{"_id":"9dGCLLjCC9x5nwWdZ","bibbaseid":"yayan-baglum-tailoredmutationbasedsoftwarefaultinjectiontoolimfit","author_short":["Yayan, U.","Baglum, C."],"bibdata":{"bibtype":"article","type":"article","author":[{"propositions":[],"lastnames":["Yayan"],"firstnames":["Ugur"],"suffixes":[]},{"propositions":[],"lastnames":["Baglum"],"firstnames":["Cem"],"suffixes":[]}],"date":"2023","journaltitle":"SoftwareX","title":"Tailored mutation-based software fault injection tool (IM-FIT)","pages":"101463","comment":"- fig. 1 good for quick overview - for evaluating robustness of safety-critical systems - specifically Python and Robotic Operating System (ROS) - # ? should we stop reading here - propose tool \"IM-FIT\" - mutation-based testing based on regex and AST - only mentioned in abstract - faults seem to be defined as triple (file, match code, mutated code) - ? re-usability - runs mutants, compares and scores outputs - the less mutants undetected, the better - monitoring module collects and shows stats to user - uniqueness appears to be efficiency - mention other tools as related work - but no related work section in common sense - classifies output (valid, invalid, detected, undetected, timeout, survived, … mutants) - source code available (https://github.com/ESOGU-SRLAB/imfit) - including screen shots - meaningless commit messages - dead since two years","file":":yayan23tailored - Tailored mutation-based software fault injection tool (IM-FIT).pdf:PDF","publisher":"Elsevier","bibtex":"@Article{yayan23tailored,\n author = {Yayan, Ugur and Baglum, Cem},\n date = {2023},\n journaltitle = {SoftwareX},\n title = {Tailored mutation-based software fault injection tool (IM-FIT)},\n pages = {101463},\n comment = {- fig. 1 good for quick overview\n- for evaluating robustness of safety-critical systems\n- specifically Python and Robotic Operating System (ROS)\n\n - # ? should we stop reading here\n\n- propose tool \"IM-FIT\"\n- mutation-based testing based on regex and AST\n\n - only mentioned in abstract\n - faults seem to be defined as triple (file, match code, mutated code)\n\n - ? re-usability\n\n- runs mutants, compares and scores outputs\n\n - the less mutants undetected, the better\n\n- monitoring module collects and shows stats to user\n- uniqueness appears to be efficiency\n\n - mention other tools as related work\n\n - but no related work section in common sense\n\n- classifies output (valid, invalid, detected, undetected, timeout,\n survived, … mutants)\n- source code available (https://github.com/ESOGU-SRLAB/imfit)\n\n - including screen shots\n - meaningless commit messages\n - dead since two years},\n file = {:yayan23tailored - Tailored mutation-based software fault injection tool (IM-FIT).pdf:PDF},\n publisher = {Elsevier},\n}\n\n","author_short":["Yayan, U.","Baglum, C."],"key":"yayan23tailored","id":"yayan23tailored","bibbaseid":"yayan-baglum-tailoredmutationbasedsoftwarefaultinjectiontoolimfit","role":"author","urls":{},"metadata":{"authorlinks":{}},"downloads":0,"html":""},"bibtype":"article","biburl":"https://bibbase.org/network/files/AsPiHTmHHGjgy6xSQ","dataSources":["wjZw5s4JL49uLwn3p"],"keywords":[],"search_terms":["tailored","mutation","based","software","fault","injection","tool","fit","yayan","baglum"],"title":"Tailored mutation-based software fault injection tool (IM-FIT)","year":null}