public class ServerSOAPHandlerTube extends HandlerTube
HandlerTube.HandlerTubeExchangecousinTube, handlers, port, processor, remedyActionTaken, requestProcessingSucessfulnext| Constructor and Description |
|---|
ServerSOAPHandlerTube(WSBinding binding,
Tube next,
HandlerTube cousinTube)
This constructor is used on client-side where, LogicalHandlerTube is created
first and then a SOAPHandlerTube is created with a handler to that
LogicalHandlerTube.
|
ServerSOAPHandlerTube(WSBinding binding,
WSDLPort port,
Tube next)
Creates a new instance of SOAPHandlerTube
|
| Modifier and Type | Method and Description |
|---|---|
(package private) boolean |
callHandlersOnRequest(MessageUpdatableContext context,
boolean isOneWay) |
(package private) void |
callHandlersOnResponse(MessageUpdatableContext context,
boolean handleFault) |
(package private) void |
closeHandlers(MessageContext mc)
On Client, Override by calling #closeClientHandlers(MessageContext mc)
On Server, Override by calling #closeServerHandlers(MessageContext mc)
The difference is the order in which they are closed.
|
AbstractFilterTubeImpl |
copy(TubeCloner cloner)
Creates an identical clone of this
Tube. |
(package private) MessageUpdatableContext |
getContext(Packet packet) |
protected void |
resetProcessor() |
(package private) void |
setUpProcessor() |
close, closeClientsideHandlers, closeServersideHandlers, getBinding, initiateClosing, isHandlerChainEmpty, processException, processRequest, processResponse, setHandleFalse, setHandleFaultpreDestroycopy, doInvoke, doInvokeAndForget, doReturnWith, doSuspend, doSuspend, doSuspend, doSuspend, doThrow, processpublic ServerSOAPHandlerTube(WSBinding binding, WSDLPort port, Tube next)
public ServerSOAPHandlerTube(WSBinding binding, Tube next, HandlerTube cousinTube)
public AbstractFilterTubeImpl copy(TubeCloner cloner)
TubeTube.
This method creates an identical pipeline that can be used concurrently with this pipeline. When the caller of a pipeline is multi-threaded and need concurrent use of the same pipeline, it can do so by creating copies through this method.
It is the implementation's responsibility to call
TubeCloner.add(Tube,Tube) to register the copied pipe
with the original. This is required before you start copying
the other Tube references you have, or else there's a
risk of infinite recursion.
For most Tube implementations that delegate to another
Tube, this method requires that you also copy the Tube
that you delegate to.
For limited number of Tubes that do not maintain any
thread unsafe resource, it is allowed to simply return this
from this method (notice that even if you are stateless, if you
got a delegating Tube and that one isn't stateless, you
still have to copy yourself.)
Note that this method might be invoked by one thread while another
thread is executing the other process method. See
the Codec.copy() for more discussion about this.
copy in interface Tubecopy in class AbstractTubeImplcloner - Use this object (in particular its TubeCloner.copy(Tube) method
to clone other pipe references you have
in your pipe. See TubeCloner for more discussion
about why.Tube.protected void resetProcessor()
resetProcessor in class HandlerTubevoid setUpProcessor()
setUpProcessor in class HandlerTubeMessageUpdatableContext getContext(Packet packet)
getContext in class HandlerTubeboolean callHandlersOnRequest(MessageUpdatableContext context, boolean isOneWay)
callHandlersOnRequest in class HandlerTubevoid callHandlersOnResponse(MessageUpdatableContext context, boolean handleFault)
callHandlersOnResponse in class HandlerTubevoid closeHandlers(MessageContext mc)
HandlerTubecloseHandlers in class HandlerTubeCopyright (c) 1997-2012 Oracle and/or its affiliates. All rights reserved.