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How to use Assert method of Microsoft.Coyote.Actors.ActorExecutionContext class

Best Coyote code snippet using Microsoft.Coyote.Actors.ActorExecutionContext.Assert

ActorExecutionContext.cs

Source:ActorExecutionContext.cs

...181        internal virtual Actor CreateActor(ActorId id, Type type, string name, Actor creator, EventGroup eventGroup)182        {183            if (!type.IsSubclassOf(typeof(Actor)))184            {185                this.Assert(false, "Type '{0}' is not an actor.", type.FullName);186            }187            if (id is null)188            {189                id = this.CreateActorId(type, name);190            }191            else if (id.Runtime != null && id.Runtime != this)192            {193                this.Assert(false, "Unbound actor id '{0}' was created by another runtime.", id.Value);194            }195            else if (id.Type != type.FullName)196            {197                this.Assert(false, "Cannot bind actor id '{0}' of type '{1}' to an actor of type '{2}'.",198                    id.Value, id.Type, type.FullName);199            }200            else201            {202                id.Bind(this);203            }204            // If no event group is provided then inherit the current group from the creator.205            if (eventGroup is null && creator != null)206            {207                eventGroup = creator.EventGroup;208            }209            Actor actor = ActorFactory.Create(type);210            IEventQueue eventQueue = new EventQueue(actor);211            actor.Configure(this, id, null, eventQueue, eventGroup);212            actor.SetupEventHandlers();213            if (!this.ActorMap.TryAdd(id, actor))214            {215                this.Assert(false, $"An actor with id '{id.Value}' was already created by another runtime instance.");216            }217            return actor;218        }219        /// <inheritdoc/>220        public virtual void SendEvent(ActorId targetId, Event initialEvent, EventGroup eventGroup = default, SendOptions options = null) =>221            this.SendEvent(targetId, initialEvent, null, eventGroup, options);222        /// <inheritdoc/>223        public virtual Task<bool> SendEventAndExecuteAsync(ActorId targetId, Event initialEvent,224            EventGroup eventGroup = null, SendOptions options = null) =>225            this.SendEventAndExecuteAsync(targetId, initialEvent, null, eventGroup, options);226        /// <summary>227        /// Sends an asynchronous <see cref="Event"/> to an actor.228        /// </summary>229        internal virtual void SendEvent(ActorId targetId, Event e, Actor sender, EventGroup eventGroup, SendOptions options)230        {231            EnqueueStatus enqueueStatus = this.EnqueueEvent(targetId, e, sender, eventGroup, out Actor target);232            if (enqueueStatus is EnqueueStatus.EventHandlerNotRunning)233            {234                this.RunActorEventHandler(target, null, false);235            }236        }237        /// <summary>238        /// Sends an asynchronous <see cref="Event"/> to an actor. Returns immediately if the target was239        /// already running. Otherwise blocks until the target handles the event and reaches quiescense.240        /// </summary>241        internal virtual async Task<bool> SendEventAndExecuteAsync(ActorId targetId, Event e, Actor sender,242            EventGroup eventGroup, SendOptions options)243        {244            EnqueueStatus enqueueStatus = this.EnqueueEvent(targetId, e, sender, eventGroup, out Actor target);245            if (enqueueStatus is EnqueueStatus.EventHandlerNotRunning)246            {247                await this.RunActorEventHandlerAsync(target, null, false);248                return true;249            }250            return enqueueStatus is EnqueueStatus.Dropped;251        }252        /// <summary>253        /// Enqueues an event to the actor with the specified id.254        /// </summary>255        private EnqueueStatus EnqueueEvent(ActorId targetId, Event e, Actor sender, EventGroup eventGroup, out Actor target)256        {257            if (e is null)258            {259                string message = sender != null ?260                    string.Format("{0} is sending a null event.", sender.Id.ToString()) :261                    "Cannot send a null event.";262                this.Assert(false, message);263            }264            if (targetId is null)265            {266                string message = (sender != null) ?267                    string.Format("{0} is sending event {1} to a null actor.", sender.Id.ToString(), e.ToString())268                    : string.Format("Cannot send event {0} to a null actor.", e.ToString());269                this.Assert(false, message);270            }271            target = this.GetActorWithId<Actor>(targetId);272            // If no group is provided we default to passing along the group from the sender.273            if (eventGroup is null && sender != null)274            {275                eventGroup = sender.EventGroup;276            }277            Guid opId = eventGroup is null ? Guid.Empty : eventGroup.Id;278            if (target is null || target.IsHalted)279            {280                this.LogWriter.LogSendEvent(targetId, sender?.Id.Name, sender?.Id.Type,281                    (sender as StateMachine)?.CurrentStateName ?? default, e, opId, isTargetHalted: true);282                this.HandleDroppedEvent(e, targetId);283                return EnqueueStatus.Dropped;284            }285            this.LogWriter.LogSendEvent(targetId, sender?.Id.Name, sender?.Id.Type,286                (sender as StateMachine)?.CurrentStateName ?? default, e, opId, isTargetHalted: false);287            EnqueueStatus enqueueStatus = target.Enqueue(e, eventGroup, null);288            if (enqueueStatus == EnqueueStatus.Dropped)289            {290                this.HandleDroppedEvent(e, targetId);291            }292            return enqueueStatus;293        }294        /// <summary>295        /// Runs a new asynchronous actor event handler.296        /// This is a fire and forget invocation.297        /// </summary>298        private void RunActorEventHandler(Actor actor, Event initialEvent, bool isFresh)299        {300            Task.Run(async () =>301            {302                try303                {304                    if (isFresh)305                    {306                        await actor.InitializeAsync(initialEvent);307                    }308                    await actor.RunEventHandlerAsync();309                }310                catch (Exception ex)311                {312                    this.Scheduler.IsProgramExecuting = false;313                    this.RaiseOnFailureEvent(ex);314                }315                finally316                {317                    if (actor.IsHalted)318                    {319                        this.ActorMap.TryRemove(actor.Id, out Actor _);320                    }321                }322            });323        }324        /// <summary>325        /// Runs a new asynchronous actor event handler.326        /// </summary>327        private async Task RunActorEventHandlerAsync(Actor actor, Event initialEvent, bool isFresh)328        {329            try330            {331                if (isFresh)332                {333                    await actor.InitializeAsync(initialEvent);334                }335                await actor.RunEventHandlerAsync();336            }337            catch (Exception ex)338            {339                this.Scheduler.IsProgramExecuting = false;340                this.RaiseOnFailureEvent(ex);341                return;342            }343        }344        /// <summary>345        /// Creates a new timer that sends a <see cref="TimerElapsedEvent"/> to its owner actor.346        /// </summary>347        internal virtual IActorTimer CreateActorTimer(TimerInfo info, Actor owner) => new ActorTimer(info, owner);348        /// <inheritdoc/>349        public virtual EventGroup GetCurrentEventGroup(ActorId currentActorId)350        {351            Actor actor = this.GetActorWithId<Actor>(currentActorId);352            return actor?.CurrentEventGroup;353        }354        /// <summary>355        /// Gets the actor of type <typeparamref name="TActor"/> with the specified id,356        /// or null if no such actor exists.357        /// </summary>358        internal TActor GetActorWithId<TActor>(ActorId id)359            where TActor : Actor =>360            id != null && this.ActorMap.TryGetValue(id, out Actor value) &&361            value is TActor actor ? actor : null;362        /// <summary>363        /// Returns the next available unique operation id.364        /// </summary>365        /// <returns>Value representing the next available unique operation id.