LOCALIZER VISUALIZATION SOFTWARE
Selected software test data using data flow information. 10th Pacific Northwest Software Quality Conference, Oct. Toward automatic localization of software faults.
LOCALIZER VISUALIZATION CODE
ZStep 95: A reversible, animated source code stepper. A data flow oriented program testing strategy. Visualization of dynamics in real world software systems. KIMELMAN, D., ROSENBURG, B., AND ROTH, T.Visualization of test information to assist fault localization. JONES, J.A., HARROLD, M.J., AND STASKO, J.Visual Languages and Computing 9, 2, Apr. Cocoa at the visual programming challenge 1997. Visualization for parallel performance evaluation and optimization. FISHER II, M., JIN, D., ROTHERMEL, G., AND BURNETT, M.M.Automated test case generation for spreadsheets. FISHER, M., CAO, M., ROTHERMEL, G., COOK, C., AND BURNETT, M.Rigorous data flow testing through output influences. DUESTERWALD, E., GUPTA, R., AND SOFFA, M.L.Software Maintenance: Research and Practice 9, 1, 1997, 33-46. Graphical definitions: Expanding spreadsheet languages through direct manipulation and gestures. Forms/3: A first-order visual language to explore the boundaries of the spreadsheet paradigm.
BURNETT, M., ATWOOD, J., DJANG, R., GOTTFRIED, H., REICHWEIN, J., AND YANG, S.Prentice Hall PTR, Upper Saddle River, NJ, 2000. BOEHM, B.W., ABTS, C., BROWN, A.W., CHULANI, S., CLARK, B.K., HOROWITZ, E., MADACHY, R., REIFER, D., AND STEECE, B.Visual Languages, Boulder, Colorado, Sep. ATWOOD, J., BURNETT, M., WALPOLE, R., WILCOX, E., AND YANG, S.Our results reveal some strengths and weaknesses of each technique, and provide insights into the cost-effectiveness of each technique for the interactive world of end-user spreadsheet development. This paper describes these techniques and reports the results of a formative study-using tests created by end users-to investigate how these fault localization techniques compare. Towards this end, we have devised several fault localization visualization techniques for spreadsheets. We would like to integrate software visualization into these end-user environments to help end users deal with the reliability issues in their programs. Evidence from the spreadsheet paradigm, probably the most widely used end-user environment, reveals that end users' programs often contain faults. However, despite this growth, there has been little investigation into bringing the benefits of software visualization to end-user programmers. End-user programming has become the most common form of programming today.
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