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EnTeHandle_1
- EnTeHandle可以让你查看当前进程打开的句柄。句柄可以是文件、事件、互斥信号量等等。此外，你也可以查看进程当前打开的DLL，线程信息，进程内存，甚至是动态更新。也可以搜索dll和句柄-EnTeHandle can let you see the current process opened handle. Can handle documents, events, etc. mutex semaphores. In addition, you can view the current pr
MultiThreadDB.rar
- 包括Socket读写多线程、多线程访问数据库、互斥量、临界区、事件、信号量等数据库访问,Socket read and write, including multi-threaded, multi-threaded access to the database, exclusive volume, critical, events, semaphores, such as database access
sync
- 实现多线程同步编程： 用软件方法（Peterson算法和Dekker算法）解决临界区问题－兄弟问题。 用同步对象解决临界区问题－兄弟问题。 用互斥量解决生产消费者问题；用信号量解决生产消费者问题。 -Achieve multi-threaded programming Synchronization: Ways to use software [Peterson algorithm and Dekker algorithm] to solve critical quest
processsynchronous
- 经典胡睡觉理发师问题，利用信号量实现进程同步-Classic Hu sleeping barber problem using semaphores to achieve process synchronization
readerwriter
- 简单的读者写者问题，用信号量来实现读者写者问题-Readers to write to readers to write the problem using semaphores
countingsync
- 如题，计数型信号量用于任务间同步，二进制信号量适用于任务间同步，但是如果事件发生过快，可能导致数据丢失。但是使用计数型信号量就可以就决这个问题-Such as title, Counting Semaphore for inter-task synchronization, a binary semaphore for inter-task synchronization, but if the incident took place too quickly, may lead to data
muxtesync1
- 程序首先创建生产者，然后创建消费者，他们从共享数据结构存取数据，使用互斥信号量，可以有效保护共享数据。-Process begins to create producers, consumers and then create them from the shared data structure to access data, the use of mutex semaphores, shared data can be effectively protected.
linuxdriver_code_tool
- 本书是一本介绍Linux设备驱动开发理论、框架与实例的书，本书以Linux 2.6版本内核为蓝本，详细介绍自旋锁、信号量、完成量、中断顶/底半部、定时器、内存和I/O映射以及异步通知、阻塞I/O、非阻塞I/O等Linux 设备驱动理论；字符设备、块设备、TTY设备、I2C设备、LCD设备、音频设备、USB设备、网络设备、PCI设备等Linux设备驱动的架构和框架中各个复杂数据架构和函数的关系，并讲解了大量Linux驱动开发的大量实例，使读者能够独立开发各类Linux设备驱动。-This book
thread
- 线程锁.Windows系统是多任务操作系统，系统内核为我们提供了 事件（Event）、Mutex、信号灯(semaphore)和计时器4种对象来控制线程间的同步。 在C＋＋Builder中，为我们提供了用于创建Event的TEvent对象供我们使用。-Thread lock. Windows system is a multi-tasking operating system kernel to provide us with the event (Event), Mutex, sema
producer-consumer-problem
- Introduction In this project, we will design a programming solution to the bounded-buffer problem using the producer and consumer processes . The solution uses three semaphores: empty and full, which count the number of empty and full slots
singnal
- 利用信号量进行多线程通讯 首先在主程序中建立两个线程，然后设置信号量，每个线程循环等待符合要求的信号量，只要满足条件，则线程执行。该例为多线程通讯的简单实例，只是展示了原理-Signal was carried out using multi-threaded communication first in the main program to create two threads, and then set the semaphore for each thread to wait for
produce_consume
- 模拟进程同步中的进程与线程问题，熟悉信号量的使用及互斥同步过程-Simulation of the process of synchronization of processes and threads problem, familiar with the use of semaphores and mutex synchronization process
philosopher
- 哲学家进餐问题是荷兰学者Dijkstra 提出的经典问题之一,它是一个信号量机制问题的应用,在操作系统文化史上具有非常重要的地位。对该问题的剖析有助于学生深刻地理解计算机系统中的资源共享、进程同步、死锁等问题,并能熟练地应用信号量来解决生活中的控制流程,即将生活中的控制流程用形式化的方式表达出来。-Dining philosophers problem is that the Dutch scholars Dijkstra classic one of the issues raised, it
qianrushibiancheng.renwudediaoyong
- 嵌入式系统（研）任务的调用实验，信号量的定义及使用，是入门级的代码，可以帮助刚刚入门的学习任务，信号量和优先级的练习-Embedded Systems (Research) experimental mission call, Semaphore the definition and use, are entry-level code that can help just getting started studying tasks, semaphores and priority class
Lake_race
- Decribes an implementation of synchronization of threads through the usage of critical sections, semaphores and events, in the guise of a simulated obstacle race.
ntf
- This multitasking system contains only task control logic - no semaphores, mailboxes, etc. Tasks are scheduled in a round-robin manner and are not preempted. Once it gains control, each task runs until it voluntarily blocks. It is up to the programm
OS_projectC_Mutex
- You are asked to design and implement a simulator for university life where lecturers provide lectures (credits) and students attend lectures (credits) to graduate. This simulator uses a bounded circular buffer shared by lecturers and students. Lectu
copy_f_mmap
- linux c 文件拷贝，内存共享，信号量，同步机制-linux c file copy, memory sharing, semaphores, synchronization mechanism
semaphores
- C implementation of the semaphores !
xinhaoliang
- 实现计数信号量的同步，还有二进制信号量的同步，从中可以从可以比较出二者的不同。-Counting semaphores to achieve synchronization, as well as a binary semaphore synchronization, from which you can compare from the difference between the two.