Can I define custom test directory structures?

Yes, the skill supports configuration for specific unit, integration, and E2E test paths to match your project's architecture.

What is the ac-test-generator skill?

It is a specialized Claude Code skill that automates the creation of test files and test cases based on feature requirements following Test-Driven Development (TDD) principles.

How does it assist with the TDD workflow?

It focuses on the 'RED' phase of TDD by generating failing tests before implementation code exists, forcing developers to define success criteria upfront.

Which testing frameworks does it support?

The skill is optimized for Pytest but can be configured to scaffold test structures for various Python testing frameworks and environments.

Does this skill handle end-to-end browser testing?

Yes, it includes templates and structures for E2E tests involving browser automation and full user workflows.

TDD Test Generator

Name: TDD Test Generator
Author: adaptationio

byadaptationio

Security & Testing

Generates comprehensive test suites following Test-Driven Development principles to ensure robust feature coverage and automated validation.

About

The AC Test Generator is a specialized Claude Code skill designed to streamline the Test-Driven Development lifecycle by automating the creation of failing test cases, known as the RED phase. It analyzes feature requirements to scaffold unit, integration, and end-to-end tests, ensuring that developers start with a solid testing foundation before implementing logic. By enforcing consistent test structures and coverage targets, this skill helps maintain high code quality and accelerates the development process across various testing frameworks like Pytest.

Key Features

Requirement-to-test mapping for acceptance criteria
Multi-tier test generation (Unit, Integration, E2E)
0 GitHub stars
Support for mock dependencies and test fixtures
Customizable coverage targets and directory patterns
Automated TDD workflow scaffolding

Use Cases

Implementing new software features using a strict TDD workflow
Generating boilerplate for complex unit and integration tests
Translating business acceptance criteria into executable test cases

About

Key Features

Requirement-to-test mapping for acceptance criteria
Multi-tier test generation (Unit, Integration, E2E)
0 GitHub stars
Support for mock dependencies and test fixtures
Customizable coverage targets and directory patterns
Automated TDD workflow scaffolding

Use Cases

Implementing new software features using a strict TDD workflow
Generating boilerplate for complex unit and integration tests
Translating business acceptance criteria into executable test cases