【Yngz_Miao的博客】博客导航（不断更新）

待我称王封你为后i 2022-04-13 12:52 299阅读 0赞

**目前导航有初探Linux操作系统、STM32F103ZET6芯片、UCOS-III操作系统、Altium Designer四大块。**

**除此之外，博客内还有包括C/C++编程语言、Qt5、TCP/IP、笔试题面经等方面的博文，可以在左侧个人分类中查找到。**

## 初探Linux操作系统 ##

关于Linux操作系统的书籍很多，但绝大多数都是教你怎么使用Linux操作系统。例如Linux常用命令、Shell脚本、文件编程、网络编程等等，干货满满。但这些都是太偏“实用”了，很少有涉及到一些底层的东西。

但Linux操作系统太庞大了，阅读源码了解实现是一件“让人恐惧”的事情，无从下手的感觉。

那么，你可以试一试专栏：[初探Linux操作系统][Linux]，可以作为Linux操作系统的简单入门的博客专栏。**适用于那些想要入门Linux操作系统的入门教程、或者校招应急Linux操作系统狂补教程。**

**当然专栏的这些内容都是很基础入门的部分，后面会对Linux源码还有更深入的专栏介绍。**

### 专栏章节 ###

1.  [【Linux】虚拟机和Linux操作系统零基础安装（附：软件下载链接、图）][Linux_Linux]
2.  [【Linux】Linux常用命令][Linux_Linux 1]
3.  [【Linux】Samba服务器超详细安装、配置（附带各种问题解决方式）][Linux_Samba]
4.  [【Linux】Linux脚本编程][Linux_Linux 2]
5.  [【Linux】Linux编程基础（vi、gcc、gdb）][Linux_Linux_vi_gcc_gdb]
6.  [【Linux】Linux基础知识（Linux系统、Linux中的链表）][Linux_Linux_Linux_Linux]
7.  [【Linux】Linux基础知识（Linux模块）][Linux_Linux_Linux]
8.  [【Linux】Linux的虚拟内存详解（MMU、页表结构）][Linux_Linux_MMU]
9.  [【Linux】Linux物理内存的管理][Linux_Linux 3]
10. [【Linux】Linux虚拟内存空间描述][Linux_Linux 4]
11. [【Linux】Linux的内核空间（低端内存、高端内存）][Linux_Linux 5]
12. [【Linux】Linux内核空间的slab分配模式][Linux_Linux_slab]
13. [【Linux】Linux进程简介及其五种状态][Linux_Linux 6]
14. [【Linux】Linux进程的创建与管理][Linux_Linux 7]
15. [【Linux】Linux的进程调度][Linux_Linux 8]
16. [【Linux】Linux 2.6 对调度器的改进][Linux_Linux 2.6]
17. [【Linux】Linux文件与文件的存储][Linux_Linux 9]
18. [【Linux】Linux文件目录][Linux_Linux 10]
19. [【Linux】Linux Ext2文件系统][Linux_Linux Ext2]
20. [【Linux】Linux操作系统的文件管理系统][Linux_Linux 11]
21. [【Linux】Linux的虚拟文件系统][Linux_Linux 12]
22. [【Linux】Linux操作系统对文件系统的管理][Linux_Linux 13]
23. [【Linux】Linux文件与进程的关联][Linux_Linux 14]
24. [【Linux】Linux根据文件路径查找索引节点][Linux_Linux 15]
25. [【Linux】Linux进程通信与System V IPC机制][Linux_Linux_System V IPC]
26. [【Linux】Linux的共享内存][Linux_Linux 16]
27. [【Linux】Linux的消息队列][Linux_Linux 17]
28. [【Linux】Linux的管道][Linux_Linux 18]
29. [【Linux】Linux的信号][Linux_Linux 19]
30. [【Linux】Linux的同步控制][Linux_Linux 20]
31. [【Linux】Linux的信号量集][Linux_Linux 21]
32. [【Linux】Linux网络编程（含常见服务器模型，上篇）][Linux_Linux 22]
33. [【Linux】Linux网络编程（含常见服务器模型，下篇）][Linux_Linux 23]
34. [【Linux】Linux多线程技术][Linux_Linux 24]
35. [【Linux】Linux线程私有数据][Linux_Linux 25]

