Support for generic programming consists of three essential ingredients: support for overloaded functions, a run-time type representation, and a generic view on data. Different approaches to datatype-generic programming occupy different points in this design space. In this article, we revisit the `Scrap your boilerplate' approach and identify its location within the three-dimensional design space. The characteristic features of `Scrap your boilerplate' are its two generic views, the `spine' view for consuming and transforming data, and the `type-spine' view for producing data. We show how to combine these views with different overloading mechanisms and type representations
Datatype-generic programming involves parametrization of programs by the shape of data, in the form ...
Datatype-generic programming (DGP) involves parametrization of programs by the shape of data, in the...
Datatype-generic programming involves parametrization by the shape of data, in the form of type cons...
Support for generic programming consists of three essential ingredients: support for overloaded func...
Support for generic programming consists of three essential ingredients: support for overloaded func...
Generic programming aims to increase the flexibility of programming languages, by expanding the poss...
The paper "Scrap your boilerplate" (SYB) introduces a combinator library for generic programming tha...
We describe a design pattern for writing programs that traverse data structures built from rich mutu...
textabstractWe describe a design pattern for writing programs that traverse data structures built fr...
1 Introduction The standard library of a programming language normally defines functions like equali...
Writing boilerplate code is a royal pain. Generic programming promises to alleviate this pain by all...
Datatype-generic programming (DGP) involves parametrization of programs by the shape of data, in the...
Abstract. A generic function is defined by induction on the structure of types. The structure of a d...
Datatype-generic programming involves parametrization of programs by the shape of data, in the form ...
Generic programming consists of increasing the expressiveness of programs by allowing a wider variet...
Datatype-generic programming involves parametrization of programs by the shape of data, in the form ...
Datatype-generic programming (DGP) involves parametrization of programs by the shape of data, in the...
Datatype-generic programming involves parametrization by the shape of data, in the form of type cons...
Support for generic programming consists of three essential ingredients: support for overloaded func...
Support for generic programming consists of three essential ingredients: support for overloaded func...
Generic programming aims to increase the flexibility of programming languages, by expanding the poss...
The paper "Scrap your boilerplate" (SYB) introduces a combinator library for generic programming tha...
We describe a design pattern for writing programs that traverse data structures built from rich mutu...
textabstractWe describe a design pattern for writing programs that traverse data structures built fr...
1 Introduction The standard library of a programming language normally defines functions like equali...
Writing boilerplate code is a royal pain. Generic programming promises to alleviate this pain by all...
Datatype-generic programming (DGP) involves parametrization of programs by the shape of data, in the...
Abstract. A generic function is defined by induction on the structure of types. The structure of a d...
Datatype-generic programming involves parametrization of programs by the shape of data, in the form ...
Generic programming consists of increasing the expressiveness of programs by allowing a wider variet...
Datatype-generic programming involves parametrization of programs by the shape of data, in the form ...
Datatype-generic programming (DGP) involves parametrization of programs by the shape of data, in the...
Datatype-generic programming involves parametrization by the shape of data, in the form of type cons...