</returns>366        internal ulong GetNextOperationId() => this.Runtime.GetNextOperationId();367        /// <inheritdoc/>368        public bool RandomBoolean() => this.GetNondeterministicBooleanChoice(2, null, null);369        /// <inheritdoc/>370        public bool RandomBoolean(int maxValue) => this.GetNondeterministicBooleanChoice(maxValue, null, null);371        /// <summary>372        /// Returns a controlled nondeterministic boolean choice.373        /// </summary>374        internal virtual bool GetNondeterministicBooleanChoice(int maxValue, string callerName, string callerType)375        {376            bool result = false;377            if (this.ValueGenerator.Next(maxValue) is 0)378            {379                result = true;380            }381            this.LogWriter.LogRandom(result, callerName, callerType);382            return result;383        }384        /// <inheritdoc/>385        public int RandomInteger(int maxValue) => this.GetNondeterministicIntegerChoice(maxValue, null, null);386        /// <summary>387        /// Returns a controlled nondeterministic integer choice.388        /// </summary>389        internal virtual int GetNondeterministicIntegerChoice(int maxValue, string callerName, string callerType)390        {391            var result = this.ValueGenerator.Next(maxValue);392            this.LogWriter.LogRandom(result, callerName, callerType);393            return result;394        }395        /// <summary>396        /// Logs that the specified actor invoked an action.397        /// </summary>398        internal virtual void LogInvokedAction(Actor actor, MethodInfo action, string handlingStateName, string currentStateName)399        {400            if (this.Configuration.IsVerbose)401            {402                this.LogWriter.LogExecuteAction(actor.Id, handlingStateName, currentStateName, action.Name);403            }404        }405        /// <summary>406        /// Logs that the specified actor enqueued an <see cref="Event"/>.407        /// </summary>408        internal virtual void LogEnqueuedEvent(Actor actor, Event e, EventGroup eventGroup, EventInfo eventInfo)409        {410            if (this.Configuration.IsVerbose)411            {412                this.LogWriter.LogEnqueueEvent(actor.Id, e);413            }414        }415        /// <summary>416        /// Logs that the specified actor dequeued an <see cref="Event"/>.417        /// </summary>418        internal virtual void LogDequeuedEvent(Actor actor, Event e, EventInfo eventInfo, bool isFreshDequeue)419        {420            if (this.Configuration.IsVerbose)421            {422                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : default;423                this.LogWriter.LogDequeueEvent(actor.Id, stateName, e);424            }425        }426        /// <summary>427        /// Logs that the specified actor dequeued the default <see cref="Event"/>.428        /// </summary>429        [MethodImpl(MethodImplOptions.AggressiveInlining)]430        internal virtual void LogDefaultEventDequeued(Actor actor)431        {432        }433        /// <summary>434        /// Notifies that the inbox of the specified actor is about to be435        /// checked to see if the default event handler should fire.436        /// </summary>437        [MethodImpl(MethodImplOptions.AggressiveInlining)]438        internal virtual void LogDefaultEventHandlerCheck(Actor actor)439        {440        }441        /// <summary>442        /// Logs that the specified actor raised an <see cref="Event"/>.443        /// </summary>444        internal virtual void LogRaisedEvent(Actor actor, Event e, EventGroup eventGroup, EventInfo eventInfo)445        {446            if (this.Configuration.IsVerbose)447            {448                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : default;449                this.LogWriter.LogRaiseEvent(actor.Id, stateName, e);450            }451        }452        /// <summary>453        /// Logs that the specified actor is handling a raised <see cref="Event"/>.454        /// </summary>455        [MethodImpl(MethodImplOptions.AggressiveInlining)]456        internal virtual void LogHandleRaisedEvent(Actor actor, Event e)457        {458        }459        /// <summary>460        /// Logs that the specified actor called <see cref="Actor.ReceiveEventAsync(Type[])"/>461        /// or one of its overloaded methods.462        /// </summary>463        [MethodImpl(MethodImplOptions.AggressiveInlining)]464        internal virtual void LogReceiveCalled(Actor actor)465        {466        }467        /// <summary>468        /// Logs that the specified actor enqueued an event that it was waiting to receive.469        /// </summary>470        internal virtual void LogReceivedEvent(Actor actor, Event e, EventInfo eventInfo)471        {472            if (this.Configuration.IsVerbose)473            {474                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : default;475                this.LogWriter.LogReceiveEvent(actor.Id, stateName, e, wasBlocked: true);476            }477        }478        /// <summary>479        /// Logs that the specified actor received an event without waiting because the event480        /// was already in the inbox when the actor invoked the receive statement.481        /// </summary>482        internal virtual void LogReceivedEventWithoutWaiting(Actor actor, Event e, EventInfo eventInfo)483        {484            if (this.Configuration.IsVerbose)485            {486                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : default;487                this.LogWriter.LogReceiveEvent(actor.Id, stateName, e, wasBlocked: false);488            }489        }490        /// <summary>491        /// Logs that the specified actor is waiting to receive an event of one of the specified types.492        /// </summary>493        internal virtual void LogWaitEvent(Actor actor, IEnumerable<Type> eventTypes)494        {495            if (this.Configuration.IsVerbose)496            {497                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : default;498                var eventWaitTypesArray = eventTypes.ToArray();499                if (eventWaitTypesArray.Length is 1)500                {501                    this.LogWriter.LogWaitEvent(actor.Id, stateName, eventWaitTypesArray[0]);502                }503                else504                {505                    this.LogWriter.LogWaitEvent(actor.Id, stateName, eventWaitTypesArray);506                }507            }508        }509        /// <summary>510        /// Logs that the specified state machine entered a state.511        /// </summary>512        internal virtual void LogEnteredState(StateMachine stateMachine)513        {514            if (this.Configuration.IsVerbose)515            {516                this.LogWriter.LogStateTransition(stateMachine.Id, stateMachine.CurrentStateName, isEntry: true);517            }518        }519        /// <summary>520        /// Logs that the specified state machine exited a state.521        /// </summary>522        