Developing concurrent software is error prone. Others have cataloged common bug patterns in concurrent Java programs. But, there are no tools for detecting complex concurrency bug patterns accurately, and concurrent programs are full of similar bugs. We have been developing a tool called Keshmesh for detecting complex concurrency bug patterns in Java programs statically. Keshmesh is the first tool that accurately detects a few of the top concurrency bug patterns of the SEI CERT catalog and suggests automated fixers for some of them. Keshmesh is fast enough to be used interactively, produces few false alarms and helps Java programmers to quickly find and fix common concurrency bug patterns in their programs.published or submitted for publica...
In this work we focus on creating a benchmark suite of concurrent programs for various programming l...
Testing concurrent software is hard due to its non-deterministic behavior. Concurrency bugs triggeri...
Background Software systems are relying more and more on multi-core hardware requiring a parallel ap...
Developing concurrent software is error prone. Others have cataloged common bug patterns in concurre...
Bug patterns are coding idioms that may make the code less maintainable or turn into bugs in future....
Abstract. Nowadays, multi-threaded programs are quite common and so are concurrency errors. Many wor...
Data (External): "http://stap.sjtu.edu.cn/index.php?title=JaConTeBe#Searched_Bugs" Reference Stud...
Abstract—Detecting bugs in concurrent software is challeng-ing due to the many different thread inte...
Fault localization is usually the most time-consuming step when debugging software bugs in general a...
Software is pervasive in our daily lives. Unfortunately, software bugs can severely affect the depen...
This thesis presents a catalog of concurrency-related bug patterns. In contrast to design patterns, ...
Mainstream programming is migrating to concurrent archi-tectures to improve performance and facilita...
Concurrent software is quickly becoming a very important facet in Software Engineering due to numero...
Part 1: Full PapersInternational audienceConcurrent programming puts demands on software debugging a...
Concurrency bug detection is important to guarantee the correct behavior of multithread programs. Ho...
In this work we focus on creating a benchmark suite of concurrent programs for various programming l...
Testing concurrent software is hard due to its non-deterministic behavior. Concurrency bugs triggeri...
Background Software systems are relying more and more on multi-core hardware requiring a parallel ap...
Developing concurrent software is error prone. Others have cataloged common bug patterns in concurre...
Bug patterns are coding idioms that may make the code less maintainable or turn into bugs in future....
Abstract. Nowadays, multi-threaded programs are quite common and so are concurrency errors. Many wor...
Data (External): "http://stap.sjtu.edu.cn/index.php?title=JaConTeBe#Searched_Bugs" Reference Stud...
Abstract—Detecting bugs in concurrent software is challeng-ing due to the many different thread inte...
Fault localization is usually the most time-consuming step when debugging software bugs in general a...
Software is pervasive in our daily lives. Unfortunately, software bugs can severely affect the depen...
This thesis presents a catalog of concurrency-related bug patterns. In contrast to design patterns, ...
Mainstream programming is migrating to concurrent archi-tectures to improve performance and facilita...
Concurrent software is quickly becoming a very important facet in Software Engineering due to numero...
Part 1: Full PapersInternational audienceConcurrent programming puts demands on software debugging a...
Concurrency bug detection is important to guarantee the correct behavior of multithread programs. Ho...
In this work we focus on creating a benchmark suite of concurrent programs for various programming l...
Testing concurrent software is hard due to its non-deterministic behavior. Concurrency bugs triggeri...
Background Software systems are relying more and more on multi-core hardware requiring a parallel ap...