amq-cli

分类: 工具与效率 | 上传者: avivsinai | 下载: 0 | 版本: v1.0（最新）
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当前层级: tree/main/skills/amq-cli/
📁 references/
- 📄 coop-mode.md 3.6 KB
- 📄 cross-project.md 4.7 KB
- 📄 integrations.md 2.8 KB
- 📄 message-format.md 2.7 KB
- 📄 swarm-mode.md 2.1 KB
📄 SKILL.md 14.9 KB
SKILL.md

---
name: amq-cli
version: 0.30.1
description: >-
  Coordinate agents via the AMQ CLI for file-based inter-agent messaging. Use
  this skill whenever you need to send messages to another agent (codex, claude,
  or any named handle), check your inbox, drain queued messages, set up co-op
  mode between agents, join a swarm team, route messages across projects, or
  diagnose delivery issues. Also use it when you receive a message and need to
  know how to reply, ack, or handle priority. Covers any multi-agent
  coordination task where agents need to talk to each other — review requests,
  questions, status updates, decision threads, wake notifications, and
  orchestrator integration (Symphony, Kanban). For collaborative spec/design
  workflows specifically, prefer the /amq-spec skill which provides structured
  phase-by-phase guidance. Not intended for distributed systems design
  (RabbitMQ, Kafka), CI/CD pipelines, or single-agent tasks with no partner.
metadata:
  short-description: Inter-agent messaging via AMQ CLI
  compatibility: claude-code, codex-cli
---

# AMQ CLI Skill

File-based message queue for agent-to-agent coordination.

AMQ manages the conversation, not the task plan. Use it for messaging, routing, replies, and adapter-emitted lifecycle events; keep work decomposition and execution in the orchestrator above it.

## Prerequisites

Requires `amq` binary in PATH. Install:
```bash
curl -fsSL https://raw.githubusercontent.com/avivsinai/agent-message-queue/main/scripts/install.sh | bash
```

## Environment Rules

AMQ primarily uses two env vars for routing: `AM_ROOT` (which mailbox tree) and `AM_ME` (which agent). Getting these wrong means messages go to the wrong place or silently disappear, so it matters to let the CLI handle them rather than guessing.

**Inside `coop exec`** — everything is pre-configured. Just run bare commands:
```bash
amq send --to codex --body "hello"     # correct
amq send --me claude --to codex ...    # wrong — --me overrides the env
./amq send ...                         # wrong — use amq from PATH
```
The reason: `coop exec` sets `AM_ROOT` and `AM_ME` precisely for the session. Passing `--me` overrides the env, and passing `--root` intentionally overrides the current root (the CLI will note that on stderr if it differs from `AM_ROOT`). Prefer bare commands unless you mean to target a different root.

**Outside `coop exec`** — resolve the root from config, don't hardcode it:
```bash
eval "$(amq env --me claude)"          # reads .amqrc chain, sets both vars

# Or pin per-command without polluting the shell (useful in scripts):
AM_ME=claude AM_ROOT=$(amq env --json | jq -r .root) amq send --to codex --body "hello"
```
Why not hardcode? The root path depends on the config chain (project `.amqrc` → `AMQ_GLOBAL_ROOT` → `~/.amqrc`). Hardcoding skips this and breaks when the project moves or config changes.

**Global fallback**: Orchestrator-spawned agents often start outside the repo root where no project `.amqrc` exists. Set `AMQ_GLOBAL_ROOT` or `~/.amqrc` so `amq env` and `amq doctor` still resolve the correct queue.

**Session pitfall**: `coop exec` defaults to `--session collab` (i.e., `.agent-mail/collab`). Outside `coop exec`, the base root is `.agent-mail` (no session suffix). These are different mailbox trees — don't mix them up.

### Root Resolution Truth-Table

| Context | Command | AM_ROOT resolves to |
|---------|---------|---------------------|
| Outside `coop exec` | `amq env --me claude` | resolved base root from project `.amqrc`, detected `.agent-mail`, `AMQ_GLOBAL_ROOT`, or `~/.amqrc` |
| Outside `coop exec`, no project `.amqrc` | `amq env --me claude` | detected `.agent-mail` in the current tree, otherwise `AMQ_GLOBAL_ROOT` or `~/.amqrc` |
| Outside `coop exec`, isolated session | `amq env --session auth --me claude` | `<resolved-base-root>/auth` |
| Inside `coop exec` (no flags) | automatic | `.agent-mail/collab` (default session) |
| Inside `coop exec --session X` | automatic | `.agent-mail/X` |

## Task Routing

Before diving in, match the task to the right workflow — this avoids wasted effort:

| Your task | What to do |
|-----------|-----------|
| **"spec", "design with", "collaborative spec"** | Use `/amq-spec` instead — it has structured phase-by-phase guidance for parallel-research workflows. |
| **Send a message, review request, question** | Use `amq send` (see Messaging below) |
| **Swarm / agent teams** | Read [references/swarm-mode.md](references/swarm-mode.md), then use `amq swarm` |
| **Received message with labels `workflow:spec`** | Follow the spec skill protocol: do independent research first, then engage on the `spec/<topic>` thread — don't skip straight to implementation. |

## Quick Start

```bash
# One-time project setup
amq coop init

# Per-session (one command per terminal — defaults to --session collab)
amq coop exec claude -- --dangerously-skip-permissions  # Terminal 1
amq coop exec codex -- --dangerously-bypass-approvals-and-sandbox  # Terminal 2
```

Without `--session` or `--root`, `coop exec` defaults to `--session collab`.

