Bidirectional programming and software adaptation: Towards a happy marriage

Zhenjiang Hu
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Abstract

Bidirectional transformations and bidirectional programming have been attracting a lot of attention lately, both in the programming languages community, and in the software engineering community. As bidirectional programming languages are growing more mature, they are getting easier to use for software engineers, more efficient, and more reliable. The strongest argument in favor of bidirectional programming is its ability to provide a synchronization mechanisms between a source and a view, that is guaranteed to be correct by construction. On the other hand, software adaptation is an ability to adapt at run-time to changing user needs, system intrusions or faults, and changing operational environment. In this talk, we shall explain the essence of bidirectional transformation, introduce a powerful language for bidirectional programming, and show how bidirectional programming can provide a powerful mechanism to modularize adaptive software. This mechanism would be very useful not only for reusing a adaptive software for different target systems, but also for maintaining separation of concerns when developing complex adaptive software.
双向编程和软件改编:迈向幸福婚姻
双向转换和双向编程最近在编程语言社区和软件工程社区都引起了很多关注。随着双向编程语言越来越成熟,它们对软件工程师来说越来越容易使用,效率也越来越高,可靠性也越来越高。支持双向编程的最有力的论据是它能够在源和视图之间提供同步机制,通过构造保证其正确性。另一方面,软件适应是在运行时适应不断变化的用户需求、系统入侵或故障以及不断变化的操作环境的能力。在这次演讲中,我们将解释双向转换的本质,介绍一种强大的双向编程语言,并展示双向编程如何提供强大的机制来模块化自适应软件。这种机制不仅对于为不同的目标系统重用自适应软件非常有用,而且对于在开发复杂的自适应软件时保持关注点分离也非常有用。
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