Pingora is a framework for building networked systems and proxies 2024:
Pingora stands as an innovative framework designed for the construction of networked systems and proxies, harnessing the power of Rust—an agile and dependable programming language known for its speed and reliability. Renowned for its exceptional performance and steadfast reliability, Pingora has demonstrated its prowess by seamlessly managing over 40 million Internet requests per second over multiple years. This track record underscores Pingora's capability to provide a robust and high-performing foundation for the development of networked solutions, ensuring a resilient and efficient infrastructure for a variety of applications.
Pingora Boasts A Versatile Set Of Features Including:
- Comprehensive end-to-end proxying for HTTP 1/2, gRPC, and WebSocket protocols.
- Robust TLS support through the integration of OpenSSL or BoringSSL libraries.
- Seamless and graceful reload of both configuration and code, ensuring uninterrupted operations during updates.
- Flexible load balancing mechanisms with failover strategies, providing adaptability to varying network conditions.
- Integration capabilities with a range of observability tools, enhancing the platform's ability to monitor and analyze network performance effectively. These features collectively contribute to Pingora's strength as a dynamic and adaptable framework for building resilient and high-performance networked systems.
Some Of The Crates That Pingora Consists Of Are:
Pingora is a sophisticated framework structured around a multitude of purpose-driven crates. At its core is the "Pingora" crate, serving as the primary interface for constructing networked systems and proxies. The "Pingora-core" crate defines essential protocols and functionalities, while the "Pingora-proxy" crate implements crucial logic and APIs for constructing HTTP proxies. Other integral components include "Pingora-error" for common error types, "Pingora-HTTP" for defining HTTP header types, and SSL support provided by "Pingora-openssl" and "Pingora-boringssl" crates. Various specialized crates, such as "Pingora-ketama" for consistent hashing and "Pingora-memory-cache" for in-memory caching, contribute to Pingora's versatility. The framework is optimized for Linux systems, extending compatibility to other Unix-like systems like macOS, albeit with potential feature variations. Supporting x86_64 and aarch64 architectures, Pingora mandates a Rust version at least 6 months old, with the current Minimum Supported Rust Version (MSRV) standing at 1.72, subject to biannual updates.Info | Details |
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Software Name | Pingora framework for building networked systems, proxies |
Version | 2024 |
Password | Free |
Files Hosted By | https://latestgsmtool.blogspot.com/ |
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File Size | Only 60.4 MB |
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Synopsis:
Introducing Pingora, the cutting-edge framework tailored for constructing networked systems and proxies in 2024. With Pingora, developers gain a powerful toolkit to streamline the creation of robust, efficient network architectures. Elevate your networking projects with this innovative framework designed to meet the evolving demands of networked systems in the modern era.
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