Learn More
The main topic of this paper is multiple inheritance and conflict resolution methods in Object Oriented Programming. Our aim is to develop sound mechanisms easily understandable to any user. For this purpose, coherent behaviors of conflict resolution methods for multiple inheritance (such as supporting incrementality-monotonicity and stability under link(More)
Previous studies concerning multiple inheritance convinced us that a better analysis of conflict resolution mechanisms was necessary. In [DHHM92], we stated properties that a sound mechanism has to respect. Among them, a monotonicity principle plays a critical role, ensuring that the inheritance mechanism behaves “naturally” relative to the(More)
Object-oriented programming represents an original implementation issue due to its philosophy of making the program behavior depend on the dynamic type of objects. This is expressed by the <i>late binding</i> mechanism, aka <i>message sending</i>. The underlying principle is that the address of the actually called procedure is not statically determined at(More)
Compilers used in industry are mainly based on a separate compilation framework. However, the knowledge of the whole program improves efficiency of object-oriented language compilers, therefore more efficient implementation techniques are based on a global compilation framework.In this paper, we propose a compromise by including three global compilation(More)
Late binding and subtyping create run-time overhead for object-oriented languages. Dynamic typing and multiple inheritance create even more overhead. Static typing and single inheritance lead to two major invariants—of reference and position—that make the implementation as efficient as possible. Coloring is a technique that preserves these invariants for(More)