Examples of org.infinispan.transaction.xa.recovery.SerializableXid

Package org.infinispan.transaction.xa.recovery

Examples of org.infinispan.transaction.xa.recovery.SerializableXid

org.infinispan.transaction.xa.recovery.SerializableXid
This xid implementation is needed because {@link javax.transaction.xa.Xid} is not {@link java.io.Serializable} andwe need to serialize it and send it over the network. As the KTA spec does not enforce in anyway the equals and hashcode methods on Xid TM providers are expected to be able to cope with this Xid class when returned from XAResource's methods. @author Mircea.Markus@jboss.com @since 5.0

   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (recoveryEnabled && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

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   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (recoveryEnabled && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

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         }
      });


      List<Xid> inDoubtTransactions = rm(cache(0)).getInDoubtTransactions();
      assertEquals(3, inDoubtTransactions.size());
      assert inDoubtTransactions.contains(new SerializableXid(t1_1.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_2.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_3.getXid()));


      configuration.fluent().transaction().transactionMode(TransactionMode.TRANSACTIONAL);
      addClusterEnabledCacheManager(configuration);
      defineRecoveryCache(1);
      TestingUtil.blockUntilViewsReceived(60000, cache(0), cache(1));
      DummyTransaction t1_4 = beginAndSuspendTx(cache(1));
      prepareTransaction(t1_4);
      log.trace("Before main recovery call.");
      assertPrepared(4, t1_4);


      //now second call would only return 1 prepared tx as we only go over the network once
      assertPrepared(1, t1_4);


      commitTransaction(t1_4);
      assertPrepared(0, t1_4);


      inDoubtTransactions = rm(cache(0)).getInDoubtTransactions();
      assertEquals(3, inDoubtTransactions.size());
      assert inDoubtTransactions.contains(new SerializableXid(t1_1.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_2.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_3.getXid()));




      //now let's start to forget transactions
      t1_4.firstEnlistedResource().forget(t1_1.getXid());
      log.info("returned");
      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return rm(cache(0)).getInDoubtTransactionInfo().size() == 2;
         }
      });
      inDoubtTransactions = rm(cache(0)).getInDoubtTransactions();
      assertEquals(2, inDoubtTransactions.size());
      assert inDoubtTransactions.contains(new SerializableXid(t1_2.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_3.getXid()));


      t1_4.firstEnlistedResource().forget(t1_2.getXid());
      t1_4.firstEnlistedResource().forget(t1_3.getXid());
      eventually(new Condition() {
         @Override

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   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (recoveryEnabled && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

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   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (configuration.isTransactionRecoveryEnabled() && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

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   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (recoveryEnabled && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

View Full Code Here

   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (recoveryEnabled && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

View Full Code Here

   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (recoveryEnabled && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

View Full Code Here

         }
      });


      List<Xid> inDoubtTransactions = rm(cache(0)).getInDoubtTransactions();
      assertEquals(3, inDoubtTransactions.size());
      assert inDoubtTransactions.contains(new SerializableXid(t1_1.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_2.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_3.getXid()));


      configuration.fluent().transaction().transactionMode(TransactionMode.TRANSACTIONAL);
      addClusterEnabledCacheManager(configuration);
      defineRecoveryCache(1);
      TestingUtil.blockUntilViewsReceived(60000, cache(0), cache(1));
      DummyTransaction t1_4 = beginAndSuspendTx(cache(1));
      prepareTransaction(t1_4);
      log.trace("Before main recovery call.");
      assertPrepared(4, t1_4);


      //now second call would only return 1 prepared tx as we only go over the network once
      assertPrepared(1, t1_4);


      commitTransaction(t1_4);
      assertPrepared(0, t1_4);


      inDoubtTransactions = rm(cache(0)).getInDoubtTransactions();
      assertEquals(3, inDoubtTransactions.size());
      assert inDoubtTransactions.contains(new SerializableXid(t1_1.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_2.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_3.getXid()));




      //now let's start to forget transactions
      t1_4.firstEnlistedResource().forget(t1_1.getXid());
      log.info("returned");
      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return rm(cache(0)).getInDoubtTransactionInfo().size() == 2;
         }
      });
      inDoubtTransactions = rm(cache(0)).getInDoubtTransactions();
      assertEquals(2, inDoubtTransactions.size());
      assert inDoubtTransactions.contains(new SerializableXid(t1_2.getXid()));
      assert inDoubtTransactions.contains(new SerializableXid(t1_3.getXid()));


      t1_4.firstEnlistedResource().forget(t1_2.getXid());
      t1_4.firstEnlistedResource().forget(t1_3.getXid());
      eventually(new Condition() {
         @Override

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   /**
    * Only does the conversion if recovery is enabled.
    */
   private Xid convertXid(Xid externalXid) {
      if (configuration.isTransactionRecoveryEnabled() && (!(externalXid instanceof SerializableXid))) {
         return new SerializableXid(externalXid);
      } else {
         return externalXid;
      }
   }

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org.infinispan.transaction.xa.TransactionXaAdapter

org.infinispan.tx.recovery.RecoveryWithDefaultCacheDistTest

javax.transaction.xa.Xid

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