Modifier and Type | Method and Description |
---|---|
Attribute |
AppSchemaAttributeBuilder.add(String id,
Object value,
Name name,
AttributeType type)
Adds an attribute to the complex attribute being built overriding the type of the declared
attribute descriptor by a subtype of it.
|
Modifier and Type | Field and Description |
---|---|
static Name |
SampleDataAccessData.GEOLOGICUNIT_TYPE_NAME |
static Name |
SampleDataAccessData.MAPPEDFEATURE_TYPE_NAME
The qualified name of the sample feature type.
|
Modifier and Type | Method and Description |
---|---|
Name |
SampleDataAccessFeatureSource.getName()
Not yet implemented.
|
Modifier and Type | Method and Description |
---|---|
List<Name> |
SampleDataAccess.getNames()
Get the feature type names provided by this
DataAccess . |
Modifier and Type | Method and Description |
---|---|
FeatureSource<FeatureType,Feature> |
SampleDataAccess.getFeatureSource(Name typeName) |
FeatureType |
SampleDataAccess.getSchema(Name name)
Return the feature type for supported type name.
|
void |
SampleDataAccess.removeSchema(Name typeName)
Unsupported operation.
|
void |
SampleDataAccess.updateSchema(Name typeName,
FeatureType featureType)
Unsupported operation.
|
Modifier and Type | Method and Description |
---|---|
Name |
ArcSdeFeatureSource.getName()
Returns the same name than the feature type (ie,
getSchema().getName() to honor the
simple feature land common practice of calling the same both the Features produces and their
types |
Modifier and Type | Method and Description |
---|---|
List<Name> |
ArcSDEDataStore.getNames()
Returns the same list of names than
ArcSDEDataStore.getTypeNames() meaning the returned Names have
no namespace set. |
Modifier and Type | Method and Description |
---|---|
SimpleFeatureSource |
ArcSDEDataStore.getFeatureSource(Name typeName)
Delegates to
ArcSDEDataStore.getFeatureSource(String) with name.getLocalPart() |
SimpleFeatureType |
ArcSDEDataStore.getSchema(Name name)
Delegates to
ArcSDEDataStore.getSchema(String) with name.getLocalPart() |
void |
ArcSdeFeatureStore.modifyFeatures(Name[] attributes,
Object[] values,
Filter filter) |
void |
ArcSdeFeatureStore.modifyFeatures(Name name,
Object value,
Filter filter) |
void |
ArcSDEDataStore.removeSchema(Name typeName) |
void |
ArcSDEDataStore.updateSchema(Name typeName,
SimpleFeatureType featureType)
Delegates to
ArcSDEDataStore.updateSchema(String, SimpleFeatureType) with name.getLocalPart() |
Modifier and Type | Method and Description |
---|---|
LinkedHashSet<Name> |
FeatureTypeStyleBuilder.featureTypeNames() |
Modifier and Type | Method and Description |
---|---|
FeatureTypeStyleBuilder |
FeatureTypeStyleBuilder.featureTypeName(Name featureTypeName)
Accumulates another feature type name in the list of the feature type names for this
FeatureTypeStyle |
Modifier and Type | Method and Description |
---|---|
void |
FeatureTypeStyleBuilder.setFeatureTypeNames(List<Name> featureTypeNames) |
Modifier and Type | Method and Description |
---|---|
PropertyNameBuilder |
PropertyNameBuilder.name(Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
CoverageRequest.getName() |
Name |
CoverageSource.getName(ProgressListener listener)
Name of the Coverage (ie data product) provided by this CoverageSource.
|
Modifier and Type | Method and Description |
---|---|
Set<Name> |
CoverageSource.getMetadataDomains() |
List<Name> |
CoverageAccess.getNames(ProgressListener listener)
Names of the available Coverages.
|
Modifier and Type | Method and Description |
---|---|
CoverageSource |
CoverageAccess.access(Name name,
Map<String,Serializable> params,
CoverageAccess.AccessType accessType,
Hints hints,
ProgressListener listener)
Retrieve a
CoverageSource to access a Named Coverage. |
boolean |
CoverageAccess.canCreate(Name name,
Map<String,Serializable> params,
Hints hints,
ProgressListener listener)
Test to see if this coverage access is suitable for creating a
CoverageStore referred
by Name, with the specified set of parameters. |
boolean |
CoverageAccess.canDelete(Name name,
Map<String,Serializable> params,
Hints hints)
Test to see if this coverage access is suitable for deleting a
CoverageSource
referred by Name, with the specified set of parameters. |
CoverageStore |
CoverageAccess.create(Name name,
Map<String,Serializable> params,
Hints hints,
ProgressListener listener)
Create a
CoverageStore with the specified name. |
boolean |
CoverageAccess.delete(Name name,
Map<String,Serializable> params,
Hints hints)
Asks this
CoverageAccess to entirely remove a certain Coverage from the available
CoverageSource s. |
void |
CoverageRequest.setName(Name name) |
Modifier and Type | Field and Description |
---|---|
protected Name |
DefaultCoverageSource.name |
Modifier and Type | Field and Description |
---|---|
protected List<Name> |
DefaultCoverageAccess.names |
Modifier and Type | Method and Description |
---|---|
Name |
DefaultCoverageSource.getName(ProgressListener listener) |
Modifier and Type | Method and Description |
---|---|
Set<Name> |
DefaultCoverageSource.getMetadataDomains() |
List<Name> |
DefaultCoverageAccess.getNames(ProgressListener listener) |
Modifier and Type | Method and Description |
---|---|
CoverageSource |
DefaultCoverageAccess.access(Name name,
Map<String,Serializable> params,
CoverageAccess.AccessType accessType,
Hints hints,
ProgressListener listener) |
boolean |
DefaultCoverageAccess.canCreate(Name name,
Map<String,Serializable> params,
Hints hints,
ProgressListener listener) |
boolean |
DefaultCoverageAccess.canDelete(Name name,
Map<String,Serializable> params,
Hints hints) |
CoverageStore |
DefaultCoverageAccess.create(Name name,
Map<String,Serializable> params,
Hints hints,
ProgressListener listener) |
boolean |
DefaultCoverageAccess.delete(Name name,
Map<String,Serializable> params,
Hints hints) |
Constructor and Description |
---|
DefaultCoverageSource(Name name,
CoverageSourceDescriptor descriptor) |
Modifier and Type | Method and Description |
---|---|
CoverageSource |
NetCDFAccess.access(Name name,
Map<String,Serializable> params,
CoverageAccess.AccessType accessType,
Hints hints,
ProgressListener listener) |
boolean |
NetCDFAccess.delete(Name name,
Map<String,Serializable> params,
Hints hints) |
Constructor and Description |
---|
NetCDFSource(NetCDFImageReader reader,
Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
FieldType.getName()
|
Name |
RangeType.getName()
|
Modifier and Type | Method and Description |
---|---|
Set<Name> |
RangeType.getFieldTypeNames()
|
Modifier and Type | Method and Description |
---|---|
Name |
DefaultRangeType.getName() |
Name |
DefaultFieldType.getName() |
Modifier and Type | Method and Description |
---|---|
Set<Name> |
DefaultRangeType.getFieldTypeNames() |
Constructor and Description |
---|
DefaultFieldType(Name name,
InternationalString description,
Set<SampleDimension> samples) |
DefaultRangeType(Name name,
InternationalString description,
Set<FieldType> fieldTypes) |
Modifier and Type | Field and Description |
---|---|
protected Map<Name,DataAccess<?,?>> |
DefaultRepository.repository
Holds the DataStores so we can clean up when closed
|
Modifier and Type | Method and Description |
---|---|
Name |
FeatureSource.getName()
Returns the name of the features (strictly, the name of the
AttributeDescriptor for
the features) accessible through this FeatureSource . |
Name |
CachingFeatureSource.getName()
Deprecated.
|
Modifier and Type | Method and Description |
---|---|
Set<Name> |
DefaultRepository.getNames() |
List<Name> |
DataAccess.getNames()
Names of the available Resources.
