| 1. | The sort order of the data in the data file
数据文件中的数据排序次序。 |
| 2. | The udf is independent of the collation specified when the database was created
这个udf不受创建数据库时指定的排序次序的影响。 |
| 3. | While choosing collating sequence , you should also consider the performance implication
在选择排序次序时，还应该考虑性能影响。 |
| 4. | The default uca cannot encompass the collation sequence of every language supported by unicode
默认的uca无法包含unicode支持的每种语言的排序次序。 |
| 5. | In general , the collator does not have a sort order as you would naturally expect in a language
总的来说，这个排序器采用的排序次序与对语言的自然预期不同。 |
| 6. | Taken the letters a to c as capital and small letters , the collating sequence identity has the following sort order
对于大写和小写的字母a到c ，排序次序identity采用的次序如下： |
| 7. | This collator ensures all characters , supplementary and non - supplementary , have the same binary collating sequence as utf - 8
这个排序器确保所有字符（补充字符和非补充字符）采用与utf - 8一样的二进制排序次序。 |
| 8. | This section describes how to use collations and unicode to easily manage issues like sort order and character data in a multilanguage environment
本节介绍了如何使用排序规则和unicode在多语言环境中轻松地管理排序次序和字符数据之类的问题。 |
| 9. | Prior to db2 udb v8 . 2 , a unicode database could only be defined with the collating sequence identity , which means that the characters are compared by their byte encoding
在db2 udb v8 . 2之前， unicode数据库只能定义为排序次序identity ，这意味着按照字节编码对字符进行比较。 |
| 10. | This article analyses the comparison of equalization or sequence between strings . it expounds in particular the effects of the three orders of arrangements ( machine , pinyin , stroke ) in detail
摘要对字符串的相等和大小比较作了分析，特别对于3种排序次序（机器、拼音、笔画）对排序的影响进行详细的阐述。 |
