🚀 Quick Start Guide: Orchestrator - Multi-Agent Coordination

Session Type: ORCHESTRATOR (Primary Coordinator)
Focus Areas: Agent Coordination, Quality Gates, Integration Management
File Boundaries: Global oversight, no specific ownership
Session Pattern: ORCHESTRATOR-SESSION-$(date +%Y-%m-%d)-API-CODI2

⚡ Instant Session Startup

1. terminal Setup (30 seconds)

# Navigate to v4 root
cd /home/halcasteel/coditect.foundationdb.0001/build/decisions/v4

# Set unique session identity 
export SESSION_ID="ORCHESTRATOR-SESSION-$(date +%Y-%m-%d)-API-CODI2"
source .codi/scripts/set-session-identity.sh "$SESSION_ID"

# Start monitoring infrastructure
source .codi/scripts/infrastructure/session-start-hook.sh

# Log orchestrator session start
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Starting multi-agent coordination for API+CODI2 integration" "SESSION_START"

2. Establish Coordination Authority (15 seconds)

# Claim orchestration responsibility
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID claiming orchestration authority for API+CODI2 project" "ORCHESTRATE"

# Announce coordination session
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Coordinating RUST-DEVELOPER and MONITORING-SPECIALIST sessions" "COORDINATE"

3. Assess Current State (1 minute)

# Check active sessions
grep "SESSION_START" .codi/logs/codi-ps.log | tail -10

# Review agent reorganization status
cat ORCHESTRATOR-SESSION-STATUS-AGENT-REORGANIZATION.md

# Check orchestrator state
cat .codi/orchestrator/orchestrator-state.json 2>/dev/null || echo "{\"status\": \"new_session\"}"

🎯 Your Mission: Multi-Agent Coordination

Primary Responsibilities

Agent Lifecycle Management: Start, monitor, coordinate agent sessions
Quality Gate Enforcement: 95% test coverage, ADR compliance
Conflict Resolution: File ownership, integration issues
Progress Tracking: Overall project milestones and delivery

Coordination Scope

Agent 1: RUST-DEVELOPER-SESSION-*-API-WASM (API + WASM client)
Agent 2: MONITORING-SPECIALIST-SESSION-*-CODI2 (Metrics system)
Integration: Cross-system communication and shared infrastructure

🤖 Agent Launch and Management

Launch Development Agents

# In separate terminals, guide agents to run:

# terminal 2: API + WASM Developer
echo "In new terminal, run:"
echo "cd /home/halcasteel/coditect.foundationdb.0001/build/decisions/v4"
echo "cat agents/quick-start-guides/rust-developer-api-wasm-quickstart.md"
echo "# Then follow the startup instructions"

# terminal 3: CODI2 Monitoring Specialist  
echo "In new terminal, run:"
echo "cd /home/halcasteel/coditect.foundationdb.0001/build/decisions/v4"
echo "cat agents/quick-start-guides/monitoring-specialist-codi2-quickstart.md"
echo "# Then follow the startup instructions"

Monitor Agent Status

# Watch for agent startups
tail -f .codi/logs/codi-ps.log | grep -E "(SESSION_START|FILE_CLAIM|COORDINATE)"

# Check agent heartbeats (agents should log progress every 30 minutes)
grep -E "(RUST-DEVELOPER|MONITORING-SPECIALIST)" .codi/logs/codi-ps.log | tail -20

🔗 Integration Coordination Points

1. Shared Infrastructure

# Monitor for infrastructure conflicts
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Monitoring shared infrastructure dependencies" "MONITOR"

# Coordinate FoundationDB usage
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Ensuring FDB schema compatibility between API and CODI2" "COORDINATE"

2. API Integration Points

# Coordinate metrics API endpoints
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Coordinating /metrics endpoint between API and CODI2 teams" "INTEGRATE"

# WebSocket coordination
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Ensuring WebSocket metrics streaming compatibility" "COORDINATE"

3. Testing Coordination

# Integration test planning
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Planning integration tests for API+CODI2 communication" "PLAN"

# Quality gate enforcement
./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Enforcing 95% test coverage across both systems" "QUALITY_GATE"

📊 Progress Tracking Dashboard

Agent Status Monitoring

# Create status tracking function
track_agent_status() {
    echo "=== Multi-Agent Status Dashboard ==="
    echo "Generated: $(date)"
    echo
    
    echo "🤖 Active Sessions:"
    grep "SESSION_START" .codi/logs/codi-ps.log | tail -5
    echo
    
    echo "📁 File Claims:"
    grep "FILE_CLAIM" .codi/logs/codi-ps.log | tail -10
    echo
    
    echo "🔗 Coordination Events:"
    grep -E "(COORDINATE|HANDOFF|INTEGRATE)" .codi/logs/codi-ps.log | tail -10
    echo
    
    echo "✅ Completed Tasks:"
    grep "TASK_COMPLETE" .codi/logs/codi-ps.log | tail -5
}

# Run status check
track_agent_status

Milestone Tracking

# Log major milestones
milestone_complete() {
    local milestone="$1"
    local description="$2"
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: MILESTONE COMPLETE - $milestone: $description" "MILESTONE"
}