## STM32F103ZET6芯片 ##

STM32系列作为要求高性能、低成本、低功耗的嵌入式应用专门设计的ARM系列芯片，应用广泛。STM32F103系列更是作为其中非常经典、极其容易上手的芯片，各种资料很是完备。

那么，你可以试一试专栏：[STM32F103ZET6芯片][STM32F103ZET6]，可以作为STM32F103芯片的简单入门的博客专栏。**专栏中几乎涵盖了芯片的所有外设，同时从基础知识、寄存器、库函数、实例程序多方面讲述，基础入门。**

### 专栏章节 ###

1.  [【STM32】MDK5打开MDK4项目工程时出现的不兼容及解决方法][STM32_MDK5_MDK4]
2.  [【STM32】MDK中寄存器地址名称映射分析][STM32_MDK]
3.  [【STM32】STM32时钟系统和SystemInit函数解读][STM32_STM32_SystemInit]
4.  [【STM32】STM32端口复用和重映射（AFIO辅助功能时钟）][STM32_STM32_AFIO]
5.  [【STM32】NVIC中断优先级管理（中断向量表）][STM32_NVIC]
6.  [【STM32】SysTick滴答定时器（delay延时函数讲解）][STM32_SysTick_delay]
7.  [【STM32】GPIO工作原理（八种工作方式超详细分析，附电路图）][STM32_GPIO]
8.  [【STM32】GPIO的相关配置寄存器、库函数、位操作（实例：STM32控制跑马灯）][STM32_GPIO_STM32]
9.  [【STM32】串口通信基本原理（超基础、详细版）][STM32]
10. [【STM32】串口相关配置寄存器、库函数（UART一般步骤）][STM32_UART]
11. [【STM32】STM32固件库（标准外设库）][STM32_STM32]
12. [【STM32】外部中断概述、寄存器、库函数（EXTI一般步骤）][STM32_EXTI]
13. [【STM32】独立看门狗概述、寄存器、库函数（IWDG一般步骤）][STM32_IWDG]
14. [【STM32】窗口看门狗概述、寄存器、库函数（WWDG一般步骤）][STM32_WWDG]
15. [【STM32】通用定时器的基本原理（实例：定时器中断）][STM32 1]
16. [【STM32】通用定时器的PWM输出（实例：PWM输出）][STM32_PWM_PWM]
17. [【STM32】通用定时器的输入捕获（实例：输入捕获）][STM32 2]
18. [【STM32】RTC实时时钟概述、寄存器、库函数（RTC一般步骤）][STM32_RTC_RTC]
19. [【STM32】电源控制、低功耗模式（实例：待机模式）][STM32 3]
20. [【STM32】ADC的基本原理、寄存器（超基础、详细版）][STM32_ADC]
21. [【STM32】ADC库函数、一般步骤详解（实例：内部温度传感器实验）][STM32_ADC 1]
22. [【STM32】DAC基本原理、寄存器、库函数（DAC一般步骤）][STM32_DAC_DAC]
23. [【STM32】PWM DAC基本原理（实验：PWM实现DAC）][STM32_PWM DAC_PWM_DAC]
24. [【STM32】DMA基本原理、寄存器、库函数（DMA一般步骤）][STM32_DMA_DMA]
25. [【STM32】IIC的基本原理（实例：普通IO口模拟IIC时序读取24C02）][STM32_IIC_IO_IIC_24C02]
26. [【STM32】SPI的基本原理、库函数（SPI一般步骤）][STM32_SPI_SPI]

## UCOS-III操作系统 ##

了解了一款芯片，只做一些裸板的程序是非常浪费的；甚至说在一些复杂的需求中是无法完成的。而使用操作系统，能够使整个大的任务序列井然有序地运行而不出错，而这是裸板程序所无法比拟的。

