Package org.infinispan.util.logging

Examples of org.infinispan.util.logging.Log


  
   protected final boolean parseResponseAndAddToResponseList(Object responseObject, Throwable exception, Map<Address, Response> responseListToAddTo, boolean wasSuspected,
                                                       boolean wasReceived, Address sender, boolean usedResponseFilter, boolean ignoreLeavers)
           throws Exception
   {
      Log log = getLog();
      boolean invalidResponse = true;
      if (!wasSuspected && wasReceived) {
         invalidResponse = false;
         if (exception != null) {
            log.tracef(exception, "Unexpected exception from %s", sender);
            throw new CacheException("Remote (" + sender + ") failed unexpectedly", exception);
         }
        
         if (checkResponse(responseObject, sender)) responseListToAddTo.put(sender, (Response) responseObject);
      } else if (wasSuspected) {
         if (!ignoreLeavers) {
            throw new SuspectException("Suspected member: " + sender, sender);
         } else {
            log.tracef("Target node %s left during remote call, ignoring", sender);
         }
      } else {
         // if we have a response filter then we may not have waited for some nodes!
         if (!usedResponseFilter) throw new TimeoutException("Replication timeout for " + sender);
      }
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         CacheEntry entry = ((SingleKeyNonTxInvocationContext)ctx).getCacheEntry();
         commitEntryIfNeeded(ctx, skipOwnershipCheck, entry);
      } else {
         Set<Map.Entry<Object, CacheEntry>> entries = ctx.getLookedUpEntries().entrySet();
         Iterator<Map.Entry<Object, CacheEntry>> it = entries.iterator();
         final Log log = getLog();
         while (it.hasNext()) {
            Map.Entry<Object, CacheEntry> e = it.next();
            CacheEntry entry = e.getValue();
            if (!commitEntryIfNeeded(ctx, skipOwnershipCheck, entry)) {
               if (trace) {
                  if (entry==null)
                     log.tracef("Entry for key %s is null : not calling commitUpdate", e.getKey());
                  else
                     log.tracef("Entry for key %s is not changed(%s): not calling commitUpdate", e.getKey(), entry);
               }
            }
         }
      }
   }
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         commitEntryIfNeeded(ctx, command, singleKeyCtx.getKey(),
               singleKeyCtx.getCacheEntry(), isPutForStateTransfer, metadata);
      } else {
         Set<Map.Entry<Object, CacheEntry>> entries = ctx.getLookedUpEntries().entrySet();
         Iterator<Map.Entry<Object, CacheEntry>> it = entries.iterator();
         final Log log = getLog();
         while (it.hasNext()) {
            Map.Entry<Object, CacheEntry> e = it.next();
            CacheEntry entry = e.getValue();
            if (!commitEntryIfNeeded(ctx, command, e.getKey(), entry, isPutForStateTransfer, metadata)) {
               if (trace) {
                  if (entry == null)
                     log.tracef("Entry for key %s is null : not calling commitUpdate", e.getKey());
                  else
                     log.tracef("Entry for key %s is not changed(%s): not calling commitUpdate", e.getKey(), entry);
               }
            }
         }
      }
   }
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         commitEntryIfNeeded(ctx, command, singleKeyCtx.getKey(),
               singleKeyCtx.getCacheEntry(), isPutForStateTransfer, metadata);
      } else {
         Set<Map.Entry<Object, CacheEntry>> entries = ctx.getLookedUpEntries().entrySet();
         Iterator<Map.Entry<Object, CacheEntry>> it = entries.iterator();
         final Log log = getLog();
         while (it.hasNext()) {
            Map.Entry<Object, CacheEntry> e = it.next();
            CacheEntry entry = e.getValue();
            if (!commitEntryIfNeeded(ctx, command, e.getKey(), entry, isPutForStateTransfer, metadata)) {
               if (trace) {
                  if (entry == null)
                     log.tracef("Entry for key %s is null : not calling commitUpdate", e.getKey());
                  else
                     log.tracef("Entry for key %s is not changed(%s): not calling commitUpdate", e.getKey(), entry);
               }
            }
         }
      }
   }
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         commitEntryIfNeeded(ctx, command, singleKeyCtx.getKey(),
               singleKeyCtx.getCacheEntry(), isPutForStateTransfer, metadata);
      } else {
         Set<Map.Entry<Object, CacheEntry>> entries = ctx.getLookedUpEntries().entrySet();
         Iterator<Map.Entry<Object, CacheEntry>> it = entries.iterator();
         final Log log = getLog();
         while (it.hasNext()) {
            Map.Entry<Object, CacheEntry> e = it.next();
            CacheEntry entry = e.getValue();
            if (!commitEntryIfNeeded(ctx, command, e.getKey(), entry, isPutForStateTransfer, metadata)) {
               if (trace) {
                  if (entry == null)
                     log.tracef("Entry for key %s is null : not calling commitUpdate", e.getKey());
                  else
                     log.tracef("Entry for key %s is not changed(%s): not calling commitUpdate", e.getKey(), entry);
               }
            }
         }
      }
   }
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   public void setConfiguration(GlobalConfiguration globalConfiguration) {
      this.configuration = globalConfiguration;
   }

   public final boolean checkResponse(Object responseObject, Address sender) throws Exception {
      Log log = getLog();
      if (responseObject instanceof Response) {
         Response response = (Response) responseObject;
         if (response instanceof ExceptionResponse) {
            ExceptionResponse exceptionResponse = (ExceptionResponse) response;
            Exception e = exceptionResponse.getException();
            if (e instanceof SuspectException)
               throw log.thirdPartySuspected(sender, (SuspectException) e);

