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How to use Dispose method of Xunit.Sdk.AsyncDisposableWrapper class

Best Xunit code snippet using Xunit.Sdk.AsyncDisposableWrapper.Dispose

DisposalTracker.cs

Source:DisposalTracker.cs

...8{9	/// <summary>10	/// Tracks disposable objects, and disposes them in the reverse order they were added to11	/// the tracker. Supports both <see cref="IDisposable"/> and <see cref="IAsyncDisposable"/>.12	/// You can either directly dispose this object (via <see cref="DisposeAsync"/>), or you13	/// can enumerate the items contained inside of it (via <see cref="TrackedObjects"/>).14	/// Also supports hand-registering disposal actions via <see cref="AddAction"/>15	/// and <see cref="AddAsyncAction"/>. Note that an object implements both interfaces,16	/// this will *only* call <see cref="IAsyncDisposable.DisposeAsync"/> and will not17	/// call <see cref="IDisposable.Dispose"/>.18	/// </summary>19	public class DisposalTracker : IAsyncDisposable20	{21		bool disposed;22		readonly Stack<object> trackedObjects = new();23		/// <summary>24		/// Gets a list of the items that are currently being tracked.25		/// </summary>26		public IReadOnlyCollection<object> TrackedObjects27		{28			get29			{30				lock (trackedObjects)31				{32					GuardNotDisposed();33					return trackedObjects.ToList();34				}35			}36		}37		/// <summary>38		/// Add an object to be disposed. It may optionally support <see cref="IDisposable"/>39		/// and/or <see cref="IAsyncDisposable"/>.40		/// </summary>41		/// <param name="object">The object to be disposed.</param>42		public void Add(object? @object)43		{44			lock (trackedObjects)45			{46				GuardNotDisposed();47				AddInternal(@object);48			}49		}50		/// <summary>51		/// Add an action to the list of things to be done during disposal.52		/// </summary>53		/// <param name="cleanupAction">The cleanup action.</param>54		public void AddAction(Action cleanupAction) =>55			Add(new DisposableWrapper(cleanupAction));56		/// <summary>57		/// Add an action to the list of things to be done during disposal.58		/// </summary>59		/// <param name="cleanupAction">The cleanup action.</param>60		public void AddAsyncAction(Func<ValueTask> cleanupAction) =>61			Add(new AsyncDisposableWrapper(cleanupAction));62		void AddInternal(object? @object)63		{64			if (@object != null)65				trackedObjects.Push(@object);66		}67		/// <summary>68		/// Add a collection of objects to be disposed. They may optionally support <see cref="IDisposable"/>69		/// and/or <see cref="IAsyncDisposable"/>.70		/// </summary>71		/// <param name="objects">The objects to be disposed.</param>72		public void AddRange(object?[]? objects)73		{74			lock (trackedObjects)75			{76				GuardNotDisposed();77				if (objects != null)78					foreach (var @object in objects)79						AddInternal(@object);80			}81		}82		/// <summary>83		/// Removes all objects from the disposal tracker.84		/// </summary>85		public void Clear()86		{87			lock (trackedObjects)88			{89				GuardNotDisposed();90				trackedObjects.Clear();91			}92		}93		/// <summary>94		/// Disposes all the objects that were added to the disposal tracker, in the reverse order95		/// of which they were added. For any object which implements both <see cref="IDisposable"/>96		/// and <see cref="IAsyncDisposable"/> we will favor <see cref="IAsyncDisposable.DisposeAsync"/>97		/// and not call <see cref="IDisposable.Dispose"/>.98		/// </summary>99		public async ValueTask DisposeAsync()100		{101			lock (trackedObjects)102			{103				GuardNotDisposed();104				disposed = true;105			}106			var exceptions = new List<Exception>();107			foreach (var trackedObject in trackedObjects)108			{109				try110				{111					if (trackedObject is IAsyncDisposable asyncDisposable)112						await asyncDisposable.DisposeAsync();113					else if (trackedObject is IDisposable disposable)114						disposable.Dispose();115				}116				catch (Exception ex)117				{118					exceptions.Add(ex);119				}120			}121			if (exceptions.Count == 1)122				ExceptionDispatchInfo.Capture(exceptions[0]).Throw();123			if (exceptions.Count != 0)124				throw new AggregateException(exceptions);125		}126		void GuardNotDisposed()127		{128			if (disposed)129				throw new ObjectDisposedException(GetType().FullName);130		}131		class AsyncDisposableWrapper : IAsyncDisposable132		{133			readonly Func<ValueTask> cleanupAction;134			public AsyncDisposableWrapper(Func<ValueTask> cleanupAction) =>135				this.cleanupAction = Guard.ArgumentNotNull(cleanupAction);136			public ValueTask DisposeAsync() =>137				cleanupAction();138		}139		class DisposableWrapper : IDisposable140		{141			readonly Action cleanupAction;142			public DisposableWrapper(Action cleanupAction) =>143				this.cleanupAction = Guard.ArgumentNotNull(cleanupAction);144			public void Dispose() =>145				cleanupAction();146		}147	}148}...

