code100x/chess
Chess
This project is a real-time multiplayer chess platform designed to host competitive matches between users. It functions as a backend service that synchronizes board states and move data across connected client devices using bidirectional network communication.
The platform distinguishes itself through an integrated competitive scoring engine that tracks player performance and updates skill rankings dynamically after each match. By combining this rating system with persistent user profiles, the platform maintains a record of individual game history and performance statistics across multiple sessions.
The system ensures game integrity and recovery through a persistent storage layer that records every move made during a match. It manages the full lifecycle of a game, from initial player connection to the final outcome, by coordinating move validation and state synchronization in response to network events.
Features
- Chess Servers - Facilitates live competitive chess matches by linking players via persistent network connections for real-time move exchange.
- WebSocket State Synchronization - Maintains real-time game state by streaming move events over persistent bidirectional WebSocket connections between the server and clients.
- ELO-Based Ranking Systems - Implements a competitive scoring engine that updates player skill rankings dynamically after each match using standard Elo algorithms.
- Competitive Rating Calculators - Updates user skill rankings dynamically after each match using a standard competitive scoring algorithm.
- Game State Persistence - Saves every move made during a match to persistent storage to ensure game integrity and allow for future recovery.
- Relational Database Persistence - Uses relational database tables to persist user profiles and historical move sequences for long-term game recovery.
- Competitive Matchmaking Systems - Calculates and updates player performance metrics dynamically after each match to maintain accurate skill levels.
- In-Memory Game States - Caches active match boards in high-speed memory to provide low-latency move validation and rapid synchronization.
- Multiplayer Game Servers - Facilitates live competitive matches by synchronizing board states and move data across multiple connected client devices.
- Collaborative State Synchronization - Synchronizes move information instantly across all clients using persistent network connections for active games.
- WebSocket Servers - Synchronizes board states and move data between connected players using low-latency bidirectional WebSocket communication.
- Event-Driven Orchestrations - Coordinates match lifecycle transitions and move validation by triggering server-side logic in response to incoming network messages.
Star history
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