Claude Skills by linkxzhou

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Python. Use when they mention "build your own misc", "Python 推荐系统：入门教程", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using JavaScript. Use when they mention "build your own misc", "用 React Native 构建网约车应用", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Nim. Use when they mention "build your own misc", "编写 Redis 协议解析器", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Ruby. Use when they mention "build your own misc", "用 Ruby 创建 Linux 桌面应用", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Rust. Use when they mention "build your own misc", "用 Rust 构建 DNS 服务器", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Python. Use when they mention "build your own misc", "用 Scikit-learn 写短信垃圾检测器", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using PHP. Use when they mention "build your own misc", "用 PHP 编写 Web 搜索引擎", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using C. Use when they mention "build your own misc", "Sol：从零实现 MQTT Broker", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Python. Use when they mention "build your own misc", "用 Tensorflow 构建一个简单 GAN", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using TypeScript. Use when they mention "build your own misc", "Tiny Package Manager：学习 npm / Yarn 的工作方式", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finish...

Trigger when the user wants to learn, implement, debug, or extend "终端模拟器的基础知识" or a 未分类 build-your-own project using C. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend "一个简单的基于内容的推荐引擎" or a 未分类 build-your-own project using Python. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Nim. Use when they mention "build your own misc", "编写 URL 短链接服务", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using Rust. Use when they mention "build your own misc", "WebGL + Rust：基础水面教程", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 未分类 using C++. Use when they mention "build your own misc", "X Window Manager 如何工作，以及如何编写一个", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend "编写链接检查器" or a 未分类 build-your-own project using Nim. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend "编写构建系统" or a 未分类 build-your-own project using Nim. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend "构建深度学习库" or a 未分类 build-your-own project using Python. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend "自己做一个游戏引擎" or a 未分类 build-your-own project using C++. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 网络协议栈 using C. Use when they mention "build your own network-stack", "Beej 的网络编程指南", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 网络协议栈 using Ruby. Use when they mention "build your own network-stack", "如何用 Ruby 构建网络协议栈", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 网络协议栈 using C. Use when they mention "build your own network-stack", "让我们写一个 TCP/IP 协议栈", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 网络协议栈 using C / Python. Use when they mention "build your own network-stack", "构建你自己的 VPN/虚拟交换机", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend "卷积神经网络（CNN）入门" or a 神经网络 build-your-own project using Python. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using Go. Use when they mention "build your own neural-network", "用 Go 构建多层感知机", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using Python. Use when they mention "build your own neural-network", "用 Keras 的 LSTM 生成音乐", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend "用卷积网络进行交通标志分类" or a 神经网络 build-your-own project using Python. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend "用 Go 从零构建神经网络" or a 神经网络 build-your-own project using Go. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using F#. Use when they mention "build your own neural-network", "用 F# 构建神经网络", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using Go. Use when they mention "build your own neural-network", "如何用 Go 构建一个简单的人工神经网络", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using JavaScript / Java. Use when they mention "build your own neural-network", "神经网络：《代码本色》", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using JavaScript. Use when they mention "build your own neural-network", "面向 JavaScript 语言学家的神经网络从零开始（第 1 部分：感知机）", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a f...

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using Python. Use when they mention "build your own neural-network", "11 行 Python 的神经网络", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend "从零实现神经网络" or a 神经网络 build-your-own project using Python. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using C#. Use when they mention "build your own neural-network", "神经网络 OCR", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend a build-your-own project for 神经网络 using Python. Use when they mention "build your own neural-network", "光学字符识别（OCR）", the source URL, or ask for a Claude Code guided implementation plan. Guides the user through a project-based learning workflow: inspect prerequisites, create or adapt a minimal project, implement milestones, run verification commands, and debug failures without simply dumping a full finished solution.

Trigger when the user wants to learn, implement, debug, or extend "神经网络：从零到英雄（Zero to Hero）" or a 神经网络 build-your-own project using Python. Use this skill for staged Claude Code guidance, milestone planning, minimal implementation, and troubleshooting.