对于存储信息，有许多可行的解决方案，从使用基本的文本文件，直到使用完全成熟的关系数据库解决方案，比如IBMDB2数据库服务器。
There are many possible solutions for storing information, from using basic text files up to a full blown relational solution like the IBM DB2 database server.
对于与本文中类似的基于Web的应用程序来说，使用文本文件存储数据的做法并不实用，因为极有可能会出现并发访问的情况。
Text files are impractical for storing data in a Web-based application like this because of the high-level concurrency potential.
文本文件的压缩率平均为70%左右；而对于更复杂更难于压缩的文件(例如图像)，其压缩率大约10%。
Compression for text files tends to average around 70 percent and for more complex and difficult-to-compress files, such as images, it tends to be around 10 percent.
对于它们，我将使用一个.cf g文本文件，因为它们对于一个给定存储而言是静态的。
For these I will resort to a text.cfg file since these will be static for a given repository anyway.
对二进制大对象使用的流操作，对于任何文件都具有通用性，读写文本文件也可以这么做。
Use of binary large object stream operations, for any file with a versatile, read and write text files can also do so.
采用超线程技术，对于大尺寸的文件操作不会使界面卡死，稍作修改可成为通用的文本文件导入数据库的程序。，Will。
The use of Hyper-Threading Technology for the large size of the file operations interface card does not die, with some slight modifications can be a text file to import generic database procedures.
采用超线程技术，对于大尺寸的文件操作不会使界面卡死，稍作修改可成为通用的文本文件导入数据库的程序。，Will。
The use of Hyper-Threading Technology for the large size of the file operations interface card does not die, with some slight modifications can be a text file to import generic database procedures.
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