TUnit.Engine v0.56.44 — nugetz
thomhurst/ TUnit.Engine v0.56.44 ✓ Verified .NET 8.0 .NET 9.0 .NET 10.0 .NET Std2.0
A .NET Testing Framework
Get Started dotnet CLI PackageReference Package Manager
$ dotnet add package TUnit.EngineReadme
🚀 The Modern Testing Framework for .NET
TUnit is a next-generation testing framework for C# that outpaces traditional frameworks with source-generated tests , parallel execution by default , and Native AOT support . Built on the modern Microsoft.Testing.Platform, TUnit delivers faster test runs, better developer experience, and unmatched flexibility.
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⚡ Why Choose TUnit? Feature Traditional Frameworks TUnit Test Discovery ❌ Runtime reflection ✅ Compile-time generation Execution Speed ❌ Sequential by default ✅ Parallel by default Modern .NET ⚠️ Limited AOT support ✅ Full Native AOT & trimming Test Dependencies ❌ Not supported ✅ [DependsOn] chains Resource Management ❌ Manual lifecycle ✅ Intelligent cleanup
⚡ Parallel by Default - Tests run concurrently with intelligent dependency management
🎯 Compile-Time Discovery - Know your test structure before runtime
🔧 Modern .NET Ready - Native AOT, trimming, and latest .NET features
🎭 Extensible - Customize data sources, attributes, and test behavior
🏁 Quick Start
Using the Project Template (Recommended) dotnet new install TUnit.Templates
dotnet new TUnit -n "MyTestProject"
Manual Installation dotnet add package TUnit --prerelease
✨ Key Features 🚀 Performance & Modern Platform
🔥 Source-generated tests (no reflection)
⚡ Parallel execution by default
🚀 Native AOT & trimming support
📈 Optimized for performance
🔗 Test dependencies with [DependsOn]
🎛️ Parallel limits & custom scheduling
🛡️ Built-in analyzers & compile-time checks
🎭 Custom attributes & extensible conditions
📋 Multiple data sources ([Arguments], [Matrix], [ClassData])
✅ Fluent async assertions
🔄 Smart retry logic & conditional execution
📝 Rich test metadata & context
💉 Full dependency injection support
🪝 Comprehensive lifecycle hooks
🎯 IDE integration (VS, Rider, VS Code)
📚 Extensive documentation & examples
📝 Simple Test Example [Test]
public async Task User_Creation_Should_Set_Timestamp()
{
// Arrange
var userService = new UserService();
// Act
var user = await userService.CreateUserAsync("john.doe@example.com");
// Assert - TUnit's fluent assertions
await Assert.That(user.CreatedAt)
.IsEqualTo(DateTime.Now)
.Within(TimeSpan.FromMinutes(1));
await Assert.That(user.Email)
.IsEqualTo("john.doe@example.com");
}
🎯 Data-Driven Testing [Test]
[Arguments("user1@test.com", "ValidPassword123")]
[Arguments("user2@test.com", "AnotherPassword456")]
[Arguments("admin@test.com", "AdminPass789")]
public async Task User_Login_Should_Succeed(string email, string password)
{
var result = await authService.LoginAsync(email, password);
await Assert.That(result.IsSuccess).IsTrue();
}
// Matrix testing - tests all combinations
[Test]
[MatrixDataSource]
public async Task Database_Operations_Work(
[Matrix("Create", "Update", "Delete")] string operation,
[Matrix("User", "Product", "Order")] string entity)
{
await Assert.That(await ExecuteOperation(operation, entity))
.IsTrue();
}
🔗 Advanced Test Orchestration [Before(Class)]
public static async Task SetupDatabase(ClassHookContext context)
{
await DatabaseHelper.InitializeAsync();
}
[Test, DisplayName("Register a new account")]
[MethodDataSource(nameof(GetTestUsers))]
public async Task Register_User(string username, string password)
{
// Test implementation
}
[Test, DependsOn(nameof(Register_User))]
[Retry(3)] // Retry on failure
public async Task Login_With_Registered_User(string username, string password)
{
// This test runs after Register_User completes
}
[Test]
[ParallelLimit<LoadTestParallelLimit>] // Custom parallel control
[Repeat(100)] // Run 100 times
public async Task Load_Test_Homepage()
