Resolves the merge of m1-broker-drain-race-and-presence-role and
m1-cli-lifecycle-and-role-peer-list into main:
* Rename wire-level role classification field `role` → `peerRole`
to avoid collision with 1.31.5's top-level `role` lift of
`profile.role` (user-supplied string consumed by the agent-vibes
claudemesh skill). `peerRole` is the broker presence taxonomy
(control-plane/session/service); top-level `role` keeps its 1.31.5
semantics.
- apps/broker/src/broker.ts (listPeersInMesh return)
- apps/broker/src/index.ts (peers_list response)
- apps/broker/src/types.ts (WSPeersListMessage)
- apps/cli/src/commands/peers.ts (PeerRecord + filter + lift)
* Wire CLI client_ack emission: handleBrokerPush gains
ackClientMessage callback; daemon-WS and session-WS each got a
sendClientAck() method that frames {type:"client_ack",
clientMessageId, brokerMessageId?} and forwards via the lifecycle
helper. Run.ts wires the callback into both onPush paths.
Receiver dedupes against existing inbox row first then acks
unconditionally — broker needs the ack regardless of dedupe to
release its claim lease.
- apps/cli/src/daemon/inbound.ts (ackClientMessage in InboundContext)
- apps/cli/src/daemon/broker.ts + session-broker.ts (sendClientAck)
- apps/cli/src/daemon/run.ts (wire-up)
* Version bump 1.32.1 → 1.33.0; CHANGELOG entry replaces "Unreleased"
with full m1 description.
Verification: tsc clean across cli + broker; CLI 83/83 unit tests
pass; broker 50 unit tests pass (5 integration test files require a
live Postgres and were skipped — pre-existing infra gap, not a
regression). CLI bundle rebuilt; version 1.33.0 baked.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The architectural convergence v0.9.0 was building toward. CLI keeps
working without a daemon (claudemesh send/peer/inbox/...), but the MCP
push-pipe — which Claude Code uses for mid-turn channel emits, slash
commands, and resources — now requires the daemon. There is no fallback.
Daemon (additive):
- /v1/skills (list) and /v1/skills/:name (get) IPC endpoints, so the
MCP shim can surface mesh skills without holding its own broker WS.
- listSkills() / getSkill() on DaemonBrokerClient.
- SSE 'message' event now carries plaintext body, sender_member_pubkey,
priority, and subtype — full payload the MCP shim needs to render a
channel notification.
MCP server: 979 → 469 LoC (470 of the remaining 469 is the unrelated
mesh-service proxy mode; the push-pipe path is ~200 LoC including
boilerplate).
- Probes ~/.claudemesh/daemon/daemon.sock at boot. Bails loudly with
actionable instructions if missing.
- Subscribes to /v1/events SSE and translates each event into a
notifications/claude/channel emit.
- Fetches mesh skills from the daemon for ListPrompts/GetPrompt and
ListResources/ReadResource. ListTools returns []; the CLI is the API.
- No broker WS, no decryption, no reconnect logic. Daemon owns all of it.
claudemesh install: auto-installs and starts the daemon service for the
user's primary mesh (launchd / systemd-user). Pass --no-service to skip.
claudemesh launch: probes the daemon socket; if absent, spawns
'claudemesh daemon up --mesh <slug>' detached and waits up to 10s for
the socket. Surfaces a clear warning on timeout but doesn't block —
Claude Code's MCP shim will print the same error if the daemon really
isn't there.
Bundle: dist/entrypoints/mcp.js drops from 154KB → 104KB (gzipped 34KB
→ 19KB). Test: MCP boots cleanly via stdio, declares correct
capabilities, talks JSON-RPC; daemon /v1/skills returns the empty list
as expected on a mesh with no skills.
Released as 1.24.0 on npm.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
