Chapter 4: Micro database engine. Proposes data store model and database information querying mechanism after detailed analysis of B+Tree and LALR(1) algorithm.
第4章 微型数据库引擎,在详细讨论了B+Tree、LALR(1)算法的基础之上,列出了数据存储的模型和数据库信息查询的机制。
参考来源 - 分布三维视景下网络通讯、寻径和数据库引擎的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
以上来源于: WordNet
Operational data store of a web site.
可操作的网站数据存储。
The server data store is updated instantly.
即时更新服务器数据存储。
This is useful especially when we get to details like forensics and looking at data on a hard drive, - 'cause if you don't know how much store-- how many bits are composing your file, you're never gonna recover that data or be able to access what you're looking for.
这是很有用的,尤其是在法庭上,查看硬盘驱动器里的数据时,如果你连-,文件有多少比特都不知道,你如何去恢复数据,获取你想要的信息呢。
So with an integer, an int data type, you can store any number between 0 and 4 billion roughly.
只要有一个整数,一个int型的数据,就能储存任意一个,位于0到40亿之间的一个数。
To do that the data travels from RAM along with software signals that tell the hard drive how to store that data.
为了能让数据从RAM中,到硬盘是要使用软件信号告诉硬盘,如何存储这些数据。
应用推荐