Most controls have an error event from which you can write an error handler (see error Trapping).
大多数的控制项都有供您撰写错误处理常式的错误事件(请参阅撷取错误)。
This section explores types, conditions, iterations, error trapping, and classes, followed by a couple of slightly larger Blue applications to pull the elements together.
本节研究了类型、条件、迭代、错误捕获和类，然后有两个略大型的Blue应用程序将这些元素结合起来。
Knowing how to redirect data as stdin or stdout, how to use the pipe, and how to use operators in UNIX helps you write more powerful scripts with better error trapping and cleaner logic.
您了解了如何把数据重定向到stdin或stdout，如何使用管道，以及如何在UNIX中使用操作符；这些都有助于您编写出更强大的脚本，更好地捕捉错误，使逻辑更简洁清晰。
You can also "catch" exceptions to manage errors in Blue with the error-trapping operator (|).
您还能“捕捉(catch)”异常，以便使用错误捕获运算符(|)来管理Blue中的错误。
The type system in particular provides you with probably unintended but quite useful error-trapping possibilities.
具体来说，类型系统为您提供了可能未预料到，但非常有用的错误捕捉可能性。
A two stage belief-propagation(TSBP)decoding algorithm was developed based on trapping set state(TSS)detection to reduce the error floor of low-density parity-check(LDPC)codes.
为了降低低密度奇偶检验码的误码平底，提出一种基于陷阱集状态检测的两级置信度传播译码算法。
A two stage belief-propagation(TSBP)decoding algorithm was developed based on trapping set state(TSS)detection to reduce the error floor of low-density parity-check(LDPC)codes.
为了降低低密度奇偶检验码的误码平底，提出一种基于陷阱集状态检测的两级置信度传播译码算法。
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