How to use HandlePeriodicTimeout method of Coyote.Examples.Timers.CustomTimerEvent class

Best Coyote code snippet using Coyote.Examples.Timers.CustomTimerEvent.HandlePeriodicTimeout

TimerSample.cs

Source: TimerSample.cs Github

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...8using Microsoft.Coyote.Samples.Common;9namespace Coyote.Examples.Timers10{11 [OnEventDoAction(typeof(TimerElapsedEvent), nameof(HandleTimeout))]12 [OnEventDoAction(typeof(CustomTimerEvent), nameof(HandlePeriodicTimeout))]13 internal class TimerSample : Actor14 {15 /​/​/​ <summary>16 /​/​/​ Timer used in a periodic timer.17 /​/​/​ </​summary>18 private TimerInfo PeriodicTimer;19 /​/​/​ <summary>20 /​/​/​ The log to write output to21 /​/​/​ </​summary>22 private readonly LogWriter Log = LogWriter.Instance;23 /​/​/​ <summary>24 /​/​/​ A custom timer event25 /​/​/​ </​summary>26 internal class CustomTimerEvent : TimerElapsedEvent27 {28 /​/​/​ <summary>29 /​/​/​ Count of timeout events processed.30 /​/​/​ </​summary>31 internal int Count;32 }33 protected override Task OnInitializeAsync(Event initialEvent)34 {35 this.Log.WriteWarning("<Client> Starting a non-periodic timer");36 this.StartTimer(TimeSpan.FromSeconds(1));37 return base.OnInitializeAsync(initialEvent);38 }39 private void HandleTimeout(Event e)40 {41 TimerElapsedEvent te = (TimerElapsedEvent)e;42 this.Log.WriteWarning("<Client> Handling timeout from timer");43 this.Log.WriteWarning("<Client> Starting a period timer");44 this.PeriodicTimer = this.StartPeriodicTimer(TimeSpan.FromSeconds(1), TimeSpan.FromSeconds(1), new CustomTimerEvent());45 }46 private void HandlePeriodicTimeout(Event e)47 {48 this.Log.WriteWarning("<Client> Handling timeout from periodic timer");49 if (e is CustomTimerEvent ce)50 {51 ce.Count++;52 if (ce.Count == 3)53 {54 this.Log.WriteWarning("<Client> Stopping the periodic timer");55 this.Log.WriteWarning("<Client> Press ENTER to terminate.");56 this.StopTimer(this.PeriodicTimer);57 }58 }59 }60 }...

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HandlePeriodicTimeout

Using AI Code Generation

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1using System;2using System.Threading.Tasks;3using Microsoft.Coyote.Actors;4using Microsoft.Coyote.Actors.Timers;5using Microsoft.Coyote.Specifications;6using Microsoft.Coyote.Tasks;7using Microsoft.Coyote.Tests.Common;8using Microsoft.Coyote.Tests.Common.Actors;9using Microsoft.Coyote.Tests.Common.Utilities;10using Xunit;11using Xunit.Abstractions;12{13 {14 public CustomTimerTests(ITestOutputHelper output)15 : base(output)16 {17 }18 {19 public int Value;20 public TestEvent(int value)21 {22 this.Value = value;23 }24 }25 {26 public int Timeout;27 public Config(int timeout)28 {29 this.Timeout = timeout;30 }31 }32 {33 private int Value;34 private void Handle(TestEvent e)35 {36 this.Value = e.Value;37 }38 private void Handle(Config e)39 {40 this.SendEvent(this.Id, new CustomTimerEvent(e.Timeout, new TestEvent(this.Value)));41 }42 }43 {44 [OnEntry(nameof(InitOnEntry))]45 [OnEventDoAction(typeof(TestEvent), nameof(HandleTestEvent))]46 [OnEventDoAction(typeof(CustomTimerEvent), nameof(HandleTimerEvent))]47 {48 }49 private void InitOnEntry()50 {51 this.Assert(false, "Monitor was not started.");52 }53 private void HandleTestEvent()54 {55 this.Assert(false, "Received unexpected TestEvent.");56 }57 private void HandleTimerEvent()58 {59 this.Assert(false, "Received unexpected CustomTimerEvent.");60 }61 }62 {63 private int Value;64 private void Handle(TestEvent e)65 {66 this.Value = e.Value;67 }68 private void Handle(Config e)69 {70 this.SendEvent(this.Id, new CustomTimerEvent(e.Timeout, new TestEvent(this.Value), true));71 }72 }73 {74 [OnEntry(nameof(InitOnEntry))]75 [OnEventDoAction(typeof(TestEvent), nameof(Handle

