搜索资源列表
comsumer_producer
- 多线程问题:生产者与消费者问题升级(多个生产者多个消费者同时工作)具体C语言实现-Multi-threading issues: producer and upgrade consumer issues (multiple consumers simultaneously multiple producers) specific C language
exampleProducers-and-consumers
- 通过操作系统编写一个关于生产者与消费者的问题-Through the operating system to prepare a report on the producer and consumer issues
Producers-and-consumers
- 生产者与消费者 设计要求:设计一程序,由一个进程创建三个子进程,三个子进程一个是生产者进程,两个是消费者进程,父子进程都使用父进程创建的共享存储区进行通信,由生产者进程将一个数组中的十个数值发送到由5个缓冲区组成的共享内存中,两个消费者进程轮流接收并输出这十个数值,同时将两个消费者进程读出的数值进行累加求各和。-Producers and consumers Design requirements: to design a program that creates three sub-p
the45165et
- 进程的同步是操作系统处理机管理的重要内容,本实验要求学生理解生产者与消费者问题模型,掌握解决该问题的算法思想,学会使用同步机制。-An important part of the process of synchronization is managed by the operating system processor, this test requires students to understand the problems of producers and consumers model
Producer_Consumer
- 我是编程小菜鸟= =,这是一个信号量互斥的经典问题,消费者生产者问题的简单实现,使用线程方式,所以在调试时须选择多线程方式。-I was programming a small rookie = = This is a classic problem of mutual exclusion semaphores, producer consumer problem s simple implementation, using threads, so when debugging multith
ProducerConsumer
- 消费者生产者队列实现数据显示,队列接收数据,生产者生产,消费者消费。-Consumer producer queue to achieve data show that the queue to receive data, producer production, consumer spending.
pv
- 进程间同步与互斥,两个生产者三个消费者,使用信号量-Inter-process synchronization and mutual exclusion, three two producers to consumers, using semaphores
ThreadD
- java 线程同步,生产者和消费者,运用到同步锁机制,实现多线运行-java thread
dubbo
- dubbo学习案例,包括生产者和消费者。采用main方法启动实例。-Case study of Dubbo, including producers and consumers. Main method is used to start the instance.
synchronizing
- 这是操作系统的课程设计,写的是同步机构中消费者和生产者如何实现同步的C语言程序-This is the operating system, curriculum design, writing is the simultaneous institution of consumers and producers how to achieve synchronization of the C language program
producer
- 操作系统实验程序代码,模拟生产者与消费者,谢谢。-Experimental operating system code, simulation producers and consumers, thank you.
LABVIEW-Producers-and-consumers
- NI的第三季讲坛LABVIEW生产者与消费者的妙用-Third-quarter pulpit NI LABVIEW use of producers and consumers
main102
- 在window系统下实现“生产者和消费者”的代码模拟。-In the window system to achieve " producers and consumers," the code simulation.
PrdCos
- 基于共享内存,使用轻量级进程信号量机制实现消费者生产者问题-Consumers to producers based on shared memory, the use of lightweight processes semaphore mechanism
producter
- 多个生产者,消费者,在多个缓冲区下,多进程执行的代码-Multiple producers, consumers, multiple buffers, multi-process execution code
pv_rw
- 利用Windows提供的API函数,用VISUALC++ 6.0编写程序,解决生产者与消费者问题,实现进程的互斥与同步实验设计在同一个进程地址空间内执行的七个线程。三个生产者线程四个消费者线程。生产者线程生产物品,然后将物品放置在一个空缓冲区中供消费者线程消费。消费者线程从缓冲区中获得物品,然后释放缓冲区。生产者线程生产物品时,若无空缓冲区可用,生产者线程必须等待消费者线程释放出一个空缓冲区;消费者线程消费物品时,若无满的缓冲区,消费者线程将被阻塞,直到新的物品被生产出来。-err
tongbuyuhuchi
- 在同一个进程地址空间内执行的两个线程。生产者线程生产物品,然后将物品放置在一个空缓冲区中供消费者线程消费。消费者线程从缓冲区中获得物品,然后释放缓冲区。当生产者线程生产物品时,如果没有空缓冲区可用,那么生产者线程必须等待消费者线程释放出一个空缓冲区。当消费者线程消费物品时,如果没有满的缓冲区,那么消费者线程将被阻塞,直到新的物品被生产出来,我的具体做法也是如此,建立缓冲区,生产者生产的产品放入,消费者从中取产品,如果没有产品,则等待。-err
nachos02
- 1.对于共享的双向链表,实现多线程的无错误插入删除操作。 2.用thread::sleep实现条件变量和锁机制 3.用thread::semapho实现条件变量和锁机制 4.大小限制的缓冲区(类似于消费者生产者问题) 5.实现一个table结构-1. For shared doubly linked list, multi-thread error insertion and deletion operations. 2. thread :: sleep implement
PrdCos
- 基于共享内存,使用轻量级进程信号量机制实现消费者生产者问题-Consumers to producers based on shared memory, the use of lightweight processes semaphore mechanism
producter
- 多个生产者,消费者,在多个缓冲区下,多进程执行的代码-Multiple producers, consumers, multiple buffers, multi-process execution code