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AZ1.AI llm IDE - Complete Project Plan

Project Overview​

Goal: Build a browser-based IDE using Eclipse theia with integrated dual-llm support (LM Studio + Claude Code), multi-agent system, and multi-session architecture.

Approach: Hybrid - theia foundation + custom extensions for llm features

Phase 1: Foundation Setup ✅ COMPLETED​

1.1 Environment Setup​

  • Install Node.js 20.x
  • Install Eclipse theia dependencies
  • Configure Docker environment
  • Set up LM Studio connection
  • Verify access to host.docker.internal:1234

1.2 Project Structure​

  • Create main project directory /workspace/PROJECTS/t2
  • Initialize npm project with TypeScript
  • Configure Vite build system
  • Set up ESLint and TypeScript strict mode
  • Create documentation folder structure

1.3 theia Application Setup​

  • Create theia-app/ directory
  • Configure theia browser target
  • Set up theia build scripts
  • Configure dark theme as default
  • Test basic theia startup

1.4 Documentation​

  • Write architecture.md
  • Write CLAUDE.md (guidance for AI assistants)
  • Create ADR-014 (Eclipse theia decision)
  • Document LM Studio integration

Phase 2: Core Infrastructure ✅ COMPLETED​

2.1 MCP Server Setup​

  • Create mcp-lmstudio/ directory
  • Implement MCP server for LM Studio
  • Add lmstudio_list_models tool
  • Add lmstudio_chat tool
  • Add lmstudio_completion tool
  • Configure .mcp.json
  • Test MCP server connectivity

2.2 Type System​

  • Define llm types (llmModel, Message, WorkflowMode)
  • Define file system types (FileNode, editorTab)
  • Define chat types (ChatRequest, ChatResponse)
  • Create type exports in src/types/index.ts

2.3 React Prototype (Reference Implementation)​

  • Build Monaco editor integration
  • Build xterm.js terminal
  • Build file explorer UI
  • Build llm chat panel
  • Implement 4 workflow modes
  • Create model selector
  • Test on port 5173

Phase 3: theia llm Extension 🔄 PARTIALLY COMPLETED (Code exists, not integrated)​

3.1 Extension Structure (Code written, not loaded in theia)​

  • Create src/browser/llm-integration/ directory
  • Create extension package.json
  • Set up theia contribution system
  • Configure inversify DI container
  • Build extension as npm package
  • Add extension to theia-app dependencies
  • Test extension loads in theia

3.2 llm Service Layer (Implementation exists, untested)​

  • Create llmService class (code written)
  • Implement listLMStudioModels() (code written)
  • Implement chatCompletion() (code written)
  • Implement streamChatCompletion() (code written)
  • Add Claude Code placeholder (code written)
  • Implement getAvailableModels() (code written)
  • Add multi-provider support (6 providers) (code written)
  • Implement Ollama integration (code written)
  • Implement OpenAI integration (code written)
  • Implement Anthropic Claude integration (code written)
  • Implement Google Gemini integration (code written)
  • Implement Grok integration (code written)
  • Set Claude Code as default provider (code written)
  • Test llmService with actual LM Studio
  • Verify all 6 providers work

3.3 Chat Widget (Implementation exists, not loaded)​

  • Create llmChatWidget extending ReactWidget (code written)
  • Implement workflow mode selector (code written)
  • Implement primary/secondary model selectors (code written)
  • Implement message history display (code written)
  • Implement input area with keyboard shortcuts (code written)
  • Add clear chat functionality (code written)
  • Test widget renders in theia
  • Verify React integration works

3.4 Widget Features (Implementation exists, untested)​

  • Implement Single mode (code written)
  • Implement Parallel mode (code written)
  • Implement Sequential mode (code written)
  • Implement Consensus mode (code written)
  • Add loading states (code written)
  • Add error handling (code written)
  • Add model badges on messages (code written)
  • Test all 4 workflow modes end-to-end

3.5 theia Integration (Code exists, not registered)​

  • Create contribution class (llmChatContribution) (code written)
  • Register command (llm-chat.open) (code written)
  • Add to View menu (code written)
  • Configure widget area (right sidebar) (code written)
  • Set widget icon (fa-comments) (code written)
  • Verify command appears in View menu
  • Test widget opens on right sidebar

3.6 Documentation (Written, implementation pending)​

  • Create theia-llm-extension.md
  • Document migration process
  • Document usage instructions
  • Document troubleshooting
  • Create multi-llm-providers.md
  • Create ADR-015 (Multi-provider llm support)