internal virtual void LogExitedState(StateMachine stateMachine)523        {524            if (this.Configuration.IsVerbose)525            {526                this.LogWriter.LogStateTransition(stateMachine.Id, stateMachine.CurrentStateName, isEntry: false);527            }528        }529        /// <summary>530        /// Logs that the specified state machine invoked pop.531        /// </summary>532        [MethodImpl(MethodImplOptions.AggressiveInlining)]533        internal virtual void LogPopState(StateMachine stateMachine)534        {535        }536        /// <summary>537        /// Logs that the specified state machine invoked an action.538        /// </summary>539        internal virtual void LogInvokedOnEntryAction(StateMachine stateMachine, MethodInfo action)540        {541            if (this.Configuration.IsVerbose)542            {543                this.LogWriter.LogExecuteAction(stateMachine.Id, stateMachine.CurrentStateName,544                    stateMachine.CurrentStateName, action.Name);545            }546        }547        /// <summary>548        /// Logs that the specified state machine invoked an action.549        /// </summary>550        internal virtual void LogInvokedOnExitAction(StateMachine stateMachine, MethodInfo action)551        {552            if (this.Configuration.IsVerbose)553            {554                this.LogWriter.LogExecuteAction(stateMachine.Id, stateMachine.CurrentStateName,555                    stateMachine.CurrentStateName, action.Name);556            }557        }558        /// <summary>559        /// Builds the coverage graph information, if any. This information is only available560        /// when <see cref="Configuration.ReportActivityCoverage"/> is enabled.561        /// </summary>562        internal CoverageInfo BuildCoverageInfo()563        {564            var result = this.CoverageInfo;565            if (result != null)566            {567                var builder = this.LogWriter.GetLogsOfType<ActorRuntimeLogGraphBuilder>().FirstOrDefault();568                if (builder != null)569                {570                    result.CoverageGraph = builder.SnapshotGraph(this.Configuration.IsDgmlBugGraph);571                }572                var eventCoverage = this.LogWriter.GetLogsOfType<ActorRuntimeLogEventCoverage>().FirstOrDefault();573                if (eventCoverage != null)574                {575                    result.EventInfo = eventCoverage.EventCoverage;576                }577            }578            return result;579        }580        /// <summary>581        /// Returns the current hashed state of the actors.582        /// </summary>583        /// <remarks>584        /// The hash is updated in each execution step.585        /// </remarks>586        internal virtual int GetHashedActorState() => 0;587        /// <summary>588        /// Returns the program counter of the specified actor.589        /// </summary>590        [MethodImpl(MethodImplOptions.AggressiveInlining)]591        internal virtual int GetActorProgramCounter(ActorId actorId) => 0;592        /// <inheritdoc/>593        public void RegisterMonitor<T>()594            where T : Monitor =>595            this.TryCreateMonitor(typeof(T));596        /// <inheritdoc/>597        public void Monitor<T>(Event e)598            where T : Monitor599        {600            // If the event is null then report an error and exit.601            this.Assert(e != null, "Cannot monitor a null event.");602            this.InvokeMonitor(typeof(T), e, null, null, null);603        }604        /// <summary>605        /// Tries to create a new <see cref="Specifications.Monitor"/> of the specified <see cref="Type"/>.606        /// </summary>607        protected bool TryCreateMonitor(Type type) => this.SpecificationEngine.TryCreateMonitor(608            type, this.CoverageInfo, this.LogWriter);609        /// <summary>610        /// Invokes the specified <see cref="Specifications.Monitor"/> with the specified <see cref="Event"/>.611        /// </summary>612        internal void InvokeMonitor(Type type, Event e, string senderName, string senderType, string senderStateName) =>613            this.SpecificationEngine.InvokeMonitor(type, e, senderName, senderType, senderStateName);614        /// <inheritdoc/>615        [MethodImpl(MethodImplOptions.AggressiveInlining)]616        public void Assert(bool predicate) => this.SpecificationEngine.Assert(predicate);617        /// <inheritdoc/>618        [MethodImpl(MethodImplOptions.AggressiveInlining)]619        public void Assert(bool predicate, string s, object arg0) => this.SpecificationEngine.Assert(predicate, s, arg0);620        /// <inheritdoc/>621        [MethodImpl(MethodImplOptions.AggressiveInlining)]622        public void Assert(bool predicate, string s, object arg0, object arg1) => this.SpecificationEngine.Assert(predicate, s, arg0, arg1);623        /// <inheritdoc/>624        [MethodImpl(MethodImplOptions.AggressiveInlining)]625        public void Assert(bool predicate, string s, object arg0, object arg1, object arg2) =>626            this.SpecificationEngine.Assert(predicate, s, arg0, arg1, arg2);627        /// <inheritdoc/>628        [MethodImpl(MethodImplOptions.AggressiveInlining)]629        public void Assert(bool predicate, string s, params object[] args) => this.SpecificationEngine.Assert(predicate, s, args);630        /// <summary>631        /// Asserts that the actor calling an actor method is also the actor that is currently executing.632        /// </summary>633        [MethodImpl(MethodImplOptions.AggressiveInlining)]634        internal virtual void AssertExpectedCallerActor(Actor caller, string calledAPI)635        {636        }637        /// <summary>638        /// Raises the <see cref="OnFailure"/> event with the specified <see cref="Exception"/>.639        /// </summary>640        internal void RaiseOnFailureEvent(Exception exception) => this.Runtime.RaiseOnFailureEvent(exception);641        /// <summary>642        /// Handle the specified dropped <see cref="Event"/>.643        /// </summary>644        internal void HandleDroppedEvent(Event e, ActorId id) => this.OnEventDropped?.Invoke(e, id);645        /// <summary>646        /// Throws an <see cref="AssertionFailureException"/> exception containing the specified exception.647        /// </summary>648#if !DEBUG649        [DebuggerHidden]650#endif651        internal void WrapAndThrowException(Exception exception, string s, params object[] args) =>652            this.SpecificationEngine.WrapAndThrowException(exception, s, args);653        /// <inheritdoc/>654        [Obsolete("Please set the Logger property directory instead of calling this method.")]655        public TextWriter SetLogger(TextWriter logger)656        {657            var result = this.LogWriter.SetLogger(new TextWriterLogger(logger));658            if (result != null)659            {660                return result.TextWriter;661            }662            return null;663        }664        /// <inheritdoc/>665        public void RegisterLog(IActorRuntimeLog log) => this.LogWriter.RegisterLog(log);666        /// <inheritdoc/>667        public void RemoveLog(IActorRuntimeLog log) => this.LogWriter.RemoveLog(log);668        /// <inheritdoc/>669        public void Stop() => this.Scheduler.ForceStop();670        /// <summary>671        /// Disposes runtime resources.672        /// </summary>673        protected virtual void Dispose(bool disposing)674        {675            if (disposing)676            {677                this.ActorMap.Clear();678            }679        }680        /// <inheritdoc/>681        public void Dispose()682        {683            this.Dispose(true);684            GC.SuppressFinalize(this);685        }686        /// <summary>687        /// The mocked execution context of an actor program.688        /// </summary>689        internal sealed class Mock : ActorExecutionContext690        {691            /// <summary>692            /// Map