Brummer MCP Server

# Brummer Development Roadmap This document provides a comprehensive roadmap for Brummer development, consolidating all planned features and enhancements. ## Current Status - **Version**: Development Phase - **Core Features**: ✅ Complete (Process Management, Hub, Proxy, MCP Integration) - **AI Coders**: 🚧 In Progress (Core infrastructure complete, PTY integration done) - **Test Management**: 📋 Planned (New feature) --- ## Phase 1: Test Management System 🧪 *Priority: High | Timeline: Next sprint* ### Overview Comprehensive test management with minimal context bloat for AI agents and developers. ### Core Features #### 1.1 Test Tab & UI - **Test View**: New TUI tab for test management and results - **Keyboard Shortcuts**: - `t` key: Switch to test view - `r` key: Run tests in current project - `R` key: Run specific test file/pattern - `c` key: Clear test results - **Real-time Updates**: Live test execution status - **Minimal Display**: Only show failures and summary by default #### 1.2 Test Runner Integration - **Multi-framework Support**: Jest, Vitest, Go test, pytest, etc. - **Auto-detection**: Automatically detect test framework and configuration - **Parallel Execution**: Run tests in parallel where possible - **Watch Mode**: Continuous testing with file watching #### 1.3 Test Results View - **Compact Success**: `✅ 23 tests passed` (single line) - **Detailed Failures**: Full error context for failed tests - **Performance Metrics**: Test duration, slow tests highlighted - **Coverage Integration**: Optional code coverage display #### 1.4 MCP Tools for Test Management ```yaml Tools: - test_run: Execute tests with optional patterns/files - test_status: Get current test results summary - test_failures: Get detailed failure information - test_coverage: Get code coverage data - test_watch: Start/stop watch mode - test_clear: Clear test result history ``` #### 1.5 AI Agent Integration - **Event System**: Automatic test notifications on failures - **Context Optimization**: - Passing tests: Only count/summary - Failing tests: Full stack trace and context - Changed files: Relevant test results only - **Smart Filtering**: Show only tests related to recent changes --- ## Phase 2: Enhanced Browser Automation 🌐 *Priority: High | Timeline: After Phase 1* ### 2.1 Session Management - **Session ID Enforcement**: Require sessionId for browser tools - **Session Isolation**: Prevent commands from affecting unintended tabs - **Session Recovery**: Reconnect to existing browser sessions ### 2.2 Streaming REPL - **Long-running Scripts**: Support for continuous JavaScript execution - **Real-time Output**: Stream results back as they're generated - **Event Monitoring**: Set up real-time listeners for DOM events ### 2.3 Dynamic Event Listeners - **Runtime Event Binding**: Add event listeners via CSS selectors - **Event Data Streaming**: Real-time event data to MCP clients - **Interactive Debugging**: Click, hover, form interactions --- ## Phase 3: AI Coders Enhancement 🤖 *Priority: Medium | Timeline: Q2 2025* ### 3.1 Multi-AI Collaboration - **Parallel AI Sessions**: Multiple AI coders on different features - **Coordination Protocol**: AI-to-AI communication for shared tasks - **Conflict Resolution**: Handle overlapping changes gracefully ### 3.2 Knowledge Persistence - **Session Memory**: Maintain context across detach/reattach cycles - **Project Knowledge**: Build up understanding of codebase over time - **Learning Integration**: Remember successful patterns and approaches ### 3.3 Custom Tools Integration - **Tool Marketplace**: Extensible tool system for AI agents - **Domain-specific Tools**: Specialized tools for different tech stacks - **API Integration**: Connect AI coders to external services --- ## Phase 4: Environment & Configuration Management 🔧 *Priority: Medium | Timeline: Q2-Q3 2025* ### 4.1 Environment Variable Management - **Multi-format Support**: .env, .env.local, .env.development, etc. - **TUI Environment View**: Browse and edit environment variables - **Precedence Visualization**: Show merged values and their sources - **Secrets Management**: Encrypted environment variables - **AI Integration**: Suggest appropriate environment configurations ### 4.2 Advanced Configuration - **Project Profiles**: Different configurations for different environments - **Configuration Validation**: Ensure required variables are set - **Template System**: Reusable configuration templates --- ## Phase 5: Advanced Process Communication 📡 *Priority: Low | Timeline: Q3 2025* ### 5.1 Interactive Process Messaging - **Direct Process Communication**: Send messages to running processes - **Request-Response Loop**: Interactive debugging without leaving TUI - **Structured Messaging**: JSON and free-form message support ### 5.2 Enhanced Browser-to-TUI Communication - **Developer Console Integration**: `brummer.log()` function in browser - **Rich Context Injection**: Send structured data from browser to logs - **Priority-based Messaging**: Different message types and priorities --- ## Phase 6: Developer Experience 👨‍💻 *Priority: Low | Timeline: Q4 2025* ### 6.1 Team Collaboration - **Session Sharing**: Share AI coder sessions with team members - **Collaborative Debugging**: Multiple developers on same session - **Activity Feeds**: See what team members are working on ### 6.2 Integration Ecosystem - **IDE Plugins**: VS Code, JetBrains integrations - **CI/CD Integration**: GitHub Actions, GitLab CI support - **Monitoring Integration**: Connect to APM and logging services --- ## Technical Architecture Goals ### Performance - **Sub-second Response**: All UI interactions under 1 second - **Memory Efficiency**: Limit memory usage, cleanup old data - **Concurrent Safety**: All operations thread-safe and race-free ### Reliability - **Graceful Degradation**: System continues working when components fail - **Error Recovery**: Automatic recovery from transient failures - **State Persistence**: Maintain state across restarts ### Extensibility - **Plugin Architecture**: Allow third-party extensions - **API Stability**: Maintain backward compatibility - **Configuration Flexibility**: Support diverse development workflows --- ## Implementation Priorities ### Immediate (Next Sprint) 1. **Test Management System** - Core functionality 2. **Test MCP Tools** - API for external integrations 3. **Test View UI** - TUI implementation ### Short Term (2-3 months) 1. **Browser Session Management** - Enhanced automation 2. **AI Coder Multi-session** - Parallel AI development 3. **Environment Variable Management** - Configuration tools ### Long Term (6+ months) 1. **Team Collaboration Features** - Multi-developer support 2. **Advanced Process Communication** - Deep integration 3. **Plugin Ecosystem** - Third-party extensions --- ## Success Metrics ### Developer Productivity - **Test Feedback Time**: < 5 seconds for simple tests - **Debugging Efficiency**: Reduce debugging time by 40% - **Context Switching**: Minimize tool switching during development ### AI Agent Effectiveness - **Context Efficiency**: 90% reduction in irrelevant test context - **Failure Resolution**: AI agents can resolve 70% of test failures - **Learning Speed**: AI coders adapt to project patterns quickly ### System Performance - **Response Time**: 95th percentile under 2 seconds - **Memory Usage**: < 100MB for typical development session - **Reliability**: 99.9% uptime for local development sessions --- ## Migration & Compatibility ### Backward Compatibility - All existing MCP tools remain functional - Configuration files maintain compatibility - Existing workflows continue unchanged ### Migration Path - Gradual feature rollout with feature flags - Optional adoption of new features - Comprehensive documentation and examples ### Deprecation Policy - 6-month notice for deprecated features - Migration tools for breaking changes - Semantic versioning for releases