Dissertation > Excellent graduate degree dissertation topics show

Model-Based Automated Testing for Web Application

Author: LiuSong
Tutor: WangLinZhang
School: Nanjing University
Course: Engineering
Keywords: Model-based Automated testing methods Web Applications
CLC: TP311.52
Type: Master's thesis
Year: 2011
Downloads: 66
Quote: 1
Read: Download Dissertation

Abstract


The high-speed development of software technology , makes how to ensure software quality has become one of the most important topics in the field of computer software project , expand the scale and complexity of software products to improve as an important part of software quality assurance , software testing has become today 's software industry research focus on traditional manual testing has been unable to meet all the test requirements . Industry automation test method has been widely used in the project , but not high degree of automation , reusability is not strong , the problem has become a bottleneck in the development of automated testing technology . Model-based automated software testing method based on finite state machine ( FSM ) , the UML or horse Markov chain modeling method as a starting point , the model of the design phase of the project can be reused , highly automated method of testing the software testing process . Model - based automated testing methods applied to specific Web systems , the use of the system 's specific needs and the formal model , the efficient generation of test cases , saving more resources makes the whole testing process . The main work of this paper : 1. Designed a model-based automated testing system ; 2 module interactive behavior UML sequence diagram model proposed test generation method based on UML sequence diagrams , generate test inputs and Perl test script development ; 3. auxiliary tools , and the completion of the study for the test of a Web application instance .

Related Dissertations

  1. Model Baesd Design in the Application of ARM DC Motor Control Development,TM33
  2. SURF algorithm based on multiple images of three-dimensional model reconstruction method,TP391.41
  3. Acupuncture geotextile vertical permeability theory,TS176.5
  4. Model-based dynamic hierarchical reinforcement learning algorithm,TP181
  5. University management level of information based on the model of DEA, AHP evaluation and applied research,G647
  6. SCADE Supported Software Development of Zone Controller in CBTC System,TP273
  7. Car rearview mirror blind spot detection and warning key technology research,TP391.41
  8. Study on Inversion Model for Accidental Water Pollution Based on GST-MQ Collocation Method,X52
  9. Research on the Chinese Economic Growth Path in the Environment of Financial Crisis,F124
  10. Evaluation of Impedance Inversion on the Carbonate Reef Flat Reservoir,P618.13
  11. Application and Research of Using MBD in Fault Diagnosis for Electric Distribution Network,TM711
  12. Model-based Web Pages Automatically Standardized Application Software Refactoring Tool Design and Implementation,TP393.092
  13. Anti-Photo Spoof Methods in Face Recognition,TP391.41
  14. A Study of the Effect of Lexical Cohesion Theory on the Improvement of Vocational College Students’ English Reading Competence,H319
  15. Research and Application of the System Model Based in Components,TP311.52
  16. On the Semantic Assignment View in Metaphors,H05
  17. Study on Distributed Hybrid Test System Using Predictor-Corrector Model Based Method,TU311.3
  18. Theoretical Study of Inversion Propagation Model and Software Design of Network Planning System,TN929.53
  19. Fault Diagnosis for Launch Vehicle Control System Based on Test Process,V467
  20. Research of Accurate Modeling and Compensation of Friction in High Precision Servomechanism,TG659
  21. Automatic Target Recognition of SAR Images Based on Scattering Center Model,TN957.52

CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer software > Program design,software engineering > Software Engineering > Software Development
© 2012 www.DissertationTopic.Net  Mobile