class MockTimer extends Timer
Exceedingly useful for writing well-behaved tests that need control over a Timer. This is due to it playing well with the Time manipulation methods such as Time.withTimeAt, Time.withCurrentTimeFrozen, and so on.
- See also
See the cookbook for examples.
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- MockTimer
- Timer
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- new MockTimer()
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- @throws(classOf[java.lang.CloneNotSupportedException]) @native()
- def doAt[A](time: Time)(f: => A): Future[A]
Performs an operation at the specified time.
- def doLater[A](delay: Duration)(f: => A): Future[A]
Performs an operation after the specified delay.
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- final def schedule(period: Duration)(f: => Unit): TimerTask
Run
f
every elapsedperiod
, startingperiod
from now.Run
f
every elapsedperiod
, startingperiod
from now.- Definition Classes
- Timer
- final def schedule(when: Time, period: Duration)(f: => Unit): TimerTask
Run
f
at timewhen
; subsequently runf
at every elapsedperiod
.Run
f
at timewhen
; subsequently runf
at every elapsedperiod
.- Definition Classes
- Timer
- Note
If
,period
is negative or undefined, the timer task will be rescheduled immediately (i.e.,period
will be treated as Duration.Zero).If
when
is negative or undefined, it will be treated as Time.epoch.
- final def schedule(when: Time)(f: => Unit): TimerTask
Run
f
at timewhen
.Run
f
at timewhen
.- Definition Classes
- Timer
- Note
If
when
is negative or undefined, it will be treated as Time.epoch.
- def scheduleOnce(when: Time)(f: => Unit): TimerTask
- def schedulePeriodically(when: Time, period: Duration)(f: => Unit): TimerTask
Pay attention that ticking frozen time forward more than 1x duration will result in only one invocation of your task.
- def stop(): Unit
Stop the timer.
- final def synchronized[T0](arg0: => T0): T0
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- var tasks: ArrayBuffer[Task]
- def tick(): Unit
- def toString(): String
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- final def wait(arg0: Long, arg1: Int): Unit
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- final def wait(arg0: Long): Unit
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