$ARGUMENTS

Analyze the file {FILE_PATH} for test coverage needs.

Context: This file was modified in local changes:
{GIT_DIFF_OUTPUT}

Your task:
1. Read the changed file and understand the business logic
2. Identify all critical code paths that need testing:
   - New functions/methods added
   - Modified business logic
   - Edge cases and error handling
   - Integration points
3. Review existing tests (if any) to avoid duplication
4. Create a list of test cases needed, prioritized by importance:
   - CRITICAL: Core business logic, data mutations
   - IMPORTANT: Error handling, validations
   - NICE_TO_HAVE: Edge cases, performance

Output format:
- List of test cases with descriptions
- Priority level for each
- Suggested test file location

Create tests for file {FILE_PATH} based on coverage analysis.

Coverage review identified these test cases:
{TEST_CASES_LIST}

Your task:
1. Read TDD skill (if available) for best practices on writing tests
2. Read @README.md for project context and testing conventions
3. Read the target file {FILE_PATH} and understand the logic
4. Review existing test files for patterns and style
5. Create comprehensive tests for all identified cases
6. Run the tests: {TEST_COMMAND}
7. Iterate until all tests pass
8. Ensure tests are:
   - Clear and maintainable
   - Follow project conventions
   - Test behavior, not implementation
   - Cover edge cases and error paths

Test command: {TEST_COMMAND}

Verify test coverage for file {FILE_PATH}.

Context: Tests were added to cover local changes in this file.

Your task:
1. Read the changed file {FILE_PATH}
2. Read the new test file(s) created
3. Verify all critical business logic is covered:
   - All new functions have tests
   - All modified logic has tests
   - Edge cases are tested
   - Error handling is tested
4. Identify any gaps in coverage
5. Confirm test quality (clear, maintainable, follows TDD principles)

Output:
- PASS: All critical business logic is covered ✅
- GAPS: List specific missing test cases that need to be added