userType: external

gitBranch: main

slug: purring-dreaming-perlis

type: user

role: user

content:
Look for any Rivet-related files in the repo at /home/ccuser/the-50-dollar-app. Search for:
1. Files named RIVET-INBOX* or rivet-inbox*
2. Any files mentioning "rivet" or "council"
3. Any ops/ or scripts/ directories with communication tools

Return the contents of any relevant files found.


type: message

role: assistant

type: text

text: I'll search the repository for Rivet-related files and content.

service_tier: standard

type: assistant


Glob

type: direct


type: progress

hookEvent: PostToolUse

command: callback


content: No files found


content:
/home/ccuser/the-50-dollar-app/node_modules/@swc/helpers/scripts/ast_grep.js
/home/ccuser/the-50-dollar-app/node_modules/@swc/helpers/scripts/build.js
/home/ccuser/the-50-dollar-app/node_modules/@swc/helpers/scripts/errors.js
/home/ccuser/the-50-dollar-app/node_modules/@swc/helpers/scripts/utils.js
/home/ccuser/the-50-dollar-app/scripts/run-migration.mjs
/home/ccuser/the-50-dollar-app/node_modules/@pinojs/redact/scripts/sync-version.mjs
/home/ccuser/the-50-dollar-app/scripts/e2e-test.mjs
/home/ccuser/the-50-dollar-app/scripts/deep-e2e.mjs
/home/ccuser/the-50-dollar-app/scripts/deep-e2e-v2.mjs
/home/ccuser/the-50-dollar-app/scripts/seed-data.mjs
/home/ccuser/the-50-dollar-app/scripts/simple-seed.mjs
/home/ccuser/the-50-dollar-app/scripts/generate-icons.mjs
/home/ccuser/the-50-dollar-app/scripts/vapi-webhook.js
/home/ccuser/the-50-dollar-app/scripts/fix-pii-rls.mjs
/home/ccuser/the-50-dollar-app/scripts/generate-hostel-qr.ts
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/info
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/prepare-tests
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/publish-built-version
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/travis-gh-pages
/home/ccuser/the-50-dollar-app/node_modules/damerau-levenshtein/scripts/update-changelog.sh
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/bundle.js
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/compile-dots.js
/home/ccuser/the-50-dollar-app/node_modules/ajv/scripts/.eslintrc.yml
/home/ccuser/the-50-dollar-app/scripts/create-feedback-table.sql
/home/ccuser/the-50-dollar-app/scripts/verify-stripe-config.ts
/home/ccuser/the-50-dollar-app/scripts/create-success-tracking-tables.sql
/home/ccuser/the-50-dollar-app/scripts/create-faq-table.sql
/home/ccuser/the-50-dollar-app/scripts/seed-faq.sql
/home/ccuser/the-50-dollar-app/scripts/create-feature-flags-table.sql
/home/ccuser/the-50-dollar-app/scripts/create-leads-table.js
/home/ccuser/the-50-dollar-app/scripts/growth-engine-monitor.js
/home/ccuser/the-50-dollar-app/scripts/agent-bridge.js


content:
Found 25 files
RIVET-INBOX.md
data/control-centre-council.jsonl
src/app/api/ceo/council/messages/route.ts
src/app/ceo/page.tsx
docs/sop/supabase-migrations.md
scripts/agent-bridge.js
docs/opsman-recovery-plan-2026-03-04.md
scripts/verify-stripe-config.ts
src/app/api/payments/create/route.ts
LAUNCH-CHECKLIST.md
OPS.md
SYSTEM-STATUS.md
PRODUCT-STATUS.md
SYSTEM-OVERVIEW.md
BUSINESS-OVERVIEW.md
SYSTEM-BASELINE.md
COMMS-PROTOCOL.md
final-validation.js
check-touch-targets.mjs
scripts/deep-e2e-v2.mjs
scripts/deep-e2e.mjs
comprehensive-audit.js
test-api-endpoints.sh
test-auth-flows.js
scripts/e2e-test.mjs


text: Found the RIVET-INBOX file and several council-related files. Let me read the main ones:


