ucOs

是操作系统源码。uc/os-II的操作系统源码，对于学习操作系统非常的方便有效-Is the operating system source code. uc/os-II operating system source code, for learning the operating system is very convenient and effective

不用我多说,自己看吧,大家共同进步-Needless to say, their Behold, O common progress!

最好最全的 uCOS-II中文教程,uCOS-II源代码分析,图文并茂,内容详尽.最大的的特点是它被制作成了已编译的HTML帮助文件,查阅起来非常方便.-The best and the whole of uCOS-II Chinese Course, uCOS-II source code analysis, with illustrations and detailed. Is characterized by the largest it has been produced has become a compiled HTML Help file, access is easy.

嵌入式操作系统程序-Embedded operating system procedures

TG12864 LCD代码 在UC/OS 下 EASYRARM2100 下跑过，显示一个图形，程序在ADS1。2下运行。是个处女做，仅供参考-Source code of TG12864 LCD driver for uC/OS tested on EASYRARM2100. It can display an image on the screen. It has been tested on ADS1.2. My first program.

说明：  基于stm32f1的 ucosII开发手册 包含移植、代码讲解等(UcosII development manual based on stm32f1 Including porting, code explanation, etc.)

UCGUI论坛贴子精华集 包括UCGUI的最新版本、说明文档、详细移植过程以及应用-Forum posts UCGUI essence UCGUI set includes the latest version of documentation detailing the process of transplantation and the application

ucos2.52在msp430上移植-ucos2.52 transplant on the Controller

Sanos Operating System Kernel ----------------------------- Sanos is an OS kernel for use in PC based server appliances. The kernel was developed as part of an experiment on investigating the feasibility of running java server applications without a traditional operating system only using a simple kernel.-Sanos Operating System Kernel----------------------------- Sanos is an OS kernel for use in PC based server appliances. The kernel was developed as part of an experiment on investigating the feasibility of running java server applications without a traditional operating system only using a simple kernel.

基于开源的uC/OS-II 内核没有设备管理功能的缺点，本项目根据uC/OS-II 自身的结构特点，设计一个设备管理框架，将不同设备驱动程序通过统一的内核接口进行管理。同时，该设备管理框架对用户屏蔽底层设备驱动，可进一步加强uC/OS-II 易于移植、裁剪的特点。-Owing to the bustling of the daily loading operation of methanol, artificial loading has some disadvantages such as low efficiency, great loss, as well as damage to the health of on-site loading operators caused by the volatilization of methanol when filling and other issues. Even sometimes negligence arising from manual operation will lead to tank overflow accidents. Moreover, static grounding may not be rigid, or operators forget to access anti-static clamps and so on. There is static aggregation security risk at any time in the filling process .In order to overcome the penalties caused by manual operation and management, reduce environmental pollution, improve the efficiency of storage and transportation management operations and overall effectiveness of chemical companies, meet the needs of economic development, there is an urgent demand for a stora