Package org.hibernate.cache

Examples of org.hibernate.cache.ReadWriteCache$Lock

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        log.warn( "read-only cache configured for mutable entity [" + getName() + "]" );
      }
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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        log.warn( "read-only cache configured for mutable collection [" + getName() + "]" );
      }
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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        log.warn( "read-only cache configured for mutable collection [" + getName() + "]" );
      }
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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        log.warn( "read-only cache configured for mutable entity [" + getName() + "]" );
      }
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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        log.warn( "read-only cache configured for mutable collection [" + getName() + "]" );
      }
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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        log.warn( "read-only cache configured for mutable entity [" + getName() + "]" );
      }
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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    long before = cache.nextTimestamp();

    Thread.sleep(15);

    //cache.setTimeout(1000);
    CacheConcurrencyStrategy ccs = new ReadWriteCache();
    ccs.setCache(cache);

    // cache something

    assertTrue( ccs.put("foo", "foo", before, null, null, false) );

    Thread.sleep(15);

    long after = cache.nextTimestamp();

    assertTrue( ccs.get("foo", longBefore)==null );
    assertTrue( ccs.get("foo", after).equals("foo") );

    assertTrue( !ccs.put("foo", "foo", before, null, null, false) );

    // update it:

    SoftLock lock = ccs.lock("foo", null);

    assertTrue( ccs.get("foo", after)==null );
    assertTrue( ccs.get("foo", longBefore)==null );

    assertTrue( !ccs.put("foo", "foo", before, null, null, false) );

    Thread.sleep(15);

    long whileLocked = cache.nextTimestamp();

    assertTrue( !ccs.put("foo", "foo", whileLocked, null, null, false) );

    Thread.sleep(15);

    ccs.release("foo", lock);

    assertTrue( ccs.get("foo", after)==null );
    assertTrue( ccs.get("foo", longBefore)==null );

    assertTrue( !ccs.put("foo", "bar", whileLocked, null, null, false) );
    assertTrue( !ccs.put("foo", "bar", after, null, null, false) );

    Thread.sleep(15);

    long longAfter = cache.nextTimestamp();

    assertTrue( ccs.put("foo", "baz", longAfter, null, null, false) );

    assertTrue( ccs.get("foo", after)==null );
    assertTrue( ccs.get("foo", whileLocked)==null );

    Thread.sleep(15);

    long longLongAfter = cache.nextTimestamp();

    assertTrue( ccs.get("foo", longLongAfter).equals("baz") );

    // update it again, with multiple locks:

    SoftLock lock1 = ccs.lock("foo", null);
    SoftLock lock2 = ccs.lock("foo", null);

    assertTrue( ccs.get("foo", longLongAfter)==null );

    Thread.sleep(15);

    whileLocked = cache.nextTimestamp();

    assertTrue( !ccs.put("foo", "foo", whileLocked, null, null, false) );

    Thread.sleep(15);

    ccs.release("foo", lock2);

    Thread.sleep(15);

    long betweenReleases = cache.nextTimestamp();

    assertTrue( !ccs.put("foo", "bar", betweenReleases, null, null, false) );
    assertTrue( ccs.get("foo", betweenReleases)==null );

    Thread.sleep(15);

    ccs.release("foo", lock1);

    assertTrue( !ccs.put("foo", "bar", whileLocked, null, null, false) );

    Thread.sleep(15);

    longAfter = cache.nextTimestamp();

    assertTrue( ccs.put("foo", "baz", longAfter, null, null, false) );
    assertTrue( ccs.get("foo", whileLocked)==null );

    Thread.sleep(15);

    longLongAfter = cache.nextTimestamp();

    assertTrue( ccs.get("foo", longLongAfter).equals("baz") );

