Generate failing tests upfront and iteratively develop code to pass them.
npx skills add https://github.com/heyallencao/KeyStore --skill test-first-heyallencao
Please help me install this Agent Skill. Skill: test-first Source: https://github.com/heyallencao/KeyStore/tree/main/execution/test-first Command: npx skills add https://github.com/heyallencao/KeyStore --skill test-first-heyallencao
This Skill helps developers and teams verify that their code changes meet specified criteria by enforcing a test-first approach, reducing bugs and improving reliability.
Use the Skill to generate a test contract for the current code block and ensure all scenarios are covered before starting development.
High-intent search queries and answers about installing and using this skill.
Test-first development is a technique where you write failing checks before implementation to define clear done criteria. It guides the creation of test contracts to validate functionality, ensuring code changes meet specified criteria and reducing bugs.
To create a test contract, extract verification conditions from your planning documents and generate comprehensive test scenarios that must fail initially. You then write minimal code iteratively until all tests pass, ensuring robust and verified implementation.
Yes, you need a testing framework compatible with your project environment to run and validate test cases. The framework executes your test contracts and verifies that your iterative code changes successfully pass the failing checks.
You should use test-driven development when you need to verify that code changes meet specified criteria and improve reliability. It is applicable in development workflows emphasizing quality assurance and verified software delivery.
Yes, you can generate test scenarios by extracting verification conditions directly from your planning documents. This process defines clear done criteria and creates comprehensive test contracts to validate functionality before development begins.
The primary limitation of a test-first approach is the strict requirement for a compatible testing framework in your project environment. Without one, you cannot run or validate test cases to confirm your code meets the extracted verification conditions.
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