3.7 Frontend Cleanup & Organization​

  • Archive React prototype to archive/react-prototype/
  • Move index.html, vite.config.ts to archive
  • Clean project root of frontend files
  • Create archive/README.md documentation
  • Update src/browser/README.md
  • Create FRONTEND_architecture.md
  • Update package.json scripts (theia as default)
  • Move SUMMARY.md to docs/status-reports/

3.8 Infrastructure Architecture (NEW)​

  • Create ADR-016: NGINX Load Balancer
    • Complete NGINX configuration with SSL/TLS
    • WebSocket proxy configuration
    • Load balancing strategy (least_conn)
    • Static asset caching
    • Health checks and monitoring
    • Docker Compose setup
  • Create ADR-017: WebSocket Backend Architecture
    • Unified WebSocket service architecture
    • JSON-RPC 2.0 message format
    • Multi-service routing (filesystem, MCP, agents, terminal)
    • Compression support (gzip)
    • Authentication (JWT)
    • Frontend WebSocket client design
  • Create ADR-018: Local Filesystem Integration
    • Hybrid filesystem architecture
    • File System Access API support
    • Backend WebSocket filesystem operations
    • OPFS fallback implementation
    • FoundationDB metadata sync
    • Session-specific workspaces
  • Create ADR-019: MCP Protocol Backend
    • Unified MCP gateway design
    • Multi-provider llm tools
    • Resource providers (files, sessions)
    • Prompt registry with templates
    • Redis caching strategy
  • Create ADR-020: GCP Cloud Run Deployment
    • Cloud Run service definitions
    • FoundationDB on Compute Engine
    • Memorystore Redis configuration
    • Cloud Storage integration
    • Terraform infrastructure as code
    • CI/CD with Cloud Build
    • Load balancer and CDN setup

3.9 V4 Integration & Reference Materials ✅ COMPLETED (2025-10-06)​

  • Copy V4 CODI Infrastructure
    • Copy .codi/ directory (543 scripts) preserving symlinks
    • Verify symlinks intact (codi-log-ai, codi-log-sys)
    • Document CODI monitoring system
  • Copy V4 Source Code
    • Copy src/frontend/ → src/frontend-original/ (2.6MB)
    • Copy all other src/ → src/v4-*/ with clear prefixing (11 directories, ~2.7MB)
    • Create v4-source-code-reference.md catalog
  • Copy V4 Documentation
    • Copy SDD, TDD, CODI design docs to docs/v4-reference/architecture/
    • Copy all 88 ADRs to docs/v4-reference/adrs/
    • Copy agents system to docs/v4-agents/ (57 files, 512KB)
    • Create comprehensive README and master index
  • Copy V4 Infrastructure
    • Copy workspace-pod from docker/workspace-pod/ → src/v4-workspace-pod/
    • Copy config directory to docs/v4-config/ (FDB cluster configs)
    • Copy v4-claude.md and v4-readme.md to docs/v4-reference/
  • Update Documentation
    • Update CLAUDE.md with V4 integration summary
    • Update README.md with V4 integration summary
    • Include git commit range (108f76f → 761756b)
    • Create V4-DOCUMENTATION-index.md master catalog
  • Session Management
    • Move session export to sessions/ directory
    • Create session export template structure

3.10 Project Organization & Cleanup ✅ COMPLETED (2025-10-06)​

  • Reorganize Project Root
    • Create scripts/build/ directory
    • Create scripts/monitor/ directory
    • Create config/webpack/ directory
    • Move build-file-monitor.sh → scripts/build/
    • Move install-rust-deps.sh → scripts/build/
    • Move start-file-monitor.sh → scripts/monitor/
    • Move stop-file-monitor.sh → scripts/monitor/
    • Move webpack configs → config/webpack/
    • Document JSON files must stay in root (package*.json, tsconfig*.json)
  • Enhance CLAUDE.md Guidance
    • Move Quick Reference Commands to top (after "Starting a New Session")
    • Add Critical Architecture Insights section (6 key patterns)
    • Strengthen V4 reference warning (REFERENCE ONLY)
    • Add Common Pitfalls section (10 mistakes to avoid)
    • Remove Testing section (tests don't exist yet)
    • Remove duplicate Quick Reference Commands section
    • Update Project Structure with scripts/ and config/ directories
    • Add note about essential JSON files in root
  • Update README.md
    • Update Project Structure with scripts/ and config/ directories
    • Add comprehensive note about JSON files in root
    • Document script reorganization

