Support for structured exception handling.
支援结构化例外状况处理。
Provides an overview of the advantages and structures of structured exception handling.
概述结构化异常处理的优点及结构。
You should not use structured exception handling in functions that use objects with destructors.
在使用具有析构函数的对象的函数中，不应使用结构化异常处理。
Lists errors commonly encountered when using structured exception handling and describes how to correct them.
列出使用结构化异常处理时经常遇到的错误并说明如何纠正这些错误。
With structured exception handling, your code can differentiate between different types of errors and react accordingly.
使用结构化异常处理，您的代码就可以区分不同类型的错误并做出相应响应。
In structured exception handling, blocks of code are encapsulated, with each block having one or more associated handlers.
在结构化异常处理中，代码块是封装的，每个块有一个或几个关联的处理程序。
A single method can have multiple structured exception handling blocks, and the blocks can also be nested within each other.
一个方法可有多个结构化例外处理区块，而这些区块也可以彼此巢状嵌入。
In this section, I 'll describe three aspects of error handling: status codes, structured exception handling, and bug checks.
在这种情况下，我要讨论错误处理的三个方面：状态码，结构异常处理和错误检测。
Structured exception handling is a control structure that contains exceptions, isolated blocks of code, and filters to create an exception-handling mechanism.
结构化异常处理是一种控制结构，它包含异常、已隔离的代码块和用于创建异常处理机制的筛选器。
Spring provides an MVC framework, transparent ways of integrating AOP into your software and a well-structured exception hierarchy including automatic mapping from proprietary exception hierarchies.
Spring还提供了一个MVC应用框架，可以通过集成AOP透明的嵌入你的软件和一个优秀的异常处理体系，这个异常体系可以自动从属性异常体系进行映射。
Spring provides an MVC framework, transparent ways of integrating AOP into your software and a well-structured exception hierarchy including automatic mapping from proprietary exception hierarchies.
Spring还提供了一个MVC应用框架，可以通过集成AOP透明的嵌入你的软件和一个优秀的异常处理体系，这个异常体系可以自动从属性异常体系进行映射。
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