Cache ユーザーガイド

   CacheFactory factory = new DefaultCacheFactory();
   Cache cache = factory.createCache();

   CacheFactory factory = new DefaultCacheFactory();
   Cache cache = factory.createCache();

   CacheFactory factory = new DefaultCacheFactory();
   Cache cache = factory.createCache("cache-configuration.xml");

   CacheFactory factory = new DefaultCacheFactory();
   Cache cache = factory.createCache("cache-configuration.xml");

   CacheFactory factory = new DefaultCacheFactory();
   Cache cache = factory.createCache("/opt/configurations/cache-configuration.xml", false);
   Configuration config = cache.getConfiguration();
   config.setClusterName(this.getClusterName());

   // Have to create and start cache before using it
   cache.create();
   cache.start();

   CacheFactory factory = new DefaultCacheFactory();
   Cache cache = factory.createCache("/opt/configurations/cache-configuration.xml", false);
   Configuration config = cache.getConfiguration();
   config.setClusterName(this.getClusterName());

   // Have to create and start cache before using it
   cache.create();
   cache.start();

   // Let's get a hold of the root node.
   Node rootNode = cache.getRoot();

   // Remember, JBoss Cache stores data in a tree structure.
   // All nodes in the tree structure are identified by Fqn objects.
   Fqn peterGriffinFqn = Fqn.fromString("/griffin/peter");

   // Create a new Node
   Node peterGriffin = rootNode.addChild(peterGriffinFqn);

   // let's store some data in the node
   peterGriffin.put("isCartoonCharacter", Boolean.TRUE);
   peterGriffin.put("favoriteDrink", new Beer());

   // some tests (just assume this code is in a JUnit test case)
   assertTrue(peterGriffin.get("isCartoonCharacter"));
   assertEquals(peterGriffinFqn, peterGriffin.getFqn());
   assertTrue(rootNode.hasChild(peterGriffinFqn));

   Set keys = new HashSet();
   keys.add("isCartoonCharacter");
   keys.add("favoriteDrink");

   assertEquals(keys, peterGriffin.getKeys());

   // let's remove some data from the node
   peterGriffin.remove("favoriteDrink");

   assertNull(peterGriffin.get("favoriteDrink");

   // let's remove the node altogether
   rootNode.removeChild(peterGriffinFqn);

   assertFalse(rootNode.hasChild(peterGriffinFqn));

   // Let's get a hold of the root node.
   Node rootNode = cache.getRoot();

   // Remember, JBoss Cache stores data in a tree structure.
   // All nodes in the tree structure are identified by Fqn objects.
   Fqn peterGriffinFqn = Fqn.fromString("/griffin/peter");

   // Create a new Node
   Node peterGriffin = rootNode.addChild(peterGriffinFqn);

   // let's store some data in the node
   peterGriffin.put("isCartoonCharacter", Boolean.TRUE);
   peterGriffin.put("favoriteDrink", new Beer());

   // some tests (just assume this code is in a JUnit test case)
   assertTrue(peterGriffin.get("isCartoonCharacter"));
   assertEquals(peterGriffinFqn, peterGriffin.getFqn());
   assertTrue(rootNode.hasChild(peterGriffinFqn));

   Set keys = new HashSet();
   keys.add("isCartoonCharacter");
   keys.add("favoriteDrink");

   assertEquals(keys, peterGriffin.getKeys());

   // let's remove some data from the node
   peterGriffin.remove("favoriteDrink");

   assertNull(peterGriffin.get("favoriteDrink");

   // let's remove the node altogether
   rootNode.removeChild(peterGriffinFqn);

   assertFalse(rootNode.hasChild(peterGriffinFqn));

   Fqn peterGriffinFqn = Fqn.fromString("/griffin/peter");

   cache.put(peterGriffinFqn, "isCartoonCharacter", Boolean.TRUE);
   cache.put(peterGriffinFqn, "favoriteDrink", new Beer());

   assertTrue(peterGriffin.get(peterGriffinFqn, "isCartoonCharacter"));
   assertTrue(cache.getRootNode().hasChild(peterGriffinFqn));

   cache.remove(peterGriffinFqn, "favoriteDrink");

   assertNull(cache.get(peterGriffinFqn, "favoriteDrink");

   cache.removeNode(peterGriffinFqn);

   assertFalse(cache.getRootNode().hasChild(peterGriffinFqn));

