Any process can write data to a Shared memory region, and the data are readable and modified by other processes.
任何进程都可以向共享内存区域写入数据,并且数据可以由其他进程读取或修改。
You will fall into one of them when you memory map a file and then call write while another process truncates the same file.
例如,考虑一下在内存中对文件进行映射后调用write,与此同时另外一个进程将同一文件截断的情形。
Each operating-system process is allocated its own virtual address space — a set of virtual-memory pages that it can read from and write to. Each page can be in one of three states.
每个操作系统进程占用自己的虚拟地址空间,即一组可以读写的虚拟内存页。
EDAC error detector and corrector have been implemented to improve the reliability of register file and memory during read and write process.
针对存储器和寄存器文件增加了EDAC检错纠错器对其读写过程进行检错和纠错。
Now using "zero copy" to improve this process: When the net card will catch the data packet later directly to write about the sharing memory, such treating processes reduced at least duplication.
利用“零存储”技术对传统的抓包过程进行改进:当网卡抓到数据包以后直接写到共享内存,这样的一个处理过程减少了至少一次复制。
Now using "zero copy" to improve this process: When the net card will catch the data packet later directly to write about the sharing memory, such treating processes reduced at least duplication.
利用“零存储”技术对传统的抓包过程进行改进:当网卡抓到数据包以后直接写到共享内存,这样的一个处理过程减少了至少一次复制。
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