Static code analysis |
Static code analysis is a set of methods for analysing Software source code or object code in an effort to gain understanding of what the software does and establish certain correctness criteria.
Schematically, there are several types of static analysis (which may be used in combination, even inside the same programming tool):
Some software metrics can also be seen as a form of static analysis.
=Formal methods=
Static analysis is a family of formal methods for automatically deriving information about the behavior of computer Software (and also hardware). One possible application of static analysis is automated Debugging aid, especially the finding of run-time errors – roughly speaking, events causing program crashes.
Briefly, program analysis — including finding possible run-time errors – is ).
There exist two main families of formal static analysis:
Interest in the development of static analysis tools, especially for use on safety-critical computer systems, was renewed after the high profile disaster of Ariane 5 Flight 501, when a space rocket exploded shortly after launch due to a computer bug, surely one of the most expensive of such bugs in history.
=See also=
*DAEDALUS *Formal verification *Software analysis *Software testing *Source code scanner *Code beautifier *Crash-only software *Graceful degradation *List of tools for static code analysis
=External links=
*[http://yunus.hun.edu.tr/~sencer/research.html information of software management] *[http://citeseer.org/csq=static+and+code+and+analysis Citations from CiteSeer] *[http://www.astree.ens.fr/ ASTRÃ?E project], with explanations on static analysis by abstract interpretation *[http://www.dwheeler.com/flawfinder/ Flawfinder], contains a good list of other static checking tools towards the bottom *[http://research.microsoft.com/collaboration/university/europe/Events/Workshop/sec2002/DVD/Pincus2/Materials/Pincus_PREfix_PREfast_and_other_tools_and_technologies.ppt PREfix] from Microsoft Research team - not GA (General Availability) yet. *[http://www.cs.ucla.edu/~palsberg/typeflow.html Type Inference and Static Analysis for Object-Oriented Software] by Jens Palsberg *[http://www2004.org/proceedings/docs/1p40.pdf Securing Web Application Code by Static Analysis and Runtime Protection]|
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