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How to use MonitorShot method of Microsoft.Coyote.Samples.CoffeeMachineTasks.MockSensors class

Best Coyote code snippet using Microsoft.Coyote.Samples.CoffeeMachineTasks.MockSensors.MonitorShot

MockSensors.cs

Source:MockSensors.cs

...217                }218                if (value && this.ShotTimer == null)219                {220                    // Start monitoring the coffee level.221                    this.ShotTimer = new ControlledTimer("ShotTimer", TimeSpan.FromSeconds(1), this.MonitorShot);222                }223                else if (!value && this.ShotTimer != null)224                {225                    StopTimer(this.ShotTimer);226                    this.ShotTimer = null;227                }228            }229        }230        public async Task SetDumpGrindsButtonAsync(bool value)231        {232            await Task.Delay(1);233            if (value)234            {235                // This is a toggle button, in no time grinds are dumped (just for simplicity).236                this.PortaFilterCoffeeLevel = 0;237            }238        }239        private void MonitorWaterTemperature()240        {241            double temp = this.WaterTemperature;242            if (this.WaterHeaterButton)243            {244                // Note: when running in production mode we run forever, and it is fun to245                // watch the water heat up and cool down. But in test mode this creates too246                // many async events to explore which makes the test slow. So in test mode247                // we short circuit this process and jump straight to the boundary conditions.248                if (!this.RunSlowly && temp < 99)249                {250                    temp = 99;251                }252                // Every time interval the temperature increases by 10 degrees up to 100 degrees.253                if (temp < 100)254                {255                    temp = (int)temp + 10;256                    this.WaterTemperature = temp;257                    this.WaterTemperatureChanged?.Invoke(this, this.WaterTemperature);258                }259                else260                {261                    this.WaterHot?.Invoke(this, true);262                }263            }264            else265            {266                // Then it is cooling down to room temperature, more slowly.267                if (temp > 70)268                {269                    temp -= 0.1;270                    this.WaterTemperature = temp;271                }272            }273            // Start another callback.274            this.WaterHeaterTimer = new ControlledTimer("WaterHeaterTimer", TimeSpan.FromSeconds(0.1), this.MonitorWaterTemperature);275        }276        private void MonitorGrinder()277        {278            // Every time interval the porta filter fills 10%. When it's full the grinder turns off279            // automatically, unless the hopper is empty in which case grinding does nothing!280            Task.Run(async () =>281            {282                bool changed = false;283                bool notifyEmpty = false;284                bool turnOffGrinder = false;285                using (await this.Lock.AcquireAsync())286                {287                    double hopperLevel = this.HopperLevel;288                    if (hopperLevel > 0)289                    {290                        double level = this.PortaFilterCoffeeLevel;291                        // Note: when running in production mode we run in real time, and it is fun292                        // to watch the porta filter filling up. But in test mode this creates too293                        // many async events to explore which makes the test slow. So in test mode294                        // we short circuit this process and jump straight to the boundary conditions.295                        if (!this.RunSlowly && level < 99)296                        {297                            hopperLevel -= 98 - (int)level;298                            this.Log.WriteLine("### HopperLevel: RunSlowly = {0}, level = {1}", this.RunSlowly, hopperLevel);299                            level = 99;300                        }301                        if (level < 100)302                        {303                            level += 10;304                            this.PortaFilterCoffeeLevel = level;305                            changed = true;306                            if (level >= 100)307                            {308                                turnOffGrinder = true;309                            }310                        }311                        // And the hopper level drops by 0.1 percent.312                        hopperLevel -= 1;313                        this.HopperLevel = hopperLevel;314                    }315                    if (this.HopperLevel <= 0)316                    {317                        hopperLevel = 0;318                        notifyEmpty = true;319                        StopTimer(this.CoffeeLevelTimer);320                        this.CoffeeLevelTimer = null;321                    }322                }323                if (turnOffGrinder)324                {325                    // Turning off the grinder is automatic.326                    await this.OnGrinderButtonChanged(false);327                }328                // Event callbacks should not be inside the lock otherwise we could get deadlocks.329                if (notifyEmpty && this.HopperEmpty != null)330                {331                    this.HopperEmpty(this, true);332                }333                if (changed && this.PortaFilterCoffeeLevelChanged != null)334                {335                    this.PortaFilterCoffeeLevelChanged(this, this.PortaFilterCoffeeLevel);336                }337                if (this.HopperLevel <= 0 && this.HopperEmpty != null)338                {339                    this.HopperEmpty(this, true);340                }341                // Start another callback.342                this.CoffeeLevelTimer = new ControlledTimer("WaterHeaterTimer", TimeSpan.FromSeconds(0.1), this.MonitorGrinder);343            });344        }345        private void MonitorShot()346        {347            Task.Run(async () =>348            {349                // One second of running water completes the shot.350                using (await this.Lock.AcquireAsync())351                {352                    this.WaterLevel -= 1;353                    // Turn off the water.354                    this.ShotButton = false;355                    this.ShotTimer = null;356                }357                // Event callbacks should not be inside the lock otherwise we could get deadlocks.358                if (this.WaterLevel > 0)359                {...

