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<AutomaticEvent variable>.Wait (Function) In french: <Variable SignalAutomatique>.Attend Locks the current thread while waiting for the specified event to be opened. // Create an event
Event_Letsgo is AutomaticEvent(eventClose)
// Run a first thread
ThreadExecute("Thread1", threadNormal, "Thread_First")
// Locks the current thread until the event is obtained
ThreadWaitSignal()
// Run a second thread
ThreadExecute("Thread2", threadNormal, "Thread_Second")
// Locks the current thread until the event is obtained
ThreadWaitSignal()
// Opens the event to run the threads
Event_Letsgo.Open() PROCEDURE Thread_First()
Trace(dbgInfo(dbgProcess) + " - ThreadSendSignal(threadMain)")
ThreadSendSignal(threadMain)
Event_Letsgo.Wait()
Trace(dbgInfo(dbgProcess) + " - Event received") PROCEDURE Thread_Second()
Trace(dbgInfo(dbgProcess) + " - ThreadSendSignal(threadMain)")
ThreadSendSignal(threadMain)
Event_Letsgo.Wait()
Trace(dbgInfo(dbgProcess) + " - Event received") Syntax
<Result> = <Event>.Wait([<Maximum duration>])
<Result>: Integer - 1 if the event was received by the thread,
- 0 otherwise (maximum duration exceeded).
<Event>: AutomaticEvent variable Name of the AutomaticEvent variable that corresponds to the event to wait for. <Maximum duration>: Optional integer or optional Duration Maximum timeout in hundredths of a second. - If no signal was received by the thread before the end of specified duration, <Result> is equal to False.
- The timeout is endless if this parameter is not specified.
- If this parameter is set to 0, <Result> corresponds to the status of the event, without waiting.
This parameter can be: - an integer corresponding to the number of hundredths of a second,
- a Duration variable,
- the duration in a readable format (e.g., 1 s or 10 ms).
Remarks You can end the execution of a thread even if it is locked in an endless wait for an event. Simply use ThreadStop.
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