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How to use Release method of Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock class

Best Coyote code snippet using Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock.Release

AsyncLock.cs

Source:AsyncLock.cs

...34        /// Tries to acquire the lock asynchronously, and returns a task that completes35        /// when the lock has been acquired. The returned task contains a releaser that36        /// releases the lock when disposed. This is not a reentrant operation.37        /// </summary>38        public virtual async Task<Releaser> AcquireAsync()39        {40            TaskCompletionSource<object> awaiter;41            lock (this.Awaiters)42            {43                if (this.IsAcquired)44                {45                    awaiter = new TaskCompletionSource<object>();46                    this.Awaiters.Enqueue(awaiter);47                }48                else49                {50                    this.IsAcquired = true;51                    awaiter = null;52                }53            }54            if (awaiter != null)55            {56                await awaiter.Task;57            }58            return new Releaser(this);59        }60        /// <summary>61        /// Releases the lock.62        /// </summary>63        protected virtual void Release()64        {65            TaskCompletionSource<object> awaiter = null;66            lock (this.Awaiters)67            {68                if (this.Awaiters.Count > 0)69                {70                    awaiter = this.Awaiters.Dequeue();71                }72                else73                {74                    this.IsAcquired = false;75                }76            }77            awaiter?.SetResult(null);78        }79        /// <summary>80        /// Releases the acquired <see cref="AsyncLock"/> when disposed.81        /// </summary>82        public struct Releaser : IDisposable83        {84            /// <summary>85            /// The acquired lock.86            /// </summary>87            private readonly AsyncLock AsyncLock;88            /// <summary>89            /// Initializes a new instance of the <see cref="Releaser"/> struct.90            /// </summary>91            internal Releaser(AsyncLock asyncLock)92            {93                this.AsyncLock = asyncLock;94            }95            /// <summary>96            /// Releases the acquired lock.97            /// </summary>98            public void Dispose() => this.AsyncLock?.Release();99        }100    }101}...

Release

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Threading.Tasks;4using Microsoft.Coyote.Samples.CoffeeMachineTasks;5{6    {7            new Queue<TaskCompletionSource<bool>>();8        private bool _isLocked = false;9        public Task<IDisposable> AcquireAsync()10        {11            lock (_waitingTasks)12            {13                if (!_isLocked)14                {15                    _isLocked = true;16                    return Task.FromResult((IDisposable)new Releaser(this));17                }18                {19                    var tcs = new TaskCompletionSource<bool>();20                    _waitingTasks.Enqueue(tcs);21                    return tcs.Task.ContinueWith((_, state) => (IDisposable)new Releaser((AsyncLock)state),22                        this);23                }24            }25        }26        private void Release()27        {28            TaskCompletionSource<bool> toRelease = null;29            lock (_waitingTasks)30            {31                if (_waitingTasks.Count > 0)32                {33                    toRelease = _waitingTasks.Dequeue();34                }35                {36                    _isLocked = false;37                }38            }39            if (toRelease != null)40            {41                toRelease.SetResult(true);42            }43        }44        {45            private readonly AsyncLock _toRelease;46            internal Releaser(AsyncLock toRelease) { _toRelease = toRelease; }47            public void Dispose() { _toRelease.Release(); }48        }49    }50}51using System;52using System.Threading.Tasks;53using Microsoft.Coyote;54using Microsoft.Coyote.Actors;55{56    {57        private readonly AsyncLock _mutex = new AsyncLock();58        private readonly int _brewTime;59        private readonly int _grindTime;60        private readonly int _pourTime;61        private readonly int _heatTime;

Release

Using AI Code Generation

1await Release();2await Release();3await Release();4await Release();5await Release();6await Release();7await Release();8await Release();9await Release();10await Release();11await Release();12await Release();13await Release();14await Release();

Release

Using AI Code Generation

1public static async Task RunAsync()2{3    var machine = new CoffeeMachine();4    await machine.RunAsync();5}6public static async Task RunAsync()7{8    var machine = new CoffeeMachine();9    await machine.RunAsync();10}11public static async Task RunAsync()12{13    var machine = new CoffeeMachine();14    await machine.RunAsync();15}16public static async Task RunAsync()17{18    var machine = new CoffeeMachine();19    await machine.RunAsync();20}21public static async Task RunAsync()22{23    var machine = new CoffeeMachine();24    await machine.RunAsync();25}26public static async Task RunAsync()27{28    var machine = new CoffeeMachine();29    await machine.RunAsync();30}31public static async Task RunAsync()32{33    var machine = new CoffeeMachine();34    await machine.RunAsync();35}36public static async Task RunAsync()37{38    var machine = new CoffeeMachine();39    await machine.RunAsync();40}41public static async Task RunAsync()42{43    var machine = new CoffeeMachine();44    await machine.RunAsync();45}46public static async Task RunAsync()47{48    var machine = new CoffeeMachine();49    await machine.RunAsync();50}

