Add to ORKGFindBugs is a static analysis tool that examines your class or JAR files looking for potential problems by matching your bytecodes against a list of bug patterns. Although it has displayed valuable efficiency in bug checking, yet it has not provided enough support for the programs using JUnit. This paper tries to fix this problem by extending FindBugs with specific bug pattern detectors to find bugs relating to the JUnit applications. After that, an evaluation is provided for those detectors and related work is explored.
Although achieving zero-defect software release is practically impossible, software industries shoul...
Aspect-oriented software development (AOSD) is gaining popular-ity with the wider adoption of langua...
Abstract: We consider properties desirable for static analysis tools targeted at find-ing bugs in th...
A number of bug detection tools currently exist and are used in development processes. However, not...
We describe a method of creating tools to find bugs in software that is driven by the analysis of pr...
First, a few bugs from a list of common bug were chosen and patterns describing these bugs were infe...
Lightweight static bug-detection tools such as FindBugs, PMD, Jlint, and Lint4j detect bugs with the...
Background: Effective use of bug finding tools promise to speed up the process of source code verifi...
Abstract Software’s are getting bigger and more complex and it is very important to improve defect-d...
Static software checking tools are useful as an additional automated software inspection step that c...
Finding and fixing buggy code is an important and cost-intensive maintenance task, and static analys...
Background. Static analyzers can be useful to software developers in detecting and locating code iss...
Automated static analysis is a promising technique to de-tect defects in software. However, although...
The project SHADOWS has started research which is developing software for automatic bug healing. We ...
Static checker frameworks support software developers by automatically discovering bugs that fit gen...
Although achieving zero-defect software release is practically impossible, software industries shoul...
Aspect-oriented software development (AOSD) is gaining popular-ity with the wider adoption of langua...
Abstract: We consider properties desirable for static analysis tools targeted at find-ing bugs in th...
A number of bug detection tools currently exist and are used in development processes. However, not...
We describe a method of creating tools to find bugs in software that is driven by the analysis of pr...
First, a few bugs from a list of common bug were chosen and patterns describing these bugs were infe...
Lightweight static bug-detection tools such as FindBugs, PMD, Jlint, and Lint4j detect bugs with the...
Background: Effective use of bug finding tools promise to speed up the process of source code verifi...
Abstract Software’s are getting bigger and more complex and it is very important to improve defect-d...
Static software checking tools are useful as an additional automated software inspection step that c...
Finding and fixing buggy code is an important and cost-intensive maintenance task, and static analys...
Background. Static analyzers can be useful to software developers in detecting and locating code iss...
Automated static analysis is a promising technique to de-tect defects in software. However, although...
The project SHADOWS has started research which is developing software for automatic bug healing. We ...
Static checker frameworks support software developers by automatically discovering bugs that fit gen...
Although achieving zero-defect software release is practically impossible, software industries shoul...
Aspect-oriented software development (AOSD) is gaining popular-ity with the wider adoption of langua...
Abstract: We consider properties desirable for static analysis tools targeted at find-ing bugs in th...