Uses of Class weblogic.wtc.jatmi.TPException (Oracle WebLogic Server API Reference)

Overview

Package

Class

Use

Tree

Deprecated

Index

Help

Oracle Fusion Middleware
Oracle WebLogic Server API Reference
11g Release 1 (10.3.4)

Part Number E13941-04

PREV NEXT

FRAMES NO FRAMES

Uses of Class
weblogic.wtc.jatmi.TPException

Packages that use TPException
weblogic.wtc.gwt	Provides useful WTC GWT Domain utilities.
weblogic.wtc.jatmi	Provides JATMI primitives used to begin and end transactions, allocate and free buffers, and provide the communication between clients and servers.

Uses of TPException in weblogic.wtc.gwt

Methods in weblogic.wtc.gwt that throw TPException
`TuxedoConnection`	`TuxedoConnectionFactory.getTuxedoConnection()` Gets the Tuxedo connection object
`CallDescriptor`	`TuxedoConnection.tpacall(String svc, TypedBuffer data, int flags)` This calls the other tpacall with null as the reply object
`CallDescriptor`	`TuxedoConnection.tpacall(String svc, TypedBuffer data, int flags, TpacallAsyncReply callBack)` This implementation of tpacall is aware of the domain configuration files which correlate services with local and remote domains.
`Reply`	`TuxedoConnection.tpcall(String svc, TypedBuffer data, int flags)` This implementation of tpcall looks up the proper service using the domain configuration files and/or MBeans.
`void`	`TuxedoConnection.tpcancel(CallDescriptor cd, int flags)` This implementation knows about the tuxedo call descriptor and will attempt to cancel the outstanding tpacall request.
`Conversation`	`TuxedoConnection.tpconnect(String svc, TypedBuffer data, int flags)` This implementation of tpconnect looks up the proper service using the domain configuration files and/or MBeans.
`DequeueReply`	`TuxedoConnection.tpdequeue(String qspace, String qname, byte[] msgid, byte[] corrid, boolean doWait, boolean doPeek, int flags)` Much like tpacall, this looks up the remote qspace as a service offered through the domain configuration file, and once it has located the proper remote domain through which to send the dequeue request, it sends it.
`DequeueReply`	`TuxedoConnection.tpdequeue(String qspace, String qname, int flags)` This is the simple version of tpdequeue, which is equalvalent to calling the other tpdequeue verb with null as the msgid and corrid and false as the values for doWait and doPeek.
`byte[]`	`TuxedoConnection.tpenqueue(String qspace, String qname, EnqueueRequest ctl, TypedBuffer data, int flags)` Much like tpacall, this looks up the remote qspace as a service offered through the domain configuration file, and once it has located the proper remote domain through which to send the enqueue request, it sends it.
`Reply`	`TuxedoConnection.tpgetrply(CallDescriptor cd, int flags)` This implementation does not yet handle the case of blocking replies with the TPGETANY flag.
`void`	`TuxedoConnection.tpsprio(int prio, int flags)` Sets the priority for the next request sent or forwarded by the current thread in the current context.

Uses of TPException in weblogic.wtc.jatmi

Subclasses of TPException in weblogic.wtc.jatmi
`class`	`TPReplyException` This class is the exception that represents a TPException failure when there may also be user data on the exception that is thrown

Methods in weblogic.wtc.jatmi with parameters of type TPException
`void`	`TpacallAsyncReply.failure(ApplicationToMonitorInterface atmi, CallDescriptor cd, TPException failureReply)` Called if the service returned with a failure code.
`void`	`TPRequestAsyncReply.failure(TPException failureReply)` For a failed service invocation of the target POJO service method.

