Neverlang 2 is a JVM-based framework for language development that emphasizes code reuse through composition of language features. This paper is aimed at showing how to develop extensible, custom languages using Neverlang's component-based model of implementation. Using this model, each feature of the language can be implemented as a separate, conceptually isolated unit that can be compiled and distributed separately from the others. A live tutorial of the framework can be found at http://youtu.be/Szxvg7XLbX
We have developed novel techniques for component-based specification of programming languages. In ou...
Research in formal description of programming languages over the past four decades has led to some s...
In recent years, functional programming languages have been cross-pollinating the object-oriented wo...
International audienceTraditional compiler development is non-modular. Although syntax extension and...
Reuse in programming language development is an open research problem. Many authors have proposed fr...
The use of domain specific languages (DSL), instead of general purpose languages introduces a number...
Often an ad hoc programming language integrating features from different programming languages and p...
Language development is inherently complex. With the support of a suitable language development env...
As with traditional software, the complexity of a programming language implementation is faced with ...
Although most programming languages naturally share several language features, they are typically im...
Although most programming languages naturally share several language features, they are typically im...
Context: This paper presents the concept of open programming language interpreters, a model to suppo...
Programming languages and formal notations are central to computer science. A significant part of c...
Domain Specific Languages (DSLs) are widely adopted to capitalize on business domain experiences. Co...
International audienceDomain Specific Languages (DSLs) are widely adopted to capitalize on business ...
We have developed novel techniques for component-based specification of programming languages. In ou...
Research in formal description of programming languages over the past four decades has led to some s...
In recent years, functional programming languages have been cross-pollinating the object-oriented wo...
International audienceTraditional compiler development is non-modular. Although syntax extension and...
Reuse in programming language development is an open research problem. Many authors have proposed fr...
The use of domain specific languages (DSL), instead of general purpose languages introduces a number...
Often an ad hoc programming language integrating features from different programming languages and p...
Language development is inherently complex. With the support of a suitable language development env...
As with traditional software, the complexity of a programming language implementation is faced with ...
Although most programming languages naturally share several language features, they are typically im...
Although most programming languages naturally share several language features, they are typically im...
Context: This paper presents the concept of open programming language interpreters, a model to suppo...
Programming languages and formal notations are central to computer science. A significant part of c...
Domain Specific Languages (DSLs) are widely adopted to capitalize on business domain experiences. Co...
International audienceDomain Specific Languages (DSLs) are widely adopted to capitalize on business ...
We have developed novel techniques for component-based specification of programming languages. In ou...
Research in formal description of programming languages over the past four decades has led to some s...
In recent years, functional programming languages have been cross-pollinating the object-oriented wo...