The config shell file for a module defines how it is built, and its format is different for dynamic modules than for modules being built statically into an NGINX Open Source binary. Obtain the source for the ‘Hello World’ NGINX module from GitHub: $ git clone Nginx version: nginx/1.11.5 (nginx-plus-r11)ĭownload the corresponding NGINX Open Source package at /download: $ wget Step 1: Obtain the NGINX Open Source Releaseĭetermine the NGINX Open Source version that corresponds to your NGINX Plus installation. The “Hello World” module implements a simple directive ( hello_world) that responds to requests with a simple message. This example uses a simple Hello World module to show how to update the source for a module and load it into NGINX Plus. so file) into NGINX Plus and use it as if it were a built‑in module Load the resulting dynamic module (the.Build the dynamic module against the NGINX Open Source release, with the -with-compat argument to the configure command.Obtain the module sources and change the module’s config file if necessary.Obtain the matching NGINX Open Source release.You can compile these modules for use with NGINX Plus by building them against NGINX Open Source as illustrated in the two examples below: Other third‑party modules, and modules that you have created yourself, need to be compiled independently and dynamically loaded into NGINX Plus at runtime. There is a large ecosystem of third‑party modules, ranging from language interpreters to security solutions, and some of these are included and supported in NGINX Plus. Modules that can be loaded into NGINX Plus are written in C and conform to the API described in Extending NGINX on the NGINX Wiki. Except as noted, all statements about NGINX Plus also apply to NGINX Open Source. For instructions on building, deploying, and upgrading third‑party dynamic modules in a production environment, see Creating Installable Packages for Dynamic Modules.įor the sake of brevity, the remainder of this post refers to NGINX Plus only, except when the difference between it and NGINX Open Source is relevant. This article explains how to compile third‑party modules for use with NGINX Open Source and NGINX Plus in a development environment. NGINX Open Source 1.11.5 and NGINX Plus Release R11 introduced binary compatibility for dynamic modules. It explains how to create installable packages for third‑party dynamic modules that include version dependency checking. The second post provides guidance and tooling for automating third‑party dynamic module builds for a production environment. This post provides step-by-step instructions for compiling third‑party dynamic modules which can be loaded by NGINX Open Source or NGINX Plus at runtime.This post is part of a two‑part series on using third‑party dynamic modules with NGINX Open Source and NGINX Plus. The build process described in that post is deprecated. Editor – The blog post announcing the original release of dynamic module support (in NGINX Open Source 1.9.11, February 2016) redirects here.
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