Package org.hibernate.cache.spi

Examples of org.hibernate.cache.spi.GeneralDataRegion


    boolean invalidation = false;

    // Sleep a bit to avoid concurrent FLUSH problem
    avoidConcurrentFlush();

    GeneralDataRegion localRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ), cfg.getProperties(), null
    );

    cfg = createConfiguration();
    regionFactory = CacheTestUtil.startRegionFactory(
        new StandardServiceRegistryBuilder().applySettings( cfg.getProperties() ).build(),
        cfg,
        getCacheTestSupport()
    );

    GeneralDataRegion remoteRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ),
        cfg.getProperties(),
        null
    );

    assertNull( "local is clean", localRegion.get( KEY ) );
    assertNull( "remote is clean", remoteRegion.get( KEY ) );

      regionPut(localRegion);
      assertEquals( VALUE1, localRegion.get( KEY ) );

    // allow async propagation
    sleep( 250 );
    Object expected = invalidation ? null : VALUE1;
    assertEquals( expected, remoteRegion.get( KEY ) );

      regionEvict(localRegion);

      // allow async propagation
    sleep( 250 );
    assertEquals( null, localRegion.get( KEY ) );
    assertEquals( null, remoteRegion.get( KEY ) );
  }
View Full Code Here


    AdvancedCache localCache = getInfinispanCache( regionFactory );

    // Sleep a bit to avoid concurrent FLUSH problem
    avoidConcurrentFlush();

    GeneralDataRegion localRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ),
        cfg.getProperties(),
        null
    );

    cfg = createConfiguration();
    regionFactory = CacheTestUtil.startRegionFactory(
        new StandardServiceRegistryBuilder().applySettings( cfg.getProperties() ).build(),
        cfg,
        getCacheTestSupport()
    );
      AdvancedCache remoteCache = getInfinispanCache( regionFactory );

    // Sleep a bit to avoid concurrent FLUSH problem
    avoidConcurrentFlush();

    GeneralDataRegion remoteRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ),
        cfg.getProperties(),
        null
    );

    Set keys = localCache.keySet();
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( keys ) );

    keys = remoteCache.keySet();
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( keys ) );

    assertNull( "local is clean", localRegion.get( KEY ) );
    assertNull( "remote is clean", remoteRegion.get( KEY ) );

      regionPut(localRegion);
      assertEquals( VALUE1, localRegion.get( KEY ) );

    // Allow async propagation
    sleep( 250 );

      regionPut(remoteRegion);
      assertEquals( VALUE1, remoteRegion.get( KEY ) );

    // Allow async propagation
    sleep( 250 );

    localRegion.evictAll();

    // allow async propagation
    sleep( 250 );
    // This should re-establish the region root node in the optimistic case
    assertNull( localRegion.get( KEY ) );
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( localCache.keySet() ) );

    // Re-establishing the region root on the local node doesn't
    // propagate it to other nodes. Do a get on the remote node to re-establish
    // This only adds a node in the case of optimistic locking
    assertEquals( null, remoteRegion.get( KEY ) );
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( remoteCache.keySet() ) );

    assertEquals( "local is clean", null, localRegion.get( KEY ) );
    assertEquals( "remote is clean", null, remoteRegion.get( KEY ) );
  }
View Full Code Here

    boolean invalidation = false;

    // Sleep a bit to avoid concurrent FLUSH problem
    avoidConcurrentFlush();

    GeneralDataRegion localRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ), cfg.getProperties(), null
    );

    cfg = createConfiguration();
    regionFactory = CacheTestUtil.startRegionFactory(
        new ServiceRegistryBuilder().applySettings( cfg.getProperties() ).buildServiceRegistry(),
        cfg,
        getCacheTestSupport()
    );

    GeneralDataRegion remoteRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ),
        cfg.getProperties(),
        null
    );

    assertNull( "local is clean", localRegion.get( KEY ) );
    assertNull( "remote is clean", remoteRegion.get( KEY ) );

      regionPut(localRegion);
      assertEquals( VALUE1, localRegion.get( KEY ) );

    // allow async propagation
    sleep( 250 );
    Object expected = invalidation ? null : VALUE1;
    assertEquals( expected, remoteRegion.get( KEY ) );

      regionEvict(localRegion);

      // allow async propagation
    sleep( 250 );
    assertEquals( null, localRegion.get( KEY ) );
    assertEquals( null, remoteRegion.get( KEY ) );
  }
View Full Code Here

    AdvancedCache localCache = getInfinispanCache( regionFactory );

    // Sleep a bit to avoid concurrent FLUSH problem
    avoidConcurrentFlush();

    GeneralDataRegion localRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ),
        cfg.getProperties(),
        null
    );

    cfg = createConfiguration();
    regionFactory = CacheTestUtil.startRegionFactory(
        new ServiceRegistryBuilder().applySettings( cfg.getProperties() ).buildServiceRegistry(),
        cfg,
        getCacheTestSupport()
    );
      AdvancedCache remoteCache = getInfinispanCache( regionFactory );

    // Sleep a bit to avoid concurrent FLUSH problem
    avoidConcurrentFlush();

    GeneralDataRegion remoteRegion = (GeneralDataRegion) createRegion(
        regionFactory,
        getStandardRegionName( REGION_PREFIX ),
        cfg.getProperties(),
        null
    );

    Set keys = localCache.keySet();
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( keys ) );

    keys = remoteCache.keySet();
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( keys ) );

    assertNull( "local is clean", localRegion.get( KEY ) );
    assertNull( "remote is clean", remoteRegion.get( KEY ) );

      regionPut(localRegion);
      assertEquals( VALUE1, localRegion.get( KEY ) );

    // Allow async propagation
    sleep( 250 );

      regionPut(remoteRegion);
      assertEquals( VALUE1, remoteRegion.get( KEY ) );

    // Allow async propagation
    sleep( 250 );

    localRegion.evictAll();

    // allow async propagation
    sleep( 250 );
    // This should re-establish the region root node in the optimistic case
    assertNull( localRegion.get( KEY ) );
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( localCache.keySet() ) );

    // Re-establishing the region root on the local node doesn't
    // propagate it to other nodes. Do a get on the remote node to re-establish
    // This only adds a node in the case of optimistic locking
    assertEquals( null, remoteRegion.get( KEY ) );
    assertEquals( "No valid children in " + keys, 0, getValidKeyCount( remoteCache.keySet() ) );

    assertEquals( "local is clean", null, localRegion.get( KEY ) );
    assertEquals( "remote is clean", null, remoteRegion.get( KEY ) );
  }
View Full Code Here

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