Listing 11 shows a simple class implementing the Comparator interface to sort records based on comparing the string contents of each record.
清单11展示了一个实现了Comparator接口的简单类，它通过比较每条记录的字符串内容对记录进行排序。
Consider a vector of five strings; you want to sort them on the basis of increasing string length.
请考虑一个包含5个字符串的向量；希望按字符串长度的升序排序。
The trouble with this sort of string-to-number conversion is that it is overly strict.
这种把字符串转换为数字的方法，麻烦之处在于它过于严格。
Each character in a string is given several categories of sort weights, including script, alphabetic, case, and diacritic weights.
字串中各个字元都被赋予数个分类的排序权重，包括指令码、字母顺序、大小写和变音符号权重。
First, classic string matching algorithms and regular expression matching algorithms are studied; second a binary sort tree string matching algorithm is proposed and realized.
终结符号处理过程中，深入地研究了字符串匹配算法和正则表达式匹配算法，并实现了二叉排序树字符串匹配算法。
Given a string, sort it in decreasing order based on the frequency of characters.
给定一个字符串，将字符按照出现次数倒序排列。
The solution to this problem is to normalize each string, then use an ordinal comparison to sort the strings.
对于此问题的解决方法是对每个字符串进行正常化，然后使用序号比较对字符串进行排序。
Moreover in your case, the age is a string where it could have been an integer and so the numeric sort would be natively applied.
而且在你的情况下，年龄是一个字符串，它可能是一个整数，所以数字排序将原生应用。
Moreover in your case, the age is a string where it could have been an integer and so the numeric sort would be natively applied.
而且在你的情况下，年龄是一个字符串，它可能是一个整数，所以数字排序将原生应用。
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