content:
     1→## OPEN ITEMS
     2→
     3→*No new messages pending acknowledgment*
     4→
     5→---
     6→
     7→*Note: Historical reports from March 4-11 have been archived to memory/comms/archive/2026-03-13-rivet-inbox-archive.md as part of daily inbox cleanup.*## 2026-03-14 18:00 AEDT — Phase 1A: TheOffice Page to Real Data
     8→📋 NEW: Claimed P0 task from BUILDER-INBOX.md. Executing.
     9→## 2026-03-14 18:37 AEDT — Phase 1A: TheOffice Page to Real Data
    10→🚫 BLOCKED: No artifact produced in 30 minutes. Attempted to locate the correct page file and make edits but failed to produce an artifact in the allocated timeframe. Next action: Review architecture and dependencies for TheOffice page in opsman-control-centre.
    11→
    12→## 2026-03-15 18:30 AEDT — [P0: Connect Control Centre to Real Data]
    13→✅ **Phase 1A (TheOffice Page) Complete**
    14→- Removed all hardcoded `DEMO_STATUS`, `DEMO_COOLER`, and `DEMO_WINS` from `/home/ccuser/opsman-control-centre/src/pages/TheOffice.jsx`.
    15→- Real data (agent snapshots, activity log, and council messages) from Supabase is now fully powering The Office page with no fallback.
    16→- Confirmed `npm run build` succeeds cleanly in the control centre workspace.
    17→- Committed changes to the `opsman-control-centre` repository.
    18→
    19→## 2026-03-16 18:27 AEDT — [P0: Connect Control Centre to Real Data]
    20→📋 NEW: Claimed Phase 1B: Memories & Calendar Pages -> Real Data from BUILDER-INBOX.md. Executing.
    21→
    22→## 2026-03-16 18:29 AEDT — [P0: Connect Control Centre to Real Data]
    23→✅ **Phase 1B (Memories & Calendar Pages) Complete**
    24→- Removed `DEMO_MEMORIES` from `src/pages/Memories.jsx` and strictly used `realMemories` from the database with no fallback.
    25→- Removed `DEMO_SCHEDULE` from `src/pages/Calendar.jsx`. Now correctly displays real crons from `fleet.config.js` and real scheduled tasks.
    26→- `npm run build` passes successfully in the control centre workspace.
    27→- Committed and pushed changes to the `opsman-control-centre` repository.
    28→## 2026-03-17 19:07 AEDT — [P0: Connect Control Centre to Real Data]
    29→📋 NEW: Claimed Phase 1C: Documents & AgentDetail Pages -> Real Data from BUILDER-INBOX.md. Executing.
    30→
    31→## 2026-03-17 19:10 AEDT — [P0: Connect Control Centre to Real Data]
    32→✅ **Phase 1C (Documents & AgentDetail Pages) Complete**
    33→- Removed demo data from `src/pages/Documents.jsx` and `src/pages/AgentDetail.jsx`.
    34→- Wired fully to real data (`useDocuments`, `useAgentSnapshot`, `useAgentActivity`).
    35→- Verified build succeeds cleanly (`npm run build`).
    36→- Committed changes and pushed to `opsman-control-centre` repository.
    37→
    38→## 2026-03-18 18:02 AEDT — [Phase 1C Complete]
    39→✅ DONE: Phase 1C for Control Centre is complete.
    40→- Removed demo variables in `Documents.jsx` and `AgentDetail.jsx`.
    41→- Real Supabase data is rendering correctly.
    42→- Clean build passed, pushed to `opsman-control-centre` master branch.
    43→
    44→## 2026-03-18 21:05 AEDT — [ACK P0 Council_respond]
    45→ACK: Starting implementation of Council_respond function for Control Centre integration.
    46→
    47→## 2026-03-18 21:07 AEDT — [P0 Council_respond Complete]
    48→✅ DONE: `council_respond` RPC created and deployed.
    49→- Found the underlying missing tables (`cc_council_topics`, `cc_council_messages` etc) by applying `20260303000000_control_centre.sql` and `20260306000000_council_router.sql` to Supabase.
    50→- Deployed `20260318000000_council_respond_rpc.sql`.
    51→- Successfully created a "Growth Strategy" topic and posted a test message using the `council_respond` function via the REST API.
    52→- Code pushed to `opsman-control-centre` master.
    53→
    54→The Council payload schema for REST:
    55→```json
    56→{
    57→  "topic_id": "UUID",
    58→  "agent_id": "your_agent_name",
    59→  "message": "content",
    60→  "message_type": "chat" // optional: 'chat'|'prompt'|'response'|'discussion'|'plan'
    61→}
    62→```
    63→
    64→## 2026-03-19 18:05 AEDT — [✅ P0: Council_respond Function]
    65→**Status:** ✅ DONE
    66→**Changes:**
    67→- Created `/home/ccuser/shared/scripts/council-respond.js` as an agent tool to respond directly to Council Topics via Supabase API (inserts into `cc_council_messages`).
    68→- It parses the agent name, topic title, and message text to post seamlessly.
    69→- Tested a mock post from Builder to the "Growth Strategy" topic successfully.
    70→**Usage:** `node /home/ccuser/shared/scripts/council-respond.js --agent <agent_name> --topic "Growth Strategy" --message "Your message"`
    71→
    72→## 2026-03-19 19:08 AEDT — [🔧 FIX: get_conversation_previews crash]
    73→**Status:** ✅ DONE
    74→**Context:** Herald/Cog reported "massive system code failures". Investigated production logs and found a recurrent crash in the `/api/messages` route.
    75→**Root Cause:**
    76→1. Supabase had two overloaded versions of `get_conversation_previews` (one without page limits, one with).
    77→2. The UI was not explicitly sending the pagination parameters, causing Postgres to throw an ambiguous function error.
    78→3. Internally, the SQL function itself also had an ambiguous column reference (`conversation_id`).
    79→**Fix:**
    80→- Updated `/api/messages/route.ts` to explicitly provide `page_limit` and `page_offset`.
    81→- Applied a DB migration directly via Supabase API to fix the `conversation_id` column reference ambiguity inside the PL/pgSQL function.
    82→**Commit:** `ad6b3a9` (Fix is deployed / merged into main).
    83→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>


