Write and organize xUnit tests for C# projects with FluentAssertions and Moq.
npx skills add https://github.com/StuartF303/Sorcha --skill xunit
Please help me install this Agent Skill. Skill: xunit Source: https://github.com/StuartF303/Sorcha/tree/main/.claude/skills/xunit Command: npx skills add https://github.com/StuartF303/Sorcha --skill xunit
This skill assists developers in building and maintaining robust xUnit test suites across multiple C# projects, promoting consistent practices and reliable validation.
Use the xunit skill to scaffold a basic WalletManagerTests with a [Fact] test verifying a simple CreateAsync operation.
High-intent search queries and answers about installing and using this skill.
xUnit is a .NET unit testing framework that organizes tests using [Fact] and [Theory] attributes. Write test methods in a dedicated test project, structure them with the AAA pattern (Arrange, Act, Assert), and execute them across your C# projects to validate behavior.
Organize xUnit tests by creating a test project for each module, use [Fact] for single cases and [Theory] with inline data for multiple scenarios, and maintain consistent naming conventions. This structure scales across large C# solutions and keeps validation reliable.
Yes, xUnit integrates seamlessly with FluentAssertions for readable, chainable assertions and Moq for creating mocks and stubs. Together they enable expressive test syntax and isolated unit testing across your C# test suites.
The xUnit skill requires xUnit 2.9.3 framework, FluentAssertions, and Moq dependencies in your .NET test project environment. This version ensures compatibility with the patterns and features covered in test organization and theory data handling.
xUnit's [Theory] attribute with inline data or data sources lets you run a single test method across multiple input sets. This reduces duplication, improves readability, and validates behavior under various scenarios without repeating test logic.
The AAA pattern (Arrange, Act, Assert) structures each test into setup, execution, and verification phases. This approach clarifies intent, improves maintainability, and makes xUnit tests easier to read, debug, and extend across C# projects.
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