3.9 MVP Deployment ✅ COMPLETED​

  • Build working theia IDE (without llm extension)
    • Install theia CLI and dependencies (1362 packages)
    • Configure theia-app/package.json with core theia extensions only
    • Run webpack build (frontend + backend bundles)
    • Generate bundle.js (11.2 MB) and editor.worker.js (445 KB)
    • Build backend main.js successfully
    • Verify HTTP 200 responses for all assets
  • Deploy and test local development server
    • Start theia backend on http://0.0.0.0:3000
    • Verify WebSocket endpoint operational
    • Test core IDE functionality (file explorer works)
    • Confirm Monaco editor integration (editing files works)
    • Confirm xterm.js terminal integration (terminal works)
    • Verify settings and preferences UI
    • Test keybindings configuration
  • Create Docker deployment infrastructure
    • Write Dockerfile (multi-stage production build)
    • Write docker-compose.yml (volumes, networking, LM Studio vars)
    • Write .dockerignore for build optimization
    • Configure NGINX load balancer (nginx.conf from ADR-016)
    • Set up health checks and restart policies
    • Document environment variables for LM Studio
  • Create comprehensive deployment documentation
    • Create deployment.md (complete deployment guide)
    • Document 5 deployment options:
      • Local development (currently running)
      • Docker single container
      • Docker Compose (recommended for dev)
      • GCP Cloud Run (production)
      • Kubernetes (enterprise)
    • Create MVP_status.md (full status report)
    • Document performance metrics (startup <1s, 81MB RAM)
    • Document resource requirements (dev vs prod)
    • Document known limitations (no llm, no auth, dev only)
  • Repository cleanup and version control
    • Update .gitignore for theia build artifacts (lib/, src-gen/)
    • Stage all deployment files
    • Commit MVP deployment (c338b84)
    • Push to remote repository
    • Verify clean working tree

MVP Status: ✅ theia IDE running successfully at http://localhost:3000 Next Phase: Integrate llm extension (complete Phase 3.1-3.5 pending tasks)

Phase 3.11: V4/T2 Consolidation & Refactoring 🔄 IN PROGRESS (2025-10-06)​

3.11.1 File Monitor Integration​

  • Integrate V4 file-monitor into T2
    • Build Rust file-monitor with dual-log support
    • Fix WSL2 inotify issues (--poll flag required)
    • Create daemon management scripts (start/stop)
    • Implement dual-log output (trace.log + events.log)
    • Test file monitoring on /workspace/PROJECTS/t2
    • Verify 4,983 events logged without issues
    • Fix broken symlinks causing monitor errors
  • Database Integration
    • Connect file-monitor to FoundationDB
    • Implement tenant_id tagging for multi-tenancy
    • Create audit_logs table schema
    • Stream events to FDB in real-time
    • Add event batching for performance
    • Implement event deduplication

3.11.2 V4 Code Analysis & Pattern Extraction​

  • Analyze V4 FoundationDB Patterns
    • Study ADR-002 (v4-storage-architecture.md)
    • Study ADR-003 (v4-multi-tenant-architecture.md)
    • Extract tenant isolation patterns
    • Extract session storage patterns
    • Document key/value schema design
    • Create pattern migration guide
  • Analyze V4 Agent System
    • Study ADR-013 and v4-agents/ documentation
    • Extract agent coordination patterns
    • Extract sub-agent delegation patterns
    • Document agent state management
    • Document agent-to-agent communication
    • Create agent migration guide
  • Analyze V4 Multi-Session Architecture
    • Study v4 session isolation patterns
    • Extract workspace isolation logic
    • Document session lifecycle management
    • Extract concurrent session handling
    • Create session architecture guide

3.11.3 T2 Service Layer Refactoring​

  • Create Unified Services Architecture
    • Design service layer based on v4 patterns + theia DI
    • Create base service interfaces
    • Implement service registration with InversifyJS
    • Add service lifecycle management
    • Create service documentation template
  • Refactor FoundationDB Service
    • Apply v4 tenant isolation patterns
    • Implement v4 key/value schema
    • Add transaction wrapper utilities
    • Implement conflict resolution patterns
    • Add FDB performance monitoring
    • Create FDB service tests
  • Refactor Session Service
    • Apply v4 session isolation patterns
    • Implement session state persistence
    • Add workspace isolation per session
    • Implement session lifecycle hooks
    • Add session recovery mechanisms
    • Create session service tests

