PHP 7 Virtual Machine
This article aims to provide an overview of the Zend Virtual Machine, as it is found in PHP 7. This is not a comprehensive description, but I try to cover most of the important parts, as well as some of the finer details.
PHP 7 Virtual Machine
This article aims to provide an overview of the Zend Virtual Machine, as it is found in PHP 7. This is not a comprehensive description, but I try to cover most of the important parts, as well as some of the finer details.
Table Of Contents — PHP Internals Book
PHP 8新特性之JIT简介 - 风雪之隅
PHP8 alpha1已经在昨天发布,相信关于JIT是大家最关心的,它到底怎么用,有什么要注意的,以及性能提升到底咋样?
1.4 PHP执行的几个阶段 · PHP7内核剖析 · 看云
一本讲解php内核的书籍
How PHP's Just In Time compiler works
PHP 8's Just In Time compiler is implemented as part of the Opcache extension and aims to compile some Opcodes into CPU instructions in runtime. Let's understand how it works all together.
理解 PHP 8 的 JIT | PHP优质外文翻译 | PHP 技术论坛
TL;DR PHP 8 的 JIT(Just In Time)编译器将作为扩展集成到 php 中 Opcache 扩展 用于运行时将某些操作码直接转换为从 cpu 指令。 这意味着使用JIT后,Zend VM 不需要解释某些操作码,并且这些指令将直接作为CPU级...
PHP 8.0: JIT
www.fzb.me
How to dump and inspect PHP OPCodes
OPCodes, the execution units the PHP's Virtual Machine executes, can be listed and inspected, to reveal performance and code structure caveats and improvements.
3.3.2 执行流程 · PHP7内核剖析 · 看云
一本讲解php内核的书籍
rango.swoole.com
PHP 8.0: JIT
PHP: The Right Way
An easy-to-read, quick reference for PHP best practices, accepted coding standards, and links to authoritative PHP tutorials around the Web
PHP 8: How to setup the JIT - stitcher.io
A technical guide to setting up and using the JIT in PHP 8
Just-In-Time (JIT) Compilation in PHP 8.0
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zhuanlan.zhihu.com
PHP: Zend Engine 2 Opcodes - Manual
When parsing PHP files, Zend Engine 2 generates a series of operation codes, commonly known as "opcodes", representing the function of the code. This part of the manual details those opcodes and their behaviour.
LuaJIT 2.0 intellectual property disclosure and research opportunities
PHP 8.0: JIT
X86 relocation
What’s relocation Relocations are entries in binaries that are left to be filled later – at link time by the toolchain linker or at runtime by the dynamic linker. A relocation in a binary is a descriptor which essentially says “determine the value of X, and put that value into the binary at offset Y” — each relocation has a specific type, defined in the ABI documentation, which describes exactly how “determine the value of” is actually determined.