Infinispan Configuration: Difference between revisions

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The "infinispan:server:jgroups" subsystem contains details related to how JDG nodes cluster with each other. The two main transport choices are multicast (UDP) and TCP.  The configuration details are similar to WildFly's:
The "infinispan:server:jgroups" subsystem contains details related to how JDG nodes cluster with each other. The two main transport choices are multicast (UDP) and TCP.  The configuration details are similar to WildFly's:
<blockquote style="background-color: #f9f9f9; border: solid thin lightgrey;">
:[[IWildFly JGroups Subsystem Configuration]]
</blockquote>


=Procedures=
=Procedures=

Revision as of 17:51, 18 August 2016

Internal

Relevance

  • JDG 6.6.0

JDG Configuration Files

A JDG instance intended to provide access to an internal local cache (maintained within the memory of the JVM running the JDG instance) is configured from $JDG_HOME/standalone/configuration/standalone.xml A JDG instance intended to cluster with other instance to provide a distributed cache space is configured from $JDG_HOME/standalone/configuration/clustered.xml.

The clustered instance is supposed to be started using $JDG_HOME/bin/clustered.sh. When started this way, the configuration file $JDG_HOME/bin/clustered.conf is sourced. However, when systemctl starts the instance, the systemd startup scripts are written to invoke $JDG_HOME/bin/standalone.sh -c clustered.xml and this sources standalone.conf and not clustered.conf. It is best to keep both of those in sync with configuration.

JDG Main Configuration File

The JDG main configuration fille is standalone.xml or cluster.xml, depending the mode JDG is started in. Relevant sections:

infinispan:server:endpoint Section

This is the section where various connectors (HotRod, memcached and REST) are configured.

<subsystem xmlns="urn:infinispan:server:endpoint:6.1">
  <hotrod-connector cache-container="clustered" socket-binding="hotrod">
    <topology-state-transfer lazy-retrieval="false" lock-timeout="1000" replication-timeout="5000"/>
  </hotrod-connector>
  <memcached-connector cache-container="clustered" socket-binding="memcached"/>
  <rest-connector cache-container="clustered" auth-method="BASIC" security-domain="other" virtual-server="default-host"/>
</subsystem>

The corresponding socket bindings are declared in the <socket-binding-group> element:

<socket-binding-group name="standard-sockets" default-interface="public" port-offset="${jboss.socket.binding.port-offset:0}">
  ...
  <socket-binding name="hotrod" interface="management" port="11222"/>
  <socket-binding name="http" port="8080"/>
  <socket-binding name="https" port="8443"/>
  ...
  <socket-binding name="memcached" interface="management" port="11211"/>
  ...
</socket-binding-group>

For more details on HotRod clients and how they connect to a HotRod server:

HotRod client API

infinispan:server:core Section

Cache Container Configuration

infinispan:server:jgroups Section

The "infinispan:server:jgroups" subsystem contains details related to how JDG nodes cluster with each other. The two main transport choices are multicast (UDP) and TCP. The configuration details are similar to WildFly's:

IWildFly JGroups Subsystem Configuration

Procedures