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「我干了什么 究竟拿时间换了什么」
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60
OS
19
数据结构
14
xv6
12
Linux
9
cloud native
5
docker
4
os security
2
security
2
剪藏
1
推免
1
C/C++
1
Git
1
WinDynamicDesktop
1
Windows
1
csapp
1
iPhone
1
life
1
tech
1
tmux
1
tpm
1
vim
1
wsl
1
2023
NVIDIA-Container-Toolkit—源码阅读—cmd(runtime/ctk)
NVIDIA-Container-Toolkit—CodeReading—cmd(runtime/ctk)
NVIDIA-Container-Toolkit—源码阅读—pkg
NVIDIA-Container-Toolkit—CodeReading—pkg
NVIDIA-Container-Toolkit—源码阅读—tools/container
NVIDIA-Container-Toolkit—CodeReading—tools/container
Runc 创建、启动和删除容器的调用参数
How runc create, start and delete container?
容器钩子
Container Hook
MIT 6.S081—RCU
RCU
MIT 6.S081—Meltdown
Meltdown
MIT 6.S081—Lab 3: page tables
page tables
MIT 6.S081—高级编程语言实现操作系统的优劣势
The benefits and costs of writing a POSIX kernel in a high-level language
Git Commit规范
Git Commit Specification
MIT 6.S081—网络
Networking
MIT 6.S081—微内核
Micro Kernel
MIT 6.S081—虚拟机
Virtual Machines
现代操作系统原理与实现-文件系统
File System in Real World
xv6—文件系统
[xv6] File System
现代操作系统原理与实现-操作系统调度
Scheduling in Real World
现代操作系统原理与实现-进程与线程
Progress and Threads
xv6—调度(二)
[xv6] scheduling Part Two
xv6—调度(一)
[xv6] scheduling Part One
xv6—锁
[xv6] Locking
xv6—中断和设备驱动
[xv6] Interrupts and device drivers
xv6—trap指令和系统调用
[xv6] Traps and system calls
xv6—页表
[xv6] Page Tables
MIT 6.S081—Lab 2: system calls
system calls
OS Security Lab—缓冲区溢出与数据执行保护DEP
[OS Security Lab] Buffer Overflow and Data Execution Prevention (DEP)
OS Security Lab—基于PAM的用户权能分配
[OS Security Lab] PAM-based user capability distribution
CSAPP—链接
[CSAPP] Linking
xv6—操作系统架构
[xv6] Operating system organization
MIT 6.S081—Lab 1: Xv6 and Unix utilities
Xv6 and Unix utilities
xv6—操作系统接口
[xv6] Operating system interfaces
LeetCode—贪心算法
[LeetCode] Greedy Algorithm
Docker Pull 速度慢的解决办法
The solution to the slow speed of Docker Pull
2022
Linux三剑客
grep、awk、seds
博客收藏
Read Some Good Blogs
Linux镜像版本
Linux Image Version
数据结构—Prime算法和Kruskal算法
[Data Structre] Prime, Kruskal
数据结构—Floyd算法
[Data Structre] Floyd
数据结构—Dijkstra算法
[Data Structre] Dijkstra
数据结构—图、图的遍历
[Data Structre] Graphs and Graph Traversals
数据结构—并查集
[Data Structre] Disjoint Sets
数据结构—堆、哈夫曼树
[Data Structre] Heap, Huffman tree
数据结构—二叉搜索树、平衡二叉树
[Data Structre] Search Binary Tree, Balanced Binary Tree
数据结构—二叉树的定义、存储结构和遍历
[Data Structre] Definition, Structure and Traversal of Binary Tree
数据结构—树的定义和表示
[Data Structre] Definition and Representation of Tree
数据结构—KMP模式匹配算法
[Data Structre] KMP
数据结构—循环队列
[Data Structre] Circular Queue
数据结构—两栈共享存储空间
[Data Structre] Two Stacks Share Storage Space
数据结构—静态链表
[Data Structre] Static Link List
数据结构—ADT
[Data Structre] Abstact Data Type
iPhone 5C—For the colorful
2022年的iPhone 5C
Tmux
Tmux入门
基于WinDynamicDesktop制作冬奥二十四节气主题
Making Winter Olympics Twenty-Four Solar Terms Theme Based on WinDynamicDesktop
Linux环境下创建C/C++项目
Build C/C++ Project in Linux
可信计算
Trusted Computing
Trusted Computing Platform Moudle
TPM介绍
2021
Windows Subsystem for Linux
WSL
VIM
VIM入门
Linux文件系统
The Linux File System
Docker入门笔记
Docker Learning
保研经验与回忆录
School Application Experience & Memories