CUTIG: An Automated C Unit Test Data Generator Using Static Analysis
Taek-Su Kim, Bok-Nam Park, Chun‐Woo Lee, Kimoon Kim, Yun-Ju Seo, Chisu Wu
Abstract
Taek-Su Kim, Bok-Nam Park, Chun‐Woo Lee, Kimoon Kim, Yun-Ju Seo, Chisu Wu
Abstract
As unit testing should be performed repeatedly and continuously, it is a high-cost software development activity. Although there are many studies on unit test automation, there are less studies on automated test case generation which are worthy of note. In this paper, we discuss a study on automated test data generation from source codes and indicate algorithms for each stage. We also show some issues of test data generation and introduce an automated test data generating tool: CUTIG. As CUTIG generates test data not from require specifications but from source codes, software developers could generate test data when specifications are insufficient or discord with real implementation. Moreover we hope that the tool could help software developers to reduce cost for test data preparation.
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As unit testing should be performed repeatedly and continuously, it is a high-cost software development activity. Although there are many studies on unit test automation, there are less studies on automated test case generation which are worthy of note. In this paper, we discuss a study on automated test data generation from source codes and indicate algorithms for each stage. We also show some issues of test data generation and introduce an automated test data generating tool: CUTIG. As CUTIG generates test data not from require specifications but from source codes, software developers could generate test data when specifications are insufficient or discord with real implementation. Moreover we hope that the tool could help software developers to reduce cost for test data preparation.
Key concepts: Computer science, Keyword-driven testing, Test harness, Test Management Approach, Unit testing, Automation, Test data, Test (biology)