附录中列举了一个简单的异常处理器的例子。
An example of a simple exception handler is presented in in the Appendix.
为了解决这个问题，我们将实现一个全局异常处理器。
To solve this problem we will implement a global exception handler.
异常处理器也是一种action处理器，当节点执行时出现异常，它将会被调用。
An exception handler is a kind of action handler, which is invoked when exception occurs during the node execution.
这就是——如您所期待的——一个异常处理器，它现在将会捕捉如果mkdir不能创建请求的目录而被抛出的E739错误。
This is — as you might expect — an exception handler, which will now catch the E739 error that is thrown if mkdir is unable to create the requested directory.
抛出异常是事件处理器的责任。
Throwing exceptions is the responsibility of the event handlers.
方面会探测出什么时候抛出了异常，并委托处理器对异常进行处理。
The aspect would detect when exceptions were thrown and delegate to the handler to handle them.
安装了定制错误处理器后，语法分析器不再抛出异常。
After a custom error handler is installed, the parser doesn't throw exceptions anymore.
回调中所抛出的异常如果没有被全局处理器处理或捕获，那么他们会终止应用，并不会给出任何关于问题的提示信息。
Exceptions raised in callbacks that were not properly handled or caught by a global handler would silently terminate the application, without any indication of the problem.
然而，在一些很少见的情况，处理器不能串行地处理它们，因此产生这个异常。
In a few cases, however, the processor cannot handle them serially, so it raises this exception.
该处理器作为BpmProcessor的一部分而定义，它可以控制服务调用的transition——在成功或者异常时的不同transition。
This handler can be defined as part of a BpmProcessor action and allows to control transition from service invocation - different transition in the case of success or error.
如果没有人为这个异常提供处理器，系统将发生崩溃。
If no one has provided a handler for the exception, a system crash will occur.
配合装有智能微型处理器的控制单元，当电力供应异常或停止，档杆会完全自动升起，省却人手调校的麻烦。
Fitted with intelligent micro-processor control unit, when the power supply anomalies or stopped, file will be completely automated rising bar, save the trouble of manually adjustment.
随着微处理器中断复杂性的不断提高，对微处理器内部出现的各种中断(异常)如何进行高效处理成为设计的难点。
With the improvement of complexity of interrupt in microprocessor, it obviously becomes a more difficult problem that how to handle exceptions effectively.
当发生该异常时，在任何错误处理器被激活之前目标立即中断到调试器中。这种处理类型称为第一次处理机会。
When this exception occurs, the target immediately breaks into the debugger before any other error handlers are activated. This kind of handling is called first chance handling.
微处理器采用0.18微米工艺全定制设计，其电路形式异常烦杂。
X microprocessor is a full-custom circuit designed under 0.18um process, it contains a lot of complicated design types.
x86微处理器提出了20中不同的异常。
The 80x86 microprocessors issue roughly 20 different exceptions.
并行处理器互连网络的路由算法异常复杂，电路延迟长，逻辑规模巨大，是制约高性能并行处理器提高频率、降低功耗的瓶颈。
The router arithmetic of the parallel processor is complex. The circuit has long latency and the logic has the huge size.
并行处理器互连网络的路由算法异常复杂，电路延迟长，逻辑规模巨大，是制约高性能并行处理器提高频率、降低功耗的瓶颈。
The router arithmetic of the parallel processor is complex. The circuit has long latency and the logic has the huge size.
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