Install
openclaw skills install @gwaghmar/graph-skillExecute coding work as a cached dependency graph with local quality gates, parallel agents, localized retries, resume support, token telemetry, and an interactive report. Use for /graph requests.
openclaw skills install @gwaghmar/graph-skillIf .graph/graph.py is missing from the workspace, bootstrap the shared runtime first with npx graph-skill install --target openclaw.
Sizing: estimate F = files to change, D = open design decisions, R = cross-cutting risk (auth, shared utilities, public APIs, migrations). S (F ≤ 1, D = 0, no R): one implementation node + quality, no extra agents. M (F 2–4 or D = 1, no R): 2–3 nodes, plan inline, at most one reviewer agent. L (F ≥ 5, D ≥ 2, or R): full protocol with planner, 2–6 workers (one per independent file-scope cluster), and reviewer. Never spawn more workers than independent clusters. State the tier and F/D/R in one line before building the graph. The full protocol below is for M and L.
python3 .graph/graph.py init "<task>" --host openclaw. For /graph --resume, run python3 .graph/graph.py resume and continue the returned run..graph/graph.py node. Each update prints a live ASCII graph and refreshes the local HTML graph — both rendered locally, no model tokens. Use .graph/graph.py tree <run> to reprint it on demand..graph/graph.py cache-get <run> <node> --files <relevant-files>. A cache hit replaces that model call..graph/graph.py quality <run> before reviewer agents. Prefer tests, lint, type checking, and other deterministic checks over extra model calls..graph/graph.py retry-plan <run> --include-dependents and rerun only listed nodes. Maximum two retries per node..graph/graph.py cache-put..graph/graph.py finish <run> --status complete. It prints the final run summary (node graph, checks, files, retries, cache hits, duration, report path); include it verbatim in your reply along with the implementation result..graph/graph.py commit <run> --yes.Never push, deploy, or create a PR without explicit instruction.