Understanding Nginx's location matching order is essential for efficient request handling, and this guide explains exact, longest-string, regex, prefix, and default matches with code examples and best-practice recommendations to optimize performance and reliability of your web server.
This article explains the Nginx location matching hierarchy—including exact, longest‑prefix, regex, ^~, and default matches—illustrates each rule with configuration examples, and offers practical recommendations for writing efficient and reliable server blocks.
This article explains the architecture of a microservice‑centric API gateway, covering its overall placement, request dispatch, conditional routing, API management, rate‑limiting, circuit‑breaking, security policies, monitoring, tracing, and future improvement directions.
This article details the architecture, core functions, and implementation techniques of a reactive, RxNetty‑based API gateway that handles request dispatch, conditional routing, API management, rate limiting, circuit breaking, security policies, and monitoring within a microservices ecosystem.
This article details the architecture, core functions, and implementation techniques of a reactive API gateway built with RxNetty, covering request dispatch, conditional routing, API management, rate limiting, security policies, monitoring, and future optimization directions within a microservices environment.
This article outlines the design and implementation of a high‑performance, reactive API gateway built on RxNetty, detailing its overall architecture, request routing, conditional routing, API management, rate‑limiting, circuit breaking, security policies, monitoring, tracing, and future enhancements within a microservices ecosystem.
This article details the architecture and implementation of a high‑concurrency API gateway built on RxNetty, covering request routing, conditional routing, API management, rate limiting, circuit breaking, security policies, monitoring, tracing, and future enhancements within a microservices environment.
