Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use MonitorWaterPump method of Microsoft.Coyote.Samples.CoffeeMachineActors.MockDoorSensor class

Best Coyote code snippet using Microsoft.Coyote.Samples.CoffeeMachineActors.MockDoorSensor.MonitorWaterPump

MockSensors.cs

Source:MockSensors.cs

...70    [OnEventDoAction(typeof(ReadWaterTemperatureEvent), nameof(OnReadWaterTemperature))]71    [OnEventDoAction(typeof(WaterHeaterButtonEvent), nameof(OnWaterHeaterButton))]72    [OnEventDoAction(typeof(HeaterTimerEvent), nameof(MonitorWaterTemperature))]73    [OnEventDoAction(typeof(PumpWaterEvent), nameof(OnPumpWater))]74    [OnEventDoAction(typeof(WaterPumpTimerEvent), nameof(MonitorWaterPump))]75    internal class MockWaterTank : Actor76    {77        private ActorId Client;78        private bool RunSlowly;79        private double WaterLevel;80        private double WaterTemperature;81        private bool WaterHeaterButton;82        private TimerInfo WaterHeaterTimer;83        private bool WaterPump;84        private TimerInfo WaterPumpTimer;85        private readonly LogWriter Log = LogWriter.Instance;86        internal class HeaterTimerEvent : TimerElapsedEvent87        {88        }89        internal class WaterPumpTimerEvent : TimerElapsedEvent90        {91        }92        public MockWaterTank()93        {94            // Assume heater is off by default.95            this.WaterHeaterButton = false;96            this.WaterPump = false;97        }98        protected override Task OnInitializeAsync(Event initialEvent)99        {100            if (initialEvent is ConfigEvent ce)101            {102                this.RunSlowly = ce.RunSlowly;103            }104            // Since this is a mock, we randomly initialize the water temperature to105            // some sort of room temperature between 20 and 50 degrees celsius.106            this.WaterTemperature = this.RandomInteger(30) + 20;107            // Since this is a mock, we randomly initialize the water level to some value108            // between 0 and 100% full.109            this.WaterLevel = this.RandomInteger(100);110            return base.OnInitializeAsync(initialEvent);111        }112        private void OnRegisterClient(Event e)113        {114            this.Client = ((RegisterClientEvent)e).Caller;115        }116        private void OnReadWaterLevel()117        {118            if (this.Client != null)119            {120                this.SendEvent(this.Client, new WaterLevelEvent(this.WaterLevel));121            }122        }123        private void OnReadWaterTemperature()124        {125            if (this.Client != null)126            {127                this.SendEvent(this.Client, new WaterTemperatureEvent(this.WaterTemperature));128            }129        }130        private void OnWaterHeaterButton(Event e)131        {132            var evt = e as WaterHeaterButtonEvent;133            this.WaterHeaterButton = evt.PowerOn;134            // Should never turn on the heater when there is no water to heat.135            if (this.WaterHeaterButton && this.WaterLevel <= 0)136            {137                this.Assert(false, "Please do not turn on heater if there is no water");138            }139            if (this.WaterHeaterButton)140            {141                this.Monitor<DoorSafetyMonitor>(new BusyEvent());142                this.WaterHeaterTimer = this.StartPeriodicTimer(TimeSpan.FromSeconds(0.1), TimeSpan.FromSeconds(0.1), new HeaterTimerEvent());143            }144            else if (this.WaterHeaterTimer != null)145            {146                this.StopTimer(this.WaterHeaterTimer);147                this.WaterHeaterTimer = null;148            }149        }150        private void MonitorWaterTemperature()151        {152            double temp = this.WaterTemperature;153            if (this.WaterHeaterButton)154            {155                // Note: when running in production mode we run forever, and it is fun to156                // watch the water heat up and cool down. But in test mode this creates too157                // many async events to explore which makes the test slow. So in test mode158                // we short circuit this process and jump straight to the boundary conditions.159                if (!this.RunSlowly && temp < 99)160                {161                    temp = 99;162                }163                // Every time interval the temperature increases by 10 degrees up to 100 degrees.164                if (temp < 100)165                {166                    temp = (int)temp + 10;167                    this.WaterTemperature = temp;168                    if (this.Client != null)169                    {170                        this.SendEvent(this.Client, new WaterTemperatureEvent(this.WaterTemperature));171                    }172                }173                else174                {175                    if (this.Client != null)176                    {177                        this.SendEvent(this.Client, new WaterHotEvent());178                    }179                }180            }181            else182            {183                // Then it is cooling down to room temperature, more slowly.184                if (temp > 70)185                {186                    temp -= 0.1;187                    this.WaterTemperature = temp;188                }189            }190        }191        private void OnPumpWater(Event e)192        {193            var evt = e as PumpWaterEvent;194            this.WaterPump = evt.PowerOn;195            if (this.WaterPump)196            {197                this.Monitor<DoorSafetyMonitor>(new BusyEvent());198                // Should never turn on the make shots button when there is no water.199                if (this.WaterLevel <= 0)200                {201                    this.Assert(false, "Please do not turn on shot maker if there is no water");202                }203                // Time the shot then send shot complete event.204                this.WaterPumpTimer = this.StartPeriodicTimer(TimeSpan.FromSeconds(1), TimeSpan.FromSeconds(1), new WaterPumpTimerEvent());205            }206            else if (this.WaterPumpTimer != null)207            {208                this.StopTimer(this.WaterPumpTimer);209                this.WaterPumpTimer = null;210            }211        }212        private void MonitorWaterPump()213        {214            // One second of running water completes the shot.215            this.WaterLevel -= 1;216            if (this.WaterLevel > 0)217            {218                this.SendEvent(this.Client, new ShotCompleteEvent());219            }220            else221            {222                this.SendEvent(this.Client, new WaterEmptyEvent());223            }224            // Automatically stop the water when shot is completed.225            if (this.WaterPumpTimer != null)226            {...

