搜索资源列表
POSIX
- posix多线程程序设计，进程线程，线程控制，线程同步，线程模型-posix multithreaded programming, process threads, thread control, thread synchronization, thread model
ProcessCommunication
- 进程通信 掌握用邮箱方式进行进程通信的方法，并通过设计实现简单邮箱理解进程通信中的同步问题以及解决该问题的方法。-Process communication way to master the process of using the mailbox communication method, and simple mail through the design process of communication to understand and solve the synchronizat
five
- 对于非对称性互斥问题有关概念的理解。观察和体验非对称性互斥问题的并发控制方法。了解Linux系统中IPC进程同步工具的用法，训练解决对该类问题的实际编程、调试和分析问题的能力。-For non-symmetric mutual exclusion problems understanding the concept. Observe and experience the non-symmetry of the problem of concurrency control methods are
four
- 并发协作进程同步与互斥概念的理解，观察和体验并发进程同步与互斥操作的效果。-Concurrent collaborative process to understand the concept of synchronization and mutual exclusion, concurrent processes to observe and experience the effects of synchronization and mutual exclusion operations.
dx
- 利用Windows提供的MFC类编程实现读者/写者的同步互斥问题，保证：1）一个人在写时，其他人不允许写；2）一个人在写时，其他人不允许读；3）一个人在读时，其他人不允许写；4）一个人在读时，其他人允许读。-MFC classes provided by Windows programming reader/writer mutual exclusion synchronization to ensure that: 1) When a person writes, others are not
heshangtiaoshui
- 这是一个模拟小和尚挑水老和尚喝水的解决互斥与同步的问题-This is a simulation of the old monk monk carries water to solve water problem of mutual exclusion and synchronization
Linux-Kernel-Development
- Unix 内核开发， 目录如下： Contents at a Glance 1 Introduction to the Linux Kernel 1 2 Getting Started with the Kernel 11 3 Process Management 23 4 Process Scheduling 41 5 System Calls 69 6 Kernel Data Structures 85 7 Interrupts and Interrupt H
caozuoxitong
- 1．预备内容：阅读操作系统的进程管理章节内容，对进程的同步和互斥，以及信号量机制度有深入的理解。 2．实践准备：掌握一种计算机高级语言的使用-1. Preparation: Read the operating system process management chapters, the process of synchronization and mutual exclusion, semaphores, and a deep understanding of local system
TestCache
- 封装一个跨进程缓存类 最近做一个项目，需要记录系统里每个进程访问的IP及Port,然后提交到服务端进行分析，我的思路是用一个缓存文件记录所有进程访问网络的信息，然后在主程序中提取记录再提交。 这里面涉及到多进程访问同一个缓存文件的同步问题，于是封装了下面这个类，自我感觉良好，拿出来和大家分享 :) * 使用类似于环形链表的机制来保证运行效率-An inter-process caching class encapsulates a project recently, n
8paper8
- 一种利用CPRNG实现的混沌同步加密通信方案 提出了一种利用新型的基于混沌的伪随机数发生器CHAOS系统实现的数据加密通信方案, 在该方案中，发、 收两端的CPRNG系统将驱动系统产生的混沌序列转换为加密密钥序列，利用这些密钥序列对明文数据按字节切 换交替加密, 系统的主要优点是在通信的安全性和同步性上有所改善，且便于用软件实现,-An encryption approach to chaos synchronization communications by using CP
semaphore_sharedmenory_fork.tar
- Consider a car manufacturing plant. Assume that the manufacturing happens in three stages. In the first stage chassis is manufactured. In the second stage the car is assembled.In the third stage the car is tested. There are two yards, one for parking
grid_thread
- LINUX下多线程序,线程同步实例,实现了线程管理,可直接使用到工程中.-LINUX under the multi-line process, thread synchronization instance, to achieve the thread management can be used directly to the project
Pthreads_Programming
- POSIX多线程程序设计标准讲解， 解释了所有api,同步互斥机制，还有多线程程序设计模型-POSIX standard multithreaded programming to explain, explain all the api, mutex synchronization mechanisms, as well as multi-threaded programming model
Critsects
- VC例程，教你如何使用Critsect进行线程同步。-How to use Critsect to do cross thread synchronization
signal_synchronous
- 演示了linux中信号量的同步机制，用gcc编译后运行-Shows the amount of linux synchronization signal, compiled and run using gcc
get_time
- 取系统时间，编程时间与系统时间同步.c-Programming time and system time synchronization
pthread_sync_and_mutual
- linux多线程极大方便了程序编写，但同时必须考虑线程同步、互斥问题。 示例代码给出了利用信号量实现P、V操作，从而保证多线程同步、互斥。-linux multithread programming is very convenient, but we must pay attention to synchronization and mutual exclusion. The sample code shows us how to ensure multi-thread synch
semaphore
- 信号量(Semaphore)也被称为信号灯，常常作为在多线程环境下的同步与互斥机制。它负责协调各个线程，以保证它们能够正确、合理的使用公共资源。信号量分为单值和多值两种。单值信号量只能被一个线程获得，而多值信号量可以被若干个线程获得。 本实验是一个信号量实验，父进程作为生产者释放信号量，子进程作为消费者申请信号量。 实验环境 Redhat9.0-Semaphore (Semaphore), also known as signal lights, often in multi-th
example
- wait-notify机制的应用 不同步时引出的问题 继承基类的实现 实现接口的实现 同步方法的实现 同步块的实现 线程管理池 -wait-notify mechanism of the application does not sync issues arising from the base class implementation inheritance to achieve synchronization interface methods to achiev
char-driver-by-sem
- 一个字符驱动源码，基于信号量同步。亲自试验，可以运行。-A character-driven source code, semaphore-based synchronization. Test yourself, you can run.