• Duration:1 hours and 5 minutes and 45 seconds
  • Date:2019/03/23
  • Uploader:老白菜
Introduction
"FreeRTOS Source Code Detailed Explanation and Application Development: Based on STM32" is supplemented by a large number of routines to comprehensively explain the principles and source code of FreeRTOS. The main content includes task management and task scheduling, system reduction and configuration, time management, queues, semaphores, software Timers, event flag groups, task notifications, low-power Tickless mode, idle tasks and memory management, etc. At the same time, "FreeRTOS Source Code Detailed Explanation and Application Development: Based on STM32" is equipped with a large number of illustrations, which is a good choice for those who want to learn the principles of RTOS systems in depth.

Unfold ↓

You Might Like

Recommended Posts

How do you deal with the used lithium batteries from replaced mobile phones? Can they still be used for DIY?
[size=3]I have replaced the lithium battery from my mobile phone. I couldn't find a professional recycling place, so I kept it, hoping to use it in DIY someday. But it has been put away for a long tim
eric_wang DIY/Open Source Hardware
Technical guidance: What is the difference between lead-spray tinning and lead-free tinning for PCB boards?
[align=left]The process requirements in the production of circuit boards are a very important factor, which directly determines the quality and positioning of a board. [/align][align=left]For example,
szjlczhang PCB Design
Design and implementation of mobile robot based on DSP
The concept of Intelligent Transportation System (ITS) was proposed by the Intelligent Transportation Society of the United States in 1990. It integrates advanced information technology, communication
黑衣人 DSP and ARM Processors
Ask about the problem of embedding assembly in C in Tornado programming
Ask about the problem of embedding assembly in C in Tornado programming I added the assembly operation of turning on the watchdog in the C program as follows: (referenced from the DX article on the fo
jewru Embedded System
Learning the MAX32630FTHR Board (I): Getting Started
First of all, I would like to thank EE Forum and MAXIM for providing this opportunity to learn how to use MAX32630FTHR. This afternoon, I received the MAX32630FTHR board sent by the forum. The deliver
anning865 MAX32630FTHR Design Competition
Allwinner heterogeneous multi-core AI intelligent vision V853 development board evaluation - The following error occurs when compiling eye-mppviplite-driver
## 1. The following error occurs when compiling eye-mppviplite-driver ``` Collected errors: * pkg_hash_check_unresolved: cannot find dependency viplite-driver for eyesee-mpp-middleware * pkg_hash_fetc
IC爬虫 Domestic Chip Exchange

推荐文章

正点原子STM32 USB读卡器代码分析 2024年10月15日
USB读卡器的基本原理就是向主机提供SD读写功能,并不需要加入文件系统功能。 USB设备的实现步骤: 1、 初始化系统时钟,设置USB时钟 2、 配置USB中断,选择通道,设置优先级,使能中断 3、 配置GPIO 4、 USB的初始化,对描述符、设备的端点接口等的初始化 5、 FLASH的初始化 sd_size=(long long)SD_GetSectorCount()...
正点原子stm32精英开发板串口一键下载电路原理分析 2024年06月03日
使用串口芯片CH340中的DTR引脚和RTS引脚来控制单片机复位引脚和BOOT0引脚的电平状态,从而实现一键下载。对于这个一键下载电路,重点是这2个地方没问题就足够理解了:1.得有看懂三极管电路开关状态的能力 2.得明白CH340的DTR RTS引脚电平状态是可以由软件来控制的 1.使用串口下载前,先这样连接:单片机串口1的tx1 rx1分别和ch340的rx tx连接,...
stm32入门开发板选野火还是正点原子 2023年03月14日
两个可以说都是行业标杆。 不能说哪个比哪个更好,各有特色,适合自己就是最好的,同行之间都是相互参考去做的。 我从以下几个维度来对比下: 1.教程 2.代码 3.开发板价格 4.进阶 一、教程 两家教程都是完全开源的,大家对野火的教程好评比较多,开始几章由浅到深讲解地很好。 有些c基础不是很好的人也能跟上,能理解STM32的外设使用底层也是从寄存器配置进行代码二次封...
基于正点原子的FTFLCD原理阐述 2022年06月09日
STM32操作FTFLCD模块的流程图 任何 LCD,使用流程都可以简单的用以上流程图表示。其中硬复位和初始化序列,只需要 执行一次即可。而画点流程就是:设置坐标→写 GRAM 指令→写入颜色数据,然后在 LCD 上 面,我们就可以看到对应的点显示我们写入的颜色了。读点流程为:设置坐标→读 GRAM 指令 →读取颜色数据,这样就可以获取到对应点的颜色数据了。 TFTF...

Recommended Content

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews


Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号