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#prog #go #article

Understanding Real-World Concurrency Bugs in Go (PDF)

In this paper, we perform the first systematic study on concurrency bugs in real Go programs. We studied six popular Go software including Docker, Kubernetes, and gRPC. We analyzed 171 concurrency bugs in total, with more than half of them caused by non-traditional, Go-specific problems. Apart from root causes of these bugs, we also studied their fixes, performed experiments to reproduce them, and evaluated them with two publicly-available Go bug detectors.

<...>

Our study found that message passing does not necessarily make multithreaded programs less error-prone than shared memory. In fact, message passing is the main cause of blocking bugs.

<...>

We believe that message passing offers a clean form of inter-thread communication and can be useful in passing data and signals. But they are only useful if used correctly, which requires programmers to not only understand message passing mechanisms well but also other synchronization mechanisms of Go.

Надо отметить, что результаты могут быть искажены тем, что:
а) выборка только из шести проектов (Docker, Kubernetes, etcd, CockroachDB, BoltDB, gRPC-go);
б) рассматриваются только баги, которые были исправлены.

ACM Conferences

Understanding Real-World Concurrency Bugs in Go | Proceedings of the Twenty-Fourth International Conference on Architectural Support…

www.group-telegram.com/us/dereference_pointer_there.com/8963

1.8K viewsDec 13, 2024 at 16:43

#prog #go #article

Understanding Real-World Concurrency Bugs in Go (PDF)

In this paper, we perform the first systematic study on concurrency bugs in real Go programs. We studied six popular Go software including Docker, Kubernetes, and gRPC. We analyzed 171 concurrency bugs in total, with more than half of them caused by non-traditional, Go-specific problems. Apart from root causes of these bugs, we also studied their fixes, performed experiments to reproduce them, and evaluated them with two publicly-available Go bug detectors.

<...>

Our study found that message passing does not necessarily make multithreaded programs less error-prone than shared memory. In fact, message passing is the main cause of blocking bugs.

<...>

We believe that message passing offers a clean form of inter-thread communication and can be useful in passing data and signals. But they are only useful if used correctly, which requires programmers to not only understand message passing mechanisms well but also other synchronization mechanisms of Go.

Надо отметить, что результаты могут быть искажены тем, что:
а) выборка только из шести проектов (Docker, Kubernetes, etcd, CockroachDB, BoltDB, gRPC-go);
б) рассматриваются только баги, которые были исправлены.

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