已经存在一些源代码分析与字节代码分析以及哪种分析提供更好结果的比较，但是该讨论超出了本文的范围。
There has been some analysis of source code versus byte code analysis and which provides the better results, but that discussion is beyond the scope of this article.
结果造成您拥有许多按照XML 1.0规则完全等价的文档，但在对编码的源文件进行逐字节比较时，它们可能完全不同。
The result is that you can have numerous documents that are exactly equivalent in XML 1.0 rules, while being very different under byte-by-byte comparison of the encoded source.
尽管如此，如果您不得不处理吉字节的源文档，则相比较之下，即使兆字节大小的块也显得很好管理。
Still, if you have to worry about gigabyte source documents, even a megabyte block looks pretty manageable in comparison.
对所有字节进行向量比较，查看它们是否在'a '到'z '的范围之内。
Do a vector comparison of all bytes to see if they are between 'a' and 'z'.
在DB 2UDBV8.2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。
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.
并且因为用于描述操作的字节码少于255个，所以实现的成本比较低。
And because fewer than 255 bytecodes are available to describe operations, the implementation cost is low.
这里的不同之处在于，我们将该有效负载读入字节数组而不是字符串，因为这使得解析它比较容易。
The difference here is that we read the payload into a byte array instead of a String, because that makes parsing it a little easier.
第一个10字节的每个文件的阅读和预定义的头信息进行比较。
The first 10 bytes of each file are read and compared with the predefined header information.
在本书中，我仍然使用比较常见的字节项。
例如，传统的逐字节比较方式的字符排序表在UTF-8 下也能工作。
For example, the traditional string collation using byte-wise comparison works with UTF-8.
本示例遍历哈希值的每个字节并进行比较。
This example loops through each byte of the hash values and makes a comparison.
尽管如此，如果您不得不处理吉字节的源文档，则相比较之下，即使兆字节大小的块也显得很好管理。
Still if you have to worry about gigabyte source documents even a Megabyte block looks pretty manageable in comparison.
对于十六进制比较，您可以指定每行和对齐方式，以确保从不同的系统二进制文件是真正相同的字节数。
For Hex Compare, you can specify the number of bytes per line and the alignment to ensure that binary files from different systems are truly identical.
基于字符串组成部分字节数的比较。
我们如何比较两个双字节二进制数8085 ？
通常，这种比较是逐字节进行的。
Usually, this comparison is performed on a byte-by-byte basis.
通常，这种比较是逐字节进行的。
Usually, this comparison is performed on a byte-by-byte basis.
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