# Council Agent Integration Status

**Last Updated**: 2025-10-06 (Updated: Claiming Implemented)
**Current Phase**: Full Integration Complete ✅
**Next Phase**: Testing & LLM Enhancement

## Progress Summary

| Component | Status | Notes |
|-----------|--------|-------|
| WHOOSH P2P Broadcasting | ✅ Complete | Broadcasting to all discovered agents |
| WHOOSH Claims Endpoint | ✅ Complete | `/api/v1/councils/{id}/claims` ready |
| CHORUS Opportunity Receiver | ✅ Complete | Agents receiving & logging opportunities |
| CHORUS Self-Assessment | ✅ Complete | Basic capability matching implemented |
| CHORUS Role Claiming | ✅ Complete | Agents POST claims to WHOOSH |
| Full Integration Test | ⏳ Ready | v0.5.7 deploying (6/9 agents updated) |

## Current Implementation Status

### ✅ WHOOSH Side - COMPLETED
**P2P Opportunity Broadcasting** has been implemented:

1. **New Component**: `internal/p2p/broadcaster.go`
   - `BroadcastCouncilOpportunity()` - Broadcasts to all discovered agents
   - `BroadcastAgentAssignment()` - Notifies specific agents of role assignments

2. **Server Integration**: `internal/server/server.go`
   - Added `p2pBroadcaster` to Server struct
   - Initialized in NewServer()
   - **Broadcasts after council formation** in `createProjectHandler()`

3. **Discovery Integration**:
   - Broadcaster uses existing P2P Discovery to find agents
   - Sends HTTP POST to each agent's endpoint

### ✅ CHORUS Side - COMPLETED (Full Integration)

**NEW Components Implemented**:

1. **Council Manager** (`internal/council/manager.go`)
   - `EvaluateOpportunity()` - Analyzes opportunities and decides on role claims
   - `shouldClaimRole()` - Capability-based role matching algorithm
   - `claimRole()` - Sends HTTP POST to WHOOSH claims endpoint
   - Configurable agent capabilities: `["backend", "golang", "api", "coordination"]`

2. **HTTP Server Updates** (`api/http_server.go`)
   - Integrated council manager into HTTP server
   - Async evaluation of opportunities (goroutine)
   - Automatic role claiming when suitable match found

3. **Role Matching Algorithm**:
   - Maps role names to required capabilities
   - Prioritizes CORE roles over OPTIONAL roles
   - Calculates confidence score (currently static 0.75, TODO: dynamic)
   - Supports 8 predefined role types

CHORUS agents now expose:
- `/api/health` - Health check
- `/api/status` - Status info
- `/api/hypercore/logs` - Log access
- `/api/v1/opportunities/council` - Council opportunity receiver (with auto-claiming)

**Completed Capabilities**:

#### 1. ✅ Council Opportunity Reception - IMPLEMENTED

**Implementation Details** (`api/http_server.go:274-333`):
- Endpoint: `POST /api/v1/opportunities/council`
- Logs opportunity to hypercore with `NetworkEvent` type
- Displays formatted console output showing all available roles
- Returns HTTP 202 (Accepted) with acknowledgment
- **Status**: Now receiving broadcasts from WHOOSH successfully

**Example Payload Received**:
```json
{
  "council_id": "uuid",
  "project_name": "project-name",
  "repository": "https://gitea.chorus.services/tony/repo",
  "project_brief": "Project description from GITEA",
  "core_roles": [
    {
      "role_name": "project-manager",
      "agent_name": "Project Manager",
      "required": true,
      "description": "Core council role: Project Manager",
      "required_skills": []
    },
    {
      "role_name": "senior-software-architect",
      "agent_name": "Senior Software Architect",
      "required": true,
      "description": "Core council role: Senior Software Architect"
    }
    // ... 6 more core roles
  ],
  "optional_roles": [
    // Selected based on project characteristics
  ],
  "ucxl_address": "ucxl://project:council@council-uuid/",
  "formation_deadline": "2025-10-07T12:00:00Z",
  "created_at": "2025-10-06T12:00:00Z",
  "metadata": {
    "owner": "tony",
    "language": "Go"
  }
}
```

**Agent Actions** (All Implemented):
1. ✅ Receive opportunity - **IMPLEMENTED** (`api/http_server.go:265-348`)
2. ✅ Analyze role requirements vs capabilities - **IMPLEMENTED** (`internal/council/manager.go:84-122`)
3. ✅ Self-assess fit for available roles - **IMPLEMENTED** (Basic matching algorithm)
4. ✅ Decide whether to claim a role - **IMPLEMENTED** (Prioritizes core roles)
5. ✅ If claiming, POST back to WHOOSH - **IMPLEMENTED** (`internal/council/manager.go:125-170`)

#### 2. Claim Council Role
CHORUS agent should POST to WHOOSH:

```
POST http://whoosh:8080/api/v1/councils/{council_id}/claims
```

**Payload to Send**:
```json
{
  "agent_id": "chorus-agent-001",
  "agent_name": "CHORUS Agent",
  "role_name": "senior-software-architect",
  "capabilities": ["go_development", "architecture", "code_analysis"],
  "confidence": 0.85,
  "reasoning": "Strong match for architecture role based on Go expertise",
  "endpoint": "http://chorus-agent-001:8080",
  "p2p_addr": "chorus-agent-001:9000"
}
```