MonitorWaterPump

Using AI Code Generation

1using System;2using System.Threading;3using System.Threading.Tasks;4using Microsoft.Coyote;5using Microsoft.Coyote.Actors;6using Microsoft.Coyote.Samples.CoffeeMachineActors;7{8    {9        private readonly TaskCompletionSource<bool> _tcs;10        private readonly CancellationToken _cancellationToken;11        public MockDoorSensor(TaskCompletionSource<bool> tcs, CancellationToken cancellationToken)12        {13            _tcs = tcs;14            _cancellationToken = cancellationToken;15        }16        [OnEventDoAction(typeof(UnitEvent), nameof(MonitorWaterPump))]17        private class Init : State { }18        private void MonitorWaterPump()19        {20            Random random = new Random();21            int delay = random.Next(1000, 5000);22            this.SendEvent(this.Id, new UnitEvent(), delay);23        }24        [OnEventDoAction(typeof(UnitEvent), nameof(DoorOpened))]25        private class DoorOpened : State { }26        private void DoorOpened()27        {28            _tcs.TrySetResult(true);29            this.RaiseGotoStateEvent<Init>();30        }31        [OnEventDoAction(typeof(UnitEvent), nameof(DoorClosed))]32        private class DoorClosed : State { }33        private void DoorClosed()34        {35            _tcs.TrySetResult(false);36            this.RaiseGotoStateEvent<Init>();37        }38    }39}

