搜索资源列表
linuxIPCBINDER
- linux进程间通信原理，通过共享内存实现通信传递-linux inter-process communication theory, communication through shared memory to pass
shareMap
- 程序直接共享内存数据示例程序。据说字数还不够，再加点-Process shared memory data sample programs directly. It is said that words were not enough, add some
ShareDll
- DLL之间相互共享数据,实现内存共享. 有完整的内存锁控制和安全策略.-Share data between the DLLs to achieve the shared memory.
sharememory
- 本实验是主线程和子线程使用共享内存进行通信的实验。-In this study, the main thread and child thread communicate using shared memory experiments.
libshallocator-1.1.0.tar
- linux 基于共享内存的stl动态库 -linux-based shared memory stl dynamic library
testwrite
- 共享内存写端程序，创建一个共享内存并写入一串字符。包括makefiel-Shared memory write-side program，Create a shared memory and writes a string of characters。include makefile。
testread
- 共享内存读端程序，打开共享内存并读出入字符。包括makefiel-Shared memory read-side program，Open a shared memory and reads a string of characters。include makefile。
Linuxshm
- 在使用共享内存的程序异常退出时，由于没有释放掉共享内存，在调试时会出现错误。您可以使用shell命令来查看与释放已经分配的共享内存，下面 将详细说明如何进行查看和释放分配的共享内存的方法。------- Shared Memory Segments-------- key shmid owner perms bytes nattch status 0x00000000 1867776 r
forkandcom
- linux系统下的多进程编程加共享内存操作代码，主要应用多进程，和共享内存操作，一个主进程和两个子进程，两个子进程之间数据的传递，控制，一个子进程负责与串口的通信，一个负责记录和保存-Multi process programming under Linux system with shared memory operation code, the main application of multiple processes, and the shared memory operation, a
test30
- 两个程序，要求用消息队列，实现聊天程序，每次发言后自动在后面增加当前系统时间；同时增加结束字符，比如最后输入“88”后结束进程；共享内存-Two procedures, requirements, message queues, chat program, the current system time is automatically added after each speech while increasing the end of the character, such as the
ipc
- 实现进程间的通信，包括用消息队列和共享内存机制实现-To achieve inter-process communication, including message queues and shared memory mechanisms to achieve
linux_shm_open
- linux 共享内存操作，涉及共享内存的控制读写同步。-linux shared memory operations involved in the control of the shared memory read and write synchronization.
3.10-shared_memory.c.tar
- 操作系统进程通信--内存共享方式，C语言实现-Operating system process communication- shared memory mode
msg_ipc
- 进程通信的管道，共享内存，消息队列的三种通行模式的举例代码-Examples of process communication pipe, shared memory, message queues three access modes code
allocator
- Memory allocator for shared memory access
double-pipe
- 一个详细的木马管道技术实例。管道技术是重要的木马编程技术。管道(pipe)是一种简单的进程间通信(IPC)机制,实际是一段共享内存,一个进程在向管道写入数据后,另一个进程就可以从管道的另一端将其读取出来.-Instance a detailed Trojans pipeline technology. Pipeline technology is important Trojan programming techniques. Pipes (pipe) is a simple, inter-pr
simple-double-pipe
- 一个简单的木马管道技术实例。管道技术是重要的木马编程技术。管道(pipe)是一种简单的进程间通信(IPC)机制,实际是一段共享内存,一个进程在向管道写入数据后,另一个进程就可以从管道的另一端将其读取出来.-A simple the Trojans pipeline technology instance. Pipeline technology is important Trojan programming techniques. Pipes (pipe) is a simple, inter-
linux-process-communication
- linux进程通信实际中的应用 ，使用共享内存来进行日志存取-The linux process communication actual application, use shared memory to log access
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
FileMap
- 使用内存映射与共享内存的示例,先启动FILEMAPCLIENT 再启动FILEMAPSERVER-Using the example of the memory-mapped shared memory