AbstractThe virtual class [15] construct was first introduced in the language Beta to provide added expressiveness when used with inheritance. Unfortunately, the virtual class construct in Beta is not statically type-safe. In this paper we show how a generalization of the semantics of object-oriented languages with a MyType construct leads to a variant of virtual classes which needs no run-time checks. This results in an object-oriented language in which both parametric types and virtual classes (or types) are well-integrated, and which is statically type-safe
Beginning with BETA, a range of programming language mechanisms such as virtual classes (class-value...
Starting with a pragmatical (but formal) definition of type in object-oriented languages, this paper...
We present type substitution as a new genericity mechanism for object-oriented languages. It is a s...
Virtual classes [MMP89] are a very useful language construct introduced in the language Beta which p...
. Parametric types and virtual types have recently been proposed as extensions to Java to support ge...
Virtual classes are class-valued attributes of objects. Like virtual methods, virtual classes are de...
Virtual classes are class-valued attributes of objects. Like virtual methods, virtual classes are de...
Virtual classes are class-valued attributes of objects.Like virtual methods, virtual classes are def...
Abstract. Generic types in programming languages are most often supported with various forms of para...
. Virtual types have been proposed as a notation for generic programming in object-oriented languag...
Abstract This paper suggests virtual types for Java, a language mechanism which subsumes parameteriz...
AbstractVirtual types have been proposed as a notation for generic programming in object-oriented la...
The notions of class, subclass and virtual procedure are fairly well understood and recognized as so...
The notations of class, subclass and virtual procedure are fairly well understood and recognized as...
Type abstraction in object-oriented languages embody two techniques, each with its own strenghts and...
Beginning with BETA, a range of programming language mechanisms such as virtual classes (class-value...
Starting with a pragmatical (but formal) definition of type in object-oriented languages, this paper...
We present type substitution as a new genericity mechanism for object-oriented languages. It is a s...
Virtual classes [MMP89] are a very useful language construct introduced in the language Beta which p...
. Parametric types and virtual types have recently been proposed as extensions to Java to support ge...
Virtual classes are class-valued attributes of objects. Like virtual methods, virtual classes are de...
Virtual classes are class-valued attributes of objects. Like virtual methods, virtual classes are de...
Virtual classes are class-valued attributes of objects.Like virtual methods, virtual classes are def...
Abstract. Generic types in programming languages are most often supported with various forms of para...
. Virtual types have been proposed as a notation for generic programming in object-oriented languag...
Abstract This paper suggests virtual types for Java, a language mechanism which subsumes parameteriz...
AbstractVirtual types have been proposed as a notation for generic programming in object-oriented la...
The notions of class, subclass and virtual procedure are fairly well understood and recognized as so...
The notations of class, subclass and virtual procedure are fairly well understood and recognized as...
Type abstraction in object-oriented languages embody two techniques, each with its own strenghts and...
Beginning with BETA, a range of programming language mechanisms such as virtual classes (class-value...
Starting with a pragmatical (but formal) definition of type in object-oriented languages, this paper...
We present type substitution as a new genericity mechanism for object-oriented languages. It is a s...