def test_reverse(self):
'''to make sure that the golden would not change - test wise versa'''
sys.argv = [
'-v', '-w',
os.path.join('tst', 'golden'), '-g',
os.path.join('tst', 'work'), "-p"
]
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files")
# print len(all_files), all_files
all_files = duplicates.get_all_files("tst/work")
self.assertEqual(9, len(all_files), "total files")
# print len(all_files), all_files
# 1. find all duplicates
# with self.assertRaises(duplicates.GreatSuccess):
# duplicates.main()
duplicates.main()
all_files = duplicates.get_all_files("tst")
self.assertEqual(12, len(all_files), "total files")
all_files = duplicates.get_all_files("tst/work")
# print len(all_files), all_files
self.assertEqual(9, len(all_files), "total files")
all_files = duplicates.get_all_files("tst/golden")
# print len(all_files), all_files
self.assertEqual(1, len(all_files), "total files")
def test_duplicates_similar_names2(self):
'''similar names the other way around'''
sys.argv = [
'-v', '-g',
os.path.join('tst copy', ''), '-w',
os.path.join('tst', ''), "-p"
]
shutil.rmtree("tst copy", ignore_errors=True)
shutil.copytree(
"sample",
"tst copy",
)
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files")
all_files = duplicates.get_all_files("tst copy")
self.assertEqual(16, len(all_files), "total files")
duplicates.main()
all_files = duplicates.get_all_files("tst")
self.assertEqual(0, len(all_files), "total files")
all_files = duplicates.get_all_files("tst copy")
self.assertEqual(16, len(all_files), "total files")
def test_straight(self):
'''test that duplicates.py finds all the duplicates in the sample folder'''
sys.argv = [
'-v', '-g',
os.path.join('tst', 'golden'), '-w',
os.path.join('tst', 'work'), '--purge'
]
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files")
# print len(all_files), all_files
# 1. find all duplicates
# with self.assertRaises(duplicates.GreatSuccess):
# duplicates.main()
duplicates.main()
all_files = duplicates.get_all_files("tst")
self.assertEqual(8, len(all_files), "total files")
all_files = duplicates.get_all_files("tst/work")
# print len(all_files), all_files
self.assertEqual(1, len(all_files), "total files")
all_files = duplicates.get_all_files("tst/golden")
# print len(all_files), all_files
self.assertEqual(5, len(all_files), "total files")
def test_path2(self):
'''what if golden is in work'''
sys.argv = [
'-v', '-w',
os.path.join('tst', ''), '-g',
os.path.join('tst', 'golden'), "-p"
]
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files before")
# find all duplicates
# with self.assertRaises(duplicates.GreatSuccess):
# duplicates.main()
duplicates.main()
all_files = duplicates.get_all_files("tst")
self.assertEqual(7, len(all_files), "total files after")
all_files = duplicates.get_all_files("tst/work")
self.assertEqual(1, len(all_files), "files in work")
all_files = duplicates.get_all_files("tst/golden")
self.assertEqual(5, len(all_files), "files in work")
def test_no_golden(self):
'''make sure we keep one good version in work if golden is not given'''
sys.argv = ['-v', '-w', os.path.join('tst', ''), "-p"]
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files")
# 1. find all duplicates
# with self.assertRaises(duplicates.GreatSuccess):
# duplicates.main()
duplicates.main()
all_files = duplicates.get_all_files("tst")
self.assertEqual(6, len(all_files), "total files")
def test_date2(self):
'''make sure to remove most recent'''
sys.argv = [
'-v', '-w',
os.path.join('tst', ''), '-g',
os.path.join('tst', 'golden'), "-p"
]
# change modify time
tfn = 'tst/work/1/.new.jpg'
self.assertTrue(os.path.isfile(tfn), '%s eists' % (tfn))
mtime = os.path.getmtime(tfn)
# print mtime
os.utime(tfn, (mtime * 2, mtime * 2))
# os.path.getmtime('tst/golden/duplicate copy.jpg')
# with self.assertRaises(duplicates.GreatSuccess):
# duplicates.main()
duplicates.main()
self.assertFalse(os.path.isfile(tfn), '%s eists' % (tfn))
all_files = duplicates.get_all_files("tst")
self.assertEqual(7, len(all_files), "total files after")
def test_date1(self):
'''make sure we preserve the oldest'''
sys.argv = [
'-v', '-w',
os.path.join('tst', ''), '-g',
os.path.join('tst', 'golden'), '-p'
]
# change modify time
tfn = 'tst/work/1/.new.jpg'
self.assertTrue(os.path.isfile(tfn), '%s eists' % (tfn))
# mtime = os.path.getmtime(tfn)
# print mtime
os.utime(tfn, (0, 0))
# os.path.getmtime('tst/golden/duplicate copy.jpg')
# find all duplicates
# with self.assertRaises(duplicates.GreatSuccess):
# duplicates.main()
duplicates.main()
self.assertTrue(os.path.isfile(tfn), '%s eists' % (tfn))
all_files = duplicates.get_all_files("tst")
self.assertEqual(7, len(all_files), "total files after")
def test_path_same(self):
'''what if work is in golden (same path)'''
sys.argv = [
'-v', '-g',
os.path.join('tst', ''), '-w',
os.path.join('tst', '')
]
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files")
# find all duplicates
with self.assertRaises(duplicates.ArgumentCheck):
duplicates.main()
all_files = duplicates.get_all_files("tst")
self.assertEqual(16, len(all_files), "total files")
def test_date1(self):
"""Make sure we preserve the oldest"""
sys.argv = [
'-v', '-w',
os.path.join('tst', ''), '-g',
os.path.join('tst', 'golden'), '-p'
]
# change modify time
tfn = 'tst/work/1/.new.jpg'
self.assertTrue(os.path.isfile(tfn), '%s exists' % tfn)
os.utime(tfn, (0, 0))
duplicates.main()
self.assertTrue(os.path.isfile(tfn), '%s exists' % tfn)
all_files = duplicates.get_all_files("tst")
self.assertEqual(7, len(all_files), "total files after")
def test_date2(self):
"""Make sure to remove most recent"""
sys.argv = [
'-v', '-w',
os.path.join('tst', ''), '-g',
os.path.join('tst', 'golden'), "-p"
]
# change modify time
tfn = 'tst/work/1/.new.jpg'
self.assertTrue(os.path.isfile(tfn), '%s exists' % tfn)
file_time = os.path.getmtime(tfn)
os.utime(tfn, (file_time * 2, file_time * 2))
duplicates.main()
self.assertFalse(os.path.isfile(tfn), '%s exists' % tfn)
all_files = duplicates.get_all_files("tst")
self.assertEqual(7, len(all_files), "total files after")