大家都搜:
调用图
1、conic graph───圆锥图
2、endothermic graph───吸热图
3、sine graph───正弦图
4、dependencies graph───相关图;[计]依赖图
5、blank graph───空白图形
6、expander graph───膨胀图
7、line graph───线状图表;线图
8、antipodal graph───反足图
9、adjacency graph───[计]邻接图
1、Using this construct , you can ask for the call graph to be truncated to arbitrary depths .───通过使用这个结构,您可以把调用图截取到任意深度。
2、This imposes constraints on what code can be written within the finalizer's call graph.───这样便对在终结器调用关系图中可以写哪些代码设置了约束。
3、Figure 14: the call graph representing the extended set of functions.───图14:调用图表示扩展的功能集。
4、Performance Call Graph and Method Details views (see Figure 3).───性能调用图和方法细节视图(见图3)。
5、Therefore, the runtime does not initially prepare that segment of the call graph.───因此,运行库最初不准备该部分调用关系图。
6、Figure 3 also shows how the Call Graph view highlights the top ten methods by base time consumption.───图3也显示了调用图视图如何高亮度显示最耗时的前十个方法。
7、profile data is taken from the call graph profile file (gmon.out by default).───概要数据来自于调用关系图概要文件(缺省情况下是 gmon.out)。
8、Let's dig into Graphviz to understand how a call graph is generated from the connectivity matrix.───让我们深入研究Graphviz,了便理解如何从连通矩阵生成一个调用图。
9、Quantify's call graph shows you what really happened -- if it doesn't match what you expected then you're likely to learn something.───Quantify的调用图示向您显示了将会发生什么――如果它确实您所期望的不匹配,那么您就学习更多的相关知识。
1、Data browser window -- Displays run summary data in the Memory tab; and displays. memory profiling data in the Call graph, Function List view, and Object List view tabs.
2、Let's dig into Graphviz to understand how a call graph is generated from the connectivity matrix.