Dispatch Claude execution from Codex with bounded implementation packets.
npx skills add https://github.com/Catsofsuffering/CCGS --skill ccgs-spec-impl
Please help me install this Agent Skill. Skill: ccgs-spec-impl Source: https://github.com/Catsofsuffering/CCGS/tree/main/templates/codex-skills/ccgs-spec-impl Command: npx skills add https://github.com/Catsofsuffering/CCGS --skill ccgs-spec-impl
This Skill provides a safe, Codex-led way to dispatch Claude as an execution worker without relinquishing acceptance, testing, or archive decisions, eliminating unsafe context switches and ambiguous ownership during implementation.
Use the ccgs-spec-impl skill to dispatch Claude with a bounded execution packet for the active change and return the verification results to Codex.
High-intent search queries and answers about installing and using this skill.
To orchestrate Claude execution from Codex, you build a bounded execution packet containing implementation goals, allowed and protected paths, and required tests, which dispatches Claude to implement only the approved scope while Codex retains verification authority.
Codex maintains control by requiring a standardized return packet from Claude with changed files and tests run, then running Codex-local verification to decide whether to accept the work, request rework, or archive the change.
A bounded execution packet is a structured dispatch payload that defines implementation goals, allowed and protected paths, required tests, and return packet formats, ensuring Claude executes only the approved scope of a planned change.
When verification fails after Claude executes a planned change, the orchestration flow generates a rework packet that enforces required checks, ensuring Codex retains archive authority and can safely request corrections before accepting the implementation.
You need Codex orchestration with Claude execution when a planned change is ready for implementation and you must orchestrate bounded execution while eliminating unsafe context switches and ambiguous ownership during the implementation process.
Codex does not archive changes automatically; it enforces a structured return packet from Claude and runs local verification to produce an archive decision, retaining full authority over the final acceptance of the implementation work.
Codagent-AIReview design artifacts for consistency, alignment, and gaps.
CatsofsufferingCoordinate OpenSpec workflow phases with Codex and bounded rework loops.
yjzaaaArchive completed OpenSpec changes into date-stamped directories after validating statuses.
heyAyushhGuide LLM coding with minimal changes and explicit success criteria.
