Exploratory Analysis of Spark Structured Streaming

Todor Ivanov, Jason Taafe
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引用次数: 7

Abstract

In the Big Data era, stream processing has become a common requirement for many data-intensive applications. This has lead to many advances in the development and adaption of large scale streaming systems. Spark and Flink have become a popular choice for many developers as they combine both batch and streaming capabilities in a single system. However, introducing the Spark Structured Streaming in version 2.0 opened up completely new features for SparkSQL, which are alternatively only available in Apache Calcite. This work focuses on the new Spark Structured Streaming and analyses it by diving into its internal functionalities. With the help of a micro-benchmark consisting of streaming queries, we perform initial experiments evaluating the technology. Our results show that Spark Structured Streaming is able to run multiple queries successfully in parallel on data with changing velocity and volume sizes.
Spark结构化流的探索性分析
在大数据时代,流处理已经成为许多数据密集型应用的共同需求。这导致了大规模流系统的开发和适应方面的许多进步。Spark和Flink已经成为许多开发人员的热门选择,因为它们在单个系统中结合了批处理和流处理功能。然而,在2.0版本中引入Spark结构化流为SparkSQL打开了全新的特性,这些特性只能在Apache方解石中使用。这项工作的重点是新的Spark结构化流,并通过深入研究其内部功能来分析它。借助由流查询组成的微基准测试,我们执行了评估该技术的初步实验。我们的结果表明,Spark结构化流能够成功地在不同速度和容量大小的数据上并行运行多个查询。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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