Package org.opengis.filter.expression

Examples of org.opengis.filter.expression.PropertyName.evaluate()

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                }
                else {
                    propertyName = ff.property( name.getLocalPart() );
                }
               
                if ( propertyName.evaluate( featureType ) == null ) {
                    String msg = "No such property: " + property.getName();
                    throw new WFSException( msg );
                }
            }
        } catch (IOException e) {
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                            }
                           
                            if ( name != null ) {
                                //check against fetaure type to make sure its
                                // a geometric type
                                AttributeDescriptor att = (AttributeDescriptor) name.evaluate(featureType);
                                if ( !( att instanceof GeometryDescriptor ) ) {
                                    throw new WFSException("Property " + name + " is not geometric", "InvalidParameterValue");
                                }
                            }
                           
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                PropertyName phenomName = ffac.property(phenomNamePath);

                Object nameVal = gmlName.evaluate(feature, String.class);
                assertNotNull("gml:name evaluated to null", nameVal);

                Object phenomNameVal = phenomName.evaluate(feature, String.class);
                assertNotNull(phenomNamePath + " evaluated to null", phenomNameVal);
            }
            {
                PropertyName sampledFeatureName = ffac.property("sa:sampledFeature");
                Attribute sampledFeatureVal = (Attribute) sampledFeatureName.evaluate(feature);
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                Object phenomNameVal = phenomName.evaluate(feature, String.class);
                assertNotNull(phenomNamePath + " evaluated to null", phenomNameVal);
            }
            {
                PropertyName sampledFeatureName = ffac.property("sa:sampledFeature");
                Attribute sampledFeatureVal = (Attribute) sampledFeatureName.evaluate(feature);
                assertNotNull("sa:sampledFeature evaluated to null", sampledFeatureVal);
                assertEquals(0, ((Collection) sampledFeatureVal.getValue()).size());
                Map attributes = (Map) sampledFeatureVal.getUserData().get(Attributes.class);
                assertNotNull(attributes);
                Name xlinkTitle = name(XLINK.NAMESPACE, "title");
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            }

            {
                final String elementPath = "aw:relatedObservation/aw:PhenomenonTimeSeries/om:result/cv:CompactDiscreteTimeCoverage";
                PropertyName elementName = ffac.property(elementPath);
                Object timeCovVal = elementName.evaluate(feature);
                assertNotNull(elementPath, timeCovVal);
                assertTrue(timeCovVal instanceof Feature);
                final List elements = (List) ((Feature) timeCovVal).getValue();
                assertEquals(1, elements.size());
            }
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        org.opengis.filter.FilterFactory ff = CommonFactoryFinder.getFilterFactory(null);
        PropertyName expr;
        Object value;

        expr = ff.property("measurement[1]");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[1]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);
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        expr = ff.property("measurement[1]");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[1]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[1]/value");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);
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        expr = ff.property("measurement[1]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[1]/value");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[2]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);
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        expr = ff.property("measurement[1]/value");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[2]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[2]/value");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);
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        expr = ff.property("measurement[2]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[2]/value");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);

        expr = ff.property("measurement[3]/parameter");
        value = expr.evaluate(complexFeature);
        assertNotNull(value);
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