CODI2 Analysis - Comprehensive System Overview

Date: 2025-10-06 Location: /workspace/PROJECTS/t2/coditect-v4/codi2/ Version: 0.2.0

Executive Summary

CODI2 (CODItect Intelligence v2) is a race-free monitoring and coordination system for AI-assisted development, implemented in Rust. It provides FoundationDB-backed audit logging, real-time file monitoring, multi-agent coordination, and session management for autonomous multi-agent software development.

Current Status: ~70% complete (~22% by task count, but core infrastructure is solid)

• ✅ 112 Rust source files implemented
• ✅ 139+ tests passing (89 unit + 50 WebSocket/MCP)
• ✅ Production-ready binary (v0.2.0) with FoundationDB integration
• ⏳ Web dashboard, advanced monitoring, and full parity features remain

---

1. Architecture Overview

1.1 Core Components

Component	Status	Description
Audit Logger	✅ Complete	FoundationDB-backed event logging with structured JSON
File Monitor	✅ Complete	Real-time filesystem monitoring (notify crate)
Session Manager	✅ Core Done	Session initialization, identity, environment management
AI Attribution	✅ Complete	20+ AI tool detection, session extraction, actor attribution
Agent Coordinator	✅ Foundations	Heartbeat, sync daemon, cohort management basics
WebSocket Server	✅ Complete	Real-time communication for agents
MCP Server	✅ Complete	Model Context Protocol for AI tool integration
CLI Interface	✅ Complete	Full command-line interface with 15+ commands
Web Dashboard	❌ Not Started	React-based monitoring interface
Export Manager	❌ Not Started	Conversation export handling
Metrics System	❌ Partial	Collection infrastructure exists, needs implementation

1.2 Technology Stack

Language & Framework:

• Rust 2021 Edition
• Tokio async runtime (multi-threaded)
• Axum web framework (v0.7)

Database:

• FoundationDB 7.1+ (primary storage)
• Production cluster: coditect:production@10.0.1.3:4500,10.0.1.5:4500,10.0.1.4:4500

Key Dependencies:

• foundationdb - Database client
• notify - File system monitoring
• tokio - Async runtime
• axum - Web server
• clap - CLI parsing
• serde/serde_json - Serialization
• tokio-tungstenite - WebSocket
• dashmap - Concurrent hashmap
• tracing - Structured logging

1.3 Feature Flags

[features]
default = ["audit", "monitor", "session", "state"]
full = ["default", "websocket", "mcp"]
audit = []
monitor = ["audit"]
session = ["audit", "state"]
state = []
websocket = ["session"]
mcp = ["session", "dep:reqwest"]

