def test_on_string_with_one_comma():
test_argument = "2,081"
expected = 2081
actual = convert_to_int(test_argument)
# Format the string with the actual return value
message = "convert_to_int('2,081') should return the int 2081, but it actually returned {0}".format(
convert_to_int(test_argument))
def test_on_string_with_one_comma():
test_argument = "2,081"
expected = 2081
actual = convert_to_int(test_argument)
# Format the string with the actual return value
message = "convert_to_int('2,081') should return the int 2081, but it actually returned {0}".format(actual)
# Write the assert statement which prints message on failurev
assert (actual == expected), message
def test_with_no_comma():
actual = convert_to_int("756")
# Complete the assert statement
assert actual == 756, "Expected: 756, Actual: {0}".format(actual)
def test_on_float_valued_string():
actual = convert_to_int("23,816.92")
# Complete the assert statement
assert actual is None, "Expected: None, Actual: {0}".format(actual)s
def test_on_string_with_incorrectly_placed_comma():
# Assign to the actual return value for the argument "12,72,891"
actual = convert_to_int("12,72,891")
assert actual is None, "Expected: None, Actual: {0}".format(actual)
def test_on_string_with_missing_comma():
actual = convert_to_int("178100,301")
assert actual is None, "Expected: None, Actual: {0}".format(actual)
def test_with_two_commas():
actual = convert_to_int("1,034,891")
# Complete the assert statement
assert actual == 1034891, "Expected: 1034891, Actual: {0}".format(actual)
def test_with_one_comma():
actual = convert_to_int("2,081")
# Complete the assert statement
assert actual == 2081, "Expected: 2081, Actual: {0}".format(actual)
def test_on_string_with_one_comma():
# Complete the assert statement
assert convert_to_int("2,081") == 2081
def test_on_string_with_one_comma():
assert convert_to_int("2,018") == 2018
def test_on_string_with_one_comma_new():
return_value = convert_to_int("2,018")
assert isinstance(return_value, int)
assert return_value == 2018
