def test9_function3(self):
numbers = {
777: '0309',
-777: '03 09',
1020: '03 FC ',
-1020: ' -03 FC'
}
for num in numbers:
self.assertNotEqual(conv_endian(num, 'big'), numbers.get(num))
def test1_function3(self):
for i in range(0, 10000):
decimal = random.randint(-999999, 999999)
negative = bool(decimal < 0)
num = abs(decimal)
big_hex = hex(num)[2:].upper()
if len(big_hex) % 2 == 1:
big_hex = '0' + big_hex
big_hex = ' '.join(big_hex[i:i + 2]
for i in range(0, len(big_hex), 2))
if negative:
big_hex = '-' + big_hex
self.assertEqual(conv_endian(decimal, 'big'), big_hex)
def test2_function3(self):
for i in range(0, 10000):
decimal = random.randint(-999999, 999999)
negative = bool(decimal < 0)
num = abs(decimal)
little_hex = hex(num)[2:].upper()
if len(little_hex) % 2 == 1:
little_hex = '0' + little_hex
little_hex = ' '.join(
little_hex[i:i + 2]
for i in range(len(little_hex), -1, -2)).strip()
if negative:
little_hex = '-' + little_hex
self.assertEqual(conv_endian(decimal, 'little'), little_hex)
def test4_function3(self):
numbers = {-1: "-01", 0: "00", 1: "01"}
for num in numbers:
self.assertEqual(conv_endian(num, endian='little'),
numbers.get(num))
def test5_function3(self):
numbers = {954786: '0E 91 A2', -954786: '-0E 91 A2'}
for num in numbers:
self.assertEqual(conv_endian(num), numbers.get(num))
def test3_func3(self):
"""Test for little endian. Expected: A2 91 0E (class example)"""
self.assertEqual(conv_endian(954786, 'little'), 'A2 91 0E')
def test17(self):
num = 954786
self.assertEqual(conv_endian(num, 'big'), '0E 91 A2')
def test10_function3(self):
self.assertEqual(conv_endian(num=-954786, endian='Little'), None)
def test1_func3(self):
"""Expected result is 0E 91 A2 (class example)"""
# fix this when the function is working
self.assertEqual(conv_endian(954786, 'big'), '0E 91 A2')
def test24(self):
num = 4325
self.assertEqual(conv_endian(num), '10 E5')
def test8_function3(self):
self.assertEqual(conv_endian(num=-954786, endian='little'),
'-A2 91 0E')
def test22(self):
num = -954786
self.assertEqual(conv_endian(num, endian='little'), '-A2 91 0E')
def test23(self):
num = -954786
self.assertEqual(conv_endian(num, endian='small'), None)
def test20(self):
num = 954786
self.assertEqual(conv_endian(num, 'little'), 'A2 91 0E')
def test19(self):
num = -954786
self.assertEqual(conv_endian(num), '-0E 91 A2')
def test18(self):
num = 954786
self.assertEqual(conv_endian(num), '0E 91 A2')
def test6_function3(self):
numbers = {954786: 'A2 91 0E', -954786: '-A2 91 0E'}
for num in numbers:
self.assertEqual(conv_endian(num, 'little'), numbers.get(num))
def test25(self):
num = 4325
self.assertEqual(conv_endian(num, 'little'), 'E5 10')
def test7_function3(self):
self.assertEqual(conv_endian(954786, 'big'), '0E 91 A2')
def test26(self):
num = 4325
self.assertEqual(conv_endian(num, 'liTTle'), None)
def test_conv_endian28(self):
num = -1234567
expected = None
self.assertEqual(conv_endian(num, 'false'), expected)
def test27(self):
num = 4325
self.assertEqual(conv_endian(num, 'BiG'), None)
def test11_function3(self):
numbers = {-1: "-01", 0: "00", 1: "01"}
for num in numbers:
self.assertEqual(conv_endian(num, 'Big'), None)
def test5_func3(self):
"""Test that explicit parameter invocations are accepted (class example)"""
self.assertEqual(conv_endian(num=-954786, endian='little'),
'-A2 91 0E')
def test2_func3(self):
"""Test for negative number handling. Expected -0E 91 A2 (class example)"""
self.assertEqual(conv_endian(-954786), '-0E 91 A2')
def test_conv_endian27(self):
num = -1234567
expected = '-12 D6 87'
self.assertEqual(conv_endian(num), expected)
def test4_func3(self):
"""Test for negative little endian. Expected: -A2 91 0E (class example)"""
self.assertEqual(conv_endian(-954786, 'little'), '-A2 91 0E')
def test_conv_endian29(self):
num = 0
expected = None
self.assertEqual(conv_endian(num, 'goodbye'), expected)
def test6_func3(self):
"""Test that invalid second parameter returns None (class example)"""
self.assertEqual(conv_endian(num=-955786, endian='small'), None)
def test_conv_endian25(self):
num = -1234567
expected = '-87 D6 12'
self.assertEqual(conv_endian(num, 'little'), expected)