{
// Performance testing
}
// Custom attributes
[Test, WindowsOnly, RetryOnHttpError(5)]
public async Task Windows_Specific_Feature()
{
// Platform-specific test with custom retry logic
}
public class LoadTestParallelLimit : IParallelLimit
{
public int Limit => 10; // Limit to 10 concurrent executions
}
🔧 Smart Test Control // Custom conditional execution
public class WindowsOnlyAttribute : SkipAttribute
{
public WindowsOnlyAttribute() : base("Windows only test") { }
public override Task<bool> ShouldSkip(TestContext testContext)
=> Task.FromResult(!OperatingSystem.IsWindows());
}
// Custom retry logic
public class RetryOnHttpErrorAttribute : RetryAttribute
{
public RetryOnHttpErrorAttribute(int times) : base(times) { }
public override Task<bool> ShouldRetry(TestInformation testInformation,
Exception exception, int currentRetryCount)
=> Task.FromResult(exception is HttpRequestException { StatusCode: HttpStatusCode.ServiceUnavailable });
}
🎯 Perfect For Every Testing Scenario
🧪 Unit Testing [Test]
[Arguments(1, 2, 3)]
[Arguments(5, 10, 15)]
public async Task Calculate_Sum(int a, int b, int expected)
{
await Assert.That(Calculator.Add(a, b))
.IsEqualTo(expected);
}
Fast, isolated, and reliable
🔗 Integration Testing [Test, DependsOn(nameof(CreateUser))]
public async Task Login_After_Registration()
{
// Runs after CreateUser completes
var result = await authService.Login(user);
await Assert.That(result.IsSuccess).IsTrue();
}
Stateful workflows made simple
⚡ Load Testing [Test]
[ParallelLimit<LoadTestLimit>]
[Repeat(1000)]
public async Task API_Handles_Concurrent_Requests()
{
await Assert.That(await httpClient.GetAsync("/api/health"))
.HasStatusCode(HttpStatusCode.OK);
}
Built-in performance testing
🚀 What Makes TUnit Different?
Compile-Time Intelligence Tests are discovered at build time, not runtime - enabling faster discovery, better IDE integration, and precise resource lifecycle management.
Parallel-First Architecture Built for concurrency from day one with [DependsOn] for test chains, [ParallelLimit] for resource control, and intelligent scheduling.
Extensible by Design The DataSourceGenerator<T> pattern and custom attribute system let you extend TUnit's capabilities without modifying core framework code.
🏆 Community & Ecosystem 🌟 Join thousands of developers modernizing their testing
🤝 Active Community
🛠️ IDE Support TUnit works seamlessly across all major .NET development environments:
Visual Studio (2022 17.13+) ✅ Fully supported - No additional configuration needed for latest versions
⚙️ Earlier versions : Enable "Use testing platform server mode" in Tools > Manage Preview Features
JetBrains Rider ⚙️ Setup : Enable "Testing Platform support" in Settings > Build, Execution, Deployment > Unit Testing > VSTest
Visual Studio Code ⚙️ Setup : Install C# Dev Kit and enable "Use Testing Platform Protocol"
Command Line ✅ Full CLI support - Works with dotnet test, dotnet run, and direct executable execution
📦 Package Options Package Use Case TUnit⭐ Start here - Complete testing framework (includes Core + Engine + Assertions) TUnit.Core📚 Test libraries and shared components (no execution engine) TUnit.Engine🚀 Test execution engine and adapter (for test projects) TUnit.Assertions✅ Standalone assertions (works with any test framework) TUnit.Playwright🎭 Playwright integration with automatic lifecycle management
🎯 Migration from Other Frameworks Coming from NUnit or xUnit? TUnit maintains familiar syntax while adding modern capabilities:
// Enhanced with TUnit's advanced features
[Test]
[Arguments("value1")]
[Arguments("value2")]
[Retry(3)]
[ParallelLimit<CustomLimit>]
public async Task Modern_TUnit_Test(string value) { }
📖 Need help migrating? Check our detailed Migration Guides
💡 Current Status The API is mostly stable, but may have some changes based on feedback or issues before v1.0 release.
