Research on the static function call path generating automatically

Zheng, Yuhui; Mu, Yongmin; Zhang, Zhihua

doi:10.1109/icime.2010.5478114

Cited by 14 publications

(7 citation statements)

References 4 publications

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“…executesequential [6] . Definition 2: Static function calling path refers to the static analysis of source code, and it isalso the function calling path obtained by function calling path relationship [7] .…”

Section: Related Conceptsmentioning

confidence: 99%

The Dynamic Function Calling Path Generation Based on Instrumentation

Zhang

et al. 2014

AMM

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Path coverage testing is almost impossible to achieve because of the large number of paths. The function calling path coverage analysis method can guaranty adequate test coverage rate effectively on the precondition of unit testing completion. Based on function calling relations, the methods of dynamic generation function calling path is proposed. For cycle and recursive calling, design instrumentation rules and probe function, complete source code instrumentation, ensure the stub point flow can trace to the function calling relations. The function calling path generation algorithms were designed to split the stub point flow to the dynamic function calling path. Experimental results show that the dynamic function calling path generation method based instrumentation can extract the function calling paths which are executed by test cases and gain the coverage of information automatically.

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Section: Related Conceptsmentioning

confidence: 99%

The Dynamic Function Calling Path Generation Based on Instrumentation

Zhang

et al. 2014

AMM

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“…RegressiontestC1.0 [3] is self-developed coverage analysis tool based on the function call paths,this tool can be used to get the global static path set and the corresponding dynamic test case execution path.The whole idea is:through static analysis of software source code, to draw with the control logic function calling graph, given all the possible function call paths, called the global static path set [4] ;Perform instrumentation pretreatment to the start and end of function and controlling logic keywords, input test cases, execute program after pretreatment, according to theinstrumentation informationto get the dynamic function call path corresponding the test case. Here are the relevant definitions:…”

Section: Regression Testing Based On Function Calling Pathmentioning

confidence: 99%

The Analysis of Function Calling Path in Java Based on Soot

Yan

et al. 2014

AMM

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In order to accurately obtain the Java program function calling path, and for facilitating automated testing and automatic test cases generation, the article puts forward an algorithm of Java function calling relation extraction based on Soot open source tools. Firstly, statically analyze within a single function calling relationship, define the function calling tree, and analyze the relationship between a single function calling tree and the program function calling graph. Then by combining algorithm to generate the process the function calling graph. Experiments prove that this algorithm can accurately and efficiently generate the Java function calling graph, and can guide the testers to design high efficiency and high coverage test cases.

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“…本文是基于面向函数调用路径 [7] 的方法建立模型. 面向函数调用路径的软件测试方法简化了面向基本路径的软件测试问题, 使得面向基本路径的测试工作量成指数级降低, 将面向路径的测试由不可能变成了可能 [8] .…”

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