def findDuplicates(self):
detls = self.getDetails()
work = filter(lambda x: x.isFile, detls)
# set up the size dict with blank lists
sizes = []
for elt in detls:
sizes.append(elt.size)
lists.uniqueSort(sizes)
sdict = {}
for size in sizes:
sdict[size] = []
for elt in detls:
sdict[elt.size].append(elt)
# now, use the two dicts to find all entries
# with more than one item in the list
work = sdict.values() # + fdict.values()
work = filter(lambda x: len(x)>1, work)
dupeList = []
for dl in work:
test_dupes(dl, dupeList)
return dupeList
def getFilenames(self):
'''returns the tree filenames without paths, sorted uniquely'''
if not self.__filenames_cached:
files = self.getFiles()
trimFunc = lambda x: os.path.basename(x)
filenames = map(trimFunc, files)
lists.uniqueSort(filenames)
self.__filenames = filenames
self.__filename_cached = 1
return self.__filenames
