oracle.uddi.message.response
Class KeysOwned

java.lang.Object
  |
  +--oracle.uddi.message.UddiElement
        |
        +--oracle.uddi.message.response.KeysOwned

public class KeysOwned

extends UddiElement

General information:

This class represents a UDDI message, which maps to the message of the corresponding name in the UDDI specification.

Element description:

It maps to keysOwned element, one of the basic UDDI V2 data structures.

Field Summary

static java.lang.String	ELT_FROMKEY
static java.lang.String	ELT_TOKEY
static java.lang.String	UDDI_TAG

Constructor Summary

KeysOwned(UddiElementFactory ueFactory)

Method Summary

java.lang.String	getFromKey()
java.lang.String	getTagName() Returns the local name of the tag of the UDDI Element.
java.lang.String	getToKey()
void	init() This method is not intended for use by clients of the API.
void	setFromKey(java.lang.String fromKey)
void	setToKey(java.lang.String toKey)

Methods inherited from class oracle.uddi.message.UddiElement

getElementName, getElementPrefix, getGeneric, getNamespaceUri, getUddiElementFactory, getVersion, hasEmptyContent, isV1Compatible, isV2Compatible, marshall, unmarshall

Methods inherited from class java.lang.Object

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

Field Detail

UDDI_TAG

public static final java.lang.String UDDI_TAG

See Also:

Constant Field Values

ELT_FROMKEY

public static final java.lang.String ELT_FROMKEY

See Also:

Constant Field Values

ELT_TOKEY

public static final java.lang.String ELT_TOKEY

See Also:

Constant Field Values

Constructor Detail

KeysOwned

public KeysOwned(UddiElementFactory ueFactory)

Method Detail

init

public void init()

Description copied from class: UddiElement

This method is not intended for use by clients of the API.

Initalizes the element. If the element has been initalized, it re-initalizes the element so that it is as if it is a new object. This method enables object reuse.

Note on re-initalization: Reinitalization is done such that the object will be in the state as if it is a new object. It implies that all sub-elements will be discarded. If the caller wants to re-use sub-elements, it is caller's responsibility to get the sub-elements prior to re-initalization and reassign the optional sub-elements after re-initalization.

For example, A tModel contains an optional sub-element identifierBag. Hence identifierBag will be discarded. If the caller wishes to re-use the identifierBag, the caller has to get the identifierBag, re-initalize it and assign it back as the tModel's identifierBag :

   ...
   IdentifierBag identifierBag = tModel.getIdentifierBag();
   tModel.init();
   identifierBag.init();
   tModel.setIdentifierBag(identifierBag);
   ...

Access to UddiElement and its sub-structure is not guaranteed to be thread-safe.

Every subclass of UddiElement MUST overwrite init(). In the implementation, it should always invoke super.init() and intialize/reinitialize subclass-specific members. The pattern is exactly the same as a Java constructor.

Overrides:

init in class UddiElement

getTagName

public java.lang.String getTagName()

Description copied from class: UddiElement

Returns the local name of the tag of the UDDI Element.

Specified by:

getTagName in class UddiElement

getFromKey

public java.lang.String getFromKey()

setFromKey

public void setFromKey(java.lang.String fromKey)

getToKey

public java.lang.String getToKey()

setToKey

public void setToKey(java.lang.String toKey)