The necessity of an holistic code view for static analysis and automatic refactoring of Web Applications

Ubiquitous computing has as a consequence, among others, the existing and under development software's size increasing to meet an increasing demand. This race for productivity implies industrialization of the code production under a more demanding quality control. This thesis tends to push the limits founded in the field of software quality. These limits, which are notice able in the current tools are (1) the scope of analysis, (2) ergonomics and usages contexts , and (3) the proposed code correction solutions.The overriding point of this study is the integration of all kind of code which composing an application to improve static analysis performance.This approach allowed us to get more answers to resolve problems already covered by existing tools. This diversity of sources has also allowed to make further more specific analysis and better adapted to the characteristics of the target application.We have also shown that a parallel computation and a possible automatic problem correction found during the analysis can quickly apply a large number of transformations on a large size code.