Methods in weblogic.wtc.jatmi that throw TPException
`void`	`TypedXOctet._tmpostrecv(DataInputStream decoder, int recv_size)` XDR decodes the given carray.
`void`	`TypedXML._tmpostrecv(DataInputStream decoder, int recv_size)` XDR decodes the given xmlarray.
`void`	`TypedString._tmpostrecv(DataInputStream decoder, int recv_size)` XDR decodes the given string.
`void`	`TypedMBString._tmpostrecv(DataInputStream decoder, int recv_size)` XDR decodes the given string.
`void`	`TypedFML32._tmpostrecv(DataInputStream decoder, int recv_size)`
`void`	`TypedFML._tmpostrecv(DataInputStream decoder, int recv_size)` XDR decodes the FML buffer
`void`	`TypedCArray._tmpostrecv(DataInputStream decoder, int recv_size)` XDR decodes the given carray.
`void`	`TypedBuffer._tmpostrecv(DataInputStream decoder, int recv_size)` This function takes an encoded byte array and and fills in the object it corresponding object.
`void`	`TypedFML._tmpostrecv65(DataInputStream decoder)` XDR decodes the FML buffer
`void`	`TypedXOctet._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedXML._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedString._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedMBString._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedFML32._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedFML._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedCArray._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`TypedBuffer._tmpresend(DataOutputStream encoder)` This function presends and encodes the given TypedBuffer object.
`void`	`AppKey.init(String param, boolean anonAllowed, int defaultAppKey)` This method initializes the AppKey module.
`Reply`	`TuxedoService.service(TPServiceInformation svcinfo)` service This is the function that will be called when a service request comes from the remote domain.
`void`	`EnqueueRequest.setcorrid(byte[] corrid)` Sets the corrid field of this object
`void`	`EnqueueRequest.setdelivery_qos(int delivery_qos)` Sets the delivery_qos field of this object
`void`	`EnqueueRequest.setdeq_time(QueueTimeField deq_time)` Sets the deq_time field of this object
`void`	`EnqueueRequest.setexp_time(QueueTimeField exp_time)` Sets the exp_time field of this object
`void`	`EnqueueRequest.setfailurequeue(String failurequeue)` Sets the failurequeue field of this object
`void`	`EnqueueRequest.setmsgid(byte[] msgid)` Sets the msgid field of this object
`void`	`EnqueueRequest.setpriority(Integer priority)` Sets the priority field of this object
`void`	`EnqueueRequest.setreply_qos(int reply_qos)` Sets the reply_qos field of this object
`void`	`EnqueueRequest.setreplyqueue(String replyqueue)` Sets the replyqueue field of this object
`void`	`EnqueueRequest.setTPQEXPTIME_NONE(boolean TPQEXPTIME_NONE)` Sets the TPQEXPTIME_NONE field of this object
`void`	`EnqueueRequest.setTPQTOP(boolean TPQTOP)` Sets the TPQTOP field of this object
`void`	`EnqueueRequest.seturcode(int urcode)` Sets the user-defined return code
`CallDescriptor`	`ApplicationToMonitorInterface.tpacall(String svc, TypedBuffer data, int flags)` Sends a deferred asyncronous request message to a Tuxedo service.
`CallDescriptor`	`ApplicationToMonitorInterface.tpacall(String svc, TypedBuffer data, int flags, TpacallAsyncReply callBack)` Sends an asyncronous request message to a Tuxedo service.
`Reply`	`ApplicationToMonitorInterface.tpcall(String svc, TypedBuffer data, int flags)` Sends a request and synchronously awaits for the reply.
`void`	`ApplicationToMonitorInterface.tpcancel(CallDescriptor cd, int flags)` Cancels a call descriptor for outstanding reply.
`Conversation`	`ApplicationToMonitorInterface.tpconnect(String svc, TypedBuffer data, int flags)` Establishes a half-duplex connection to a conversational service, `svc`.
`DequeueReply`	`ApplicationToMonitorInterface.tpdequeue(String qspace, String qname, byte[] msgid, byte[] corrid, boolean doWait, boolean doPeek, int flags)` Removes a message for processing from the queue named by qname in the qspace queue space.
`DequeueReply`	`ApplicationToMonitorInterface.tpdequeue(String qspace, String qname, int flags)` Removes a message for processing from the queue named by qname in the qspace queue space using the following parameters: `msgid` and `corrid` set to null.
`void`	`Conversation.tpdiscon()` Executes a disorderly disconnect by immediately tearing down the connection and generating a TPEV_DISCONIMM event on the other end of the connection.
`void`	`TPServiceInformation.tpdiscon()` All of the parameters here are the same as in the conversation interface.
`byte[]`	`ApplicationToMonitorInterface.tpenqueue(String qspace, String qname, EnqueueRequest ctl, TypedBuffer data, int flags)` Stores a message on the queue named by qname in the qspace queue space.
`Reply`	`ApplicationToMonitorInterface.tpgetrply(CallDescriptor cd, int flags)` Returns a reply using the call descriptor returned by a deferred `tpacall`.
`Reply`	`Conversation.tprecv(int flags)` Receives data sent across an open connection from a Tuxedo application.
`Reply`	`TPServiceInformation.tprecv(int flags)` All of the parameters here are the same as in the conversation interface.
`void`	`Conversation.tpsend(TypedBuffer data, int flags)` Sends data across an open connection from an initiator to a subordinate Tuxedo application.
`void`	`TPServiceInformation.tpsend(TypedBuffer data, int flags)` All of the parameters here are the same as in the conversation interface.
`void`	`ApplicationToMonitorInterface.tpsprio(int prio, int flags)` Sets the priority for the next request sent or forwarded by the current thread in the current context.
`void`	`ApplicationToMonitorInterface.tpterm()` Dissasociates an object from a Tuxedo session.
`void`	`AppKey.uninit()` This method releases any resources used by AppKey module.

Constructors in weblogic.wtc.jatmi that throw TPException
`EnqueueRequest(QueueTimeField deq_time, Integer priority, QueueTimeField exp_time, int delivery_qos, int reply_qos, byte[] msgid, byte[] corrid, String replyqueue, String failurequeue, boolean isTPQEXPTIME_NONE, boolean isTPQTOP, int urcode)` Creates an Enqueue Request with the given fields.
`TPReplyException(int err, Reply aRplyRtn)` This is the constructor that should be used when throwing an exception from the TuxedoService interface.