Release

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Tasks;5using Microsoft.Coyote.Samples.CoffeeMachineTasks;6{7    {8        private readonly object _mutex;9        private bool _isBusy;10        public AsyncLock()11        {12            _mutex = new object();13            _isBusy = false;14        }15        public async Task<IDisposable> AcquireAsync()16        {17            await Task.Run(() =>18            {19                lock (_mutex)20                {21                    while (_isBusy)22                    {23                        Monitor.Wait(_mutex);24                    }25                    _isBusy = true;26                }27            });28            return new Releaser(this);29        }30        {31            private readonly AsyncLock _toRelease;32            public Releaser(AsyncLock toRelease)33            {34                _toRelease = toRelease;35            }36            public void Dispose()37            {38                lock (_toRelease._mutex)39                {40                    _toRelease._isBusy = false;41                    Monitor.PulseAll(_toRelease._mutex);42                }43            }44        }45    }46}47using System;48using System.Threading.Tasks;49using Microsoft.Coyote;50using Microsoft.Coyote.Tasks;51using Microsoft.Coyote.Samples.CoffeeMachineTasks;52{53    {54        private readonly AsyncLock _lock;55        private readonly int _waterCapacity;56        private readonly int _coffeeCapacity;57        private int _waterLevel;58        private int _coffeeLevel;59        public CoffeeMachine(int waterCapacity, int coffeeCapacity)60        {61            _lock = new AsyncLock();62            _waterCapacity = waterCapacity;63            _coffeeCapacity = coffeeCapacity;64            _waterLevel = 0;65            _coffeeLevel = 0;66        }67        public async Task FillWater(int amount)68        {69            using (await _lock.AcquireAsync())70            {71                if (_waterLevel + amount > _waterCapacity)72                {73                    throw new InvalidOperationException("Cannot fill water tank over capacity.");74                }75                _waterLevel += amount;

Release

Using AI Code Generation

1var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();2using (await Lock.AcquireAsync())3{4}5var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();6using (await Lock.AcquireAsync())7{8}9var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();10using (await Lock.AcquireAsync())11{12}13var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();14using (await Lock.AcquireAsync())15{16}17var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();18using (await Lock.AcquireAsync())19{20}21var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();22using (await Lock.AcquireAsync())23{24}25var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();26using (await Lock.AcquireAsync())27{28}29var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();30using (await Lock.AcquireAsync())31{32}

Release

Using AI Code Generation

1async Task ReleaseAsync()2{3    await this.asyncLock.ReleaseAsync();4}5Task Release()6{7    return this.asyncLock.Release();8}9void Release()10{11    this.asyncLock.Release();12}13async Task Release()14{15    await this.asyncLock.Release();16}17Task Release()18{19    return this.asyncLock.Release();20}21void Release()22{23    this.asyncLock.Release();24}25async Task Release()26{27    await this.asyncLock.Release();28}29Task Release()30{31    return this.asyncLock.Release();32}33void Release()34{35    this.asyncLock.Release();36}37async Task Release()38{39    await this.asyncLock.Release();40}41Task Release()42{43    return this.asyncLock.Release();44}

Release

Using AI Code Generation

1public static async Task RunAsync()2{3    var machine = new CoffeeMachine();4    await machine.RunAsync();5}6public static async Task RunAsync()7{8    var machine = new CoffeeMachine();9    await machine.RunAsync();10}11public static async Task RunAsync()12{13    var machine = new CoffeeMachine();14    await machine.RunAsync();15}16public static async Task RunAsync()17{18    var machine = new CoffeeMachine();19    await machine.RunAsync();20}21public static async Task RunAsync()22{23    var machine = new CoffeeMachine();24    await machine.RunAsync();25}26public static async Task RunAsync()27{28    var machine = new CoffeeMachine();29    await machine.RunAsync();30}31public static async Task RunAsync()32{33    var machine = new CoffeeMachine();34    await machine.RunAsync();35}36public static async Task RunAsync()37{38    var machine = new CoffeeMachine();39    await machine.RunAsync();40}41public static async Task RunAsync()42{43    var machine = new CoffeeMachine();44    await machine.RunAsync();45}46public static async Task RunAsync()47{48    var machine = new CoffeeMachine();49    await machine.RunAsync();50}

