C++内存管理视频教程

后端开发

课程简介

1. **Analyze the Request:** * **Role:** GetFromCode course editor. * **Target Audience:** Developers needing source code, tutorials, and actionable engineering references. * **Ton…

已有 31 人浏览发布 2026-01-12 更新 2026-09-22

1. **Analyze the Request:** * **Role:** GetFromCode course editor. * **Target Audience:** Developers needing source code, tutorials, and actionable engineering references. * **Tone:** Engineering-focused, structured, practical, marketing-free. * **Angle:** Tech stack, project structure, reusable modules, learning path (from a practical standpoint, not just theory). * **Hard Constraints:** * Only write an introduction/guide, do NOT list the full directory. * Do NOT list zip/mp4 file names. * No clichés like "Course Recommend", "Skill Harvest", "Employment Development", "Famously crafted by senior instructors", etc. * Do NOT claim to be AI, do NOT mention other site names. * Use Simplified Chinese. * Output HTML fragment using `

`, `

`, `
`, NO ``/``. * Word count: 500-800 Chinese characters (excluding punctuation and English). No padding. * 2-3 subheadings, each section clearly explained, no too many sub-sections. * Must include: Problem solved, suitable foundation, recommended modules to watch first, independent tasks after learning, how materials support exercises. * Do NOT copy the full course title verbatim. Must be specific to the course topic (C++ Memory Management). * If the title has prefixes, only keep the IT/programming part. * Material clues only used to understand the topic. Do not copy zip/rar/safetensors/filenames. Do not invent modules/tools not in the directory. 2. Analyze the Course: * Title: C++内存管理视频教程 * Category: Backend Development * Directory clues: Overview, Overloading examples (up/down), Per-class allocator, Static allocator, Macro for static allocator, New Handler, VC6 malloc, VC6 standard allocator implementation, BC5 standard allocator implementation. * Topic: C++ Memory Management (specifically focusing on allocators, overloading, and standard allocator implementation across different compilers like VC6, BC5). 3. Drafting Content - Step-by-Step: * Subheading 1: Course Topic & Problem Solved * Focus: C++ memory management, specifically custom allocators, overloading, and implementing standard allocators. * Draft: 这门课解决的核心问题是：让开发者深入理解并自主掌控 C++ 的内存分配机制。从基础的内存分配器重载，到针对特定编译器（如 VC6、BC5）标准分配器的底层实现，课程直面 C++ 内存管理中常见的内存泄漏、碎片化和性能瓶颈。它不讲空洞的理论，而是提供可直接落地的工程参考，帮助你在后端高并发场景下精准优化内存使用。 * Subheading 2: Suitable Foundation & Recommended Modules * Focus: Prerequisites, what to watch first. * Draft: 适合具备 C++ 基础、特别是了解 `new`/`delete` 和 STL 底层机制的开发者。建议先看 Overview 了解全局，接着观看“重载示例（上/下）”掌握自定义分配器的基本用法，随后重点攻克“Per-class allocator”和“Static allocator”，这两块是理解现代内存管理架构的关键。 * Subheading 3: Independent Tasks & Material Support * Focus: What you can do after, how materials support exercises. * Draft: 学完能独立实现自定义内存分配器，并针对特定编译环境（如老旧 VC6/BC5 编译器）完成标准分配器的底层移植与调优。资料配合源码练习，从重载到静态分配器，再到宏定义与异常处理，每一步都有对应的实现代码可对照修改与运行，将视频中的工程思路直接转化为可复用的代码模块。 4. Review and Refine (Word Count and Constraints Check): * Constraint Check: Only HTML fragments? Yes. No ``/``? Yes. Subheadings 2-3? Yes. No file names? Yes. No marketing cliches? Yes. Specific to C++ memory management? Yes. * Word Count Check (Chinese characters only, excluding punctuation/English): * Subheading 1: 这门课解决的核心问题是让开发者深入理解并自主掌控C++的内存分配机制从基础的内存分配器重载到针对特定编译器如VC6 BC5标准分配器的底层课程直面C++内存管理中常见的内存泄漏碎片化和性能瓶颈它不讲空洞的理论而是提供可直接落地的工程参考帮助你在后端高并发场景下精准优化内存使用 (124 chars) * Subheading 2: 适合具备C++基础特别是了解new delete和STL底层机制的开发者建议先看Overview了解全局接着观看重载示例上掌握自定义分配器的基本用法随后重点攻克Per-class allocator和Static allocator这两块是理解现代内存管理架构的关键 (105 chars) * Subheading 3: 学完能独立实现自定义内存分配器并针对特定编译环境如老旧VC6 BC5编译器完成标准分配器的底层移植与调优资料配合源码练习从重载到

