- Add signaling package with message types and structures for SFU communication.
- Implement client and server message serialization/deserialization tests.
- Enhance systemd manager to handle SFU and TURN services, including start/stop logic.
- Create TURN server configuration and main server logic with HMAC-SHA1 authentication.
- Add tests for TURN server credential generation and validation.
- Define systemd service files for SFU and TURN services.
- Added support for "degraded" deployment status in types.
- Updated health checker initialization to include process manager and node ID.
- Refactored health checker tests to accommodate new process manager functionality.
- Implemented logic to handle unhealthy deployments, including restart and failure marking.
- Enhanced deployment reconciliation to manage under-replicated scenarios.
- Updated gateway handlers and middleware to consider "degraded" status in deployment queries.
- Commented out debug logging statements in the Rqlite MCP server to prevent excessive disk writes during operation.
- Added a new PubSubAdapter method in the client for direct access to the pubsub.ClientAdapter, bypassing authentication checks for serverless functions.
- Integrated the pubsub adapter into the gateway for serverless function support.
- Implemented a new pubsub_publish host function in the serverless engine for publishing messages to topics.
- Introduced a new Rqlite MCP server implementation in `cmd/rqlite-mcp`, enabling JSON-RPC communication for database operations.
- Updated the Makefile to include the build command for the Rqlite MCP server.
- Enhanced the WebSocket PubSub client with presence capabilities, allowing members to join and leave topics with notifications.
- Implemented presence management in the gateway, including endpoints for querying current members in a topic.
- Added end-to-end tests for presence functionality, ensuring correct behavior during member join and leave events.
- Updated the serverless functions table schema to remove the version constraint for uniqueness, allowing for more flexible function definitions.
- Enhanced the serverless engine to support HTTP fetch functionality, enabling external API calls from serverless functions.
- Implemented logging capabilities for function invocations, capturing detailed logs for better debugging and monitoring.
- Improved the authentication middleware to handle public endpoints more effectively, ensuring seamless access to serverless functions.
- Added new configuration options for serverless functions, including memory limits, timeout settings, and retry parameters, to optimize performance and reliability.
- Updated the API gateway documentation to reflect changes in architecture and functionality, emphasizing its role as a multi-functional entry point for decentralized services.
- Refactored CLI commands to utilize utility functions for better code organization and maintainability.
- Introduced new utility functions for handling peer normalization, service management, and port validation, enhancing the overall CLI experience.
- Added a new production installation script to streamline the setup process for users, including detailed dry-run summaries for better visibility.
- Enhanced validation mechanisms for configuration files and swarm keys, ensuring robust error handling and user feedback during setup.
- Introduced a new `network.mdc` file containing comprehensive guidelines for utilizing the network Model Context Protocol (MCP).
- Documented available MCP tools for code understanding, skill learning, and recommended workflows to enhance developer efficiency.
- Provided detailed instructions on the collaborative skill learning process and user override commands for better interaction with the MCP.
- Introduced IPFS peer information handling for improved network discovery and configuration.
- Added validation for the 64-hex swarm key, ensuring proper input during installation.
- Updated the installer to collect and store IPFS peer details, enhancing the setup experience for private networks.
- Enhanced the production setup to configure IPFS peering for better node discovery in private environments.
- Improved documentation to reflect new IPFS-related configuration options and swarm key requirements.
- Replaced all instances of DeBros with Orama throughout the codebase, including CLI commands and configuration paths.
- Updated documentation to reflect the new naming convention and paths for configuration files.
- Removed the outdated PRODUCTION_INSTALL.md file and added new scripts for local domain setup and testing.
- Introduced a new interactive TUI installer for Orama Network, enhancing the installation experience.
- Improved logging and error handling across various components to provide clearer feedback during operations.
- Replaced all instances of DeBros with Orama throughout the codebase, including CLI commands and configuration paths.
- Updated documentation to reflect the new naming convention and paths for configuration files.
- Removed the outdated PRODUCTION_INSTALL.md file and added new scripts for local domain setup and testing.
- Introduced a new interactive TUI installer for Orama Network, enhancing the installation experience.