that stores all unique names and their corresponding actor ids.693            /// </summary>694            private readonly ConcurrentDictionary<string, ActorId> NameValueToActorId;695            /// <summary>696            /// Map of program counters used for state-caching to distinguish697            /// scheduling from non-deterministic choices.698            /// </summary>699            private readonly ConcurrentDictionary<ActorId, int> ProgramCounterMap;700            /// <summary>701            /// If true, the actor execution is controlled, else false.702            /// </summary>703            internal override bool IsExecutionControlled => true;704            /// <summary>705            /// Initializes a new instance of the <see cref="Mock"/> class.706            /// </summary>707            internal Mock(Configuration configuration, CoyoteRuntime runtime, OperationScheduler scheduler,708                SpecificationEngine specificationEngine, IRandomValueGenerator valueGenerator, LogWriter logWriter)709                : base(configuration, runtime, scheduler, specificationEngine, valueGenerator, logWriter)710            {711                this.NameValueToActorId = new ConcurrentDictionary<string, ActorId>();712                this.ProgramCounterMap = new ConcurrentDictionary<ActorId, int>();713            }714            /// <inheritdoc/>715            public override ActorId CreateActorIdFromName(Type type, string name)716            {717                // It is important that all actor ids use the monotonically incrementing718                // value as the id during testing, and not the unique name.719                return this.NameValueToActorId.GetOrAdd(name, key => this.CreateActorId(type, key));720            }721            /// <inheritdoc/>722            public override ActorId CreateActor(Type type, Event initialEvent = null, EventGroup eventGroup = null) =>723                this.CreateActor(null, type, null, initialEvent, eventGroup);724            /// <inheritdoc/>725            public override ActorId CreateActor(Type type, string name, Event initialEvent = null, EventGroup eventGroup = null) =>726                this.CreateActor(null, type, name, initialEvent, eventGroup);727            /// <inheritdoc/>728            public override ActorId CreateActor(ActorId id, Type type, Event initialEvent = null, EventGroup eventGroup = null)729            {730                this.Assert(id != null, "Cannot create an actor using a null actor id.");731                return this.CreateActor(id, type, null, initialEvent, eventGroup);732            }733            /// <inheritdoc/>734            public override Task<ActorId> CreateActorAndExecuteAsync(Type type, Event initialEvent = null, EventGroup eventGroup = null) =>735                this.CreateActorAndExecuteAsync(null, type, null, initialEvent, eventGroup);736            /// <inheritdoc/>737            public override Task<ActorId> CreateActorAndExecuteAsync(Type type, string name, Event initialEvent = null, EventGroup eventGroup = null) =>738                this.CreateActorAndExecuteAsync(null, type, name, initialEvent, eventGroup);739            /// <inheritdoc/>740            public override Task<ActorId> CreateActorAndExecuteAsync(ActorId id, Type type, Event initialEvent = null, EventGroup eventGroup = null)741            {742                this.Assert(id != null, "Cannot create an actor using a null actor id.");743                return this.CreateActorAndExecuteAsync(id, type, null, initialEvent, eventGroup);744            }745            /// <summary>746            /// Creates a new actor of the specified <see cref="Type"/> and name, using the specified747            /// unbound actor id, and passes the specified optional <see cref="Event"/>. This event748            /// can only be used to access its payload, and cannot be handled.749            /// </summary>750            internal ActorId CreateActor(ActorId id, Type type, string name, Event initialEvent = null, EventGroup eventGroup = null)751            {752                var creatorOp = this.Scheduler.GetExecutingOperation<ActorOperation>();753                return this.CreateActor(id, type, name, initialEvent, creatorOp?.Actor, eventGroup);754            }755            /// <summary>756            /// Creates a new <see cref="Actor"/> of the specified <see cref="Type"/>.757            /// </summary>758            internal override ActorId CreateActor(ActorId id, Type type, string name, Event initialEvent, Actor creator, EventGroup eventGroup)759            {760                this.AssertExpectedCallerActor(creator, "CreateActor");761                Actor actor = this.CreateActor(id, type, name, creator, eventGroup);762                this.RunActorEventHandler(actor, initialEvent, true, null);763                return actor.Id;764            }765            /// <summary>766            /// Creates a new actor of the specified <see cref="Type"/> and name, using the specified767            /// unbound actor id, and passes the specified optional <see cref="Event"/>. This event768            /// can only be used to access its payload, and cannot be handled. The method returns only769            /// when the actor is initialized and the <see cref="Event"/> (if any) is handled.770            /// </summary>771            internal Task<ActorId> CreateActorAndExecuteAsync(ActorId id, Type type, string name, Event initialEvent = null,772                EventGroup eventGroup = null)773            {774                var creatorOp = this.Scheduler.GetExecutingOperation<ActorOperation>();775                return this.CreateActorAndExecuteAsync(id, type, name, initialEvent, creatorOp?.Actor, eventGroup);776            }777            /// <summary>778            /// Creates a new <see cref="Actor"/> of the specified <see cref="Type"/>. The method779            /// returns only when the actor is initialized and the <see cref="Event"/> (if any)780            /// is handled.781            /// </summary>782            internal override async Task<ActorId> CreateActorAndExecuteAsync(ActorId id, Type type, string name, Event initialEvent,783                Actor creator, EventGroup eventGroup)784            {785                this.AssertExpectedCallerActor(creator, "CreateActorAndExecuteAsync");786                this.Assert(creator != null, "Only an actor can call 'CreateActorAndExecuteAsync': avoid calling " +787                    "it directly from the test method; instead call it through a test driver actor.");788                Actor actor = this.CreateActor(id, type, name, creator, eventGroup);789                this.RunActorEventHandler(actor, initialEvent, true, creator);790                // Wait until the actor reaches quiescence.791                await creator.ReceiveEventAsync(typeof(QuiescentEvent), rev => (rev as QuiescentEvent).ActorId == actor.Id);792                return await Task.FromResult(actor.Id);793            }794            /// <summary>795            /// Creates a new <see cref="Actor"/> of the specified <see cref="Type"/>.796            /// </summary>797            internal override Actor CreateActor(ActorId id, Type type, string name, Actor creator, EventGroup eventGroup)798            {799                this.Assert(type.IsSubclassOf(typeof(Actor)), "Type '{0}' is not an actor.", type.FullName);800                // Using ulong.MaxValue because a Create operation cannot specify801                // the id of its target, because the id does not exist yet.802                this.Scheduler.ScheduleNextOperation(AsyncOperationType.Create);803                this.ResetProgramCounter(creator);804                if (id is null)805                {806                    id = this.CreateActorId(type, name);807                }808                else809                {810                    this.Assert(id.Runtime is null || id.Runtime == this, "Unbound actor id '{0}' was created by another