Package org.infinispan.remoting.rpc

Examples of org.infinispan.remoting.rpc.RpcManagerImpl

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      LockAssert.assertNoLocks(cache1);
      LockAssert.assertNoLocks(cache2);
   }

   public void testCacheMode() throws Exception {
      RpcManagerImpl rpcManager = (RpcManagerImpl) TestingUtil.extractComponent(cache1, RpcManager.class);
      Transport origTransport = TestingUtil.extractComponent(cache1, Transport.class);
      try {
         Transport mockTransport = createMock(Transport.class);
         rpcManager.setTransport(mockTransport);
         Address addressOne = createNiceMock(Address.class);
         Address addressTwo = createNiceMock(Address.class);
         List<Address> members = new ArrayList<Address>(2);
         members.add(addressOne);
         members.add(addressTwo);

         expect(mockTransport.getMembers()).andReturn(members).anyTimes();
         expect(mockTransport.getAddress()).andReturn(addressOne).anyTimes();
         expect(mockTransport.invokeRemotely((List<Address>) anyObject(), (CacheRpcCommand) anyObject(),
                                             eq(isSync ? ResponseMode.SYNCHRONOUS : ResponseMode.ASYNCHRONOUS),
                                             anyLong(), anyBoolean(), (ResponseFilter) anyObject(), anyBoolean())).andReturn(null).anyTimes();
         replay(mockTransport);

         cache1.put("k", "v");
         verify(mockTransport);

      } finally {
         if (rpcManager != null) rpcManager.setTransport(origTransport);
      }
   }
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      cache1.put("a1", "b1");
      cache1.put("a2", "b2");
      cache1.put("a3", "b3");
      cache1.put("a4", "b4");
      assert mBeanServer.getAttribute(rpcManager1, "SuccessRatio").equals("100%");
      RpcManagerImpl rpcManager = (RpcManagerImpl) TestingUtil.extractComponent(cache1, RpcManager.class);
      Transport originalTransport = rpcManager.getTransport();

      try {
         Address mockAddress1 = createNiceMock(Address.class);
         Address mockAddress2 = createNiceMock(Address.class);
         List<Address> memberList = new ArrayList<Address>(2);
         memberList.add(mockAddress1);
         memberList.add(mockAddress2);
         Transport transport = createMock(Transport.class);
         EasyMock.expect(transport.getMembers()).andReturn(memberList).anyTimes();
         replay(transport);
         rpcManager.setTransport(transport);
         cache1.put("a5", "b5");
         assert false : "rpc manager should had thrown an expception";
      } catch (Throwable e) {
         //expected
         assertEquals(mBeanServer.getAttribute(rpcManager1, "SuccessRatio"), ("80%"));
      }
      finally {
         rpcManager.setTransport(originalTransport);
      }
   }
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      replListener1 = replListener(cache1);
   }
  
   public void testInvokeRemotelyWhenSingleMember() throws Exception {
      Transport mockTransport = createMock(Transport.class);
      RpcManagerImpl rpcManager = (RpcManagerImpl) TestingUtil.extractComponent(cache1, RpcManager.class);
      Transport originalTransport = TestingUtil.extractComponent(cache1, Transport.class);
      try {

         Address mockAddress1 = createNiceMock(Address.class);
         List<Address> memberList = new ArrayList<Address>(1);
         memberList.add(mockAddress1);
         expect(mockTransport.getMembers()).andReturn(memberList).anyTimes();
         rpcManager.setTransport(mockTransport);
         // Transport invoke remote should not be called.
         replay(mockAddress1, mockTransport);
         // now try a simple replication.  Since the RpcManager is a mock object it will not actually replicate anything.
         cache1.put(key, value);
         verify(mockTransport);

      } finally {
         if (rpcManager != null) rpcManager.setTransport(originalTransport);
      }
   }
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      }
   }

   public void testMixingSyncAndAsyncOnSameTransport() throws Exception {
      Transport originalTransport = null;
      RpcManagerImpl rpcManager = null;
      List<Response> emptyResponses = Collections.emptyList();
      try {
         Configuration asyncCache = getDefaultClusteredConfig(Configuration.CacheMode.REPL_ASYNC);
         defineCacheOnAllManagers("asyncCache", asyncCache);
         Cache asyncCache1 = manager(0).getCache("asyncCache");

         // replace the transport with a mock object
         Transport mockTransport = createMock(Transport.class);
         Address mockAddressOne = createNiceMock(Address.class);
         Address mockAddressTwo = createNiceMock(Address.class);
         List<Address> addresses = new LinkedList<Address>();
         addresses.add(mockAddressOne);
         addresses.add(mockAddressTwo);
         expect(mockTransport.getAddress()).andReturn(mockAddressOne).anyTimes();
         expect(mockTransport.getMembers()).andReturn(addresses).anyTimes();
         replay(mockAddressOne, mockAddressTwo);