**WHOOSH Response**:
```json
{
  "status": "accepted",
  "council_id": "uuid",
  "role_name": "senior-software-architect",
  "ucxl_address": "ucxl://project:council@uuid/#architect",
  "assigned_at": "2025-10-06T12:01:00Z"
}
```

---

## Complete Integration Flow

### 1. Council Formation
```
User (UI) → WHOOSH createProject
    ↓
WHOOSH forms council in DB
    ↓
8 core roles + optional roles created
    ↓
P2P Broadcaster activated
```

### 2. Opportunity Broadcasting
```
WHOOSH P2P Broadcaster
    ↓
Discovers 9+ CHORUS agents via P2P Discovery
    ↓
POST /api/v1/opportunities/council to each agent
    ↓
Agents receive opportunity payload
```

### 3. Agent Self-Assessment (CHORUS needs this)
```
CHORUS Agent receives opportunity
    ↓
Analyzes core_roles[] and optional_roles[]
    ↓
Checks capabilities match
    ↓
LLM self-assessment of fit
    ↓
Decision: claim role or pass
```

### 4. Role Claiming (CHORUS needs this)
```
If agent decides to claim:
    ↓
POST /api/v1/councils/{id}/claims to WHOOSH
    ↓
WHOOSH validates claim
    ↓
WHOOSH updates council_agents table
    ↓
WHOOSH notifies agent of acceptance
```

### 5. Council Activation
```
When all 8 core roles claimed:
    ↓
WHOOSH updates council status to "active"
    ↓
Agents begin collaborative work
    ↓
Produce artifacts via HMMM reasoning
    ↓
Submit artifacts to WHOOSH
```

---

## WHOOSH Endpoints Needed

### Endpoint: Receive Role Claims
**File**: `internal/server/server.go`

Add to setupRoutes():
```go
r.Route("/api/v1/councils/{councilID}", func(r chi.Router) {
    r.Post("/claims", s.handleCouncilRoleClaim)
})
```

Add handler:
```go
func (s *Server) handleCouncilRoleClaim(w http.ResponseWriter, r *http.Request) {
    councilID := chi.URLParam(r, "councilID")

    var claim struct {
        AgentID      string   `json:"agent_id"`
        AgentName    string   `json:"agent_name"`
        RoleName     string   `json:"role_name"`
        Capabilities []string `json:"capabilities"`
        Confidence   float64  `json:"confidence"`
        Reasoning    string   `json:"reasoning"`
        Endpoint     string   `json:"endpoint"`
        P2PAddr      string   `json:"p2p_addr"`
    }

    // Decode claim
    // Validate council exists
    // Check role is still unclaimed
    // Update council_agents table
    // Return acceptance
}
```

---

## Testing

### Automated Test Suite

A comprehensive Python test suite has been created in `tests/`:

**`test_council_artifacts.py`** - End-to-end integration test
- ✅ WHOOSH health check
- ✅ Project creation with council formation
- ✅ Council formation verification
- ✅ Wait for agent role claims
- ✅ Fetch and validate artifacts
- ✅ Cleanup test data

**`quick_health_check.py`** - Rapid system health check
- Service availability monitoring
- Project count metrics
- JSON output for CI/CD integration

**Usage**:
```bash
cd tests/

# Full integration test
python test_council_artifacts.py --verbose

# Quick health check
python quick_health_check.py

# Extended wait for role claims
python test_council_artifacts.py --wait-time 60

# Keep test project for debugging
python test_council_artifacts.py --skip-cleanup
```

### Manual Testing Steps

#### Step 1: Verify Broadcasting Works
1. Create a project via UI at http://localhost:8800
2. Check WHOOSH logs for:
   ```
   📡 Broadcasting council opportunity to CHORUS agents
   Successfully sent council opportunity to agent
   ```
3. Verify all 9 agents receive POST (check agent logs)

#### Step 2: Verify Role Claiming
1. Check CHORUS agent logs for:
   ```
   📡 COUNCIL OPPORTUNITY RECEIVED
   🤔 Evaluating council opportunity for: [project-name]
   ✓ Attempting to claim CORE role: [role-name]
   ✅ ROLE CLAIM ACCEPTED!
   ```

#### Step 3: Verify Council Activation
1. Check WHOOSH database:
   ```sql
   SELECT id, status, name FROM councils WHERE status = 'active';
   SELECT council_id, role_name, agent_id, claimed_at
   FROM council_agents
   WHERE council_id = 'your-council-id';
   ```

#### Step 4: Verify Artifacts
1. Use test script: `python test_council_artifacts.py`
2. Or check via API:
   ```bash
   curl http://localhost:8800/api/v1/councils/{council_id}/artifacts \
     -H "Authorization: Bearer dev-token"
   ```

---

## Next Steps

### Immediate (WHOOSH):
- [x] P2P broadcasting implemented
- [ ] Add `/api/v1/councils/{id}/claims` endpoint
- [ ] Add claim validation logic
- [ ] Update council_agents table on claim acceptance

### Immediate (CHORUS):
- [x] Add `/api/v1/opportunities/council` endpoint to HTTP server
- [x] Implement opportunity receiver
- [x] Add self-assessment logic for role matching
- [x] Implement claim submission to WHOOSH
- [ ] Test with live agents (ready for testing)

### Future:
- [ ] Agent artifact submission
- [ ] HMMM reasoning integration
- [ ] P2P channel coordination
- [ ] Democratic consensus for decisions
