Examples of org.apache.log4j.Logger.info()

org.apache.log4j.Logger.info()
Log a message with the INFO level with message formatting done according to the messagePattern and the arguments arg1 and arg2.
This form avoids superflous parameter construction. Whenever possible, you should use this form instead of constructing the message parameter using string concatenation. @param messagePattern The message pattern which will be parsed and formatted @param arg1 The first argument to replace the first formatting element @param arg2 The second argument to replace the second formatting element @since 1.3

      cp1.setBootstrapTargetScn(1000L + snapshotSourceIndex * 10);
      handler.advanceAfterTargetScn(cp1);


      for (int catchupSourceIndex = 0; catchupSourceIndex <= snapshotSourceIndex; ++catchupSourceIndex)
      {
        log.info("    FINISH CATCHUP: " + MANY_SOURCES[catchupSourceIndex]);
        handler.finalizeCatchupPhase(cp1);
        assertCatchupCompleteCheckpoint(handler, cp1, catchupSourceIndex, MANY_SOURCES[catchupSourceIndex]);


        log.info("    ADVANCE: " + MANY_SOURCES[catchupSourceIndex]);
        handler.advanceAfterCatchupPhase(cp1);

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      {
        log.info("    FINISH CATCHUP: " + MANY_SOURCES[catchupSourceIndex]);
        handler.finalizeCatchupPhase(cp1);
        assertCatchupCompleteCheckpoint(handler, cp1, catchupSourceIndex, MANY_SOURCES[catchupSourceIndex]);


        log.info("    ADVANCE: " + MANY_SOURCES[catchupSourceIndex]);
        handler.advanceAfterCatchupPhase(cp1);
        if (catchupSourceIndex < snapshotSourceIndex)
        {
          log.info("    START  CATCHUP: " + MANY_SOURCES[catchupSourceIndex + 1]);
          assertAfterNonfinalCatchupCheckpoint(handler, cp1, catchupSourceIndex + 1,

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        log.info("    ADVANCE: " + MANY_SOURCES[catchupSourceIndex]);
        handler.advanceAfterCatchupPhase(cp1);
        if (catchupSourceIndex < snapshotSourceIndex)
        {
          log.info("    START  CATCHUP: " + MANY_SOURCES[catchupSourceIndex + 1]);
          assertAfterNonfinalCatchupCheckpoint(handler, cp1, catchupSourceIndex + 1,
                                               MANY_SOURCES[catchupSourceIndex + 1]);
        }
      }
      if (snapshotSourceIndex < MANY_SOURCES.length - 1)

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                                               MANY_SOURCES[catchupSourceIndex + 1]);
        }
      }
      if (snapshotSourceIndex < MANY_SOURCES.length - 1)
      {
        log.info("START  SNAPSHOT: " + MANY_SOURCES[snapshotSourceIndex + 1] );
        assertSnapshotAfterCatchupCheckpoint(handler, cp1, snapshotSourceIndex + 1,
                                             MANY_SOURCES[snapshotSourceIndex + 1]);
      }
    }

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        assertSnapshotAfterCatchupCheckpoint(handler, cp1, snapshotSourceIndex + 1,
                                             MANY_SOURCES[snapshotSourceIndex + 1]);
      }
    }


    log.info("bootstrap should be done");
    assertAfterFinalCatchupCheckpoint(handler, cp1);
  }


  @Test
  public void testAdvanceAfterTargetScn()

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  throws Exception
  {
    final Logger log =
        Logger.getLogger("TestDbusEventBufferIterator.testInternalIteratorHappyPathSingleBuf");
    //log.setLevel(Level.INFO);
    log.info("starting");


    final DbusEventBuffer dbusBuf =
        new DbusEventBuffer(TestDbusEventBuffer.getConfig(
            100000, 100000, 100, 500, AllocationPolicy.HEAP_MEMORY, QueuePolicy.OVERWRITE_ON_WRITE,
            AssertLevel.ALL));

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    final DbusEventBuffer dbusBuf =
        new DbusEventBuffer(TestDbusEventBuffer.getConfig(
            100000, 100000, 100, 500, AllocationPolicy.HEAP_MEMORY, QueuePolicy.OVERWRITE_ON_WRITE,
            AssertLevel.ALL));


    log.info("verify iterators on empty buffers ");
    final InternalEventIterator iter0 =
        dbusBuf.acquireInternalIterator(dbusBuf.getHead(), dbusBuf.getTail(), null);
    Assert.assertEquals(iter0.getCurrentPosition(), dbusBuf.getHead());
    Assert.assertEquals(iter0._iteratorTail.getPosition(), dbusBuf.getTail());
    Assert.assertNotNull(iter0.getIdentifier());

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    Assert.assertNotNull(iter0.getIdentifier());
    Assert.assertTrue(iter0.getIdentifier().startsWith(InternalEventIterator.class.getSimpleName()));
    Assert.assertTrue(!iter0.hasNext());
    Assert.assertEquals(dbusBuf._busyIteratorPool.size(), 1);


    log.info("append a full window of events");
    final DbusEventGenerator generator = new DbusEventGenerator();
    final Vector<DbusEvent> events = new Vector<DbusEvent>();
    generator.generateEvents(5, 5, 120, 39, events);
    injectEventsInBuffer(dbusBuf, events, false);

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    final DbusEventGenerator generator = new DbusEventGenerator();
    final Vector<DbusEvent> events = new Vector<DbusEvent>();
    generator.generateEvents(5, 5, 120, 39, events);
    injectEventsInBuffer(dbusBuf, events, false);


    log.info("verify we can read all events");
    //old iterator has not changed
    Assert.assertTrue(!iter0.hasNext());


    log.info("verify new iterator");
    InternalEventIterator iter1 =

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    log.info("verify we can read all events");
    //old iterator has not changed
    Assert.assertTrue(!iter0.hasNext());


    log.info("verify new iterator");
    InternalEventIterator iter1 =
        dbusBuf.acquireInternalIterator(dbusBuf.getHead(), dbusBuf.getTail(), null);
    Assert.assertEquals(iter1.getCurrentPosition(), dbusBuf.getHead());
    Assert.assertEquals(iter1._iteratorTail.getPosition(), dbusBuf.getTail());
    Assert.assertNotNull(iter1.getIdentifier());

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