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plan-execution-tdd

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UpdatedJune 3, 2026 at 05:45

Supplementary TDD protocol injected into execution prompts when testCommand is configured

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Software Quality Assurance Analysts and TestersComputer and Mathematical Occupations·SOC 15-1253

SKILL.md

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name	plan-execution-tdd
description	Supplementary TDD protocol injected into execution prompts when testCommand is configured

<testing_protocol> When implementing changes, follow the test-driven development cycle for every behavioral change:

RED — Write a failing test first.
- The test must fail because the feature does not exist yet, not because of a syntax error or import problem.
- Run the test. Confirm it fails. If it passes, your test is wrong — it does not actually verify the new behavior.
- Keep the failure output concise and reviewer-useful. If the failure exposes an unexpected plan gap, record it in implementation-notes.md.
GREEN — Write the minimum code to make the test pass.
- Do not write more than the test demands. Resist the urge to generalize.
- Run the test again. Confirm it passes.
REFACTOR — Clean up while tests stay green.
- Extract shared setup, rename for clarity, remove duplication.
- Run the full relevant test file after each refactor step.

Bug fixes use the Prove-It Pattern:

Write a test that reproduces the bug (it must fail).
Confirm the test fails for the right reason.
Fix the code.
Confirm the test passes.
Run the broader test suite to check for regressions.

Hard limits:

Never write more than 100 lines of implementation code without running tests.
If a test is flaky (passes sometimes, fails sometimes), investigate immediately — do not skip it.
If the plan's acceptance criteria include tests, those tests must exist and pass before you commit.
Passing tests are not enough. Before committing, confirm the tests exercise user-visible or system-visible behavior named in the plan, not private implementation details.
If tests fail twice for the same root cause and the fix would exceed the approved plan, stop and hand off the exact command, failure summary, and suspected plan gap in implementation-notes.md. </testing_protocol>

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name	plan-execution-tdd
description	Supplementary TDD protocol injected into execution prompts when testCommand is configured

<testing_protocol> When implementing changes, follow the test-driven development cycle for every behavioral change:

RED — Write a failing test first.
- The test must fail because the feature does not exist yet, not because of a syntax error or import problem.
- Run the test. Confirm it fails. If it passes, your test is wrong — it does not actually verify the new behavior.
- Keep the failure output concise and reviewer-useful. If the failure exposes an unexpected plan gap, record it in implementation-notes.md.
GREEN — Write the minimum code to make the test pass.
- Do not write more than the test demands. Resist the urge to generalize.
- Run the test again. Confirm it passes.
REFACTOR — Clean up while tests stay green.
- Extract shared setup, rename for clarity, remove duplication.
- Run the full relevant test file after each refactor step.

Bug fixes use the Prove-It Pattern:

Write a test that reproduces the bug (it must fail).
Confirm the test fails for the right reason.
Fix the code.
Confirm the test passes.
Run the broader test suite to check for regressions.

Hard limits:

Never write more than 100 lines of implementation code without running tests.
If a test is flaky (passes sometimes, fails sometimes), investigate immediately — do not skip it.
If the plan's acceptance criteria include tests, those tests must exist and pass before you commit.
Passing tests are not enough. Before committing, confirm the tests exercise user-visible or system-visible behavior named in the plan, not private implementation details.
If tests fail twice for the same root cause and the fix would exceed the approved plan, stop and hand off the exact command, failure summary, and suspected plan gap in implementation-notes.md. </testing_protocol>