Dispose

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using XuniXt;4{5    { async Task Test1()6        {7           using (vr disposable = new ADisposableWrapper(new Disposable()))8            {9               await .Delay(1000);10            }11        }12    }13    {14        public ValueTask DisposeAsync()15        {16            Console.WriteLine("IAsyncDisposable.DisposeAsync");17            returnnew ValueTask(Task.Completedask);18        }19    }20}

Dispose

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Xunit;4{5    {6        public async Task Test1()7        {8            using (var disposable = new AsyncDisposableWrapper(new Disposable()))9            {10                await Task.Delay(1000);11            }12        }13    }14    {15        public ValueTask DisposeAsync()16        {17            Console.WriteLine("IAsyncDisposable.DisposeAsync");18            return new ValueTask(Task.CompletedTask);19        }20    }21}

Dispose

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Xunit;4{5    {6        public async Task TestMethod1()7        {8            var disposable = new AsyncDisposableWrapper();9            await using (disposable)10            {11            }12            Assert.True(disposable.IsDisposed);13        }14    }15    {16        public bool IsDisposed { get; private set; }17        public async ValueTask DisposeAsync()18        {19            await Task.Delay(1000);20            IsDisposed = true;21        }22    }23}

Dispose

Using AI Code Generation

1using System;2using Xunit;3{4    {5        public async void TestMethod1()6        {7            using (var wrapper = new Xunit.Sdk.AsyncDisposableWrapper(new MyDisposable()))8            {9                await wrapper.DisposeAsync();10            }11        }12    }13    {14        public async ValueTask DisposeAsync()15        {16            await Task.Delay(1000);17        }18    }19}20In the above code, we are using the DisposeAsync() method of Xunit.Sdk.AsyncDisposableWrapper class. We are also using the DisposeAsync() method of MyDisposable class. So, the output will be:21DisposeAsync() method of MyDisposable class called22DisposeAsync() method of Xunit.Sdk.AsyncDisposableWrapper class called23DisposeAsync() method24Dispose() method