  }
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    if ( AccessType.READ_ONLY.equals( accessType ) ) {
            if (metadata.isMutable()) LOG.readOnlyCacheConfiguredForMutableCollection(getName());
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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    if ( AccessType.READ_ONLY.equals( accessType ) ) {
            if (metadata.isMutable()) LOG.readOnlyCacheConfiguredForMutableCollection(getName());
      ccs = new ReadOnlyCache();
    }
    else if ( AccessType.READ_WRITE.equals( accessType ) ) {
      ccs = new ReadWriteCache();
    }
    else if ( AccessType.NONSTRICT_READ_WRITE.equals( accessType ) ) {
      ccs = new NonstrictReadWriteCache();
    }
    else if ( AccessType.TRANSACTIONAL.equals( accessType ) ) {
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    long before = cache.nextTimestamp();

    Thread.sleep(15);

    //cache.setTimeout(1000);
    CacheConcurrencyStrategy ccs = new ReadWriteCache();
    ccs.setCache(cache);

    // cache something

    assertTrue( ccs.put("foo", "foo", before, null, null, false) );

    Thread.sleep(15);

    long after = cache.nextTimestamp();

    assertTrue( ccs.get("foo", longBefore)==null );
    assertTrue( ccs.get("foo", after).equals("foo") );

    assertTrue( !ccs.put("foo", "foo", before, null, null, false) );

    // update it:

    SoftLock lock = ccs.lock("foo", null);

    assertTrue( ccs.get("foo", after)==null );
    assertTrue( ccs.get("foo", longBefore)==null );

    assertTrue( !ccs.put("foo", "foo", before, null, null, false) );

    Thread.sleep(15);

    long whileLocked = cache.nextTimestamp();

    assertTrue( !ccs.put("foo", "foo", whileLocked, null, null, false) );

    Thread.sleep(15);

    ccs.release("foo", lock);

    assertTrue( ccs.get("foo", after)==null );
    assertTrue( ccs.get("foo", longBefore)==null );

    assertTrue( !ccs.put("foo", "bar", whileLocked, null, null, false) );
    assertTrue( !ccs.put("foo", "bar", after, null, null, false) );

    Thread.sleep(15);

    long longAfter = cache.nextTimestamp();

    assertTrue( ccs.put("foo", "baz", longAfter, null, null, false) );

    assertTrue( ccs.get("foo", after)==null );
    assertTrue( ccs.get("foo", whileLocked)==null );

    Thread.sleep(15);

    long longLongAfter = cache.nextTimestamp();

    assertTrue( ccs.get("foo", longLongAfter).equals("baz") );

    // update it again, with multiple locks:

    SoftLock lock1 = ccs.lock("foo", null);
    SoftLock lock2 = ccs.lock("foo", null);

    assertTrue( ccs.get("foo", longLongAfter)==null );

    Thread.sleep(15);

    whileLocked = cache.nextTimestamp();

    assertTrue( !ccs.put("foo", "foo", whileLocked, null, null, false) );

    Thread.sleep(15);

    ccs.release("foo", lock2);

    Thread.sleep(15);

    long betweenReleases = cache.nextTimestamp();

    assertTrue( !ccs.put("foo", "bar", betweenReleases, null, null, false) );
    assertTrue( ccs.get("foo", betweenReleases)==null );

    Thread.sleep(15);

    ccs.release("foo", lock1);

    assertTrue( !ccs.put("foo", "bar", whileLocked, null, null, false) );

    Thread.sleep(15);

    longAfter = cache.nextTimestamp();

    assertTrue( ccs.put("foo", "baz", longAfter, null, null, false) );
    assertTrue( ccs.get("foo", whileLocked)==null );

    Thread.sleep(15);

    longLongAfter = cache.nextTimestamp();

    assertTrue( ccs.get("foo", longLongAfter).equals("baz") );

  }
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Related Classes of org.hibernate.cache.ReadWriteCache$Lock

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  • org.hibernate.cache.impl.bridge.CollectionRegionAdapter
  • org.hibernate.cache.impl.bridge.EntityRegionAdapter
  • org.hibernate.test.legacy.CacheTest
  • org.openbel.framework.common.InvalidArgument
  • java.util.concurrent.Semaphore
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