   Fqn peterGriffinFqn = Fqn.fromString("/griffin/peter");

   cache.put(peterGriffinFqn, "isCartoonCharacter", Boolean.TRUE);
   cache.put(peterGriffinFqn, "favoriteDrink", new Beer());

   assertTrue(peterGriffin.get(peterGriffinFqn, "isCartoonCharacter"));
   assertTrue(cache.getRootNode().hasChild(peterGriffinFqn));

   cache.remove(peterGriffinFqn, "favoriteDrink");

   assertNull(cache.get(peterGriffinFqn, "favoriteDrink");

   cache.removeNode(peterGriffinFqn);

   assertFalse(cache.getRootNode().hasChild(peterGriffinFqn));

   // Create an Fqn pointing to node 'Joe' under parent node 'Smith'
   // under the 'people' section of the tree
	    
   // Parse it from a String
   Fqn abc = Fqn.fromString("/people/Smith/Joe/");
	    
   // Here we want to use types other than String
   Fqn acctFqn = Fqn.fromElements("accounts", "NY", new Integer(12345));

   // Create an Fqn pointing to node 'Joe' under parent node 'Smith'
   // under the 'people' section of the tree
	    
   // Parse it from a String
   Fqn abc = Fqn.fromString("/people/Smith/Joe/");
	    
   // Here we want to use types other than String
   Fqn acctFqn = Fqn.fromElements("accounts", "NY", new Integer(12345));

Fqn f = Fqn.fromElements("a", "b", "c");

Fqn f = Fqn.fromElements("a", "b", "c");

Fqn f = Fqn.fromString("/a/b/c");

Fqn f = Fqn.fromString("/a/b/c");

   cache.stop();
   cache.destroy();

   cache.stop();
   cache.destroy();

   Object myListener = new MyCacheListener();
   cache.addCacheListener(myListener);

   Object myListener = new MyCacheListener();
   cache.addCacheListener(myListener);

   @CacheListener
   public class MyListener
   {

      @CacheStarted
      @CacheStopped
      public void cacheStartStopEvent(Event e)
      {
         switch (e.getType())
         {
            case CACHE_STARTED:
               System.out.println("Cache has started");
               break;
            case CACHE_STOPPED:
               System.out.println("Cache has stopped");
               break;
         }
      }

      @NodeCreated
      @NodeRemoved
      @NodeVisited
      @NodeModified
      @NodeMoved
      public void logNodeEvent(NodeEvent ne)
      {
         log("An event on node " + ne.getFqn() + " has occured");
      }
   }

   @CacheListener
   public class MyListener
   {

      @CacheStarted
      @CacheStopped
      public void cacheStartStopEvent(Event e)
      {
         switch (e.getType())
         {
            case CACHE_STARTED:
               System.out.println("Cache has started");
               break;
            case CACHE_STOPPED:
               System.out.println("Cache has stopped");
               break;
         }
      }

      @NodeCreated
      @NodeRemoved
      @NodeVisited
      @NodeModified
      @NodeMoved
      public void logNodeEvent(NodeEvent ne)
      {
         log("An event on node " + ne.getFqn() + " has occured");
      }
   }

   Configuration liveConfig = cache.getConfiguration();
   liveConfig.setLockAcquisitionTimeout(2000);

   Configuration liveConfig = cache.getConfiguration();
   liveConfig.setLockAcquisitionTimeout(2000);

   Configuration.setInvocationBatchingEnabled(true);

   Configuration.setInvocationBatchingEnabled(true);

   <invocationBatching enabled="true"/>

   <invocationBatching enabled="true"/>

   Cache cache = getCache();

   // not using a batch
   cache.put("/a", "key", "value"); // will replicate immediately

   // using a batch
   cache.startBatch();
   cache.put("/a", "key", "value");
   cache.put("/b", "key", "value");
   cache.put("/c", "key", "value");
   cache.endBatch(true); // This will now replicate the modifications since the batch was started.

   cache.startBatch();
   cache.put("/a", "key", "value");
   cache.put("/b", "key", "value");
   cache.put("/c", "key", "value");
   cache.endBatch(false); // This will "discard" changes made in the batch

   Cache cache = getCache();