---

2. Directory Structure

codi2/
├── src/                      # 112 Rust source files
│   ├── main.rs              # CLI entry point (46KB)
│   ├── lib.rs               # Core library exports
│   │
│   ├── audit/               # Audit logging to FoundationDB
│   │   ├── logger.rs
│   │   ├── event.rs
│   │   └── query.rs
│   │
│   ├── monitor/             # File system monitoring
│   │   ├── mod.rs
│   │   ├── watcher.rs
│   │   ├── export_handler.rs
│   │   └── attribution.rs
│   │
│   ├── session/             # Session management
│   │   ├── init.rs          # SessionInitializer
│   │   ├── identity.rs      # SessionIdentity
│   │   ├── environment.rs   # Environment manager
│   │   ├── hooks.rs         # Lifecycle hooks
│   │   ├── agent.rs         # Agent coordination
│   │   └── distributed_orchestrator.rs
│   │
│   ├── agent/               # Agent coordination
│   │   ├── heartbeat.rs     # Health monitoring
│   │   ├── sync.rs          # State synchronization
│   │   └── cohort.rs        # Group management
│   │
│   ├── ai/                  # AI-specific features
│   │   ├── agents.rs        # AI agent management
│   │   └── brain.rs         # Learning/decision-making
│   │
│   ├── logging/             # Advanced logging
│   │   ├── logger.rs
│   │   ├── enhanced_logger.rs
│   │   ├── formats.rs
│   │   └── core.rs
│   │
│   ├── websocket/           # WebSocket server
│   │   ├── server.rs
│   │   └── client.rs
│   │
│   ├── mcp/                 # Model Context Protocol
│   │   ├── server.rs
│   │   └── client.rs
│   │
│   ├── web/                 # Web dashboard
│   │   ├── api.rs
│   │   └── coverage_api.rs
│   │
│   ├── commands/            # CLI command implementations
│   │   ├── log.rs
│   │   ├── log_ai.rs
│   │   ├── session.rs
│   │   ├── agent.rs
│   │   ├── build.rs
│   │   └── export.rs
│   │
│   ├── messaging/           # Message bus
│   │   └── bus.rs
│   │
│   ├── metrics/             # Metrics collection
│   │   ├── collector.rs
│   │   ├── coverage.rs
│   │   └── coverage_collector.rs
│   │
│   ├── issue/               # Issue tracking
│   │   └── commands.rs
│   │
│   ├── export/              # Export management
│   │   └── (handlers)
│   │
│   ├── state/               # State management
│   │
│   ├── auth/                # Authentication
│   │
│   ├── ai_attribution.rs    # AI tool detection (15KB)
│   ├── events.rs            # Event structures (12KB)
│   ├── errors.rs            # Error types (17KB)
│   ├── formatter.rs         # Output formatting (12KB)
│   ├── config.rs            # Configuration (5.9KB)
│   ├── fdb_network.rs       # FDB network (2.1KB)
│   └── fdb_utils.rs         # FDB utilities (3.1KB)
│
├── config/                  # Configuration files
│   ├── cloudbuild/
│   │   ├── current/        # Active Cloud Build YAMLs
│   │   └── archived/       # Historical versions
│   ├── docker/
│   │   └── current/        # Active Dockerfiles
│   ├── gcloud/             # GCP settings
│   ├── fdb.cluster         # Production FDB cluster
│   └── fdb.cluster.local   # Local dev cluster
│
├── scripts/                 # Automation scripts
│   ├── build/              # Build automation
│   ├── test/               # Test scripts
│   ├── monitor/            # Monitor utilities
│   └── lifecycle/          # Full build lifecycle
│
├── docs/                    # 20+ documentation files
│   ├── implementation/
│   ├── integration/
│   ├── roadmap/
│   └── reference/
│
├── tests/                   # Test suite
│   ├── unit/
│   ├── integration/
│   └── websocket/
│
├── builds/                  # Timestamped build snapshots
├── artifacts/               # Downloaded binaries
├── releases/                # Production releases
├── binaries/                # Compiled binaries
└── archive/                 # Historical versions

---

3. Key Features Implemented

3.1 Session Management ✅

Commands:

• codi2 session start - Initialize session with monitoring
• codi2 session identity <id> - Set session identity
• codi2 session info - Display current session info
• codi2 session stop - Stop session and cleanup

Implementation Files:

• src/session/init.rs - SessionInitializer (replaces session-start-hook.sh)
• src/session/identity.rs - SessionIdentity (replaces set-session-identity.sh)
• src/session/environment.rs - Environment variable management
• src/session/hooks.rs - Pre/post lifecycle hooks

Features:

• UUID-based session IDs
• Environment variable setup (SESSION_ID, AI_TOOL, WORKSPACE)
• Service coordination (file monitor, export watcher, API server)
• State persistence to FoundationDB
• Session registry tracking

3.2 AI Attribution ✅

Commands:

• codi2 log-ai "<message>" --action ACTION - Log with AI attribution
• codi2 list-ai-tools - Show all 20+ supported AI tools

Detected AI Tools:

• Claude (Claude Code, Desktop, Chat)
• Gemini (Code Assist, Studio)
• GitHub Copilot
• Cursor
• Windsurf (Cascade, Flows, Supercomplete)
• KIRA
• Aider
• Ollama
• LocalAI
• LM Studio
• OpenAI (ChatGPT, API)
• Anthropic API
• Google AI Studio
• Hugging Face
• v0 (Vercel)
• Bolt
• Replit
• StackBlitz
• MCP (Model Context Protocol)

Implementation:

• src/ai_attribution.rs - 15KB of AI detection logic
• Session ID extraction from log messages
• Actor type detection (human, AI, agent, orchestrator)
• Environment-based tool detection

3.3 Logging System ✅

Commands:

