/** * Schedules a timer that elapses repeatedly. If the timer is already running then it will be * first canceled before re-scheduling. * * @param periodMillis how long to wait before the timer elapses, in milliseconds, between each * repetition */ public void scheduleRepeating(int periodMillis) { if (periodMillis <= 0) { throw new IllegalArgumentException("must be positive"); } if (isRunning()) { cancel(); } isRepeating = true; timerId = setInterval(createCallback(this, cancelCounter), periodMillis); }
/** * Schedules a timer to elapse in the future. If the timer is already running then it will be * first canceled before re-scheduling. * * @param delayMillis how long to wait before the timer elapses, in milliseconds */ public void schedule(int delayMillis) { if (delayMillis < 0) { throw new IllegalArgumentException("must be non-negative"); } if (isRunning()) { cancel(); } isRepeating = false; timerId = setTimeout(createCallback(this, cancelCounter), delayMillis); }
/** * Schedules a timer to elapse in the future. If the timer is already running then it will be * first canceled before re-scheduling. * * @param delayMillis how long to wait before the timer elapses, in milliseconds */ public void schedule(int delayMillis) { if (delayMillis < 0) { throw new IllegalArgumentException("must be non-negative"); } if (isRunning()) { cancel(); } isRepeating = false; timerId = setTimeout(createCallback(this, cancelCounter), delayMillis); }
/** * Schedules a timer to elapse in the future. If the timer is already running then it will be * first canceled before re-scheduling. * * @param delayMillis how long to wait before the timer elapses, in milliseconds */ public void schedule(int delayMillis) { if (delayMillis < 0) { throw new IllegalArgumentException("must be non-negative"); } if (isRunning()) { cancel(); } isRepeating = false; timerId = setTimeout(createCallback(this, cancelCounter), delayMillis); }
/** * Schedules a timer that elapses repeatedly. If the timer is already running then it will be * first canceled before re-scheduling. * * @param periodMillis how long to wait before the timer elapses, in milliseconds, between each * repetition */ public void scheduleRepeating(int periodMillis) { if (periodMillis <= 0) { throw new IllegalArgumentException("must be positive"); } if (isRunning()) { cancel(); } isRepeating = true; timerId = setInterval(createCallback(this, cancelCounter), periodMillis); }
/** * Schedules a timer that elapses repeatedly. If the timer is already running then it will be * first canceled before re-scheduling. * * @param periodMillis how long to wait before the timer elapses, in milliseconds, between each * repetition */ public void scheduleRepeating(int periodMillis) { if (periodMillis <= 0) { throw new IllegalArgumentException("must be positive"); } if (isRunning()) { cancel(); } isRepeating = true; timerId = setInterval(createCallback(this, cancelCounter), periodMillis); }