   // not using a batch
   cache.put("/a", "key", "value"); // will replicate immediately

   // using a batch
   cache.startBatch();
   cache.put("/a", "key", "value");
   cache.put("/b", "key", "value");
   cache.put("/c", "key", "value");
   cache.endBatch(true); // This will now replicate the modifications since the batch was started.

   cache.startBatch();
   cache.put("/a", "key", "value");
   cache.put("/b", "key", "value");
   cache.put("/c", "key", "value");
   cache.endBatch(false); // This will "discard" changes made in the batch

<?xml version="1.0" encoding="UTF-8"?>

<deployment xmlns="urn:jboss:bean-deployer:2.0">

   <!-- First we create a Configuration object for the cache -->
   <bean name="ExampleCacheConfig"
   		 class="org.jboss.cache.config.Configuration">
      
      <!-- Externally injected services -->  
      <property name="runtimeConfig">
         <bean class="org.jboss.cache.config.RuntimeConfig">
            <property name="transactionManager">
               <inject bean="jboss:service=TransactionManager" 
                       property="TransactionManager"/>
            </property>
            <property name="muxChannelFactory"><inject bean="JChannelFactory"/></property>
         </bean>
      </property>
      
      <property name="multiplexerStack">udp</property>

      <property name="clusterName">Example-EntityCache</property>
        
      <property name="isolationLevel">REPEATABLE_READ</property>

      <property name="cacheMode">REPL_SYNC</property>

      <property name="stateRetrievalTimeout">15000</property>

      <property name="syncReplTimeout">20000</property>

      <property name="lockAcquisitionTimeout">15000</property>
        
      <property name="exposeManagementStatistics">true</property>
   </bean>
   
   <!-- Factory to build the Cache. -->
   <bean name="DefaultCacheFactory" class="org.jboss.cache.DefaultCacheFactory">      
      <constructor factoryClass="org.jboss.cache.DefaultCacheFactory"
                   factoryMethod="getInstance" />
   </bean>
   
   <!-- The cache itself -->
   <bean name="ExampleCache" class="org.jboss.cache.Cache">
      
      <constructor factoryMethod="createCache">
          <factory bean="DefaultCacheFactory"/>
          <parameter class="org.jboss.cache.config.Configuration"><inject bean="ExampleCacheConfig"/></parameter>
          <parameter class="boolean">false</parameter>
      </constructor>
          
   </bean>

</deployment>

<?xml version="1.0" encoding="UTF-8"?>

<deployment xmlns="urn:jboss:bean-deployer:2.0">

   <!-- First we create a Configuration object for the cache -->
   <bean name="ExampleCacheConfig"
   		 class="org.jboss.cache.config.Configuration">
      
      <!-- Externally injected services -->  
      <property name="runtimeConfig">
         <bean class="org.jboss.cache.config.RuntimeConfig">
            <property name="transactionManager">
               <inject bean="jboss:service=TransactionManager" 
                       property="TransactionManager"/>
            </property>
            <property name="muxChannelFactory"><inject bean="JChannelFactory"/></property>
         </bean>
      </property>
      
      <property name="multiplexerStack">udp</property>

      <property name="clusterName">Example-EntityCache</property>
        
      <property name="isolationLevel">REPEATABLE_READ</property>

      <property name="cacheMode">REPL_SYNC</property>

      <property name="stateRetrievalTimeout">15000</property>

      <property name="syncReplTimeout">20000</property>

      <property name="lockAcquisitionTimeout">15000</property>
        
      <property name="exposeManagementStatistics">true</property>
   </bean>
   
   <!-- Factory to build the Cache. -->
   <bean name="DefaultCacheFactory" class="org.jboss.cache.DefaultCacheFactory">      
      <constructor factoryClass="org.jboss.cache.DefaultCacheFactory"
                   factoryMethod="getInstance" />
   </bean>
   
   <!-- The cache itself -->
   <bean name="ExampleCache" class="org.jboss.cache.Cache">
      
      <constructor factoryMethod="createCache">
          <factory bean="DefaultCacheFactory"/>
          <parameter class="org.jboss.cache.config.Configuration"><inject bean="ExampleCacheConfig"/></parameter>
          <parameter class="boolean">false</parameter>
      </constructor>
          
   </bean>

</deployment>

...

