Manages and verifies capability inventories in software modules using msdmd.
npx skills add https://github.com/The-Interdependency/skill-lib --skill cap-build
Please help me install this Agent Skill. Skill: cap-build Source: https://github.com/The-Interdependency/skill-lib/tree/main/cap-build Command: npx skills add https://github.com/The-Interdependency/skill-lib --skill cap-build
The cap-build Skill solves the problem of managing and verifying capability inventories in software modules, ensuring that declared capabilities are accurately represented and up-to-date.
Load the cap-build Skill to generate a capability inventory for your module and ensure all declared capabilities are correctly exposed.
High-intent search queries and answers about installing and using this skill.
To verify capability inventories, msdmd parses module blocks and maps exposed surfaces, ensuring declared capabilities exist and are correctly referenced. This process reports duplicates, missing declarations, and coverage gaps.
A capability inventory tracks and maps capabilities exposed by software modules. You need one when building capability registries for agents or auditing exposed surfaces to ensure accurate representation and up-to-date references.
Building a capability registry with msdmd involves parsing software module blocks to map and track exposed capabilities. This generates an inventory that validates declared capabilities and reports gaps in coverage for your agents.
Yes, msdmd is required for block parsing and capability mapping when auditing exposed surfaces. The cap-build process depends on msdmd to verify that declared capabilities are accurately represented and up-to-date.
Reporting missing declarations and duplicates in capability coverage is handled by validating the capability inventory against actual software module surfaces. This identifies gaps and ensures all declared capabilities are correctly exposed.
Automating capability inventory management is best achieved by using msdmd to parse modules and map capabilities, then running verification checks to validate declared surfaces. This ensures your registry remains up-to-date without manual tracking.
The-InterdependencyVerify software module documentation compliance using msdmd metadata blocks.
vasilyu1983Audit codebases to identify documentation gaps and generate coverage reports.
TreeX-XAnalyze codebases for structure, modules, and quality risks.
humanerd-drewAudit codebases by mapping dependencies, detecting dead code, and validating refactors.