|
Modifier and Type | Method and Description |
---|---|
DataAccess<?,?> |
DefaultRepository.access(Name name) |
DataAccess<?,?> |
Repository.access(Name name)
Search for the DataAccess (may be a DataStore) by name.
|
DataStore |
DefaultRepository.dataStore(Name name) |
DataStore |
Repository.dataStore(Name name)
Search for the DataStore by name.
|
SimpleFeatureSource |
DataStore.getFeatureSource(Name typeName)
Gets a
SimpleFeatureSource for features of the type specified by a qualified name
(namespace plus type name). |
FeatureSource<T,F> |
DataAccess.getFeatureSource(Name typeName)
Access to the named resource.
|
T |
DataAccess.getSchema(Name name)
Description of the named resource.
|
void |
FeatureStore.modifyFeatures(Name[] attributeNames,
Object[] attributeValues,
Filter filter)
Modifies the attributes with the supplied values in all features selected by the given
filter.
|
void |
FeatureStore.modifyFeatures(Name attributeName,
Object attributeValue,
Filter filter)
Modifies an attribute with the supplied value in all features selected by the given filter.
|
void |
DefaultRepository.register(Name name,
DataAccess<?,?> dataStore) |
void |
DataAccess.removeSchema(Name typeName)
Used to permanently remove a schema from the underlying storage
This functionality is similar to an "drop table" statement in SQL.
|
void |
DataAccess.updateSchema(Name typeName,
T featureType)
Used to update a schema in place.
|
Modifier and Type | Method and Description |
---|---|
Name |
CollectionFeatureSource.getName() |
Name |
SpatialIndexFeatureSource.getName() |
Modifier and Type | Field and Description |
---|---|
static Name |
AbstractMappingFeatureIterator.XLINK_HREF_NAME
Name representation of xlink:href
|
Modifier and Type | Method and Description |
---|---|
Name |
FeatureTypeMapping.getMappingName() |
Name |
MappingFeatureSource.getName() |
Name[] |
AppSchemaDataAccess.getTypeNames()
Returns the set of target type names this DataAccess holds, where the term 'target type name'
refers to the name of one of the types this DataAccess produces by mapping another ones
through the definitions stored in its FeatureTypeMappings
|
Modifier and Type | Method and Description |
---|---|
Map<Name,Expression> |
AttributeMapping.getClientProperties() |
List<Name> |
AppSchemaDataAccess.getNames()
Return the names of the target features.
|
Modifier and Type | Method and Description |
---|---|
DataAccess<FeatureType,Feature> |
DataAccessRegistry.access(Name name) |
DataStore |
DataAccessRegistry.dataStore(Name name) |
FeatureSource<FeatureType,Feature> |
DataAccessRegistry.featureSource(Name name)
Get a feature source for built features with supplied feature type name.
|
static DataAccess<FeatureType,Feature> |
DataAccessRegistry.getDataAccess(Name featureTypeName) |
static FeatureSource<FeatureType,Feature> |
DataAccessRegistry.getFeatureSource(Name featureTypeName)
Get a feature source for built features with supplied feature type name.
|
FeatureSource<FeatureType,Feature> |
AppSchemaDataAccess.getFeatureSource(Name typeName)
Return a feature source that can be used to obtain features of a particular type.
|
FeatureSource<FeatureType,Feature> |
AppSchemaDataAccess.getFeatureSourceByName(Name typeName)
Return a feature source that can be used to obtain features of a particular name.
|
static FeatureTypeMapping |
AppSchemaDataAccessRegistry.getMappingByElement(Name featureTypeName) |
static FeatureTypeMapping |
AppSchemaDataAccessRegistry.getMappingByName(Name featureTypeName)
Get a feature type mapping from a registered app-schema data access.
|
FeatureTypeMapping |
AppSchemaDataAccess.getMappingByName(Name typeName)
Returns the mapping suite for the given targetElement name or mappingName.
|
FeatureTypeMapping |
AppSchemaDataAccess.getMappingByNameOrElement(Name typeName)
Returns the mapping suite for the given target type name.
|
FeatureType |
AppSchemaDataAccess.getSchema(Name typeName)
Finds the target FeatureType named
typeName in this ComplexDatastore's internal
list of FeatureType mappings and returns it. |
static FeatureSource<FeatureType,Feature> |
AppSchemaDataAccessRegistry.getSimpleFeatureSource(Name featureTypeName)
Get a feature source for simple features with supplied feature type name.
|
boolean |
DataAccessRegistry.hasAccessName(Name name)
Return true if a type name is mapped in one of the registered data accesses.
|
boolean |
DataAccessRegistry.hasAppSchemaAccessName(Name name)
Return true if a type name is mapped in one of the registered app-schema data accesses.
|
boolean |
DataAccessRegistry.hasAppSchemaTargetElement(Name name)
Return true if a type name is mapped in one of the registered app-schema data accesses as
targetElementName, regardless whether or not mappingName exists.
|
boolean |
AppSchemaDataAccess.hasElement(Name typeName) |
static boolean |
DataAccessRegistry.hasName(Name featureTypeName)
Return true if a type name is mapped in one of the registered data accesses.
|
static boolean |
AppSchemaDataAccessRegistry.hasName(Name featureTypeName)
Return true if a type name is mapped in one of the registered app-schema data accesses.
|
boolean |
AppSchemaDataAccess.hasName(Name name) |
static boolean |
AppSchemaDataAccessRegistry.hasTargetElement(Name featureTypeName)
Return true if a type name is mapped in one of the registered app-schema data accesses as
targetElementName, regardless whether or not mappingName exists.
|
FeatureTypeMapping |
DataAccessRegistry.mappingByElement(Name name) |
FeatureTypeMapping |
DataAccessRegistry.mappingByName(Name name)
Get a feature type mapping from a registered app-schema data access.
|
void |
AppSchemaDataAccess.removeSchema(Name typeName)
Not a supported operation.
|
void |
FeatureTypeMapping.setName(Name name) |
protected boolean |
DataAccessMappingFeatureIterator.skipTopElement(Name topElement,
AttributeMapping attMapping,
AttributeType type) |
protected void |
DataAccessRegistry.throwDataSourceException(Name featureTypeName)
Throws data source exception if mapping is not found.
|
void |
AppSchemaDataAccess.updateSchema(Name typeName,
FeatureType featureType)
Not a supported operation.
|
Modifier and Type | Method and Description |
---|---|
protected boolean |
DataAccessMappingFeatureIterator.isByReference(Map<Name,Expression> clientPropsMappings,
boolean isNested)
Checks if client property has xlink:ref in it, if the attribute is for chained features.
|
protected Attribute |
AbstractMappingFeatureIterator.setAttributeContent(Attribute target,
XPathUtil.StepList xpath,
Object value,
String id,
AttributeType targetNodeType,
boolean isXlinkRef,
Expression sourceExpression,
Object source,
Map<Name,Expression> clientProperties,
boolean ignoreXlinkHref) |
protected void |
XmlFeatureTypeMapping.setClientProperties(Attribute target,
Object source,
Map<Name,Expression> clientProperties) |
protected void |
AbstractMappingFeatureIterator.setClientProperties(Attribute target,
Object source,
Map<Name,Expression> clientProperties) |
protected void |
XmlMappingFeatureIterator.setClientProperties(Attribute target,
Object xpathPrefix,
Map<Name,Expression> clientProperties) |
protected void |
AbstractMappingFeatureIterator.setGeometryUserData(Attribute target,
Map<Name,Object> targetAttributes) |
protected void |
DataAccessMappingFeatureIterator.setXlinkReference(Attribute target,
Map<Name,Expression> clientPropsMappings,
Object value,
XPathUtil.StepList xpath,
AttributeType targetNodeType)
Set xlink:href client property for multi-valued chained features.
