Audits dependencies and verifies startup across Node, Python, Rust, Go, .NET, and Unity.
npx skills add https://github.com/igot-ai/os-twin --skill runnable-verify
Please help me install this Agent Skill. Skill: runnable-verify Source: https://github.com/igot-ai/os-twin/tree/main/.agents/skills/roles/qa/runnable-verify Command: npx skills add https://github.com/igot-ai/os-twin --skill runnable-verify
This skill ensures that code is actually runnable — not just that it compiles. It validates dependencies, checks for version conflicts, attempts to start the application, and provides actionable fix instructions when issues are found.
Run runnable-verify in your project root to audit dependencies, attempt startup, and generate actionable fixes.
High-intent search queries and answers about installing and using this skill.
Runtime verification audits dependencies, detects version conflicts, attempts application startup, and generates actionable fix instructions to catch blockers before QA. This ensures code runs correctly across supported ecosystems rather than just compiling.
Runtime verification supports dependency auditing and startup checks across Node.js, Python, Rust, Go, .NET, and Unity ecosystems. It detects new or modified dependencies and validates them to prevent runtime conflicts.
To detect dependency conflicts causing startup failures, run a clean install check followed by a startup verification attempt. The audit identifies ecosystem-specific dependency issues and generates practical fix instructions for any conflicts found.
Run dependency and startup verification during epic handoffs and before QA to catch runtime blockers early. This phase-based approach ensures code is actually runnable and prevents integration issues from reaching downstream stages.
Yes, when runtime issues are detected during verification, the system generates practical fix instructions addressing detected dependency conflicts and startup failures. These instructions guide developers through resolving specific runnable code problems.
Code that compiles passes syntax and type checks, while code that is actually runnable successfully resolves dependencies, starts without conflicts, and executes at runtime. Runtime verification validates the latter by attempting clean installs and application startup.
stark-ai-deReview dependency updates for security and compatibility issues in software projects.
wesleyosantos91Generate or improve automated tests with coverage gap reports.
paulojalowyjRun linters, type checkers, and security audits for Node.js and Python projects.
auldsyababuaGenerate CI/CD pipeline configurations for GitHub Actions, GitLab CI, CircleCI, and Jenkins.