content:
     1→{"id":"1772762706984-zz2a0a","ts":"2026-03-06T02:05:06.984Z","author":"builder","message":"Builder test post after write-path fix"}
     2→{"id":"1772762776114-7as7bz","ts":"2026-03-06T02:06:16.114Z","author":"rivet","message":"Rivet check-in: Council channel online."}
     3→{"id":"1772762776138-vcat2z","ts":"2026-03-06T02:06:16.138Z","author":"builder","message":"Builder check-in: composer + message persistence verified."}
     4→{"id":"1772762776159-rrrrtq","ts":"2026-03-06T02:06:16.159Z","author":"sentinel","message":"Sentinel check-in: monitoring green."}
     5→{"id":"1772762776178-h2wbag","ts":"2026-03-06T02:06:16.178Z","author":"herald","message":"Herald check-in: comms link confirmed."}
     6→{"id":"1772762776200-o8zrox","ts":"2026-03-06T02:06:16.200Z","author":"radar","message":"Radar check-in: intel feed available."}
     7→{"id":"1772762776227-yldk89","ts":"2026-03-06T02:06:16.227Z","author":"susan","message":"Susan check-in: sales lane connected."}
     8→{"id":"1772762776248-ng3ng0","ts":"2026-03-06T02:06:16.248Z","author":"harper","message":"Harper check-in: finance/legal lane connected."}
     9→{"id":"1772762776268-084ncg","ts":"2026-03-06T02:06:16.268Z","author":"cog","message":"Cog check-in: ops inbox lane connected."}
    10→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>


content:
     1→import { NextRequest, NextResponse } from 'next/server'
     2→import { readFile, appendFile, mkdir } from 'fs/promises'
     3→import { dirname } from 'path'
     4→
     5→const CEO_PIN = process.env.CEO_PIN || '5050'
     6→const COUNCIL_PATH = '/home/ccuser/the-50-dollar-app/data/control-centre-council.jsonl'
     7→const MAX_MESSAGE_LENGTH = 2000
     8→
     9→interface CouncilEntry {
    10→  id: string
    11→  ts: string
    12→  author: string
    13→  message: string
    14→}
    15→
    16→function isAuthorized(pin: string | null): boolean {
    17→  return pin === CEO_PIN
    18→}
    19→
    20→async function readCouncil(): Promise<CouncilEntry[]> {
    21→  try {
    22→    const raw = await readFile(COUNCIL_PATH, 'utf8')
    23→    return raw
    24→      .split('\n')
    25→      .filter(Boolean)
    26→      .map((line) => {
    27→        try {
    28→          return JSON.parse(line) as CouncilEntry
    29→        } catch {
    30→          return null
    31→        }
    32→      })
    33→      .filter((entry): entry is CouncilEntry => Boolean(entry))
    34→      .slice(-200)
    35→      .sort((a, b) => new Date(a.ts).getTime() - new Date(b.ts).getTime())
    36→  } catch {
    37→    return []
    38→  }
    39→}
    40→
    41→export async function GET(request: NextRequest) {
    42→  const pin = request.nextUrl.searchParams.get('pin')
    43→  if (!isAuthorized(pin)) return NextResponse.json({ error: 'Unauthorized' }, { status: 401 })
    44→
    45→  const messages = await readCouncil()
    46→  return NextResponse.json({ messages })
    47→}
    48→
    49→export async function POST(request: NextRequest) {
    50→  let body: { pin?: string; message?: string; author?: string } = {}
    51→
    52→  try {
    53→    body = await request.json()
    54→  } catch {
    55→    return NextResponse.json({ error: 'Invalid JSON body' }, { status: 400 })
    56→  }
    57→
    58→  if (!isAuthorized(body.pin || null)) return NextResponse.json({ error: 'Unauthorized' }, { status: 401 })
    59→
    60→  const message = (body.message || '').trim()
    61→  const author = (body.author || 'operator').trim() || 'operator'
    62→
    63→  if (!message) return NextResponse.json({ error: 'Message is required' }, { status: 400 })
    64→  if (message.length > MAX_MESSAGE_LENGTH) {
    65→    return NextResponse.json({ error: `Message too long (max ${MAX_MESSAGE_LENGTH} chars)` }, { status: 400 })
    66→  }
    67→
    68→  const entry: CouncilEntry = {
    69→    id: `${Date.now()}-${Math.random().toString(36).slice(2, 8)}`,
    70→    ts: new Date().toISOString(),
    71→    author: author.slice(0, 50),
    72→    message,
    73→  }
    74→
    75→  try {
    76→    await mkdir(dirname(COUNCIL_PATH), { recursive: true })
    77→    await appendFile(COUNCIL_PATH, `${JSON.stringify(entry)}\n`, 'utf8')
    78→    return NextResponse.json({ ok: true, message: entry })
    79→  } catch {
    80→    return NextResponse.json({ error: 'Failed to save message' }, { status: 500 })
    81→  }
    82→}
    83→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>


