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

    Logger l = Logger.getLogger("x");
    l.addAppender(ta);
    Thread t = new ReadThread();
    t.start();
    Thread.sleep(200);
    l.info("hi");
    Thread.sleep(1000);
    ta.close();
    Thread.sleep(200);
    t.interrupt();
    t.join();

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  public void testSimple() {
    BasicConfigurator.configure(new NTEventLogAppender());
    Logger logger = Logger.getLogger("org.apache.log4j.nt.NTEventLogAppenderTest");
    int i  = 0;
    logger.debug( "Message " + i++);
    logger.info( "Message " + i++);
    logger.warn( "Message " + i++);
    logger.error( "Message " + i++);
    logger.log(Level.FATAL, "Message " + i++);
    logger.debug("Message " + i++,  new Exception("Just testing."));
  }

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   *  AbstractNettyHttpConnection object has not detected this yet.
   */
  public void testServerBootstrapDisconnect() throws Exception
  {
    final Logger log = Logger.getLogger("TestNettyHttpDatabusBootstrapConnection.testServerBootstrapDisconnect");
    log.info("starting");


    log.info("setup the client");
    TestingConnectionCallback callback = TestingConnectionCallback.createAndStart("testServerSourcesDisconnect");
    DummyRemoteExceptionHandler remoteExceptionHandler = new DummyRemoteExceptionHandler();
    final NettyHttpDatabusBootstrapConnection conn =

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  public void testServerBootstrapDisconnect() throws Exception
  {
    final Logger log = Logger.getLogger("TestNettyHttpDatabusBootstrapConnection.testServerBootstrapDisconnect");
    log.info("starting");


    log.info("setup the client");
    TestingConnectionCallback callback = TestingConnectionCallback.createAndStart("testServerSourcesDisconnect");
    DummyRemoteExceptionHandler remoteExceptionHandler = new DummyRemoteExceptionHandler();
    final NettyHttpDatabusBootstrapConnection conn =
        (NettyHttpDatabusBootstrapConnection)
        CONN_FACTORY.createConnection(BOOTSTRAP_SERVER_INFO, callback, remoteExceptionHandler);

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    final NettyHttpDatabusBootstrapConnection conn =
        (NettyHttpDatabusBootstrapConnection)
        CONN_FACTORY.createConnection(BOOTSTRAP_SERVER_INFO, callback, remoteExceptionHandler);
    try
    {
      log.info("initial setup");
      final List<String> sourceNamesList = Arrays.asList(SOURCE1_NAME);
      final Checkpoint cp = Checkpoint.createOnlineConsumptionCheckpoint(0);
      BootstrapCheckpointHandler cpHandler = new BootstrapCheckpointHandler(sourceNamesList);
      cpHandler.createInitialBootstrapCheckpoint(cp, 0L);
      final DummyDatabusBootstrapConnectionStateMessage bstCallback =

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      BootstrapCheckpointHandler cpHandler = new BootstrapCheckpointHandler(sourceNamesList);
      cpHandler.createInitialBootstrapCheckpoint(cp, 0L);
      final DummyDatabusBootstrapConnectionStateMessage bstCallback =
          new DummyDatabusBootstrapConnectionStateMessage(log);


      log.info("process a normal startSCN which should establish the connection");
      sendStartScnHappyPath(conn, cp, bstCallback, SOURCE1_NAME, 100L, log);
      Assert.assertTrue(conn.isConnected());


      //wait for the response
      TestUtil.assertWithBackoff(new ConditionCheck()

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        {
          return null != bstCallback.getCheckpoint();
        }
      }, "wait for /startSCN response", 100, log);


      log.info("verify /startSCN response");
      final Checkpoint startScnCp = bstCallback.getCheckpoint();
      Assert.assertNotNull(startScnCp);
      Assert.assertEquals(100L, startScnCp.getBootstrapStartScn().longValue());


      log.info("instrument the client pipeline so that we can intercept and delay the channelClosed message");

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      log.info("verify /startSCN response");
      final Checkpoint startScnCp = bstCallback.getCheckpoint();
      Assert.assertNotNull(startScnCp);
      Assert.assertEquals(100L, startScnCp.getBootstrapStartScn().longValue());


      log.info("instrument the client pipeline so that we can intercept and delay the channelClosed message");
      final Semaphore passMessage = new Semaphore(1);
      final CountDownLatch closeSent = new CountDownLatch(1);
      passMessage.acquire();
      conn._channel.getPipeline().addBefore("handler", "closeChannelDelay",
          new SimpleChannelHandler(){

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      Thread asyncChannelClose = new Thread(new Runnable()
      {
        @Override
        public void run()
        {
          log.info("closing server channel");
          serverChannel.close();
          log.info("server channel: closed");
          closeSent.countDown();
        }
      }, "asyncChannelCloseThread");

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        @Override
        public void run()
        {
          log.info("closing server channel");
          serverChannel.close();
          log.info("server channel: closed");
          closeSent.countDown();
        }
      }, "asyncChannelCloseThread");
      asyncChannelClose.setDaemon(true);

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