on NMF Transformations, a model transformation language realized as an internal DSL embedded in C#. An internal DSL can take advantage of the whole expressiveness and tooling build for the well established and known host language. In this work, we use the component model of the.NET platform to rep

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with existing software technologies, or that bx languages often cannot be mixed with unidirectional transformation languages and general-purpose programming languages. We present an approach to implement existing bx languages as internal domain-specific languages (iDSLs) in the Scala programming language

Abstract—Domain-specific languages (DSL) are becoming a mature tool in application development. With the help of DSLs, developers express concerns in specifically tailored languages. We focus on internal DSL – a special type which uses an existing programming language as its host. Our research

of these systems is the Rete algorithm. We have implemented a Rete-based runtime verification system, named LogFire (originally intended for offline log analysis but also applicable to online analysis), as an internal DSL in the Scala programming language, using Scala’s support for defining DSLs. This combination

convinced of the benefits of DSLs, we set out to analyze the domains present in games in order to find out which would be most amenable to the DSL approach. Based on previous work, we thus sought those sub-parts that already had a partially established vocabulary and at the same time could be well modeled

for defining internal Domain Specific Languages (DSLs). Furthermore SCALA’s combination of object oriented and functional programming features, including partial functions and pattern matching, makes it an ideal host language for such an API. 1

We propose DSL, a new Scalable Distributed Data Structure for the dictionary problem, based on a version of Skip Lists, as an alternative to both random trees and deterministic height balanced trees. Our scheme exhibits, with high probability, logarithmic search time, constant reconstruction

Abstract. Based on the improvements of the C # programming language towards functional programming support, and motivated by the FC++ functional library for C++, we introduce the FC # functional library for C#. FC # itself is an internal Domain Specific Language (DSL) for C#, therefore solutions

at this time because of missing models for these transmission systems. The new Task Group will have to investigate this and to find procedures, models and tools applicable for being able to determine the influence of PLT and DSL on reception of HF radio signals. B. Military Benefit Increase of the natural HF