Package org.opengis.cite.citygml30part2.global

Class GlobalValidation

java.lang.Object

org.opengis.cite.citygml30part2.CommonFixture

org.opengis.cite.citygml30part2.global.GlobalValidation

public class GlobalValidation
extends CommonFixture

Field Summary

Fields

Modifier and Type	Field	Description
(package private) final boolean	GLOBAL_ENABLE
(package private) String	MODULE_NAME

Fields inherited from class org.opengis.cite.citygml30part2.CommonFixture

client, request, response, ROOT_PKG_PATH, testSubject

Constructor Summary

Constructors

Constructor	Description
GlobalValidation()

Method Summary

Modifier and Type	Method	Description
void	VerifyCityGMLInstanceDoc()	Verify that XML instance documents claiming conformance to this specification validate against the XML schema files.
void	VerifyGlobalAlternativeAggregations()	For referencing features from alternative aggregations:: Each feature belongs to a natural aggregation hierarchy and SHALL be stored inline this hierarchy.
void	VerifyGlobalReferencingGeometries1()	Verify that XLinks are not used to reference geometries, except for geometries of ImplicitGeometry elements, from another top-level feature.
void	VerifyGlobalReferencingGeometries2()	When referencing geometries of spaces and space boundaries, verify that: Geometries stored inline a space boundary are not redundantly stored as geometry of a space.
void	VerifyGlobalReferencingGeometries3()	Verify that LoDs are self-contained: Geometries are not shared between different LoDs using XLinks.
void	VerifyGlobalReferencingGeometries4()	When referencing shared geometries between top-level features using CityObjectRelation elements, verify that: If two top-level features share a common geometry, the shared geometry is stored for each top-level feature separately.

Methods inherited from class org.opengis.cite.citygml30part2.CommonFixture

clearMessages, getResponseEntityAsDocument, initCommonFixture, TransformXMLDocumentToXMLString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Details

GLOBAL_ENABLE

final boolean GLOBAL_ENABLE

See Also:

• Constant Field Values

MODULE_NAME

String MODULE_NAME

Constructor Details

GlobalValidation

public GlobalValidation()

Method Details

VerifyCityGMLInstanceDoc

public void VerifyCityGMLInstanceDoc()
                              throws Exception

Verify that XML instance documents claiming conformance to this specification validate against the XML schema files.

Throws:

Exception

VerifyGlobalReferencingGeometries1

public void VerifyGlobalReferencingGeometries1()
                                        throws Exception

Verify that XLinks are not used to reference geometries, except for geometries of ImplicitGeometry elements, from another top-level feature.

Throws:

Exception

VerifyGlobalReferencingGeometries2

public void VerifyGlobalReferencingGeometries2()
                                        throws XPathExpressionException

When referencing geometries of spaces and space boundaries, verify that:

• Geometries stored inline a space boundary are not redundantly stored as geometry of a space. If the geometry is stored with the space in addition, it references the geometry from the space boundary using XLinks.
• Space boundaries do not reference geometries of a space using XLinks.
• This applies for all spaces and space boundaries that are children of the same top-level feature.

Throws:

XPathExpressionException

VerifyGlobalReferencingGeometries3

public void VerifyGlobalReferencingGeometries3()

Verify that LoDs are self-contained: Geometries are not shared between different LoDs using XLinks.

VerifyGlobalReferencingGeometries4

public void VerifyGlobalReferencingGeometries4()

When referencing shared geometries between top-level features using CityObjectRelation elements, verify that:

• If two top-level features share a common geometry, the shared geometry is stored for each top-level feature separately.
• If CityObjectRelation elements are used to denote that a geometry is shared between two top-level features, then a CityObjectRelation element is stored for each feature (might be the top-level feature itself or one of its nested features), and each CityObjectRelation element is assigned the relation type “shared” and references the other feature using an XLink. Thus, the reference is bi-directional.

VerifyGlobalAlternativeAggregations

public void VerifyGlobalAlternativeAggregations()

For referencing features from alternative aggregations::

• Each feature belongs to a natural aggregation hierarchy and SHALL be stored inline this hierarchy.
• Alternative aggregations SHALL NOT contain the feature inline but SHALL use an XLink to reference the feature.