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This article describes how OpenResty is used in practice, OpenResty database encapsulation, OpenResty web framework, and other issues.

Minimum examples of how to run an API gateway via NGINX configuration and initialization, matching routes and plugins, loading plugins, and writing plugins are introduced.

The technical selection of the API Gateway's four core components: storage, routing, schema, and plugins, are introduced respectively.

This article introduces the role, core components, and concepts of microservice API gateway.

This article explains dynamic loading, blocking operations, NYI, dynamic upstream, and caching of shared dictionaries.

Let's learn the commonly used Lua Resty libraries in OpenResty: `lua-resty-ngxvar`, `lua-rapidjson`, and `lua-resty-worker-events`.

Openresty enables FaaS, Edge Computing, Dynamic Upstream, and more with the dynamic features provided by LuaJIT

Let's learn how to use the implementation of `limit-req`, `limit-count`, `limit-conn`, and `limit.traffic` in `lua-resty-limit-traffic` and conduct rate limiting with them.

This article explains how to use the leaky bucket and the token bucket algorithms in NGINX and OpenResty to solve bursty traffic.

This article introduces the implementation principles and usage of two cache encapsulation libraries `lua-resty-memcached-shdict` and `lua-resty-mlcache`

We can use active update cache, lua-resty-lock, lua-resty-shcache, and NGINX directives to resolve cache stampedes in NGINX, OpenResty.

The systemtap-based wrapped toolsets: systemtap-toolkit and stapxx can be used to solve problems for real-time analysis and diagnosis of NGINX and OpenResty.

This article introduces you to the usage scenarios, usage, and implementation principles of both `shared dict` and `lru` cache in Openresty.

This article describes how to debug in OpenResty using breakpoints and print logs, Binary Search Algorithm and Comment, dynamic debugging, flame graph, etc.

OpenResty style guide contains general rules about "how to write" OpenResty, Lua, NGINX code

In openresty, table has a significant impact on performance. This article describes how to optimize performance by manually maintaining subscripts, reusing table, and tabelpool.

This article introduces the optimization techniques to be followed in OpenResty: processing requests short, simple, and fast and avoiding intermediate data.

Avoid using blocking I/O operations in OpenResty as they affect performance. Some often misused operations are: executing external commands, handling disk I/O and using lusockets

This article describes how to build a test network environment, test::nginx support for SSL, DSL, and the `ab` tool.

This article describes the features of the performance testing tool `wrk` and how to use it for efficient and accurate performance testing

test::nginx has features such as preprocessor, custom functions, shuffle, reindex

This article describes how to use test::nginx to send requests and handle responses in a test case.

test::nginx is a DSL used for TDD in OpenResty, and can be used for NGINX, HTTP testing

The NGINX + Lua (OpenResty) FAQ answers questions about privileged process permissions, phasing and debugging, the practice of ngx.exit, variables, and race condition.

OpenResty is easy to implement Memcached Server using the stream module provided by NGINX, which can handle layer 4 of traffic.

This article will introduce you to the use of OpenResty common APIs for time manipulation, regular expressions, and other common issues.

Explore OpenResty's advanced features like timer tasks, privileged processes, and non-blocking ngx.pipe for optimized NGINX performance and maintenance.

The cosocket is the basis of various lua-resty-* non-blocking libraries. This article introduces the basic concepts and common APIs of cosocket.

shared dict is an important data structure in NGINX and OpenResty.

OpenResty is the enhanced NGINX with dynamic requests and responses, and this article explains the APIs for manipulating Request and Response in OpenResty.

OpenResty not only provides detailed documentation with API parameters, return value typing, and sample codes but also is tested thoroughly with test cases.

OpenResty is built with NGINX and LuaJIT, getting started from here to learn its basic concepts and how it works.

Some Q&A about OpenResty, API Gateway, and Lua.

Explore unique Lua concepts and common pitfalls in OpenResty, enhancing your coding skills with practical examples and tips.

Explore Lua's unique data structure, the table, and its metatable functionalities, guiding you through efficient usage and best practices.

LuaJIT has several not yet implemented (LuaJIT NYI) features, learn them well to write high performance Lua codes.

The lua-resty-core is a new FFI-based API for lua-nginx-module, which provides higher performance. Learn more from this post.

LuaJIT is a Just-In-Time Compiler (JIT) for the Lua programming language, what makes LuaJIT faster than Lua? What's the difference between them?

Lua is a lightweight and high-level programming language designed primarily for embedded use in applications. Getting started with Lua from here!

Nginx provides the Master-Worker model and request execution phases. By reading this post, you can better grasp the basics of Nginx.

We can use OPM or LuaRocks to manage OpenResty third-party packages. Learn more by reading this article.

This post introduces OpenResty's directory structure and related tools, such as NGINX C Modules, test-nginx, lua-resty projects, and more.

Follow this post to implement Hello World in OpenResty!

What is OpenResty and why is OpenResty used by so many companies nowadays? Read this post to learn its dynamic and non-blocking feature.