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new__arm7_armboot-1.1.0
- 多种Arm7/9单片机的 的嵌入式系统UCOS代码,具有RS232串口,TCP/IP网络,TFTP, USB接口代码,非常完整-variety of Arm7 / 9 MCU embedded systems UCOS code, with RS232 serial port, TCP / IP network, TFTP, USB interface code, a very complete
GENIE-SHELL
- Genie-shell for ucos 一、 基本要求(必做) (1) 设计并实现ucos的shell模型 (2) 实现简单的Shell命令 hostname命令在屏幕上打印一句话,即自定义的本机名称。 hello 命令可以带多个参数,如hello a b c d,回车后会显示: hello,I am Genie your argv is: a b c d (3)实现在串口和LCD的同步显示,即所有的命令操作过程都要显示在串口和L
s3c2410UcosPort
- ucos 移植实验成功把ucos移植到2410上建立十个任务,每个任务不停地往串口上打印自己的任务号-CENTER transplantation experiments successfully transplanted to CENTER 2410 on the establishment of 10 tasks, each task to keep serial printing its own mandate,
s3c2410guiRTC
- s3c2410ucos 移植实验成功把ucos移植到2410上建立十个任务,每个任务不停地往串口上打印自己的任务号-s3c2410ucos transplantation experiments successfully transplanted to CENTER 2410 on the establishment of 10 tasks each task to keep serial printing its own mandate,
UART_EXP
- ucOS下串口实验程序.可以了解串口在ucOS下的工作方式-ucOS experimental procedure. Serial can understand the ucOS under way
iccavrUCOS_m64
- ucos移植到m64, 精简过, 使用portc bit4控制led显示, 串口1波特率38400输出-OUT transplant m64, streamlining, of using portc led bit4 control, Serial output a 38,400 baud rate
STM32-led-blinjk-for-ucos
- STM32 开发板基于 uCosII 2.86 的 LED灯闪烁实验 开发板上电后,LED1-3 会按照默认的 500ms 间隔,明暗闪烁,此时可以通过 串口助手 SSCOM3.2 发出指令,设置 LED1,LED2,LED3 的闪烁间隔时间。间隔范围是 1-65535ms。可以设置任意一个 LED 得闪烁间隔时间, 通过这个实验,可以学习 ucosII 的 任务建立,及任务调度, 事件同步等内容。-STM32 development board based uCosII
uCOS-II-SmartFusion2
- 在smartfusion2平台上,在ucosII操作系统下,通过串口向计算机发送图像数据,计算机用串口调试助手接收-On smartfusion2 platform, operating system under ucosII send image data to a computer via serial port, the computer receives serial debugging assistant
ucos-ucgui-sd-gps
- 在MiniSTM32开发板上使用串口1接收GPS信息,处理RMC和GSV语句,在液晶屏上显示当前定位信息,并且移植了Fatfs文件系统,在SD卡下保存当前的定位信息。-MiniSTM32 development board serial port using a GPS receiver information processing RMC and GSV statement shows the current location information on the LCD screen, an
ucos-project-ii-stm32c8t6
- stm32单片机-F103C8T6上实现了多任务的切换的ucos任务,实现了3路的串口数据的通信,串口数据接收的灵敏度比较高,其中一个串口通信是基于modbus协议,同时可以进行CAN的通信,需要的朋友可以根据自己的需要进行修改。-implemented on a single chip-F103C8T6 stm32 ucos task switching multitasking achieve three-way serial communication data, serial data
DEV_Pro_usart2_IT(ucos)
- STM32 usart中断方案,用于串口中断输入,带有ucos操作系统-STM32 usart2 INTERRUPT
UCOS-III(stm32F103vct6)
- UC/OS-III MDK的编译环境,STM32F103VCT6上运行的纯净版的工程模板,里面有2个任务一个任务控制指示灯,一个任务是串口通讯-MDK UC/OS-III compiler environment, STM32F103VCT6 running on the pure version of the project template, which has 2 tasks a task control indicator, a task is a serial communicatio
ucos-c
- 压缩包中有基于ucos系统下的常用程序,有tim捕获,串口查询,串口中断,定时器中断,温度读取。-Compressed package based on common procedures under ucos system, there are tim capture, serial query, the serial port interrupt, timer interrupt, temperature reading.
uCOS-III-Demo
- 这是一个基于STM32F103的UCOS-III的串口通信源码,很值得借鉴。-This is a UCOS-III based on the STM32F103 serial communication source code, it is worth learning from.
uCOS-II-2.86-for-STM32F10x-template
- 基于STM32F10X的UCOS_II模板,创建了一个串口打印任务和两个LED闪烁任务,在正点原子MINI_STM32F10X开发板上测试通过-Based STM32F10X of UCOS_II template to create a serial print job tasks and two LED flashes, punctual atomic testing in the development board through MINI_STM32F10X
ucos-ii-18b20
- 利用ucosii与ds18b20实现测温并串口打印温度信息-measure temperature with ds18b20 sensor in ucos-ii ,also print the temperature information in uart1
XS128_uCOS_II
- MC9S12X128移植了ucosII操作系统,通过创建串口发送任务和led点亮任务,从而实现通过串口助手发送十六进制字符,让一排灯按位点亮(MC9S12X128 transplant ucosII operating system, through the creation of serial port to send tasks and LED lighting task, so as to achieve through the serial assistant to send sixte
ucosii-test
- ucos-ii使用串口的修改示例,可以正常在stm32运行(Examples of uCOS-II using serial ports)
ucos_lcd
- STM32F0系列的ucosii移植实例代码,基于Keil5,包括串口通信、按键检测、RTC时钟实时显示等(STM32F0 series of uCOSII transplantation example code, based on Keil5, including serial communication, key detection, RTC clock, real-time display)
STM32F407_uCOS-III lwip(20160827)
- 主要实现功能: 1 tcp server并发(主要涉及文件app_lwip.c、app_tcp_server.c) 2 网线热插拔(主要涉及文件app_lwip.c、app_tcp_server.c) 3 不重启修改ip地址(主要涉及文件app_lwip.c、app_tcp_server.c、app_key.c(按键修改ip地址)) 4 将lwip的数据接收从中断方式改成单独的接收任务方式(主要涉及文件app_lwip.c) 5 usb串口信息打印(115200波特率) 6 注意:使