MonitorWaterPump

Using AI Code Generation

1var sensor = new MockDoorSensor();2sensor.MonitorWaterPump();3var sensor = new MockDoorSensor();4sensor.MonitorWaterPump();5var sensor = new MockDoorSensor();6sensor.MonitorWaterPump();7var sensor = new MockDoorSensor();8sensor.MonitorWaterPump();9var sensor = new MockDoorSensor();10sensor.MonitorWaterPump();11var sensor = new MockDoorSensor();12sensor.MonitorWaterPump();13var sensor = new MockDoorSensor();14sensor.MonitorWaterPump();15var sensor = new MockDoorSensor();16sensor.MonitorWaterPump();17var sensor = new MockDoorSensor();18sensor.MonitorWaterPump();19var sensor = new MockDoorSensor();20sensor.MonitorWaterPump();21var sensor = new MockDoorSensor();22sensor.MonitorWaterPump();

MonitorWaterPump

Using AI Code Generation

1using Microsoft.Coyote.Samples.CoffeeMachineActors;2{3    {4        private bool _isOpen;5        public DoorSensor()6        {7            _isOpen = false;8        }9        public void MonitorDoorSensor()10        {11            while (true)12            {13                ReceiveEvent<DoorSensorMessage>(msg =>14                {15                    if (msg.DoorOpen)16                    {17                        if (!_isOpen)18                        {19                            _isOpen = true;20                            this.SendEvent(new WaterPumpMessage(true));21                        }22                    }23                    {24                        if (_isOpen)25                        {26                            _isOpen = false;27                            this.SendEvent(new WaterPumpMessage(false));28                        }29                    }30                });31            }32        }33    }34}35using Microsoft.Coyote.Samples.CoffeeMachineActors;36{37    {38        private bool _isRunning;39        public WaterPump()40        {41            _isRunning = false;42        }43        public void MonitorWaterPump()44        {45            while (true)46            {47                ReceiveEvent<WaterPumpMessage>(msg =>48                {49                    if (msg.TurnOn)50                    {51                        if (!_isRunning)52                        {53                            _isRunning = true;54                            this.SendEvent(new BoilerMessage(true));55                        }56                    }57                    {58                        if (_isRunning)59                        {60                            _isRunning = false;61                            this.SendEvent(new BoilerMessage(false));62                        }63                    }64                });65            }66        }67    }68}69using Microsoft.Coyote.Samples.CoffeeMachineActors;

MonitorWaterPump

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote.Actors;4using Microsoft.Coyote.Samples.CoffeeMachineActors;5using Microsoft.Coyote.Samples.CoffeeMachineActors.MockActors;6using Microsoft.Coyote.Samples.CoffeeMachineActors.MockActors.MockDoorSensor;7using Microsoft.Coyote.Samples.CoffeeMachineActors.MockActors.MockWaterSensor;8using Microsoft.Coyote.Samples.CoffeeMachineActors.MockActors.MockWaterPump;9using Microsoft.Coyote.Samples.CoffeeMachineActors.MockActors.MockCoffeePot;10using Microsoft.Coyote.Samples.CoffeeMachineActors.MockActors.MockCoffeeMachine;11{12    {13        private bool IsWaterPumpOn;14        {15            public bool IsWaterPumpOn;16            public MonitorWaterPump(bool isWaterPumpOn)17            {18                this.IsWaterPumpOn = isWaterPumpOn;19            }20        }21        public class WaterPumpOn : Event { }22        public class WaterPumpOff : Event { }23        private void MonitorWaterPump(bool isWaterPumpOn)24        {25            this.IsWaterPumpOn = isWaterPumpOn;26            this.SendEvent(this.Id, new MonitorWaterPump(this.IsWaterPumpOn));27        }28        private async Task WaterPumpOnHandler()29        {30            this.MonitorWaterPump(true);31            await Task.CompletedTask;32        }33        private async Task WaterPumpOffHandler()34        {35            this.MonitorWaterPump(false);36            await Task.CompletedTask;37        }38        private class Init : Event { }39        protected override Task OnInitializeAsync(Event initialEvent)40        {41            this.RegisterMonitor<MockCoffeeMachine>(new MonitorWaterPump(this.IsWaterPumpOn));42            this.RegisterMonitor<MockCoffeePot>(new MonitorWaterPump(this.IsWaterPumpOn));43            this.RegisterMonitor<MockWaterSensor>(new MonitorWaterPump(this.IsWaterPumpOn));44            this.RegisterMonitor<MockDoorSensor>(new MonitorWaterPump(this.IsWaterPumpOn));45            return Task.CompletedTask;46        }