• codi2 log [options] - Query audit logs
• codi2 log --limit 50 - Last 50 events
• codi2 log --session SESSION_ID - Filter by session
• codi2 log --since TIMESTAMP - Time-based filter
• codi2 tail - Real-time log streaming

Output Formats:

• JSON (machine-readable)
• Human (colored, readable)
• Compact (single-line)
• CODI (legacy format)
• CODITECT (platform format)
• FDB (FoundationDB format)

Implementation:

• src/logging/logger.rs - Core logging
• src/logging/enhanced_logger.rs - Advanced features
• src/logging/formats.rs - Output formatting
• src/commands/log.rs - CLI implementation

3.4 Agent Coordination ✅ (Foundations)

Commands:

• codi2 heartbeat send - Send single heartbeat
• codi2 heartbeat start - Start periodic heartbeats
• codi2 heartbeat check <agent_id> - Check agent health

Implementation:

• src/agent/heartbeat.rs - Health monitoring system
• src/agent/sync.rs - State synchronization
• src/agent/cohort.rs - Group management
• src/session/distributed_orchestrator.rs - Multi-agent orchestration

Features:

• Periodic heartbeat with configurable intervals
• Health status tracking (healthy, degraded, offline)
• Last-seen timestamp in FoundationDB
• Automatic detection of offline agents
• Cohort formation (capability-based, round-robin)

3.5 File Monitoring ✅

Integration:

• Uses notify crate for cross-platform filesystem events
• Monitors file creates, updates, deletes, renames
• Logs all events to FoundationDB with checksums
• Attribution support (links events to sessions/actors)

Implementation:

• src/monitor/watcher.rs - File system watcher
• src/monitor/export_handler.rs - Export monitoring
• src/monitor/attribution.rs - Event attribution

3.6 WebSocket & MCP Servers ✅

WebSocket Server:

• Real-time bidirectional communication
• Agent-to-agent messaging
• State synchronization broadcasts
• 50+ WebSocket tests passing

MCP Server:

• Model Context Protocol for AI tools
• Tool/resource/prompt primitives
• AI agent integration

Implementation:

• src/websocket/server.rs - WebSocket server
• src/mcp/server.rs - MCP server
• Both tested with comprehensive integration tests

3.7 CLI Interface ✅

15+ Commands Implemented:

codi2 --help
codi2 log [options]
codi2 log-ai "<message>" --action ACTION
codi2 tail
codi2 monitor --path PATH
codi2 session start|identity|info|stop
codi2 heartbeat send|start|check
codi2 list-ai-tools
codi2 test
codi2 whoami
codi2 build
codi2 export

---

4. Feature Parity Analysis

4.1 Completed Tasks (10/45 = 22%)

Task ID	Feature	Status
LOG-CORE-7a8b9c0d	Core logging	✅ Complete
LOG-AI-8d9e0f1a	AI logging	✅ Complete
LOG-AI-DETECT-2b3c4d5e	AI tool detection	✅ Complete
LOG-ENH-6f7g8h9i	Enhanced logging	✅ Complete
SESS-INIT-8r9s0t1u	Session initialization	✅ Complete
SESS-HOOK-2v3w4x5y	Session hooks	✅ Complete
SESS-ID-6z7a8b9c	Session identity	✅ Complete
SESS-ENV-0d1e2f3g	Environment management	✅ Complete
AGENT-HB-6t7u8v9w	Heartbeat system	✅ Complete
AGENT-SYNC-4b5c6d7e	Agent sync (partial)	✅ Complete

4.2 Remaining Tasks (35/45 = 78%)

High Priority:

1. Multi-session coordination (conflict prevention)
2. Export manager (conversation archival)
3. Web dashboard (React UI)
4. Metrics collection (observability)
5. Log rotation and cleanup

Medium Priority: 6. Agent-specific logging 7. Human developer logging 8. Session wrappers (Claude, generic AI) 9. Orchestrator state persistence 10. Advanced monitoring (tree diff, pattern filters)

Lower Priority: 11. Build mode detection 12. Export health checks 13. Log analysis tools 14. TOML/YAML config support 15. Cloud Build optimization

---

5. Testing Status

5.1 Test Coverage

Total Tests: 139+ passing

• 89 unit tests
• 50 WebSocket/MCP integration tests

Test Areas:

cargo test audit       # Audit logger tests
cargo test monitor     # File monitor tests
cargo test session     # Session management tests
cargo test ai          # AI attribution tests
cargo test agent       # Agent coordination tests
cargo test websocket   # WebSocket server tests
cargo test mcp         # MCP server tests

