Uses of Class
com.arjuna.wst.WrongStateException

Packages that use WrongStateException

com.arjuna.mw.wst11
com.arjuna.wst
com.arjuna.wst11
com.arjuna.wst11.stub

Uses of WrongStateException in com.arjuna.mw.wst11

Methods in com.arjuna.mw.wst11 that throw WrongStateException

abstract void	UserTransaction.begin() Start a new transaction.
abstract void	UserBusinessActivity.begin() Start a new business activity with atomic outcome.
abstract void	UserTransaction.begin(int timeout) Start a new transaction with the specified timeout as its lifetime.
abstract void	UserBusinessActivity.begin(int timeout) Start a new BA with atomic outcome and the specified timeout as its lifetime.
abstract void	UserBusinessActivity.cancel() If the BA must undo its work then the cancel method is used.
abstract void	UserBusinessActivity.close() The BA is normally terminated by the close method.
abstract void	UserTransaction.commit() The transaction is committed by the commit method.
abstract void	UserBusinessActivity.complete() If participants have registered for the BusinessAgreementWithComplete protocol then they will be expecting the application to inform them when all work intended for them has been sent (and responded to).
abstract BAParticipantManager	BusinessActivityManager.enlistForBusinessAgreementWithCoordinatorCompletion(BusinessAgreementWithCoordinatorCompletionParticipant bawcp, String id) Enlist a participant for the BusinessAgreementWithCoordinatorCompletion protocol.
abstract BAParticipantManager	BusinessActivityManager.enlistForBusinessAgreementWithParticipantCompletion(BusinessAgreementWithParticipantCompletionParticipant bap, String id) Enlist a participant for the BusinessAgreement protocol.
abstract void	TransactionManager.enlistForDurableTwoPhase(Durable2PCParticipant tpp, String id) Enlist the specified participant with current transaction such that it will participate in the 2PC protocol; a unique identifier for the participant is also required.
abstract void	TransactionManager.enlistForVolatileTwoPhase(Volatile2PCParticipant pzp, String id) Enlist the specified participant with current transaction such that it will participate in the Volatile 2PC protocol; a unique identifier for the participant is also required.
abstract void	UserTransaction.rollback() The rollback operation will terminate the transaction and return normally if it succeeded, while throwing an appropriate exception if it didn't.

Uses of WrongStateException in com.arjuna.wst

Methods in com.arjuna.wst that throw WrongStateException

void	BusinessAgreementWithParticipantCompletionParticipant.cancel() The transaction has cancelled, and the participant should undo any work.
void	BusinessAgreementWithParticipantCompletionParticipant.close() The transaction has completed successfully.
void	Participant.commit() The participant should make permanent the work that it controls.
void	BusinessAgreementWithParticipantCompletionParticipant.compensate() The transaction has cancelled.
void	BusinessAgreementWithCoordinatorCompletionParticipant.complete() The coordinator is informing the participant that all work it needs to do within the scope of this business activity has been received.
Vote	Participant.prepare() Perform any work necessary to allow it to either commit or rollback the work performed by the Web service under the scope of the transaction.
void	Participant.rollback() The participant should undo the work that it controls.

Uses of WrongStateException in com.arjuna.wst11

Methods in com.arjuna.wst11 that throw WrongStateException

void	BAParticipantManager.cannotComplete() Cannot complete.
void	BAParticipantManager.completed() The participant has completed it works, but wishes to continue in the business activity, so that it will eventually be told when (and how) the activity terminates.
void	BAParticipantManager.exit() The participant has exited the business activity.

Uses of WrongStateException in com.arjuna.wst11.stub

Methods in com.arjuna.wst11.stub that throw WrongStateException

void	SubordinateCoordinatorCompletionParticipantStub.cancel()
void	BusinessAgreementWithParticipantCompletionStub.cancel()
void	BusinessAgreementWithCoordinatorCompletionStub.cancel()
void	BAParticipantCompletionParticipantManagerStub.cannotComplete()
void	BACoordinatorCompletionParticipantManagerStub.cannotComplete()
void	SubordinateCoordinatorCompletionParticipantStub.close()
void	BusinessAgreementWithParticipantCompletionStub.close()
void	BusinessAgreementWithCoordinatorCompletionStub.close()
void	SubordinateVolatile2PCStub.commit() this is called as part of the after completion processing and should ensure that the interposed coordinator performs its afterCompletion processing
void	SubordinateDurable2PCStub.commit() this will be called when the parent coordinator commits its durable participants and should ensure that the interposed cooordinator does the same
void	ParticipantStub.commit()
void	SubordinateCoordinatorCompletionParticipantStub.compensate()
void	BusinessAgreementWithParticipantCompletionStub.compensate()
void	BusinessAgreementWithCoordinatorCompletionStub.compensate()
void	SubordinateCoordinatorCompletionParticipantStub.complete()
void	BusinessAgreementWithCoordinatorCompletionStub.complete()
void	BAParticipantCompletionParticipantManagerStub.completed()
void	BACoordinatorCompletionParticipantManagerStub.completed()
void	BAParticipantCompletionParticipantManagerStub.exit()
void	BACoordinatorCompletionParticipantManagerStub.exit()
Vote	SubordinateVolatile2PCStub.prepare() This will be called when the parent coordinator is preparing its volatile participants and should ensure that the interposed cooordinator does the same.
Vote	SubordinateDurable2PCStub.prepare() This will be called when the parent coordinator is preparing its durable participants and should ensure that the interposed cooordinator does the same.
Vote	ParticipantStub.prepare()
void	SubordinateVolatile2PCStub.rollback() this is called as part of the after completion processing and should ensure that the interposed coordinator performs its afterCompletion processing
void	SubordinateDurable2PCStub.rollback() this will be called when the parent coordinator rolls back its durable participants and should ensure that the interposed cooordinator does the same
void	ParticipantStub.rollback()