content:
     1→# COMMS-PROTOCOL.md — Builder ↔ Rivet Communication Rules
     2→
     3→*Established 2026-02-16 after the Great Inbox Collision of Feb 15.*
     4→
     5→---
     6→
     7→## The Two Files
     8→
     9→| File | Who Writes | Who Reads | Location |
    10→|------|-----------|-----------|----------|
    11→| **BUILDER-INBOX.md** | Rivet | Builder | `/home/ccuser/rateright-growth/rivet/BUILDER-INBOX.md` |
    12→| **RIVET-INBOX.md** | Builder | Rivet | `/home/ccuser/the-50-dollar-app/RIVET-INBOX.md` |
    13→
    14→## Rules
    15→
    16→### 1. Append-Only
    17→- **Never overwrite or edit previous entries.** Only append new entries at the top.
    18→- Each entry gets a timestamp header: `## 2026-02-16 14:30 AEDT — [Title]`
    19→- If you need to correct something, append a correction — don't edit the original.
    20→
    21→### 2. One Writer Per File
    22→- BUILDER-INBOX.md: **Only Rivet writes.** Builder reads.
    23→- RIVET-INBOX.md: **Only Builder writes.** Rivet reads.
    24→- **Neither agent touches the other's file.** This is what caused the Feb 15 collision.
    25→
    26→### 3. Acknowledgements
    27→- When you read a task, write `ACK [timestamp]` in YOUR OWN inbox file.
    28→- Example: Builder reads a task timestamped 15:30. Builder writes in RIVET-INBOX.md: `ACK 15:30 — picked up, starting now`
    29→- If no ACK after 1 hour during business hours (08:00-22:00), re-send or escalate.
    30→
    31→### 4. Task Status
    32→Use these prefixes in your entries:
    33→- `📋 NEW` — Fresh task, unacknowledged
    34→- `✅ DONE` — Completed
    35→- `🔧 WIP` — In progress
    36→- `🚫 BLOCKED` — Waiting on someone/something
    37→- `ACK` — Acknowledged, will start soon
    38→
    39→## Daily Archive (Rivet's Job — 8am AEDT)
    40→
    41→Every morning at 8am:
    42→1. Read both inbox files
    43→2. Write daily summary to `memory/comms/YYYY-MM-DD.md`
    44→3. **Move completed items** to the archive
    45→4. **Leave open/WIP/blocked items** in the live inbox (they carry forward)
    46→5. The live inbox should always be a clean, current task list
    47→
    48→### What Gets Archived
    49→- ✅ DONE items that have been ACK'd by both sides
    50→- Status updates that have been read
    51→- Resolved discussions
    52→
    53→### What Stays
    54→- 📋 NEW tasks (unacknowledged)
    55→- 🔧 WIP tasks (in progress)
    56→- 🚫 BLOCKED items
    57→- Anything less than 4 hours old
    58→
    59→## Gateway Bridge
    60→
    61→- **Secondary channel only.** Not the source of truth.
    62→- Good for: real-time notifications, wake-ups, urgent pings
    63→- Bad for: task delivery (proved unreliable Feb 15)
    64→- If you send a task via bridge, **also write it to the inbox file.**
    65→
    66→## Escalation
    67→
    68→If inbox silence > 4 hours during business hours:
    69→1. Check git log on the other agent's inbox file
    70→2. If no commits → the agent may be down or stuck
    71→3. Ping via gateway bridge
    72→4. If still no response → alert Rocky
    73→
    74→---
    75→
    76→*This protocol exists because two AI agents overwrote each other's work and wasted 4 hours thinking the other was idle. Don't let it happen again.*
    77→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>


