davyxu/cellnet

Features

• Peer Connection Management - Manages the full lifecycle of network connections across multiple protocols with automatic reconnection and graceful restarts.
• Peer-to-Peer Networking Libraries - Implements a comprehensive networking library for managing bidirectional peer-to-peer connections across TCP, UDP, and WebSockets.
• Binary Serialization Codecs - Provides a pluggable system of binary serialization codecs for translating structured messages into raw byte arrays for network transmission.
• Protocol Serialization Encoders - Supports the use of multiple encoding schemes within a single session for network message serialization.
• Data Serialization Codecs - Implements a pluggable codec system allowing multiple serialization formats to be used for different peers simultaneously.
• Message Queues - Assigns incoming socket messages to specific queues to control concurrency and distribute logic across multiple threads.
• Binary Data Encoding - Transforms data into compact binary formats for network transmission using a flexible encoder system.
• Custom Network Protocols - Provides a framework for defining specialized packet formats and serialization codecs for custom communication rules.
• Distributed Systems and Peer-to-Peer - Provides a framework for decentralized data exchange and coordination between peers in a distributed system.
• General Network Listeners - Accepts multiple network connections from remote peers on a specified address using a dedicated listener.
• In-Process Message Routing - Routes incoming data through in-process execution models to handle concurrency and shared state without manual locking.
• Message Encoders and Decoders - Provides a system to define and register new data serialization formats for network communication.
• Message Routing - Implements a handler-based system for directing network packets across diverse communication channels.
• Multi-Protocol Connection Managers - Maintains network sessions with automatic reconnection and timeout logic across TCP, UDP, and WebSockets using a unified interface.
• Network Message Transmission - Provides mechanisms to transmit data packets to connected peers using a codec for structured message encoding.
• Networking Frameworks - Provides a unified Go-based toolkit for building distributed systems using multiple transport protocols.
• Multi-Protocol Transport Abstraction - Standardizes message exchange through an abstraction layer that works across TCP, UDP, and WebSockets.
• Outbound Connection Dialing - Provides primitives for initiating outbound connections to remote peers across various transport protocols.
• Peer-to-Peer Messaging - Enables direct communication and broadcasting of data packets between connected peers in a P2P network.
• Remote Procedure Call Frameworks - Provides a high-performance binary RPC framework for transmitting requests and receiving responses across the network.
• Remote Procedure Calls - Provides a remote procedure call mechanism for invoking functions on remote peers using a standardized binary protocol.
• Synchronous and Asynchronous RPC - Enables remote function execution using both synchronous requests for immediate retrieval and asynchronous calls for non-blocking logic.
• Asynchronous Event Queueing - Dispatches network events and callbacks through a centralized queue to maintain a logical execution order.
• Queue-Based Dispatchers - Ships an asynchronous event dispatcher that processes network callbacks through a sequential queue to ensure thread safety.
• Data Serialization Formats - Serializes and deserializes messages using binary or text formats to ensure consistent data exchange.
• Transport-Agnostic Interfaces - Provides a transport-agnostic interface that wraps TCP, UDP, and WebSockets into a unified abstraction for message exchange.
• Handler-Based Routing - Implements a handler-based routing system that directs incoming packets to specific logic blocks using unique message IDs.
• Binary Packet Parsing - Implements binary packet parsing using length-prefix and message identifiers to resolve fragmentation and identify payload types.
• Messaging Queues - Implements thread-safe message queues that block receiving processes until data is available.
• Asynchronous Task Schedulers - Manages timed events and asynchronous logic through a centralized event queue and dispatcher.
• Automatic Reconnection - Automatically restores dropped or failed network connections after a configurable duration.
• Websocket Connection Managers - Provides a WebSocket connection manager for peer-to-peer networking with session access, upgrades, and automated reconnection.
• Messaging Protocol Translation - Converts diverse wire-format encodings into unified internal structures to simplify communication with different servers.
• Custom Transport Protocols - Allows the implementation of custom transport protocols by wrapping third-party libraries into a unified interface.
• Direct UDP Peer Links - Establishes direct peer-to-peer network sessions over UDP with time-to-live settings to control session lifespans.
• Concurrency-Managed Message Queues - Routes incoming messages through asynchronous or concurrent queues to manage state and locking efficiently.
• Peer Connection Managers - Manages TCP peer connection pools with configurable buffer sizes and timeout logic to facilitate stable communication.
• Session Lifecycle Tracking - Monitors connection events like initialization and closure to react to changes in peer state.
• Packet Processing Frameworks - Offers a programmable framework for defining custom packet processing and protocol encapsulation between business and transport layers.
• Reconnection Scheduling - Controls the interval at which a disconnected peer attempts to re-establish a network link.
• Transport Layer Customizations - Allows customization of peers and codecs to integrate non-standard transport layers or specialized data formats.
• Connection Timeout Management - Sets read and write deadlines on sockets to ensure stale connections are closed and resources are recovered.
• Asynchronous Event Dispatchers - Processes network callbacks through a sequential execution model and task queue to ensure thread safety and concurrency.
• Asynchronous Task Processing - Queues function callbacks for execution in background workers to maintain system responsiveness.
• Message Type Registrations - Associates message types with unique IDs and codecs to enable consistent serialization and routing across the network.
• Network Traffic Logging - Captures and records individual fields of sent and received messages for debugging and auditing.
• Message Identifier Generators - Provides tools to generate source files that bind messages to a codec system for automatic network recognition.
• Endpoint Health Monitoring - Verifies if network endpoints are ready for communication and captures IO-level errors to maintain stability.
• Network Lifecycle Events - Processes internal system notifications like connection successes and session closures using a unified message mechanism.
• Game Server Frameworks - Event-driven game server framework for Go.

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