From spectre
Loads project-specific skills from a registry before starting implementation, debugging, or feature work. Captures new knowledge after significant work to prevent stale context.
How this skill is triggered — by the user, by Claude, or both
Slash command
/spectre:spectre-applyThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
This project captures hard-won knowledge (features, gotchas, procedures, decisions) as loadable skills. The registry below is the live index — it is the complete list, so you never need to read the registry file to discover what exists.
This project captures hard-won knowledge (features, gotchas, procedures, decisions) as loadable skills. The registry below is the live index — it is the complete list, so you never need to read the registry file to discover what exists.
Format: name|category|triggers|description
{{REGISTRY}}
If ANY entry's triggers or description match the current task, call Skill({name}) FIRST — before searching the codebase, reading files, or dispatching agents. One matching trigger word in the request is sufficient; don't reframe the request to avoid a match. No match → proceed normally.
This holds even when it feels unnecessary, because these exact rationalizations precede real failures:
The cost of skipping: wrong output locations, missed registration steps, inconsistent changes, and re-debugging what was already solved.
Finishing a real piece of work — a resolved bug, an established procedure, a non-obvious decision, a change to architecture or key flows — is the moment knowledge is captured or lost. Before you hand back:
Skill(spectre-learn), naming what you'd capture. Don't wait to be asked; the user cannot see what you learned.npx claudepluginhub codename-inc/spectre --plugin spectreCaptures project knowledge (patterns, decisions, gotchas, procedures) into skill files for later reuse. Invoked via /learn.
Captures reusable knowledge from coding sessions and creates new Claude Code skills. Triggered by explicit requests ('save this as a skill') or at task completion, retrospectives, and pattern discovery.
Creates structured, bite-sized implementation plans from specs or requirements before writing code. Useful for breaking down multi-step tasks into testable steps with file structure and task boundaries.