ucos_ii 在microblaze平台上的移植

jz4740 usbboot用于下载编译过的程序到开发板-for download jz4740 usbboot procedures compiled to development board

完成在S3C2410处理器上移植μC/OS-II内核，然后实现以下多任务： a) 控制实验箱核心板上4盏LED灯轮流亮灭； b) 将LED1连接到ARM9-2410EP增强型实验箱扩展口的DA OUT端口，通过实验箱上的键盘（比如“↑”、“↓”键）控制LED1亮暗变化，同时在超级终端显示该控制值； c) 将LED2连接到扩展口的I/O输出口，通过超级终端按键控制LED2亮灭，即按一下PC的超级终端某个键（比如回车键）LED2灭，再按LED2亮，反复循环。 -Completed the processor S3C2410 transplant μC/OS-II kernel, and then multi-task to achieve the following: a) control experiment box core board 4 bright LED lights out rotation b) will LED1 connected to the ARM9-2410EP enhanced experimental me expansion of the mouth of DA OUT port, through the experimental box on your keyboard (such as

S3C44B0下的ucos程序。并包含了udp/ip网络通讯同能。-S3C44B0 under the procedures OUT. And contains udp/ip network communication can be the same.

s3c44b0x应用，讲得不错-s3c44b0x application and speak well.

用于ARM7的应用开发程序，带操作系统UCOSII，是lpc21xx开发平台-For ARM7 application development process, with the operating system UCOSII, is a development platform lpc21xx

给出了一个ucos_ii在mc9s12dg128b上的移植事例，实时多任务系统给出了五个任务(given a ucos_ii mc9s12dg128b in the transplant stories, Real-time multi-task system is a five tasks)

The objective of this assignment is to implement a preemptive kernel. The preemptive kernel can be developed based on the non-preemptive kernel implemented in previous lab. Use the context switch function supplied in the homework.

uc/os 操作系统是经典的开放源码嵌入式操作系统，对于在嵌入式开发有兴趣的朋友来说，理解这个操作系统的源代码是非常必要的！-uc/os operating system is a classic open-source embedded operating system for embedded development in the interest of a friend, an understanding of the operating system"s source code is very necessary!

ucos-ii-gcc UCOS-II在AVR单片机上的应用 利用GCC开发环境-CENTER-ii- gcc UCOS-II in the AVR on the use of GCC Application Development Environment

UCOS2外围接口程序源代码，大家看一下，共同分享-UCOS2 peripheral interface source code, we look into the shared