In accordance with the characteristics of path coverage test and the graph theory, this paper presents a new program control flow diagram model.
针对路径测试的特点，结合图论的知识，提出了控制流程图的一种表示方法。
This paper proposes a generation method of path coverage test based on Gene Expression Programming(GEP) algorithm, compiler technology and Virtual Machine(VM).
提出一种基于基因表达式编程（GEP）算法、编译器技术、虚拟机技术的路径覆盖测试用例生成方法。
In accordance with the characteristics and coverage requirement of path coverage test as well as the graph theory, this paper presents a new program control flow diagram model.
针对路径测试的要求及其特点，结合图论的概念，提出了程序控制流程图的一种表示方法。
Looking at the coverage and looking where the tests are not going through and add a test for that path becomes a repetitive task.
查看测试的覆盖率以及查看测试未能通过的地方，为那些路径添加测试成了一项重复的工作。
Coverage analysis also helps find out if there are any redundant test cases: tests that exercise the same path in the code over and over again, causing unnecessary delays.
覆盖率分析也可以帮您找到测试用例是否有冗余：测试在代码的同一路径下反复运行，导致了不必要的时间延迟。
The experiments indicate that functional test sets may be able to identify functions whose realizations have low path delay fault coverage.
实验表明，这种功能测试集具有实现低路径延迟故障覆盖范围的功能。
A bound on the number of test data needed to achieve path coverage is important to evaluate the effort needed to test a given program.
确定覆盖路径的测试数据范围是评估路径测试的重要课题之一。
Experiment shows that the present method can achieve a higher coverage rate of path via fewer test cases.
实验结果显示该方法能以较少的测试用例达到较高的路径覆盖率。
Experiment shows that the method can achieve a higher path coverage rate, and we developed a test case generation tool in terms of the algorithm.
实验显示该方法能以较少的测试用例达到较高的路径覆盖率，并根据这一方法实现了一个测试用例自动生成工具。
Experiment shows that the method can achieve a higher path coverage rate, and we developed a test case generation tool in terms of the algorithm.
实验显示该方法能以较少的测试用例达到较高的路径覆盖率，并根据这一方法实现了一个测试用例自动生成工具。
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