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Index-based code clone detection: incremental, distributed, scalable

机译:基于索引的代码克隆检测:增量,分布式,可伸缩

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Although numerous different clone detection approaches have been proposed to date, not a single one is both incremental and scalable to very large code bases. They thus cannot provide real-time cloning information for clone management of very large systems. We present a novel, index-based clone detection algorithm for type 1 and 2 clones that is both incremental and scalable. It enables a new generation of clone management tools that provide real-time cloning information for very large software. We report on several case studies that show both its suitability for real-time clone detection and its scalability: on 42 MLOC of Eclipse code, average time to retrieve all clones for a file was below 1 second; on 100 machines, detection of all clones in 73 MLOC was completed in 36 minutes.
机译:尽管迄今为止已经提出了许多不同的克隆检测方法,但是没有一种方法既可增量又可扩展到非常大的代码库。因此,它们无法为大型系统的克隆管理提供实时克隆信息。我们为类型1和2克隆提供了一种新颖的,基于索引的克隆检测算法,该算法既可增量又可扩展。它支持新一代的克隆管理工具,这些工具可以为大型软件提供实时克隆信息。我们报告了一些案例研究,这些案例显示了其对实时克隆检测的适用性和可伸缩性:在42 MLOC的Eclipse代码上,检索文件的所有克隆的平均时间不到1秒;在100台机器上,在36分钟内完成了对73个MLOC中所有克隆的检测。

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