apache/thrift
Thrift
Thrift 是一个跨语言远程过程调用（RPC）框架和数据序列化协议。它提供了一种接口定义语言（IDL）来以中立格式指定数据类型和服务接口，从而实现跨多种编程语言的客户端和服务器代码的自动化生成。
该项目作为一个多语言服务通信器，使用分层软件栈来确保互操作性通信。它专注于实现跨语言远程过程调用，并将复杂数据结构转换为标准化格式以实现高效的网络传输。
该框架包括用于管理 API 版本兼容性的功能，以支持客户端和服务器之间的非原子更新。它还提供了用于验证数据完整性并确保服务在不同语言实现中行为一致的机制。
Features
- Cross-Language RPC Frameworks - Provides a comprehensive framework for implementing remote procedure calls that operate across multiple programming languages.
- Remote Procedure Calls - Implements a remote procedure call framework that allows executing functions on remote servers as if they were local.
- API Definition Languages - Uses a shared interface definition language to specify API shapes and generate language-specific client and server code.
- Version-Tolerant Deserializers - Supports non-atomic updates by ignoring unknown fields during binary deserialization, ensuring backward and forward compatibility.
- Binary Serialization Formats - Provides a compact binary serialization format for efficient network transmission of structured data across multiple languages.
- Data Serialization Formats - Provides a set of protocols that define how data is encoded and serialized for efficient network transport.
- Language-Neutral Data Serialization - Provides language-neutral binary serialization for encoding complex data structures independently of specific programming languages.
- Cross-Language Service Communication - Enables interoperable communication between services written in different languages through shared protocols and definition languages.
- Multi-Language RPC Services - Supports the creation of RPC services across multiple programming languages using a shared framework.
- Type Mapping - Translates neutral interface definitions and binary tags into native data types across different programming languages.
- Data Serialization Formats - Implements tools for converting complex data structures into standardized formats for efficient network transmission across languages.
- IDL-Based Binding Generators - Generates serialization and deserialization code from interface definition files to automate cross-process communication.
- Interface Definition Languages - Provides a standardized interface definition language for specifying service contracts and data structures.
- Remote Service Definitions - Uses a neutral interface definition language to specify data types and services for automated code generation.
- Protocol Version Compatibilities - Supports non-atomic updates by ensuring newer versions of clients and servers can still communicate with older versions.
- Data Integrity - Includes mechanisms to ensure data remains accurate and uncorrupted throughout serialization and deserialization cycles.
- RPC Stub Generation - Automates the creation of client and server stubs for encoding and decoding procedure arguments.
- Protocol Abstraction Layers - Implements a layered architecture that decouples data transport from protocol serialization and service processing.
- Protocol-Agnostic Transport Layers - Decouples high-level service logic from underlying network transports like TCP or HTTP via modular abstractions.
- IDL Compilers - Compiles neutral interface definition files into language-specific source code to automate serialization logic.
- API Versioning Strategies - Implements architectural patterns for API versioning to maintain service stability as definitions evolve.
- Interoperability Validation - Validates that remote procedure calls behave identically across multiple language implementations.
- Language Implementation Validators - Validates that service implementations behave identically across different programming languages through integration tests.
- Network Communication - Language-independent software stack for RPC implementation.
- RPC Frameworks - Cross-language RPC framework.
- Serialization and Communication - Cross-language service development framework.
- Serialization Protocols - Cross-language RPC and data serialization framework.
