Analysis of software testing processes and applications on jenkins software platform

Validation and verification processes are applied at every stage of the software development lifecycle processes. In order to increase customer/user satisfaction and software quality, many different software tests are applied after the software is developed. As a result of these tests, software that is user-friendly, whose code complexity is analyzed, that can be continuously improved and that has a high security level is revealed. In this thesis, the errors encountered in software applications were examined and categorized. Software test life cycle processes, test techniques, test levels and test types, which are important stages in the examination of software quality, have been extensively studied. Quality attributes and software criteria used to increase software quality have been analyzed in detail. In addition, a basic library implementation was developed in the Java programming language and unit tests were written with JUnit on the Java platform. Test applications of the developed software were carried out, especially with the help of the open source and continuous integration Jenkins platform. The code complexity of the developed application was analyzed with the help of the Java Eclipse CodeMR library, and the risk levels in the code blocks were determined.