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safe-code-change

After a code change, find affected tests, update them to match new behavior, then guide the user to run validation. Use when the user has made or asked for a code change and wants to make sure nothing is broken.

Quellinformationen

Repository
openshift/lightspeed-operator
Letzte Quellaktivität
18. März 2026 um 11:47
Erkannte Sprache von SKILL.md
Englisch
Sterne
19
Forks
60

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SKILL.md
Quellanweisungen · Schreibgeschützte Vorschau
name
safe-code-change
description
After a code change, find affected tests, update them to match new behavior, then guide the user to run validation. Use when the user has made or asked for a code change and wants to make sure nothing is broken.
disable-model-invocation
true
# Safe Code Change After a code change is made, find and fix affected tests before running validation. ## Rules - The code change is already done. Do not modify production code. - Only update tests to match the new behavior, not the other way around. - Do not reformat or lint-fix during test updates. Save that for validation. - If a test change is ambiguous (unclear what the new expected behavior is), ask the user. ## Step 1: Identify What Changed ```bash git diff --name-only git diff --stat ``` List the modified production files (ignore test files, configs, docs). ## Step 2: Find Affected Tests Search for imports and uses of changed functions/types across all test files: ```bash # Find test files that import the changed package rg "github.com/openshift/lightspeed-operator/<changed_package>" --type go -g '*_test.go' # Find direct function/type references rg "<ChangedFunctionOrType>" --type go -g '*_test.go' ``` For controller changes, also check: - `internal/controller/suite_test.go` (shared test setup) - `test/e2e/` (E2E tests) ## Step 3: Analyze Impact on Tests For each affected test file, check whether the change breaks existing tests: 1. **Signature changes** — function renamed, parameters added/removed/reordered. 2. **Behavior changes** — return value, error messages, side effects differ. 3. **Removed code** — tests for deleted functions/types need removal. 4. **New code** — consider whether new tests are needed (ask user if unclear). 5. **Interface changes** — mock implementations need updating. ## Step 4: Update Tests Apply minimal fixes to each affected test: ### For Ginkgo Tests (most controller tests): - Update `Expect()` assertions to match new return values - Update mock return values in test fixtures - Add/remove parameters in function calls - Update error message checks - Adjust `Eventually()` timeouts if reconciliation logic changed ### For Standard Go Tests (utils, helpers): - Update table-driven test cases with new expected values - Update mock implementations - Add/remove parameters in function calls - Update error assertions ### Common Fixes: - **Error constant renamed**: Update all `Expect(err).To(MatchError(ContainSubstring(oldName)))` → `newName` - **Function signature changed**: Update all call sites in tests - **Resource structure changed**: Update test fixtures and expected values - **Owner reference logic changed**: Update assertions that check `OwnerReferences` ## Step 5: Verify Test File Syntax Before telling the user tests are ready, verify Go syntax: ```bash go fmt <modified_test_file> ``` If formatting changes the file significantly, there may be syntax errors. ## Step 6: Report List all test files updated and what was changed in each: 1. File name 2. What was updated (function calls, expectations, mocks, fixtures) 3. Number of changes Then guide the user to run validation: ``` Tests are updated. Run validation with: make test # Run all unit tests make test-e2e # Run E2E tests (requires cluster) make lint # Check code style If tests fail, review the specific failures and adjust expectations. ``` Do not run `make test` automatically — let the user control when tests run.
Auf GitHub ansehen