搜索资源列表
MUTEX
- 进程与线程中的信号量编程，有关Mutex方面的源代码-Process and thread semaphore programming, the Mutex' s source code
MUTITHREAD
- 进程与线程中的信号量编程，有关多线程Multithread方面的源代码-Process and thread semaphore programming, Multithread aspects of the multi-threaded code
PROCESS
- 进程与线程中的信号量编程，有关进程Process方面的源代码-Process and thread semaphore programming aspects of the process, the source code of Process
THREAD
- 进程与线程中的信号量编程，有关线程（Thread）方面的源代码-Process and thread programming semaphore, the thread (Thread)' s source code
semtest
- 此为DSP/BIOS C6713关于信号量的调度实现，为程序员很好理解BIOS关于信号量触发、等待等操作有很好的帮助。-This is the DSP/BIOS C6713 scheduling on the semaphore implementation, good understanding of BIOS for the programmer to trigger on the semaphore, wait for the other operations have a very go
bingFa
- 在linux环境下，使用多线程和信号量机制实现经典的读者写者问题-In the linux environment, using multiple threads and semaphore mechanism to bring readers to write the problem of classic
Test2_Semaphore
- 这是一个演示windows编程中信号量对象用法的程序，非常适合windows编程的初学者-This is a Produre for Semaphore!
IPC
- IPC (InterProcess Communication)程式範例，範例為共享記憶體，Semaphore，訊息佇列-exampleIPC
GetSemInISR
- uc/osii中信号量的使用，开发环境为ADS1.2-uc/osii of semaphore use development environment for the ADS1.2
VC_Programming_examples_of_how_to_use_semaphore_co
- VC编程开发如何使用信号量实例代码VC Programming examples of how to use semaphore code-VC Programming examples of how to use semaphore code
ucou2
- 程序内容： uc/os2中消息邮箱程序 1.主要是用消息邮箱作为二值信号量使用； 2.OSTimeDly()函数的使用 3.通过OSTimeDly()函数，可实现修改发送、接收消息的周期。-Program content: uc/os2 mail program in the news 1. Is mainly used as a mail message using the binary semaphore 2.OSTimeDly () function to use
SemaphoreTest
- 信号量使用的一个样例,主要为多线程控制使用-Use of a semaphore sample, the main use for the multi-threaded control
semdemo
- 适用于嵌入式linux的信号量源代码，绝对真实可用，非常有益。-For embedded linux semaphore code, absolute truth can be very useful.
Mutex_Critical
- 这个例子利用多线程使用不同的排序算法对数据进行排序，每一个线程使用不同的算法。主线程里使用快速排序QuickSort，其他四个算法分别建立四个子线程，在子线程中进行排序。因为每一个线程都要调用函数PrintResult把结果输出到显示器上，所以不同的线程就会争夺着向显示器输出，这样，不同线程的输出就会混合在一起，所以呢必须让线程一个接着一个输出。也就是必须对PrintResult进行互斥控 制。要进行互斥控制，则必须用到Event、Mutex、CrititicalSection、Semaph
Thread_Synchronization
- ├─SuspendThread_ResumeThread ├─所有教程_files ├─线程同步 - 关键代码段 ├─线程同步 - 条件变量 ├─线程同步 - 等待函数 ├─线程同步 - 等待定时器 ├─线程同步-互斥 ├─线程同步-互锁函数族 └─线程同步-信号量 学习资料-├ ─ SuspendThread_ResumeThread ├ ─ all the tutorials _files ├ ─ thread synchronization- t
pthread
- linux2.6.27，fc8平台，使用信号量实现生产者消费者问题-linux semaphore producers and consumers
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.
zip51
- 仿照ucos的一个实时内核，专门为没有扩展ram的单片机写的，最低配置256字节。提供了四个优先级不同的任务和信号量互斥型信号量消息邮箱消息队列功能。-Ucos modeled a real-time kernel, designed for the microcontroller does not extend ram write a minimum configuration of 256 bytes. Provides four priority levels for different
Sem
- linux下system V信号量的C语言封装，及其示例代码，用于进程间通信。-Provide C-language package of system V semaphore under linux as well as sample code. This package is used for inter-process communication.
semaphore
- The shared memory has three character buffers, which are used to store a small letter, a capital letter, and a digit respectively. These buffers are logically independent. This program have some writer and reader threads. The writer threads are respo