搜索资源列表
aeslib
- 简单好用的AES算法，提供基本的对文件的加密、解密和数据块的加密、解密，目前的版本是静态库，很容易改做成动态库，亦可轻松移植到Linux平台，已测试过跟Java等其他标准AES加密库成功对接（可相互加、解密）。-simple and easy AES algorithm to provide basic document encryption, decryption and data block encryption, decryption, the current version is a s
shoucang
- 代码收藏程序。用VB编写，简单而实用。。希望大家相互交流。-code collection procedures. VB prepared, simple and practical. . We hope that the mutual exchanges.
生产者消费者程序
- 有关操作系统中著明的生产者消费者程序，实现进程间的同步与互斥-the operating system with the prescribed procedures for producers and consumers, the process to achieve synchronization and mutual exclusion
lock_mutex
- 演示了linux中的互斥锁机制，用gcc编译后运行-Demonstrates the mutual exclusion lock mechanism linux, compiled and run using gcc
sharedmemry
- linux 多线程编程, 共享内存传递数据，为了实习多个线程同时访问数据，需要互斥，保证数据同步等-linux multithreaded programming, shared memory to transfer data, in order to practice multiple threads simultaneously access the data, need mutual exclusion, to ensure data synchronization
Linux_Kernel
- Linux中各种内核态程序的编写，这是某个人的编程心得，里面有源代码，内容涉及互斥锁、信号量、多线程等，很不错的，值得参考！-Linux Kernel in a variety of procedures for the preparation of state, this is a personal experience of programming, which source code, which relates to mutual exclusion locks, semaphores,
c_rc4
- ｃ#编写的ｒｃ４算法,,测试能用 希望大家相互交流学习-c# prepared RC4 algorithm, testing can hope that mutual exchange of learning
NewClass
- 验证ssl双向认证的代码，可以不建立服务器就可以验证，也可作学习之用。-Authentication ssl mutual authentication code, you can not establish a server to verify, but also can be used for learning.
wu
- 实现操作系统课程的pv操作，在unix下的多进程之间的同步与互斥-The realization of operating systems courses pv operation, in unix multi-process synchronization and mutual exclusion between
jincheng
- 进程的同步与互斥，在Unix环境下运行，个人写的，希望高手指点-Process synchronization and mutual exclusion, in the Unix environment to run, personal writing, I hope you instruct
consumer_producer
- 用信号量机制实现多个生产者—消费者问题，实现线程间的同步与互斥-Semaphore implementation mechanism with a number of producers- the consumer problem, achieve inter-thread synchronization and mutual exclusion
ADVANCED
- 这是C源代码，大家互相看看吧，共同进步，相互交流，加油啊-This is C source code, let everyone take a look at each other, seek common progress and mutual exchanges, ah come on
philosopher
- 模拟“五个哲学家”问题该实验的要点是，解决并发环境下，多进程之间的同步与互斥问题。进程间的同步互斥必然涉及进程间的通信（信息交换）。-Simulation of the " five philosophers" problem of the main points of the experiment, the solution to complicated circumstances, between the multi-process synchronization and
os
- 分别利用UNIX的消息通信机制、共享内存机制（用信号灯实施进程间的同步和互斥）实现两个进程间的数据通信。具体的通信数据可从一个文件读出，接收方进程可将收到的数据写入一个新文件，以便能判断数据传送的正确性（对文件操不熟悉的同学可不必通过读写文件，只要键盘输入和输出至屏幕进行比较即可）。 -, Respectively, using the information communication mechanism UNIX, shared memory mechanism (with tr
product_consumer
- 生产者消费者问题。使用3个信号量。其中2个信号量avail和full解决同步问题。还有一个mutex解决互斥问题-Producers of consumer issues. The use of three semaphores. One volume of two signals simultaneously avail and full settlement of the issue. There is also a solution to mutual exclusion mutex pr
1
- 操作系统 生产者与消费者问题 掌握进程（线程）的同步与互斥。 掌握生产者消费者问题的实现方法-The operating system to master the process of issue of producers and consumers (thread) synchronization and mutual exclusion. Grasp the realization method of the producer consumer problem
Desktop
- 主要用C++算法写数值分析几种方法 几种迭代法的相互差异和源代码-Is mainly used C++ algorithm for numerical analysis of several ways to write several iterative method of mutual differences and the source code
Linux
- linux 0.11 内核注释，作者写的非常详尽深刻，是学习操作系统不可或缺的一本书，介绍了内核代码组织结构与相互之间的关系，还说明了编译内核的方法-linux 0.11 kernel notes, the authors write very detailed and profound, is to learn the operating system an indispensable book on the organizational structure of the kernel cod
liao
- 进程同步与互斥 该代码非常完善的展现的经典进程同步与互斥问题——生产者和消费者问题的同步与互斥过程！-Process synchronization and mutual exclusion of the code is very well exhibited the classic process of synchronization and mutual exclusion problem- the problem of producers and consumers the proce
semafor
- Synchronization process is mostly done by traffic lights. Other mechanisms (whose primary purpose is not synchronization, such as message lines, pipelines, etc.) are rarely used for the synchronization process. "Traffic lights" can also be used with