调用层次结构也不是很有帮助。
这些函数的调用层次结构如清单7所示。
调用层次结构窗口可以帮助你分析代码，并在该窗口内导航。
The new Call Hierarchy window helps you analyze your code and navigate within it.
堆栈跟踪是方法调用层次结构的列表，以引发该异常的方法开始，以捕捉该异常的方法结束。
The stack trace is a list of the method call hierarchy that starts with the method that throws the exception and ends with the method that catches the exception.
调用层次结构不会查找方法组引用，这些引用包含将方法添加为事件处理程序或将方法分配给委托的位置。
Call Hierarchy does not find method group references, which includes places where a method is added as an event handler or is assigned to a delegate.
使用许多API调用在层次结构中导航；这会降低代码的可读性。
Many of the API calls are used to navigate the hierarchy; this reduces the readability of the code.
当然，如果类层次结构发生变化，并且出现另外的目标方法，则JIT编译器可以更正最初生成的代码以便执行虚调用。
Of course, if the class hierarchy changes and a second target method becomes possible, then the JIT compiler can correct the originally generated code so that the virtual invocation is performed.
层次结构中的控件调用portlet的处理，而portlet也把它的内容写到该流。
A control in the hierarchy invokes the rendering of the portlet, which also writes its content to the stream.
全过程动态仿真技术以CPM网络模型作为框架，调用封装好的CYCLONE模型，形成一个分层次的模型结构。
The dynamic simulation model, which is hierarchical, takes CPM network as frames and calls complex CYCLONE simulation model enclosed in advance when needed.
始终在调用自己的实现之前调用基实现，因为基实现负责合并已在层次结构的上述类型上定义的所有属性。
Always call the base implementation prior to your own implementation, because the base implementation takes care of merging all the properties already defined on previous types in the hierarchy.
本文给出了CIMS集成平台应用编程接口（API）的体系结构，详细描述了CIMS集成平台API在CIMS应用各个层次上的需求、调用和分类。
The architecture of API for CIMS Integrated Platform is proposed and the classifications, requirements and low level service support are presented in this paper.
并通过系统的HIPO图从宏观和微观两方面描述了待实现的系统各模块之间的层次结构和调用关系。
And through HIPO diagram, the hierarchical structure and scheduling relationship of all models in the system from the macro and micro aspects are described.
并通过系统的HIPO图从宏观和微观两方面描述了待实现的系统各模块之间的层次结构和调用关系。
And through HIPO diagram, the hierarchical structure and scheduling relationship of all models in the system from the macro and micro aspects are described.
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