|
Constructor and Description |
---|
AttributeMapping(Expression idExpression,
Expression sourceExpression,
String sourceIndex,
XPathUtil.StepList targetXPath,
AttributeType targetNodeInstance,
boolean isMultiValued,
Map<Name,Expression> clientProperties) |
AttributeMapping(Expression idExpression,
Expression sourceExpression,
String sourceIndex,
XPathUtil.StepList targetXPath,
AttributeType targetNodeInstance,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
MultipleValue multipleValue) |
AttributeMapping(Expression idExpression,
Expression sourceExpression,
String sourceIndex,
XPathUtil.StepList targetXPath,
AttributeType targetNodeInstance,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
MultipleValue multipleValue,
String indexField) |
NestedAttributeMapping(Expression idExpression,
Expression parentExpression,
XPathUtil.StepList targetXPath,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
Expression sourceElement,
XPathUtil.StepList sourcePath,
NamespaceSupport namespaces)
Sole constructor
|
Modifier and Type | Method and Description |
---|---|
PropertyDescriptor |
NonFeatureTypeProxy.getDescriptor(Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
AttributeTypeProxy.getName() |
Modifier and Type | Method and Description |
---|---|
FeatureType |
ComplexFeatureTypeFactoryImpl.createFeatureType(Name name,
Collection schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List restrictions,
AttributeType superType,
InternationalString description) |
FeatureType |
UniqueNameFeatureTypeFactoryImpl.createFeatureType(Name name,
Collection schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List restrictions,
AttributeType superType,
InternationalString description)
Override superclass to return
UniqueNameFeatureTypeImpl instead of FeatureTypeImpl . |
AttributeType |
FeatureTypeRegistry.getAttributeType(Name typeName) |
AttributeType |
FeatureTypeRegistry.getAttributeType(Name typeName,
XSDTypeDefinition xsdType,
CoordinateReferenceSystem crs) |
PropertyDescriptor |
ComplexTypeProxy.getDescriptor(Name name) |
AttributeDescriptor |
FeatureTypeRegistry.getDescriptor(Name descriptorName,
CoordinateReferenceSystem crs) |
static boolean |
Types.isElement(ComplexType type,
Name att)
Return true if an attribute from a type is an element.
|
Constructor and Description |
---|
AttributeTypeProxy(Name typeName,
Map registry) |
ComplexFeatureTypeImpl(Name name,
Collection<PropertyDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description)
Constructor for complex feature type with fake feature type descriptor provided.
|
ComplexTypeProxy(Name typeName,
Map registry) |
FeatureTypeProxy(Name typeName,
Map registry) |
GeometryTypeProxy(Name typeName,
Map registry) |
UniqueNameFeatureTypeImpl(Name name,
Collection<PropertyDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
Modifier and Type | Field and Description |
---|---|
protected Name |
FeatureTypeAttributePointer.name
the indedx of hte property being pointed at
|
protected Name |
SingleFeatureTypeAttributeIterator.name |
Constructor and Description |
---|
AttributeNodeIterator(AttributeNodePointer pointer,
Name name) |
DescriptorXmlAttributeNodeIterator(FeatureTypeAttributePointer pointer,
Name name) |
DescriptorXmlAttributeNodePointer(NodePointer parent,
PropertyDescriptor descriptor,
Name name) |
FeatureTypeAttributePointer(NodePointer parent,
ComplexType parentType,
Name name)
Creates the pointer.
|
SingleFeatureTypeAttributeIterator(NodePointer pointer,
ComplexType featureType,
Name name)
Creates the iteartor.
|
XmlAttributeNodeIterator(AttributeNodePointer pointer,
Name name) |
XmlAttributeNodePointer(NodePointer parent,
Attribute feature,
Name name) |
Modifier and Type | Method and Description |
---|---|
NestedAttributeMapping |
CustomMappingFactory.createNestedAttributeMapping(AppSchemaDataAccessConfigurator configuration,
Expression idExpression,
Expression parentExpression,
XPathUtil.StepList targetXPath,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
Expression sourceElement,
XPathUtil.StepList sourcePath,
NamespaceSupport namespaces) |
static NestedAttributeMapping |
CustomImplementationsFinder.find(AppSchemaDataAccessConfigurator configuration,
Expression idExpression,
Expression parentExpression,
XPathUtil.StepList targetXPath,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
Expression sourceElement,
XPathUtil.StepList sourcePath,
NamespaceSupport namespaces) |
Modifier and Type | Field and Description |
---|---|
static Name |
ComplexFeatureConstants.FEATURE_CHAINING_LINK_NAME |
static Name |
ComplexFeatureConstants.SIMPLE_CONTENT
Fake attribute name for simple contents of a complex type, eg. gml:name of gml:CodeType type
|
static Name |
ComplexFeatureConstants.XLINK_HREF_NAME
Name representation of xlink:href
|
Modifier and Type | Method and Description |
---|---|
static boolean |
XPathUtil.equals(Name targetNodeName,
XPathUtil.StepList targetXPath) |
Modifier and Type | Method and Description |
---|---|
Name |
DirectoryFeatureSource.getName() |
Modifier and Type | Method and Description |
---|---|
List<Name> |
DirectoryDataStore.getNames() |
Modifier and Type | Method and Description |
---|---|
SimpleFeatureSource |
DirectoryDataStore.getFeatureSource(Name typeName) |
SimpleFeatureType |
DirectoryDataStore.getSchema(Name name) |
void |
DirectoryFeatureStore.modifyFeatures(Name[] name,
Object[] value,
Filter filter) |
void |
DirectoryFeatureStore.modifyFeatures(Name attributeName,
Object attributeValue,
Filter filter) |
void |
DirectoryDataStore.removeSchema(Name name) |
void |
DirectoryDataStore.updateSchema(Name typeName,
SimpleFeatureType featureType) |
Modifier and Type | Method and Description |
---|---|
Name |
PreGeneralizedSimpleFeature.getName() |
Name |
PreGeneralizedFeatureSource.getName() |
Modifier and Type | Method and Description |
---|---|
List<Name> |
PreGeneralizedDataStore.getNames() |
Modifier and Type | Method and Description |
---|---|
DataAccess<?,?> |
DSFinderRepository.access(Name name) |
DataStore |
DSFinderRepository.dataStore(Name name) |
Object |
PreGeneralizedSimpleFeature.getAttribute(Name name) |
SimpleFeatureSource |
PreGeneralizedDataStore.getFeatureSource(Name typeName) |
Collection<Property> |
PreGeneralizedSimpleFeature.getProperties(Name name) |
Property |
PreGeneralizedSimpleFeature.getProperty(Name name) |
SimpleFeatureType |
PreGeneralizedDataStore.getSchema(Name name) |
void |
PreGeneralizedDataStore.removeSchema(Name typeName) |
void |
PreGeneralizedSimpleFeature.setAttribute(Name arg0,
Object arg1) |
void |
PreGeneralizedDataStore.updateSchema(Name typeName,
SimpleFeatureType featureType) |
Modifier and Type | Field and Description |
---|---|
Map<Name,DataAccessMappingFeatureIterator> |
JoiningNestedAttributeMapping.Instance.featureIterators |
Map<Name,Expression> |
JoiningNestedAttributeMapping.Instance.nestedSourceExpressions |
Modifier and Type | Method and Description |
---|---|
Map<Name,DataAccessMappingFeatureIterator> |
JoiningNestedAttributeMapping.getNestedFeatureIterators(Object caller)
For testing purposes only: exposes the nested feature iterators to calling code.
|
Modifier and Type | Method and Description |
---|---|
DataAccessMappingFeatureIterator |
JoiningNestedAttributeMapping.initSourceFeatures(JoiningNestedAttributeMapping.Instance instance,
Name featureTypeName,
CoordinateReferenceSystem reprojection,
List<PropertyName> selectedProperties,
boolean includeMandatory,
int resolveDepth,
Integer resolveTimeOut,
Transaction transaction)
Initialise a new iterator (for polymorphism, there could be multiple per instance)
|
Constructor and Description |
---|
JoiningNestedAttributeMapping(Expression idExpression,
Expression parentExpression,
XPathUtil.StepList targetXPath,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
Expression sourceElement,
XPathUtil.StepList sourcePath,
NamespaceSupport namespaces)
Constructor
|
Modifier and Type | Method and Description |
---|---|
Name |
CollectionSource.getName() |
Modifier and Type | Method and Description |
---|---|
protected List<Name> |
MemoryDataStore.createTypeNames()
List of available types provided by this DataStore.