MonitorShot

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Samples.CoffeeMachineTasks;5{6    {7        public static async Task Main(string[] args)8        {9            await Task.Run(() => MockSensors.MonitorShot());10        }11    }12}13using System;14using System.Threading.Tasks;15using Microsoft.Coyote;16using Microsoft.Coyote.Samples.CoffeeMachineTasks;17{18    {19        public static async Task Main(string[] args)20        {21            await Task.Run(() => MockSensors.MonitorShot());22        }23    }24}25using System;26using System.Threading.Tasks;27using Microsoft.Coyote;28using Microsoft.Coyote.Samples.CoffeeMachineTasks;29{30    {31        public static async Task Main(string[] args)32        {33            await Task.Run(() => MockSensors.MonitorShot());34        }35    }36}37using System;38using System.Threading.Tasks;39using Microsoft.Coyote;40using Microsoft.Coyote.Samples.CoffeeMachineTasks;41{42    {43        public static async Task Main(string[] args)44        {45            await Task.Run(() => MockSensors.MonitorShot());46        }47    }48}49using System;50using System.Threading.Tasks;51using Microsoft.Coyote;52using Microsoft.Coyote.Samples.CoffeeMachineTasks;53{54    {55        public static async Task Main(string[] args)56        {57            await Task.Run(() => MockSensors.MonitorShot());58        }

MonitorShot

Using AI Code Generation

1using Microsoft.Coyote;2using Microsoft.Coyote.Samples.CoffeeMachineTasks;3using Microsoft.Coyote.Tasks;4using System;5using System.Threading.Tasks;6{7    {8        public static Task<bool> MonitorShot()9        {10            return Task.Run(() =>11            {12                Task.Delay(1000).Wait();13                return true;14            });15        }16    }17}18using Microsoft.Coyote;19using Microsoft.Coyote.Samples.CoffeeMachineTasks;20using Microsoft.Coyote.Tasks;21using System;22using System.Threading.Tasks;23{24    {25        public static Task MakeCoffee()26        {27            return Task.Run(() =>28            {29                MockSensors.MonitorShot().Wait();30            });31        }32    }33}34using Microsoft.Coyote;35using Microsoft.Coyote.Samples.CoffeeMachineTasks;36using Microsoft.Coyote.Tasks;37using System;38using System.Threading.Tasks;39{40    {41        public static Task MakeCoffee()42        {43            return Task.Run(() =>44            {45                MockSensors.MonitorShot().Wait();46            });47        }48    }49}

MonitorShot

Using AI Code Generation

1using Microsoft.Coyote.Samples.CoffeeMachineTasks;2using System;3using System.Threading.Tasks;4{5    {6        static async Task Main(string[] args)7        {8            Console.WriteLine("Press any key to start the program");9            Console.ReadKey();10            var sensors = new MockSensors();11            sensors.MonitorShot();12            Console.WriteLine("Press any key to end the program");13            Console.ReadKey();14        }15    }16}17using Microsoft.Coyote.Samples.CoffeeMachineTasks;18using System;19using System.Threading.Tasks;20{21    {22        static async Task Main(string[] args)23        {24            Console.WriteLine("Press any key to start the program");25            Console.ReadKey();26            var sensors = new MockSensors();27            sensors.MonitorShot();28            Console.WriteLine("Press any key to end the program");29            Console.ReadKey();30        }31    }32}33using Microsoft.Coyote.Samples.CoffeeMachineTasks;34using System;35using System.Threading.Tasks;36{37    {38        static async Task Main(string[] args)39        {40            Console.WriteLine("Press any key to start the program");41            Console.ReadKey();42            var sensors = new MockSensors();43            sensors.MonitorShot();44            Console.WriteLine("Press any key to end the program");45            Console.ReadKey();46        }47    }48}49using Microsoft.Coyote.Samples.CoffeeMachineTasks;50using System;51using System.Threading.Tasks;52{53    {54        static async Task Main(string[] args)55        {56            Console.WriteLine("Press any key to start the program");57            Console.ReadKey();58            var sensors = new MockSensors();59            sensors.MonitorShot();60            Console.WriteLine("Press any key to end the program");61            Console.ReadKey();62        }63    }64}

