new SimulatedRequestBuilder(server);
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    assertEquals(2, synchronizer.getNumRounds());
  }

  @Test
  public void testExtraUpdate2() throws IOException, ParseException, SAXException, ParserConfigurationException {
    FeatureCollectionType client = make(f("F1",39),f("F5",35),f("F4",33),f("F3",38),f("F2",36),f("F6",37));
    FeatureCollectionType server = make(f("F1",39),f("F5",40),f("F4",33),f("F3",41),f("F2",36),f("F6",37));
   
    GeoserverClientSynchronizer synchronizer = new GeoserverClientSynchronizer(makeConfiguration(), "url", SimulatedRequestBuilder.POST_TEMPLATE);
    Map<Identifier, FeatureAccessor> clientMap = asMap(client);
   
    RequestBuilder builder = new SimulatedRequestBuilder(server);
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    assertEquals(2, synchronizer.getNumRounds());
  }
 
  @Test
  public void testExtraUpdate3() throws IOException, ParseException, SAXException, ParserConfigurationException {
    FeatureCollectionType client = make(f("F1",59),f("F5",60),f("F4",57),f("F3",58),f("F2",56),f("F6",61));
    FeatureCollectionType server = make(f("F1",63),f("F5",60),f("F4",64),f("F3",58),f("F2",56),f("F6",62));
   
    GeoserverClientSynchronizer synchronizer = new GeoserverClientSynchronizer(makeConfiguration(), "url", SimulatedRequestBuilder.POST_TEMPLATE);
    Map<Identifier, FeatureAccessor> clientMap = asMap(client);
   
    RequestBuilder builder = new SimulatedRequestBuilder(server);
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Related Classes of net.opengis.wfs.FeatureCollectionType

  • com.moesol.geoserver.sync.client.ClientSynchronizerStressIntegrationTest
  • com.moesol.geoserver.sync.client.Features
  • com.moesol.geoserver.sync.client.GeoserverClientSynchronizerIntegrationTest
  • com.moesol.geoserver.sync.client.MidRoundServerChangesIntegrationTest
  • com.moesol.geoserver.sync.client.SimulatedRequestBuilder
  • com.moesol.geoserver.sync.format.FeatureCollectionSha1SyncTest
  • org.geoserver.kml.KMLWFSTest
  • org.geoserver.python.format.PythonVectorFormatAdapterTest
  • org.geoserver.wfs.GetFeature
  • org.geoserver.wfs.response.CSVOutputFormatTest
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