|
Modifier and Type | Method and Description |
---|---|
void |
MemoryDataStore.removeSchema(Name typeName) |
Modifier and Type | Method and Description |
---|---|
Name |
MongoDBObjectFeature.getName() |
Modifier and Type | Method and Description |
---|---|
protected List<Name> |
MongoDataStore.createTypeNames() |
Modifier and Type | Method and Description |
---|---|
SimpleFeatureType |
MongoSchemaMapper.buildFeatureType(Name name,
DBCollection collection) |
SimpleFeatureType |
CollectionMapper.buildFeatureType(Name name,
DBCollection collection) |
SimpleFeatureType |
MongoInferredMapper.buildFeatureType(Name name,
DBCollection collection) |
SimpleFeatureType |
GeoJSONMapper.buildFeatureType(Name name,
DBCollection collection) |
static SimpleFeatureType |
FeatureTypeDBObject.convert(DBObject ftDBO,
Name name) |
void |
MongoSchemaStore.deleteSchema(Name name) |
void |
MongoSchemaFileStore.deleteSchema(Name name) |
void |
MongoSchemaDBStore.deleteSchema(Name name) |
Object |
MongoDBObjectFeature.getAttribute(Name name) |
Collection<Property> |
MongoDBObjectFeature.getProperties(Name name) |
Property |
MongoDBObjectFeature.getProperty(Name name) |
SimpleFeatureType |
MongoSchemaStore.retrieveSchema(Name name) |
SimpleFeatureType |
MongoSchemaFileStore.retrieveSchema(Name name) |
SimpleFeatureType |
MongoSchemaDBStore.retrieveSchema(Name name) |
void |
MongoDBObjectFeature.setAttribute(Name name,
Object value) |
Modifier and Type | Method and Description |
---|---|
NestedAttributeMapping |
MongoNestedMappingFactory.createNestedAttributeMapping(AppSchemaDataAccessConfigurator configuration,
Expression idExpression,
Expression parentExpression,
XPathUtil.StepList targetXPath,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
Expression sourceElement,
XPathUtil.StepList sourcePath,
NamespaceSupport namespaces) |
Constructor and Description |
---|
MongoNestedMapping(Expression idExpression,
Expression parentExpression,
XPathUtil.StepList targetXPath,
boolean isMultiValued,
Map<Name,Expression> clientProperties,
Expression sourceElement,
XPathUtil.StepList sourcePath,
NamespaceSupport namespaces) |
Modifier and Type | Method and Description |
---|---|
Name |
PropertyFeatureStore.getName() |
Modifier and Type | Method and Description |
---|---|
protected List<Name> |
PropertyDataStore.createTypeNames() |
List<Name> |
PropertyDataStore.getNames() |
Modifier and Type | Method and Description |
---|---|
void |
PropertyDataStore.removeSchema(Name typeName) |
Modifier and Type | Method and Description |
---|---|
protected List<Name> |
ShapefileDataStore.createTypeNames() |
Modifier and Type | Method and Description |
---|---|
void |
ShapefileDataStore.removeSchema(Name typeName) |
Modifier and Type | Field and Description |
---|---|
protected Map<Name,ContentEntry> |
ContentDataStore.entries
name, entry map
|
Modifier and Type | Method and Description |
---|---|
Name |
ContentEntry.getName()
Qualified name of the entry.
|
Name |
ContentFeatureSource.getName()
Returns the same name than the feature type (ie,
getSchema().getName() to honor the
simple feature land common practice of calling the same both the Features produces and their
types |
protected Name |
ContentDataStore.name(String typeName)
Helper method to wrap a non-qualified name.
|
Modifier and Type | Method and Description |
---|---|
protected abstract List<Name> |
ContentDataStore.createTypeNames()
Creates a set of qualified names corresponding to the types that the datastore provides.
|
List<Name> |
ContentDataStore.getNames()
Returns the same list of names than
ContentDataStore.getTypeNames() meaning the returned Names have
no namespace set. |
List<Name> |
DecoratingDataStore.getNames() |
Modifier and Type | Method and Description |
---|---|
protected ContentEntry |
ContentDataStore.ensureEntry(Name name)
Helper method to look up an entry in the datastore which throws an
IOException in the
event that the entry does not exist. |
protected ContentEntry |
ContentDataStore.entry(Name name)
Helper method to look up an entry in the datastore.
|
ContentEntry |
ContentDataStore.getEntry(Name name)
Returns the entry for a specified name, or
null if no such entry exists. |
SimpleFeatureSource |
ContentDataStore.getFeatureSource(Name typeName)
Delegates to
ContentDataStore.getFeatureSource(Name, Transaction) |
SimpleFeatureSource |
DecoratingDataStore.getFeatureSource(Name typeName) |
ContentFeatureSource |
ContentDataStore.getFeatureSource(Name typeName,
Transaction tx)
Returns the feature source matching the specified name and explicitly specifies a
transaction.
|
SimpleFeatureType |
ContentDataStore.getSchema(Name name)
Delegates to
ContentDataStore.getSchema(String) with name.getLocalPart() |
SimpleFeatureType |
DecoratingDataStore.getSchema(Name name) |
void |
ContentFeatureStore.modifyFeatures(Name[] type,
Object[] value,
Filter filter)
Modifies/updates the features of the store which match the specified filter.
|
void |
ContentFeatureStore.modifyFeatures(Name name,
Object value,
Filter filter)
Calls through to
ContentFeatureStore.modifyFeatures(Name[], Object[], Filter) . |
protected void |
ContentDataStore.removeEntry(Name name)
Helper method to remove an entry from the cached entry map.
|
void |
ContentDataStore.removeSchema(Name typeName) |
void |
DecoratingDataStore.removeSchema(Name typeName) |
void |
ContentDataStore.updateSchema(Name typeName,
SimpleFeatureType featureType)
Delegates to
ContentDataStore.updateSchema(String, SimpleFeatureType) with name.getLocalPart() |
void |
DecoratingDataStore.updateSchema(Name typeName,
SimpleFeatureType featureType) |
Constructor and Description |
---|
ContentEntry(ContentDataStore dataStore,
Name typeName)
Creates the entry.
|
Modifier and Type | Method and Description |
---|---|
Name |
TransformFeatureSource.getName() |
Modifier and Type | Method and Description |
---|---|
List<Name> |
SingleFeatureSourceDataStore.getNames() |
Modifier and Type | Method and Description |
---|---|
SimpleFeatureSource |
SingleFeatureSourceDataStore.getFeatureSource(Name typeName) |
SimpleFeatureType |
SingleFeatureSourceDataStore.getSchema(Name name) |
void |
TransformFeatureStore.modifyFeatures(Name[] attributeNames,
Object[] attributeValues,
Filter filter) |
void |
TransformFeatureStore.modifyFeatures(Name attributeName,
Object attributeValue,
Filter filter) |
void |
SingleFeatureSourceDataStore.removeSchema(Name typeName) |
static SimpleFeatureSource |
TransformFactory.transform(SimpleFeatureSource source,
Name name,
List<Definition> definitions)
Creates a transformed SimpleFeatureSource/SimpleFeatureStore from the original source, giving
it a certain name and a set of computed properties
|
void |
SingleFeatureSourceDataStore.updateSchema(Name typeName,
SimpleFeatureType featureType) |
Constructor and Description |
---|
TransformFeatureSource(SimpleFeatureSource source,
Name name,
List<Definition> definitions)
Creates a transformed feature source from the original source, giving it a certain name and a
set of computed properties
|
TransformFeatureStore(SimpleFeatureStore store,
Name name,
List<Definition> definitions) |
Modifier and Type | Method and Description |
---|---|
Name |
DefaultView.getName() |
Modifier and Type | Method and Description |
---|---|
Name |
WFSDataStore.addStoredQuery(String localName,
String storedQueryId) |
Modifier and Type | Method and Description |
---|---|
protected List<Name> |
WFSDataStore.createTypeNames() |
Modifier and Type | Method and Description |
---|---|
ReferencedEnvelope |
WFSDiff.batchModify(Name[] properties,
Object[] values,
Filter filter,
FeatureReader<SimpleFeatureType,SimpleFeature> oldFeatures,
ContentState contentState) |
QName |
WFSDataStore.getRemoteTypeName(Name localTypeName) |
Constructor and Description |
---|
BatchUpdate(Name[] properties,
Object[] values,
Filter filter) |
Modifier and Type | Method and Description |
---|---|
Name |
WFSContentComplexFeatureSource.getName() |
Modifier and Type | Method and Description |
---|---|
List<Name> |
WFSContentDataAccess.getNames()
Populates the names map and returns a list of names.