<!-- Cache loader config block -->
<!-- if passivation is true, only the first cache loader is used; the rest are ignored -->
<loaders passivation="false" shared="false">
      <preload>
         <!-- Fqns to preload -->
         <node fqn="/some/stuff"/>
      </preload>
      <!-- if passivation is true, only the first cache loader is used; the rest are ignored -->
      <loader class="org.jboss.cache.loader.JDBCCacheLoader" async="false" fetchPersistentState="true"
              ignoreModifications="false" purgeOnStartup="false">
         <properties>
            cache.jdbc.driver=com.mysql.jdbc.Driver
            cache.jdbc.url=jdbc:mysql://localhost:3306/jbossdb
            cache.jdbc.user=root
            cache.jdbc.password=
         </properties>
      </loader>
  </loaders>

...

<!-- Cache loader config block -->
<!-- if passivation is true, only the first cache loader is used; the rest are ignored -->
<loaders passivation="false" shared="false">
      <preload>
         <!-- Fqns to preload -->
         <node fqn="/some/stuff"/>
      </preload>
      <!-- if passivation is true, only the first cache loader is used; the rest are ignored -->
      <loader class="org.jboss.cache.loader.JDBCCacheLoader" async="false" fetchPersistentState="true"
              ignoreModifications="false" purgeOnStartup="false">
         <properties>
            cache.jdbc.driver=com.mysql.jdbc.Driver
            cache.jdbc.url=jdbc:mysql://localhost:3306/jbossdb
            cache.jdbc.user=root
            cache.jdbc.password=
         </properties>
      </loader>
  </loaders>

   TransactionManager tm = getTransactionManager(); // magic method
   cache.getConfiguration().getRuntimeConfig().setTransactionManager(tm);

   TransactionManager tm = getTransactionManager(); // magic method
   cache.getConfiguration().getRuntimeConfig().setTransactionManager(tm);

<?xml version="1.0" encoding="UTF-8"?>

<jbosscache xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns="urn:jboss:jbosscache-core:config:3.1">


   <!--
      isolation levels supported: READ_COMMITTED and REPEATABLE_READ
      nodeLockingSchemes: mvcc, pessimistic (deprecated), optimistic (deprecated)
   -->
   <locking
         isolationLevel="REPEATABLE_READ"
         lockParentForChildInsertRemove="false"
         lockAcquisitionTimeout="20000"
         nodeLockingScheme="mvcc"
         writeSkewCheck="false"
         useLockStriping="true"
         concurrencyLevel="500"/>

   <!--
      Used to register a transaction manager and participate in ongoing transactions.
      -->
   <transaction
         transactionManagerLookupClass="org.jboss.cache.transaction.GenericTransactionManagerLookup"
         syncRollbackPhase="false"
         syncCommitPhase="false"/>

   <!--
      Used to register JMX statistics in any available MBean server
      -->
   <jmxStatistics
         enabled="false"/>

   <!--
      If region based marshalling is used, defines whether new regions are inactive on startup.
   -->
   <startup
         regionsInactiveOnStartup="true"/>

   <!--
      Used to register JVM shutdown hooks.
      hookBehavior: DEFAULT, REGISTER, DONT_REGISTER
   -->
   <shutdown
         hookBehavior="DEFAULT"/>

   <!--
      Used to define async listener notification thread pool size
   -->
   <listeners
         asyncPoolSize="1"
         asyncQueueSize="100000"/>

   <!--
      Used to enable invocation batching and allow the use of Cache.startBatch()/endBatch() methods.
   -->
   <invocationBatching
         enabled="false"/>

   <!--
      serialization related configuration, used for replication and cache loading
   -->
   <serialization
         objectInputStreamPoolSize="12"
         objectOutputStreamPoolSize="14"
         version="3.0.0"
         marshallerClass="org.jboss.cache.marshall.VersionAwareMarshaller"
         useLazyDeserialization="false"
         useRegionBasedMarshalling="false"/>

   <!--
      This element specifies that the cache is clustered.
      modes supported: replication (r) or invalidation (i).
   -->
   <clustering mode="replication" clusterName="JBossCache-cluster">

      <!--
         Defines whether to retrieve state on startup
      -->
      <stateRetrieval timeout="20000" fetchInMemoryState="false"/>

