/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
/** * Obtain the transaction status for the specified transaction. * At this point we don't know the type of the transaction, only it's * Uid. So, we're going to have to search through the object store. * This assumes that the transaction id is present in the local object * store. If it isn't, or there is a possibility it may not be, then * you should use the other variant of this method and determine the * type through another method. */ public int getTransactionStatus( Uid tranUid ) { String transactionType = "" ; int status = getTransactionStatus( transactionType, tranUid ); return status ; }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }
private void doRecoverTransaction( Uid recoverUid ) { boolean commitThisTransaction = true ; // Retrieve the transaction status from its original process. int theStatus = _transactionStatusConnectionMgr.getTransactionStatus( _transactionType, recoverUid ) ; boolean inFlight = isTransactionInMidFlight( theStatus ) ; String Status = ActionStatus.stringForm( theStatus ) ; if (tsLogger.logger.isDebugEnabled()) { tsLogger.logger.debug("transaction type is " + _transactionType + " uid is " + recoverUid.toString() + "\n ActionStatus is " + Status + " in flight is " + inFlight); } if ( ! inFlight ) { try { RecoverAtomicAction rcvAtomicAction = new RecoverAtomicAction( recoverUid, theStatus ) ; rcvAtomicAction.replayPhase2() ; } catch ( Exception ex ) { tsLogger.i18NLogger.warn_recovery_AtomicActionRecoveryModule_2(recoverUid, ex); } } }