Automated static analysis tools can perform efficient thorough checking of important properties of, and extract and summarize critical information about, a source program. This paper evaluates three open-source static analysis tools; Flawfinder, Cppcheck and Yasca. Each tool is analyzed with regards to usability, IDE integration, performance, and accuracy. Special emphasis is placed on the integration of these tools into the development environment to enable analysis during all phases of development as well as to enable extension of rules and other improvements within the tools. It is shown that Flawfinder be the easiest to modify and extend, Cppcheck be inviting to novices, and Yasca be the most accurate and versatile
At Microsoft, we now regularly apply a new generation of static analysis tools that can automaticall...
Automated static code analysis is an efficient technique to increase the quality of software during ...
Background: Automatic static analysis (ASA) tools examine source code to discover “issues”, i.e. cod...
Almost all software contains defects. Some defects are found easily while others are never found, ty...
AbstractTools based on static analysis can be used to find defects in programs. Tools that do shallo...
This paper contains an evaluation of common open source static analysistools available for C. The to...
The use of automatic static analysis has been a software engineering best practice for decades. Howe...
Abstract—No single software fault-detection technique is capable of addressing all fault-detection c...
Abstract This paper tells the story of how our organization introduced static analysis into its soft...
Software vulnerabilities are added into programs during its development. Architectural flaws are int...
Background: Automatic Static Analysis (ASA) tools analyze source code and look for code patterns (ak...
Performance is a critical component of software quality. Software performance can have drastic reper...
A large number of tools that automate the process of finding errors in pro-grams has recently emerge...
Software vulnerabilities are added into programs during its development. Architectural flaws are i...
Nowadays, many different tools to perform static analysis on software (ASATs) are available. These c...
At Microsoft, we now regularly apply a new generation of static analysis tools that can automaticall...
Automated static code analysis is an efficient technique to increase the quality of software during ...
Background: Automatic static analysis (ASA) tools examine source code to discover “issues”, i.e. cod...
Almost all software contains defects. Some defects are found easily while others are never found, ty...
AbstractTools based on static analysis can be used to find defects in programs. Tools that do shallo...
This paper contains an evaluation of common open source static analysistools available for C. The to...
The use of automatic static analysis has been a software engineering best practice for decades. Howe...
Abstract—No single software fault-detection technique is capable of addressing all fault-detection c...
Abstract This paper tells the story of how our organization introduced static analysis into its soft...
Software vulnerabilities are added into programs during its development. Architectural flaws are int...
Background: Automatic Static Analysis (ASA) tools analyze source code and look for code patterns (ak...
Performance is a critical component of software quality. Software performance can have drastic reper...
A large number of tools that automate the process of finding errors in pro-grams has recently emerge...
Software vulnerabilities are added into programs during its development. Architectural flaws are i...
Nowadays, many different tools to perform static analysis on software (ASATs) are available. These c...
At Microsoft, we now regularly apply a new generation of static analysis tools that can automaticall...
Automated static code analysis is an efficient technique to increase the quality of software during ...
Background: Automatic static analysis (ASA) tools examine source code to discover “issues”, i.e. cod...