      <!--
         Network calls are synchronous.
      -->
      <sync replTimeout="20000"/>
      <!--
         Uncomment this for async replication.
      -->
      <!--<async useReplQueue="true" replQueueInterval="10000" replQueueMaxElements="500" serializationExecutorPoolSize="20" serializationExecutorQueueSize="5000000"/>-->

      <!-- Uncomment to use Buddy Replication -->
      <!--
      <buddy enabled="true" poolName="myBuddyPoolReplicationGroup" communicationTimeout="2000">
         <dataGravitation auto="true" removeOnFind="true" searchBackupTrees="true"/>
         <locator class="org.jboss.cache.buddyreplication.NextMemberBuddyLocator">
            <properties>
               numBuddies = 1
               ignoreColocatedBuddies = true
            </properties>
         </locator>
      </buddy>
      -->

      <!--
         Configures the JGroups channel.  Looks up a JGroups config file on the classpath or filesystem.  udp.xml
         ships with jgroups.jar and will be picked up by the class loader.
      -->
      <jgroupsConfig configFile="udp.xml">
         <!-- uncomment to define a JGroups stack here

         <PING timeout="2000" num_initial_members="3"/>
         <MERGE2 max_interval="30000" min_interval="10000"/>
         <FD_SOCK/>
         <FD timeout="10000" max_tries="5" shun="true"/>
         <VERIFY_SUSPECT timeout="1500"/>
         <pbcast.NAKACK use_mcast_xmit="false" gc_lag="0"
                        retransmit_timeout="300,600,1200,2400,4800"
                        discard_delivered_msgs="true"/>
         <UNICAST timeout="300,600,1200,2400,3600"/>
         <pbcast.STABLE stability_delay="1000" desired_avg_gossip="50000"
                        max_bytes="400000"/>
         <pbcast.GMS print_local_addr="true" join_timeout="5000" shun="false"
                     view_bundling="true" view_ack_collection_timeout="5000"/>
         <FRAG2 frag_size="60000"/>
         <pbcast.STREAMING_STATE_TRANSFER use_reading_thread="true"/>
         <pbcast.FLUSH timeout="0"/>
          -->
      </jgroupsConfig>
   </clustering>

   <!--
      Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  0 means
      the eviction thread will never run.
   -->
   <eviction wakeUpInterval="500">
      <default algorithmClass="org.jboss.cache.eviction.LRUAlgorithm" eventQueueSize="200000">
         <property name="maxNodes" value="5000" />
         <property name="timeToLive" value="1000" />
      </default>
      <region name="/org/jboss/data1">
         <property name="timeToLive" value="2000" />
      </region>
      <region name="/org/jboss/data2" algorithmClass="org.jboss.cache.eviction.FIFOAlgorithm" eventQueueSize="100000">
         <property name="maxNodes" value="3000" />
         <property name="minTimeToLive" value="4000" />
      </region>
   </eviction>

   <!--
      Cache loaders.

      If passivation is enabled, state is offloaded to the cache loaders ONLY when evicted.  Similarly, when the state
      is accessed again, it is removed from the cache loader and loaded into memory.

      Otherwise, state is always maintained in the cache loader as well as in memory.

      Set 'shared' to true if all instances in the cluster use the same cache loader instance, e.g., are talking to the
      same database.
   -->
   <loaders passivation="false" shared="false">
      <preload>
         <node fqn="/org/jboss"/>
         <node fqn="/org/tempdata"/>
      </preload>

      <!--
         we can have multiple cache loaders, which get chained
      -->
      <loader class="org.jboss.cache.loader.JDBCCacheLoader" async="true" fetchPersistentState="true"
              ignoreModifications="true" purgeOnStartup="true">
         <properties>
            cache.jdbc.table.name=jbosscache
            cache.jdbc.table.create=true
            cache.jdbc.table.drop=true
         </properties>
         <singletonStore enabled="true" class="org.jboss.cache.loader.SingletonStoreCacheLoader">
            <properties>
               pushStateWhenCoordinator=true
               pushStateWhenCoordinatorTimeout=20000
            </properties>
         </singletonStore>
      </loader>
   </loaders>