3.11.4 CODI Integration Planning​

  • Evaluate CODI for T2
    • Analyze .codi/scripts/ structure (543 scripts)
    • Identify scripts applicable to T2
    • Identify scripts incompatible with theia
    • Document CODI web UI requirements
    • Assess CODI monitoring value for T2
    • Create CODI integration decision document
  • Selective CODI Integration (if approved)
    • Adapt logging scripts for theia context
    • Integrate monitoring hooks with theia lifecycle
    • Port CODI web UI to theia widget (optional)
    • Test CODI compatibility with T2 architecture
    • Document CODI usage patterns for T2

3.11.5 Agent System Consolidation​

  • Merge V4 and T2 Agent Patterns
    • Compare v4-agents/ with src/agents/
    • Identify complementary patterns
    • Identify conflicting patterns (resolve)
    • Create unified agent base class
    • Implement hybrid MCP + A2A support
    • Update agent documentation
  • Refactor Agent Implementations
    • Update CoordinatorAgent with v4 patterns
    • Update CodeGenerationAgent with v4 patterns
    • Update CodeReviewAgent with v4 patterns
    • Add sub-agent support from v4
    • Implement agent state persistence
    • Create agent integration tests

3.11.6 Consolidation Documentation​

  • Create V4/T2 Integration Guide
    • Document what was adopted from v4
    • Document what was rejected and why
    • Document hybrid patterns created
    • Create decision matrix (when to use v4 vs t2 patterns)
    • Document lessons learned
  • Update Architecture Documentation
    • Update architecture.md with consolidated patterns
    • Update sdd.md with v4-influenced design
    • Update tdd.md with implementation details
    • Create new ADRs for major consolidation decisions
    • Update CLAUDE.md with consolidated guidance

3.11.7 Performance Optimization​

  • Apply V4 Performance Patterns
    • Implement v4 caching strategies
    • Apply v4 batch processing patterns
    • Implement v4 connection pooling
    • Add v4 rate limiting patterns
    • Optimize based on v4 benchmarks
  • Benchmark T2 After Consolidation
    • Measure startup time
    • Measure session switch latency
    • Measure file operation performance
    • Measure llm response time
    • Compare with v4 metrics
    • Document performance improvements

3.11.8 Code Cleanup & Deduplication​

  • Remove Duplicate Implementations
    • Identify duplicate code between v4 reference and t2
    • Consolidate to single source of truth
    • Update imports and references
    • Run tests to verify consolidation
    • Document what was deduplicated
  • Archive Unused V4 Code
    • Identify v4 code not applicable to T2
    • Move to archive/v4-unused/
    • Document why code was archived
    • Update v4-source-code-reference.md
    • Verify no broken references

3.11.9 Testing Consolidation​

  • Port V4 Tests to T2
    • Analyze v4 test patterns
    • Identify applicable tests
    • Port unit tests to T2
    • Port integration tests to T2
    • Adapt tests for theia architecture
    • Run full test suite
  • Create Consolidation Test Suite
    • Test v4 patterns in T2 context
    • Test hybrid v4/t2 patterns
    • Test backward compatibility
    • Test performance regressions
    • Document test coverage

Phase 4: Session Management Extension 🔲 NOT STARTED​

4.1 Extension Setup​

  • Create src/browser/session-management/ directory
  • Create extension package.json
  • Set up session contribution
  • Configure DI container

4.2 Session Service​

  • Create SessionService class
  • Implement createSession(name: string)
  • Implement getSession(id: string)
  • Implement listSessions()
  • Implement deleteSession(id: string)
  • Implement switchSession(id: string)

4.3 Session Storage​

  • Implement FoundationDB integration
  • Create session schema
  • Implement session persistence
  • Add OPFS fallback for browser storage
  • Implement session state serialization

4.4 Session UI​

  • Create SessionWidget for session tabs
  • Implement session switcher dropdown
  • Add "New Session" button
  • Add "Close Session" functionality
  • Display active session indicator

4.5 Session Isolation​

  • Isolate editor state per session
  • Isolate llm conversation history per session
  • Isolate file workspace per session
  • Isolate terminal context per session
  • Isolate agent state per session

4.6 Testing​

  • Test creating multiple sessions
  • Test switching between sessions
  • Test session persistence across restarts
  • Test session deletion
  • Test concurrent session usage

Phase 5: MCP Integration Extension 🔲 NOT STARTED​

5.1 Extension Setup​

  • Create src/browser/mcp-integration/ directory
  • Create extension package.json
  • Set up MCP contribution
  • Configure DI container

5.2 MCP Client​

  • Create MCPClient class
  • Implement server connection
  • Implement tools discovery
  • Implement resources discovery
  • Implement prompts discovery
  • Add connection status monitoring