runtime.", id.Value);811                    this.Assert(id.Type == type.FullName, "Cannot bind actor id '{0}' of type '{1}' to an actor of type '{2}'.",812                        id.Value, id.Type, type.FullName);813                    id.Bind(this);814                }815                // If a group was not provided, inherit the current event group from the creator (if any).816                if (eventGroup is null && creator != null)817                {818                    eventGroup = creator.EventGroup;819                }820                Actor actor = ActorFactory.Create(type);821                ActorOperation op = new ActorOperation(id.Value, id.Name, actor, this.Scheduler);822                IEventQueue eventQueue = new MockEventQueue(actor);823                actor.Configure(this, id, op, eventQueue, eventGroup);824                actor.SetupEventHandlers();825                if (this.Configuration.ReportActivityCoverage)826                {827                    actor.ReportActivityCoverage(this.CoverageInfo);828                }829                bool result = this.Scheduler.RegisterOperation(op);830                this.Assert(result, "Actor id '{0}' is used by an existing or previously halted actor.", id.Value);831                if (actor is StateMachine)832                {833                    this.LogWriter.LogCreateStateMachine(id, creator?.Id.Name, creator?.Id.Type);834                }835                else836                {837                    this.LogWriter.LogCreateActor(id, creator?.Id.Name, creator?.Id.Type);838                }839                return actor;840            }841            /// <inheritdoc/>842            public override void SendEvent(ActorId targetId, Event initialEvent, EventGroup eventGroup = default, SendOptions options = null)843            {844                var senderOp = this.Scheduler.GetExecutingOperation<ActorOperation>();845                this.SendEvent(targetId, initialEvent, senderOp?.Actor, eventGroup, options);846            }847            /// <inheritdoc/>848            public override Task<bool> SendEventAndExecuteAsync(ActorId targetId, Event initialEvent,849                EventGroup eventGroup = null, SendOptions options = null)850            {851                var senderOp = this.Scheduler.GetExecutingOperation<ActorOperation>();852                return this.SendEventAndExecuteAsync(targetId, initialEvent, senderOp?.Actor, eventGroup, options);853            }854            /// <summary>855            /// Sends an asynchronous <see cref="Event"/> to an actor.856            /// </summary>857            internal override void SendEvent(ActorId targetId, Event e, Actor sender, EventGroup eventGroup, SendOptions options)858            {859                if (e is null)860                {861                    string message = sender != null ?862                        string.Format("{0} is sending a null event.", sender.Id.ToString()) :863                        "Cannot send a null event.";864                    this.Assert(false, message);865                }866                if (sender != null)867                {868                    this.Assert(targetId != null, "{0} is sending event {1} to a null actor.", sender.Id, e);869                }870                else871                {872                    this.Assert(targetId != null, "Cannot send event {1} to a null actor.", e);873                }874                this.AssertExpectedCallerActor(sender, "SendEvent");875                EnqueueStatus enqueueStatus = this.EnqueueEvent(targetId, e, sender, eventGroup, options, out Actor target);876                if (enqueueStatus is EnqueueStatus.EventHandlerNotRunning)877                {878                    this.RunActorEventHandler(target, null, false, null);879                }880            }881            /// <summary>882            /// Sends an asynchronous <see cref="Event"/> to an actor. Returns immediately if the target was883            /// already running. Otherwise blocks until the target handles the event and reaches quiescense.884            /// </summary>885            internal override async Task<bool> SendEventAndExecuteAsync(ActorId targetId, Event e, Actor sender,886                EventGroup eventGroup, SendOptions options)887            {888                this.Assert(sender is StateMachine, "Only an actor can call 'SendEventAndExecuteAsync': avoid " +889                    "calling it directly from the test method; instead call it through a test driver actor.");890                this.Assert(e != null, "{0} is sending a null event.", sender.Id);891                this.Assert(targetId != null, "{0} is sending event {1} to a null actor.", sender.Id, e);892                this.AssertExpectedCallerActor(sender, "SendEventAndExecuteAsync");893                EnqueueStatus enqueueStatus = this.EnqueueEvent(targetId, e, sender, eventGroup, options, out Actor target);894                if (enqueueStatus is EnqueueStatus.EventHandlerNotRunning)895                {896                    this.RunActorEventHandler(target, null, false, sender as StateMachine);897                    // Wait until the actor reaches quiescence.898                    await (sender as StateMachine).ReceiveEventAsync(typeof(QuiescentEvent), rev => (rev as QuiescentEvent).ActorId == targetId);899                    return true;900                }901                // EnqueueStatus.EventHandlerNotRunning is not returned by EnqueueEvent902                // (even when the actor was previously inactive) when the event e requires903                // no action by the actor (i.e., it implicitly handles the event).904                return enqueueStatus is EnqueueStatus.Dropped || enqueueStatus is EnqueueStatus.NextEventUnavailable;905            }906            /// <summary>907            /// Enqueues an event to the actor with the specified id.908            /// </summary>909            private EnqueueStatus EnqueueEvent(ActorId targetId, Event e, Actor sender, EventGroup eventGroup,910                SendOptions options, out Actor target)911            {912                target = this.Scheduler.GetOperationWithId<ActorOperation>(targetId.Value)?.Actor;913                this.Assert(target != null,914                    "Cannot send event '{0}' to actor id '{1}' that is not bound to an actor instance.",915                    e.GetType().FullName, targetId.Value);916                this.Scheduler.ScheduleNextOperation(AsyncOperationType.Send);917                this.ResetProgramCounter(sender as StateMachine);918                // If no group is provided we default to passing along the group from the sender.919                if (eventGroup is null && sender != null)920                {921                    eventGroup = sender.EventGroup;922                }923                if (target.IsHalted)924                {925                    Guid groupId = eventGroup is null ? Guid.Empty : eventGroup.Id;926                    this.LogWriter.LogSendEvent(targetId, sender?.Id.Name, sender?.Id.Type,927                        (sender as StateMachine)?.CurrentStateName ?? default, e, groupId, isTargetHalted: true);928                    this.Assert(options is null || !options.MustHandle,929                        "A must-handle event '{0}' was sent to {1} which has halted.", e.GetType().FullName, targetId);930                    this.HandleDroppedEvent(e, targetId);931                    return EnqueueStatus.Dropped;932                }933                EnqueueStatus enqueueStatus = this.EnqueueEvent(target, e, sender, eventGroup, options);934                if (enqueueStatus == EnqueueStatus.Dropped)935                {936                    this.HandleDroppedEvent(e, targetId);937                }938                return enqueueStatus;939            }940            /// <summary>941            /// Enqueues an event to the actor with the specified id.942            /// </summary>943            