Call getCache(String cacheName) method of the cache manager to get an instance of a cache:
final Cacheonix cacheonix = Cacheonix.getInstance(); final Cache cache = cacheonix.getCache("my.cache");
The detailed example below shows how to get a cache from the cache manager:
package com.cacheonix.examples.cache; import cacheonix.Cacheonix; import cacheonix.ShutdownMode; import cacheonix.cache.Cache; import junit.framework.TestCase; /** * Tester for CacheManager. */ public final class CacheonixTest extends TestCase { private static final String LOCAL_TEST_CACHE = "local.test.cache"; private Cacheonix cacheonix; /** * Tests getting an instance of Cache. The configuration for the cache is defined in the cacheonix configuration * file. */ public void testGetCache() { final Cache cache = cacheonix.getCache(LOCAL_TEST_CACHE); assertNotNull("Cache returned by cacheonix should be not null", cache); assertEquals(LOCAL_TEST_CACHE, cache.getName()); } /** * Sets up the fixture. This method is called before a test is executed. * <p/> * Cacheonix receives the default configuration from a <code>cacheonix-config.xml</code> found in a class path or * using a file that name is defined by system parameter <code>cacheonix.config.xml<code>. */ protected void setUp() throws Exception { super.setUp(); // Get Cacheonix using a default Cacheonix configuration. The configuration // is stored in the conf/cacheonix-config.xml cacheonix = Cacheonix.getInstance(); } /** * Tears down the fixture. This method is called after a test is executed. */ protected void tearDown() throws Exception { // Cache manager has be be shutdown upon application exit. // Note that call to shutdown() here uses unregisterSingleton // set to true. This is necessary to support clean restart on setUp() cacheonix.shutdown(ShutdownMode.GRACEFUL_SHUTDOWN, true); cacheonix = null; super.tearDown(); } }
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