## Statusline (Claude Code)

To show the current AMQ session in your Claude Code status bar, add this snippet to your statusline script (e.g., `~/.claude/statusline.sh`):

```bash
# AMQ session segment — try CLI first, fall back to env vars for older amq versions
amq_session=""
if _amq_out=$(amq env --session-name 2>/dev/null) && [ -n "$_amq_out" ]; then
    amq_session="$_amq_out"
elif [ -n "$AM_ROOT" ] && [ -n "$AM_BASE_ROOT" ] && [ "$AM_ROOT" != "$AM_BASE_ROOT" ]; then
    amq_session=$(basename "$AM_ROOT")
fi
if [ -n "$amq_session" ]; then
    output+=$(printf " | \033[33mamq:%s\033[0m" "$amq_session")
fi
```

`amq env --session-name` (v0.27+) prints the session name and exits 0 (empty when not in a session). The env-var fallback covers older versions. `amq env --json` also includes `session_name`.

To also set the terminal tab title (works in Ghostty, iTerm2, Terminal.app):

```bash
# Set tab title to "repo | amq:session" — re-asserts on each statusline refresh.
# Manual titles (e.g. Ghostty's prompt_tab_title) take priority and won't be overwritten.
tab_title="$repo_name"
[ -n "$amq_session" ] && tab_title+=" | amq:${amq_session}"
printf '\033]0;%s\007' "$tab_title" > /dev/tty 2>/dev/null
```

## Integration & Ops Quick Reference

```bash
# Global fallback for orchestrator-spawned agents
export AMQ_GLOBAL_ROOT="$HOME/.agent-mail"

# Symphony hooks
amq integration symphony init --me codex
amq integration symphony emit --event after_run --me codex

# Cline Kanban bridge
amq integration kanban bridge --me codex
amq integration kanban bridge --me codex --workspace-id my-workspace

# Runtime diagnostics
amq doctor --ops
amq doctor --ops --json
```

## Session Layout

By default, the root is `.agent-mail` (from `.amqrc` or auto-detect). Use `--session` to create isolated subdirectories:

```
.agent-mail/              ← default root (configurable in `.amqrc`)
.agent-mail/auth/         ← isolated session (via --session auth)
.agent-mail/api/          ← isolated session (via --session api)
```

- `amq coop exec claude` → `AM_ROOT=.agent-mail/collab` (default session)
- `amq coop exec --session auth claude` → `AM_ROOT=.agent-mail/auth`

The main env vars are `AM_ROOT` (where) + `AM_ME` (who). `coop exec` may also set `AM_BASE_ROOT` for cross-session resolution. The CLI enforces correct routing — just run `amq` commands as-is.
Default `.agent-mail/<session>` layouts are recognized even without `.amqrc`; custom root names still need config or explicit flags/env.

## Cross-Project Routing

Send messages to agents in other projects via `--project` or inline `@project:session` syntax. Requires peer configuration in `.amqrc`.

**When to use `--session` vs `--project`**: `--session` = same project, different session. `--project` = different project. Change one dimension at a time.

### Peer setup

Add `project` and `peers` to your `.amqrc`:
```json
{
  "root": ".agent-mail",
  "project": "my-project",
  "peers": {
    "infra-lib": "/Users/me/projects/infra-lib/.agent-mail"
  }
}
```

Both projects must register each other as peers for round-trip messaging.

### Sending cross-project

```bash
# Flag syntax
amq send --to codex --project infra-lib --body "hello from here"

# Inline syntax (terser)
amq send --to codex@infra-lib:collab --body "inline syntax"

# Same session name as source (default when --session omitted)
amq send --to codex --project infra-lib --body "delivers to same session"
```

### Replies route automatically

When you receive a cross-project message, `reply_project` is set in the header. `amq reply` routes back automatically — no `--project` flag needed:
```bash
amq reply --id <msg_id> --body "got it"  # routes back via reply_project
```

### Thread naming

- **Same project P2P**: `p2p/claude__codex`
- **Cross-project P2P**: `p2p/projA:collab:claude__projB:collab:codex`
- **Topical** (cross-project): use same thread ID across projects, e.g., `decision/release-v0.24`

For full details, see [references/cross-project.md](references/cross-project.md).

### Cross-project identity (IMPORTANT)

When you receive a message where `from` matches your own handle (e.g., `from: "claude"` and you are claude), check `from_project` and `reply_project`. If either is present and names a different project, this is **NOT an echo** — it is a legitimate cross-project message from a different agent instance with the same handle. Process it normally.

