Abstract: We consider properties desirable for static analysis tools targeted at find-ing bugs in the real open source code, and review tools based on various approaches to defect detection. A static analysis tool is described, that includes a framework for flow-sensitive interprocedural dataflow analysis and scales to analysis of large programs. The framework enables implementation of multiple checkers searching for specific bugs, such as null pointer dereference and buffer overflow, abstracting from the checkers details such as alias analysis
Catching bugs in programs is difficult and time-consuming. The effort of debugging and proving corre...
Much research in recent years has focused on using static analysis to find bugs in software. Many ne...
Bugs caused by improperly bounded program inputs cost software companies millions of dollars annuall...
Developers and security analysts have been using static analysis for a long time to ana-lyze program...
We describe a method of creating tools to find bugs in software that is driven by the analysis of pr...
Abstract. Safety-critical software in industry is typically subjected to both dy-namic testing as we...
Static analysis tools (see the sidebar onpage 7) are very useful for finding bugs. They go far beyon...
Much research in recent years has focused on using static analysis to find bugs in software. Many n...
Finding and fixing buggy code is an important and cost-intensive maintenance task, and static analys...
Automated static analysis tools can perform efficient thorough checking of important properties of, ...
Static program analysis and model checking are two dif-ferent techniques in bug detection that perfo...
Background. Industrial software increasingly relies on open source software. Therefore, industrial p...
AbstractTools based on static analysis can be used to find defects in programs. Tools that do shallo...
Part 3: Mining OSS DataInternational audiencePerforming source code static analysis during the softw...
Software assurance is of paramount importance given the increasing impact of software on our lives. ...
Catching bugs in programs is difficult and time-consuming. The effort of debugging and proving corre...
Much research in recent years has focused on using static analysis to find bugs in software. Many ne...
Bugs caused by improperly bounded program inputs cost software companies millions of dollars annuall...
Developers and security analysts have been using static analysis for a long time to ana-lyze program...
We describe a method of creating tools to find bugs in software that is driven by the analysis of pr...
Abstract. Safety-critical software in industry is typically subjected to both dy-namic testing as we...
Static analysis tools (see the sidebar onpage 7) are very useful for finding bugs. They go far beyon...
Much research in recent years has focused on using static analysis to find bugs in software. Many n...
Finding and fixing buggy code is an important and cost-intensive maintenance task, and static analys...
Automated static analysis tools can perform efficient thorough checking of important properties of, ...
Static program analysis and model checking are two dif-ferent techniques in bug detection that perfo...
Background. Industrial software increasingly relies on open source software. Therefore, industrial p...
AbstractTools based on static analysis can be used to find defects in programs. Tools that do shallo...
Part 3: Mining OSS DataInternational audiencePerforming source code static analysis during the softw...
Software assurance is of paramount importance given the increasing impact of software on our lives. ...
Catching bugs in programs is difficult and time-consuming. The effort of debugging and proving corre...
Much research in recent years has focused on using static analysis to find bugs in software. Many ne...
Bugs caused by improperly bounded program inputs cost software companies millions of dollars annuall...