|
Modifier and Type | Method and Description |
---|---|
FeatureSource<FeatureType,Feature> |
WFSContentDataAccess.getFeatureSource(Name typeName) |
QName |
WFSContentDataAccess.getRemoteTypeName(Name localTypeName)
Look up a QName based on a given Name.
|
FeatureType |
WFSContentDataAccess.getSchema(Name name) |
void |
WFSContentDataAccess.removeSchema(Name typeName) |
void |
WFSContentDataAccess.updateSchema(Name typeName,
FeatureType featureType) |
Constructor and Description |
---|
WFSContentComplexFeatureSource(Name typeName,
WFSClient client,
WFSContentDataAccess dataAccess)
Initialises a new instance of the class WFSContentComplexFeatureSource.
|
Modifier and Type | Class and Description |
---|---|
class |
NameImpl
Simple implementation of Name.
|
Modifier and Type | Method and Description |
---|---|
protected Name |
TypeBuilder.createName(String ns,
String local)
Template method for creating an attribute name.
|
protected Name |
TypeBuilder.createTypeName(String ns,
String local)
Template method for creating a type name.
|
Name |
TypeBuilder.getDefaultGeometry() |
Name |
DecoratingFeature.getName() |
Name |
PropertyImpl.getName() |
protected Name |
TypeBuilder.typeName()
Accessor which returns type banme as follows:
If
typeName has been set, its value is returned. |
Modifier and Type | Method and Description |
---|---|
Attribute |
AttributeBuilder.add(Object value,
Name name)
Adds an attribute to the complex attribute being built.
|
Attribute |
AttributeBuilder.add(String id,
Object value,
Name name)
Adds an attribute to the complex attribute being built.
|
void |
TypeBuilder.addAttribute(Name name,
AttributeType type) |
void |
TypeBuilder.addAttribute(Name name,
Class binding) |
void |
TypeBuilder.addMemberType(Name name,
AssociationType memberType)
Creates a association descriptor and adds to collection members.
|
void |
ComplexFeatureBuilder.append(Name name,
Property value)
Append a property value to the complex feature under construction and associate it with the
name specified.
|
void |
AttributeBuilder.associate(Attribute value,
Name name)
Adds an association to the complex attribute being built.
|
TypeBuilder |
TypeBuilder.association(Name name,
AssociationType type) |
protected AssociationDescriptor |
AttributeBuilder.associationDescriptor(Name name) |
TypeBuilder |
TypeBuilder.attribute(Name name,
AttributeType type) |
TypeBuilder |
TypeBuilder.attribute(Name name,
Class binding) |
protected AttributeDescriptor |
AttributeBuilder.attributeDescriptor(Name name) |
AttributeDescriptor |
AttributeTypeBuilder.buildDescriptor(Name name,
AttributeType type) |
GeometryDescriptor |
AttributeTypeBuilder.buildDescriptor(Name name,
GeometryType type) |
Object |
DecoratingFeature.getAttribute(Name arg0) |
Collection<Property> |
DecoratingFeature.getProperties(Name arg0) |
Collection<Property> |
ComplexAttributeImpl.getProperties(Name name) |
Property |
DecoratingFeature.getProperty(Name arg0) |
Property |
ComplexAttributeImpl.getProperty(Name name) |
TypeBuilder |
TypeBuilder.member(Name name,
AssociationType type)
Creates a association descriptor and adds to collection members.
|
void |
DecoratingFeature.setAttribute(Name arg0,
Object arg1) |
void |
TypeBuilder.setDefaultGeometry(Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
SimpleFeatureImpl.getName() |
protected Name |
SimpleFeatureTypeBuilder.name()
Naming: Accessor which returns type name as follows:
If
typeName has been set, its value is returned. |
Modifier and Type | Method and Description |
---|---|
Object |
SimpleFeatureImpl.getAttribute(Name name) |
AttributeDescriptor |
SimpleFeatureTypeImpl.getDescriptor(Name name) |
Collection<Property> |
SimpleFeatureImpl.getProperties(Name name) |
Property |
SimpleFeatureImpl.getProperty(Name name) |
AttributeType |
SimpleFeatureTypeImpl.getType(Name name) |
int |
SimpleFeatureTypeImpl.indexOf(Name name) |
void |
SimpleFeatureBuilder.set(Name name,
Object value)
Adds an attribute value by name.
|
void |
SimpleFeatureImpl.setAttribute(Name name,
Object value) |
void |
SimpleFeatureTypeBuilder.setName(Name name)
Sets the local name and namespace uri of the built type.
|
Constructor and Description |
---|
SimpleFeatureTypeImpl(Name name,
List<AttributeDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
Modifier and Type | Field and Description |
---|---|
protected Name |
PropertyTypeImpl.name |
protected Name |
PropertyDescriptorImpl.name |
Modifier and Type | Method and Description |
---|---|
static Name |
Types.degloseName(String prefixedName,
NamespaceSupport namespaces)
Takes a prefixed attribute name and returns an
Name by looking which namespace
belongs the prefix to in AppSchemaDataAccessDTO#getNamespaces() . |
Name |
PropertyTypeImpl.getName() |
Name |
ReadonlyAttributeDecorator.getName() |
Name |
AbstractLazyAttributeTypeImpl.getName() |
Name |
PropertyDescriptorImpl.getName() |
static Name[] |
Types.names(ComplexType type)
Returns The name of attributes defined in the type.
|
static Name |
Types.toName(QName name)
Deprecated.
use
#toTypeName(QName |
static Name[] |
Types.toNames(String[] names)
Creates a set of attribute names from a set of strings.
|
static Name |
Types.toTypeName(QName name) |
static Name[] |
Types.toTypeNames(String[] names)
Creates a set of type names from a set of strings.
|
static Name |
Types.typeName(Name name)
Creates a type name from another name.
|
static Name |
Types.typeName(String name)
Creates a type name from a single non-qualified string.
|
static Name |
Types.typeName(String namespace,
String name)
Creates an attribute name from a single non-qualified string.
