Understanding, Refactoring, and Fixing Concurrency in C#

Semih Okur
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引用次数: 1

Abstract

Industry leaders provide concurrent libraries because asynchronous & parallel programming are increasingly in demand: responsiveness, scalability, and high-throughput are key elements of all modern applications. However, we know little about how developers use these concurrent libraries in practice and the developer's toolbox for concurrency is very limited. We present the first study that analyzes the usage of concurrent libraries in large codebases, such as 2258 open-source C# apps comprising 54M SLOC and 1378 open-source Windows Phone apps comprising 12M SLOC. Using this data, we find important problems about use and misuse of concurrency. Inspired by our findings, we designed, evaluated, and implemented several static analyses and refactoring tools.
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理解、重构和修复c#中的并发性
行业领导者提供并发库是因为异步和并行编程的需求越来越大:响应性、可伸缩性和高吞吐量是所有现代应用程序的关键要素。然而,我们对开发人员在实践中如何使用这些并发库知之甚少,开发人员的并发工具箱也非常有限。我们提出了第一项研究,分析了并发库在大型代码库中的使用情况,例如包含54M SLOC的2258个开源c#应用程序和包含12M SLOC的1378个开源Windows Phone应用程序。通过使用这些数据,我们发现了有关并发使用和误用的重要问题。受这些发现的启发,我们设计、评估并实现了几个静态分析和重构工具。
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