解析器类型(Types of parsers) 有两种基本的解析器——自顶向下解析及自底向上解析。比较直观的解释是,自顶向下 解析,查看语法的最高层结构并试着匹配其中一...
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由此,所生成的添加到类中的代码不是特定于特定解析器的,或者甚至不是特定于特定的解析器类型。
Because of this, the generated code that gets added to your classes is not specific to a particular parser, or even to a particular type of parser.
如果解析器已经知道命名空间中的模式类型,或者有其他寻找这些模式类型的方法,它就不需要定位到你所提供的位置。
If the parser already knows about the schema types in that namespace, or has some other means of finding them, it does not have to go to the location you gave it.
对于大型文档,选择较大缓冲区带来的好处在超过8 KB之后反而下降,这也与传递给解析器的输入源的类型有关。
For large documents, the benefit of choosing larger buffer sizes drops off beyond 8 KB, though this may depend on the type of input source you pass to the parser.
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