嵌入式实时操作系统有很多：UCOS-III操作系统、Free-RTOS操作系统、XWorks操作系统……各个实时操作系统之间尽管有很多的不同，但相似点还是蛮多的。

那么，你可以试一试专栏：[UCOS-III操作系统][UCOS-III]，可以作为UCOS-III操作系统的简单入门的博客专栏。**专栏中对操作系统中每个部分都有详细的讲解，并配备有实例的代码，基础入门。**

### 专栏章节 ###

1.  [【UCOSIII】UCOSIII基础知识和STM32F103的移植][UCOSIII_UCOSIII_STM32F103]
2.  [【UCOSIII】嵌入式实时操作系统UCOSIII及其任务][UCOSIII_UCOSIII]
3.  [【UCOSIII】UCOSIII的任务调度和切换][UCOSIII_UCOSIII 1]
4.  [【UCOSIII】UCOSIII的初始化和启动][UCOSIII_UCOSIII 2]
5.  [【UCOSIII】UCOSIII的任务管理][UCOSIII_UCOSIII 3]
6.  [【UCOSIII】UCOSIII系统内部任务][UCOSIII_UCOSIII 4]
7.  [【UCOSIII】UCOSIII的中断和时间管理][UCOSIII_UCOSIII 5]
8.  [【UCOSIII】UCOSIII软件定时器][UCOSIII_UCOSIII 6]
9.  [【UCOSIII】UCOSIII的信号量][UCOSIII_UCOSIII 7]
10. [【UCOSIII】UCOSIII的互斥信号量][UCOSIII_UCOSIII 8]
11. [【UCOSIII】UCOSIII的任务内嵌信号量][UCOSIII_UCOSIII 9]
12. [【UCOSIII】UCOSIII的消息传递][UCOSIII_UCOSIII 10]
13. [【UCOSIII】UCOSIII的事件标志组][UCOSIII_UCOSIII 11]
14. [【UCOSIII】UCOSIII的同时等待多个内核对象][UCOSIII_UCOSIII 12]
15. [【UCOSIII】UCOSIII的存储管理][UCOSIII_UCOSIII 13]

## Altium Designer ##

学会了使用芯片，但是可能有时候具体的需求中并不需要太多的外设（可能只需要其中某一部分的功能）。这时候就需要自己动手设计开发板了，这个时候就需要用到Altium Designer。

那么，你可以试一试专栏：[Altium Designer][]，可以作为Altium Designer的简单入门的博客专栏。**专栏中对其中每一个步骤、每一个图标位置都有截图说明，清晰明了、基础入门。**

**该软件入门很简单，但是如果需要熟练地掌握它，只能不断地去练习。**

专栏章节

1.  [【AD】Altium Designer 新建一个项目][AD_Altium Designer]
2.  [【AD】Altium Designer 原理图的绘制][AD_Altium Designer 1]
3.  [【AD】Altium Designer PCB文件的绘制（上篇：PCB基础和布局）][AD_Altium Designer PCB_PCB]
4.  [【AD】Altium Designer PCB文件的绘制（下篇：PCB布线和后续）][AD_Altium Designer PCB_PCB 1]
5.  [【AD】Altium Designer 打开 .ddb文件（附：各种问题的解决）][AD_Altium Designer _ .ddb]

![watermark_type_ZmFuZ3poZW5naGVpdGk_shadow_10_text_aHR0cHM6Ly9ibG9nLmNzZG4ubmV0L3FxXzM4NDEwNzMw_size_16_color_FFFFFF_t_70][]