content:
     1→#!/usr/bin/env node
     2→/**
     3→ * Multi-Agent Gateway Bridge
     4→ *
     5→ * Sends commands between Clawdbot gateway instances via the HTTP API.
     6→ * Each agent has its own gateway port and auth token.
     7→ *
     8→ * Usage:
     9→ *   node agent-bridge.js <target> <action> [args...]
    10→ *
    11→ * Targets:
    12→ *   rivet    - Port 18789, token: rivet-api-2026
    13→ *   builder  - Port 18790, token: builder-api-2026
    14→ *   susan    - Port 18792, token: susan-api-2026
    15→ *   harper   - Port 18796, token: harper-api-2026
    16→ *   sentinel - Port 18800, token: sentinel-api-2026
    17→ *   radar    - Port 18804, token: radar-api-2026
    18→ *   herald   - Port 18808, token: herald-api-2026
    19→ *   cog      - Port 18812, token: cog-api-2026
    20→ *   ccvps    - Direct CloudCode trigger bridge (local trigger script)
    21→ *
    22→ * Actions:
    23→ *   status                    - Get gateway status (or last ccvps run status)
    24→ *   wake <text>               - Send a wake event with text (via local inbox.js)
    25→ *   sessions                  - List active sessions
    26→ *   send <sessionKey> <msg>   - Send message to a specific session
    27→ *   invoke <tool> [json-args] - Invoke a tool directly
    28→ *   run <text>                - (ccvps only) trigger CloudCode with inline task
    29→ *   inbox                     - (ccvps only) trigger CloudCode from RIVET-TO-CCVPS.md
    30→ *   logs [lines]              - (ccvps only) tail latest ccvps log
    31→ *
    32→ * Examples:
    33→ *   node agent-bridge.js rivet status
    34→ *   node agent-bridge.js rivet wake "Check BUILDER-INBOX.md for new task"
    35→ *   node agent-bridge.js builder wake "New deployment ready"
    36→ *   node agent-bridge.js susan status
    37→ *   node agent-bridge.js rivet invoke sessions_list '{}'
    38→ */
    39→
    40→const http = require('http');
    41→const { spawnSync } = require('child_process');
    42→const fs = require('fs');
    43→const path = require('path');
    44→
    45→// Agent registry — add new agents here
    46→const AGENTS = {
    47→  rivet:    { port: 18789, token: 'rivet-api-2026',    name: 'Rivet', kind: 'gateway' },
    48→  builder:  { port: 18790, token: 'builder-api-2026',  name: 'Builder', kind: 'gateway' },
    49→  susan:    { port: 18792, token: 'susan-api-2026',    name: 'Susan', kind: 'gateway' },
    50→  harper:   { port: 18796, token: 'harper-api-2026',   name: 'Harper', kind: 'gateway' },
    51→  sentinel: { port: 18800, token: 'sentinel-api-2026', name: 'Sentinel', kind: 'gateway' },
    52→  radar:    { port: 18804, token: 'radar-api-2026',    name: 'Radar', kind: 'gateway' },
    53→  herald:   { port: 18808, token: 'herald-api-2026',   name: 'Herald', kind: 'gateway' },
    54→  cog:      { port: 18812, token: 'cog-api-2026',      name: 'Cog', kind: 'gateway' },
    55→  ccvps:    {
    56→    name: 'CCVPS',
    57→    kind: 'ccvps',
    58→    triggerScript: '/home/ccuser/rateright-growth/rivet/scripts/trigger-ccvps.sh',
    59→    logDir: '/home/ccuser/rateright-growth/rivet/logs/ccvps',
    60→    inboxFile: '/home/ccuser/rateright-growth/rivet/RIVET-TO-CCVPS.md',
    61→  },
    62→};
    63→
    64→// Parse args
    65→const target = process.argv[2];
    66→const action = process.argv[3];
    67→const arg1 = process.argv[4] || '';
    68→const arg2 = process.argv[5] || '';
    69→
    70→if (!target || !action) {
    71→  console.error('Usage: agent-bridge.js <target> <action> [args...]');
    72→  console.error('Targets:', Object.keys(AGENTS).join(', '));
    73→  console.error('Actions: status, wake, sessions, send, invoke');
    74→  process.exit(1);
    75→}
    76→
    77→const agent = AGENTS[target];
    78→if (!agent) {
    79→  console.error(`Unknown target "${target}". Available: ${Object.keys(AGENTS).join(', ')}`);
    80→  process.exit(1);
    81→}
    82→
    83→function httpPost(port, path, token, body) {
    84→  return new Promise((resolve, reject) => {
    85→    const data = JSON.stringify(body);
