Developers need help with multithreaded programming. We investigate how two program analysis tools are used by de-velopers at Google: THREADSAFETY, an annotation-based static data race analysis, and TSAN, a dynamic data race de-tector. The data was collected by interviewing seven veteran industry developers at Google, and provides unique insight into how four different teams use tooling in different ways to help with multithreaded programming. The result is a collec-tion of perceived pros and cons of using THREADSAFETY and TSAN, as well as general issues with multithreading
Abstract. Low level data-races in multi-threaded software are hard to detect, especially when requir...
It is generally acknowledged that developing correct multithreaded codes is difficult, because threa...
Abstract—Multithreaded software is subject to data races. A large number of data race detectors exis...
Data races are a particularly unpleasant kind of threading bugs. They are hard to find and reproduce...
The concurrent programming literature is rich with tools and techniques for data race detection. Les...
With the prevalence of concurrent software and the difficulties that come with properly synchronizin...
Multithreaded programming is difficult and error prone. It is easy to make a mistake in synchronizat...
Debugging multi-threaded programs is notoriously hard. Probably the worst type of bug occurring in m...
Abstract—Data races in multi-threaded programs are a com-mon source of serious software failures. Th...
Multi-threading is a methodology that has been extremely used. Modern software depends essentially o...
Programming environments for smartphones expose a concurrency model that combines multi-threading an...
Perpetual availability is an important operational goal in today’s computer systems. How-ever, achie...
Perpetual availability is an important operational goal in today\u27s computer systems. However, ach...
Low level data-races in multi-threaded software are hard to detect, especially when requiring exhaus...
1. Data races are easy to cause and hard to debug. 2. We can't detect all data races. 3. Detect...
Abstract. Low level data-races in multi-threaded software are hard to detect, especially when requir...
It is generally acknowledged that developing correct multithreaded codes is difficult, because threa...
Abstract—Multithreaded software is subject to data races. A large number of data race detectors exis...
Data races are a particularly unpleasant kind of threading bugs. They are hard to find and reproduce...
The concurrent programming literature is rich with tools and techniques for data race detection. Les...
With the prevalence of concurrent software and the difficulties that come with properly synchronizin...
Multithreaded programming is difficult and error prone. It is easy to make a mistake in synchronizat...
Debugging multi-threaded programs is notoriously hard. Probably the worst type of bug occurring in m...
Abstract—Data races in multi-threaded programs are a com-mon source of serious software failures. Th...
Multi-threading is a methodology that has been extremely used. Modern software depends essentially o...
Programming environments for smartphones expose a concurrency model that combines multi-threading an...
Perpetual availability is an important operational goal in today’s computer systems. How-ever, achie...
Perpetual availability is an important operational goal in today\u27s computer systems. However, ach...
Low level data-races in multi-threaded software are hard to detect, especially when requiring exhaus...
1. Data races are easy to cause and hard to debug. 2. We can't detect all data races. 3. Detect...
Abstract. Low level data-races in multi-threaded software are hard to detect, especially when requir...
It is generally acknowledged that developing correct multithreaded codes is difficult, because threa...
Abstract—Multithreaded software is subject to data races. A large number of data race detectors exis...