|
Modifier and Type | Method and Description |
---|---|
Set<Map.Entry<Name,AttributeType>> |
SchemaImpl.entrySet() |
Set<Map.Entry<Name,AttributeType>> |
ProfileImpl.entrySet() |
Set<Name> |
SchemaImpl.keySet() |
Set<Name> |
ProfileImpl.keySet() |
Modifier and Type | Method and Description |
---|---|
AssociationDescriptor |
FeatureTypeFactoryImpl.createAssociationDescriptor(AssociationType type,
Name name,
int minOccurs,
int maxOccurs,
boolean isNillable) |
AssociationType |
FeatureTypeFactoryImpl.createAssociationType(Name name,
AttributeType relatedType,
boolean isAbstract,
List restrictions,
AssociationType superType,
InternationalString description) |
AttributeDescriptor |
FeatureTypeFactoryImpl.createAttributeDescriptor(AttributeType type,
Name name,
int minOccurs,
int maxOccurs,
boolean isNillable,
Object defaultValue) |
AttributeType |
FeatureTypeFactoryImpl.createAttributeType(Name name,
Class binding,
boolean isIdentifiable,
boolean isAbstract,
List restrictions,
AttributeType superType,
InternationalString description) |
ComplexType |
FeatureTypeFactoryImpl.createComplexType(Name name,
Collection schema,
boolean isIdentifiable,
boolean isAbstract,
List restrictions,
AttributeType superType,
InternationalString description) |
FeatureType |
FeatureTypeFactoryImpl.createFeatureType(Name name,
Collection schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List restrictions,
AttributeType superType,
InternationalString description) |
GeometryDescriptor |
FeatureTypeFactoryImpl.createGeometryDescriptor(GeometryType type,
Name name,
int minOccurs,
int maxOccurs,
boolean isNillable,
Object defaultValue) |
GeometryType |
FeatureTypeFactoryImpl.createGeometryType(Name name,
Class binding,
CoordinateReferenceSystem crs,
boolean isIdentifiable,
boolean isAbstract,
List restrictions,
AttributeType superType,
InternationalString description) |
SimpleFeatureType |
FeatureTypeFactoryImpl.createSimpleFeatureType(Name name,
List<AttributeDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
static PropertyDescriptor |
Types.descriptor(ComplexType type,
Name name)
Returns the first descriptor matching the given name within the given type.
|
static List |
Types.descriptors(ComplexType type,
Name name)
Returns the set of descriptors matching the given name.
|
static boolean |
Types.equals(Name name,
QName qName) |
static AttributeDescriptor |
Descriptors.find(List descriptors,
Name name)
Returns the attribute descriptor from a list which matches the specified name, or
null
if no such descriptor is found. |
static PropertyDescriptor |
Types.findDescriptor(ComplexType parentType,
Name name)
Find a descriptor, taking in to account supertypes AND substitution groups
|
static String[] |
Types.fromNames(Name[] attributeNames)
Convenience method for turning an array of qualified names into a list of non qualified
names.
|
static String[] |
Types.fromTypeNames(Name[] typeNames)
Convenience method for turning an array of qualified names into a list of non qualified
names.
|
PropertyDescriptor |
ComplexTypeImpl.getDescriptor(Name name) |
PropertyDescriptor |
AbstractLazyComplexTypeImpl.getDescriptor(Name name) |
static AttributeDescriptor |
Descriptors.node(Collection schema,
Name name)
Finds the node associated with the provided name.
|
static AttributeDescriptor |
Descriptors.node(ComplexType schema,
Name name)
Finds the node associated with the provided name.
|
AttributeType |
SchemaImpl.put(Name name,
AttributeType type) |
AttributeType |
ProfileImpl.put(Name key,
AttributeType value) |
static String |
Types.toPrefixedName(Name name,
NamespaceSupport ns)
Converts a
Name to a prefixed name (i.e. p:Foo), by looking up the right prefix in
the provided NamespaceSupport . |
static QName |
Types.toQName(Name featurePath) |
static QName |
Types.toQName(Name featurePath,
NamespaceSupport ns) |
static AttributeType |
Descriptors.type(Collection schema,
Name name)
Locate type associated with provided name, or null if not found.
|
static AttributeType |
Descriptors.type(ComplexType schema,
Name name)
Locate type associated with provided name, or null if not found.
|
static Name |
Types.typeName(Name name)
Creates a type name from another name.
|
Modifier and Type | Method and Description |
---|---|
Schema |
SchemaImpl.profile(Set<Name> profile) |
Schema |
ProfileImpl.profile(Set<Name> profile) |
void |
SchemaImpl.putAll(Map<? extends Name,? extends AttributeType> t) |
void |
ProfileImpl.putAll(Map<? extends Name,? extends AttributeType> t) |
Constructor and Description |
---|
AbstractLazyAttributeTypeImpl(Name name,
Class<?> binding,
boolean identified,
boolean isAbstract,
List<Filter> restrictions,
InternationalString description)
Constructor arguments have the same meaning as in
AttributeTypeImpl . |
AbstractLazyComplexTypeImpl(Name name,
boolean identified,
boolean isAbstract,
List<Filter> restrictions,
InternationalString description)
Constructor arguments have the same meaning as in
ComplexTypeImpl . |
AssociationDescriptorImpl(AssociationType type,
Name name,
int min,
int max,
boolean isNillable) |
AssociationTypeImpl(Name name,
AttributeType referenceType,
boolean isAbstract,
List<Filter> restrictions,
AssociationType superType,
InternationalString description) |
AttributeDescriptorImpl(AttributeType type,
Name name,
int min,
int max,
boolean isNillable,
Object defaultValue) |
AttributeTypeImpl(Name name,
Class<?> binding,
boolean identified,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
ComplexTypeImpl(Name name,
Collection<PropertyDescriptor> properties,
boolean identified,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
FeatureTypeImpl(Name name,
Collection<PropertyDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
GeometryDescriptorImpl(GeometryType type,
Name name,
int min,
int max,
boolean isNillable,
Object defaultValue) |
GeometryTypeImpl(Name name,
Class binding,
CoordinateReferenceSystem crs,
boolean identified,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description) |
PropertyDescriptorImpl(PropertyType type,
Name name,
int min,
int max,
boolean isNillable) |
PropertyTypeImpl(Name name,
Class<?> binding,
boolean isAbstract,
List<Filter> restrictions,
PropertyType superType,
InternationalString description) |
Constructor and Description |
---|
ProfileImpl(Schema parent,
Set<Name> profile)
Subset parent schema with profile keys.
|
Modifier and Type | Method and Description |
---|---|
Function |
FunctionFinder.findFunction(Name name) |
Function |
FunctionFinder.findFunction(Name name,
List<Expression> parameters)
Look up a function for the provided name.
|
Function |
FunctionFinder.findFunction(Name name,
List<Expression> parameters,
Literal fallback)
Look up a function for the provided name, may return a FallbackFunction if an implementation
could not be found.
|
FunctionName |
FunctionFinder.findFunctionDescription(Name name)
Lookup the FunctionName description.
|
Function |
FilterFactoryImpl.function(Name name,
Expression... args) |
Function |
FunctionFactory.function(Name name,
List<Expression> args,
Literal fallback)
Returns a function with the specified name.
|
FunctionName |
FilterFactoryImpl.functionName(Name name,
int nargs) |
FunctionName |
FilterFactoryImpl.functionName(Name name,
int nargs,
List<String> argNames) |
FunctionName |
FilterFactoryImpl.functionName(Name name,
List<Parameter<?>> args,
Parameter<?> ret) |
PropertyName |
FilterFactoryImpl.property(Name name) |
Constructor and Description |
---|
AttributeExpressionImpl(Name name)
Constructor with full attribute name.
