ucfs1.34 version, ucgui3.14 version, ucos2.76 version can be used to arm the sys...

在网上好不容易找到的有关ucos移植到gba上的代码，有需要的可以下载看看，有关内容可以和作者联系-the Internet is not easy to find the relevant CENTER transplant impressions on the code, the need to be able to download a look at the contents and the author can be linked

这是操作系统中的写者优先算法的实现绝对正确-this is the operating system was the priority algorithm to achieve absolutely correct

ucOS + ucGUI 人机界面 源码 加入触摸屏校准功能。 >> 校准后触摸屏参数保存在STM32芯片自身的Flash中。 >> 当第一次启动程序或者全部擦除芯片后第一次启动将会执行校准。 >> 也可以在设置功能中选择“触摸屏校准”手动执行校准，前提是当前触屏参数和真实值相差不大，可以进入到触摸屏校准选项(ucOS+ ucGUI HMI experiment source Code)

这是用于STC（AT）89C51的操作系统ucOS-II，是我修改之后的，绝对可用(This is used for STC (AT) 89 C51 operating system ucOS-II, is my after modification, absolute can be used )

这是我是用ARM7过程中，个人的体和心得，希望大家在一起交流和分享-This is that I am using the ARM7 process, individuals and ideas, I hope everyone with the exchange and sharing of

一个外国牛人做的ucos2向mcf5307的移植，很有参考价值-a foreign cattle are doing ucos2 mcf5307 to the transplant, of great reference value

移植到MCS51的uCOS_II。 1。在文件OS_CORE.C中OSMapTbl和OSUnMapTbl数组用于查表，所以应该放在code里。 增加code关键字。UCOS_II.H和OS_CORE.C。 2。OS_CFG.H堆栈大小MaxStkSize改为900。 3。OS_CPU_C.C的InitTimer0函数增加了关于开T0中断的解释。 允许T0中断，此时EA=0(51上电缺省值)，中断还不会发生，满足在OSStart()前不产生中断的要求。 4。修改中断处理流程，以便严密监视中断嵌套情况。每个中断进入后立即进行OSIntNesting+1原语操作。 5。增加printf函数的移植，支持灵活的数据显示。支持标准或长二进制/八进制/十进制/十六进制/无符号整数， 支持字符、字符串、浮点数、百分号％。其中，浮点数在整个范围内被完全支持，统一采用科学记数法显示。 -transplanted to the MCS51 uCOS_II. 1. In the document which OSMapTbl OS_CORE.C and OSUnMapTbl array for Lookup, Therefore, it should be placed on code Lane. Increased code keyword. UCOS_II.H and OS_CORE.C. 2. OS_CFG.H MaxStkSize stack size to 900. 3. OS_CPU_C.C InitTimer0 function of the increase on the open T0 interrupted explained. Allow T0 interruption, this time EA = 0 (51 electricity default value), also will not be interrupted. meet the OSStart () do not have interrupted the former requirements. 4. Changes interrupt handling procedures, in order to closely mon

基于uC/OS-II和STM32F103ZET6平台的流水灯实验(Based on uC/OS-II and STM32F103ZET6 platform light water experiment)

按键检测，当有按键输入时系统你能检测到按键的输入值-Detection button, when the system has keystrokes you can detect the key input value

嵌入式实时操作系统uCOS-II_2.8 核心源代码-RTOS uCOS- II_2.8 source code