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How to use OnPumpWater method of Microsoft.Coyote.Samples.CoffeeMachineActors.MockWaterTank class

Best Coyote code snippet using Microsoft.Coyote.Samples.CoffeeMachineActors.MockWaterTank.OnPumpWater

MockSensors.cs

Source:MockSensors.cs

...69    [OnEventDoAction(typeof(ReadWaterLevelEvent), nameof(OnReadWaterLevel))]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            }...

OnPumpWater

Using AI Code Generation

1var waterTank = new MockWaterTank();2waterTank.OnPumpWater();3var waterTank = new MockWaterTank();4waterTank.OnPumpWater();5var waterTank = new MockWaterTank();6waterTank.OnPumpWater();7var waterTank = new MockWaterTank();8waterTank.OnPumpWater();9var waterTank = new MockWaterTank();10waterTank.OnPumpWater();11var waterTank = new MockWaterTank();12waterTank.OnPumpWater();13var waterTank = new MockWaterTank();14waterTank.OnPumpWater();15var waterTank = new MockWaterTank();16waterTank.OnPumpWater();17var waterTank = new MockWaterTank();18waterTank.OnPumpWater();19var waterTank = new MockWaterTank();20waterTank.OnPumpWater();

OnPumpWater

Using AI Code Generation

1using Microsoft.Coyote.Samples.CoffeeMachineActors;2using Microsoft.Coyote;3using Microsoft.Coyote.Actors;4using Microsoft.Coyote.Actors.Timers;5using Microsoft.Coyote.Tasks;6using System;7using System.Threading.Tasks;8{9    {10        public static async Task Main(string[] args)11        {12            var config = Configuration.Create();13            config.SchedulingIterations = 1000;14            config.SchedulingStrategy = SchedulingStrategy.DepthFirstSearch;15            config.SchedulingRandomSeed = 1;16            config.SchedulingVerbosity = SchedulingVerbosity.Detailed;17            config.SchedulingMaxSteps = 1000;18            config.SchedulingMaxFairSchedules = 1000;

OnPumpWater

Using AI Code Generation

1using System;2using Microsoft.Coyote.Samples.CoffeeMachineActors;3using Microsoft.CoyoteActors;4using Microsoft.CoyoteActors.Timers;5using Microsoft.CoyoteActors.Runtime;6{7    {8        private readonly MockWaterTank waterTank;9        public WaterTankActor()10        {11            this.waterTank = new MockWaterTank();12        }13        [OnEventDoAction(typeof(PumpWaterEvent), nameof(PumpWater))]14        {15        }16        private void PumpWater()17        {18            this.waterTank.OnPumpWater();19        }20    }21}22using System;23using Microsoft.Coyote.Samples.CoffeeMachineActors;24using Microsoft.CoyoteActors;25using Microsoft.CoyoteActors.Timers;26using Microsoft.CoyoteActors.Runtime;27{28    {29        private readonly MockWaterTank waterTank;30        public WaterTankActor()31        {32            this.waterTank = new MockWaterTank();33        }34        [OnEventDoAction(typeof(PumpWaterEvent), nameof(PumpWater))]35        {36        }37        private void PumpWater()38        {39            this.waterTank.OnPumpWater();40        }41    }42}43using System;44using Microsoft.Coyote.Samples.CoffeeMachineActors;45using Microsoft.CoyoteActors;46using Microsoft.CoyoteActors.Timers;47using Microsoft.CoyoteActors.Runtime;48{49    {50        private readonly MockWaterTank waterTank;51        public WaterTankActor()52        {53            this.waterTank = new MockWaterTank();54        }55        [OnEventDoAction(typeof(PumpWaterEvent), nameof(PumpWater))]56        {57        }

OnPumpWater

Using AI Code Generation

1using System.Threading.Tasks;2using Microsoft.Coyote;3using Microsoft.Coyote.Actors;4using Microsoft.Coyote.Samples.CoffeeMachineActors;5{6    {7        private static async Task Main(string[] args)8        {9            var config = Configuration.Create();10            var runtime = RuntimeFactory.Create(config);11            var coffeeMachine = runtime.CreateActor(typeof(CoffeeMachine));12            await runtime.SendEvent(coffeeMachine, new Start());13            await runtime.WaitCompletionAsync(coffeeMachine);14            runtime.Dispose();15        }16    }17    {18        private ActorId WaterTank;19        private ActorId CoffeeTank;20        private ActorId SteamTank;21        private ActorId Heater;22        [OnEntry(nameof(InitOnEntry))]23        [OnEventDoAction(typeof(Start), nameof(StartCoffeeMachine))]24        {25        }26        private void InitOnEntry(Event e)27        {28            this.WaterTank = this.CreateActor(typeof(MockWaterTank));29            this.CoffeeTank = this.CreateActor(typeof(MockCoffeeTank));30            this.SteamTank = this.CreateActor(typeof(MockSteamTank));31            this.Heater = this.CreateActor(typeof(MockHeater));32        }33        private async Task StartCoffeeMachine()34        {35            await this.SendEvent(this.WaterTank, new PumpWater());36            await this.SendEvent(this.CoffeeTank, new PumpCoffee());37            await this.SendEvent(this.SteamTank, new PumpSteam());38            await this.SendEvent(this.Heater, new HeatWater());39        }40    }41}

OnPumpWater

Using AI Code Generation

1public void OnPumpWater(int amount)2{3    Console.WriteLine("OnPumpWater: " + amount);4    this.waterLevel -= amount;5    Console.WriteLine("Water level: " + this.waterLevel);6}7public void OnPumpWater(int amount)8{9    Console.WriteLine("OnPumpWater: " + amount);10    this.waterLevel -= amount;11    Console.WriteLine("Water level: " + this.waterLevel);12}13public void OnPumpWater(int amount)14{15    Console.WriteLine("OnPumpWater: " + amount);16    this.waterLevel -= amount;17    Console.WriteLine("Water level: " + this.waterLevel);18}19public void OnPumpWater(int amount)20{21    Console.WriteLine("OnPumpWater: " + amount);22    this.waterLevel -= amount;23    Console.WriteLine("Water level: " + this.waterLevel);24}25public void OnPumpWater(int amount)26{27    Console.WriteLine("OnPumpWater: " + amount);28    this.waterLevel -= amount;29    Console.WriteLine("Water level: " + this.waterLevel);30}31public void OnPumpWater(int amount)32{33    Console.WriteLine("OnPump

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