   <!--
      Define custom interceptors.  All custom interceptors need to extend org.jboss.cache.interceptors.base.CommandInterceptor
   -->
   <!--
   <customInterceptors>
      <interceptor position="first" 
        class="org.jboss.cache.config.parsing.custominterceptors.AaaCustomInterceptor">
         <property name="attrOne" value="value1" />
         <property name="attrTwo" value="value2" />
      </interceptor>
      <interceptor position="last" 
        class="org.jboss.cache.config.parsing.custominterceptors.BbbCustomInterceptor"/>
      <interceptor index="3" 
        class="org.jboss.cache.config.parsing.custominterceptors.AaaCustomInterceptor"/>
      <interceptor before="org.jboss.cache.interceptors.CallInterceptor"
        class="org.jboss.cache.config.parsing.custominterceptors.BbbCustomInterceptor"/>
      <interceptor after="org.jboss.cache.interceptors.CallInterceptor"
        class="org.jboss.cache.config.parsing.custominterceptors.AaaCustomInterceptor"/>
   </customInterceptors>
   -->
</jbosscache>

<?xml version="1.0" encoding="UTF-8"?>

<jbosscache xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns="urn:jboss:jbosscache-core:config:3.1">


   <!--
      isolation levels supported: READ_COMMITTED and REPEATABLE_READ
      nodeLockingSchemes: mvcc, pessimistic (deprecated), optimistic (deprecated)
   -->
   <locking
         isolationLevel="REPEATABLE_READ"
         lockParentForChildInsertRemove="false"
         lockAcquisitionTimeout="20000"
         nodeLockingScheme="mvcc"
         writeSkewCheck="false"
         useLockStriping="true"
         concurrencyLevel="500"/>

   <!--
      Used to register a transaction manager and participate in ongoing transactions.
      -->
   <transaction
         transactionManagerLookupClass="org.jboss.cache.transaction.GenericTransactionManagerLookup"
         syncRollbackPhase="false"
         syncCommitPhase="false"/>

   <!--
      Used to register JMX statistics in any available MBean server
      -->
   <jmxStatistics
         enabled="false"/>

   <!--
      If region based marshalling is used, defines whether new regions are inactive on startup.
   -->
   <startup
         regionsInactiveOnStartup="true"/>

   <!--
      Used to register JVM shutdown hooks.
      hookBehavior: DEFAULT, REGISTER, DONT_REGISTER
   -->
   <shutdown
         hookBehavior="DEFAULT"/>

   <!--
      Used to define async listener notification thread pool size
   -->
   <listeners
         asyncPoolSize="1"
         asyncQueueSize="100000"/>

   <!--
      Used to enable invocation batching and allow the use of Cache.startBatch()/endBatch() methods.
   -->
   <invocationBatching
         enabled="false"/>

   <!--
      serialization related configuration, used for replication and cache loading
   -->
   <serialization
         objectInputStreamPoolSize="12"
         objectOutputStreamPoolSize="14"
         version="3.0.0"
         marshallerClass="org.jboss.cache.marshall.VersionAwareMarshaller"
         useLazyDeserialization="false"
         useRegionBasedMarshalling="false"/>

   <!--
      This element specifies that the cache is clustered.
      modes supported: replication (r) or invalidation (i).
   -->
   <clustering mode="replication" clusterName="JBossCache-cluster">

      <!--
         Defines whether to retrieve state on startup
      -->
      <stateRetrieval timeout="20000" fetchInMemoryState="false"/>

      <!--
         Network calls are synchronous.
      -->
      <sync replTimeout="20000"/>
      <!--
         Uncomment this for async replication.
      -->
      <!--<async useReplQueue="true" replQueueInterval="10000" replQueueMaxElements="500" serializationExecutorPoolSize="20" serializationExecutorQueueSize="5000000"/>-->

      <!-- Uncomment to use Buddy Replication -->
      <!--
      <buddy enabled="true" poolName="myBuddyPoolReplicationGroup" communicationTimeout="2000">
         <dataGravitation auto="true" removeOnFind="true" searchBackupTrees="true"/>
         <locator class="org.jboss.cache.buddyreplication.NextMemberBuddyLocator">
            <properties>
               numBuddies = 1
               ignoreColocatedBuddies = true
            </properties>
         </locator>
      </buddy>
      -->

