focus-creative-games/luban
Luban
Luban es una cadena de herramientas de configuración de juegos diseñada para convertir datos basados en hojas de cálculo en formatos binarios optimizados y código fuente con tipado fuerte para múltiples lenguajes. Funciona como una suite integral para la validación de configuración, pipelines de serialización de datos y generación de código para asegurar la consistencia de los datos en diferentes plataformas.
El sistema cuenta con un generador de código multilenguaje que produce clases de datos fuertemente tipadas a partir de esquemas, eliminando la necesidad de reflexión. Incluye un gestor de localización para exportar texto traducido y activos con parches específicos de la configuración regional, y un pipeline de serialización que transforma archivos fuente estructurados en binarios para una transferencia de red eficiente.
La cadena de herramientas proporciona un motor de validación de configuración para realizar comprobaciones de integridad referencial y verificación de rutas de recursos. Además, soporta el modelado de datos complejo a través de un sistema de tipos orientado a objetos que permite la herencia de datos y estructuras anidadas dentro de los archivos de configuración.
Features
- Schema-Driven Code Generators - Produces type-safe data classes in multiple languages by parsing predefined configuration schemas.
- Configuration Toolchains - Provides a comprehensive toolchain to convert spreadsheet game data into optimized binaries and type-safe source code.
- Game Data Validation - Checks referential integrity and resource paths in configuration files to prevent runtime crashes and data errors.
- Game Localization Systems - Implements a framework for managing and exporting translated text and assets with locale-specific patching for global audiences.
- Referential Integrity Constraints - Enforces referential integrity and cross-table consistency to prevent runtime null pointers or missing assets.
- Type-Safe Data Class Generation - Creates strongly-typed data classes in multiple programming languages to avoid reflection and ensure compile-time safety.
- Game Configuration Toolchains - Defines game data in spreadsheets and converts it into optimized binary or text formats for runtime use.
- Source-to-Runtime Asset Conversion - Transforms raw source files into platform-optimized binary formats for runtime use in game engines.
- Spreadsheet-Based Schema Definitions - Allows specifying field names, types, and target platforms for configuration data using spreadsheet definitions.
- Message Serialization Protocols - Provides binary protocols for efficient data transmission between game clients and servers.
- Cross-Platform State Serialization - Implements serialization standards that ensure game data is interpreted identically across different programming languages and platforms.
- Configuration Validation - Verifies that required configuration keys, values, and referential paths are present and valid.
- Data Transformation Pipelines - Transforms raw source files into optimized binaries through a multi-stage pipeline of parsing, validation, and serialization.
- Multi-Language Code Generators - Generates source code for a variety of target languages from a single configuration specification.
- Serialization Pipelines - Implements a modular pipeline for encoding structured source files into binaries for efficient network transfer.
- Configuration Integrity Verification - Performs automated validation of configuration logic and referential integrity to prevent runtime errors.
- Behavioral Data Modeling - Models intricate data and behavior systems using a type system supporting inheritance and deep nesting.
- Locale-Aware Asset Mapping - Organizes and exports translated text and assets based on regional identifiers and locale-specific patching rules.
- Localized Asset Management - Manages and exports translated text and assets for multiple regions to handle global game content.
- Text Content Localization - Manages and exports translated text and assets for multiple languages and regions in game development.
- Static Configuration Models - Implements data inheritance and nested structures to model complex game behaviors within static configuration files.