private EnqueueStatus EnqueueEvent(Actor actor, Event e, Actor sender, EventGroup eventGroup, SendOptions options)944            {945                EventOriginInfo originInfo;946                string stateName = null;947                if (sender is StateMachine senderStateMachine)948                {949                    originInfo = new EventOriginInfo(sender.Id, senderStateMachine.GetType().FullName,950                        NameResolver.GetStateNameForLogging(senderStateMachine.CurrentState));951                    stateName = senderStateMachine.CurrentStateName;952                }953                else if (sender is Actor senderActor)954                {955                    originInfo = new EventOriginInfo(sender.Id, senderActor.GetType().FullName, string.Empty);956                }957                else958                {959                    // Message comes from the environment.960                    originInfo = new EventOriginInfo(null, "Env", "Env");961                }962                EventInfo eventInfo = new EventInfo(e, originInfo)963                {964                    MustHandle = options?.MustHandle ?? false,965                    Assert = options?.Assert ?? -1966                };967                Guid opId = eventGroup is null ? Guid.Empty : eventGroup.Id;968                this.LogWriter.LogSendEvent(actor.Id, sender?.Id.Name, sender?.Id.Type, stateName,969                    e, opId, isTargetHalted: false);970                return actor.Enqueue(e, eventGroup, eventInfo);971            }972            /// <summary>973            /// Runs a new asynchronous event handler for the specified actor.974            /// This is a fire and forget invocation.975            /// </summary>976            /// <param name="actor">The actor that executes this event handler.</param>977            /// <param name="initialEvent">Optional event for initializing the actor.</param>978            /// <param name="isFresh">If true, then this is a new actor.</param>979            /// <param name="syncCaller">Caller actor that is blocked for quiscence.</param>980            private void RunActorEventHandler(Actor actor, Event initialEvent, bool isFresh, Actor syncCaller)981            {982                var op = actor.Operation;983                Task task = new Task(async () =>984                {985                    try986                    {987                        // Update the current asynchronous control flow with this runtime instance,988                        // allowing future retrieval in the same asynchronous call stack.989                        CoyoteRuntime.AssignAsyncControlFlowRuntime(this.Runtime);990                        this.Scheduler.StartOperation(op);991                        if (isFresh)992                        {993                            await actor.InitializeAsync(initialEvent);994                        }995                        await actor.RunEventHandlerAsync();996                        if (syncCaller != null)997                        {998                            this.EnqueueEvent(syncCaller, new QuiescentEvent(actor.Id), actor, actor.CurrentEventGroup, null);999                        }1000                        if (!actor.IsHalted)1001                        {1002                            this.ResetProgramCounter(actor);1003                        }1004                        IODebug.WriteLine("<ScheduleDebug> Completed operation {0} on task '{1}'.", actor.Id, Task.CurrentId);1005                        op.OnCompleted();1006                        // The actor is inactive or halted, schedule the next enabled operation.1007                        this.Scheduler.ScheduleNextOperation(AsyncOperationType.Stop);1008                    }1009                    catch (Exception ex)1010                    {1011                        this.ProcessUnhandledExceptionInOperation(op, ex);1012                    }1013                });1014                task.Start();1015                this.Scheduler.WaitOperationStart(op);1016            }1017            /// <summary>1018            /// Creates a new timer that sends a <see cref="TimerElapsedEvent"/> to its owner actor.1019            /// </summary>1020            internal override IActorTimer CreateActorTimer(TimerInfo info, Actor owner)1021            {1022                var id = this.CreateActorId(typeof(MockStateMachineTimer));1023                this.CreateActor(id, typeof(MockStateMachineTimer), new TimerSetupEvent(info, owner, this.Configuration.TimeoutDelay));1024                return this.Scheduler.GetOperationWithId<ActorOperation>(id.Value).Actor as MockStateMachineTimer;1025            }1026            /// <inheritdoc/>1027            public override EventGroup GetCurrentEventGroup(ActorId currentActorId)1028            {1029                var callerOp = this.Scheduler.GetExecutingOperation<ActorOperation>();1030                this.Assert(callerOp != null && currentActorId == callerOp.Actor.Id,1031                    "Trying to access the event group id of {0}, which is not the currently executing actor.",1032                    currentActorId);1033                return callerOp.Actor.CurrentEventGroup;1034            }1035            /// <summary>1036            /// Returns a controlled nondeterministic boolean choice.1037            /// </summary>1038            internal override bool GetNondeterministicBooleanChoice(int maxValue, string callerName, string callerType)1039            {1040                var caller = this.Scheduler.GetExecutingOperation<ActorOperation>()?.Actor;1041                if (caller is Actor callerActor)1042                {1043                    this.IncrementActorProgramCounter(callerActor.Id);1044                }1045                var choice = this.Scheduler.GetNextNondeterministicBooleanChoice(maxValue);1046                this.LogWriter.LogRandom(choice, callerName ?? caller?.Id.Name, callerType ?? caller?.Id.Type);1047                return choice;1048            }1049            /// <summary>1050            /// Returns a controlled nondeterministic integer choice.1051            /// </summary>1052            internal override int GetNondeterministicIntegerChoice(int maxValue, string callerName, string callerType)1053            {1054                var caller = this.Scheduler.GetExecutingOperation<ActorOperation>()?.Actor;1055                if (caller is Actor callerActor)1056                {1057                    this.IncrementActorProgramCounter(callerActor.Id);1058                }1059                var choice = this.Scheduler.GetNextNondeterministicIntegerChoice(maxValue);1060                this.LogWriter.LogRandom(choice, callerName ?? caller?.Id.Name, callerType ?? caller?.Id.Type);1061                return choice;1062            }1063            /// <inheritdoc/>1064            internal override void LogInvokedAction(Actor actor, MethodInfo action, string handlingStateName, string currentStateName) =>1065                this.LogWriter.LogExecuteAction(actor.Id, handlingStateName, currentStateName, action.Name);1066            /// <inheritdoc/>1067            [MethodImpl(MethodImplOptions.AggressiveInlining)]1068            internal override void LogEnqueuedEvent(Actor actor, Event e, EventGroup eventGroup, EventInfo eventInfo) =>1069                this.LogWriter.LogEnqueueEvent(actor.Id, e);1070            /// <inheritdoc/>1071            internal override void LogDequeuedEvent(Actor actor, Event e, EventInfo eventInfo, bool isFreshDequeue)1072            {1073                if (!isFreshDequeue)1074                {1075                    // Skip the scheduling point, as this is the first dequeue of the event handler,1076                    // to avoid unecessery context switches.1077                    this.Scheduler.ScheduleNextOperation(AsyncOperationType.Receive);1078                    this.ResetProgramCounter(actor);1079                }1080                