Package org.infinispan.test

Examples of org.infinispan.test.ReplListener

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      assertEquals(v1, remoteCache0.get(1));
      assertEquals(v1, remoteCache0.get(1)); // Called twice to cover all round robin options
   }

   private ReplListener getReplListener(int cacheIndex) {
      ReplListener replList = listeners.get(cache(cacheIndex));
      if (replList == null)
         replList = new ReplListener(cache(cacheIndex), true, true);
      else
         replList.reconfigureListener(true, true);
        
      return replList;
   }
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      // Check that all nodes (except the one we put to) are notified
      // but only if the transport is multicast-capable
      if (owner.getAdvancedCache().getRpcManager().getTransport().isMulticastCapable()) {
         for (Cache<Object, String> c : getNonOwners(KEY1)) {
            ReplListener rl = new ReplListener(c);
            rl.expect(InvalidateL1Command.class);
            listeners.add(rl);
            log.debugf("Added nonowner %s", c);
         }
      } else {
         ReplListener rl = new ReplListener(nonOwner);
         rl.expect(InvalidateL1Command.class);
         listeners.add(rl);
      }
     
      // Put an object into an owner, this will cause the L1 records for this key to be invalidated
      owner.put(KEY1, "bar");
     
      for (ReplListener rl : listeners) {
        rl.waitForRpc();
      }
     
      Assert.assertNull(nonOwner.getAdvancedCache().getDataContainer().get(KEY1));
   }
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      // Request from another non-owner so that we can get an invalidation command there
      assertEquals(secondNonOwner.get(KEY1), "foo");
      assertEquals(secondNonOwner.getAdvancedCache().getDataContainer().get(KEY1).getValue(), "foo");
     
      // Check that the non owners are notified
    ReplListener rl = new ReplListener(nonOwner);
      rl.expect(InvalidateL1Command.class);
      listeners.add(rl);
      rl = new ReplListener(secondNonOwner);
      rl.expect(InvalidateL1Command.class);
      listeners.add(rl);
     
      // Put an object into an owner, this will cause the L1 records for this key to be invalidated
      owner.put(KEY1, "bar");
     
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      final Cache<String, String> cache1 = cache(0, CACHE_NAME);
      final Cache<String, String> cache2 = cache(1, CACHE_NAME);

      assertFalse(cache1.containsKey(key));
      assertFalse(cache2.containsKey(key));
      ReplListener replListener2 = replListener(cache2);

      replListener2.expect(PutKeyValueCommand.class);
      cache1.putForExternalRead(key, value);
      replListener2.waitForRpc();

      // wait for command the finish executing asynchronously
      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
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   public void testMemLeakOnSuspendedTransactions() throws Exception {
      Cache<String, String> cache1 = cache(0, CACHE_NAME);
      Cache<String, String> cache2 = cache(1, CACHE_NAME);
      TransactionManager tm1 = TestingUtil.getTransactionManager(cache1);
      TransactionManager tm2 = TestingUtil.getTransactionManager(cache2);
      ReplListener replListener2 = replListener(cache2);

      replListener2.expect(PutKeyValueCommand.class);
      tm1.begin();
      cache1.putForExternalRead(key, value);
      tm1.commit();
      replListener2.waitForRpc();

      final TransactionTable tt1 = TestingUtil.extractComponent(cache1, TransactionTable.class);
      final TransactionTable tt2 = TestingUtil.extractComponent(cache2, TransactionTable.class);

      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return tt1.getRemoteTxCount() == 0 && tt1.getLocalTxCount() == 0 &&
                  tt2.getRemoteTxCount() == 0 && tt2.getLocalTxCount() == 0;
         }
      });

      replListener2.expectWithTx(PutKeyValueCommand.class);
      tm1.begin();
      assertEquals(tm1.getTransaction().getStatus(), Status.STATUS_ACTIVE);
      cache1.putForExternalRead(key, value);
      assertEquals(tm1.getTransaction().getStatus(), Status.STATUS_ACTIVE);
      cache1.put(key, value);
      assertEquals(tm1.getTransaction().getStatus(), Status.STATUS_ACTIVE);
      log.info("Before commit!!");
      tm1.commit();

      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return (tt1.getRemoteTxCount() == 0) && (tt1.getLocalTxCount() == 0) &&  (tt2.getRemoteTxCount() == 0)
                  && (tt2.getLocalTxCount() == 0);
         }
      });

      replListener2.expectWithTx(PutKeyValueCommand.class);
      tm1.begin();
      cache1.put(key, value);
      cache1.putForExternalRead(key, value);
      tm1.commit();

      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return (tt1.getRemoteTxCount() == 0) && (tt1.getLocalTxCount() == 0) &&  (tt2.getRemoteTxCount() == 0)
                  && (tt2.getLocalTxCount() == 0);
         }
      });

      replListener2.expectWithTx(PutKeyValueCommand.class, PutKeyValueCommand.class);
      tm1.begin();
      cache1.put(key, value);
      cache1.putForExternalRead(key, value);
      cache1.put(key, value);
      tm1.commit();
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               cm1.defineConfiguration(distCacheToChange, conf);

