Blizzard/s2client-proto
S2client Proto
s2client-proto provides a set of structured data definitions and language-neutral communication protocols used to exchange information between an external client and the StarCraft II engine. It utilizes protocol buffer definitions to establish a binary serialization schema for these data exchanges.
The project defines the underlying communication layer necessary for game engine automation, game state analysis, and the development of software agents for competitive gaming.
The framework covers interface definition languages to ensure compatibility across programming languages and employs schema-driven message mapping to translate game state identifiers into readable names. It also includes mechanisms to map abstract ability identifiers to specific internal game actions through standardized configuration files.
Features
- Game Automation Bots - Provides the underlying communication framework necessary for autonomous gameplay bots to interact with the StarCraft II environment.
- Game AI Development Protocols - Provides the standardized communication protocol required to develop software agents for StarCraft II.
- Binary Serialization Formats - Implements a binary serialization format using Protocol Buffers to encode complex game data for efficient real-time communication.
- Game Automation APIs - Defines programmatic interfaces for controlling game clients and executing actions through structured data exchange.
- Game Engine Communication Protocols - Implements the structured data definitions used to facilitate communication between an external client and the StarCraft II engine.
- Interface Definition Languages - Uses an interface definition language to establish a strict contract for API requests and responses across different programming languages.
- Protocol-Based API Definitions - Provides the protocol-based API definitions used to communicate between an external client and the game engine.
- Protocol Buffer Definitions - Defines structured data formats using Protocol Buffers to specify the types and maps exchanged between the client and engine.
- Game State Identifier Mappings - Translates raw game state identifiers into human-readable names using predefined mapping files.
- Game Replay Analysis - Enables the extraction and analysis of behavioral data from recorded game sessions to study AI performance.
- Stateless Architectures - Employs a stateless architecture for communicating game events and agent actions as discrete packets.
- Ability-to-Action Mappings - Connects abstract ability identifiers to specific internal game actions via standardized configuration files.
