Now fill in the actions taken by the parser.
现在，填入由解析器来完成的动作。
I have written a JUnit test for the parser as well.
我还编写了用于该解析器的JUnit测试程序。
This file name is given to the parser for processing.
该文件名交给语法分析器进行处理。
Validation of the base enumeration list is done by the parser.
用解析器对基本枚举列表进行验证。
In the example shown below, the parser is relatively simple.
在以下所示的实例中，解析器相对比较简单。
Central to the framework is the parser.
框架的中心，是分析器。
As we will see, once the XML hits the parser, it is too late.
正如我们将看到的那样，一旦XML到达了解析器，那么就为时已晚了。
This file needs to contain the class name of the parser configuration.
该文件需要包含解析器配置的类名。
If it encounters one, the expression is valid and the parser is done.
如果遇到一个整数，则表达式是有效的，解析器将完成工作。
Thanks to this property, the parser will always load the correct schema.
由于这个属性，解析器总是可以加载正确的模式。
It is, therefore, possible to change the parser without even recompiling.
因此，甚至可以不重新编译就更改语法分析器。
Also presume that it has registered the class on the instance of the parser.
再假设它已经在语法分析器的实例上注册了该类。
The parser can take several parameters.
解析器可以接受以下几个参数。
The parser has completely parsed the product element.
语法分析器已经完成了对product元素的语法分析。
The parser must have access to an ErrorHandler object.
解析器必须有权访问Error Handler对象。
The parser reports the success or failure to its client through a match object.
分析器通过匹配对象来通知客户程序分析的成功与否。
The parser reports the success or failure to its client through a match object.
分析器通过匹配对象来通知客户程序分析的成功与否。
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