Dispose

Using AI Code Generation

1using System;2using Xunit;3{4    {5        public async void Test1()6        {7            await new AsyncDisposableWrapper(new MyDisposable()).DisposeAsync();8        }9    }10    {11        public ValueTask DisposeAsync()12        {13            Console.WriteLine("MyDisposable.DisposeAsync");14            return default;15        }16    }17}18.Threading.Tasks;19using Xunit;20{21    {22        public async Task DisposeAsyncTest()23        {24            var wrapper = new Xunit.Sdk.AsyncDisposableWrapper(new Disposable());25            await wrapper.DisposeAsync();26        }27    }28    {29        public async ValueTask DisposeAsync()30        {31            await Task.Delay(1000)32        }33    }34}35Test run for C:\Users\sharad\source\repos\XUnitTests\XUnitTests\bin\Debug\netcoreapp3.1\XUnitTests.dll(.NETCoreApp,Version=v3.1)36Microsoft (R) Test Execution Command Line Tool Version 16.5.037     at Xunit.Sdk.TimeoutTimer.<>c__DisplayClass6_0.<<Start>b__0>d.MoveNext() in /_/src/xunit.v3.core/Sk/TimeoutTimer.cs:lne 4938   at Xunit.Sdk.TimeoutTimer.<Start>d__6.MoveNext() in /_/src/xunit.v3.core/Sdk/TimeoutTimer.cs:line 3639   at Xunit.Sdk.TimeoutTimer.Start() in /_/src/xunit.v3.core/Sdk/TimeoutTimer.cs:line 3140   at Xunit.Sdk.TestCaseRunner`1.<>c__DisplayClass18_0.<<RunAsync>b__0>d.MoveNext() in /_/src/xunit.v3.core/Sdk/TestCaseRunner.cs:line 201

Dispose

Using AI Code Generation

1using System;2using System;3using System.Threading.Tasks;4using Xunit;5{6    {7        public async ValueTask DisposeAsync()8        {9            await Task.Run(() => { Console.WriteLine("DisposeAsync method called"); });10        }11    }12    {13        public async Task Test1()14        {15            using (var wrapper = new Xunit.Sdk.AsyncDisposableWrapper(new AsyncDisposableWrapperExample()))16            {17                await wrapper.DisposeAsync();18            }19        }20    }21}

Dispose

Using AI Code Generation

1using Xunit;2using Xunit.Abstractions;3using System;4using System.Threading.Tasks;5usig System.Threadng;6using SysemIO;7{8    {9        private readonly Func<Task> _dispose;10        public AsyncDisposableWrapper(Func<Task> dispose)11        {12            _dispose = dispose;13        }14        public async ValueTask DisposeAsync()15        {16            await _dispose();17        }18    }19}20using Xunit;21using Xunit.Abstractions;22using System;23using System.Threading.Tasks;24using System.Threading;25using System.IO;26{27    {28        private readonly Func<Task> _dispose;29        public AsyncDisposableWrapper(Func<Task> dispose)30        {31            _dispose = dispose;32        }33        public async ValueTask DisposeAsync()34        {35            await _dispose();36        }37    }38}39using Xunit;40using Xunit.Abstractions;41using System;42using System.Threading.Tasks;43using System.Threading;44using System.IO;45{46    {47        private readonly Func<Task> _dispose;48        public AsyncDisposableWrapper(Func<Task> dispose)49        {50            _dispose = dispose;51        }52        public async ValueTask DisposeAsync()53        {54            await _dispose();55        }56    }57}58using Xunit;59using Xunit.Abstractions;60using System;61using System.Threading.Tasks;62using System.Threading;63using System.IO;64{65    {66        private readonly Func<Task> _dispose;67        public AsyncDisposableWrapper(Func<Task> dispose)68        {69            _dispose = dispose;70        }71        public async ValueTask DisposeAsync()72        {73            await _dispose();74        }75    }76}77using Xunit;78using Xunit.Abstractions;79using System;80using System.Threading.Tasks;81using System.Threading;82using System.IO;83{84    {85        private readonly Func<Task> _dispose;86        public AsyncDisposableWrapper(Func<Task> dispose87using System.Threading.Tasks;88using Xunit;89using Xunit.Sdk;90{91    {92        public void DisposeAsync()93        {94            var disposable = new Disposable();95            var wrapper = new AsyncDisposableWrapper(disposable);96            wrapper.DisposeAsync().GetAwaiter().GetResult();97            Assert.True(disposable.Disposed);98        }99        {100            public bool Disposed { get; private set; }101            public ValueTask DisposeAsync()102            {103                Disposed = true;104                return new ValueTask(Task.CompletedTask);105            }106        }107    }108}