               Cache cache1 = cm.getCache(distCacheToChange);
               Cache cache2 = cm1.getCache(distCacheToChange);

               ReplListener replList2 = new ReplListener(cache2, true, true);

               String key = "key1";
               String value = "value1";

               replList2.expect(PutKeyValueCommand.class);
               cache1.put(key, value);

               // allow for replication
               replList2.waitForRpc();
               assertEquals(value, cache1.get(key));
               assertEquals(value, cache2.get(key));
            } catch (Exception e) {
               e.printStackTrace();
            } finally {
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      Cache<String, String> cache1 = cache(0, "replSync");
      Cache<String, String> cache2 = cache(1, "replSync");

      assert !cache1.containsKey(key);
      assert !cache2.containsKey(key);
      ReplListener replListener2 = replListener(cache2);

      replListener2.expect(PutKeyValueCommand.class);
      cache1.putForExternalRead(key, value);
      replListener2.waitForRpc();

      assertEquals("PFER updated cache1", value, cache1.get(key));
      assertEquals("PFER propagated to cache2 as expected", value, cache2.get(key));

      // replication to cache 1 should NOT happen.
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   public void testMemLeakOnSuspendedTransactions() throws Exception {
      Cache<String, String> cache1 = cache(0, "replSync");
      Cache<String, String> cache2 = cache(1, "replSync");
      TransactionManager tm1 = TestingUtil.getTransactionManager(cache1);
      TransactionManager tm2 = TestingUtil.getTransactionManager(cache2);
      ReplListener replListener2 = replListener(cache2);

      replListener2.expect(PutKeyValueCommand.class);
      tm1.begin();
      cache1.putForExternalRead(key, value);
      tm1.commit();
      replListener2.waitForRpc();

      final TransactionTable tt1 = TestingUtil.extractComponent(cache1, TransactionTable.class);
      final TransactionTable tt2 = TestingUtil.extractComponent(cache2, TransactionTable.class);

      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return tt1.getRemoteTxCount() == 0 && tt1.getLocalTxCount() == 0 &&
                  tt2.getRemoteTxCount() == 0 && tt2.getLocalTxCount() == 0;
         }
      });

      replListener2.expectWithTx(PutKeyValueCommand.class);
      tm1.begin();
      assertEquals(tm1.getTransaction().getStatus(), Status.STATUS_ACTIVE);
      cache1.putForExternalRead(key, value);
      assertEquals(tm1.getTransaction().getStatus(), Status.STATUS_ACTIVE);
      cache1.put(key, value);
      assertEquals(tm1.getTransaction().getStatus(), Status.STATUS_ACTIVE);
      log.info("Before commit!!");
      tm1.commit();

      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return (tt1.getRemoteTxCount() == 0) && (tt1.getLocalTxCount() == 0) &&  (tt2.getRemoteTxCount() == 0)
                  && (tt2.getLocalTxCount() == 0);
         }
      });

      replListener2.expectWithTx(PutKeyValueCommand.class);
      tm1.begin();
      cache1.put(key, value);
      cache1.putForExternalRead(key, value);
      tm1.commit();

      eventually(new Condition() {
         @Override
         public boolean isSatisfied() throws Exception {
            return (tt1.getRemoteTxCount() == 0) && (tt1.getLocalTxCount() == 0) &&  (tt2.getRemoteTxCount() == 0)
                  && (tt2.getLocalTxCount() == 0);
         }
      });

      replListener2.expectWithTx(PutKeyValueCommand.class, PutKeyValueCommand.class);
      tm1.begin();
      cache1.put(key, value);
      cache1.putForExternalRead(key, value);
      cache1.put(key, value);
      tm1.commit();
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   }

   @Override
   protected void createCacheManagers() throws Throwable {
      super.createCacheManagers();
      rl = new ReplListener(c2, true);
   }
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   }

   @Override
   protected void createCacheManagers() throws Throwable {
      super.createCacheManagers();
      rl = new ReplListener(c2, true);
   }
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Related Classes of org.infinispan.test.ReplListener

  • org.infinispan.api.mvcc.PutForExternalReadTest
  • org.infinispan.client.hotrod.HotRodAsyncReplicationTest
  • org.infinispan.configuration.override.XMLConfigurationOverridingTest
  • org.infinispan.distribution.AsyncAPINonTxAsyncDistTest
  • org.infinispan.distribution.AsyncAPITxAsyncDistTest
  • org.infinispan.distribution.DistAsyncFuncTest
  • org.infinispan.distribution.DistAsyncTxFuncTest
  • org.infinispan.distribution.MulticastInvalidationFuncTest
  • org.infinispan.distribution.UnicastInvalidationFuncTest
  • org.infinispan.invalidation.AsyncAPIAsyncInvalTest
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