    86→    const req = http.request({
    87→      hostname: '127.0.0.1',
    88→      port,
    89→      path,
    90→      method: 'POST',
    91→      headers: {
    92→        'Content-Type': 'application/json',
    93→        'Authorization': `Bearer ${token}`,
    94→        'Content-Length': Buffer.byteLength(data),
    95→      },
    96→      timeout: 10000,
    97→    }, (res) => {
    98→      let buf = '';
    99→      res.on('data', chunk => buf += chunk);
   100→      res.on('end', () => {
   101→        try {
   102→          resolve({ status: res.statusCode, body: JSON.parse(buf) });
   103→        } catch {
   104→          resolve({ status: res.statusCode, body: buf });
   105→        }
   106→      });
   107→    });
   108→    req.on('error', reject);
   109→    req.on('timeout', () => { req.destroy(); reject(new Error('Request timeout')); });
   110→    req.write(data);
   111→    req.end();
   112→  });
   113→}
   114→
   115→function runCCVPS(agentCfg, mode, payload = '') {
   116→  if (!agentCfg?.triggerScript) {
   117→    throw new Error('ccvps trigger script is not configured');
   118→  }
   119→
   120→  const cmd = [agentCfg.triggerScript];
   121→  if (mode === 'inbox') cmd.push('--inbox');
   122→  else if (mode === 'file') cmd.push('--file', payload);
   123→  else if (mode === 'run') cmd.push(payload);
   124→  else throw new Error(`unsupported ccvps mode: ${mode}`);
   125→
   126→  const res = spawnSync('bash', cmd, { encoding: 'utf8' });
   127→
   128→  // Always inspect latest log for clear failure/success reason
   129→  let latestLog = null;
   130→  let latestTail = '';
   131→  try {
   132→    const logInfo = tailLatestCCVPSLog(agentCfg, 80);
   133→    latestLog = logInfo.logFile;
   134→    latestTail = logInfo.content || '';
   135→  } catch {
   136→    // ignore, fallback to stdout/stderr
   137→  }
   138→
   139→  if (res.status !== 0) {
   140→    const err = (latestTail || res.stderr || res.stdout || 'unknown error').trim();
   141→    throw new Error(`ccvps trigger failed: ${err}`);
   142→  }
   143→
   144→  const output = (res.stdout || '').trim();
   145→  return { ok: true, mode, output, logFile: latestLog, logTail: latestTail };
   146→}
   147→
   148→function tailLatestCCVPSLog(agentCfg, lines = 80) {
   149→  const dir = agentCfg?.logDir;
   150→  if (!dir || !fs.existsSync(dir)) {
   151→    throw new Error(`ccvps log dir missing: ${dir}`);
   152→  }
   153→
   154→  const files = fs.readdirSync(dir)
   155→    .filter((f) => f.startsWith('task_') && f.endsWith('.log'))
   156→    .map((f) => ({ f, p: path.join(dir, f), m: fs.statSync(path.join(dir, f)).mtimeMs }))
   157→    .sort((a, b) => b.m - a.m);
   158→
   159→  if (!files.length) {
   160→    return { ok: true, logFile: null, content: '(no ccvps logs yet)' };
   161→  }
   162→
   163→  const latest = files[0].p;
   164→  const content = spawnSync('tail', ['-n', String(lines), latest], { encoding: 'utf8' });
   165→  return {
   166→    ok: true,
   167→    logFile: latest,
   168→    content: (content.stdout || '').trim(),
   169→  };
   170→}
   171→
   172→function sendWakeViaInbox(targetAgent, text) {
   173→  // Use shared inbox system for wake semantics (stable across OpenClaw versions)
   174→  const subject = `Wake: ${targetAgent}`;
   175→  const body = text;
   176→  const cmd = [
   177→    '/home/ccuser/shared/scripts/inbox.js',
   178→    'send',
   179→    '--from', 'builder',
   180→    '--to', targetAgent,
   181→    '--subject', subject,
   182→    '--body', body,
   183→  ];
   184→
   185→  const res = spawnSync('node', cmd, { encoding: 'utf8' });
   186→  if (res.status !== 0) {
   187→    const err = (res.stderr || res.stdout || 'unknown error').trim();
   188→    throw new Error(`wake via inbox failed: ${err}`);
   189→  }
   190→
   191→  return {
   192→    ok: true,
   193→    method: 'inbox',
   194→    target: targetAgent,
   195→    subject,
   196→    body,
   197→    output: (res.stdout || '').trim(),
   198→  };
   199→}
   200→
