Abstract: A system and method is provided for offering simultaneous or concurrent static analysis on a software product or software project where the software product or project comprises disparate resource types, such as the Java® technology or C/C++programming language. A key part of the invention is a framework allowing analysis “providers” to be integrated into a common framework. The rules for each type of analysis can be integrated into a common user interface where the user can act on any of them in the same way. The system has an interface for interfacing with the project set, numerous analysis components for each platform or technology being utilized by the project set. The system has a single user interface (UT) for offering to the user unified configuration settings, or rules, for configuring each analysis component so that the desired analysis of the project set can be accomplished by the system.

Abstract: A technique for handling user-interface gestures in non-rectangular regions of a graphical user interface includes creating a class comprising an event handler for an onmouseover event and an event handler for an onmouseout event. The technique further includes adding each of a group of graphical elements to the class. Adding a graphical element to the class includes adding a reference to the graphical element to the class and attaching the event handlers to the graphical element. The technique then identifies a specific graphical element in the group that triggered an invocation of one of the event handlers. The technique then determines the closest border of the specific graphical element to the mouse pointer. In the event another graphical element in the group shares the closest border, the technique stops either the onmouseover or onmouseout event from propagating. A corresponding apparatus and computer program product are also disclosed.

Abstract: A system and method is provided for offering simultaneous or concurrent static analysis on a software product or software project where the software product or project comprises disparate resource types, such as the Java® technology or C/C++programming language. A key part of the invention is a framework allowing analysis “providers” to be integrated into a common framework. The rules for each type of analysis can be integrated into a common user interface where the user can act on any of them in the same way. The system has an interface for interfacing with the project set, numerous analysis components for each platform or technology being utilized by the project set. The system has a single user interface (UT) for offering to the user unified configuration settings, or rules, for configuring each analysis component so that the desired analysis of the project set can be accomplished by the system.