Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Ajax supports the development of rich-client b applications, by providing primitives for the execution of asynchronous requests and for the dynamic update of the page structure and content. Often, Ajax b applications consist of a single page whose elements are updated in response to callbacks activated asynchronously by the user or by a server message. These features give rise to new kinds of faults that are hardly revealed by existing b testing approaches. ,  propose a novel state-based testing approach, specifically designed to exercise Ajax b applications. The document object model (DOM) of the page manipulated by the Ajax code is abstracted into a state model. Callback executions triggered by asynchronous messages received from the b server are associated with state transitions. Test cases are derived from the state model based on the notion of semantically interacting events.  evaluate the approach on a case study in terms of fault revealing capability.  also measure the amount of manual interventions involved in constructing and refining the model required by this approach.
['Alessandro Marchetto', 'Paolo Tonella', 'Filippo Ricca']
I am writing a research paper on a idea State-Based Testing of Ajax Web Applications
[{"from": "human", "value": "I am writing a research paper on a idea State-Based Testing of Ajax Web Applications"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Ajax supports the development of rich-client b applications, by providing primitives for the execution of asynchronous requests and for the dynamic update of the page structure and content. Often, Ajax b applications consist of a single page whose elements are updated in response to callbacks activated asynchronously by the user or by a server message. These features give rise to new kinds of faults that are hardly revealed by existing b testing approaches. ,  propose a novel state-based testing approach, specifically designed to exercise Ajax b applications. The document object model (DOM) of the page manipulated by the Ajax code is abstracted into a state model. Callback executions triggered by asynchronous messages received from the b server are associated with state transitions. Test cases are derived from the state model based on the notion of semantically interacting events.  evaluate the approach on a case study in terms of fault revealing capability.  also measure the amount of manual interventions involved in constructing and refining the model required by this approach."}]