AbstractThis paper introduces the “Safe Instantiation Principle”, a new design criterion for evaluating extensions of Java that support generic types. The paper initially focuses on the GJ and NextGen formulations of Generic Java and the implications of safe instantiation for both approaches. Then it applies the safe instantiation principle to the problem of adding mixins to Java as generic types. Finally, it shows that the hygienic formulation of mixins is the only way to maintain safe instantiation and type soundness in Java with mixins and to prevent the introduction of insidious bugs with no clearly defined point of blame
One of the most significant limitations of the Java Programming Language is its lack of support for ...
Abstract This paper suggests virtual types for Java, a language mechanism which subsumes parameteriz...
This paper discuss Java generics related refactorings, known as Introduce Type Parameter and Infer T...
AbstractThis paper introduces the “Safe Instantiation Principle”, a new design criterion for evaluat...
This paper presents the "safe-instantiation principle" a new design principle for evaluati...
We present GJ, a design that extends the Java programming language with generic types and methods. T...
We propose to add generic types and methods to the Java programming language. The main benefit of ad...
When several incompatible implementations of a single API are in use in a Java program, the danger e...
By \emph{open--world design} we mean that collaborating classes are so loosely coupled that changes ...
By open-world design we mean that collaborating classes are so loosely coupled that changes in one c...
In Part-I and II we discussed the benefits and usage of Java Generics, and how it is implemented und...
Java 1.5 will include a type system (called JSR-14) that supports parametric poly-morphism, or gener...
Generics o#er significant software engineering benefits since they provide code reuse without compro...
cJ is an extension of Java that allows supertypes, fields, and methods of a class or interface to be...
Java 1.5 will include a type system (called JSR-14) that supports parametric polymorphism, or generi...
One of the most significant limitations of the Java Programming Language is its lack of support for ...
Abstract This paper suggests virtual types for Java, a language mechanism which subsumes parameteriz...
This paper discuss Java generics related refactorings, known as Introduce Type Parameter and Infer T...
AbstractThis paper introduces the “Safe Instantiation Principle”, a new design criterion for evaluat...
This paper presents the "safe-instantiation principle" a new design principle for evaluati...
We present GJ, a design that extends the Java programming language with generic types and methods. T...
We propose to add generic types and methods to the Java programming language. The main benefit of ad...
When several incompatible implementations of a single API are in use in a Java program, the danger e...
By \emph{open--world design} we mean that collaborating classes are so loosely coupled that changes ...
By open-world design we mean that collaborating classes are so loosely coupled that changes in one c...
In Part-I and II we discussed the benefits and usage of Java Generics, and how it is implemented und...
Java 1.5 will include a type system (called JSR-14) that supports parametric poly-morphism, or gener...
Generics o#er significant software engineering benefits since they provide code reuse without compro...
cJ is an extension of Java that allows supertypes, fields, and methods of a class or interface to be...
Java 1.5 will include a type system (called JSR-14) that supports parametric polymorphism, or generi...
One of the most significant limitations of the Java Programming Language is its lack of support for ...
Abstract This paper suggests virtual types for Java, a language mechanism which subsumes parameteriz...
This paper discuss Java generics related refactorings, known as Introduce Type Parameter and Infer T...