      <!--
         Configures the JGroups channel.  Looks up a JGroups config file on the classpath or filesystem.  udp.xml
         ships with jgroups.jar and will be picked up by the class loader.
      -->
      <jgroupsConfig configFile="udp.xml">
         <!-- uncomment to define a JGroups stack here

         <PING timeout="2000" num_initial_members="3"/>
         <MERGE2 max_interval="30000" min_interval="10000"/>
         <FD_SOCK/>
         <FD timeout="10000" max_tries="5" shun="true"/>
         <VERIFY_SUSPECT timeout="1500"/>
         <pbcast.NAKACK use_mcast_xmit="false" gc_lag="0"
                        retransmit_timeout="300,600,1200,2400,4800"
                        discard_delivered_msgs="true"/>
         <UNICAST timeout="300,600,1200,2400,3600"/>
         <pbcast.STABLE stability_delay="1000" desired_avg_gossip="50000"
                        max_bytes="400000"/>
         <pbcast.GMS print_local_addr="true" join_timeout="5000" shun="false"
                     view_bundling="true" view_ack_collection_timeout="5000"/>
         <FRAG2 frag_size="60000"/>
         <pbcast.STREAMING_STATE_TRANSFER use_reading_thread="true"/>
         <pbcast.FLUSH timeout="0"/>
          -->
      </jgroupsConfig>
   </clustering>

   <!--
      Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  0 means
      the eviction thread will never run.
   -->
   <eviction wakeUpInterval="500">
      <default algorithmClass="org.jboss.cache.eviction.LRUAlgorithm" eventQueueSize="200000">
         <property name="maxNodes" value="5000" />
         <property name="timeToLive" value="1000" />
      </default>
      <region name="/org/jboss/data1">
         <property name="timeToLive" value="2000" />
      </region>
      <region name="/org/jboss/data2" algorithmClass="org.jboss.cache.eviction.FIFOAlgorithm" eventQueueSize="100000">
         <property name="maxNodes" value="3000" />
         <property name="minTimeToLive" value="4000" />
      </region>
   </eviction>

   <!--
      Cache loaders.

      If passivation is enabled, state is offloaded to the cache loaders ONLY when evicted.  Similarly, when the state
      is accessed again, it is removed from the cache loader and loaded into memory.

      Otherwise, state is always maintained in the cache loader as well as in memory.

      Set 'shared' to true if all instances in the cluster use the same cache loader instance, e.g., are talking to the
      same database.
   -->
   <loaders passivation="false" shared="false">
      <preload>
         <node fqn="/org/jboss"/>
         <node fqn="/org/tempdata"/>
      </preload>

      <!--
         we can have multiple cache loaders, which get chained
      -->
      <loader class="org.jboss.cache.loader.JDBCCacheLoader" async="true" fetchPersistentState="true"
              ignoreModifications="true" purgeOnStartup="true">
         <properties>
            cache.jdbc.table.name=jbosscache
            cache.jdbc.table.create=true
            cache.jdbc.table.drop=true
         </properties>
         <singletonStore enabled="true" class="org.jboss.cache.loader.SingletonStoreCacheLoader">
            <properties>
               pushStateWhenCoordinator=true
               pushStateWhenCoordinatorTimeout=20000
            </properties>
         </singletonStore>
      </loader>
   </loaders>

   <!--
      Define custom interceptors.  All custom interceptors need to extend org.jboss.cache.interceptors.base.CommandInterceptor
   -->
   <!--
   <customInterceptors>
      <interceptor position="first" 
        class="org.jboss.cache.config.parsing.custominterceptors.AaaCustomInterceptor">
         <property name="attrOne" value="value1" />
         <property name="attrTwo" value="value2" />
      </interceptor>
      <interceptor position="last" 
        class="org.jboss.cache.config.parsing.custominterceptors.BbbCustomInterceptor"/>
      <interceptor index="3" 
        class="org.jboss.cache.config.parsing.custominterceptors.AaaCustomInterceptor"/>
      <interceptor before="org.jboss.cache.interceptors.CallInterceptor"
        class="org.jboss.cache.config.parsing.custominterceptors.BbbCustomInterceptor"/>
      <interceptor after="org.jboss.cache.interceptors.CallInterceptor"
        class="org.jboss.cache.config.parsing.custominterceptors.AaaCustomInterceptor"/>
   </customInterceptors>
   -->
</jbosscache>