5.2 Functional Test Plan (15 Areas)

Area	Status	Description
1. Build & Deploy	✅ Working	CI/CD with Google Cloud Build
2. Audit Logger	✅ Working	FoundationDB integration
3. File Monitor	✅ Working	FSEvents handling
4. Message Bus	✅ Working	Tokio channels
5. State Store	✅ Working	DashMap concurrency
6. CLI Commands	✅ Working	All commands tested
7. FDB Integration	✅ Working	Production cluster
8. Performance	⏳ Partial	Basic load tests
9. Security	⏳ Partial	Auth framework exists
10. Recovery	⏳ Partial	Basic error handling
11. Session Mgmt	✅ Working	Multi-session basics
12. Digital Twin	❌ Not Started	State sync
13. Agent Coord	✅ Partial	Heartbeat working
14. Export Mgmt	❌ Not Started	Not implemented
15. Metrics	❌ Not Started	Framework only

---

6. Build System

6.1 Local Development

# Standard build
cargo build

# Release build (optimized)
cargo build --release

# Feature-specific build
cargo build --features "monitor,audit"

# Run with logging
RUST_LOG=debug ./target/release/codi2 log --tail

6.2 Google Cloud Build

Configuration: cloudbuild.yaml

Build Pipeline:

1. Multi-stage Docker build
2. Rust compilation with optimizations
3. Binary artifact creation
4. Upload to GCS bucket
5. Metadata generation (hashes, timestamps)

Artifacts:

• Binary: gs://serene-voltage-464305-n2-codi2-artifacts/codi2/codi2-YYYYMMDDTHHMMSSZ-UUID
• Format: ISO timestamp + 8-character UUID
• Size: ~16MB (optimized from 1.3GB+)

Commands:

# Submit production build
./scripts/build/submit-cloud-build.sh

# Download latest binary
./scripts/build/download-latest-binary.sh

# Full build lifecycle
./scripts/lifecycle/build-lifecycle.sh production

6.3 Build Lifecycle Stages

1. Pre-Build - Version checks, dependency validation
2. Build - Compilation, Docker image creation
3. Verify - Binary validation, smoke tests
4. Test - Full test suite execution
5. Release - Package creation, artifact storage

---

7. FoundationDB Integration

7.1 Cluster Configuration

Production Cluster:

coditect:production@10.0.1.3:4500,10.0.1.5:4500,10.0.1.4:4500

Nodes:

• fdb-node-1: 10.0.1.3 (us-central1-a)
• fdb-node-2: 10.0.1.5 (us-central1-a)
• fdb-node-3: 10.0.1.4 (us-central1-a)

Local Development:

config/fdb.cluster.local

7.2 Data Schema

Keyspaces:

• \x00audit\x00{session_id}\x00{timestamp} - Audit events
• \x00session\x00{session_id} - Session state
• \x00agent\x00{agent_id}\x00heartbeat - Agent health
• \x00orchestrator\x00state - Orchestrator state
• \x00cohort\x00{cohort_id} - Cohort configuration

Value Format: MessagePack (efficient binary serialization)

7.3 Connection Management

// Initialization
let db = fdb_network::init_network()?;

// Transaction
let tx = db.create_trx()?;
tx.set(key, value)?;
tx.commit().await?;

// Cleanup
fdb_network::stop_network()?;

---

8. Integration with File-Monitor

8.1 Potential Synergies

The t2 project's file-monitor (in src/file-monitor/) and CODI2 have significant overlap:

Common Features:

• File system monitoring (both use notify crate)
• Event logging with checksums
• JSON output format
• Polling mode support
• Trace + Events dual-log pattern

Key Differences:

Feature	file-monitor	CODI2
Language	Rust	Rust
Database	None (logs to files)	FoundationDB
Scope	File changes only	Full dev lifecycle
Multi-agent	No	Yes
Session tracking	No	Yes
AI attribution	No	Yes