5.3 Tool Integration​

  • Connect to lmstudio_list_models tool
  • Connect to lmstudio_chat tool
  • Connect to lmstudio_completion tool
  • Add tool execution error handling
  • Add tool result caching

5.4 Claude Code MCP​

  • Replace Claude Code placeholder
  • Implement MCP connection to Claude Code
  • Add Claude Code tools discovery
  • Implement tool execution (Read, Write, Bash, etc.)
  • Add context sharing between llms

5.5 Resource Management​

  • Implement file resource provider
  • Implement workspace resource provider
  • Add resource URI resolution
  • Implement resource content fetching

5.6 Prompt Templates​

  • Create prompt template registry
  • Implement template parameter substitution
  • Add template discovery UI
  • Create default prompt templates
  • Add custom template creation

5.7 Testing​

  • Test MCP server connectivity
  • Test tool execution
  • Test resource access
  • Test prompt templates
  • Test error scenarios

Phase 6: Agent System Extension 🔲 NOT STARTED​

6.1 Extension Setup​

  • Create src/browser/agent-system/ directory
  • Create extension package.json
  • Set up agent contribution
  • Configure DI container

6.2 Base Agent Framework​

  • Create Agent base class
  • Implement agent lifecycle (init, execute, cleanup)
  • Add MCP tool usage interface
  • Add A2A protocol interface
  • Implement agent state management

6.3 Core Agents​

  • Create CoordinatorAgent
  • Create PlanningAgent
  • Create CodeGenerationAgent
  • Create CodeReviewAgent
  • Create TestingAgent

6.4 Sub-Agents​

  • Create TypeScriptSubAgent
  • Create PythonSubAgent
  • Create RustSubAgent
  • Create SecurityReviewSubAgent
  • Create PerformanceReviewSubAgent
  • Create UnitTestSubAgent

6.5 Agent Communication (A2A)​

  • Implement A2A client
  • Add agent discovery
  • Implement agent-to-agent messaging
  • Add task delegation
  • Implement result aggregation

6.6 Agent UI​

  • Create AgentWidget for agent status
  • Display active agents
  • Show agent task progress
  • Add agent collaboration visualization
  • Implement agent logs viewer

6.7 Testing​

  • Test agent creation and initialization
  • Test agent task execution
  • Test agent collaboration via A2A
  • Test sub-agent delegation
  • Test error handling and recovery

Phase 7: OPFS File System 🔲 NOT STARTED​

7.1 OPFS Service​

  • Create OPFSService class
  • Implement createFile(path, content)
  • Implement readFile(path)
  • Implement updateFile(path, content)
  • Implement deleteFile(path)
  • Implement createDirectory(path)
  • Implement listDirectory(path)

7.2 File System Integration​

  • Integrate OPFS with theia file system
  • Implement file system provider
  • Add file watchers
  • Implement file change events
  • Add conflict resolution

7.3 File Explorer​

  • Update file tree widget
  • Add CRUD operations UI
  • Implement drag-and-drop
  • Add context menus
  • Implement file search

7.4 Persistence​

  • Implement project export
  • Implement project import
  • Add ZIP file support
  • Implement backup/restore
  • Add auto-save functionality

7.5 Testing​

  • Test file CRUD operations
  • Test directory operations
  • Test file persistence across sessions
  • Test import/export
  • Test large file handling

Phase 8: FoundationDB Integration 🔲 NOT STARTED​

8.1 FDB Service Setup​

  • Create FDBService class
  • Implement database connection
  • Create schema for sessions
  • Create schema for files
  • Create schema for agent state
  • Add transaction management

8.2 Session Persistence​

  • Implement session save to FDB
  • Implement session load from FDB
  • Add session metadata storage
  • Implement session search
  • Add session versioning

8.3 File Persistence​

  • Store file content in FDB
  • Store file metadata
  • Implement file versioning
  • Add file history tracking
  • Implement file recovery

8.4 Agent State Persistence​

  • Store agent state in FDB
  • Store conversation history
  • Store task results
  • Implement state recovery
  • Add state snapshots

8.5 Testing​

  • Test FDB connection
  • Test session persistence
  • Test file persistence
  • Test agent state persistence
  • Test data recovery scenarios

Phase 9: User Management & Audit Logging 🔲 NOT STARTED (NEW)​

9.1 User Management Service​

  • Create UserService class
  • Implement user registration
  • Implement user authentication (JWT)
  • Add user profile management
  • Implement role-based access control (RBAC)
  • Add user session tracking
  • Implement OAuth providers (Google, GitHub)
  • Add API key management for users

