Package org.infinispan.util.concurrent.locks.containers

Examples of org.infinispan.util.concurrent.locks.containers.ReentrantPerEntryLockContainer

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         } else if (componentType.equals(LockContainer.class)) {
            boolean  notTransactional = !isTransactional;
            LockContainer<?> lockContainer = configuration.locking().useLockStriping() ?
                  notTransactional ? new ReentrantStripedLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantStripedLockContainer(configuration.locking().concurrencyLevel()) :
                  notTransactional ? new ReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel());
            return (T) lockContainer;
         } else if (componentType.equals(L1Manager.class)) {
            return (T) new L1ManagerImpl();
         } else if (componentType.equals(TransactionFactory.class)) {
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   private CacheLoader<K, V> jcacheLoader;
   private CacheWriter<? super K, ? super V> jcacheWriter;

   public JCache(AdvancedCache<K, V> cache, JCacheManager cacheManager, ConfigurationAdapter<K, V> c) {
      this.cache = cache;
      this.processorLocks = new ReentrantPerEntryLockContainer(32, cache.getCacheConfiguration().dataContainer().keyEquivalence());
      this.ignoreReturnValuesCache = cache.withFlags(Flag.IGNORE_RETURN_VALUES);
      this.skipCacheLoadCache = cache.withFlags(Flag.SKIP_CACHE_LOAD);
      this.skipCacheLoadAndStatsCache = cache.withFlags(Flag.SKIP_CACHE_LOAD, Flag.SKIP_STATISTICS);
      // Typical use cases of the SKIP_LISTENER_NOTIFICATION is when trying
      // to comply with specifications such as JSR-107, which mandate that
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         } else if (componentType.equals(LockContainer.class)) {
            boolean  notTransactional = !isTransactional;
            LockContainer<?> lockContainer = configuration.locking().useLockStriping() ?
                  notTransactional ? new ReentrantStripedLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantStripedLockContainer(configuration.locking().concurrencyLevel()) :
                  notTransactional ? new ReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel());
            return (T) lockContainer;
         }
      }
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         } else if (componentType.equals(LockContainer.class)) {
            boolean  notTransactional = !isTransactional;
            LockContainer<?> lockContainer = configuration.locking().useLockStriping() ?
                  notTransactional ? new ReentrantStripedLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantStripedLockContainer(configuration.locking().concurrencyLevel()) :
                  notTransactional ? new ReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel());
            return (T) lockContainer;
         } else if (componentType.equals(L1Manager.class)) {
            return (T) new L1ManagerImpl();
         } else if (componentType.equals(TransactionFactory.class)) {
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      }

      private ReentrantPerEntryLockContainer createLockContainer(Configuration configuration) {
         //we need a lock container to synchronized the keys being moved between the data container and the persistence
         //also, it needed to merge the DeltaAware values
         return new ReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel());
      }
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         return (T) new EvictionManagerImpl();
      } else if (componentType.equals(LockContainer.class)) {
         boolean  notTransactional = !configuration.isTransactionalCache();
         LockContainer lockContainer = configuration.isUseLockStriping() ?
               notTransactional ? new ReentrantStripedLockContainer(configuration.getConcurrencyLevel()) : new OwnableReentrantStripedLockContainer(configuration.getConcurrencyLevel()) :
               notTransactional ? new ReentrantPerEntryLockContainer(configuration.getConcurrencyLevel()) : new OwnableReentrantPerEntryLockContainer(configuration.getConcurrencyLevel());
         return (T) lockContainer;
      }


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   @Start
   public void startLockManager() {
      lockContainer = configuration.isUseLockStriping() ?
      transactionManager == null ? new ReentrantStripedLockContainer(configuration.getConcurrencyLevel()) : new OwnableReentrantStripedLockContainer(configuration.getConcurrencyLevel(), invocationContextContainer) :
      transactionManager == null ? new ReentrantPerEntryLockContainer(configuration.getConcurrencyLevel()) : new OwnableReentrantPerEntryLockContainer(configuration.getConcurrencyLevel(), invocationContextContainer);
   }
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         } else if (componentType.equals(LockContainer.class)) {
            boolean  notTransactional = !isTransactional;
            LockContainer<?> lockContainer = configuration.locking().useLockStriping() ?
                  notTransactional ? new ReentrantStripedLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantStripedLockContainer(configuration.locking().concurrencyLevel()) :
                  notTransactional ? new ReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel())
                        : new OwnableReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel());
            return (T) lockContainer;
         } else if (componentType.equals(L1Manager.class)) {
            return (T) new L1ManagerImpl();
         } else if (componentType.equals(TransactionFactory.class)) {
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      }

      private ReentrantPerEntryLockContainer createLockContainer(Configuration configuration) {
         //we need a lock container to synchronized the keys being moved between the data container and the persistence
         //also, it needed to merge the DeltaAware values
         return new ReentrantPerEntryLockContainer(configuration.locking().concurrencyLevel());
      }
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              .clone();
      this.globalConfiguration.accept(new ConfigurationValidatingVisitor());
      this.defaultConfiguration = defaultConfiguration == null ? new Configuration() : defaultConfiguration.clone();
      this.defaultConfiguration.accept(new ConfigurationValidatingVisitor());
      this.globalComponentRegistry = new GlobalComponentRegistry(this.globalConfiguration, this, reflectionCache);
      this.cacheNameLockContainer = new ReentrantPerEntryLockContainer(this.defaultConfiguration.getConcurrencyLevel());
      if (start)
         start();
   }
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Related Classes of org.infinispan.util.concurrent.locks.containers.ReentrantPerEntryLockContainer

  • org.infinispan.factories.EmptyConstructorNamedCacheFactory
  • org.infinispan.factories.LockContainerFactory
  • org.infinispan.interceptors.locking.ClusteringDependentLogic$AbstractClusteringDependentLogic
  • org.infinispan.jcache.JCache
  • org.infinispan.lock.LockManagerImpl
  • org.infinispan.manager.DefaultCacheManager
  • org.infinispan.util.concurrent.locks.LockManagerImpl
  • org.infinispan.util.concurrent.locks.VisibleOwnerReentrantLock
  • org.infinispan.util.concurrent.locks.VisibleOwnerRefCountingReentrantLock
  • java.util.concurrent.locks.ReentrantLock
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