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : null;1081                this.LogWriter.LogDequeueEvent(actor.Id, stateName, e);1082            }1083            /// <inheritdoc/>1084            internal override void LogDefaultEventDequeued(Actor actor)1085            {1086                this.Scheduler.ScheduleNextOperation(AsyncOperationType.Receive);1087                this.ResetProgramCounter(actor);1088            }1089            /// <inheritdoc/>1090            [MethodImpl(MethodImplOptions.AggressiveInlining)]1091            internal override void LogDefaultEventHandlerCheck(Actor actor) => this.Scheduler.ScheduleNextOperation();1092            /// <inheritdoc/>1093            internal override void LogRaisedEvent(Actor actor, Event e, EventGroup eventGroup, EventInfo eventInfo)1094            {1095                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : null;1096                this.LogWriter.LogRaiseEvent(actor.Id, stateName, e);1097            }1098            /// <inheritdoc/>1099            internal override void LogHandleRaisedEvent(Actor actor, Event e)1100            {1101                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : null;1102                this.LogWriter.LogHandleRaisedEvent(actor.Id, stateName, e);1103            }1104            /// <inheritdoc/>1105            [MethodImpl(MethodImplOptions.AggressiveInlining)]1106            internal override void LogReceiveCalled(Actor actor) => this.AssertExpectedCallerActor(actor, "ReceiveEventAsync");1107            /// <inheritdoc/>1108            internal override void LogReceivedEvent(Actor actor, Event e, EventInfo eventInfo)1109            {1110                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : null;1111                this.LogWriter.LogReceiveEvent(actor.Id, stateName, e, wasBlocked: true);1112            }1113            /// <inheritdoc/>1114            internal override void LogReceivedEventWithoutWaiting(Actor actor, Event e, EventInfo eventInfo)1115            {1116                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : null;1117                this.LogWriter.LogReceiveEvent(actor.Id, stateName, e, wasBlocked: false);1118                this.Scheduler.ScheduleNextOperation(AsyncOperationType.Receive);1119                this.ResetProgramCounter(actor);1120            }1121            /// <inheritdoc/>1122            internal override void LogWaitEvent(Actor actor, IEnumerable<Type> eventTypes)1123            {1124                string stateName = actor is StateMachine stateMachine ? stateMachine.CurrentStateName : null;1125                var eventWaitTypesArray = eventTypes.ToArray();1126                if (eventWaitTypesArray.Length is 1)1127                {1128                    this.LogWriter.LogWaitEvent(actor.Id, stateName, eventWaitTypesArray[0]);1129                }1130                else1131                {1132                    this.LogWriter.LogWaitEvent(actor.Id, stateName, eventWaitTypesArray);1133                }1134                this.Scheduler.ScheduleNextOperation(AsyncOperationType.Join);1135                this.ResetProgramCounter(actor);1136            }1137            /// <inheritdoc/>1138            internal override void LogEnteredState(StateMachine stateMachine)1139            {1140                string stateName = stateMachine.CurrentStateName;1141                this.LogWriter.LogStateTransition(stateMachine.Id, stateName, isEntry: true);1142            }1143            /// <inheritdoc/>1144            internal override void LogExitedState(StateMachine stateMachine)1145            {1146                this.LogWriter.LogStateTransition(stateMachine.Id, stateMachine.CurrentStateName, isEntry: false);1147            }1148            /// <inheritdoc/>1149            internal override void LogPopState(StateMachine stateMachine)1150            {1151                this.AssertExpectedCallerActor(stateMachine, "Pop");1152                this.LogWriter.LogPopState(stateMachine.Id, default, stateMachine.CurrentStateName);1153            }1154            /// <inheritdoc/>1155            internal override void LogInvokedOnEntryAction(StateMachine stateMachine, MethodInfo action)1156            {1157                string stateName = stateMachine.CurrentStateName;1158                this.LogWriter.LogExecuteAction(stateMachine.Id, stateName, stateName, action.Name);1159            }1160            /// <inheritdoc/>1161            internal override void LogInvokedOnExitAction(StateMachine stateMachine, MethodInfo action)1162            {1163                string stateName = stateMachine.CurrentStateName;1164                this.LogWriter.LogExecuteAction(stateMachine.Id, stateName, stateName, action.Name);1165            }1166            /// <summary>1167            /// Returns the current hashed state of the actors.1168            /// </summary>1169            /// <remarks>1170            /// The hash is updated in each execution step.1171            /// </remarks>1172            internal override int GetHashedActorState()1173            {1174                unchecked1175                {1176                    int hash = 19;1177                    foreach (var operation in this.Scheduler.GetRegisteredOperations().OrderBy(op => op.Id))1178                    {1179                        if (operation is ActorOperation actorOperation)1180                        {1181                            hash *= 31 + actorOperation.Actor.GetHashedState();1182                        }1183                    }1184                    return hash;1185                }1186            }1187            /// <inheritdoc/>1188            [MethodImpl(MethodImplOptions.AggressiveInlining)]1189            internal override int GetActorProgramCounter(ActorId actorId) =>1190                this.ProgramCounterMap.GetOrAdd(actorId, 0);1191            /// <summary>1192            /// Increments the program counter of the specified actor.1193            /// </summary>1194            [MethodImpl(MethodImplOptions.AggressiveInlining)]1195            private void IncrementActorProgramCounter(ActorId actorId) =>1196                this.ProgramCounterMap.AddOrUpdate(actorId, 1, (id, value) => value + 1);1197            /// <summary>1198            /// Resets the program counter of the specified actor.1199            /// </summary>1200            private void ResetProgramCounter(Actor actor)1201            {1202                if (actor != null)1203                {1204                    this.ProgramCounterMap.AddOrUpdate(actor.Id, 0, (id, value) => 0);1205                }1206            }1207            /// <inheritdoc/>1208#if !DEBUG1209            [DebuggerHidden]1210#endif1211            internal override void AssertExpectedCallerActor(Actor caller, string calledAPI)1212            {1213                if (caller is null)1214                {1215                    return;1216                }1217                var op = this.Scheduler.GetExecutingOperation<ActorOperation>();1218                if (op is null)1219                {1220                    return;1221                }1222                this.Assert(op.Actor.Equals(caller), "{0} invoked {1} on behalf of {2}.",1223                    op.Actor.Id, calledAPI, caller.Id);1224            }1225            /// <summary>1226            /// Processes an unhandled exception in the specified asynchronous operation.1227            /// </summary>1228            private void ProcessUnhandledExceptionInOperation(AsyncOperation op, Exception ex)1229            {1230                string message = null;1231                Exception exception = UnwrapException(ex);1232                if (exception is ExecutionCanceledException || exception is TaskSchedulerException)1233                {1234                    IODebug.WriteLine("<Exception> {0} was thrown from operation '{1}'.",1235                        exception.GetType().Name, op.Name);1236                }...