            // if we have any application-level exceptions make sure we throw them!!
            throw log.remoteException(sender, e);
         }
         return true;
      } else if (responseObject != null) {
         // null responses should just be ignored, all other responses should trigger an exception
         Class<?> responseClass = responseObject.getClass();
         log.tracef("Unexpected response object type from %s: %s", sender, responseClass);
         throw new CacheException(String.format("Unexpected response object type from %s: %s", sender, responseClass));
      }
      return false;
   }
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               checkForPendingLocks = txTable.getMinTopologyId() < transactionTopologyId;
            }
         }
      }

      Log log = getLog();
      boolean trace = log.isTraceEnabled();
      if (checkForPendingLocks) {
         if (trace)
            log.tracef("Checking for pending locks and then locking key %s", toStr(key));

         final long expectedEndTime = timeService.expectedEndTime(cacheConfiguration.locking().lockAcquisitionTimeout(),
                                                                  TimeUnit.MILLISECONDS);

         // Check local transactions first
         waitForTransactionsToComplete(txContext, txTable.getLocalTransactions(), key, transactionTopologyId, expectedEndTime);

         // ... then remote ones
         waitForTransactionsToComplete(txContext, txTable.getRemoteTransactions(), key, transactionTopologyId, expectedEndTime);

         // Then try to acquire a lock
         final long remaining = timeService.remainingTime(expectedEndTime, TimeUnit.MILLISECONDS);
         if (remaining <= 0) {
            throw newTimeoutException(key, txContext);
         } else {
            if (trace)
               log.tracef("Finished waiting for other potential lockers, trying to acquire the lock on %s", toStr(key));

            lockManager.acquireLock(ctx, key, remaining, skipLocking);
         }
      } else {
         if (trace)
            log.tracef("Locking key %s, no need to check for pending locks.", toStr(key));

         lockManager.acquireLock(ctx, key, lockTimeout, skipLocking);
      }
   }
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   protected final boolean parseResponseAndAddToResponseList(Object responseObject, Throwable exception, Map<Address, Response> responseListToAddTo, boolean wasSuspected,
                                                       boolean wasReceived, Address sender, boolean usedResponseFilter, boolean ignoreLeavers)
           throws Exception
   {
      Log log = getLog();
      boolean invalidResponse = true;
      if (!wasSuspected && wasReceived) {
         invalidResponse = false;
         if (exception != null) {
            log.tracef(exception, "Unexpected exception from %s", sender);
            throw new CacheException("Remote (" + sender + ") failed unexpectedly", exception);
         }
        
         if (checkResponse(responseObject, sender)) responseListToAddTo.put(sender, (Response) responseObject);
      } else if (wasSuspected) {
         if (!ignoreLeavers) {
            throw new SuspectException("Suspected member: " + sender, sender);
         } else {
            log.tracef("Target node %s left during remote call, ignoring", sender);
            // Don't throw a TimeoutException in invokeRemotely if the only target left the cluster
            invalidResponse = false;
         }
      } else {
         // if we have a response filter then we may not have waited for some nodes!
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         CacheEntry entry = ((SingleKeyNonTxInvocationContext)ctx).getCacheEntry();
         commitEntryIfNeeded(ctx, skipOwnershipCheck, entry);
      } else {
         Set<Map.Entry<Object, CacheEntry>> entries = ctx.getLookedUpEntries().entrySet();
         Iterator<Map.Entry<Object, CacheEntry>> it = entries.iterator();
         final Log log = getLog();
         while (it.hasNext()) {
            Map.Entry<Object, CacheEntry> e = it.next();
            CacheEntry entry = e.getValue();
            if (!commitEntryIfNeeded(ctx, skipOwnershipCheck, entry)) {
               if (trace) {
                  if (entry==null)
                     log.tracef("Entry for key %s is null : not calling commitUpdate", e.getKey());
                  else
                     log.tracef("Entry for key %s is not changed(%s): not calling commitUpdate", e.getKey(), entry);
               }
            }
         }
      }
   }
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      InternalCacheEntry ice = dc.get(key);
      assert ice == null : "Entry for key [" + key + "] should not be in data container at all on cache at [" + addressOf(cache) + "]!";
   }

   public static void assertIsInContainerImmortal(Cache<?, ?> cache, Object key) {
      Log log = LogFactory.getLog(BaseDistFunctionalTest.class);
      DataContainer dc = cache.getAdvancedCache().getDataContainer();
      InternalCacheEntry ice = dc.get(key);
      if (ice == null) {
         String msg = "Entry for key [" + key + "] should be in data container on cache at [" + addressOf(cache) + "]!";
         log.fatal(msg);
         assert false : msg;
      }

      if (!(ice instanceof ImmortalCacheEntry)) {
         String msg = "Entry for key [" + key + "] on cache at [" + addressOf(cache) + "] should be immortal but was [" + ice + "]!";
         log.fatal(msg);
         assert false : msg;
      }
   }
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