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6.828 lab1
Booting a PC Exercise 1. Familiarize yourself with the assembly language materials available on the 6.828 reference page. You don't have to read them now, but you'll almost certainly want to refer to some of this material when reading and writi【MIT6.S081/6.828】手把手教你搭建开发环境
目录1. 简介2. 安装ubuntu20.043. 更换源3.1 更换/etc/apt/sources.list文件里的源3.2 备份源列表3.3 打开sources.list文件修改3.4 刷新列表4. 安装SSH4.1 SecureCRT 报错4.2 解决方法4.3 修改ssh_config4.4 修改sshd_config4.5 重新启动服务并测试5. 配置静态IP6. 安装RISC-V交6.828：Lab2 Memory Management 实验总结
文章目录 Part1 Physical Page ManagementPart2 Virtual Memory Part1 Physical Page Management Exercise 1. In the file kern/pmap.c, you must implement code for the following functions (probably in the order given). boot_alloc() mem_init() (only up to thMIT 6.828 qemu 安装问题
首先根据Tools Used in 6.828来安装qemu: git clone git://github.com/mit-pdos/6.828-qemu.git qemu 但是，总是EOF错误，文件过大 于是参考了这篇第一种方法：解决git clone大文件EOF错误问题 先导入到码云，在更换git clone的网址重新下载。 出现了第二个问题: fatal: Out of memory, mmit 6.828学习笔记不知道几---lab4 parta
Exercise 1： // Where to start the next region. Initially, this is the // beginning of the MMIO region. Because this is static, its // value will be preserved between calls to mmio_map_region // (just like nextfree in boot_alloc). stati[OS][MIT 6.828] Lab 4: Preemptive Multitasking
Part A: Multiprocessor Support and Cooperative Multitasking Multiprocessor Support 1.Application Processor Bootstrap routine chain in BSP to active AP static struct mpconf *mpconfig(struct mp **pmp): Search for an MP configuration table, invoked at the bMIT 6.828/6.S081 Fall 环境配置
官网配置 主要就是安装RISC-V和qemu，其中qemu有可能需要额外安装几个文件，具体可以参考下这篇文章：MIT 6.828 环境配置 主要是上面这两个安装的速度比较慢，网上的建议是git走代理，效果感觉也不太理想。 码云上有镜像仓库，速度会好一些，不过我没有安装成…… 码云 riscv-gnu-toolchainMIT-6.824 操作系统 汇总
MIT-6.828-JOS-环境搭建 ELF文件格式 lab1:C, Assembly, Tools, and Bootstrapping lab2:Memory management lab3:User Environments lab4:Preemptive Multitasking lab5:File system, Spawn and Shell lab6:Network Driver