A generic function is similar to an overloaded operator, but provides a way to select an appropriate behavior at run-time instead of compile-time. Dujardin and colleagues have proposed an algorithm for building and compressing generic function dispatch tables. We present several modifications to their algorithm, including an improvement to Pseudo-Closest-Poles and two new algorithms for compressing pole tables. The two new compression algorithms are simple and fast, and one produces smaller output than the original
We present an approach to the generation of generic functions from user-provided specifications. Th...
1 Introduction The standard library of a programming language normally defines functions like equali...
Functional generic programming extends functional programming with the ability to parameterize funct...
Generic functions are defined by induction on the structural representation of types. As a consequen...
Abstract. Generic functions are defined by induction on the structural representation of types. As a...
Generic programming using C++ results in code that is efficient but inflexible. The inflexibility ar...
Generic functions are defined by induction on the structural representation of types. As a consequen...
Generic programming is accepted by the functional programming community as a valuable tool for progr...
AbstractGeneric programming with C++ templates results in efficient but inflexible code: efficient, ...
Generic programming is about making programs more widely applicable via exotic kinds of parametrizat...
We introduce the concept of sealable metaobjects, i.e., classes, generic functions, and methods, who...
A generic function is a function that is defined on the structure of data types: with a single defin...
The Generic Haskell programming language allows functions to be defined by induction on the structur...
Monomorphization and dynamic dispatch are two common techniques for implementing polymorphism in sta...
Abstract Functional generic programming extends functional programming with the ability to parameter...
We present an approach to the generation of generic functions from user-provided specifications. Th...
1 Introduction The standard library of a programming language normally defines functions like equali...
Functional generic programming extends functional programming with the ability to parameterize funct...
Generic functions are defined by induction on the structural representation of types. As a consequen...
Abstract. Generic functions are defined by induction on the structural representation of types. As a...
Generic programming using C++ results in code that is efficient but inflexible. The inflexibility ar...
Generic functions are defined by induction on the structural representation of types. As a consequen...
Generic programming is accepted by the functional programming community as a valuable tool for progr...
AbstractGeneric programming with C++ templates results in efficient but inflexible code: efficient, ...
Generic programming is about making programs more widely applicable via exotic kinds of parametrizat...
We introduce the concept of sealable metaobjects, i.e., classes, generic functions, and methods, who...
A generic function is a function that is defined on the structure of data types: with a single defin...
The Generic Haskell programming language allows functions to be defined by induction on the structur...
Monomorphization and dynamic dispatch are two common techniques for implementing polymorphism in sta...
Abstract Functional generic programming extends functional programming with the ability to parameter...
We present an approach to the generation of generic functions from user-provided specifications. Th...
1 Introduction The standard library of a programming language normally defines functions like equali...
Functional generic programming extends functional programming with the ability to parameterize funct...