@Override public void beforeStart() { userDefinedProcessorLifecycleListener.beforeStart(); }
@Override public void beforeStart() { userDefinedProcessorLifecycleListener.beforeStart(); }
@Override public void beforeStart() { userDefinedProcessorLifecycleListener.beforeStart(); }
@Override public void beforeStart() { userDefinedProcessorLifecycleListener.beforeStart(); }
@Override public void beforeStart() { userDefinedProcessorLifecycleListener.beforeStart(); }
@Override public void beforeStart() { log.info("Before starting the container."); listener.beforeStart(); }
@Override public void beforeStart() { log.info("Before starting the container."); listener.beforeStart(); }
@Override public void beforeStart() { log.info("Before starting the container."); listener.beforeStart(); }
@Override public void beforeStart() { log.info("Before starting the container."); listener.beforeStart(); }
@Override public void beforeStart() { log.info("Before starting the container."); listener.beforeStart(); }
/** * Asynchronously starts this {@link StreamProcessor}. * <p> * <b>Implementation</b>: * Starts the {@link JobCoordinator}, which will eventually start the {@link SamzaContainer} when a new * {@link JobModel} is available. * </p> */ public void start() { synchronized (lock) { if (state == State.NEW) { processorListener.beforeStart(); state = State.STARTED; jobCoordinator.start(); } else { LOGGER.info("Start is no-op, since the current state is {} and not {}.", state, State.NEW); } } }
/** * Asynchronously starts this {@link StreamProcessor}. * <p> * <b>Implementation</b>: * Starts the {@link JobCoordinator}, which will eventually start the {@link SamzaContainer} when a new * {@link JobModel} is available. * </p> */ public void start() { synchronized (lock) { if (state == State.NEW) { processorListener.beforeStart(); state = State.STARTED; jobCoordinator.start(); } else { LOGGER.info("Start is no-op, since the current state is {} and not {}.", state, State.NEW); } } }
/** * Asynchronously starts this {@link StreamProcessor}. * <p> * <b>Implementation</b>: * Starts the {@link JobCoordinator}, which will eventually start the {@link SamzaContainer} when a new * {@link JobModel} is available. * </p> */ public void start() { synchronized (lock) { if (state == State.NEW) { processorListener.beforeStart(); state = State.STARTED; jobCoordinator.start(); } else { LOGGER.info("Start is no-op, since the current state is {} and not {}.", state, State.NEW); } } }
/** * Asynchronously starts this {@link StreamProcessor}. * <p> * <b>Implementation</b>: * Starts the {@link JobCoordinator}, which will eventually start the {@link SamzaContainer} when a new * {@link JobModel} is available. * </p> */ public void start() { synchronized (lock) { if (state == State.NEW) { processorListener.beforeStart(); state = State.STARTED; jobCoordinator.start(); } else { LOGGER.info("Start is no-op, since the current state is {} and not {}.", state, State.NEW); } } }
/** * Asynchronously starts this {@link StreamProcessor}. * <p> * <b>Implementation</b>: * Starts the {@link JobCoordinator}, which will eventually start the {@link SamzaContainer} when a new * {@link JobModel} is available. * </p> */ public void start() { synchronized (lock) { if (state == State.NEW) { processorListener.beforeStart(); state = State.STARTED; jobCoordinator.start(); } else { LOGGER.info("Start is no-op, since the current state is {} and not {}.", state, State.NEW); } } }