9.2 User Database Schema (FoundationDB)​

  • Create user table schema
  • Create user_sessions table
  • Create user_roles table
  • Create api_keys table
  • Add user metadata storage
  • Implement user preferences storage
  • Add user quota tracking

9.3 Audit Logging System​

  • Create AuditLogService class
  • Implement file change event logging
    • Log file creations (who, what, when, where)
    • Log file modifications (who, what, when, where, diff)
    • Log file deletions (who, what, when, where, backup)
    • Log file moves/renames (who, what, when, from, to)
    • Log file permission changes
  • Implement user action logging
    • Log user logins/logouts
    • Log llm queries (model, prompt, result, cost)
    • Log agent executions
    • Log session operations
    • Log configuration changes
  • Implement system event logging
    • Log errors and exceptions
    • Log performance metrics
    • Log API rate limits
    • Log security events

9.4 Audit Database Schema (FoundationDB)​

  • Create audit_logs table
    • event_id (UUID)
    • event_type (create, modify, delete, move, etc.)
    • entity_type (file, user, session, agent, etc.)
    • entity_id
    • user_id (who did it)
    • agent_id (if agent did it)
    • timestamp (when it happened)
    • metadata (JSON with details)
    • before_state (for modifications/deletes)
    • after_state (for modifications/creates)
    • diff (for file changes)
    • reason (why - from commit message, task description)
    • session_id (context)
  • Create audit_file_changes table (optimized for file tracking)
  • Create audit_user_actions table (optimized for user tracking)
  • Add indexes for fast querying
    • Index on user_id
    • Index on entity_type + entity_id
    • Index on timestamp (time-series queries)
    • Index on event_type

9.5 File Change Monitoring​

  • Implement local file system watcher (chokidar)
  • Add OPFS change detection
  • Implement Cloud Storage change notifications
  • Create file diff generator
  • Add file snapshot system (before/after states)
  • Implement change batching (group rapid changes)
  • Add change attribution (link to user/agent/session)

9.6 Audit UI & Reporting​

  • Create AuditLogWidget for viewing logs
  • Implement audit log search
    • Filter by user
    • Filter by entity type
    • Filter by event type
    • Filter by time range
    • Filter by file path
  • Add audit log export (CSV, JSON)
  • Create audit timeline visualization
  • Implement file history viewer (all changes to a file)
  • Add user activity dashboard
  • Create system health dashboard

9.7 Compliance & Retention​

  • Implement audit log retention policy
  • Add audit log archival to Cloud Storage
  • Create audit log immutability (append-only)
  • Add audit log verification (checksums)
  • Implement GDPR compliance features
    • User data export
    • User data deletion
    • Audit log anonymization
  • Add SOC 2 compliance features
    • Access control logging
    • Security event monitoring
    • Audit trail reporting

9.8 Integration with Existing Systems​

  • Integrate with WebSocket backend (log all WS events)
  • Integrate with MCP gateway (log tool calls)
  • Integrate with agent system (log agent actions)
  • Integrate with filesystem service (log all file ops)
  • Integrate with session management (log session events)
  • Add audit logging to llm service (track costs, usage)

9.9 ADRs for User Management & Audit​

  • Create ADR-021: User Management & Authentication
  • Create ADR-022: Audit Logging Architecture
  • Create ADR-023: File Change Tracking System
  • Create ADR-024: Compliance & Data Retention

9.10 Testing​

  • Test user registration and authentication
  • Test RBAC and permissions
  • Test audit log creation for all event types
  • Test file change detection and logging
  • Test audit log querying and search
  • Test audit log retention and archival
  • Test user data export (GDPR)
  • Performance test (1M+ audit log entries)

Phase 10: Advanced llm Features 🔲 NOT STARTED​

9.1 Streaming Improvements​

  • Add streaming UI for all llm responses
  • Implement real-time token display
  • Add streaming cancellation
  • Implement streaming error recovery
  • Add streaming progress indicators

9.2 Model Management​

  • Add model performance metrics
  • Implement model recommendation
  • Add model usage statistics
  • Create model comparison tool
  • Add custom model configuration

9.3 Conversation Management​

  • Implement conversation export (Markdown, JSON)
  • Add conversation search
  • Implement conversation branching
  • Add conversation templates
  • Create conversation sharing

9.4 Context Management​

  • Implement context window management
  • Add automatic context pruning
  • Implement context summarization
  • Add context injection from files
  • Create context visualization

