def test_on_normal_argument_1():
actual = row_to_list("123\t4,567\n")
# Fill in with the expected return value for the argument "123\t4,567\n"
expected = ["123", "4.567"]
assert actual == expected, "Expected: {0}, Actual: {1}".format(
expected, actual)
def test_on_normal_argument_2():
actual = row_to_list("1,059\t186,606\n")
expected = ["1,059", "186,606"]
# Write the assert statement along with a failure message
assert actual == expected, "Expected: {0}, Actual: {1}".format(
expected, actual)
def test_on_two_tabs_with_missing_value(): # (2, 1) case
# Assign to the actual return value for the argument "123\t\t89\n"
actual = row_to_list("123\t\t89\n")
# Write the assert statement with a failure message
assert actual is None, "Expected: None, Actual: {0}".format(actual)
def test_on_one_tab_with_missing_value(): # (1, 1) boundary value
actual = row_to_list("\t4,567\n")
# Format the failure message
assert actual is None, "Expected: None, Actual: {0}".format(actual)
def test_on_two_tabs_no_missing_value(): # (2, 0) boundary value
# Assign actual to the return value for the argument "123\n"
actual = row_to_list("123\t4,567\t89\n")
# Complete the assert statement
assert actual is None, f"Expected: None, Actual: {actual}"
def test_on_no_tab_no_missing_value(): # (0, 0) boundary value
# Assign actual to the return value for the argument "123\n"
actual = row_to_list("123\n")
assert actual is None, f"Expected: None, Actual: {actual}"
def test_on_no_tab_with_missing_value(self): # (0, 1) case
# Assign to the actual return value for the argument "\n"
actual = row_to_list('\n')
# Write the assert statement with a failure message
assert actual is None, "Expected: None, Actual: {0}".format(actual)
