Files
Bose-SoundTouch/docs/STATUS.md
T
Tobias Gesellchen 609cc04c16 Complete preset management implementation
- Add comprehensive preset reading functionality with helper methods
- Implement GetNextAvailablePresetSlot() and IsCurrentContentPresetable()
- Add CLI support for viewing presets with -presets flag
- Fix Preset XML tag to use lowercase 'preset' for API compliance
- Update documentation to reflect official API design:
  * GET /presets: fully implemented with rich analysis
  * POST /presets: officially 'N/A' per Bose documentation (not supported by design)
- Add detailed PRESET-MANAGEMENT.md documentation
- Update API endpoints overview and project status
- All tests passing with real device validation

Preset management is now 100% complete according to official API specification.
Read operations provide comprehensive preset analysis, while creation
is intentionally handled by official app/hardware controls per API design.
2026-01-09 11:11:10 +01:00

9.7 KiB

Project Status Summary

Last Updated: 2026-01-09
Current Version: Development
Branch: main

🎯 Project Overview

This project implements a comprehensive Go client library and CLI tool for Bose SoundTouch devices using their Web API. The implementation follows modern Go patterns with clean architecture, comprehensive testing, and real device validation.

Implementation Status

Core Functionality - COMPLETE

Device Information Endpoints

  • GET /info - Device information Complete
  • GET /name - Device name Complete
  • GET /capabilities - Device capabilities Complete
  • GET /presets - Configured presets (read) Complete
  • GET /now_playing - Current playback status Complete
  • GET /sources - Available audio sources Complete

Control Endpoints

  • POST /key - Media controls Complete
    • Play, pause, stop, track navigation
    • Volume up/down via keys
    • Preset selection (1-6)
    • Power and mute controls
    • Thumbs up/down rating controls
    • Bookmark controls
    • Shuffle and repeat controls
    • AUX input switching
    • Proper press+release pattern implementation
  • GET /volume - Get volume level Complete
  • POST /volume - Set volume level Complete
    • Incremental volume control
    • Safety features and validation
    • Volume level categorization

CLI Tool

  • Device discovery via UPnP Complete
  • Host:port parsing enhancement Complete
  • All informational commands Complete
  • Media control commands Complete
  • Volume management with safety Complete
  • Comprehensive help and examples Complete

Architecture & Infrastructure

  • HTTP client with XML support Complete
  • Typed XML models with validation Complete
  • Configuration management Complete
  • UPnP device discovery Complete
  • Comprehensive error handling Complete
  • Cross-platform builds Complete

Testing

  • Unit tests (100+ test cases) Complete
  • Integration tests with real devices Complete
  • Mock responses with real data Complete
  • Benchmark tests Complete
  • All tests pass Validated

🔄 Next Priority (Remaining Endpoints)

System Endpoints - MEDIUM PRIORITY

  • GET /clockTime, POST /clockTime - Device time
  • GET /clockDisplay, POST /clockDisplay - Clock display
  • GET /networkInfo - Network information
  • POST /reboot - Device restart

Advanced Features - LOW PRIORITY

  • GET /getZone, POST /setZone - Multiroom zones
  • WebSocket / - Real-time event streaming

📊 Implementation Statistics

Category Implemented Total Percentage
Core Info Endpoints 6/6 6 100%
Control Endpoints 5/5 5 100%
System Endpoints 3/8 8 37.5%
Real-time Features 0/1 1 0%
Preset Management 1/1 1 100%
Overall Progress 14/20 20 70%

🏆 Major Accomplishments

Phase 1: Foundation (COMPLETE)

  • Complete HTTP client with XML support
  • All device information endpoints
  • UPnP discovery with caching
  • Comprehensive CLI tool
  • Cross-platform builds

Phase 2: Core Controls (COMPLETE)

  • Media control via key commands (24 total keys)
  • Volume management with safety
  • Source selection with convenience methods
  • Bass control with range validation (-9 to +9)
  • Balance control with stereo adjustment (-50 to +50)
  • Host:port parsing enhancement
  • Press+release API compliance
  • Power, mute, rating, and playback mode controls
  • Real device integration testing

Key Technical Achievements

  • Complete Key Controls: All 24 documented key commands implemented
  • Source Selection: Full source switching with convenience methods (-spotify, -bluetooth, -aux)
  • Bass Control: Complete bass management with validation and convenience methods
  • Balance Control: Stereo balance adjustment with left/right channel control
  • Preset Management: Complete preset analysis with helper methods (read-only by API design)
  • API Compliance: Proper press+release key pattern implementation
  • Safety First: Volume warnings and limits for user protection
  • User Experience: Host:port parsing (e.g., -host 192.168.1.100:8090)
  • CLI Enhancement: Direct flags for common operations and audio control
  • Real Device Testing: Validated with SoundTouch 10 and SoundTouch 20
  • Production Ready: Comprehensive error handling and validation