9.5 Settings Panel​

  • Create llm settings widget
  • Add temperature control
  • Add max_tokens control
  • Add top_p, top_k controls
  • Implement per-model settings

9.6 Code Integration​

  • Add "Insert into editor" button
  • Implement code diff view
  • Add "Apply Changes" functionality
  • Create code snippet library
  • Add code formatting on insert

Phase 10: terminal Enhancement 🔲 NOT STARTED​

10.1 Shell Integration​

  • Implement real command execution
  • Add shell environment setup
  • Implement working directory tracking
  • Add command history
  • Implement tab completion

10.2 terminal Features​

  • Add multiple terminal tabs
  • Implement split terminals
  • Add terminal theming
  • Implement terminal search
  • Add terminal export

10.3 llm Integration​

  • Add "Ask llm" from terminal
  • Implement command suggestions
  • Add error explanation
  • Create command templates
  • Add execution feedback

10.4 Testing​

  • Test command execution
  • Test environment variables
  • Test working directory
  • Test llm integration
  • Test error handling

Phase 11: UI/UX Polish 🔲 NOT STARTED​

11.1 Theme System​

  • Implement multiple themes (Dark, Light, Custom)
  • Add theme switcher UI
  • Create theme preview
  • Add custom theme editor
  • Implement theme import/export

11.2 Keyboard Shortcuts​

  • Define global shortcuts
  • Add shortcut customization
  • Create shortcut cheat sheet
  • Implement shortcut conflicts resolution
  • Add shortcut search

11.3 Responsive Design​

  • Optimize for different screen sizes
  • Add mobile-friendly touch targets
  • Implement adaptive layouts
  • Add zoom controls
  • Test on various browsers

11.4 Accessibility​

  • Add ARIA labels
  • Implement keyboard navigation
  • Add screen reader support
  • Improve color contrast
  • Add accessibility settings

11.5 Performance​

  • Implement lazy loading for extensions
  • Add virtual scrolling for large lists
  • Optimize bundle size
  • Implement code splitting
  • Add performance monitoring

11.6 Error Handling​

  • Create global error boundary
  • Add user-friendly error messages
  • Implement error reporting
  • Add error recovery UI
  • Create error logs viewer

Phase 12: Testing & Quality Assurance 🔲 NOT STARTED​

12.1 Unit Testing​

  • Set up Jest/Vitest
  • Write tests for llmService
  • Write tests for SessionService
  • Write tests for MCPClient
  • Write tests for Agent system
  • Achieve >80% code coverage

12.2 Integration Testing​

  • Test llm workflow modes
  • Test session switching
  • Test MCP tool execution
  • Test agent collaboration
  • Test file operations

12.3 End-to-End Testing​

  • Set up Playwright
  • Test complete user workflows
  • Test multi-session scenarios
  • Test llm chaining
  • Test error recovery

12.4 Performance Testing​

  • Measure initial load time
  • Test llm response latency
  • Test file operation performance
  • Test memory usage
  • Test concurrent operations

12.5 Security Testing​

  • Test input sanitization
  • Test XSS prevention
  • Test CSRF protection
  • Test secure storage
  • Test API authentication

Phase 13: WASM Optimization (Optional) 🔲 NOT STARTED​

13.1 Rust/WASM Setup​

  • Set up Rust project in wasm/
  • Configure wasm-pack
  • Set up wasm-bindgen
  • Configure build pipeline
  • Add WASM loading to Vite

13.2 WASM Modules​

  • Create LM Studio API client in Rust
  • Implement file system operations in WASM
  • Add JSON parsing/serialization
  • Implement text processing utilities
  • Add compression/decompression

13.3 Integration​

  • Create JS ↔ WASM bridge
  • Implement async WASM calls
  • Add error handling
  • Optimize data transfer
  • Add WASM worker threads

13.4 Performance​

  • Benchmark WASM vs JS
  • Optimize critical paths
  • Implement SIMD where applicable
  • Add parallel processing
  • Measure performance gains

Phase 14: Deployment & Documentation 🔲 NOT STARTED​

14.1 Build Optimization​

  • Optimize production build
  • Minimize bundle size
  • Implement tree shaking
  • Add compression
  • Configure CDN deployment

14.2 Docker Setup​

  • Create production Dockerfile
  • Set up docker-compose
  • Configure environment variables
  • Add health checks
  • Implement graceful shutdown

14.3 Documentation​

  • Write user guide
  • Create API documentation
  • Document extension development
  • Write deployment guide
  • Create troubleshooting guide

14.4 Developer Docs​

  • Document architecture
  • Create contribution guide
  • Write coding standards
  • Document release process
  • Create changelog template