🚀 Ready to Experience the Future of .NET Testing?
⚡ Start in 30 Seconds # Create a new test project with examples
dotnet new install TUnit.Templates && dotnet new TUnit -n "MyAwesomeTests"
# Or add to existing project
dotnet add package TUnit --prerelease
🎯 Why Wait? Join the Movement
📈 Performance Optimized execution
Parallel by default
Zero reflection overhead
🔮 Future-Ready Native AOT support
Latest .NET features
Source generation
🛠️ Developer Experience Compile-time checks
Rich IDE integration
Intelligent debugging
🎭 Flexibility Test dependencies
Custom attributes
Extensible architecture
TUnit is actively developed and production-ready. Join our growing community of developers who've made the switch!
Performance Benchmark
Scenario: Building the test project
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median Build_TUnit 0.56.35 1,220.4 ms 76.75 ms 220.20 ms 1,150.8 ms Build_NUnit 4.4.0 1,068.4 ms 48.01 ms 138.52 ms 1,024.1 ms Build_xUnit 2.9.3 949.1 ms 27.78 ms 81.92 ms 919.0 ms Build_MSTest 3.10.2 986.6 ms 30.46 ms 88.86 ms 951.5 ms
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median Build_TUnit 0.56.35 1.839 s 0.0344 s 0.0565 s 1.829 s Build_NUnit 4.4.0 1.504 s 0.0180 s 0.0168 s 1.500 s Build_xUnit 2.9.3 1.509 s 0.0105 s 0.0093 s 1.508 s Build_MSTest 3.10.2 1.498 s 0.0107 s 0.0089 s 1.498 s
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median Build_TUnit 0.56.35 1.880 s 0.0336 s 0.0561 s 1.870 s Build_NUnit 4.4.0 1.572 s 0.0254 s 0.0212 s 1.570 s Build_xUnit 2.9.3 1.601 s 0.0275 s 0.0271 s 1.601 s Build_MSTest 3.10.2 1.649 s 0.0268 s 0.0251 s 1.650 s
Scenario: Tests focused on assertion performance and validation
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 NA NA NA NA xUnit 2.9.3 NA NA NA NA MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.NUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.xUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 NA NA NA NA xUnit 2.9.3 NA NA NA NA MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.NUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.xUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 NA NA NA NA xUnit 2.9.3 NA NA NA NA MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.NUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.xUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
Scenario: Tests running asynchronous operations and async/await patterns
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 101.5 ms 1.97 ms 2.02 ms 101.3 ms TUnit 0.56.35 618.8 ms 12.07 ms 33.66 ms 605.4 ms NUnit 4.4.0 842.9 ms 16.78 ms 34.27 ms 835.3 ms xUnit 2.9.3 889.2 ms 17.52 ms 31.59 ms 886.8 ms MSTest 3.10.2 798.4 ms 15.92 ms 31.79 ms 796.4 ms
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 26.98 ms 0.140 ms 0.117 ms 26.95 ms TUnit 0.56.35 941.15 ms 18.368 ms 23.883 ms 939.03 ms NUnit 4.4.0 1,316.26 ms 13.234 ms 11.731 ms 1,312.70 ms xUnit 2.9.3 1,401.18 ms 10.769 ms 10.073 ms 1,402.65 ms MSTest 3.10.2 1,257.60 ms 6.788 ms 6.017 ms 1,258.07 ms
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 62.95 ms 0.857 ms 0.801 ms 62.44 ms TUnit 0.56.35 1,002.87 ms 19.335 ms 19.856 ms 999.64 ms NUnit 4.4.0 1,395.67 ms 14.426 ms 13.494 ms 1,394.67 ms xUnit 2.9.3 1,484.30 ms 15.629 ms 13.855 ms 1,484.09 ms MSTest 3.10.2 1,325.33 ms 17.896 ms 16.740 ms 1,328.28 ms
