boundary-29-char-reason

You can validate minimal YAML frontmatter parsing by using a synthetic test fixture that checks root-level name and description fields. This verifies discovery logic and ensures parsers correctly handle boundary-limited descriptions without requiring optional components or dependencies.

A regex boundary condition in metadata discovery occurs when YAML frontmatter sits at the exact edge of a parsing pattern limit. Testing this involves using minimal metadata to verify that parsers correctly identify and extract root-level fields without missing truncated descriptions.

Test Skill Unit discovery without dependencies by loading a fixture containing only required root-level YAML fields. Running a validation test confirms the parser finds and reads the skill metadata successfully, proving robustness even when optional directories and scripted resources are absent.

No, you do not need optional components or directories to test skill metadata parsing. Minimal YAML frontmatter with only a root-level name and description is sufficient to validate parser robustness and ensure consistent discovery under boundary conditions.

Skill discovery might fail with minimal frontmatter due to regex boundary handling issues. To resolve this, test your parser against a fixture with only root-level name and description fields to ensure the discovery logic correctly processes boundary-limited metadata.

Yes, you can use a synthetic fixture to test boundary handling in repository tests. A fixture with minimal YAML frontmatter at a regex boundary validates that your parser robustly discovers skills and extracts metadata without relying on optional components.