Release

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Microsoft.Coyote;4using Microsoft.Coyote.Tasks;5using Microsoft.Coyote.Samples.CoffeeMachineTasks;6{7    {8        private readonly object _mutex;9        private bool _isBusy;10        public AsyncLock()11        {12            _mutex = new object();13            _isBusy = false;14        }15        public async Task<IDisposable> AcquireAsync()16        {17            await Task.Run(() =>18            {19                lock (_mutex)20                {21                    while (_isBusy)22                    {23                        Monitor.Wait(_mutex);24                    }25                    _isBusy = true;26                }27            });28            return new Releaser(this);29        }30        {31            private readonly AsyncLock _toRelease;32            public Releaser(AsyncLock toRelease)33            {34                _toRelease = toRelease;35            }36            public void Dispose()37            {38                lock (_toRelease._mutex)39                {40                    _toRelease._isBusy = false;41                    Monitor.PulseAll(_toRelease._mutex);42                }43            }44        }45    }46}47using System;48using System.Threading.Tasks;49using Microsoft.Coyote;50using Microsoft.Coyote.Tasks;51using Microsoft.Coyote.Samples.CoffeeMachineTasks;52{53    {54        private readonly AsyncLock _lock;55        private readonly int _waterCapacity;56        private readonly int _coffeeCapacity;57        private int _waterLevel;58        private int _coffeeLevel;59        public CoffeeMachine(int waterCapacity, int coffeeCapacity)60        {61            _lock = new AsyncLock();62            _waterCapacity = waterCapacity;63            _coffeeCapacity = coffeeCapacity;64            _waterLevel = 0;65            _coffeeLevel = 0;66        }67        public async Task FillWater(int amount)68        {69            using (await _lock.AcquireAsync())70            {71                if (_waterLevel + amount > _waterCapacity)72                {73                    throw new InvalidOperationException("Cannot fill water tank over capacity.");74                }75                _waterLevel += amount;

Release

Using AI Code Generation

1var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();2using (await Lock.AcquireAsync())3{4}5var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();6using (await Lock.AcquireAsync())7{8}9var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();10using (await Lock.AcquireAsync())11{12}13var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();14using (await Lock.AcquireAsync())15{16}17var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();18using (await Lock.AcquireAsync())19{20}21var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();22using (await Lock.AcquireAsync())23{24}25var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();26using (await Lock.AcquireAsync())27{28}29var Lock = new Microsoft.Coyote.Samples.CoffeeMachineTasks.AsyncLock();30using (await Lock.AcquireAsync())31{32}

Release

Using AI Code Generation

1using System;2using System.Collections.Generic;3using System.Threading.Tasks;4using Microsoft.Coyote.Samples.CoffeeMachineTasks;5{6    {7            new Queue<TaskCompletionSource<bool>>();8        private bool _isLocked = false;9        public Task<IDisposable> AcquireAsync()10        {11            lock (_waitingTasks)12            {13                if (!_isLocked)14                {15                    _isLocked = true;16                    return Task.FromResult((IDisposable)new Releaser(this));17                }18                {19                    var tcs = new TaskCompletionSource<bool>();20                    _waitingTasks.Enqueue(tcs);21                    return tcs.Task.ContinueWith((_, state) => (IDisposable)new Releaser((AsyncLock)state),22                        this);23                }24            }25        }26        private void Release()27        {28            TaskCompletionSource<bool> toRelease = null;29            lock (_waitingTasks)30            {31                if (_waitingTasks.Count > 0)32                {33                    toRelease = _waitingTasks.Dequeue();34                }35                {36                    _isLocked = false;37                }38            }39            if (toRelease != null)40            {41                toRelease.SetResult(true);42            }43        }44        {45            private readonly AsyncLock _toRelease;46            internal Releaser(AsyncLock toRelease) { _toRelease = toRelease; }47            public void Dispose() { _toRelease.Release(); }48        }49    }50}51using System;52using System.Threading.Tasks;53using Microsoft.Coyote;54using Microsoft.Coyote.Actors;55{56    {57        private readonly AsyncLock _mutex = new AsyncLock();58        private readonly int _brewTime;59        private readonly int _grindTime;60        private readonly int _pourTime;61        private readonly int _heatTime;

Release

Using AI Code Generation

1await Release();2await Release();3await Release();4await Release();5await Release();6await Release();7await Release();8await Release();9await Release();10await Release();11await Release();12await Release();13await Release();14await Release();

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