Scenario: Simple tests with basic operations and assertions
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 90.55 ms 1.791 ms 2.328 ms 90.39 ms TUnit 0.56.35 658.30 ms 20.199 ms 55.633 ms 646.09 ms NUnit 4.4.0 884.25 ms 25.388 ms 73.250 ms 869.14 ms xUnit 2.9.3 887.01 ms 17.635 ms 48.571 ms 871.83 ms MSTest 3.10.2 831.26 ms 21.628 ms 62.746 ms 810.20 ms
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 25.76 ms 0.221 ms 0.196 ms 25.69 ms TUnit 0.56.35 937.21 ms 18.353 ms 21.136 ms 932.63 ms NUnit 4.4.0 1,324.55 ms 20.102 ms 18.803 ms 1,326.38 ms xUnit 2.9.3 1,401.52 ms 11.157 ms 10.436 ms 1,400.81 ms MSTest 3.10.2 1,298.41 ms 25.658 ms 25.200 ms 1,303.46 ms
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 52.98 ms 1.041 ms 1.424 ms 52.81 ms TUnit 0.56.35 977.08 ms 19.167 ms 23.539 ms 969.87 ms NUnit 4.4.0 1,316.09 ms 11.848 ms 11.082 ms 1,315.80 ms xUnit 2.9.3 1,375.31 ms 7.961 ms 7.447 ms 1,375.05 ms MSTest 3.10.2 1,259.55 ms 11.384 ms 10.648 ms 1,257.89 ms
Scenario: Parameterized tests with multiple test cases using data attributes
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 1,134.7 ms 72.51 ms 213.80 ms 1,070.7 ms xUnit 2.9.3 991.1 ms 43.40 ms 127.96 ms 979.0 ms MSTest 3.10.2 846.2 ms 31.13 ms 88.81 ms 822.2 ms
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 1.339 s 0.0108 s 0.0096 s 1.340 s xUnit 2.9.3 1.425 s 0.0140 s 0.0124 s 1.427 s MSTest 3.10.2 1.271 s 0.0134 s 0.0112 s 1.275 s
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 1.351 s 0.0165 s 0.0146 s 1.350 s xUnit 2.9.3 1.420 s 0.0186 s 0.0174 s 1.425 s MSTest 3.10.2 1.336 s 0.0205 s 0.0192 s 1.330 s
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
Scenario: Tests utilizing class fixtures and shared test context
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 104.1 ms 5.88 ms 16.86 ms 97.10 ms TUnit 0.56.35 627.8 ms 12.27 ms 33.80 ms 626.99 ms NUnit 4.4.0 1,073.1 ms 50.25 ms 145.78 ms 1,061.52 ms xUnit 2.9.3 1,063.6 ms 54.13 ms 159.61 ms 1,034.67 ms MSTest 3.10.2 1,021.0 ms 47.83 ms 138.77 ms 1,011.64 ms
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 26.66 ms 0.194 ms 0.181 ms 26.65 ms TUnit 0.56.35 946.65 ms 18.194 ms 20.953 ms 948.20 ms NUnit 4.4.0 1,308.90 ms 7.471 ms 6.989 ms 1,309.42 ms xUnit 2.9.3 1,392.40 ms 7.866 ms 7.358 ms 1,392.49 ms MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 61.53 ms 1.130 ms 1.057 ms 62.26 ms TUnit 0.56.35 1,050.75 ms 20.559 ms 21.112 ms 1,047.49 ms NUnit 4.4.0 1,400.01 ms 12.811 ms 10.698 ms 1,395.99 ms xUnit 2.9.3 1,474.99 ms 8.018 ms 7.108 ms 1,474.64 ms MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
Scenario: Tests executing in parallel to test framework parallelization
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 117.6 ms 3.61 ms 10.30 ms 117.0 ms TUnit 0.56.35 945.4 ms 67.38 ms 197.62 ms 935.5 ms NUnit 4.4.0 1,098.3 ms 49.56 ms 144.58 ms 1,085.5 ms xUnit 2.9.3 874.9 ms 24.87 ms 70.13 ms 865.8 ms MSTest 3.10.2 787.3 ms 17.40 ms 51.31 ms 768.7 ms
