def toc(self, out=0):
self.time = clk() - self.time
self.running_time += self.time
if out != 0:
if self.msg:
print "(%s), time: %f sec" % (self.msg, self.time)
else:
print "time: %f sec" % (self.time)
def toc(self, out = 0):
self.time = clk() - self.time
self.running_time += self.time
if out != 0:
if self.msg:
print "(%s), time: %f sec" % (self.msg, self.time)
else:
print "time: %f sec" % (self.time)
def tic(self):
self.time = clk()
result3 = []
mydict3 = dict()
for filename, pathname, filesize in thefiles:
if mydict3.get(filename):
for [dup_file, dup_size] in mydict3[filename]:
if dup_size == filesize:
result3.append(pathname)
mydict3[filename].append([pathname, filesize])
else:
mydict3[filename] = [[pathname, filesize]]
return result3
srchpath = 'c:/Python25'
from time import clock as clk
t = []
allfiles = get_all_files(srchpath)
t.append(clk())
res1 = find_dupes_1(allfiles)
t.append(clk())
t.append(clk())
res2 = find_dupes_2(allfiles)
t.append(clk())
t.append(clk())
res3 = find_dupes_3(allfiles)
t.append(clk())
print "Number of files processed: ", len(allfiles)
print "method 1: %5.5f; method 2: %5.5f; method 3: %5.5f" % \
(t[1]-t[0], t[3]-t[2], t[5]-t[4])
else:
mydict2[pathname] = [filename, filesize]
return result2
def find_dupes_3(thefiles):
"""Searches for file duplicates, method 3."""
result3 = []
mydict3 = dict()
for filename, pathname, filesize in thefiles:
if mydict3.get(filename):
for [dup_file, dup_size] in mydict3[filename]:
if dup_size == filesize:
result3.append(pathname)
mydict3[filename].append([pathname, filesize])
else:
mydict3[filename] = [[pathname, filesize]]
return result3
srchpath = 'c:/Python25'
from time import clock as clk
t = []
allfiles = get_all_files(srchpath)
t.append(clk()); res1 = find_dupes_1(allfiles); t.append(clk())
t.append(clk()); res2 = find_dupes_2(allfiles); t.append(clk())
t.append(clk()); res3 = find_dupes_3(allfiles); t.append(clk())
print "Number of files processed: ", len(allfiles)
print "method 1: %5.5f; method 2: %5.5f; method 3: %5.5f" % \
(t[1]-t[0], t[3]-t[2], t[5]-t[4])
def Test(*args):
print(clk())
def toc(self, msg=""):
self.time = clk() - self.time
if msg:
print "(%s), time: %f sec" % (msg, 1000. * self.time)
else:
print "time: %f sec" % (1000. * self.time)
def tic(self):
self.time = clk()