MonitorWaterPump

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Actors;5using Microsoft.Coyote.Samples.CoffeeMachineActors;6using Microsoft.Coyote.Samples.CoffeeMachineActors.Mocks;7using Microsoft.Coyote.Samples.CoffeeMachineActors.Sensors;8using Microsoft.Coyote.Samples.CoffeeMachineActors.Services;9using Microsoft.Coyote.Samples.CoffeeMachineActors.Services.Interfaces;10using Microsoft.Coyote.Samples.CoffeeMachineActors.Timers;11using Microsoft.Coyote.Samples.CoffeeMachineActors.Timers.Interfaces;12using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface;13using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Interfaces;14using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Messages;15using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Models;16using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Services;17using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Services.Interfaces;18using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.ViewModels;19using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Views;20using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Views.Interfaces;21{22    {23        private static void Main(string[] args)24        {25            var coffeeMachine = new ActorId("CoffeeMachine");26            var coffeeMachineActor = new CoffeeMachineActor(coffeeMachine);27            var userInterface = new ActorId("UserInterface");28            var userInterfaceActor = new UserInterfaceActor(userInterface);29            var doorSensor = new ActorId("DoorSensor");30            var doorSensorActor = new DoorSensorActor(doorSensor);31            var waterLevelSensor = new ActorId("WaterLevelSensor");32            var waterLevelSensorActor = new WaterLevelSensorActor(water

MonitorWaterPump

Using AI Code Generation

1{2    private DoorSensor doorSensor;3    public WaterPumpMonitor(DoorSensor doorSensor)4    {5        this.doorSensor = doorSensor;6    }7    public async Task MonitorWaterPump()8    {9        while (true)10        {11            await Task.Delay(1000);12            if (doorSensor.IsDoorOpen)13            {14                Console.WriteLine("Water pump is off");15            }16            {17                Console.WriteLine("Water pump is on");18            }19        }20    }21}22{23    private DoorSensor doorSensor;24    public WaterPumpMonitor(DoorSensor doorSensor)25    {26        this.doorSensor = doorSensor;27    }28    public async Task MonitorWaterPump()29    {30        while (true)31        {32            await Task.Delay(1000);33            if (doorSensor.IsDoorOpen)34            {35                Console.WriteLine("Water pump is off");36            }37            {38                Console.WriteLine("Water pump is on");39            }40        }41    }42}43{44    private DoorSensor doorSensor;45    public WaterPumpMonitor(DoorSensor doorSensor)46    {47        this.doorSensor = doorSensor;48    }49    public async Task MonitorWaterPump()50    {51        while (true)52        {53            await Task.Delay(1000);54            if (doorSensor.IsDoorOpen)55            {56                Console.WriteLine("Water pump is off");57            }58            {59                Console.WriteLine("Water pump is on");60            }61        }62    }63}64{65    private DoorSensor doorSensor;66    public WaterPumpMonitor(DoorSensor doorSensor)67    {68        this.doorSensor = doorSensor;69    }

