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。
Each functional feature has its own data store.
每个功能特性都有自己的数据存储。
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。
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