         // this is shared by all caches managed by the cache manager
         originalTransport = TestingUtil.extractComponent(asyncCache1, Transport.class);
         rpcManager = (RpcManagerImpl) TestingUtil.extractComponent(asyncCache1, RpcManager.class);
         rpcManager.setTransport(mockTransport);

         expect(mockTransport.invokeRemotely((List<Address>) anyObject(), (CacheRpcCommand) anyObject(), eq(ResponseMode.SYNCHRONOUS),
                                             anyLong(), anyBoolean(), (ResponseFilter) anyObject(), anyBoolean()))
               .andReturn(emptyResponses).once();

         replay(mockTransport);
         // check that the replication call was sync
         cache1.put("k", "v");

         // resume to test for async
         reset(mockTransport);
         expect(mockTransport.getAddress()).andReturn(mockAddressOne).anyTimes();
         expect(mockTransport.getMembers()).andReturn(addresses).anyTimes();
         expect(mockTransport.invokeRemotely((List<Address>) anyObject(), (CacheRpcCommand) anyObject(), eq(ResponseMode.ASYNCHRONOUS),
                                             anyLong(), anyBoolean(), (ResponseFilter) anyObject(), anyBoolean()))
               .andReturn(emptyResponses).once();

         replay(mockTransport);
         asyncCache1.put("k", "v");
         // check that the replication call was async
         verify(mockTransport);
      } finally {
         // replace original transport
         if (rpcManager != null) rpcManager.setTransport(originalTransport);
      }
   }
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      return null;
   }

   public void testAsyncForce() throws Exception {
      Transport mockTransport = createNiceMock(Transport.class);
      RpcManagerImpl rpcManager = (RpcManagerImpl) TestingUtil.extractComponent(cache1, RpcManager.class);
      Transport originalTransport = TestingUtil.extractComponent(cache1, Transport.class);
      try {

         Address mockAddress1 = createNiceMock(Address.class);
         Address mockAddress2 = createNiceMock(Address.class);

         List<Address> memberList = new ArrayList<Address>(2);
         memberList.add(mockAddress1);
         memberList.add(mockAddress2);

         expect(mockTransport.getMembers()).andReturn(memberList).anyTimes();
         rpcManager.setTransport(mockTransport);
         // specify what we expectWithTx called on the mock Rpc Manager.  For params we don't care about, just use ANYTHING.
         // setting the mock object to expectWithTx the "sync" param to be false.
         expect(mockTransport.invokeRemotely((List<Address>) anyObject(), (CacheRpcCommand) anyObject(),
                                             eq(ResponseMode.ASYNCHRONOUS), anyLong(), anyBoolean(), (ResponseFilter) isNull(), anyBoolean())).andReturn(null);

         replay(mockAddress1, mockAddress2, mockTransport);

         // now try a simple replication.  Since the RpcManager is a mock object it will not actually replicate anything.
         cache1.putForExternalRead(key, value);
         verify(mockTransport);

      } finally {
         if (rpcManager != null) rpcManager.setTransport(originalTransport);
      }
   }
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      assertEquals("tx should have completed", value, cache2.get(key + "0"));
   }

   public void testExceptionSuppression() throws Exception {
      Transport mockTransport = createNiceMock(Transport.class);
      RpcManagerImpl rpcManager = (RpcManagerImpl) TestingUtil.extractComponent(cache1, RpcManager.class);
      Transport originalTransport = TestingUtil.extractComponent(cache1, Transport.class);
      try {

         Address mockAddress1 = createNiceMock(Address.class);
         Address mockAddress2 = createNiceMock(Address.class);

         List<Address> memberList = new ArrayList<Address>(2);
         memberList.add(mockAddress1);
         memberList.add(mockAddress2);

         expect(mockTransport.getMembers()).andReturn(memberList).anyTimes();
         rpcManager.setTransport(mockTransport);


         expect(mockTransport.invokeRemotely(anyAddresses(), (CacheRpcCommand) anyObject(), anyResponseMode(),
                                             anyLong(), anyBoolean(), (ResponseFilter) anyObject(), anyBoolean()))
               .andThrow(new RuntimeException("Barf!")).anyTimes();

         replay(mockTransport);

         try {
            cache1.put(key, value);
            fail("Should have barfed");
         }
         catch (RuntimeException re) {
         }

