def test_enforce(capsys):
'''Notice that we're not restricted to the data in our script.'''
#A.enforce("John", 18, False)
A.enforce("Chuck", 18, True)
A.enforce("Bob", 21, True)
# Since we specify the operations more tightly, we can be more precise in
# what specific lines should be in our test
out, _ = capsys.readouterr()
lines = out.split('\n')
assert lines[0] == "Checking Chuck!"
assert lines[1] == "This isn't right!"
assert lines[2] == "Checking Bob!"
assert lines[3] == "OK!"
assert lines[4] == ""
def test_enforce(capsys):
A.enforce("John", 18, False)
A.enforce("Chuck", 18, True)
A.enforce("Bob", 21, True)
out, _ = capsys.readouterr()
lines = out.split('\n')
assert lines[0] == "Checking Chuck!"
assert lines[1] == "This isn't right!"
assert lines[2] == "Checking Bob!"
assert lines[3] == "OK!"
assert lines[4] == ""
def test_enforce(capsys):
A.enforce("John", 18, False)
A.enforce("Chuck", 18, True)
A.enforce("Bob", 21, True)
out, _ = capsys.readouterr()
lines = out.split('\n')
assert lines[0] == "Checking Chuck!"
assert lines[1] == "This isn't right!"
assert lines[2] == "Checking Bob!"
assert lines[3] == "OK!"
assert lines[4] == ""
def test_can_drink():
'''This is a much clearer test now that we're using functions!'''
assert A.can_drink(21) == True
assert A.can_drink(22) == True
assert A.can_drink(20) == False
def test_can_drink():
'''This is a much clearer test now that we're using functions!'''
assert A.can_drink(21) == True
assert A.can_drink(22) == True
assert A.can_drink(20) == False
