搜索资源列表
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
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
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
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
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
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
MultiThread
- 一个多线程的会话界面,通过使用信号量来限制每次进行会话的人数,是学习多线程一个很好的例子-Interface of a multi-threaded conversation, through the use of semaphores to limit the number of conversation, is to learn a good example of multi-threaded
The_concurrent_threads_with_synchronous_simple_exa
- 1创建一个打印循环的线程 2创建二个打印循环的线程 3用临界区来处理二个打印循环的线程 4用互斥体来处理2个打印循环的线程 5用信号量来处理2个打印循环的线程-1 create a printed circulation threads 2 create two print circulation threads 3 by the critical area to deal with two print circulation threads 4 with th
Producer-Consumer-Model
- 生产者消费者模型,多线程程序,主要涉及互斥、信号量等操作系统知识-Producer consumer model, multi-threaded programs, mainly related to mutual exclusion, semaphores and other operating system knowledge
virtual-memory-allocation--tracking
- 编写一个程序,包括两个线程,一个线程用于模拟内存分配活动,另一个用于跟踪第一个线程的内存行为,要求两个线程之间通过信号量实现同步,模拟内存活动的线程可以从一个文件中读出要进行的内存操作。将VirtualAlloc函数的参数flAllocationType分别设置为MEM_RESET,MEM_TOP_DOWN,将flProtect参数分别设置为PAGE_GUARD,PAGE_NOACCESS,PAGE_NOCACHE,执行并查看内存分配的结果。-Write a program that consi
multithreadSyn
- 多线程同步,解决生产者消费者问题,应用临界区、互斥量、信号量等多种方式-Multi-thread synchronization to solve the producer consumer problem, apply the critical region, mutexes, semaphores and other methods
producers-and-consumers-
- 一个或多个生产者消费者实现线程间的同步、互斥 使用AND型信号量-One or more producers and consumers to achieve synchronization between threads, mutual exclusion semaphores with the AND-type
SemaphoreThreadSyn
- vc 使用信号量(Semaphore)实现线程的同步\SemaphoreThreadSyn的程序源码,希望对大家有所帮助-vc using semaphores (Semaphore) to achieve thread synchronization \ SemaphoreThreadSyn the program source code, we hope to help
SemaphoreThreadSyn
- vc——使用信号量(Semaphore)实现线程的同步\SemaphoreThreadSyn的程序源码,值得一看!-vc- using semaphores (Semaphore) to achieve thread synchronization \ SemaphoreThreadSyn the program source code, worth a visit!
SemaphoreThreadSyn
- vc——使用信号量(Semaphore)实现线程的同步\SemaphoreThreadSyn的程序源码,值得一看!-vc- using semaphores (Semaphore) to achieve thread synchronization \ SemaphoreThreadSyn the program source code, worth a visit!
SemaphoreThreadSyn
- 使用信号量(Semaphore)实现线程的同步\SemaphoreThreadSyn\SemaphoreThreadSyn.rar,很不错的vc源码,有兴趣的朋友可以看看。-Using semaphores (Semaphore) to achieve thread synchronization \ SemaphoreThreadSyn \ SemaphoreThreadSyn.rar, very good vc source, interested friends can see.
reader_writer.c
- 进程间通信中经典的读者-写者问题,用信号量实现同步和互斥。-Interprocess communication in the classic reader- writer problem, synchronization with semaphores and mutexes.
VC6_Thread
- VC++6.0 线程同步: 临界区,事件,互斥,信号量-VC++6.0 thread synchronization: the critical area, events, mutexes, semaphores
Reader-Writer
- 创建一个控制台进程,此进程包含n个线程,用这n个线程来表示n个读者或写者,每个线程按相应测试数据文件(后面有介绍)的要求进行读写操作,用信号量机制分别实现读者优先和写者优先的读者-写者问题。 读者-写者问题的读写操作限制(包括读者优先和写者优先): 写-写互斥,即不能有两个写者同时进行写操作。 读-写互斥,即不能同时有一个线程在读,而另一个线程在写。 读-读允许,即可以有一个或多个读者在读。 读者优先的附加限制:如果一个读者申请进行读操作时已有另一个读者正在进行读操作,则该
