The article examines why PHP’s evolution is stalled by its C‑based core, reviews the earlier Zephir solution from the Phalcon team, and analyzes Swoole’s TypePHP project, which compiles a PHP subset to native binaries via AOT, highlighting its performance gains, trade‑offs, and potential to rejuvenate the language.
This article introduces Zephir, an open‑source language that lets PHP developers create compiled, type‑safe extensions, compares it with PHP and C, explains static versus dynamic typing, and outlines its compilation workflow and performance considerations.
Learn how to protect PHP source code by creating a custom Zephir‑based encryption extension, covering repository setup, directory structure, licensing logic, abstract and live modules, compilation steps, php.ini configuration, and testing with example authorization codes.
This step‑by‑step guide shows how to install Zephir, set up its parser, configure the environment, create a simple extension skeleton, add a class, compile the extension, and verify it works within PHP.
This article explores several methods for creating PHP extensions—including native C, Zephir, php-cpp, php-x, and CGO—provides sample code, describes compilation steps, and compares their execution speed using a Fibonacci benchmark with and without PHP JIT.
This guide introduces Zephir, outlines its key features and required dependencies, and provides step‑by‑step commands to install the Zephir parser, the php‑zephir‑parser extension, and Zephir itself on a Linux/Ubuntu system, finishing with PATH configuration.