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 27.27 ms 0.180 ms 0.160 ms 27.28 ms TUnit 0.56.35 964.46 ms 16.741 ms 15.660 ms 961.43 ms NUnit 4.4.0 1,355.68 ms 15.963 ms 14.932 ms 1,354.54 ms xUnit 2.9.3 1,434.62 ms 13.995 ms 13.091 ms 1,432.12 ms MSTest 3.10.2 1,309.57 ms 8.822 ms 7.820 ms 1,310.28 ms
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 49.56 ms 0.752 ms 0.628 ms 49.78 ms TUnit 0.56.35 985.12 ms 19.326 ms 26.453 ms 972.02 ms NUnit 4.4.0 1,342.68 ms 17.891 ms 16.735 ms 1,336.93 ms xUnit 2.9.3 1,400.48 ms 24.005 ms 24.651 ms 1,393.56 ms MSTest 3.10.2 1,280.45 ms 9.382 ms 8.317 ms 1,281.13 ms
Scenario: A test that takes 50ms to execute, repeated 100 times
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 NA NA NA NA xUnit 2.9.3 NA NA NA NA MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.NUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.xUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 NA NA NA NA xUnit 2.9.3 NA NA NA NA MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.NUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.xUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 NA NA NA NA TUnit 0.56.35 NA NA NA NA NUnit 4.4.0 NA NA NA NA xUnit 2.9.3 NA NA NA NA MSTest 3.10.2 NA NA NA NA
Benchmarks with issues:
RuntimeBenchmarks.TUnit_AOT: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.TUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.NUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.xUnit: Job-YNJDZW(Runtime=.NET 9.0)
RuntimeBenchmarks.MSTest: Job-YNJDZW(Runtime=.NET 9.0)
Scenario: Tests with setup and teardown lifecycle methods
macos-latest
BenchmarkDotNet v0.15.2, macOS Sonoma 14.7.6 (23H626) [Darwin 23.6.0]
Apple M1 (Virtual), 1 CPU, 3 logical and 3 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), Arm64 RyuJIT AdvSIMD
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 132.1 ms 8.69 ms 25.61 ms 123.3 ms TUnit 0.56.35 856.1 ms 54.22 ms 159.01 ms 847.3 ms NUnit 4.4.0 1,104.0 ms 43.71 ms 128.18 ms 1,086.8 ms xUnit 2.9.3 1,090.9 ms 44.50 ms 126.97 ms 1,085.9 ms MSTest 3.10.2 1,087.2 ms 41.46 ms 122.24 ms 1,042.8 ms
ubuntu-latest
BenchmarkDotNet v0.15.2, Linux Ubuntu 24.04.2 LTS (Noble Numbat)
AMD EPYC 7763, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 27.70 ms 0.533 ms 0.523 ms 27.62 ms TUnit 0.56.35 980.89 ms 19.209 ms 22.121 ms 982.51 ms NUnit 4.4.0 1,371.59 ms 21.177 ms 19.809 ms 1,369.04 ms xUnit 2.9.3 1,435.95 ms 20.234 ms 18.927 ms 1,429.44 ms MSTest 3.10.2 1,301.52 ms 11.676 ms 10.350 ms 1,301.36 ms
windows-latest
BenchmarkDotNet v0.15.2, Windows 10 (10.0.20348.3932) (Hyper-V)
AMD EPYC 7763 2.44GHz, 1 CPU, 4 logical and 2 physical cores
.NET SDK 9.0.304
[Host] : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Job-YNJDZW : .NET 9.0.8 (9.0.825.36511), X64 RyuJIT AVX2
Runtime=.NET 9.0
Method Version Mean Error StdDev Median TUnit_AOT 0.56.35 53.62 ms 1.048 ms 1.121 ms 53.19 ms TUnit 0.56.35 1,002.70 ms 19.391 ms 20.748 ms 1,000.85 ms NUnit 4.4.0 1,345.22 ms 16.463 ms 15.400 ms 1,342.10 ms xUnit 2.9.3 1,400.89 ms 12.120 ms 10.744 ms 1,401.25 ms MSTest 3.10.2 1,304.45 ms 14.998 ms 14.030 ms 1,302.51 ms
Compatibility .NET 8.0
.NET 9.0
.NET 10.0
.NET Std2.0
