The Lambda Library (LL) adds a form of lambda functions to C++, which are common in functional programming languages. The LL is implemented as a template library using standard C++; thus no language extensions or preprocessing is required. The LL consists of a rich set of tools for defining unnamed functions. Particularly, these unnamed functions work seamlessly with the generic algorithms in the C++ Standard Library. The LL offers significant improvements, in terms of generality and ease of use, compared to the current tools in the C++ Standard Library
In this paper, the possibility of lambda expressions and methods for their effective use in C++ code...
In efforts to overcome the complexity of the syntax and the lack of formal semantics of conventional...
The lambda calculus has frequently been used as an intermediate representation for programming langu...
AbstractA style of programming that uses higher-order functions has become common in C++, following ...
The template system of C++ is expressive enough to allow the programmer to write programs which are ...
Abstract: : In this work, we present preliminary study of Lambda Calculus in the field of computabil...
C++ generic overload functions Experimental overload functions for C++17. This paper proposes two fu...
Object-oriented languages have made a shift towards incorporating functional concepts such as lambda...
The Lambda Calculus is a formal system, originally intended as a tool in the foundation of mathemati...
AbstractMore and more C++ applications use template metaprograms directly or indirectly by using lib...
We propose the inclusion of simple lambda expressions into the C standard. We build on a slightly re...
In this paper, a sequel to "LAMBDA: The U ltimate Imperative", a new view of LAMBDA as a renaming op...
The STL Pocket Reference describes the functions, classes, and templates in that part of the C++ sta...
We propose the inclusion of simple lambda expressions into the C standard. We build on a slightly re...
Today software technology evolves very quickly, to an old paradigm, called functional programming. T...
In this paper, the possibility of lambda expressions and methods for their effective use in C++ code...
In efforts to overcome the complexity of the syntax and the lack of formal semantics of conventional...
The lambda calculus has frequently been used as an intermediate representation for programming langu...
AbstractA style of programming that uses higher-order functions has become common in C++, following ...
The template system of C++ is expressive enough to allow the programmer to write programs which are ...
Abstract: : In this work, we present preliminary study of Lambda Calculus in the field of computabil...
C++ generic overload functions Experimental overload functions for C++17. This paper proposes two fu...
Object-oriented languages have made a shift towards incorporating functional concepts such as lambda...
The Lambda Calculus is a formal system, originally intended as a tool in the foundation of mathemati...
AbstractMore and more C++ applications use template metaprograms directly or indirectly by using lib...
We propose the inclusion of simple lambda expressions into the C standard. We build on a slightly re...
In this paper, a sequel to "LAMBDA: The U ltimate Imperative", a new view of LAMBDA as a renaming op...
The STL Pocket Reference describes the functions, classes, and templates in that part of the C++ sta...
We propose the inclusion of simple lambda expressions into the C standard. We build on a slightly re...
Today software technology evolves very quickly, to an old paradigm, called functional programming. T...
In this paper, the possibility of lambda expressions and methods for their effective use in C++ code...
In efforts to overcome the complexity of the syntax and the lack of formal semantics of conventional...
The lambda calculus has frequently been used as an intermediate representation for programming langu...