Abstract. Combination of descriptive entities—i.e. multiple inheritance and related mechanisms—is usually only supported at compile time in statically typed languages. The language gbeta is statically typed and has supported run-time creation of classes and methods since 1997, by means of the pattern combination operator ‘&’. However, with certain combinations of operands the ‘& ’ operator fails; as a result, creation of new classes and methods at run-time had to be considered a dangerous operation. This paper presents a large and useful class of combinations, and proves that combinations in this class will always succeed.
. In object-oriented languages, multiple inheritance can cause ambiguities when methods of the same ...
The wide practice of objected oriented programming (OOP) in current software practice is evident. D...
This thesis is about object-oriented languages in multiple inheritance and static typing executed by...
Abstract. Combination of descriptive entities—i.e. multiple inheritance and related mechanisms—is us...
Abstract. Multiple inheritance and similar mechanisms are usually only supported at compile time in ...
. In the area of object-orientation there is a long-standing schism between the rigid but safe stati...
Abstract. This paper takes polymorphism to the multi-object level. Traditional inheritance, polymorp...
A language design development process is presented which leads to a language, gbeta, with a tight ...
The presence of Multiple Inheritance in a language raises subtle problems related to possible ambigu...
Cette thèse traite de la compilation efficace des langages à objets en héritage multiple. La program...
The functional language Clean includes a hybrid type system: in addi-tion to the traditional static ...
Inheritance affords to object-oriented programming its great powers of reusability. When inheritance...
AbstractInheritance provides object-oriented programming with much of its great reusability power. W...
We present an operational semantics and type safety proof for multiple inheritance in C++. The seman...
We present an operational semantics and type safety proof for multiple inheritance in C++. The seman...
. In object-oriented languages, multiple inheritance can cause ambiguities when methods of the same ...
The wide practice of objected oriented programming (OOP) in current software practice is evident. D...
This thesis is about object-oriented languages in multiple inheritance and static typing executed by...
Abstract. Combination of descriptive entities—i.e. multiple inheritance and related mechanisms—is us...
Abstract. Multiple inheritance and similar mechanisms are usually only supported at compile time in ...
. In the area of object-orientation there is a long-standing schism between the rigid but safe stati...
Abstract. This paper takes polymorphism to the multi-object level. Traditional inheritance, polymorp...
A language design development process is presented which leads to a language, gbeta, with a tight ...
The presence of Multiple Inheritance in a language raises subtle problems related to possible ambigu...
Cette thèse traite de la compilation efficace des langages à objets en héritage multiple. La program...
The functional language Clean includes a hybrid type system: in addi-tion to the traditional static ...
Inheritance affords to object-oriented programming its great powers of reusability. When inheritance...
AbstractInheritance provides object-oriented programming with much of its great reusability power. W...
We present an operational semantics and type safety proof for multiple inheritance in C++. The seman...
We present an operational semantics and type safety proof for multiple inheritance in C++. The seman...
. In object-oriented languages, multiple inheritance can cause ambiguities when methods of the same ...
The wide practice of objected oriented programming (OOP) in current software practice is evident. D...
This thesis is about object-oriented languages in multiple inheritance and static typing executed by...