ActorId.cs

Source:ActorId.cs

...51            this.Value = value;52            if (useNameForHashing)53            {54                this.NameValue = name;55                this.Runtime.Assert(!string.IsNullOrEmpty(this.NameValue), "The actor name cannot be null when used as id.");56                this.Name = this.NameValue;57            }58            else59            {60                this.NameValue = string.Empty;61                this.Runtime.Assert(this.Value != ulong.MaxValue, "Detected actor id overflow.");62                this.Name = string.Format(CultureInfo.InvariantCulture, "{0}({1})",63                    string.IsNullOrEmpty(name) ? this.Type : name, this.Value.ToString());64            }65        }66        /// <summary>67        /// Bind the actor id.68        /// </summary>69        internal void Bind(ActorExecutionContext context)70        {71            this.Runtime = context;72        }73        /// <summary>74        /// Determines whether the specified object is equal to the current object.75        /// </summary>...

Assert

Using AI Code Generation

1using Microsoft.Coyote.Actors;2using System;3using System.Collections.Generic;4using System.Linq;5using System.Text;6using System.Threading.Tasks;7{8    {9        static void Main(string[] args)10        {11            ActorExecutionContext.Assert(false, "This is an assert");12        }13    }14}15using Microsoft.Coyote.Actors;16using System;17using System.Collections.Generic;18using System.Linq;19using System.Text;20using System.Threading.Tasks;21{22    {23        static void Main(string[] args)24        {25            ActorRuntime.Assert(false, "This is an assert");26        }27    }28}29using Microsoft.Coyote.Actors;30using System;31using System.Collections.Generic;32using System.Linq;33using System.Text;34using System.Threading.Tasks;35{36    {37        static void Main(string[] args)38        {39            Actor.Assert(false, "This is an assert");40        }41    }42}43using Microsoft.Coyote.Actors;44using System;45using System.Collections.Generic;46using System.Linq;47using System.Text;48using System.Threading.Tasks;49{50    {51        static void Main(string[] args)52        {53            Actor.Assert(false, "This is an assert");54        }55    }56}57using Microsoft.Coyote.Actors;58using System;59using System.Collections.Generic;60using System.Linq;61using System.Text;62using System.Threading.Tasks;63{64    {65        static void Main(string[] args)66        {67            Actor.Assert(false, "This is an assert");68        }69    }70}71using Microsoft.Coyote.Actors;72using System;73using System.Collections.Generic;74using System.Linq;75using System.Text;76using System.Threading.Tasks;77{78    {

Assert

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Actors;5using Microsoft.Coyote.Actors.Timers;6using Microsoft.Coyote.Specifications;7using Microsoft.Coyote.Tasks;8{9    {10        public static void Main(string[] args)11        {12            var runtime = RuntimeFactory.Create();13            runtime.CreateActor(typeof(Monitor));14            runtime.Run();15        }16    }17    {18        [OnEntry(nameof(InitOnEntry))]19        [OnEventDoAction(typeof(UnitEvent), nameof(HandleUnitEvent))]20        {21        }22        private void InitOnEntry(Event e)23        {24            this.Assert(this.IsInState<Init>());25            this.Assert(this.IsInState<Init>(), "message");26            this.Assert(true);27            this.Assert(true, "message");28            this.Assert(false);29            this.Assert(false, "message");30            this.Assert(false, "message", "detailMessage");31            this.Assert(false, "message", "detailMessage", "detailMessage2");32            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3");33            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3", "detailMessage4");34            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3", "detailMessage4", "detailMessage5");35            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3", "detailMessage4", "detailMessage5", "detailMessage6");36            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3", "detailMessage4", "detailMessage5", "detailMessage6", "detailMessage7");37            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3", "detailMessage4", "detailMessage5", "detailMessage6", "detailMessage7", "detailMessage8");38            this.Assert(false, "message", "detailMessage", "detailMessage2", "detailMessage3", "detailMessage4", "detailMessage5", "detailMessage6", "detailMessage7", "detailMessage8", "detailMessage9");

Assert

Using AI Code Generation

1Assert.IsTrue(1 == 1);2ActorRuntime.Assert.IsTrue(1 == 1);3Assert.IsTrue(1 == 1);4ActorRuntime.Assert.IsTrue(1 == 1);5Assert.IsTrue(1 == 1);6ActorRuntime.Assert.IsTrue(1 == 1);7Assert.IsTrue(1 == 1);8ActorRuntime.Assert.IsTrue(1 == 1);9Assert.IsTrue(1 == 1);10ActorRuntime.Assert.IsTrue(1 == 1);11Assert.IsTrue(1 == 1);12ActorRuntime.Assert.IsTrue(1 == 1);13Assert.IsTrue(1 == 1);14ActorRuntime.Assert.IsTrue(1 == 1);15Assert.IsTrue(1 == 1);16ActorRuntime.Assert.IsTrue(1 == 1);17Assert.IsTrue(1 == 1);

Assert

Using AI Code Generation

1{2    using System;3    using Microsoft.Coyote.Actors;4    using Microsoft.Coyote.TestingServices;5    using Microsoft.VisualStudio.TestTools.UnitTesting;6    using System.Threading.Tasks;7    using System.Threading;8    using System.Collections.Generic;9    {10        public void TestMethod1()11        {12            var configuration = Configuration.Create().WithTestingIterations(100);13            var test = new Coyote.Tests.MyTest.MyTest();14            var result = TestingEngine.TestAsync(configuration, test).Result;15            Assert.IsTrue(result.Succeeded);16        }17    }18}19{20    using System;21    using Microsoft.Coyote.Actors;22    using Microsoft.Coyote.TestingServices;23    using Microsoft.VisualStudio.TestTools.UnitTesting;24    using System.Threading.Tasks;25    using System.Threading;26    using System.Collections.Generic;27    {28        public async Task Test()29        {30            var m = this.CreateActor(typeof(M));31            this.SendEvent(m, new E());32            this.Assert(this.ReceiveEvent(typeof(E)) != null);33        }34    }35    {36        protected override Task OnInitializeAsync(Event initialEvent)37        {38            this.RegisterMonitor(typeof(MyMonitor));39            return Task.CompletedTask;40        }41        protected override async Task OnEventAsync(Event e)42        {43            if (e is E)44            {45                this.Assert(this.ReceiveEvent(typeof(E)) != null);46            }47        }48    }49    {50        [OnEventDoAction(typeof(E), nameof(OnE))]51        private class Init : State { }52        private void OnE()53        {54            this.Assert(this.ReceiveEvent(typeof(E)) != null);55        }56    }57    public class E : Event { }58}

Automation Testing Tutorials

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