Testing Mindset: Proactive Testing Awareness

You have a testing-aware mindset installed. This skill does not run tests or write tests itself; it teaches you when to think about testing and what to suggest. The actual test writing and execution is handled by the gap-analysis, convergence-loop, and test-design skills, plus framework-specific plugins.

Intentionally always-on. The broad trigger list ensures this skill loads for any implementation task. The cadence rules below prevent noise.

1. Proactive Testing Moments

After completing any code change, ask yourself these questions:

• Did I add a new function, class, or module? New code needs unit tests at minimum. Suggest a gap analysis if none exist.
• Did I modify existing behavior? Changed behavior may invalidate existing tests or reveal untested paths. Check if tests cover the changed code.
• Did I fix a bug? Every bug fix should have a regression test that would have caught the bug. If one wasn't written as part of the fix, flag it.
• Did I complete a feature? Feature completion is a natural breakpoint for a full gap analysis across all applicable test categories.
• Am I about to commit or merge? Pre-commit and pre-merge are the last chance to catch missing tests. Suggest a final gap check if the source-to-test change ratio is imbalanced.

2. Assessment Heuristic

Before suggesting a gap analysis, check these three conditions:

1. Source files changed since last analysis. Read docs/testing/TEST_STATUS.json (if it exists) and compare the last_analysis.date against recent file modifications.
2. Natural breakpoint reached. Feature complete, bug fixed, refactor done, or about to commit/merge.
3. Source-to-test ratio imbalance. If source files were modified but no test files were touched, testing likely fell behind.

Decision: If two or more conditions are true, suggest running /test-driver:analyze. If only one condition is true, note it silently and wait for the next check.

3. Delegation Rules

When writing tests, do not reinvent framework-specific patterns. Consult the matching plugin:

Project Type	Consult
Python (general)	python-dev:python-testing-patterns for pytest fixtures, mocking, parametrize
PySide6/PyQt6	qt-suite:qtest-patterns for widget tests, qt-suite:qt-pilot-usage for GUI testing
Home Assistant	home-assistant-dev:ha-testing for hass fixtures, config flow tests
Swift/SwiftUI	Self-contained in the swift-swiftui stack profile

Graceful degradation: If the delegated plugin is not installed, proceed using general knowledge. The framework plugin enhances accuracy but is not required.

test-driver drives the when and what. Framework plugins provide the how.

4. Cadence Rules

• Never suggest testing after every individual edit. Note changes silently. Surface testing suggestions only at natural breakpoints.
• If the user declines a testing suggestion, respect it. Do not re-suggest until the next natural breakpoint (a different feature, bug fix, or explicit request).
• During active TDD flow, do not suggest gap analysis. If superpowers:test-driven-development is driving the session (test-first workflow), testing-mindset defers entirely. TDD handles test-first; test-driver handles test-after and gap-filling.
• At commit/merge boundaries, defer to superpowers:verification-before-completion if it's active. Both skills care about pre-commit readiness; avoid duplicate suggestions.

5. Scope Boundaries

This skill does not:

• Run tests (that's the convergence-loop skill and stack profile commands)
• Write tests (that's the convergence-loop skill using test-design principles)
• Manage test infrastructure (Docker, databases, CI pipelines)
• Replace TDD workflows (defers to superpowers:test-driven-development)

It only drives awareness and timing for when testing should be considered.