[Linux]: https://blog.csdn.net/qq_38410730/article/category/7577347
[Linux_Linux]: https://blog.csdn.net/qq_38410730/article/details/80423937
[Linux_Linux 1]: https://blog.csdn.net/qq_38410730/article/details/80439764
[Linux_Samba]: https://blog.csdn.net/qq_38410730/article/details/80500920
[Linux_Linux 2]: https://blog.csdn.net/qq_38410730/article/details/80514739
[Linux_Linux_vi_gcc_gdb]: https://blog.csdn.net/qq_38410730/article/details/80530616
[Linux_Linux_Linux_Linux]: https://blog.csdn.net/qq_38410730/article/details/80990756
[Linux_Linux_Linux]: https://blog.csdn.net/qq_38410730/article/details/81022638
[Linux_Linux_MMU]: https://blog.csdn.net/qq_38410730/article/details/81036768
[Linux_Linux 3]: https://blog.csdn.net/qq_38410730/article/details/81071084
[Linux_Linux 4]: https://blog.csdn.net/qq_38410730/article/details/81104079
[Linux_Linux 5]: https://blog.csdn.net/qq_38410730/article/details/81105132
[Linux_Linux_slab]: https://blog.csdn.net/qq_38410730/article/details/81138790
[Linux_Linux 6]: https://blog.csdn.net/qq_38410730/article/details/81173170
[Linux_Linux 7]: https://blog.csdn.net/qq_38410730/article/details/81193118
[Linux_Linux 8]: https://blog.csdn.net/qq_38410730/article/details/81253686
[Linux_Linux 2.6]: https://blog.csdn.net/qq_38410730/article/details/81273998
[Linux_Linux 9]: https://blog.csdn.net/qq_38410730/article/details/81290855
[Linux_Linux 10]: https://blog.csdn.net/qq_38410730/article/details/81318562
[Linux_Linux Ext2]: https://blog.csdn.net/qq_38410730/article/details/81319990
[Linux_Linux 11]: https://blog.csdn.net/qq_38410730/article/details/81349113
[Linux_Linux 12]: https://blog.csdn.net/qq_38410730/article/details/81368186
[Linux_Linux 13]: https://blog.csdn.net/qq_38410730/article/details/81414847
[Linux_Linux 14]: https://blog.csdn.net/qq_38410730/article/details/81415419
[Linux_Linux 15]: https://blog.csdn.net/qq_38410730/article/details/81416195
[Linux_Linux_System V IPC]: https://blog.csdn.net/qq_38410730/article/details/81486486
[Linux_Linux 16]: https://blog.csdn.net/qq_38410730/article/details/81488145
[Linux_Linux 17]: https://blog.csdn.net/qq_38410730/article/details/81544471
[Linux_Linux 18]: https://blog.csdn.net/qq_38410730/article/details/81569852
[Linux_Linux 19]: https://blog.csdn.net/qq_38410730/article/details/81609452
[Linux_Linux 20]: https://blog.csdn.net/qq_38410730/article/details/81637877
[Linux_Linux 21]: https://blog.csdn.net/qq_38410730/article/details/81674118
[Linux_Linux 22]: https://blog.csdn.net/qq_38410730/article/details/82084676
[Linux_Linux 23]: https://blog.csdn.net/qq_38410730/article/details/82287913
[Linux_Linux 24]: https://blog.csdn.net/qq_38410730/article/details/81914422
[Linux_Linux 25]: https://blog.csdn.net/qq_38410730/article/details/82026363
[STM32F103ZET6]: https://blog.csdn.net/qq_38410730/article/category/7511110
[STM32_MDK5_MDK4]: https://blog.csdn.net/qq_38410730/article/details/79742065
[STM32_MDK]: https://blog.csdn.net/qq_38410730/article/details/79816270
[STM32_STM32_SystemInit]: https://blog.csdn.net/qq_38410730/article/details/79826397
[STM32_STM32_AFIO]: https://blog.csdn.net/qq_38410730/article/details/79828852
[STM32_NVIC]: https://blog.csdn.net/qq_38410730/article/details/79829983
[STM32_SysTick_delay]: https://blog.csdn.net/qq_38410730/article/details/79843806