         // clean up any indeterminate state left over
         try {
            cache1.remove(key);
            fail("Should have barfed");
         }
         catch (RuntimeException re) {
         }

         assertNull("Should have cleaned up", cache1.get(key));

         // should not barf
         cache1.putForExternalRead(key, value);
      }
      finally {
         if (rpcManager != null) rpcManager.setTransport(originalTransport);
      }
   }
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      // only do this if we have a transport configured!
      if (globalConfiguration.getTransportClass() == null)
         throw new ConfigurationException("Transport should be configured in order to use clustered caches");

      return componentType.cast(new RpcManagerImpl());
   }
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        } else if (cache == null) {
            context.getFailureDescription().set(String.format("Unavailable cache %s", attrName));
        } else {
            AdvancedCache<?, ?> aCache = cache.getAdvancedCache();
            LockManagerImpl lockManager = (LockManagerImpl) SecurityActions.getLockManager(aCache);
            RpcManagerImpl rpcManager = (RpcManagerImpl) SecurityActions.getRpcManager(aCache);
            List<CommandInterceptor> interceptors = SecurityActions.getInterceptorChain(aCache);
            ComponentRegistry registry = SecurityActions.getComponentRegistry(aCache);
            ComponentStatus status = SecurityActions.getCacheStatus(aCache);
            switch (metric) {
                case CACHE_STATUS:
                    result.set(status.toString());
                    break;
                case CONCURRENCY_LEVEL:
                    result.set(lockManager.getConcurrencyLevel());
                    break;
                case NUMBER_OF_LOCKS_AVAILABLE:
                    result.set(lockManager.getNumberOfLocksAvailable());
                    break;
                case NUMBER_OF_LOCKS_HELD:
                    result.set(lockManager.getNumberOfLocksHeld());
                    break;
                case AVERAGE_READ_TIME: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getAverageReadTime() : 0);
                    break;
                }
                case AVERAGE_WRITE_TIME: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getAverageWriteTime() : 0);
                    break;
                }
                case AVERAGE_REMOVE_TIME: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getAverageRemoveTime() : 0);
                    break;
                }
                case ELAPSED_TIME: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getElapsedTime() : 0);
                    break;
                }
                case EVICTIONS: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getEvictions() : 0);
                    break;
                }
                case HIT_RATIO: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getHitRatio() : 0);
                    break;
                }
                case HITS: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getHits() : 0);
                    break;
                }
                case MISSES: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getMisses() : 0);
                    break;
                }
                case NUMBER_OF_ENTRIES: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getNumberOfEntries() : 0);
                    break;
                }
                case READ_WRITE_RATIO: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getReadWriteRatio() : 0);
                    break;
                }
                case REMOVE_HITS: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getRemoveHits() : 0);
                    break;
                }
                case REMOVE_MISSES: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getRemoveMisses() : 0);
                    break;
                }
                case STORES: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getStores() : 0);
                    break;
                }
                case TIME_SINCE_RESET: {
                    CacheMgmtInterceptor cacheMgmtInterceptor = getFirstInterceptorWhichExtends(interceptors, CacheMgmtInterceptor.class);
                    result.set(cacheMgmtInterceptor != null ? cacheMgmtInterceptor.getTimeSinceReset() : 0);
                    break;
                }
                case AVERAGE_REPLICATION_TIME: {
                    result.set(rpcManager.getAverageReplicationTime());
                    break;
                }
                case REPLICATION_COUNT:
                    result.set(rpcManager.getReplicationCount());
                    break;
                case REPLICATION_FAILURES:
                    result.set(rpcManager.getReplicationFailures());
                    break;
                case SUCCESS_RATIO:
                    result.set(rpcManager.getSuccessRatioFloatingPoint());
                    break;
                case COMMITS: {
                    TxInterceptor txInterceptor = getFirstInterceptorWhichExtends(interceptors, TxInterceptor.class);
                    result.set(txInterceptor != null ? txInterceptor.getCommits() : 0);
                    break;
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            super(0);
        }

        @Override
        protected ModelNode invokeCommand(Cache<?, ?> cache, ModelNode operation) throws Exception {
            RpcManagerImpl rpcManager = (RpcManagerImpl) SecurityActions.getComponentRegistry(cache.getAdvancedCache()).getComponent(RpcManager.class);
            if (rpcManager != null) {
                rpcManager.resetStatistics();
            }
            return null;
        }
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      // only do this if we have a transport configured!
      if (globalConfiguration.transport().transport() == null)
         throw new ConfigurationException("Transport should be configured in order to use clustered caches");

      return componentType.cast(new RpcManagerImpl());
   }
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