org.hibernate.cache.infinispan.builder.infinispan-configs.xml Maven / Gradle / Ivy

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Integration for Infinispan into Hibernate as a second-level caching service
There is a newer version: 5.6.15.Final
<?xml version="1.0" encoding="UTF-8"?>
<infinispan xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
            xmlns="urn:infinispan:config:6.0"
            xsi:schemaLocation="urn:infinispan:config:6.0 http://www.infinispan.org/schemas/infinispan-config-6.0.xsd">
   <global>
      <transport
            transportClass="org.infinispan.remoting.transport.jgroups.JGroupsTransport"
            clusterName="infinispan-hibernate-cluster"
            distributedSyncTimeout="50000"
            strictPeerToPeer="false">
         <!-- Note that the JGroups transport uses sensible defaults if no configuration property is defined. -->
         <properties>
            <!--<property name="configurationFile" value="jgroups-tcp.xml"/>-->
            <property name="configurationFile"
                      value="${hibernate.cache.infinispan.jgroups_cfg:jgroups-tcp.xml}"/>
         </properties>
         <!-- See the JGroupsTransport javadocs for more flags -->
      </transport>
   </global>

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

   <!-- Default configuration is appropriate for entity/collection caching. -->
   <namedCache name="entity">
      <clustering mode="invalidation">
         <stateTransfer fetchInMemoryState="false" timeout="20000"/>
         <sync replTimeout="20000"/>
      </clustering>
      <locking isolationLevel="READ_COMMITTED" concurrencyLevel="1000"
               lockAcquisitionTimeout="15000" useLockStriping="false"/>
      <!-- Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  
           0 means the eviction thread will never run.  A separate executor is used for eviction in each cache. -->
      <eviction maxEntries="10000" strategy="LRU"/>
      <expiration maxIdle="100000" wakeUpInterval="5000"/>
      <transaction transactionMode="TRANSACTIONAL" autoCommit="false"
                   lockingMode="OPTIMISTIC"/>
   </namedCache>

   <!-- Default configuration is appropriate for entity/collection caching. -->
   <namedCache name="entity-repeatable">
      <clustering mode="invalidation">
         <stateTransfer fetchInMemoryState="false" timeout="20000"/>
         <sync replTimeout="20000"/>
      </clustering>
      <!-- Note: REPEATABLE_READ is only useful if the application evicts/clears entities 
        from the Hibernate Session and then expects to repeatably re-read them in 
        the same transaction. Otherwise, the Session's internal cache provides a 
        repeatable-read semantic. Before choosing this config, carefully read the docs
        and make sure you really need REPEATABLE_READ.
       -->
      <locking isolationLevel="REPEATABLE_READ" concurrencyLevel="1000"
               lockAcquisitionTimeout="15000" useLockStriping="false"/>
      <!-- Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  
           0 means the eviction thread will never run.  A separate executor is used for eviction in each cache. -->
      <eviction maxEntries="10000" strategy="LRU"/>
      <expiration maxIdle="100000" wakeUpInterval="5000"/>
      <transaction transactionMode="TRANSACTIONAL" autoCommit="false"
                   lockingMode="OPTIMISTIC"/>
   </namedCache>

   <!-- An alternative configuration for entity/collection caching that uses replication instead of invalidation -->
   <namedCache name="replicated-entity">
      <clustering mode="replication">
         <stateTransfer fetchInMemoryState="false" timeout="20000"/>
         <sync replTimeout="20000"/>
      </clustering>
      <locking isolationLevel="READ_COMMITTED" concurrencyLevel="1000"
               lockAcquisitionTimeout="15000" useLockStriping="false"/>
      <!-- Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  
           0 means the eviction thread will never run.  A separate executor is used for eviction in each cache. -->
      <eviction maxEntries="10000" strategy="LRU"/>
      <expiration maxIdle="100000" wakeUpInterval="5000"/>
      <lazyDeserialization enabled="true"/>
      <transaction transactionMode="TRANSACTIONAL" autoCommit="false"
                   lockingMode="OPTIMISTIC"/>
   </namedCache>

   <!-- A config appropriate for query caching. Does not replicate queries. -->
   <namedCache name="local-query">
      <locking isolationLevel="READ_COMMITTED" concurrencyLevel="1000"
               lockAcquisitionTimeout="15000" useLockStriping="false"/>
      <!--Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  0 means
         the eviction thread will never run.  A separate executor is used for eviction in each cache. -->
      <eviction maxEntries="10000" strategy="LRU"/>
      <expiration maxIdle="100000" wakeUpInterval="5000"/>
      <transaction transactionMode="TRANSACTIONAL" autoCommit="false"
                   lockingMode="OPTIMISTIC"/>
   </namedCache>

   <!-- A query cache that replicates queries. Replication is asynchronous. -->
   <namedCache name="replicated-query">
      <clustering mode="replication">
         <async/>
      </clustering>
      <locking isolationLevel="READ_COMMITTED" concurrencyLevel="1000"
               lockAcquisitionTimeout="15000" useLockStriping="false"/>
      <!--Eviction configuration.  WakeupInterval defines how often the eviction thread runs, in milliseconds.  0 means
         the eviction thread will never run.  A separate executor is used for eviction in each cache. -->
      <eviction maxEntries="10000" strategy="LRU"/>
      <expiration maxIdle="100000" wakeUpInterval="5000"/>
      <transaction transactionMode="TRANSACTIONAL" autoCommit="false"
                   lockingMode="OPTIMISTIC"/>
      <!-- State transfer forces all replication calls to be synchronous,
           so for calls to remain async, use a cluster cache loader instead -->
      <persistence passivation="false">
         <cluster remoteCallTimeout="20000" />
      </persistence>
   </namedCache>

   <!-- Optimized for timestamp caching. A clustered timestamp cache
        is required if query caching is used, even if the query cache
        itself is configured with CacheMode=LOCAL. -->
   <namedCache name="timestamps">
      <clustering mode="replication">
         <async/>
      </clustering>
      <locking isolationLevel="READ_COMMITTED" concurrencyLevel="1000"
               lockAcquisitionTimeout="15000" useLockStriping="false"/>
      <!--  Don't ever evict modification timestamps -->
      <eviction strategy="NONE"/>
      <expiration wakeUpInterval="0"/>
      <!-- Explicitly non transactional -->
      <transaction transactionMode="NON_TRANSACTIONAL"/>
      <!-- State transfer forces all replication calls to be synchronous,
           so for calls to remain async, use a cluster cache loader instead -->
      <persistence passivation="false">
         <cluster remoteCallTimeout="20000" />
      </persistence>
   </namedCache>

</infinispan>