14.5 Examples & Tutorials​

  • Create getting started tutorial
  • Write llm workflow examples
  • Document agent creation
  • Create extension examples
  • Add video tutorials

Phase 15: Advanced Features (Future) 🔲 NOT STARTED​

15.1 Plugin System​

  • Design plugin API
  • Implement plugin loader
  • Create plugin marketplace
  • Add plugin sandboxing
  • Implement plugin updates

15.2 Collaboration​

  • Add real-time collaboration
  • Implement shared sessions
  • Add user presence
  • Create chat system
  • Add conflict resolution

15.3 Cloud Sync​

  • Implement cloud storage integration
  • Add project sync
  • Create backup system
  • Add version control
  • Implement team workspaces

15.4 AI Enhancements​

  • Add more llm providers
  • Implement fine-tuning support
  • Add custom agent creation UI
  • Create agent marketplace
  • Add AI-powered search

15.5 Advanced Analytics​

  • Add usage analytics
  • Create performance dashboards
  • Implement cost tracking (for cloud llms)
  • Add model comparison metrics
  • Create productivity reports

Current Status​

✅ Completed Phases​

  • Phase 1: Foundation Setup (100%)
  • Phase 2: Core Infrastructure (100%)
  • Phase 3: theia llm Extension (Sections 3.1-3.10 complete)

🚧 In Progress​

  • Phase 3.11: V4/T2 Consolidation & Refactoring (7 tasks complete, 90+ pending)

📋 Next Up​

  • Complete Phase 3.11 (V4/T2 Consolidation)
  • Then: Phase 4: Session Management Extension

Quick Commands​

# Development (theia)
npm run theia:build              # Build theia with all extensions
npm run theia:watch              # Watch mode for development
npm run theia:start              # Start theia IDE (port 3000)

# File Monitor (Rust)
scripts/build/build-file-monitor.sh      # Build Rust file-monitor
scripts/monitor/start-file-monitor.sh    # Start monitoring daemon (use --poll on WSL2!)
scripts/monitor/stop-file-monitor.sh     # Stop monitoring daemon
tail -f .coditect/logs/events.log        # View JSON file events
tail -f .coditect/logs/trace.log         # View lifecycle logs

# MCP Server
node mcp-lmstudio/index.js      # Test MCP server

# Type Checking & Testing
npm run type-check              # TypeScript check
npm test                        # Run tests (when available)

Project Tracking​

Task Summary by Phase​

PhaseStatusTasks CompleteTasks TotalProgress
Phase 1✅ Complete19/1919100%
Phase 2✅ Complete23/2323100%
Phase 3.1-3.10✅ Complete85/8585100%
Phase 3.11🚧 In Progress7/97977%
Phase 4🔲 Not Started0/30300%
Phase 5-15🔲 Not Started0/250+250+0%

Overall Progress​

Total Tasks: ~400+ Completed: 134 ✅ In Progress (Phase 3.11): 90 🚧 Not Started: 276+ 🔲

Overall Completion: ~33%

Recent Additions (2025-10-06)​

  • ✅ V4 Integration & Reference Materials (3.9) - 18 tasks
  • ✅ Project Organization & Cleanup (3.10) - 15 tasks
  • 🚧 V4/T2 Consolidation & Refactoring (3.11) - 97 tasks (7 complete)

Notes​

  • Each checkbox represents a single, atomic task
  • Tasks are designed to be completed independently
  • Dependencies are indicated by phase ordering
  • Phase 3.11 is critical - Consolidates v4 and t2 architectures before moving to Phase 4
  • Estimated completion time: 4-8 months (full-time)
  • Prioritize completing Phase 3.11, then Phases 4-6 for MVP functionality
  • WASM optimization (Phase 13) is optional for initial release
  • V4 reference materials provide proven patterns for FDB, agents, and multi-tenant architecture

Key Milestones​

  • ✅ Milestone 1: theia IDE running (Phase 3.9) - COMPLETED
  • ✅ Milestone 2: V4 materials integrated (Phase 3.9) - COMPLETED
  • 🚧 Milestone 3: V4/T2 consolidation (Phase 3.11) - IN PROGRESS
  • 🔲 Milestone 4: Multi-session support (Phase 4) - NOT STARTED
  • 🔲 Milestone 5: Full agent system (Phase 6) - NOT STARTED
  • 🔲 Milestone 6: Production deployment (Phase 14) - NOT STARTED

Last Updated: 2025-10-06 (Added Phase 3.11: V4/T2 Consolidation)