Awesome GitHub RepositoriesArray Serialization

Blazor is a .NET framework for building interactive web user interfaces using C# instead of JavaScript. It provides a component-based UI composition model where reusable, self-contained UI elements are built with C# logic and Razor markup, supporting nesting, parameters, and lifecycle events. The framework offers two primary rendering models: a client-side runtime that compiles C# to WebAssembly and executes directly in the browser, and a server-side model that renders UI on the server and sends incremental DOM updates over a persistent SignalR connection. A central capability of Blazor is it

MessagePack is a binary object serialization library and a cross-platform data exchange format. It serves as a binary alternative to JSON, converting structured data into a space-efficient binary representation for network transmission and storage. The system provides a standardized format for swapping complex data types across different programming languages and architectures. It allows for the definition of custom data type encoding by pairing application-specific information with specialized serialization markers. The library handles the encoding and decoding of diverse data types, includ

MessagePack-CSharp is a high-performance binary serialization library for .NET applications that converts object graphs into the MessagePack format. It functions as a C# data serialization toolkit and a polymorphic binary encoder capable of handling abstract classes and interfaces using union keys to identify concrete derived types. The library provides a binary format transcoder to transform binary data into human-readable JSON for debugging. It supports ahead-of-time formatter generation to avoid runtime overhead and implements LZ4 binary compression to reduce the size of serialized data.

Fury es un framework de serialización binaria multilenguaje diseñado para codificar objetos de dominio y grafos complejos para facilitar el intercambio de datos entre lenguajes. Incluye un compilador de lenguaje de definición de interfaz (IDL) que traduce definiciones de esquemas a tipos nativos idiomáticos y código repetitivo de serialización en múltiples lenguajes. El proyecto se distingue por un lector binario de copia cero (zero-copy) que permite acceder a campos específicos sin deserializar todo el objeto, así como un serializador de grafos de objetos que preserva las referencias circulares y la integridad referencial. También cuenta con un convertidor de datos que transforma datos binarios basados en filas a formatos columnares de Apache Arrow para cargas de trabajo analíticas. El framework cubre amplias áreas de capacidad, incluyendo la evolución de esquemas basada en metadatos para compatibilidad hacia adelante y hacia atrás, un proceso de compilación AOT en tiempo de construcción para eliminar la reflexión en tiempo de ejecución y la deserialización segura mediante validación de tipos basada en listas blancas. Además, proporciona integración para llamadas a procedimientos remotos de alto rendimiento a través de gRPC.

Fory is a cross-language serialization framework and binary data serializer designed to convert complex object graphs into a compact binary format for high-performance data exchange. It includes an IDL-based schema compiler to transform interface definition language files into type-safe native data models and a schema evolution manager to maintain forward and backward compatibility. The project features a zero-copy data access layer that allows reading specific fields from binary rows without deserializing the entire object. It supports dual-mode serialization, enabling a toggle between a por

msgspec is a high-performance data modeling, serialization, and schema validation toolkit for Python. It serves as a type-safe serialization framework that integrates schema enforcement and data parsing into a single pass, functioning as both a data serialization library and a schema validation system based on standard Python type annotations. The project distinguishes itself through high-performance structural primitives, including compilation-based routine generation and zero-copy buffer parsing. It optimizes memory usage via garbage collection-aware layouts and reduces processing overhead