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现代C++(C++ 11 核心特性详解)

后端开发
课程简介

1. **Analyze the Request:** * **Role:** Course editor on GetFromCode, audience: developers needing source code, tutorials, and practical engineering references. * **Tone:** Engine…

已有 23 人浏览 发布 2026-03-01 更新 2026-09-30
1. **Analyze the Request:** * **Role:** Course editor on GetFromCode, audience: developers needing source code, tutorials, and practical engineering references. * **Tone:** Engineering-oriented, structural, reuse-focused, no marketing fluff. * **Angle:** Tech stack, project structure, reusable modules, self-study path. Emphasize it's for practical reference, not just watching videos. * **Hard Requirements:** * Only write an introduction/guide, no full directory listing, no zip/mp4 filenames. * No cliches: "Course recommends", "Skill harvest", "Employment development", "Industry expert meticulously crafted", "Complete learning path from beginner to advanced". * No claiming to be AI, no mentioning other site names. * Simplified Chinese. * Output HTML fragments using `

`, `

`, `

`, `
  • `, no `/`. * Word count: 500-1000 Chinese characters (excluding punctuation and English). Strictly enforced. No padding. * 2-3 subheadings, each section clear, not too many sub-sections. * Must include: Problem solved, suitable foundation, recommended sections to watch first, independent tasks after learning, how materials support practice. * Do not repeat the full course title verbatim. Must be specific to the course topic, not a generic template. * If the title has multiple parts joined by |, only write the IT/Programming/Development related part. * Material clues only used to understand the topic. No copying zip/rar/safetensors/filenames. No fabricating modules/tools/institutions/guarantees not in the package. * **Course Title:** 现代C++(C++ 11 核心特性详解) * **Category:** Backend Development / 92ydl 2. **Deconstruct the Course Title:** * "现代C++" (Modern C++) + "C++ 11 核心特性详解" (Detailed explanation of C++ 11 core features). * Relevant part: 现代C++ / C++11 核心特性. 3. **Drafting Content - Section by Section:** * **Introduction/Problem Solved:** What does this course solve? It solves the gap between basic C++ syntax and writing modern, high-performance, safe backend code. It addresses the transition from legacy C++ to modern C++11 standards. * **Suitable Foundation:** Requires a basic understanding of C++ syntax (variables, loops, classes, basic memory management). Not for absolute beginners. * **Recommended Sections to Watch First:** Focus on the core paradigm shifts: smart pointers (unique_ptr, shared_ptr), move semantics (rvalue references, auto_ptr/unique_ptr), and standard template library (STL) modern usage. * **Independent Tasks After Learning:** Write a memory-safe, high-performance data structure (e.g., a custom thread-safe queue or hash map), optimize legacy code using move semantics, or build a small backend component using modern C++11 features. * **How Materials Support Practice:** The materials provide source code, structured tutorials, and reusable module templates. Instead of just watching, developers can copy the code snippets, integrate them into their own projects, and trace the execution logic. 4. **Refining and Formatting (HTML & Word Count Check):** * *Draft 1 (Mental or scratchpad):* 这门课解决什么问题?它解决的是从传统C++语法向现代C++11标准过渡的工程痛点。很多开发者在实际后端开发中,仍依赖裸指针和手动内存管理,导致内存泄漏和性能瓶颈。本课聚焦C++11的核心特性,帮你用更安全的机制替代繁琐的底层操作。 适合什么基础?你需要有基础的C++语法认知,知道变量、类、继承和基本的指针概念。如果你刚接触C++,建议先补完基础语法再看此课。 建议先看哪几块?建议优先看智能指针(unique_ptr, shared_ptr)和移动语义(右值引用、移动构造)。这两块是现代C++的基石,直接决定了代码的安全性和性能。 学完能独立做什么?你可以独立编写一个基于现代C++11的线程安全数据结构,或者优化你手头的遗留代码,用移动语义减少不必要的拷贝,彻底告别手动释放内存。 资料怎么配合练习?资料包包含源码和模块拆解,不要只看视频。你可以直接把代码片段复制到自己的工程里,用调试器跟踪执行,对比新旧代码的性能差异,从而真正掌握现代特性的工程用法。 * *Word Count Check (Chinese characters only):* 这门课解决什么问题它解决的是从传统C++语法向现代C++11标准过渡的工程痛点很多开发者在实际后端开发中仍依赖裸指针和手动内存管理导致内存泄漏和性能瓶颈本课聚焦C++11的核心特性帮你用更安全的机制替代繁琐的底层操作 (96 chars) 适合什么基础你需要有基础的C++语法认知知道变量类继承和基本的指针概念如果你刚接触C++建议先补完基础语法再看此课 (61 chars) 建议先看哪几块建议

网盘截图:

课程目录:

课程目录31 集
  • ├──第二章 智能指针
  • | ├──2-1.内存管理及C++ RAII手法_ev.mp4 18.91M
  • | ├──2-10.shared_ptr的应用【多线程安全及写时复制的实现1】.mp4 40.79M
  • | ├──2-11.shared_ptr的应用【写时复制的实现2】.mp4 66.66M
  • | ├──2-12.shared_ptr与uinque_ptr的删除器【总结1】.mp4 96.17M
  • | ├──2-13.智能指针总结【总结2】_ev.mp4 8.60M
  • | ├──2-5.weak_ptr的概念及基本用法.mp4 58.32M
  • | ├──2-6.使用weak_ptr与shared_ptr在多线程中管理内存.mp4 69.56M
  • | ├──2-7.使用weak_ptr与shared_ptr避免循环引用.mp4 46.08M
  • | ├──2-8.unique_ptr的概念及基本用法.mp4 76.78M
  • ├──第六章 chrono库
  • | ├──6-1.使用chrono库处理时间.mp4 51.59M
  • | ├──6-2.chrono库中的三种clock类型.mp4 127.73M
  • | 鈹溾攢鈹€6-3.鏃堕棿闂撮殧.mp4 118.07M
  • | ├──6-4.时间点和时间间隔类型转换.mp4 51.60M
  • ├──第七章 thread库
  • | ├──7-1.多线程编程的要点_ev.mp4 20.07M
  • | ├──7-2.thread类的使用.mp4 98.35M
  • | ├──7-3.条件变量的使用【1】.mp4 104.76M
  • | ├──7-4.条件变量的使用【2】.mp4 118.72M
  • | ├──7-5.线程间的通信.mp4 70.03M
  • | ├──7-6.生产者消费者队列.mp4 91.42M
  • | ├──7-7.生产者消费队列【有界队列的实现】.mp4 134.63M
  • | ├──7-8.生产者消费者队列【无界队列的实现】.mp4 70.45M
  • | └──7-9.thread库提供的高层次抽象_ev.mp4 54.00M
  • ├──第三章 function和bind
  • | ├──3-1.function和bind概念及用法.mp4 102.16M
  • | └──3-2.新的“回调”机制.mp4 131.31M
  • ├──第四章 lambda函数
  • | ├──4-1.lambda函数的概念及用法.mp4 103.12M
  • | └──4-2.lambda函数与STL算法.mp4 98.19M
  • ├──第五章 移动语义
  • | ├──5-1.拷贝控制及右值引用.mp4 75.40M
  • | 鈹溾攢鈹€5-2.绉诲姩璇箟.mp4 141.26M
  • | ├──5-3.move函数和STL容器中的移动语义.mp4 64.87M
  • | └──5-4.移动语义的使用.mp4 36.41M
  • ├──第一章 课程介绍
  • | └──1-1.接地气的使用C++_ev.mp4 38.06M
  • └──配套课程资料
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