oskit-20020317.tar

大唐移动和Express Logic公司合作，应用Threadx操作系统开发的中文文档。翻译得还行，不想费尽看英文的推荐下载(Datang Mobile and Express Logic company, the application of ThreadX operating system developed by the Chinese document. Translation may also visit brains do not want to see that the English version of the Recommended Download)

说明：  ThreadX OS for Arm source

处理及调度源代码，用C++来编程，模拟处理机调度，实验报告(Processing and scheduling source code, using C++, programming, analog processor scheduling, lab reports)

说明：  这是我们学习操作系统的时候老师给我们做的关于进程调度的实验，很经典，给大家参考一下！(This is our time for teachers to learn the operating system for us to do experiments on the process of scheduling, it is a classic look for your reference!)

操作系统作业源代码，方便学习操作系统课程的同学使用 (this is the codes for students who learn computer system.)

广东工业大学计算机学院操作系统4源代码 (Guangdong University of Computer Science 4 source code operating system)

BIOS深度了解，图示介绍，对于初学者来说很有帮助，有需要的快下载吧(BIOS-depth understanding, icon introduced, useful for beginners, there is a need to download it fast)

说明：  本程序为自己在学习操作系统时独立根据书上所述的银行家算法制作而成，包括一个数组输入函数（Sr()），数组输出函数（Pr()）和一个判断函数（test()），并通过指针传递参数，可以自定义进程数目和资源种类数目（源程序限10个以内，可自行更改数组）。 注：本程序是在linux环境下通过gcc编译器编译成功的。若移植到windows环境下可能在汉字显示部分出现乱码。(This procedure for their own independence in learning, when the operating system on the basis of the book described in banker s algorithm produced, including an array of input function (Sr ()), array output function (Pr ()) and a judging function (test () ), and through pointer parameters, the process can customize the number and type of the number of resources (source 10 within limits, can make changes to the array). Note: This procedure is in the linux environment through the gcc compiler to compile successful. If transplanted into windows environment may display garbled characters.)

非常强大的DDOS嘎嘎，速度下载把，版权帝们，(Very strong DDOS quack)

在C环境下，通过链表模拟银行家算法，可自定义资源量和资源数，以及进程数，实现判定避免死锁的分配。(In the C environment, through the list bankers algorithm simulation, can be custom resource amount and the number of resources, as well as the number of processes, determine the deadlock avoidance allocation.)