MonitorWaterPump

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Actors;5using Microsoft.Coyote.Samples.CoffeeMachineActors;6{7    {8        public static async Task Main(string[] args)9        {10            var config = Configuration.Create().WithNumberOfIterations(10);11            await RunAsync(config);12        }13        public static async Task RunAsync(Configuration config)14        {15            var runtime = RuntimeFactory.Create(config);16            var machine = runtime.CreateActor(typeof(MockDoorSensor));17            runtime.SendEvent(machine, new MonitorWaterPump());18            await Task.CompletedTask;19        }20    }21}22using System;23using System.Threading.Tasks;24using Microsoft.Coyote;25using Microsoft.Coyote.Actors;26using Microsoft.Coyote.Samples.CoffeeMachineActors;27{28    {29        public static async Task Main(string[] args)30        {31            var config = Configuration.Create().WithNumberOfIterations(10);32            await RunAsync(config);33        }34        public static async Task RunAsync(Configuration config)35        {36            var runtime = RuntimeFactory.Create(config);37            var machine = runtime.CreateActor(typeof(MockDoorSensor));38            runtime.SendEvent(machine, new MonitorWaterPump());39            await Task.CompletedTask;40        }41    }42}43using System;44using System.Threading.Tasks;45using Microsoft.Coyote;46using Microsoft.Coyote.Actors;47using Microsoft.Coyote.Samples.CoffeeMachineActors;48{49    {50        public static async Task Main(string[] args)

MonitorWaterPump

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Actors;5using Microsoft.Coyote.Samples.CoffeeMachineActors;6using Microsoft.Coyote.Samples.CoffeeMachineActors.Mocks;7using Microsoft.Coyote.Samples.CoffeeMachineActors.Sensors;8using Microsoft.Coyote.Samples.CoffeeMachineActors.Services;9using Microsoft.Coyote.Samples.CoffeeMachineActors.Services.Interfaces;10using Microsoft.Coyote.Samples.CoffeeMachineActors.Timers;11using Microsoft.Coyote.Samples.CoffeeMachineActors.Timers.Interfaces;12using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface;13using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Interfaces;14using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Messages;15using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Models;16using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Services;17using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Services.Interfaces;18using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.ViewModels;19using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Views;20using Microsoft.Coyote.Samples.CoffeeMachineActors.UserInterface.Views.Interfaces;21{22    {23        private static void Main(string[] args)24        {25            var coffeeMachine = new ActorId("CoffeeMachine");26            var coffeeMachineActor = new CoffeeMachineActor(coffeeMachine);27            var userInterface = new ActorId("UserInterface");28            var userInterfaceActor = new UserInterfaceActor(userInterface);29            var doorSensor = new ActorId("DoorSensor");30            var doorSensorActor = new DoorSensorActor(doorSensor);31            var waterLevelSensor = new ActorId("WaterLevelSensor");32            var waterLevelSensorActor = new WaterLevelSensorActor(water

MonitorWaterPump

Using AI Code Generation

1{2    private DoorSensor doorSensor;3    public WaterPumpMonitor(DoorSensor doorSensor)4    {5        this.doorSensor = doorSensor;6    }7    public async Task MonitorWaterPump()8    {9        while (true)10        {11            await Task.Delay(1000);12            if (doorSensor.IsDoorOpen)13            {14                Console.WriteLine("Water pump is off");15            }16            {17                Console.WriteLine("Water pump is on");18            }19        }20    }21}22{23    private DoorSensor doorSensor;24    public WaterPumpMonitor(DoorSensor doorSensor)25    {26        this.doorSensor = doorSensor;27    }28    public async Task MonitorWaterPump()29    {30        while (true)31        {32            await Task.Delay(1000);33            if (doorSensor.IsDoorOpen)34            {35                Console.WriteLine("Water pump is off");36            }37            {38                Console.WriteLine("Water pump is on");39            }40        }41    }42}43{44    private DoorSensor doorSensor;45    public WaterPumpMonitor(DoorSensor doorSensor)46    {47        this.doorSensor = doorSensor;48    }49    public async Task MonitorWaterPump()50    {51        while (true)52        {53            await Task.Delay(1000);54            if (doorSensor.IsDoorOpen)55            {56                Console.WriteLine("Water pump is off");57            }58            {59                Console.WriteLine("Water pump is on");60            }61        }62    }63}64{65    private DoorSensor doorSensor;66    public WaterPumpMonitor(DoorSensor doorSensor)67    {68        this.doorSensor = doorSensor;69    }

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.