- Improved logging and error handling across various components to provide clearer feedback during operations.
- Eliminated the RQLite service management functions from the ProcessManager, streamlining the service startup and shutdown processes.
- Updated the Gateway to utilize a mutex for thread-safe access to the Olric client, enhancing concurrency handling.
- Refactored cache handler methods to consistently retrieve the Olric client, improving code clarity and maintainability.
- Added a reconnect loop for the Olric client to ensure resilience during connection failures, enhancing overall system reliability.
- Enhanced the DefaultPath function to remember the preferred data path for gateway.yaml, allowing for better error messaging and fallback options.
- Introduced a new function to initialize the Olric client with retry logic, improving resilience during client setup and providing clearer logging for connection attempts.
- Updated logging to provide detailed feedback on Olric client initialization attempts, enhancing troubleshooting capabilities.
- Introduced a new topology structure to manage multiple bootstrap and node configurations, allowing for a more flexible development environment.
- Updated Makefile and help commands to reflect the addition of a second bootstrap and fourth node.
- Enhanced health checks to require a minimum of three healthy nodes for RQLite and LibP2P connectivity.
- Refactored service management to dynamically handle multiple nodes and their respective configurations.
- Improved logging and configuration file generation for better clarity and maintainability.
- Added automatic setup for IPFS and IPFS Cluster during the network setup process.
- Implemented initialization of IPFS repositories and Cluster configurations for each node.
- Enhanced Makefile to support starting IPFS and Cluster daemons with improved logging.
- Introduced a new documentation guide for IPFS Cluster setup, detailing configuration and verification steps.
- Updated changelog to reflect the new features and improvements.
- Added automatic setup for IPFS and IPFS Cluster during the network setup process.
- Implemented initialization of IPFS repositories and Cluster configurations for each node.
- Enhanced Makefile to support starting IPFS and Cluster daemons with improved logging.
- Introduced a new documentation guide for IPFS Cluster setup, detailing configuration and verification steps.
- Updated changelog to reflect the new features and improvements.
- Added automatic setup for IPFS and IPFS Cluster during the network setup process.
- Implemented initialization of IPFS repositories and Cluster configurations for each node.
- Enhanced Makefile to support starting IPFS and Cluster daemons with improved logging.
- Introduced a new documentation guide for IPFS Cluster setup, detailing configuration and verification steps.
- Updated changelog to reflect the new features and improvements.
- Added Olric cache server integration, including configuration options for Olric servers and timeout settings.
- Implemented HTTP handlers for cache operations: health check, get, put, delete, and scan.
- Enhanced Makefile with commands to run the Olric server and manage its configuration.
- Updated README and setup scripts to include Olric installation and configuration instructions.
- Introduced tests for cache handlers to ensure proper functionality and error handling.
- Added Olric cache server integration, including configuration options for Olric servers and timeout settings.
- Implemented HTTP handlers for cache operations: health check, get, put, delete, and scan.
- Enhanced Makefile with commands to run the Olric server and manage its configuration.
- Updated README and setup scripts to include Olric installation and configuration instructions.
- Introduced tests for cache handlers to ensure proper functionality and error handling.
- Introduced new configuration fields for enabling HTTPS, specifying a domain name, and setting a TLS cache directory in the gateway configuration.
- Enhanced the main server logic to support HTTPS with ACME integration, including automatic HTTP to HTTPS redirection and error handling for server startup.
- Added validation for HTTPS settings to ensure proper domain and cache directory configuration.
- Implemented interactive prompts in the CLI for domain and HTTPS setup, including DNS verification and port availability checks.
- Bumped version from 0.52.15 to 0.52.16 in the Makefile.
- Added connection pool configuration with timeouts and limits in the RQLite adapter and gateway, improving database connection management.
- Added local subscriber management to the Gateway for direct message delivery to WebSocket clients.
- Introduced synchronization mechanisms to handle concurrent access to local subscribers.
- Enhanced pubsub handlers to register and unregister local subscribers, improving message delivery efficiency.
- Updated message publishing logic to prioritize local delivery before forwarding to libp2p, ensuring faster response times for local clients.