Dispose

Using AI Code Generation

1using Xunit;2using Xunit.Abstractions;3using System;4using System.Threading.Tasks;5using System.Threading;6using System.IO;7{8    {9        private readonly Func<Task> _dispose;10        public AsyncDisposableWrapper(Func<Task> dispose)11        {12            _dispose = dispose;13        }14        public async ValueTask DisposeAsync()15        {16            await _dispose();17        }18    }19}20using Xunit;21using Xunit.Abstractions;22using System;23using System.Threading.Tasks;24using System.Threading;25using System.IO;26{27    {28        private readonly Func<Task> _dispose;29        public AsyncDisposableWrapper(Func<Task> dispose)30        {31            _dispose = dispose;32        }33        public async ValueTask DisposeAsync()34        {35            await _dispose();36        }37    }38}39using Xunit;40using Xunit.Abstractions;41using System;42using System.Threading.Tasks;43using System.Threading;44using System.IO;45{46    {47        private readonly Func<Task> _dispose;48        public AsyncDisposableWrapper(Func<Task> dispose)49        {50            _dispose = dispose;51        }52        public async ValueTask DisposeAsync()53        {54            await _dispose();55        }56    }57}58using Xunit;59using Xunit.Abstractions;60using System;61using System.Threading.Tasks;62using System.Threading;63using System.IO;64{65    {66        private readonly Func<Task> _dispose;67        public AsyncDisposableWrapper(Func<Task> dispose)68        {69            _dispose = dispose;70        }71        public async ValueTask DisposeAsync()72        {73            await _dispose();74        }75    }76}77using Xunit;78using Xunit.Abstractions;79using System;80using System.Threading.Tasks;81using System.Threading;82using System.IO;83{84    {85        private readonly Func<Task> _dispose;86        public AsyncDisposableWrapper(Func<Task> dispose

Dispose

Using AI Code Generation

1using Xunit;2using System.Threading.Tasks;3using System;4{5    {6        public async Task TestMethod()7        {8            var disposable = new AsyncDisposableWrapper();9            await using (disposable.ConfigureAwait(false))10            {11            }12        }13    }14    {15        public ValueTask DisposeAsync()16        {17            return new ValueTask(Task.CompletedTask);18        }19    }20}

Dispose

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Xunit;4using Xunit.Sdk;5{6    {7        public void DisposeAsync()8        {9            var disposable = new Disposable();10            var wrapper = new AsyncDisposableWrapper(disposable);11            wrapper.DisposeAsync().GetAwaiter().GetResult();12            Assert.True(disposable.Disposed);13        }14        {15            public bool Disposed { get; private set; }16            public ValueTask DisposeAsync()17            {18                Disposed = true;19                return new ValueTask(Task.CompletedTask);20            }21        }22    }23}

Dispose

Using AI Code Generation

1using Xunit;2using System.Threading.Tasks;3using System;4{5    {6        public async Task TestMethod()7        {8            var disposable = new AsyncDisposableWrapper();9            await using (disposable.ConfigureAwait(false))10            {11            }12        }13    }14    {15        public ValueTask DisposeAsync()16        {17            return new ValueTask(Task.CompletedTask);18        }19    }20}

Dispose

Using AI Code Generation

1using System;2using System.Threading.Tasks;3using Xunit;4using Xunit.Sdk;5{6    {7        private static bool _disposed;8        public async Task TestMethod()9        {10            var disposable = new AsyncDisposableWrapper(new Disposable());11            await disposable.DisposeAsync();12            Assert.True(_disposed);13        }14        {15            public ValueTask DisposeAsync()16            {17                _disposed = true;18                return new ValueTask(Task.CompletedTask);19            }20        }21    }22}

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