课程目录

3-053-C++ LINUX/
│C++内存管理/
││├─1.Overview.mp4 496.8MB
││├─10.重载示例（上）.mp4 201.6MB
││├─11.重载示例（下）.mp4 435.3MB
││├─12.Per-class allocator.mp4 459MB
││├─13.Per-class allocator 2.mp4 403.8MB
││├─14.Static allocator.mp4 399MB
││├─15.Macro for static allocator.mp4 214.4MB
││├─16.New Handler.mp4 418.5MB
││├─17.VC6 malloc().mp4 258.4MB
││├─18.VC6标准分配器之实现.mp4 108.6MB
││├─19.BC5标准分配器之实现.mp4 60.1MB
││├─2.内存分配的每一层面.mp4 315.3MB
││├─20.G2.9标准分配器之实现.mp4 104.9MB
││├─21.G2.9std_allocVSG4.9__pull_alloc.mp4 108.1MB
││├─22.G4.9pull alloc用例.mp4 297.7MB
││├─23.G2.9std alloc.mp4 572.4MB
││├─24.G2.9std_alloc运行一瞥01-05.mp4 462.1MB
││├─25.G2.9std_alloc运行一瞥06-10.mp4 278.6MB
││├─26.G2.9std_alloc运行一瞥11-13.mp4 469.7MB
││├─27.G2.9std_alloc源码剖析（上）.mp4 682MB
││├─28.G2.9std_alloc源码剖析（中）.mp4 251.7MB
││├─29.G2.9std_alloc源码剖析（下）.mp4 915.1MB
││├─3.四个层面的基本用法.mp4 381.6MB
││├─30.G2.9std_alloc观念大整理.mp4 562.1MB
││├─31.G4.9pull allocator运行观察.mp4 521.4MB
││├─32.VC6和VC10的malloc比较.mp4 527.6MB
││├─33.VC6内存分配（1）.mp4 374.4MB
││├─34.VC6内存分配（2）.mp4 231.9MB
││├─35.VC6内存分配（3）.mp4 248.7MB
││├─36.VC6内存分配（4）.mp4 357.8MB
││├─37.VC6内存分配（5）.mp4 431.7MB
││├─38.SBH行为分析-分配+释放之连续动作图解（1）.mp4 776.7MB
││├─39.SBH行为分析-分配+释放之连续动作图解（2）.mp4 248.9MB
││├─4.基本构件之一newdelete expression(上).mp4 360.7MB
││├─40.SBH行为分析-分配+释放之连续动作图解（3）.mp4 285.5MB
││├─41.SBH行为分析-分配+释放之连续动作图解（4）.mp4 245.8MB
││├─42.VC6内存管理free(p)（上）.mp4 157.2MB
││├─43.VC6内存管理总结（上）.mp4 496.4MB
││├─44.VC6内存管理总结（下）.mp4 285MB
││├─45.上中下三个classes分析.mp4 298.7MB
││├─46.Loki_allocator行为图解.mp4 431.6MB
││├─47.class FixedAllocator分析（上）.mp4 479.5MB
││├─48.class FixedAllocator分析（下）.mp4 458.8MB
││├─49.Loki_allocator总结.mp4 233.9MB
││├─5.基本构件之一newdelete expression(中).mp4 112.7MB
││├─50.GNU C++对allocators的描述.mp4 787.6MB
││├─51.VS2013标准分配器&G4.9标准分配器与new_allocator以及G4.9malloc.mp4 161.5MB
││├─52.G4.9array_allocator.mp4 291.2MB
││├─53.G4.9 debug_allocator.mp4 280.1MB
││├─54.bitmap_allocator(上).mp4 606MB
││├─55.bitmap_allocator（下）.mp4 401.5MB
││├─56.谈谈Const.mp4 591.5MB
││├─57.关于new,delete&.mp4 206.2MB
││├─58.实例，接口.mp4 75.8MB
││├─59.示例.mp4 648.9MB
││├─6.基本构件之一newdelete expression(下).mp4 195.9MB
││├─60.Basic string使用new（extra）扩充申请量.mp4 105MB
││├─7.Array new.mp4 568.4MB
││├─8.Replacement new.mp4 158.5MB
││├─9.重载.mp4 471.1MB