搜索资源列表
VxWorks内存管理
- Vxworks内存管理： 《VxMP（共享内存）.doc》、《VxVMI（虚拟内存）.doc》、《09Memory.pdf》-Vxworks memory management : "VxMP (shared memory). Doc, "" VxVMI (virtual memory). Doc, "" 09Memory.pdf "
memoryshare
- vxworks共享内存代码，实现了vxworks双端链表，对初学者掌握vxworks共享内存提供了良好的借鉴-vxworks shared memory code, to achieve a double-vxworks client list, for beginners to master vxworks shared memory provides a good reference
race_condition
- vxworks下解决共享数据竞争问题，在访问共享的数据前，使用互斥信号量对共享数据进行保护-vxworks share data to resolve the issue of competition in the access to shared data before the use of mutex semaphores to protect shared data
memorryshare
- VXworks下的内存共享程序，比较基本的，容易扩充和理解-VXworks shared memory under the program, more basic, easy to expand and understand the
vxworks-expriment-source-
- 嵌入式实时操作系统VxWorks实验教程(重庆大学通信工程学院),包含：多任务程序的创建和启动，时间片轮转调度，基于优先级抢占式调度，消息队列实现任务间的通信，使用二进制信号量来实现任务间的同步 ，使用互斥信号量来实现任务对共享资源的互斥访问，vxworks下任务间通信例程 等等。-Embedded real-time operating system VxWorks Experimental Course (Institute of Communication Engineering, Cho
2.Shared-memory-System-Partition
- Shared memory System Partition-2.Shared memory System Partition
3.Shared-Semaphore
- Shared Semaphore（Multi-Processing）-Shared Semaphore
4.Shared-Memory-System-Partition
- Shared Memory System Partition
Shared-Semaphore
- windRiver官方给出的程序实例，学习有帮助。-These example of codes is got from WR, that is useful to fans.
WTN78
- Vxworks技术文档WTN78，主要讲解Shared Memory and Foundation HA-The the Vxworks technical documentation WTN78, mainly on Shared Memory and Foundation HA
Project2
- 设计两个任务tServer和tClient，tClient负责通知tServer处理共享内存中的数据，为数据增加头部信息（可以用一句话模拟）。共享内存要用互斥信号量来保护，通知采用消息队列发送，tServer收到通知后需要给tClient反馈确认消息，如果tClient在一定时间内收不到确认消息，将重发通知，最大重传次数为3。 -Of design two the task tServer and tClient, tClient responsible for notifying the tS
sysSmEnd
- sysSmEnd.c - BSP configuration module for shared memory END driver-sysSmEnd.c- BSP configuration module for shared memory END driver
src
- 本实验中设计了两个任务tHigh和tLow,分别访问两个共享资源，分别是useResource1和useResource2,两个任务在创建的时候用相同的优先级。-The experimental design of the two tasks tHigh and tLow, respectively, access to two shared resources, namely useResource1 and useResource2, two tasks at the same time c