uC/OS

UCGUI源代码 windows可用的U CGUI源代码 windows可用的-UCGUI windows source code available U CGUI windows source code available

UCOS的移植参考文献，详细讲解了UCOS在windows平台上的移植过程。(UCOS transplant references, explained in detail on the windows platform UCOS transplant process.)

本文档讲解ucosii的api功能和使用。(This document explains the API function and use of uCOSII.)

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

UCOS 在ARM S3C 2410上的移植(ARM S3C 2410 in UCOS the transplant)

用于在ICC上使用的ATMEL 128处理器的ucos2.81版本的移植文件以及相关例子。还包含uCOSView 和 EvalBoards-For the ICC to use the ATMEL 128 processor ucos2.81 version of the portable document, as well as relevant examples. Also includes uCOSView and EvalBoards

Modbus协议主从协议栈，基于S3C2410和LPC2294两种平台案例-modbus_s3c2410 modbus_lpc2294

介绍几种cpuThe 8xC251SA/SB/SP/SQ improves on the MCS-51 architecture and peripheral features, introducing the advanced register based CPU architecture i.e., the MCS 251 microcontroller architecture. The register based CPU supports a 40-byte register file. In addition, the 8xC251SA/SB/SP/SQ microcontroller has 256-Kbyte expanded external code/data memory space and 64-Kbyte stack space. The new controller is also specially designed to execute C code efficiently. More importantly, the 8xC251SA/SB/SP/SQ maintains binary code compatibility with MCS 51 microcontrollers but at the same time allows the use of the powerful MCS 251 microcontroller instruction set, with many new 8, 16 and 32 bit instructions available. The 8xC251SA/SB/SP/SQ has 512 bytes or 1 Kbyte of on-chip data RAM options and is available in 16 Kbytes and 8 Kbytes of on-chip ROM/OTPROM or ROMless options. -introduced several cpuThe 8xC251SA/SB/SP/SQ improves on the MCS-51 architecture and peripheral features, introducing the adva

uC/OS操作系统在51平台的移植代码，编译环境为Keil C51-uC/OS platform in 51 transplant code, compile environment for the Keil C51

vc++环境下的ucosII，学习ucos的好例程-vc++ environment ucosII, learn a good routine uCOS