Automated Software Testing Technique, Based On J2ee Architecture Keywords Drive

Software testing is an important means to ensure the quality of the software, application software with the complexity and scale expanding the business logic software, the limitations of traditional software testing more and more violent break. The purpose of automated testing of software is no intervention in the automatic test software, to improve the efficiency of software testing and test coverage. Due to its high automation, high reliability and many other advantages, the implementation of automated software testing, not only of theoretical research value but also has practical significance.This paper introduces the architecture of J2EE and related technologies, comparison and summary of the software testing and test automation software, describes its basic concepts, basic characteristics, infrastructure and testing tools, automated testing framework of the guiding principles of modular test scripts Framework, testing database framework, keyword-driven test framework and data-driven test framework, and proposed the current process in the implementation of automated testing problems that need attention for the study of keyword-driven automated testing system provides a foundation; then critical Character-driven automated testing techniques are studied to illustrate the specific meaning of the keywords proposed keyword-driven test automation framework for thinking, framework model and the advantages and disadvantages, and keywords in detail the structure of the design; then the JUnit unit. The realization of the testing framework, analyzes their characteristics, system architecture, practical methods and the extension of JUnit; then this article focuses on the keyword-driven testing framework for the detailed design, particularly the design of application mapping table, as well as on the Test suite, Test case and Scope document the detailed design; Finally, the existing keyword-driven test automation framework improvements, so that it can better adapt to the needs of automated testing.