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HandlePeriodicTimeout

Using AI Code Generation

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1using System;2using System.Threading.Tasks;3using Coyote;4using Coyote.Actors;5using Coyote.Tasks;6using Coyote.Examples.Timers;7{8 {9 private CustomTimerEvent timerEvent;10 protected override async Task OnInitializeAsync(Event initialEvent)11 {12 this.timerEvent = new CustomTimerEvent(this.Id, 1, 1);13 await this.SendEventAsync(this.timerEvent);14 }15 protected override async Task OnEventAsync(Event e)16 {17 if (e is CustomTimerEvent)18 {19 this.timerEvent.HandlePeriodicTimeout();20 await this.SendEventAsync(this.timerEvent);21 }22 }23 }24}25using System;26using System.Threading.Tasks;27using Coyote;28using Coyote.Actors;29using Coyote.Tasks;30using Coyote.Examples.Timers;31{32 {33 private CustomTimerEvent timerEvent;34 protected override async Task OnInitializeAsync(Event initialEvent)35 {36 this.timerEvent = new CustomTimerEvent(this.Id, 1, 1);37 await this.SendEventAsync(this.timerEvent);38 }39 protected override async Task OnEventAsync(Event e)40 {41 if (e is CustomTimerEvent)42 {43 this.timerEvent.HandleOneShotTimeout();44 }45 }46 }47}48using System;49using System.Threading.Tasks;50using Coyote;51using Coyote.Actors;52using Coyote.Tasks;53using Coyote.Examples.Timers;54{55 {56 private CustomTimerEvent timerEvent;57 protected override async Task OnInitializeAsync(Event initialEvent)58 {59 this.timerEvent = new CustomTimerEvent(this.Id, 1, 1);60 await this.SendEventAsync(this.timerEvent);61 }62 protected override async Task OnEventAsync(Event e)63 {64 if (e is CustomTimerEvent)65 {66 this.timerEvent.HandleCancel();67 }68 }69 }70}

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HandlePeriodicTimeout

Using AI Code Generation

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1{2 {3 public CustomTimerEvent(TimeSpan period, TimeSpan offset)4 {5 this.Period = period;6 this.Offset = offset;7 }8 public TimeSpan Period { get; private set; }9 public TimeSpan Offset { get; private set; }10 public override string ToString() => $"TimerEvent({this.Period.TotalMilliseconds}ms)";11 }12}13{14 {15 public CustomTimerEvent(TimeSpan period, TimeSpan offset)16 {17 this.Period = period;18 this.Offset = offset;19 }20 public TimeSpan Period { get; private set; }21 public TimeSpan Offset { get; private set; }22 public override string ToString() => $"TimerEvent({this.Period.TotalMilliseconds}ms)";23 }24}25{26 {27 public CustomTimerEvent(TimeSpan period, TimeSpan offset)28 {29 this.Period = period;30 this.Offset = offset;31 }32 public TimeSpan Period { get; private set; }33 public TimeSpan Offset { get; private set; }34 public override string ToString() => $"TimerEvent({this.Period.TotalMilliseconds}ms)";35 }36}37{38 {39 public CustomTimerEvent(TimeSpan period, TimeSpan offset)40 {41 this.Period = period;42 this.Offset = offset;43 }44 public TimeSpan Period { get; private set; }45 public TimeSpan Offset { get; private set; }46 public override string ToString() => $"TimerEvent({this.Period.TotalMilliseconds}ms)";47 }48}49{

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HandlePeriodicTimeout

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1using System;2using System.Threading.Tasks;3using Coyote;4using Coyote.Actors;5using Coyote.Examples.Timers;6using Coyote.Tasks;7using Coyote.Actors.Timers;8{9 static void Main(string[] args)10 {11 var config = Configuration.Create();12 config.MaxSchedulingSteps = 100000;13 config.MaxFairSchedulingSteps = 100000;14 config.MaxStepsFromYield = 100000;15 config.MaxStepsFromNondeterminism = 100000;16 config.MaxStepsFromWait = 100000;17 config.MaxStepsFromRandom = 100000;18 config.Verbose = 0;19 config.SuppressUnhandledExceptions = true;20 config.RandomSchedulingSeed = 0;21 config.EnableCycleDetection = false;22 config.EnableDataRaceDetection = false;23 config.EnableActorGarbageCollection = false;24 config.EnableActorMonitoring = false;25 config.EnableActorScopeVerification = false;26 config.EnableActorStateSerialization = false;27 config.EnableActorStateValidation = false;28 config.EnableCycleDetection = false;29 config.EnableDeadlockDetection = false;30 config.EnableHotStateDetection = false;31 config.EnableOperationCanceledExceptions = false;

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