Traits are fine-grained components that can be used to compose classes, while avoiding many of the problems of multiple inheritance and mixin-based approaches. Since most implementations of traits have focused on dynamically-typed languages, the question naturally arises, how can one best introduce traits to statically-typed languages, like Java and C#
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
Traits are fine-grained components that can be used to compose classes, while avoiding many of the p...
Traits offer a fine-grained mechanism for composing classes in object-oriented languages from reusab...
Single-inheritance in object-oriented languages can lead to duplicated code in rich class libraries ...
Traits are an object-oriented programming language construct that allow groups of methods to be name...
Despite the undisputed prominence of inheritance as the fundamental reuse mechanism in object-orient...
In the context of statically-typed, class-based languages, we investigate classes that can be extend...
A trait is a programming language feature which contains a collection of methods that can be reused ...
There have been exciting developments with respect to compile-time reflection for C # and Java. Fäh...
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...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
Traits are fine-grained components that can be used to compose classes, while avoiding many of the p...
Traits offer a fine-grained mechanism for composing classes in object-oriented languages from reusab...
Single-inheritance in object-oriented languages can lead to duplicated code in rich class libraries ...
Traits are an object-oriented programming language construct that allow groups of methods to be name...
Despite the undisputed prominence of inheritance as the fundamental reuse mechanism in object-orient...
In the context of statically-typed, class-based languages, we investigate classes that can be extend...
A trait is a programming language feature which contains a collection of methods that can be reused ...
There have been exciting developments with respect to compile-time reflection for C # and Java. Fäh...
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...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Inheritance is well-known and accepted as a mechanism for reuse in object-oriented languages. Unfort...
Inheritance is well-known and accepted as a fundamental mechanism for reuse in object-oriented langu...
Both single and multiple class-based inheritance are often inappropriate as a reuse mechanism, becau...
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