public class ComplexTypeProxy extends AttributeTypeProxy implements ComplexType
| Constructor and Description |
|---|
ComplexTypeProxy(Name typeName,
Map registry) |
| Modifier and Type | Method and Description |
|---|---|
Class<Collection<Property>> |
getBinding()
The java class that values of properties of the property type are bound to.
|
PropertyDescriptor |
getDescriptor(Name name)
Describe a single property by name.
|
PropertyDescriptor |
getDescriptor(String name)
Describe a single property by unqualified name.
|
Collection<PropertyDescriptor> |
getDescriptors()
The property descriptor which compose the complex type.
|
boolean |
isInline()
Indicates ability of XPath to notice this attribute.
|
equals, getDescription, getName, getOperations, getRestrictions, getSubject, getSuper, getUserData, hashCode, isAbstract, isIdentifiedclone, finalize, getClass, notify, notifyAll, toString, wait, wait, waitgetSuper, isIdentifiedequals, getDescription, getName, getRestrictions, getUserData, hashCode, isAbstractpublic PropertyDescriptor getDescriptor(Name name)
ComplexTypeThis method returns null if no such property is found.
getDescriptor in interface ComplexTypename - The name of the property to get.null.public PropertyDescriptor getDescriptor(String name)
ComplexTypeNote: Special care should be taken when using this method in the case that two properties
with the same local name but different namespace uri exist. For this reason using ComplexType.getDescriptor(Name) is safer.
This method returns null if no such property is found.
getDescriptor in interface ComplexTypename - The name of the property to get.null.public Collection<PropertyDescriptor> getDescriptors()
ComplexTypeA complex type can be composed of attributes and associations which means this collection
returns instances of AttributeDescriptor and AssociationDescriptor.
getDescriptors in interface ComplexTypepublic boolean isInline()
ComplexTypeThis facility is used to "hide" an attribute from XPath searches, while the compelx contents will still be navigated no additional nesting will be considered. It will be as if the content were "folded" inline resulting in a flatter nesting structure.
Construct described using Java Interfaces:
interface TestSample {
String name;
List measurement;
}
interface Measurement {
long timestamp;
Point point;
long reading;
}
[ name="survey1",
measurements=(
[timestamp=3,point=(2,3), reading=4200],
[timestamp=9,point=(2,4), reading=445600],
)
]
root/name: survey1
root/measurement[0]/timestamp:3
root/measurement[0]/point: (2,3)
root/measurement[0]/reading: 4200
root/measurement[1]/timestamp:9
root/measurement[2]/point: (2,4)
root/measurement[3]/reading: 445600
root/name: survey1
root/timestamp[0]:3
root/point[0]: (2,3)
root/reading[0]: 4200
root/timestamp[1]:9
root/point[1]: (2,4)
root/reading[1] 445600
isInline in interface ComplexTypepublic Class<Collection<Property>> getBinding()
PropertyTypeThis value is never null.
getBinding in interface ComplexTypegetBinding in interface PropertyTypegetBinding in class AttributeTypeProxyCopyright © 1996–2021 Geotools. All rights reserved.