使用检查点提高分布式软件测试的效率

Bhuridech Sudsee, Chanwit Kaewkasi
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引用次数: 2

摘要

存储技术的进步和数据量的快速增长使世界进入了大数据时代。在过去,我们有许多数据挖掘工具,但它们不足以处理数据密集型可扩展计算工作负载。Apache Spark框架是一个流行的大数据处理工具。它利用内存处理技术,使Spark比Hadoop快100倍。测试这种大数据程序非常耗时。不幸的是,开发人员缺乏适当的测试框架,云可以帮助确保数据密集型处理程序的质量,同时节省开发时间。我们为Apache Spark提出了分布式测试检查点(DTC), DTC将单元测试应用于大数据软件开发生命周期,并通过检查点减少每个测试循环所花费的时间。从实验结果来看,我们发现在随后的几轮单元测试中,DTC显著加快了测试时间,速度可达450-500%。在存储方面,DTC可以切断不必要的数据,使存储比Spark原来的检查点节省19.7倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A productivity improvement of distributed software testing using checkpoint
The advancement of storage technologies and the fast-growing number of generated data have made the world moved into the Big Data era. In this past, we had many data mining tools but they are inadequate to process Data-Intensive Scalable Computing workloads. The Apache Spark framework is a popular tool designed for Big Data processing. It leverages in-memory processing techniques that make Spark up to 100 times faster than Hadoop. Testing this kind of Big Data program is time consuming. Unfortunately, developers lack a proper testing framework, which cloud help assure quality of their data-intensive processing programs, while saving development time. We propose Distributed Test Checkpointing (DTC) for Apache Spark, DTC applies unit testing to the Big Data software development life cycle and reduce time spent for each testing loop with checkpoint. From the experimental results, we found that in the subsequence rounds of unit testing, DTC dramatically speed the testing time up to 450–500% faster. In case of storage, DTC can cut unnecessary data off and make the storage 19.7 times saver than the original checkpoint of Spark.
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