Enforce FIRST principles and GIVEN/WHEN/THEN structure in C#/.NET tests.
npx skills add https://github.com/Amirault/DevGate --skill test-implementation
Please help me install this Agent Skill. Skill: test-implementation Source: https://github.com/Amirault/DevGate/tree/main/.agents/skills/test-implementation Command: npx skills add https://github.com/Amirault/DevGate --skill test-implementation
This skill addresses the inconsistency and fragility often found in test suites by providing a unified, opinionated framework for writing robust, readable, and maintainable C#/.NET tests.
Apply the test-implementation standards to refactor the current test class for the order processing service.
High-intent search queries and answers about installing and using this skill.
Standardize C# .NET testing by enforcing FIRST principles and GIVEN/WHEN/THEN structural requirements. This framework applies factory-based setup and TestContainers for infrastructure, ensuring tests function as readable behavioral specifications across unit and integration scenarios.
The GIVEN/WHEN/THEN structure is a behavioral specification pattern enforced for C# testing. GIVEN defines the initial state, WHEN triggers the use-case action, and THEN verifies side effects, ensuring tests remain readable, maintainable, and isolated from brittle mock frameworks.
Write .NET integration tests using TestContainers for infrastructure verification instead of brittle mock frameworks. This approach validates secondary adapters and use-case side effects against real dependencies, ensuring robust integration test coverage for finite inputs.
TestContainers works with C# testing by providing infrastructure for integration scenarios and secondary adapter verification. While unit tests use factory-based setup for fast isolation, TestContainers handles infrastructure dependencies, ensuring exhaustive coverage for finite inputs.
Enforce FIRST principles in dotnet test suites by adopting an opinionated framework that mandates fast, isolated, repeatable, self-validating, and timely tests. It achieves this by requiring factory-based setup and exhaustive coverage for finite inputs.
Use factory-based setup in C# testing whenever implementing a new business use-case to ensure tests are fast and isolated. This approach replaces brittle mock frameworks, providing maintainable test construction while adhering to FIRST principles.
nazrulsoftwaredevStandardize C# and .NET testing with xUnit, FluentAssertions, and mocking patterns.
ResearchMonkeyAnalyze test quality and coverage to identify gaps and flaky tests.
nanorepublicaAnalyze test coverage reports and suggest additional tests for untested code paths.
giuseppe-trisciuoglioDefine testing strategies for LangChain4J applications with mock models and Testcontainers.
