redbox-test-verification

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Mis à jour3 mars 2026 à 04:50

Ensure every new service or controller gets Mocha or Bruno coverage by analyzing the implemented code and writing integration tests.

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redbox-mint

redbox-mint/redbox-portal

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Basé sur la classification professionnelle SOC

Analystes en assurance qualité des logiciels et testeursProfessions informatiques et mathématiques·SOC 15-1253

SKILL.md

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name	Redbox Test Verification
description	Ensure every new service or controller gets Mocha or Bruno coverage by analyzing the implemented code and writing integration tests.

Skill: Redbox Test Verification

Purpose

Use this skill whenever new business logic or routes are merged so the functionality can be verified by automated tests before release.

Analyze first

Inspect the new/updated code in packages/redbox-core/src/services (for services) or packages/redbox-core/src/controllers plus config/routes (for routes) to understand the happy path, dependencies, and any edge cases the feature must cover.
Take notes on expected inputs, persisted entities, authorization requirements, and downstream effects; those points become the assertions in the new test.

Mocha service integration coverage

For every new/modified service in packages/redbox-core/src/services, add an integration test under typescript/test/integration/services. Prefer naming the file after the service (e.g., MyService.test.ts).
These are integration tests (no mocking, full-stack). The test should orchestrate creating real data (often via helper seed utilities), let the service execute against the database, and assert on the persisted state or returned payloads.
Import shared fixtures or helpers from typescript/test/integration/services/helpers as needed, but focus on exercising the whole service flow (setup data, call the method or endpoint, then read back the data it should have created/updated).
Keep the tests in TypeScript, run via Mocha inside the Docker test harness, and update any shared fixtures or typescript/test/unit/services/index.ts helpers if required.

Bruno route coverage

When a new controller or route is introduced (or an existing route grows new behavior), add a Bruno scenario under test/bruno that hits the HTTP endpoint through the normal request pipeline.
Reuse existing Bruno test patterns for authentication, parameter passing, and response validation; the new suite should cover the new route name/path plus potential role restrictions.
Keep suites grouped under the relevant Bruno folder (e.g., test/bruno/general) and ensure the new file is wired into the test/bruno/run scripts if needed.
Do not toggle CSRF headers/flags in route configs; the Bruno environments already disable CSRF globally in Sails config, so follow the default route definitions.

Verify by running the suites

After adding the tests, run the Mocha suite with npm run test:mocha:mount (local iteration) or npm run test:mocha (CI) to build confidence that the service behaves as expected.
For the Bruno scenarios, run npm run test:bruno:general:mount (or the appropriate profile) and ensure the new route passes before finishing.

Documentation

If the new tests uncover side effects or contract changes, document them in the wiki page that best fits (see support/wiki/redbox-core.md or support/wiki/Redbox-Loader.md).

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Skill: Redbox Test Verification

Purpose

Use this skill whenever new business logic or routes are merged so the functionality can be verified by automated tests before release.

Analyze first

Inspect the new/updated code in packages/redbox-core/src/services (for services) or packages/redbox-core/src/controllers plus config/routes (for routes) to understand the happy path, dependencies, and any edge cases the feature must cover.

Take notes on expected inputs, persisted entities, authorization requirements, and downstream effects; those points become the assertions in the new test.

Mocha service integration coverage

For every new/modified service in packages/redbox-core/src/services, add an integration test under typescript/test/integration/services. Prefer naming the file after the service (e.g., MyService.test.ts).

These are integration tests (no mocking, full-stack). The test should orchestrate creating real data (often via helper seed utilities), let the service execute against the database, and assert on the persisted state or returned payloads.

Import shared fixtures or helpers from typescript/test/integration/services/helpers as needed, but focus on exercising the whole service flow (setup data, call the method or endpoint, then read back the data it should have created/updated).

Keep the tests in TypeScript, run via Mocha inside the Docker test harness, and update any shared fixtures or typescript/test/unit/services/index.ts helpers if required.

Bruno route coverage

When a new controller or route is introduced (or an existing route grows new behavior), add a Bruno scenario under test/bruno that hits the HTTP endpoint through the normal request pipeline.

Reuse existing Bruno test patterns for authentication, parameter passing, and response validation; the new suite should cover the new route name/path plus potential role restrictions.

Keep suites grouped under the relevant Bruno folder (e.g., test/bruno/general) and ensure the new file is wired into the test/bruno/run scripts if needed.

Do not toggle CSRF headers/flags in route configs; the Bruno environments already disable CSRF globally in Sails config, so follow the default route definitions.

Verify by running the suites

After adding the tests, run the Mocha suite with npm run test:mocha:mount (local iteration) or npm run test:mocha (CI) to build confidence that the service behaves as expected.

For the Bruno scenarios, run npm run test:bruno:general:mount (or the appropriate profile) and ensure the new route passes before finishing.

Documentation

If the new tests uncover side effects or contract changes, document them in the wiki page that best fits (see support/wiki/redbox-core.md or support/wiki/Redbox-Loader.md).