   201→async function run() {
   202→  try {
   203→    let result;
   204→
   205→    // CCVPS direct bridge mode (no gateway API)
   206→    if (agent.kind === 'ccvps') {
   207→      switch (action) {
   208→        case 'run': {
   209→          if (!arg1) {
   210→            console.error('Usage: agent-bridge.js ccvps run <text task>');
   211→            process.exit(1);
   212→          }
   213→          const out = runCCVPS(agent, 'run', [arg1, arg2].filter(Boolean).join(' ').trim());
   214→          console.log(JSON.stringify(out, null, 2));
   215→          return;
   216→        }
   217→        case 'inbox': {
   218→          const out = runCCVPS(agent, 'inbox');
   219→          console.log(JSON.stringify(out, null, 2));
   220→          return;
   221→        }
   222→        case 'logs': {
   223→          const lines = arg1 ? Number(arg1) : 80;
   224→          const out = tailLatestCCVPSLog(agent, Number.isFinite(lines) ? lines : 80);
   225→          console.log(JSON.stringify(out, null, 2));
   226→          return;
   227→        }
   228→        case 'status': {
   229→          const out = tailLatestCCVPSLog(agent, 20);
   230→          console.log(JSON.stringify({ ok: true, target: 'ccvps', ...out }, null, 2));
   231→          return;
   232→        }
   233→        default:
   234→          console.error('CCVPS actions: run, inbox, logs, status');
   235→          process.exit(1);
   236→      }
   237→    }
   238→
   239→    switch (action) {
   240→      case 'status':
   241→        // Use tools/invoke to call session_status
   242→        result = await httpPost(agent.port, '/tools/invoke', agent.token, {
   243→          tool: 'session_status',
   244→          args: {},
   245→        });
   246→        break;
   247→
   248→      case 'wake':
   249→        if (!arg1) {
   250→          console.error('Usage: agent-bridge.js <target> wake <text>');
   251→          process.exit(1);
   252→        }
   253→        // Cron tool is not universally available; use inbox-based wake instead.
   254→        const wakeResult = sendWakeViaInbox(target, arg1);
   255→        console.log(JSON.stringify(wakeResult, null, 2));
   256→        return;
   257→
   258→      case 'sessions':
   259→        result = await httpPost(agent.port, '/tools/invoke', agent.token, {
   260→          tool: 'sessions_list',
   261→          args: { limit: 10 },
   262→        });
   263→        break;
   264→
   265→      case 'send':
   266→        if (!arg1 || !arg2) {
   267→          console.error('Usage: agent-bridge.js <target> send <sessionKey> <message>');
   268→          process.exit(1);
   269→        }
   270→        result = await httpPost(agent.port, '/tools/invoke', agent.token, {
   271→          tool: 'sessions_send',
   272→          args: { sessionKey: arg1, message: arg2 },
   273→        });
   274→        break;
   275→
   276→      case 'invoke':
   277→        if (!arg1) {
   278→          console.error('Usage: agent-bridge.js <target> invoke <tool> [json-args]');
   279→          process.exit(1);
   280→        }
   281→        const args = arg2 ? JSON.parse(arg2) : {};
   282→        result = await httpPost(agent.port, '/tools/invoke', agent.token, {
   283→          tool: arg1,
   284→          args,
   285→        });
   286→        break;
   287→
   288→      default:
   289→        console.error(`Unknown action "${action}". Use: status, wake, sessions, send, invoke`);
   290→        process.exit(1);
   291→    }
   292→
   293→    if (result.status === 200 && result.body?.ok) {
   294→      console.log(JSON.stringify(result.body.result || result.body, null, 2));
   295→    } else {
   296→      console.error(`[${agent.name}:${agent.port}] ${action} FAILED (HTTP ${result.status})`);
   297→      console.error(JSON.stringify(result.body, null, 2));
   298→      process.exit(1);
   299→    }
   300→  } catch (err) {
   301→    console.error(`[${agent.name}:${agent.port}] Connection failed: ${err.message}`);
   302→    process.exit(1);
   303→  }
   304→}
   305→
   306→run();
   307→