8.2 Integration Opportunities

1. Unified Monitoring: CODI2 could consume file-monitor's events and store them in FoundationDB
2. Enhanced Attribution: Add session/agent attribution to file-monitor events
3. Shared Library: Extract common file monitoring logic into shared crate
4. Complementary Use: file-monitor for local logs, CODI2 for centralized FDB storage

---

9. Recommendations for t2 Project

9.1 Adopt CODI2 for Multi-Agent Coordination

Benefits:

• ✅ Session management for orchestrator + specialist agents
• ✅ FoundationDB-backed audit trail
• ✅ AI tool detection (20+ tools)
• ✅ Heartbeat system for agent health monitoring
• ✅ WebSocket for real-time agent communication

Integration Path:

1. Add CODI2 as submodule (✅ already done as coditect-v4)
2. Use CODI2 binary for session initialization
3. Log agent activities via codi2 log-ai
4. Coordinate agents with heartbeat system
5. Store agent state in FoundationDB

9.2 Leverage File-Monitor for Immediate Needs

file-monitor is production-ready now for:

• Local file change tracking
• Dual-log output (trace + events)
• WSL2 compatibility (polling mode)
• Simple deployment (standalone binary)

Use Cases:

• Development environment monitoring
• User workspace file tracking
• Eclipse theia IDE integration
• Local audit logs

9.3 Future Architecture

Hybrid Approach:

Eclipse theia IDE
├── file-monitor (local file events)
│   └── Logs to .coditect/logs/*.log
│
└── CODI2 (distributed coordination)
    ├── Reads file-monitor events
    ├── Adds session/agent attribution
    ├── Stores to FoundationDB
    ├── Coordinates multiple agents
    └── Provides WebSocket API for agents

---

10. Next Steps for CODI2

10.1 Critical Path (MVP Completion)

1. Export Manager (PRIORITY 1)

   • Implement export-watcher equivalent
   • Monitor conversation exports
   • Archive to FoundationDB
   • Health checks and supervision

2. Web Dashboard (PRIORITY 2)

   • Actix-web server
   • React frontend
   • Real-time log viewer
   • Agent activity timeline
   • Session management UI

3. Multi-Session Coordination (PRIORITY 3)

   • Conflict detection
   • File ownership tracking
   • Agent handoff protocols
   • State synchronization improvements

4. Metrics & Monitoring (PRIORITY 4)

   • Complete metrics collection
   • Coverage tracking
   • Performance monitoring
   • Alert system

10.2 Recommended Work Order

Week 1-2: Export Manager + Web Dashboard foundations Week 3-4: Web Dashboard UI + Multi-session coordination Week 5-6: Metrics system + Testing improvements Week 7-8: Performance optimization + Production deployment

---

11. Key Documentation

In coditect-v4/codi2/:

• README.md - Quick start and overview
• CLAUDE.md - AI assistant guidance
• CODI2-PARITY-TASK-CHECKLIST.md - Task tracking with UUIDs
• IMPLEMENTATION-status.md - Current status summary
• CODI2-session-summary.md - Session management details
• MODULAR-architecture.md - Architecture design
• FOUNDATIONDB-SCHEMA.md - Database schema

Build & Deploy:

• docs/GOOGLE-CLOUD-BUILD-GUIDE-v2.0-2025-09-13.md
• docs/GOOGLE-CLOUD-BUILD-REFERENCE.md
• CLOUD-BUILD-ERROR-SUMMARY-2025-10-01.md

Testing:

• docs/CODI2-COMPREHENSIVE-TEST-METHODOLOGY-REPORT.md
• docs/CODI2-COMPREHENSIVE-FUNCTIONAL-TEST-PLAN.md
• scripts/test/run-websocket-mcp-tests.sh

---

12. Conclusion

CODI2 is a production-ready foundation for multi-agent AI-assisted development with:

• ✅ Solid core infrastructure (session, logging, monitoring)
• ✅ FoundationDB integration for persistence
• ✅ 139+ passing tests
• ✅ Functional binary (v0.2.0)
• ⏳ 35 tasks remaining for full parity (~78%)

For t2 project, CODI2 provides:

1. Multi-agent orchestration capabilities
2. Session management for AI assistants
3. Centralized audit logging
4. Real-time agent coordination

Recommendation: Use file-monitor for immediate local monitoring needs, while evaluating CODI2 for future multi-agent coordination when the web dashboard and export management are complete.