|
FallbackFunction(Name name,
List params,
Literal fallback) |
FunctionExpressionImpl(Name name) |
FunctionExpressionImpl(Name name,
Literal fallback)
Creates a new instance of FunctionExpression
|
Modifier and Type | Method and Description |
---|---|
Name |
FunctionNameImpl.getFunctionName() |
Modifier and Type | Method and Description |
---|---|
Collection<Name> |
TemporalOperatorImpl.getTemporalOperands() |
Constructor and Description |
---|
FunctionNameImpl(Name name,
Class<?> returnType,
Parameter<?>... arguments) |
FunctionNameImpl(Name name,
int argumentCount) |
FunctionNameImpl(Name name,
int argumentCount,
List<String> argumentsNames) |
FunctionNameImpl(Name name,
int argumentCount,
String... argumentsNames) |
FunctionNameImpl(Name name,
List<String> argumentsNames) |
FunctionNameImpl(Name name,
Parameter<?> retern,
List<Parameter<?>> arguments) |
FunctionNameImpl(Name name,
Parameter<?> retern,
Parameter<?>... arguments) |
FunctionNameImpl(Name name,
String... argumentsNames) |
Modifier and Type | Method and Description |
---|---|
Function |
DefaultFunctionFactory.function(Name name,
List<Expression> parameters,
Literal fallback) |
Modifier and Type | Field and Description |
---|---|
protected Map<Name,FeatureTypeMapper> |
DataStoreWrapper.mapping
Mapping between typeNames and FeatureTypeMapper
|
Modifier and Type | Method and Description |
---|---|
Name |
OracleFeatureTypeMapper.getName() |
Name |
FeatureTypeMapper.getName()
Get the original name
|
Modifier and Type | Method and Description |
---|---|
List<Name> |
DataStoreWrapper.getNames() |
Modifier and Type | Method and Description |
---|---|
SimpleFeatureSource |
DataStoreWrapper.getFeatureSource(Name typeName) |
SimpleFeatureType |
DataStoreWrapper.getSchema(Name name) |
void |
DataStoreWrapper.removeSchema(Name typeName) |
void |
DataStoreWrapper.updateSchema(Name typeName,
SimpleFeatureType featureType) |
Constructor and Description |
---|
OracleTransformFeatureStore(SimpleFeatureStore store,
Name name,
List<Definition> definitions,
DataStore datastore) |
Modifier and Type | Method and Description |
---|---|
Name |
PostgisFeatureTypeMapper.getName() |
Constructor and Description |
---|
PostgisTransformFeatureStore(SimpleFeatureStore store,
Name name,
List<Definition> definitions,
DataStore datastore) |
Modifier and Type | Method and Description |
---|---|
FeatureType |
FeatureTypeCache.get(Name name) |
Modifier and Type | Method and Description |
---|---|
abstract Collection<Name> |
GeoSpatialImageReader.getCoveragesNames()
Return the name of coverages made available by this provider
|
Modifier and Type | Method and Description |
---|---|
abstract CoverageSourceDescriptor |
GeoSpatialImageReader.getCoverageDescriptor(Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
AncillaryFileManager.getCoverageName(String varName)
Return a
Name representation of the coverage name |
Modifier and Type | Method and Description |
---|---|
List<Name> |
AncillaryFileManager.getCoveragesNames()
Get the list of Names for the underlying coverage list
|
List<Name> |
NetCDFImageReader.getCoveragesNames() |
Modifier and Type | Method and Description |
---|---|
VariableAdapter |
NetCDFImageReader.getCoverageDescriptor(Name name) |
SimpleFeatureType |
NetCDFImageReader.getIndexSchema(Name coverageName,
CoordinateSystem cs) |
SimpleFeatureType |
NetCDFImageReader.getIndexSchema(Name coverageName,
CoordinateSystem coordinateSystem,
boolean isShared) |
Constructor and Description |
---|
VariableAdapter(NetCDFImageReader reader,
Name coverageName,
VariableDS variable) |
Modifier and Type | Method and Description |
---|---|
Name |
JDBCFeatureStore.getName() |
Name |
JDBCFeatureReader.ResultSetFeature.getName() |
Modifier and Type | Method and Description |
---|---|
Object |
JDBCFeatureReader.ResultSetFeature.getAttribute(Name name) |
Collection<Property> |
JDBCFeatureReader.ResultSetFeature.getProperties(Name name) |
Property |
JDBCFeatureReader.ResultSetFeature.getProperty(Name name) |
void |
JDBCFeatureStore.modifyFeatures(Name[] names,
Object[] values,
Filter filter) |
void |
JDBCDataStore.removeSchema(Name typeName) |
void |
JDBCFeatureReader.ResultSetFeature.setAttribute(Name name,
Object value) |
Modifier and Type | Method and Description |
---|---|
Set<Name> |
ProcessFactory.getNames()
The names (non human readable) that can be used to refer to the processes generated by this
factory.
|
Modifier and Type | Method and Description |
---|---|
Process |
ProcessFactory.create(Name name)
Create a process for execution.
|
static Process |
Processors.createProcess(Name name)
Look up an implementation of the named process on the classpath.
|
static ProcessFactory |
Processors.createProcessFactory(Name name)
Look up a Factory by name of a process it supports.
|
InternationalString |
ProcessFactory.getDescription(Name name)
Human readable description of the specified process
|
Map<String,Parameter<?>> |
ProcessFactory.getParameterInfo(Name name)
Description of the Map parameter to use when executing.
|
static Map<String,Parameter<?>> |
Processors.getParameterInfo(Name name)
Look up an implementation of the named process on the classpath and describe the input
parameter required.
|
Map<String,Parameter<?>> |
ProcessFactory.getResultInfo(Name name,
Map<String,Object> parameters)
Description of the results returned
|
static Map<String,Parameter<?>> |
Processors.getResultInfo(Name name,
Map<String,Object> parameters)
Look up an implementation of the named process on the classpath and describe the expected
results.
|
InternationalString |
ProcessFactory.getTitle(Name name)
Human readable title suitable for display for the specified process
Please note that this title is *not* stable across locale; if you want to remember a
ProcessFactory between runs please use getName (which is dependent on the implementor to
guarantee uniqueness) or use the classname
|
String |
ProcessFactory.getVersion(Name name)
Return the version of the process
|
boolean |
ProcessFactory.supportsProgress(Name name)
It is up to the process implementors to implement progress on the task, this method is used
to see if the process has progress monitoring implemented
|
Modifier and Type | Method and Description |
---|---|
Set<Name> |
AnnotatedBeanProcessFactory.getNames()
List of processes published; generated from the classMap created in the constructuor.
|
Set<Name> |
StaticMethodsProcessFactory.getNames() |
Modifier and Type | Method and Description |
---|---|
Process |
AnnotationDrivenProcessFactory.create(Name name)
Cerate a process (for the indicated name).
|
protected Object |
AnnotatedBeanProcessFactory.createProcessBean(Name name)
Create an instance of the named process bean.
|
protected Object |
StaticMethodsProcessFactory.createProcessBean(Name name) |
protected abstract Object |
AnnotationDrivenProcessFactory.createProcessBean(Name name)
Creates the bean upon which the process execution method will be invoked.
|
InternationalString |
AnnotationDrivenProcessFactory.getDescription(Name name) |
Map<String,Parameter<?>> |
AnnotationDrivenProcessFactory.getParameterInfo(Name name) |
protected DescribeProcess |
AnnotatedBeanProcessFactory.getProcessDescription(Name name)
Used to go through the list of java beans; returning the DescribeProcess annotation for each
one.
|
protected DescribeProcess |
StaticMethodsProcessFactory.getProcessDescription(Name name)
Finds the DescribeProcess description for the specified name
|
protected abstract DescribeProcess |
AnnotationDrivenProcessFactory.getProcessDescription(Name name) |
Map<String,Parameter<?>> |
AnnotationDrivenProcessFactory.getResultInfo(Name name,
Map<String,Object> parameters) |
InternationalString |
AnnotationDrivenProcessFactory.getTitle(Name name) |
String |
AnnotationDrivenProcessFactory.getVersion(Name name) |
boolean |
AnnotationDrivenProcessFactory.supportsProgress(Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
ProcessFunction.getProcessName() |
Modifier and Type | Method and Description |
---|---|
Function |
ProcessFunctionFactory.function(Name processName,
List<Expression> args,
Literal fallback) |
Constructor and Description |
---|
ProcessFunction(Name processName,
List<Expression> inputExpressions,
Map<String,Parameter<?>> parameters,
Process process,
Literal fallbackValue) |
Modifier and Type | Method and Description |
---|---|
Function |
PolygonLabelFunctionFactory.function(Name name,
List<Expression> args,
Literal fallback) |
Modifier and Type | Method and Description |
---|---|
Set<Name> |
SingleProcessFactory.getNames() |
Modifier and Type | Method and Description |
---|---|
Process |
SingleProcessFactory.create(Name name) |
InternationalString |
SingleProcessFactory.getDescription(Name name) |
Map<String,Parameter<?>> |
SingleProcessFactory.getParameterInfo(Name name) |
Map<String,Parameter<?>> |
SingleProcessFactory.getResultInfo(Name name,
Map<String,Object> parameters) |
InternationalString |
SingleProcessFactory.getTitle(Name name) |
String |
SingleProcessFactory.getVersion(Name name) |
boolean |
SingleProcessFactory.supportsProgress(Name name) |
Constructor and Description |
---|
SingleProcessFactory(Name processName) |
Modifier and Type | Method and Description |
---|---|
Set<Name> |
FeatureTypeStyleImpl.featureTypeNames() |
Modifier and Type | Method and Description |
---|---|
FeatureTypeStyleImpl |
StyleFactoryImpl2.featureTypeStyle(String name,
Description description,
Id definedFor,
Set<Name> featureTypeNames,
Set<SemanticType> types,
List<Rule> rules) |
FeatureTypeStyle |
StyleFactory.featureTypeStyle(String name,
Description description,
Id definedFor,
Set<Name> featureTypeNames,
Set<SemanticType> types,
List<Rule> rules)
Direct FeatureTypeStyle creation (with no default SLD values applied).
