DMCA
Can Programming be Liberated from the Two-Level Style? Multi-Level Programming with DeepJava (2007)
| Citations: | 16 - 0 self |
BibTeX
@MISC{Kühne07canprogramming,
author = {Thomas Kühne and Daniel Schreiber},
title = { Can Programming be Liberated from the Two-Level Style? Multi-Level Programming with DeepJava },
year = {2007}
}
Share
 |
 |
 |
 |
||
OpenURL
Abstract
Since the introduction of object-oriented programming few programming languages have attempted to provide programmers with more than objects and classes, i.e., more than two levels. Those that did, almost exclusively aimed at describing language properties—i.e., their metaclasses exert linguistic control on language concepts and mechanisms— often in order to make the language extensible. In terms of supporting logical domain classification levels, however, they are still limited to two levels. In this paper we conservatively extend the object-oriented programming paradigm to feature an unbounded number of domain classification levels. We can therefore avoid the introduction of accidental complexity into programs caused by accommodating multiple domain levels within only two programming levels. We present a corresponding language design featuring “deep instantiation ” and demonstrate its features with a running example. Finally, we outline the implementation of our compiler prototype and discuss the potentials of further developing our language design.
Keyphrases
two-level style compiler prototype linguistic control corresponding language design running example language property programming language language design accidental complexity language concept programming level deep instantiation object-oriented programming paradigm unbounded number logical domain classification level domain classification level multiple domain level
