Add to ORKGTraits offer a fine-grained mechanism for composing classes in object-oriented languages from reusable components, while avoiding the fragility problems introduced by multiple inheritance and mixins. Although traits were developed in the context of dynamically typed languages, they would also offer clear benefits for statically typed languages like Java and C#. This report summarizes the issues raised when integrating traits into such languages. We examine traits in the context of the statically typed languages FeatherweightJava, C# and C++
Traits are an object-oriented programming language construct that allow groups of methods to be name...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
A trait is a programming language feature which contains a collection of methods that can be reused ...
Traits offer a fine-grained mechanism for composing classes in object-oriented languages from reusab...
Traits are fine-grained components that can be used to compose classes, while avoiding many of the p...
International audienceIn the context of statically-typed, class-based languages, we investigate clas...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Despite the undisputed prominence of inheritance as the fundamental reuse mechanism in object-orient...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Single-inheritance in object-oriented languages can lead to duplicated code in rich class libraries ...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Many dynamically-typed languages (including JavaScript, Ruby, Python or Racket) support first-class ...
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Traits are an object-oriented programming language construct that allow groups of methods to be name...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
A trait is a programming language feature which contains a collection of methods that can be reused ...
Traits offer a fine-grained mechanism for composing classes in object-oriented languages from reusab...
Traits are fine-grained components that can be used to compose classes, while avoiding many of the p...
International audienceIn the context of statically-typed, class-based languages, we investigate clas...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Despite the undisputed prominence of inheritance as the fundamental reuse mechanism in object-orient...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Single-inheritance in object-oriented languages can lead to duplicated code in rich class libraries ...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Many dynamically-typed languages (including JavaScript, Ruby, Python or Racket) support first-class ...
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Traits are an object-oriented programming language construct that allow groups of methods to be name...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
A trait is a programming language feature which contains a collection of methods that can be reused ...