|
FeatureTypeStyle |
StyleFactoryImpl.featureTypeStyle(String name,
Description description,
Id definedFor,
Set<Name> featureTypeNames,
Set<SemanticType> types,
List<Rule> rules) |
Modifier and Type | Method and Description |
---|---|
void |
InfoToolResult.setFeatureValue(Name name,
Object value) |
Modifier and Type | Method and Description |
---|---|
protected Name |
Validator.name(String typeref) |
Modifier and Type | Method and Description |
---|---|
protected String |
Validator.typeRef(Name name)
Convert a Name to a type reference (namespace ":" name)
|
protected String |
ValidationProcessor.typeRef(Name name)
Convert a Name to a type reference (namespace ":" name)
|
Modifier and Type | Method and Description |
---|---|
void |
Validator.integrityValidation(Map<Name,FeatureSource<?,?>> featureStores,
ReferencedEnvelope bBox,
ValidationResults results)
Integrity validation will iterate over all data stores passed in through the stores map and
run the tests associated with each store.
|
void |
ValidationProcessor.runIntegrityTests(Set<Name> typeRefs,
Map stores,
ReferencedEnvelope envelope,
ValidationResults results)
runIntegrityTests
Performs a lookup on the FeatureTypeInfo name to determine what IntegrityTests need to be
performed.
|
Modifier and Type | Method and Description |
---|---|
SimpleFeatureType |
GML.decodeSimpleFeatureType(URL schemaLocation,
Name typeName)
Decode a typeName from the provided schemaLocation.
|
Constructor and Description |
---|
ChoiceGeometryTypeImpl(Name name,
Class[] types,
Class defaultType,
boolean nillable,
int min,
int max,
Object defaultValue,
CoordinateReferenceSystem crs,
List<Filter> filter) |
Modifier and Type | Method and Description |
---|---|
protected Name |
XSD.name(QName qName)
Convenience method to turn a QName into a Name.
|
Modifier and Type | Method and Description |
---|---|
static Name |
ProcessUtil.processName(String name) |
Modifier and Type | Method and Description |
---|---|
static Map<String,Parameter<?>> |
ProcessUtil.loadProcessInfo(Name name) |
Modifier and Type | Method and Description |
---|---|
Name |
Property.getName()
The name of the property with respect to its descriptor.
|
Modifier and Type | Method and Description |
---|---|
Collection<Property> |
ComplexAttribute.getProperties(Name name)
Returns a subset of the properties of the complex attribute which match the specified name.
|
Property |
ComplexAttribute.getProperty(Name name)
Returns single property of the complex attribute which matches the specified name.
|
Modifier and Type | Method and Description |
---|---|
Object |
SimpleFeature.getAttribute(Name name)
Gets an attribute value by name.
|
AttributeDescriptor |
SimpleFeatureType.getDescriptor(Name name)
Returns the attribute descriptor which matches the specified name.
|
AttributeType |
SimpleFeatureType.getType(Name name)
Returns the type of the attribute which matches the specified name.
|
int |
SimpleFeatureType.indexOf(Name name)
Returns the index of the attribute which matches the specified name.
|
void |
SimpleFeature.setAttribute(Name name,
Object value)
Sets an attribute value by name.
|
Modifier and Type | Method and Description |
---|---|
Name |
PropertyDescriptor.getName()
The name of the property defined by the descriptor, with respect to its containing type or
entity..
|
Name |
PropertyType.getName()
The name of the property type.
|
Name |
Namespace.lookup(String name)
Looks up a name in the namespace.
|
Modifier and Type | Method and Description |
---|---|
AssociationDescriptor |
FeatureTypeFactory.createAssociationDescriptor(AssociationType type,
Name name,
int minOccurs,
int maxOCcurs,
boolean isNillable)
Creates an association descriptor.
|
AssociationType |
FeatureTypeFactory.createAssociationType(Name name,
AttributeType relatedType,
boolean isAbstract,
List<Filter> restrictions,
AssociationType superType,
InternationalString description)
Creates an association type.
|
AttributeDescriptor |
FeatureTypeFactory.createAttributeDescriptor(AttributeType type,
Name name,
int minOccurs,
int maxOccurs,
boolean isNillable,
Object defaultValue)
Creates an attribute descriptor.
|
AttributeType |
FeatureTypeFactory.createAttributeType(Name name,
Class<?> binding,
boolean isIdentifiable,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description)
Creates an attribute type.
|
ComplexType |
FeatureTypeFactory.createComplexType(Name name,
Collection<PropertyDescriptor> schema,
boolean isIdentifiable,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description)
Creates a complex type.
|
FeatureType |
FeatureTypeFactory.createFeatureType(Name name,
Collection<PropertyDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description)
Creates a feature type.
|
GeometryDescriptor |
FeatureTypeFactory.createGeometryDescriptor(GeometryType type,
Name name,
int minOccurs,
int maxOccurs,
boolean isNillable,
Object defaultValue)
Creates a geometry descriptor.
|
GeometryType |
FeatureTypeFactory.createGeometryType(Name name,
Class<?> binding,
CoordinateReferenceSystem crs,
boolean isIdentifiable,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description)
Creates a geometric attribute type.
|
SimpleFeatureType |
FeatureTypeFactory.createSimpleFeatureType(Name name,
List<AttributeDescriptor> schema,
GeometryDescriptor defaultGeometry,
boolean isAbstract,
List<Filter> restrictions,
AttributeType superType,
InternationalString description)
Creates a simple feature type.
|
PropertyDescriptor |
ComplexType.getDescriptor(Name name)
Describe a single property by name.
|
Modifier and Type | Method and Description |
---|---|
Schema |
Schema.profile(Set<Name> profile)
Profiles the schema, creating a new schema in the process.
|
Modifier and Type | Method and Description |
---|---|
Function |
FilterFactory.function(Name name,
Expression... args)
Call into some implementation-specific function.
|
FunctionName |
FilterFactory.functionName(Name name,
int nargs)
function name
|
FunctionName |
FilterFactory2.functionName(Name name,
int nargs,
List<String> argNames)
FunctionName used to describe an available function.
|
FunctionName |
FilterFactory2.functionName(Name name,
List<Parameter<?>> args,
Parameter<?> ret)
FunctionName used to describe an available function.
|
PropertyName |
FilterFactory2.property(Name name)
Retrieves the value of a feature's property.
|
Modifier and Type | Class and Description |
---|---|
class |
GeometryOperand
Enumeration of the different
GeometryOperand types. |
Modifier and Type | Method and Description |
---|---|
Name |
FunctionName.getFunctionName()
The qualified name of the function.
|
Modifier and Type | Method and Description |
---|---|
Collection<Name> |
TemporalOperator.getTemporalOperands()
The operands accepted by this temporal operator.
|
Modifier and Type | Method and Description |
---|---|
Set<Name> |
FeatureTypeStyle.featureTypeNames()
Returns the names of the feature type that this style is meant to act upon.
|
Modifier and Type | Method and Description |
---|---|
FeatureTypeStyle |
StyleFactory.featureTypeStyle(String name,
Description description,
Id definedFor,
Set<Name> featureTypeNames,
Set<SemanticType> types,
List<Rule> rules) |
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