def test_lizard_analyze(self, auto_read):
actuals = list(lz.analyze_files([__file__],
exts=lz.get_extensions([])))
self.assertEqual(len(actuals), 1)
actual = actuals[0]
self.assertEqual(4, actual.nloc)
self.assertEqual(2.0, actual.average_cyclomatic_complexity)
def runLizard(filenameList):
duplicates = DuplicateDetector()
cpre = lizardcpre()
nd = lizardnd()
ns = lizardns()
io = lizardio()
extensions = lizard.get_extensions([duplicates, cpre, ns, nd, io])
outList = list(lizard.analyze_files(filenameList, exts=extensions))
dupCodeSnips = list(
duplicates.get_duplicates(min_duplicate_tokens=MIN_DUP_TOKENS))
dupInfo = {
'duplicates': [dupInfoToDict(d) for d in dupCodeSnips],
'duplicateRate': duplicates.saved_duplicate_rate,
'uniqueRate': duplicates.saved_unique_rate
}
return {'fileList': outList, 'dupInfo': dupInfo}
def detect(self, source_files, auto_read):
auto_read.side_effect = lambda filename: source_files[filename]
extensions = get_extensions([self.detector])
list(analyze_files(source_files.keys(), exts=extensions))
return list(self.detector.get_duplicates(30))
def detect(self, source_files, auto_read):
auto_read.side_effect = lambda filename: source_files[filename]
extensions = get_extensions([self.detector])
list(analyze_files(sorted(source_files.keys()), exts=extensions))
return list(self.detector.get_duplicates(30))