3rd international workshop on free composition (FREECO'12)

Christoph Bockisch, L. Bergmans, Steven te Brinke, Ian Piumarta
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引用次数: 1

Abstract

The history of programming languages shows a continuous search for new composition mechanisms to find better ways for structuring increasingly complex software systems into modules that can be developed and reused independently. Composition mechanisms can address various types of dependencies among modules, e.g., inheritance, delegation, aggregation, design patterns, contracts, explicit protocols, or domain-specific compositions. However, most languages adopt a fixed set of composition mechanisms, usually with explicit notation and predefined semantics. In case a language does not provide any mechanisms with the desired compositional behavior, programmers may need to write workarounds or introduce the new composition mechanism through macros, libraries, frameworks or language extensions. This workshop intends to stimulate research in programming languages and software development by exploring the notion that today's languages with their limited set of composition mechanisms is insufficient. Instead we should allow compositions that support more flexibility, adopt a wide variety of compositions, domain-specific and tailored compositions, or programmable compositions of various program artifacts.
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第三届自由构图国际研讨会(FREECO'12)
编程语言的历史表明,人们不断寻找新的组合机制,以找到更好的方法,将日益复杂的软件系统构建成可以独立开发和重用的模块。组合机制可以处理模块之间各种类型的依赖关系,例如,继承、委托、聚合、设计模式、契约、显式协议或特定于领域的组合。然而,大多数语言采用一组固定的组合机制,通常带有显式的符号和预定义的语义。如果一种语言没有提供任何机制来实现期望的组合行为,程序员可能需要编写变通方法,或者通过宏、库、框架或语言扩展来引入新的组合机制。本次研讨会旨在激发编程语言和软件开发方面的研究,探讨当今具有有限组合机制的语言是不够的这一概念。相反,我们应该允许那些支持更大灵活性的组合,采用各种各样的组合,特定于领域和定制的组合,或者各种程序工件的可编程组合。
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