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tdd-asynclisted

Guides C#/.NET development through a strict Red-Green-Refactor TDD workflow using TUnit.
hnidboubker/symphony-async · ★ 0 · Code & Development · score 72
Install: claude install-skill hnidboubker/symphony-async
# tdd-async ## Workflow ```text Requirement ↓ Understand behavior ↓ Write failing TUnit test ↓ RED ↓ Implement minimum production code ↓ GREEN ↓ REFACTOR ↓ Run tests ↓ GREEN ``` ## STEP 1 — UNDERSTAND Before modifying code: 1. Inspect the repository. 2. Identify the relevant project. 3. Identify the relevant test project. 4. Identify existing TUnit tests. 5. Understand project conventions. 6. Identify the behavior that must be implemented. Do not immediately write production code. ## STEP 2 — RED Write the smallest possible TUnit test expressing the desired behavior. Example: ```csharp [Test] public async Task Add_WithTwoNumbers_ReturnsSum() { var calculator = new Calculator(); var result = calculator.Add(2, 3); await Assert.That(result).IsEqualTo(5); } ``` TUnit assertions must be awaited. Use: ```csharp await Assert.That(actual).IsEqualTo(expected); ``` Do not use xUnit, NUnit, MSTest, or another assertion syntax. ## STEP 3 — RUN RED Run the smallest relevant test scope. Prefer: ```bash dotnet test ``` when appropriate. If the repository contains multiple test projects, identify the appropriate project first. The expected state is: RED The test should fail because the behavior does not yet exist or is not yet correct. Do not modify the test simply to make it pass. ## STEP 4 — GREEN Implement the minimum production code required to make the failing test pass. Do not: - over-engineer; - implement specul