2025-05-04

从 LAMP 到前后端分离：架构演进与技术实践

LAMP 架构“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>：传统 Web 开发的基石

在早期的 Web 开发领域“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，LAMP 架构犹如一座坚固的基石“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，支撑起无数动态网站的构建“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。LAMP“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，即 Linux + Apache + MySQL + PHP/Perl/Python“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，是一组开源软件的组合“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，它们协同工作“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，为 Web 应用提供了完整的运行环境“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。

随着移动互联网的迅猛发展“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，用户对于应用的体验和功能需求变得更加多样化和复杂“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。在这个背景下“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，传统的 LAMP 架构逐渐显得力不从心“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，其局限性愈发凸显“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，这也促使了前后端分离模式的诞生“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，成为 Web 开发领域的一次重要变革“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。

2025-02-18

Windows部署Hexon可视化博客环境

介绍

你在使用hexo写文章的时候是不是还在

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highlight javascript"bd bd-beg

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code"bd bd-beg

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"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">"line"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">">hexo "bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">"keyword"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">">new
"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">"line"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">">hexo g
"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">"line"bd bd-beg">"bd-box"bd bd-beg">">"bd bd-beg">">hexo d

这样写文章不仅效率慢而且管理起来也不方便“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，所以今天我就带来了这个项目——hexon

hexon是一个带有git的hexo图形化界面“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，可以运行命令和管理内容“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，Hexo 本身是一个基于 Node.js 的静态博客框架“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，没有官方的图形化界面“bd-box<h-char class=“bd bd-beg“>“>（GUI“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>）<h-char class=“bd bd-beg“>。不过“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，你可以使用 Hexo Admin 或 第三方 Hexo 可视化管理工具 来提供类似图形界面的管理方式“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。

这是它的github链接

https://github/gethexon/hexon

2024-12-08

Pinctrl和GPIO子系统

Pinctrl 子系统“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>：负责管理引脚的复用与配置“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。它允许将引脚配置为不同的功能“bd-box<h-char class=“bd bd-beg“>“>（如 GPIO“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>、I2C“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>、UART 等“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>）并设置引脚的电气特性“bd-box<h-char class=“bd bd-beg“>“>（如上拉“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>、下拉等“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>）<h-char class=“bd bd-beg“>。
GPIO 子系统“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>： 主要负责对通用输入输出引脚的管理“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。它提供 API 来配置引脚为输入或输出“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，并控制引脚的电平状态“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。
层次结构“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>： Pinctrl 子系统位于 GPIO 子系统之上“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。Pinctrl 负责引脚的初步配置和复用“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，而 GPIO 子系统则利用这些配置来实现输入输出操作“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，两者有密切的关系“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，先配置Pinctrl“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，在配置GPIO“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。

引脚配置“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>：首先“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，通过 Pinctrl 子系统配置引脚的功能“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。例如“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，将某个引脚设置为 GPIO 功能“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>。
状态管理“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>：然后“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>，GPIO 子系统使用这些配置来管理引脚的电平状态“bd-box<h-char class=“bd bd-beg“>“>（读取或设置引脚电平“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>）<h-char class=“bd bd-beg“>。

Keyspire's Peakory

从 LAMP 到前后端分离：架构演进与技术实践

LAMP 架构<span class=<h-char class=“bd bd-beg“>“bd-box<h-char class=“bd bd-beg“>“><h-char class=“bd bd-beg“>：传统 Web 开发的基石

Windows部署Hexon可视化博客环境

介绍

Pinctrl和GPIO子系统