# Example usage:
# milestone_complete "API_FOUNDATION" "Rust API backend with authentication ready"
# milestone_complete "WASM_CLIENT" "WASM thin client integrated with React"
# milestone_complete "METRICS_ENGINE" "CODI2 metrics collection engine operational"

🚨 Conflict Resolution Protocols

File Ownership Conflicts

resolve_file_conflict() {
    local file_path="$1"
    local agent1="$2"
    local agent2="$3"
    
    echo "🚨 CONFLICT DETECTED: $file_path"
    echo "Agents: $agent1 vs $agent2"
    
    # Log conflict
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: CONFLICT in $file_path between $agent1 and $agent2" "CONFLICT"
    
    # Resolution steps:
    echo "Resolution process:"
    echo "1. Review recent changes in $file_path"
    echo "2. Contact both agents for coordination"
    echo "3. Establish clear ownership boundaries"
    echo "4. Update file claims in logs"
}

Integration Issues

resolve_integration_issue() {
    local system1="$1"
    local system2="$2"
    local issue_desc="$3"
    
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: INTEGRATION ISSUE between $system1 and $system2: $issue_desc" "INTEGRATION_ISSUE"
    
    echo "Integration resolution required:"
    echo "1. Systems: $system1 ↔ $system2"
    echo "2. Issue: $issue_desc"
    echo "3. Coordinating with both agent teams"
}

📋 Quality Gates and Reviews

Pre-Integration Checklist

pre_integration_check() {
    echo "🔍 Pre-Integration Quality Check"
    echo "==============================="
    
    # API System Checks
    echo "📡 API System (RUST-DEVELOPER):"
    echo "  ⬜ Authentication endpoints functional"
    echo "  ⬜ WASM client builds successfully"
    echo "  ⬜ React integration complete"
    echo "  ⬜ Security audit passed"
    echo "  ⬜ Test coverage ≥ 95%"
    echo
    
    # CODI2 System Checks  
    echo "📊 CODI2 System (MONITORING-SPECIALIST):"
    echo "  ⬜ Metrics collection engine operational"
    echo "  ⬜ Performance targets met (< 1ms overhead)"
    echo "  ⬜ FoundationDB integration working"
    echo "  ⬜ Export interfaces functional"
    echo "  ⬜ Test coverage ≥ 95%"
    echo
    
    # Integration Checks
    echo "🔗 Integration Points:"
    echo "  ⬜ API /metrics endpoint accessible"
    echo "  ⬜ WebSocket metrics streaming works"
    echo "  ⬜ Authentication flow compatible"
    echo "  ⬜ Data serialization consistent"
    echo "  ⬜ End-to-end tests passing"
}

Final Review Process

final_review() {
    echo "🏁 Final Integration Review"
    echo "=========================="
    
    # Log review start
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Starting final integration review" "REVIEW_START"
    
    # Quality metrics summary
    echo "Quality Metrics Summary:"
    echo "- Combined test coverage: [TO BE MEASURED]"
    echo "- Performance benchmarks: [TO BE VALIDATED]"
    echo "- Security audit results: [TO BE REVIEWED]"
    echo "- Integration test results: [TO BE CONFIRMED]"
    
    # Decision point
    echo "Ready for production deployment? [Y/N]"
}

🎯 Success Criteria

Orchestration is successful when:

✅ Both agent sessions started and actively developing
✅ No file ownership conflicts between agents
✅ Integration points clearly defined and coordinated
✅ Quality gates enforced across both systems
✅ Regular progress updates from both agents
✅ Final integration passes all tests
✅ Production deployment ready

📞 Communication Templates

Daily Standup (Log-based)

daily_standup() {
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: DAILY STANDUP - API progress: [STATUS], CODI2 progress: [STATUS], Blockers: [ISSUES]" "STANDUP"
}

Agent Check-in Request

request_agent_checkin() {
    local agent_session="$1"
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Requesting status update from $agent_session" "CHECKIN_REQUEST"
}

Integration Readiness

declare_integration_ready() {
    ./.codi/scripts/logging/actors/codi-log-ai.sh "$SESSION_ID: Both systems ready for integration testing phase" "INTEGRATION_READY"
}

Ready to orchestrate? Start monitoring agent sessions and coordinate the integration!

⚡ Instant Session Startup​

1. terminal Setup (30 seconds)​

2. Establish Coordination Authority (15 seconds)​

3. Assess Current State (1 minute)​

🎯 Your Mission: Multi-Agent Coordination​

Primary Responsibilities​

Coordination Scope​

🤖 Agent Launch and Management​

Launch Development Agents​

Monitor Agent Status​

🔗 Integration Coordination Points​

1. Shared Infrastructure​

2. API Integration Points​

3. Testing Coordination​

📊 Progress Tracking Dashboard​

Agent Status Monitoring​

Milestone Tracking​

🚨 Conflict Resolution Protocols​

File Ownership Conflicts​

Integration Issues​

📋 Quality Gates and Reviews​

Pre-Integration Checklist​

Final Review Process​

🎯 Success Criteria​

📞 Communication Templates​

Daily Standup (Log-based)​

Agent Check-in Request​

Integration Readiness​