← ClaudeAtlas

user-orientlisted

Re-orient the user on the session axis — the state of this conversation/thread — via a status snapshot (verified, not-verified, next steps) plus parallel asides; `--quick` skips all lookups and gives a lightweight three-section thread summary (problem, what we tried, what's left). Use when the user asks "where are we", "what's the status", "remind me what we were doing", "what were we doing", or just wants a quick reminder of the working thread. For project-axis state (a project's plan+git-derived shipped / planned / next / cuttable), use user-pm.
aberson/skill-mesh · ★ 2 · AI & Automation · score 71
Install: claude install-skill aberson/skill-mesh
# User Re-Orientation This skill produces a status snapshot for a user returning mid-session. Read-only by default; does not mutate memory, plans, or code. Two modes: **full** (default — Steps 1-2 below) and **`--quick`** (a no-lookups three-section thread summary — see "Quick mode" below; for in-flow check-ins, not post-gap re-orientation). --- ## Steps ### Step 1: Run autonomous asides in parallel (BEFORE composing output) Run all relevant tool calls in parallel in a single message. Do not output the findings yet — they feed Step 2. Pick the subset that fits the project: - `git status --short` (working tree state) - `git log --oneline origin/<main>..HEAD` (unpushed commits) - `git log --oneline -5` (recent activity context) - Tail (last 30 lines) of the most recently modified file in `logs/` if the project has one - Read any current run-state JSON for active long-running processes this project tracks (e.g. `data/evolve_run_state.json` for Alpha4Gate) - Read `MEMORY.md` from the project's auto-memory directory if not already in context If a project has its own status conventions (e.g., a build-state file, a test-counts marker, a daemon health endpoint) and you know about them from earlier in the session, query those too. Apply those findings to compose Step 2. --- ### Step 2: Compose the orientation Write SIX sections in this fixed order: (1) Verified-working, (2) Not-yet-verified, (3) Manual checks, (4) Autonomous asides surfaced, (5) Near-term sequencing, (6) M