Web crawlers can perform long running in-depth explorations of a web application,
achieving high coverage of the navigational structure. However, a crawling trace cannot be …

Existing web test generators derive test paths from a navigational model of the web
application, completed with either manually or randomly generated input values. However …

To test web applications, developers currently write test cases in frameworks such as
Selenium. On the other hand, most web test generation techniques rely on a crawler to …

E2E web test suites are prone to test dependencies due to the heterogeneous multi-tiered
nature of modern web apps, which makes it difficult for developers to create isolated …

Automating web application testing is a very tricky process due to inherent complexity,
dynamic behavior (s) in web pages, differences in the way browsers render the same …

Test case generation for web applications aims at ensuring full coverage of the navigation
structure. Existing approaches resort to crawling and manual/random input generation, with …

Web testing has long been recognized as a notoriously difficult task. Even nowadays, web
testing still mainly relies on manual efforts in many cases while automated web testing is still …

With the widespread use of large-scale web application systems, web automated testing has
met many challenges. Faced with the requirements of short cycle, large-scale automated test …

There are fully automated approaches proposed for Web application testing. These
approaches mainly rely on tools that explore an application by crawling it. The crawling …

This paper implemented the proposed framework. It focuses on evaluating the crawlers
based on scalability and robustness on e-commerce websites. The scalability is a feature …