UCOSII transplanted to the AVR MEGA8 on application procedures for 1602 display...

ucos-ii说明手册，对学ucos有帮助-ucos-ii instruction manual for school uCOS help

ucos-II 操作系统在lplpc214X上开发的程序-ucos-II operating system developed in lplpc214X procedures

基于 Philips 公司的 ARM-7 使用之 uC/OS-II 作业系统,此例程是移植于 LPC-2888 上的应用,不同于一般的 Porting 其最主要是加入了支援 OS_View 观察器功能,于 IAR EWARM V4.41A 工程编译,而 uC/OS 版本为 2.83-Based on the Philips company

mc9328mx1在UCOS操作系统下的SCM原代码，这是微芯力的实验箱上的代码，均测试过。-uCOS mc9328mx1 in SCM under the original operating system code, which is the experimental force Chipscreen me on the code, were tested.

ucosII源码分析，从CPU的执行顺序来看吧，这样也许清晰一些，并且我们暂时抛弃那些Event/MailBox、信号量等元素，还是先看看作为一个OS核心的Task Schedule部分内容吧。首先从main函数开始，下面是uC/OS-II main函数的大致流程：

可移到ucos上的文件系统-CENTER be moved to the File System

uCOS_II_Reference_Manual.rar 单片机开发 实时操作系统(uCOS_II_Reference_Manual.rar)

freescale mc9s12xep100 + ucosii 充电桩项目(freescale mc9s12xep100+ ucosii )

ＵＣＯＳⅡ嵌入式操作系统应用例子-It is an expample using uCOSII emedded RTOS.

我 Porting 的 uC/OS-II V2.84 (目前Micrium)最新版之 Keil C51 工程,专供给 8051 上做任务调度,我已将 Code Size 改小至 4000 Byte,对于 X-Ram 的用量也仅 160 Byte(于 Keil C51 V8.08a 下编译后).我在 Main.c 内创建了两个任务调度的 LED 闪烁程序,方便了解任务是如何被创建的,同时我也在 Keil C51 的 Project 内设好了 Simulator 模式及 Port 1 窗视可即时的观测这两个任务调度情况.-I Porting the uC/OS-II V2.84 (currently Micrium) the latest version of the Keil C51 works exclusively on the supply of 8051 to do mission scheduling, I have Code Size改小to 4000 Byte, the usage of X-Ram is only 160 Byte (in Keil C51 V8.08a compiled). I main.c create two task scheduling of the LED flashing procedures to facilitate the understanding of how the mission was founded at the same time I Keil C51 is also equipped with the Project Good the Simulator Mode and Port 1 window, as can be observed real-time task scheduling of these two cases.