搜索资源列表
2
- 每个生产者和消费者对有界缓冲区进行操作后,即时显示有界缓冲区的全部内容,当前指针位置和生产者/消费者县城的标识符.(2)生产者和消费者各有两个以上.(3)多个生产者或多个消费者之间须有共享对缓冲区进行操作的函数代码. 提示:(1) 有界缓冲区可用数组实现. -producer and customer
producer_consumer
- 操作系统中的经典算法—生产者消费者,算法可实现。-Classical algorithm in the operating system- producer of consumer, the algorithm can be realized.
shengchanzhexiaofeiz
- 课程设计 生产者与消费者 及银行家算法 [课程设计],欢迎下载,资料宝贵-Curriculum design producers and consumers and bankers algorithm [curriculum], please download valuable information
producerandconsumer
- 生产者-消费者问题: *设置两类线程,一类为生产者,一类为消费者; *设置生产者消费者数据结构; *使用菜单随机启动生产者或消费者; *在窗口上显示生产者或消费者的执行状态; *随着线程的执行,更新窗口的显示。 -Producer- Consumer problem:* Set up two threads, a category for producers, a category of consumers * Set up producers and consumers
Test
- 用java写的生产者消费者问题,代码中有注释.-Using java to write the producer consumer issues, there are comments in the code.
ipc_demo
- linux ipc经典问题生产者与消费者问题及几个简短多线程编程代码-linux ipc classical problem about consumer and the pruducer and some easy pthread codes
produceConsumer
- 传统经典问题,生产者与消费者,船检了五个生产者。适合初学者这使用-Classical problem, producers and consumers, ship inspection of the five producers. This is suitable for beginners to use
consumer
- 题目二:用多进程同步方法解决生产者-消费者问题。 说明:有界缓冲区内设有20个存储单元,放入/取出的数据项设定为1-20这20个整型数. 设计要求:(1)每个生产者和消费者对有界缓冲区进行操作后,即时显示有界缓冲区的全部内容,当前指针位置和生产者/消费者线程的标识符.(2)生产者和消费者各有两个以上.(3)多个生产者或多个消费者之间须有共享对缓冲区进行操作的函数代码.-Title 2: The multi-process synchronization solution to
os
- 操作系统课件,里面有很多的例子,详细的说明,生产者消费者问题的颠覆。-Operating systems courseware, there are many examples, detailed descr iption of the problem of subversion producers and consumers.
product_consume
- 生产者消费者演示程序,用MFC实现了操作系统中的生产者消费者问题的演示程序。-failed to translate
1
- 本次课程设计在本着加强课本知识运用能力的前提下,用PV操作来解决生产者消费者问题这个题目。该题目主要是解决操作系统中进程的同步与互斥的问题。 有界缓冲区内设有20个存储单元,放入/取出的数据项设定为1-20这20个整型数. (1)每个生产者和消费者对有界缓冲区进行操作后,即时显示有界缓冲区的全部内容,当前指针位置和生产者/消费者进程的标识符. (2)生产者和消费者各有两个以上. (3)多个生产者或多个消费者之间须有共享对缓冲区进行操作的函数代码. -The cur
caozuoxitong
- 生产者与消费者 m个生产都n个消费都r个进程-M-producers and consumers, the production of both n-a process of consumption are r
threecodes
- 1、 用C语言写一个程序名字为procs4,该程序运行过程中共有4个进程,procs4程序(父进程)创建2个子进程p1和p2,p1子进程再创建一个子进程p3。4个进程完成如下工作: 父进程并打印字符串“I am main process”;p1子进程打印“I am child process p1”字符串;p2子进程打印“I am child process p2”;子进程p3打印字符串“I am child process p3”,然后使用exec(族)系统调用打印当前目录下文件和子目录下
producercustomer
- 多线程编程示例,解决生产者消费者问题.水平有限,仅供初学者参考.-Multi-threaded programming examples to solve the producer consumer problem. Is limited, only for advanced users.
consumer-producer
- c语言。生产者消费者问题的信号量解决代码。简洁明了-c language. About consumer and producer.
linux
- 本系统包含图形与网络的linux编程实现生产者与消费者系统,界面美观。 该文件里有实验报告和代码,用linux+图形工具编程。-This system consists of graphics and network programming producers and consumers linux system, beautiful interface. There are experimental reports that document and code, using linux+
sx1
- 操作系统课程设计,关于生产者与消费者的同步互斥等问题的程序源代码-Courses on operating system design, producers and consumers on issues such as synchronization of mutually exclusive source code---
MonitorSample
- C#之多线程模拟,模拟了生产者,消费者的两个线程-C# as many threads simulate the producers, consumers, two threads
produce_customer
- 操作系统课程设计 简单的进程互斥访问资源的模拟,调用了windows的线程接口函数实现的 MFC开发 生产者消费者程序-no
producer_customer_question
- 通过创建线程实现生产者、消费者对缓冲区进行互斥操作。 用信号量机制解决进程(线程)的同步与互斥问题。 缓冲区大小为31,缓冲区满则不允许生产者生产数据,缓冲区空则不允许消费者消费数据。 程序一直运行下去,直到敲击回车停止。-Achieved by creating a thread producers, consumers mutually exclusive operation of the buffer. Settlement process with the semaphore