PROSPECTIVE METHODS OF PROTECTING THE FRAMEWORK WEB APPLICATION ON THE GRADLE AUTOMATIC ASSEMBLY SYSTEM

Abstract

The article considers the problem of providing protection of the web framework application in the system of automatic build gradle and defines perspective methods of providing protection. This article defines that the basic and generally accepted approach to ensuring the security of a web application is a properly constructed test framework. During research the analysis of modern protection methods of web application of the framework based the automatic assembly gradle system is made. A comparative analysis of methods is also included.The basic approaches and methods concerning the organization of application protection are defined on the basis of the modern framework analysis. During planning a test framework, the automator is faced with the task of choosing methods that will solve the problem, will be flexible to change, easy to read and are fast for finding application vulnerabilities. At the stage of developing a test framework, it is planned to choose a suitable method for the specific category. Choose to check the client, web server or both at once; write api and ui tests to implement in individual or project or projects, choose the test data to use; define how to generate and transmit user tokens, which patterns to use; define whether they are needed. Implement parallelization for api tests or for ui as well; define how to check the models that come in the answers. This article outlines the methods that cover these issues and makes their brief analysis. The research of perspective methods and means of web application protection of the framework on the automatic assembly gradle system allows to state that correctly constructed test framework is one of effective and complex approaches to provide security information, which allows detection of vulnerabilities and correction of violations on the early stages of product development at the right time.