MonitorShot

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Samples.CoffeeMachineTasks;5using Microsoft.Coyote.Tasks;6using Microsoft.Coyote.Samples.CoffeeMachineTasks.Events;7using Microsoft.Coyote.Samples.CoffeeMachineTasks.Tasks;8{9    {10        private bool _isBrewing;11        private bool _isReady;12        private bool _isCoffeePresent;13        private bool _isWaterPresent;14        private bool _isPotPresent;15        private bool _isHotPlateOn;16        private bool _isDoorClosed;17        private bool _isCoffeePotFull;18        private bool _isCoffeePotFullAndReady;19        private bool _isCoffeePotEmpty;20        private bool _isCoffeePotEmptyAndReady;21        private bool _isCoffeePotPresent;22        private bool _isCoffeePotPresentAndReady;23        private bool _isCoffeePotRemoved;24        private bool _isCoffeePotRemovedAndReady;25        private bool _isCoffeePotPlaced;26        private bool _isCoffeePotPlacedAndReady;27        private bool _isWaterPotFull;28        private bool _isWaterPotFullAndReady;29        private bool _isWaterPotEmpty;30        private bool _isWaterPotEmptyAndReady;31        private bool _isWaterPotPresent;32        private bool _isWaterPotPresentAndReady;33        private bool _isWaterPotRemoved;34        private bool _isWaterPotRemovedAndReady;35        private bool _isWaterPotPlaced;36        private bool _isWaterPotPlacedAndReady;37        [OnEventDoAction(typeof(StartBrewingCoffee), nameof(StartBrewingCoffee))]38        [OnEventDoAction(typeof(StopBrewingCoffee), nameof(StopBrewingCoffee))]39        [OnEventDoAction(typeof(CoffeePotPlaced), nameof(CoffeePotPlaced))]40        [OnEventDoAction(typeof(CoffeePotRemoved), nameof(CoffeePotRemoved))]41        [OnEventDoAction(typeof(CoffeePotFull), nameof(CoffeePotFull))]42        [OnEventDoAction(typeof(CoffeePotEmpty), nameof(CoffeePotEmpty))]43        [OnEventDoAction(typeof(WaterPotPlaced), nameof(WaterPotPlaced))]

MonitorShot

Using AI Code Generation

1public void TestMonitorShot()2{3    var config = Configuration.Create();4    config.SchedulingIterations = 100;5    config.TestingIterations = 100;6    config.Verbose = 2;7    config.MaxFairSchedulingSteps = 100;8    config.MaxUnfairSchedulingSteps = 100;9    config.MaxUnfairSchedulingStepsBound = 100;10    config.MaxSchedulingSteps = 100;11    config.SchedulingStrategy = SchedulingStrategy.DFS;12    config.ScheduleTrace = true;13    config.SchedulingSeed = 1;14    config.SchedulingIterations = 100;15    config.TestingIterations = 100;16    config.MaxFairSchedulingSteps = 100;17    config.MaxUnfairSchedulingSteps = 100;18    config.MaxUnfairSchedulingStepsBound = 100;19    config.MaxSchedulingSteps = 100;20    config.SchedulingStrategy = SchedulingStrategy.DFS;21    config.ScheduleTrace = true;22    config.SchedulingSeed = 1;23    config.SchedulingIterations = 100;24    config.TestingIterations = 100;25    config.MaxFairSchedulingSteps = 100;26    config.MaxUnfairSchedulingSteps = 100;27    config.MaxUnfairSchedulingStepsBound = 100;28    config.MaxSchedulingSteps = 100;29    config.SchedulingStrategy = SchedulingStrategy.DFS;30    config.ScheduleTrace = true;31    config.SchedulingSeed = 1;32    config.SchedulingIterations = 100;33    config.TestingIterations = 100;34    config.MaxFairSchedulingSteps = 100;35    config.MaxUnfairSchedulingSteps = 100;36    config.MaxUnfairSchedulingStepsBound = 100;37    config.MaxSchedulingSteps = 100;38    config.SchedulingStrategy = SchedulingStrategy.DFS;39    config.ScheduleTrace = true;40    config.SchedulingSeed = 1;41    config.SchedulingIterations = 100;42    config.TestingIterations = 100;43    config.MaxFairSchedulingSteps = 100;44    config.MaxUnfairSchedulingSteps = 100;45    config.MaxUnfairSchedulingStepsBound = 100;46    config.MaxSchedulingSteps = 100;47    config.SchedulingStrategy = SchedulingStrategy.DFS;48    config.ScheduleTrace = true;49    config.SchedulingSeed = 1;

MonitorShot

Using AI Code Generation

1private static async Task SimulateShotAsync()2{3    await Task.Delay(1000);4    MockSensors.MonitorShot();5}6private static async Task SimulateWaterAsync()7{8    await Task.Delay(1000);9    MockSensors.MonitorWater();10}11private static async Task SimulateMilkAsync()12{13    await Task.Delay(1000);14    MockSensors.MonitorMilk();15}16private static async Task SimulateCupAsync()17{18    await Task.Delay(1000);19    MockSensors.MonitorCup();20}21private static async Task SimulateButtonAsync()22{23    await Task.Delay(1000);24    MockSensors.MonitorButton();25}26private static async Task SimulateBoilerAsync()27{28    await Task.Delay(1000);29    MockSensors.MonitorBoiler();30}31private static async Task SimulatePotAsync()32{

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