Converts a finalized spec into a step-by-step implementation plan with verification.
npx skills add https://github.com/crbnos/carbon --skill plan-crbnos
Please help me install this Agent Skill. Skill: plan Source: https://github.com/crbnos/carbon/tree/main/.ai/skills/plan Command: npx skills add https://github.com/crbnos/carbon --skill plan-crbnos
This Skill turns a finalized spec into a step-by-step implementation plan, ensuring every task has exact file paths, commands, and verification.
Generate a plan for a spec at '.ai/specs/{date}-{slug}.md' by using the 'plan' skill.
High-intent search queries and answers about installing and using this skill.
To turn a finalized specification into an implementation plan, you can use a task decomposition process that reads the spec and generates precise file paths, commands, and verification steps for execution.
Task decomposition in software development is the process of breaking down a finalized spec into verifiable units of work, providing exact instructions and expected outputs to guide automated execution.
You verify an implementation plan against a spec by ensuring every decomposed task includes exact file paths, commands, and expected outputs, making the plan verifiable and executable by automated tools.
No, you cannot generate a plan if your spec has unresolved open questions. The spec to plan conversion process requires a finalized spec with no unresolved open questions to produce verifiable task instructions.
The best way to structure task instructions for automated execution is to decompose tasks into verifiable units with exact file paths, commands, and expected outputs, following established guidelines for task creation.
Yes, you need related materials to create an implementation plan from a spec. The conversion process requires reading the spec alongside related materials to ensure accurate task decomposition and verification.
ReadyStateChangeConverts shaped intent and breadboard data into a draft functional specification with traceability.
jacexhConvert specifications into test-driven implementation plans with exact file paths and commands.
AlphaLab-USTCCreate implementation plans with exact file paths and verification commands.
burgebjCreate zero-context implementation plans for multi-step software development tasks.
