The Codi Test Framework is a minimalist JavaScript testing solution designed for simplicity and ease of use, providing core functionalities for writing unit and integration tests. Currently stable at version 1.0.39, it maintains an active release cadence, pushing minor updates and bug fixes as needed, with major versions reserved for significant API overhauls or new paradigm introductions. Its key differentiators include a low-overhead setup, a focus on direct, readable test syntax, and minimal configuration, making it suitable for projects that prioritize explicit test code over complex tooling or extensive plugin ecosystems often found in larger frameworks. It's ideal for quick verification tasks and projects where testing complexity needs to be kept to a minimum, aiming to provide a clear, concise developer experience without sacrificing essential testing features.
npm install codi-test-frameworkVerified import paths — ran on the pinned version, not inferred.
This quickstart demonstrates defining a test suite, asynchronous tests, and using basic assertions.
Update assertion calls from `expect(a).equals(b)` to `expect(a).toBe(b)` for primitive comparisons, or `expect(a).toEqual(b)` for deep object comparisons.
Refactor asynchronous tests to return a Promise or use the `async` keyword with `await` expressions. Remove any `done()` calls.
Always run Codi Test Framework tests within a designated test runner environment or ensure that your test files are executed in modules where imports are scoped locally. Avoid global execution contexts for tests.
Migrate setup/teardown logic directly into individual test cases or use module-level `beforeAll`/`afterAll` hooks if synchronous and suitable. Consider helper functions for repetitive setup.
Ensure your test file is an ES Module (`.mjs` or `type: "module"` in `package.json`) and you've added `import { test } from 'codi-test-framework';`.Review the logic of your test case and the expected outcome. Ensure the code under test behaves as intended and that your assertion `expect(actual).toBe(expected)` has the correct `expected` value.
Update assertion method to `expect(...).toEqual(...)` for deep object comparison or `expect(...).toBe(...)` for primitive value comparison.
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