Examples of org.geoserver.wfs.xml.v1_1_0.XlinkPropertyNameBinding

org.geoserver.wfs.xml.v1_1_0.WFSConfiguration

pengis.net/wfs:XlinkPropertyName.

  <xsd:element name="XlinkPropertyName"> <xsd:annotation> <xsd:documentation> This element may be used in place of an wfs:PropertyName element in a wfs:Query element in a wfs:GetFeature element to selectively request the traversal of nested XLinks in the returned element for the named property. This element may not be used in other requests -- GetFeatureWithLock, LockFeature, Insert, Update, Delete -- in this version of the WFS specification. </xsd:documentation> </xsd:annotation> <xsd:complexType> <xsd:simpleContent> <xsd:extension base="xsd:string"> <xsd:attribute name="traverseXlinkDepth" type="xsd:string" use="required"> <xsd:annotation> <xsd:documentation> This attribute indicates the depth to which nested property XLink linking element locator attribute (href) XLinks are traversed and resolved if possible.  A value of "1" indicates that one linking element locator attribute (href) Xlink will be traversed and the referenced element returned if possible, but nested property XLink linking element locator attribute (href) XLinks in the returned element are not traversed.  A value of  "*" indicates that all nested property XLink linking element locator attribute (href) XLinks will be traversed and the referenced elements returned if possible. The range of valid values for this attribute consists of positive integers plus "*". </xsd:documentation> </xsd:annotation> </xsd:attribute> <xsd:attribute name="traverseXlinkExpiry" type="xsd:positiveInteger" use="optional"> <xsd:annotation> <xsd:documentation> The traverseXlinkExpiry attribute value is specified in minutes It indicates how long a Web Feature Service should wait to receive a response to a nested GetGmlObject request.	 </xsd:documentation> </xsd:annotation> </xsd:attribute> </xsd:extension> </xsd:simpleContent> </xsd:complexType> </xsd:element>

@generated

    }


    GML3OutputFormat producer() {
        FeatureTypeSchemaBuilder sb = new FeatureTypeSchemaBuilder.GML3(getGeoServer()); 
        WFSConfiguration configuration = new WFSConfiguration(getCatalog(),
                sb, new WFS(sb));
        return new GML3OutputFormat(getGeoServer(), configuration);
    }

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    WFSConfiguration configuration() {
        Catalog catalog = getCatalog();
        FeatureTypeSchemaBuilder sb = 
            new FeatureTypeSchemaBuilder.GML3(getGeoServer());
        return new WFSConfiguration(catalog,sb,new WFS(sb));
    }

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    }


    GML3OutputFormat producer() {
        FeatureTypeSchemaBuilder sb = new FeatureTypeSchemaBuilder.GML3(getGeoServer()); 
        WFSConfiguration configuration = new WFSConfiguration(getGeoServer(),
                sb, new WFS(sb));
        return new GML3OutputFormat(getGeoServer(), configuration);
    }

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        expect(gs.getService(WFSInfo.class)).andReturn(new WFSInfoImpl()).anyTimes();
        expect(gs.getCatalog()).andReturn(catalog).anyTimes();
        replay(gs);
        
        FeatureTypeSchemaBuilder.GML3 schemaBuilder = new FeatureTypeSchemaBuilder.GML3(gs);
        WFS wfs = new WFS(schemaBuilder);
        
        return new GSSConfiguration(new WFSConfiguration(catalog, schemaBuilder, wfs), new GSS(wfs), catalog);
    }

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    }


    WFSConfiguration configuration() {
        FeatureTypeSchemaBuilder sb = 
            new FeatureTypeSchemaBuilder.GML3(getGeoServer());
        return new WFSConfiguration(getGeoServer(),sb,new WFS(sb));
    }

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        Operation opDescriptor = new Operation("", serviceDesc, null, new Object[] { gfreq });


        final GeoServer gs = wms.getGeoServer();
                
        FeatureTypeSchemaBuilder sb = new FeatureTypeSchemaBuilder.GML3(gs); 
        WFSConfiguration configuration = new WFSConfiguration(gs, sb, new WFS(sb));
        
        GML3OutputFormat format = new GML3OutputFormat(gs, configuration);
        format.write(features, out, opDescriptor);
    }

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public class WFSXmlTest extends WFSTestSupport {


    WFSConfiguration configuration() {
        FeatureTypeSchemaBuilder sb = 
            new FeatureTypeSchemaBuilder.GML3(getGeoServer());
        return new WFSConfiguration(getGeoServer(),sb,new WFS(sb));
    }

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public class GML3FeatureProducerTest extends WFSTestSupport {
    
    GML3OutputFormat producer() {
        FeatureTypeSchemaBuilder sb = new FeatureTypeSchemaBuilder.GML3(getGeoServer()); 
        WFSConfiguration configuration = new WFSConfiguration(getGeoServer(),
                sb, new WFS(sb));
        return new GML3OutputFormat(getGeoServer(), configuration);
    }

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        expect(gs.getService(WFSInfo.class)).andReturn(new WFSInfoImpl()).anyTimes();
        expect(gs.getCatalog()).andReturn(catalog).anyTimes();
        replay(gs);
        
        FeatureTypeSchemaBuilder.GML3 schemaBuilder = new FeatureTypeSchemaBuilder.GML3(gs);
        WFS wfs = new WFS(schemaBuilder);
        
        return new GSSConfiguration(new WFSConfiguration(catalog, schemaBuilder, wfs), new GSS(wfs), catalog);
    }

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        return new OneTimeTestSetup(new GML3FeatureProducerTest());
    }


    GML3OutputFormat producer() {
        FeatureTypeSchemaBuilder sb = new FeatureTypeSchemaBuilder.GML3(getGeoServer()); 
        WFSConfiguration configuration = new WFSConfiguration(getCatalog(),
                sb, new WFS(sb));
        return new GML3OutputFormat(getGeoServer(), configuration);
    }

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Related Classes of org.geoserver.wfs.xml.v1_1_0.XlinkPropertyNameBinding

net.opengis.wfs.DeleteElementType

net.opengis.wfs.DescribeFeatureTypeType

net.opengis.wfs.FeatureCollectionType

net.opengis.wfs.GetCapabilitiesType

net.opengis.wfs.GetFeatureType

net.opengis.wfs.GetFeatureWithLockType

net.opengis.wfs.GetGmlObjectType

net.opengis.wfs.InsertElementType

net.opengis.wfs.LockFeatureType

net.opengis.wfs.LockType

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