[STM32_GPIO]: https://blog.csdn.net/qq_38410730/article/details/79858906
[STM32_GPIO_STM32]: https://blog.csdn.net/qq_38410730/article/details/79871188
[STM32]: https://blog.csdn.net/qq_38410730/article/details/79887200
[STM32_UART]: https://blog.csdn.net/qq_38410730/article/details/79897008
[STM32_STM32]: https://blog.csdn.net/qq_38410730/article/details/79810216
[STM32_EXTI]: https://blog.csdn.net/qq_38410730/article/details/79915937
[STM32_IWDG]: https://blog.csdn.net/qq_38410730/article/details/79954662
[STM32_WWDG]: https://blog.csdn.net/qq_38410730/article/details/79966441
[STM32 1]: https://blog.csdn.net/qq_38410730/article/details/79976785
[STM32_PWM_PWM]: https://blog.csdn.net/qq_38410730/article/details/79996222
[STM32 2]: https://blog.csdn.net/qq_38410730/article/details/80011330
[STM32_RTC_RTC]: https://blog.csdn.net/qq_38410730/article/details/80050619
[STM32 3]: https://blog.csdn.net/qq_38410730/article/details/80066542
[STM32_ADC]: https://blog.csdn.net/qq_38410730/article/details/80071349
[STM32_ADC 1]: https://blog.csdn.net/qq_38410730/article/details/80080660
[STM32_DAC_DAC]: https://blog.csdn.net/qq_38410730/article/details/80095881
[STM32_PWM DAC_PWM_DAC]: https://blog.csdn.net/qq_38410730/article/details/80113841
[STM32_DMA_DMA]: https://blog.csdn.net/qq_38410730/article/details/80270444
[STM32_IIC_IO_IIC_24C02]: https://blog.csdn.net/qq_38410730/article/details/80312357
[STM32_SPI_SPI]: https://blog.csdn.net/qq_38410730/article/details/80318821
[UCOS-III]: https://blog.csdn.net/qq_38410730/article/category/7517612
[UCOSIII_UCOSIII_STM32F103]: https://blog.csdn.net/qq_38410730/article/details/80738722
[UCOSIII_UCOSIII]: https://blog.csdn.net/qq_38410730/article/details/80752684
[UCOSIII_UCOSIII 1]: https://blog.csdn.net/qq_38410730/article/details/80753631
[UCOSIII_UCOSIII 2]: https://blog.csdn.net/qq_38410730/article/details/80764894
[UCOSIII_UCOSIII 3]: https://blog.csdn.net/qq_38410730/article/details/80777711
[UCOSIII_UCOSIII 4]: https://blog.csdn.net/qq_38410730/article/details/80778988
[UCOSIII_UCOSIII 5]: https://blog.csdn.net/qq_38410730/article/details/80820771
[UCOSIII_UCOSIII 6]: https://blog.csdn.net/qq_38410730/article/details/80821152
[UCOSIII_UCOSIII 7]: https://blog.csdn.net/qq_38410730/article/details/80848586
[UCOSIII_UCOSIII 8]: https://blog.csdn.net/qq_38410730/article/details/80878292
[UCOSIII_UCOSIII 9]: https://blog.csdn.net/qq_38410730/article/details/80890052
[UCOSIII_UCOSIII 10]: https://blog.csdn.net/qq_38410730/article/details/80903175
[UCOSIII_UCOSIII 11]: https://blog.csdn.net/qq_38410730/article/details/80916936
[UCOSIII_UCOSIII 12]: https://blog.csdn.net/qq_38410730/article/details/80917388
[UCOSIII_UCOSIII 13]: https://blog.csdn.net/qq_38410730/article/details/80932151
[Altium Designer]: https://blog.csdn.net/qq_38410730/article/category/7514459
[AD_Altium Designer]: https://blog.csdn.net/qq_38410730/article/details/80336998
[AD_Altium Designer 1]: https://blog.csdn.net/qq_38410730/article/details/80353927
[AD_Altium Designer PCB_PCB]: https://blog.csdn.net/qq_38410730/article/details/80389291
[AD_Altium Designer PCB_PCB 1]: https://blog.csdn.net/qq_38410730/article/details/80397365
[AD_Altium Designer _ .ddb]: https://blog.csdn.net/qq_38410730/article/details/80591386
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