Examples with LogicalOperators net.opengis.filter.v_2_0_0.LogicalOperators used on opensource projects

Example 1 with LogicalOperators

use of net.opengis.filter.v_2_0_0.LogicalOperators in project ddf by codice.

the class CswEndpoint method buildFilterCapabilities.

/**
 * Creates the Filter_Capabilities section of the GetCapabilities response. These are defined
 * statically by the DDF FilterAdapter implementation TODO: If the implementation changes, update
 * this method to reflect the changes.
 *
 * @return The constructed FilterCapabilities object
 */
private FilterCapabilities buildFilterCapabilities() {
    // Create the FilterCapabilites - These are defined statically by the
    // DDF FilterAdapter implementation
    FilterCapabilities filterCapabilities = new FilterCapabilities();
    ScalarCapabilitiesType scalarCapabilities = new ScalarCapabilitiesType();
    ComparisonOperatorsType cot = new ComparisonOperatorsType();
    cot.setComparisonOperator(COMPARISON_OPERATORS);
    scalarCapabilities.setLogicalOperators(new LogicalOperators());
    scalarCapabilities.setComparisonOperators(cot);
    filterCapabilities.setScalarCapabilities(scalarCapabilities);
    SpatialOperatorsType spatialOpsType = new SpatialOperatorsType();
    ArrayList<SpatialOperatorType> spatialOpTypes = new ArrayList<>();
    for (SpatialOperatorNameType sont : SPATIAL_OPERATORS) {
        SpatialOperatorType sot = new SpatialOperatorType();
        sot.setName(sont);
        spatialOpTypes.add(sot);
    }
    GeometryOperandsType geometryOperands = new GeometryOperandsType();
    List<QName> geoOperandsList = geometryOperands.getGeometryOperand();
    geoOperandsList.add(new QName(CswConstants.GML_SCHEMA, CswConstants.GML_POINT, CswConstants.GML_NAMESPACE_PREFIX));
    geoOperandsList.add(new QName(CswConstants.GML_SCHEMA, CswConstants.GML_LINESTRING, CswConstants.GML_NAMESPACE_PREFIX));
    geoOperandsList.add(new QName(CswConstants.GML_SCHEMA, CswConstants.GML_POLYGON, CswConstants.GML_NAMESPACE_PREFIX));
    spatialOpsType.setSpatialOperator(spatialOpTypes);
    SpatialCapabilitiesType spatialCaps = new SpatialCapabilitiesType();
    spatialCaps.setSpatialOperators(spatialOpsType);
    spatialCaps.setGeometryOperands(geometryOperands);
    filterCapabilities.setSpatialCapabilities(spatialCaps);
    IdCapabilitiesType idCapabilities = new IdCapabilitiesType();
    idCapabilities.getEIDOrFID().add(new EID());
    filterCapabilities.setIdCapabilities(idCapabilities);
    return filterCapabilities;
}

Example 2 with LogicalOperators

use of net.opengis.filter.v_2_0_0.LogicalOperators in project ddf by codice.

the class MockWfsServer method getFilterCapabilities.

public static FilterCapabilities getFilterCapabilities() {
    FilterCapabilities capabilities = new FilterCapabilities();
    ConformanceType conformance = new ConformanceType();
    for (CONFORMANCE_CONSTRAINTS constraint : CONFORMANCE_CONSTRAINTS.values()) {
        DomainType domain = new DomainType();
        NoValues noValues = new NoValues();
        domain.setNoValues(noValues);
        ValueType value = new ValueType();
        value.setValue("TRUE");
        domain.setDefaultValue(value);
        domain.setName(constraint.toString());
        conformance.getConstraint().add(domain);
    }
    capabilities.setConformance(conformance);
    ScalarCapabilitiesType scalar = new ScalarCapabilitiesType();
    scalar.setLogicalOperators(new LogicalOperators());
    scalar.setComparisonOperators(new ComparisonOperatorsType());
    for (COMPARISON_OPERATORS compOp : COMPARISON_OPERATORS.values()) {
        ComparisonOperatorType operator = new ComparisonOperatorType();
        operator.setName(compOp.toString());
        scalar.getComparisonOperators().getComparisonOperator().add(operator);
    }
    capabilities.setScalarCapabilities(scalar);
    SpatialCapabilitiesType spatial = new SpatialCapabilitiesType();
    spatial.setSpatialOperators(new SpatialOperatorsType());
    for (SPATIAL_OPERATORS spatialOp : SPATIAL_OPERATORS.values()) {
        SpatialOperatorType operator = new SpatialOperatorType();
        operator.setName(spatialOp.toString());
        spatial.getSpatialOperators().getSpatialOperator().add(operator);
    }
    GeometryOperandsType geometryOperands = new GeometryOperandsType();
    List<QName> qnames = Arrays.asList(Wfs20Constants.POINT, Wfs20Constants.ENVELOPE, Wfs20Constants.POLYGON, Wfs20Constants.LINESTRING);
    for (QName qName : qnames) {
        GeometryOperand operand = new GeometryOperand();
        operand.setName(qName);
        geometryOperands.getGeometryOperand().add(operand);
    }
    spatial.setGeometryOperands(geometryOperands);
    capabilities.setSpatialCapabilities(spatial);
    TemporalCapabilitiesType temporal = new TemporalCapabilitiesType();
    temporal.setTemporalOperators(new TemporalOperatorsType());
    for (TEMPORAL_OPERATORS temporalOp : TEMPORAL_OPERATORS.values()) {
        TemporalOperatorType operator = new TemporalOperatorType();
        operator.setName(temporalOp.toString());
        temporal.getTemporalOperators().getTemporalOperator().add(operator);
    }
    TemporalOperandsType temporalOperands = new TemporalOperandsType();
    List<QName> timeQNames = Arrays.asList(new QName(Wfs20Constants.GML_3_2_NAMESPACE, "TimePeriod"), new QName(Wfs20Constants.GML_3_2_NAMESPACE, "TimeInstant"));
    for (QName qName : timeQNames) {
        TemporalOperand operand = new TemporalOperand();
        operand.setName(qName);
        temporalOperands.getTemporalOperand().add(operand);
    }
    temporal.setTemporalOperands(temporalOperands);
    capabilities.setTemporalCapabilities(temporal);
    return capabilities;
}