<system-reminder>
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
</system-reminder>


text:
Perfect! I've found all the Rivet-related files in the repository. Here's a comprehensive report:

## Rivet-Related Files Found

### 1. **RIVET-INBOX.md** (Main Communication File)
**Location:** `/home/ccuser/the-50-dollar-app/RIVET-INBOX.md`

This is the primary inbox file where Builder writes tasks and status updates for Rivet to read. Contains:
- Status entries dated from March 14-19, 2026
- Tracks completion of Control Centre integration phases:
  - Phase 1A: TheOffice page connected to real data (completed 2026-03-15)
  - Phase 1B: Memories & Calendar pages connected to real data (completed 2026-03-16)
  - Phase 1C: Documents & AgentDetail pages connected to real data (completed 2026-03-17)
  - Council_respond function implementation (completed 2026-03-18)
  - Fix for get_conversation_previews crash in /api/messages (completed 2026-03-19)

### 2. **control-centre-council.jsonl** (Council Message Log)
**Location:** `/home/ccuser/the-50-dollar-app/data/control-centre-council.jsonl`

JSONL (JSON Lines) format log file containing Council topic messages from multiple agents:
- Check-in messages from: builder, rivet, sentinel, herald, radar, susan, harper, cog
- Dated 2026-03-06 02:05-02:06 UTC
- Format: `{id, ts (ISO), author, message}`

### 3. **Council Messages API Route**
**Location:** `/home/ccuser/the-50-dollar-app/src/app/api/ceo/council/messages/route.ts`

TypeScript/Next.js API endpoint (`/api/ceo/council/messages`) that:
- **GET request:** Reads and returns the last 200 Council messages (requires CEO PIN)
- **POST request:** Appends new Council messages to the JSONL file (requires CEO PIN)
- Security: Uses `CEO_PIN` environment variable (defaults to '5050') for authorization
- Validates message length (max 2000 chars) and author (max 50 chars)
- Each message gets a unique ID and ISO timestamp

### 4. **COMMS-PROTOCOL.md** (Communication Rules)
**Location:** `/home/ccuser/the-50-dollar-app/COMMS-PROTOCOL.md`

Defines the communication protocol between Builder and Rivet agents:
- Two inbox files: BUILDER-INBOX.md (Rivet writes, Builder reads) and RIVET-INBOX.md (Builder writes, Rivet reads)
- Rules: Append-only, one writer per file, acknowledgements required
- Task status prefixes: 📋 NEW, ✅ DONE, 🔧 WIP, 🚫 BLOCKED, ACK
- Daily archival routine at 8am AEDT
- Escalation procedures if inbox silent >4 hours during business hours
- Gateway bridge as secondary notification channel

### 5. **agent-bridge.js** (Multi-Agent Communication Tool)
**Location:** `/home/ccuser/the-50-dollar-app/scripts/agent-bridge.js`

Node.js script for inter-agent communication and command dispatch:
- **Supported agents:** rivet, builder, susan, harper, sentinel, radar, herald, cog, ccvps
- **Each agent** has dedicated gateway port and auth token (e.g., rivet: port 18789, token: rivet-api-2026)
- **Actions available:** status, wake, sessions, send, invoke (for gateway agents); run, inbox, logs (for ccvps)
- **Examples:**
  - `node agent-bridge.js rivet status` — Check Rivet's status
  - `node agent-bridge.js builder wake "message"` — Send wake event
  - `node agent-bridge.js ccvps run "task"` — Trigger CloudCode with inline task
- Uses HTTP POST requests with Bearer token authentication
- Alternative wake mechanism: shared inbox system (`/home/ccuser/shared/scripts/inbox.js`)

---

## Summary

The Rivet system is a multi-agent coordination framework where:
1. **RIVET-INBOX.md** serves as the primary task handoff and status log from Builder → Rivet
2. **Council messages** are stored in a JSONL format and accessible via a PIN-protected API endpoint
3. **COMMS-PROTOCOL.md** establishes strict rules to prevent task collision (they had an incident Feb 15, 2026)
4. **agent-bridge.js** enables real-time communication between agents via HTTP gateways and shared inbox systems
5. Multiple agents (rivet, builder, susan, harper, sentinel, radar, herald, cog) collaborate on operations and monitoring tasks