Stop the background HTTP registry server started by /start-http-registry — TaskStop / KillShell by the recorded task ID, plus a /proc cmdline-scan fallback for minimal-tool sandboxes with no ps/lsof/pkill/fuser. Referenced by every warp deploy/update skill that starts the registry.
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Stop the background HTTP registry started via /start-http-registry. Always stop it at the end of the skill — even on failure paths — so no background process is left running.
Primary: TaskStop (or KillShell) with the task/shell ID recorded when the registry was started.
Fallback (minimal-tool sandboxes): if TaskStop doesn't clean up the underlying process and ps / lsof / pkill / fuser aren't available, scan /proc for the registry's cmdline and kill it:
# Find PIDs matching the registry process — exclude the scanning shell itself
SELF_PID=$$
for pid in $(ls /proc | grep -E '^[0-9]+$'); do
[ "$pid" = "$SELF_PID" ] && continue
if grep -aql 'http-registry-server\|start:http-registry' /proc/$pid/cmdline 2>/dev/null; then
echo "killing http-registry pid=$pid"
kill "$pid" 2>/dev/null || true
fi
done
Always run the fallback after TaskStop regardless — it is idempotent if the process is already gone.
/warp-deploy-init-route, /warp-deploy-update-owners, /warp-update, /warp-update-extend, /warp-update-resolve-artifacts — every skill that starts the HTTP registry.
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Write a changeset file in the `hyperlane-registry` repo for a PR that adds, updates, or modifies warp route config / chain metadata / addresses. Canonical pattern — never run the interactive `pnpm changeset` CLI; write the file directly. Referenced by any skill that opens a registry PR.
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Trigger Docker image builds for Hyperlane agent, monorepo, or node service images. Use when the user wants to build new Docker images for a branch, commit, or tag.
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The low-level on-chain probes for identifying what an owner address is — cast code → EOA / EIP-7702-delegated EOA / contract, VERSION() → Gnosis Safe, read-only get-owner-ica.ts derive → ICA derivation, getAccountInfo → Sealevel account existence — with how to interpret each result. The primitive layer beneath validate-owners / resolve-artifacts / update-owners, which each apply their own per-chain or per-artifact policy on top.
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Review code changes using Hyperlane monorepo coding standards. Use when reviewing PRs, checking your own changes, or doing self-review before committing.
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Debug why a Hyperlane message is not being processed. Use when given a message ID or explorer URL to investigate delivery failures, gas estimation errors, validator issues, or other processing problems.
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Debug RPC provider health issues for a chain. Use when alerts mention RPC failures, high latency, stale blocks, or provider errors. Diagnoses the issue and recommends fixes.
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