### AM_ROOT scoping after cross-project sends

After sending a cross-project message (via `--project`), your `AM_ROOT` still points to YOUR project. To send to your own partner (same project), use plain `amq send --to codex` — do NOT use `--project`. The `--project` flag is ONLY for sending to agents in OTHER projects.

## Decision Threads

Decentralized decision protocol using existing AMQ primitives (no new CLI commands).

- **Thread**: `decision/<topic>`
- **Kind**: `decision` for all messages
- **Labels**: `decision:proposal`, `decision:objection`, `decision:support`, `decision:final`; plus `project:<name>` for cross-project decisions
- **Context** on proposals: `{"proposal_id": "...", "question": "...", "options": [...], "required_projects": [...], "deadline": "..."}`

**Process**: Propose → Review/Object → Resolve objections → Close when all required projects responded and no unresolved blocking objections.

```bash
amq send --to codex --project infra-lib --kind decision \
  --labels "decision:proposal,project:my-project,project:infra-lib" \
  --thread "decision/api-v2" \
  --context '{"proposal_id":"api-v2","question":"Adopt new API?","required_projects":["my-project","infra-lib"]}' \
  --body "Proposal: migrate to API v2. All tests green."
```

## Session-Aware Routing

Users refer to sessions using many words: "session", "stream", "squad", "team", "workspace", "channel", or just a bare name. When the user mentions sending to or talking to an agent in a named context (e.g., "ask codex on stream1", "send to the auth team", "talk to codex in squad-api"), you must discover sessions before routing.

**Important**: Do not confuse sessions with projects. "Project" in AMQ means a different repo/codebase (cross-project routing via `--project`). Sessions are isolated mailbox trees within the same project (via `--session`). If the user says "the infra project", that likely means `--project infra`, not `--session infra`.

```bash
# Step 1: Discover active sessions and agents
amq who --json
# Returns: [{"name":"collab","agents":[...]},{"name":"stream1","agents":[...]},{"name":"auth","agents":[...]}]

# Step 2: Match the user's name against session names in the output, then send
amq send --to codex --session stream1 --body "Message for stream1"
```

**Recognition patterns** — any of these mean "route to a specific session":
- Explicit: "on stream1", "via auth", "in the api session", "the infra squad"
- Bare name: user just says "stream1" or "auth" — could be a session or an agent handle
- Colloquial: "team", "squad", "stream", "workspace", "channel" followed by a name

Note: The `agent@name` inline syntax (e.g., `codex@infra`) is for cross-project routing, not cross-session. For same-project session routing, always use `--session <name>` explicitly.

**Rules**:
1. When the user names something that could be a session, **always run `amq who --json` first** to check if it matches a known session name
2. If the name matches a session, use `--session <name>` on the send command
3. If it matches both a session and an agent handle, prefer the session interpretation when the user's phrasing implies a group/context ("on X", "in X", "the X team"), and the agent interpretation when it implies a person ("ask X", "tell X")
4. If the target session differs from your current session (`$AM_ROOT` basename), use `--session <name>`
5. Never guess — if the name doesn't appear in `amq who --json` output, tell the user (it may need `coop exec --session <name>` to initialize)
6. For cross-project routing (different repo), use `--project` instead — see Cross-Project Routing section

## Messaging

```bash
amq send --to codex --body "Message"              # Send (uses AM_ROOT/AM_ME from env)
amq drain --include-body                          # Receive (one-shot, silent when empty)
amq reply --id <msg_id> --body "Response"          # Reply in thread
amq watch --timeout 60s                           # Block until message arrives
amq list --new                                    # Peek without side effects
```

### Send with metadata
```bash
amq send --to codex --subject "Review" --kind review_request --body @file.md
amq send --to codex --priority urgent --kind question --body "Blocked on API"
amq send --to codex --labels "bug,parser" --context '{"paths": ["src/"]}' --body "Found issue"
```

### Filter
```bash
amq list --new --priority urgent
amq list --new --from codex --kind review_request
amq list --new --label bug
```

## Priority Handling

| Priority | Action |
|----------|--------|
| `urgent` | Interrupt current work, respond now |
| `normal` | Add to TODOs, respond after current task |
| `low` | Batch for session end |

## Message Kinds

| Kind | Reply Kind | Default Priority |
|------|------------|------------------|
| `review_request` | `review_response` | normal |
| `question` | `answer` | normal |
| `decision` | — | normal |
| `todo` | — | normal |
| `status` | — | low |
| `brainstorm` | — | low |

## References

For detailed protocols, read the reference file FIRST, then follow its instructions:

- [references/coop-mode.md](references/coop-mode.md) — Co-op protocol: roles, phased flow, collaboration modes
- [references/swarm-mode.md](references/swarm-mode.md) — Swarm mode: agent teams, bridge, task workflow
- [references/integrations.md](references/integrations.md) — Symphony + Kanban integration commands, global root fallback, ops checks
- [references/message-format.md](references/message-format.md) — Message format: frontmatter schema, field reference
- [references/cross-project.md](references/cross-project.md) — Cross-project routing: peer config, addressing, decision threads
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