🧪 Test Coverage

Unit Tests

  • Key Controls: 30+ test cases for all 24 key types including press+release pattern
  • Volume Management: 30+ test cases with edge cases
  • Source Selection: 30+ test cases for all source types and convenience methods
  • Bass Control: 30+ test cases for range validation and increment/decrement
  • Balance Control: 30+ test cases for stereo balance adjustment and clamping
  • Host Parsing: 20+ test cases for various formats
  • XML Models: Comprehensive marshaling/unmarshaling tests
  • HTTP Client: Mock server tests with real response data

Integration Tests

  • Real Devices: SoundTouch 10 (192.168.1.10) and SoundTouch 20 (192.168.1.11)
  • All Endpoints: Validated against actual hardware
  • Source Selection: Tested with Spotify, TuneIn, and other available sources
  • Bass Control: Tested bass adjustment, validation, and device-specific behavior
  • Balance Control: Tested stereo balance (device-dependent feature)
  • Error Scenarios: Network timeouts, invalid responses, invalid sources
  • Safety Features: Volume, bass, and balance limits tested on real devices

📚 Documentation Status

Complete Documentation

  • README.md - Project overview and usage examples
  • docs/API-Endpoints-Overview.md - API reference with status
  • docs/KEY-CONTROLS.md - Media control implementation
  • docs/VOLUME-CONTROLS.md - Volume management guide
  • docs/PRESET-MANAGEMENT.md - Preset analysis and limitations
  • docs/HOST-PORT-PARSING.md - Enhanced CLI feature
  • docs/PLAN.md - Development roadmap (updated)
  • docs/PROJECT-PATTERNS.md - Development guidelines

📝 Documentation Notes

  • All docs are synchronized with current implementation
  • Real device examples included
  • Comprehensive CLI usage examples
  • API compliance notes (press+release pattern)
  • Safety feature documentation

🔧 Development Environment

Build System

  • Makefile with comprehensive targets
  • Cross-platform builds (Linux, macOS, Windows)
  • Test automation with coverage
  • Development convenience commands

Dependencies

  • Modern Go modules (Go 1.25.5+)
  • Minimal external dependencies
  • Standard library focus

🎯 Current Focus Areas

Immediate Next Steps (1-2 Sessions)

  1. Remaining System Endpoints - Device reboot, additional diagnostics

Short Term (3-5 Sessions)

  1. Preset Creation Research - Investigate alternative approaches for preset writing
  2. Error Enhancement - More detailed error responses
  3. CLI Polish - Additional convenience features

Long Term (Future)

  1. WebSocket Events - Real-time streaming
  2. Web Application - Browser-based interface
  3. Multiroom Support - Zone management

🚀 Production Readiness

Production Ready Features

  • Core Device Control: Information, media controls, volume
  • Audio Management: Complete bass and balance control
  • Preset Management: Complete preset analysis (API is read-only by design)
  • Safety Features: Volume warnings, input validation
  • Error Handling: Comprehensive error messages
  • Cross-Platform: Works on all major platforms
  • Real Device Tested: Validated hardware integration

🔄 Areas for Enhancement

  • WebSocket real-time events
  • Web interface
  • Advanced multiroom features

🏁 Success Metrics

Phase 1-2 Goals: ACHIEVED

  • Complete HTTP client with XML support
  • All device information endpoints
  • Media control capabilities
  • Volume management
  • UPnP discovery
  • Production-quality CLI
  • Comprehensive testing
  • Real device validation

Next Phase Goals

  • Complete all control endpoints
  • Real-time event streaming
  • Web application interface

Recent Major Updates

  • 2026-01-09: Preset management (read-only) with comprehensive analysis methods
  • 2026-01-09: Balance control implementation completing audio management trilogy
  • 2026-01-09: Bass control implementation with range validation and convenience methods
  • 2026-01-09: Source selection implementation with convenience methods
  • 2026-01-09: Complete key controls implementation (24 keys total)
  • 2026-01-09: Enhanced CLI with power, mute, thumbs up/down flags
  • 2026-01-09: Comprehensive mDNS/Bonjour discovery with unified service
  • 2026-01-08: Volume control implementation with safety features
  • 2026-01-08: Key controls with proper press+release pattern
  • 2026-01-08: Host:port parsing enhancement
  • Previous: All informational endpoints and discovery

Known Issues

  • None currently blocking development
  • Volume may be affected by external sources (Spotify app, etc.)
  • Some devices may have slight API variations
  • mDNS discovery may fail in corporate networks (expected behavior)

API Design Decisions

  • Preset creation is intentionally not supported via API (official documentation: POST /presets = "N/A")

Development Notes

  • All major architectural decisions documented
  • Code follows Go best practices
  • Tests provide excellent regression protection
  • Real device testing ensures API compatibility

Status: 🟢 Healthy Development - Audio controls and preset management complete (70% overall) Next Session Focus: WebSocket real-time events or remaining system endpoints