| With the popularity and the deepening of the application of computer technology, the scale of modern software is becoming huger, and it is more imminent for the quality guarantee of software. Software testing is a key measure to assure software quality. Therefore, to construct and establish an effective automation testing framework is significant for the practice.On the basis of describing the currently popular automation testing framework, this thesis designed and implemented a new automation testing framework named ARTF (Automation Roboticized Testing Framework). ARTF can provide a unified testing platform for testing departments of software companies, so as to reduce human and material cost, enhance device utilizing rate and implement 7*24 hours' automated testing.First of all, this thesis introduces the research background and significance, and the current status of the automation testing framework. Then, the system requirement analysis, the feasibility analysis, the task and the objective of the system, the system frame structure and network topology are presented.Secondly, this thesis divides ARTF into five important subsystems, that is, Web terminal subsystem, multi-task scheduling center subsystem, data management center subsystem, automated testing laboratory management subsystem and automated testing resource subsystem. Meanwhile, the thesis describes the functional modules and workflow, designs the conceptual model and logical model of the database, and the communication interfaces among subsystems.Thirdly, the thesis discusses the detailed design and implementation of each subsystem of the ARTF by using various platforms and tools, such as Tomcat, MyEclipse6.0, MySQL, Struts and Hibernate, and so on.Finally, the running environment and results of the system are presented.At present, after testing, ARTF reaches the expectant aim, and is being widely applied in practice, and greatly increases the execution efficiency of the automated testing. |
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