def test_30s_printed():
"""Check ClockTime imprint()"""
ct = ClockTime(0, 0, 30,
context={'h': 'h', 'min': '', 's': '',
'display_0h': False, 'display_0min': False,
'min_if_0h': ' min ', 's_if_0h_0min': ' s'})
assert ct.printed == '30 s'
def test_instanciation_error():
"""Check the ClockTime class initialization"""
with pytest.raises(TypeError) as excinfo:
ClockTime(15.2, 24, 16)
assert str(excinfo.value) == 'hour, minute and second must be '\
'<class \'int\'>. Found <class \'float\'>, <class \'int\'> and '\
'<class \'int\'> instead.'
def test_1h_04min_printed():
"""Check ClockTime imprint()"""
ct = ClockTime(1, 4, 0,
context={'h': 'h', 'min': '', 's': '',
'display_0h': False, 'display_0min': True,
'display_s': False,
'min_if_0h': ' min ', 's_if_0h_0min': ' s'})
assert ct.printed == '1h04'
def test_custom_context_clocktime_printed():
"""Check ClockTime imprint()"""
ct = ClockTime(15, 24, 16, context={'h': 'h ', 'min': '', 's': '',
'display_s': False})
assert ct.printed == '15h 24'
def test_0h_24min_30s_printed():
"""Check ClockTime imprint()"""
ct = ClockTime(0, 24, 30)
assert ct.printed == '0:24:30'
def test_subtraction():
"""Check ClockTime __sub__()"""
assert ClockTime(6, 39, 25) - ClockTime(2, 41, 26) \
== ClockTime(3, 57, 59)
def test_exceeding_day_subtraction():
"""Check ClockTime __sub__()"""
assert ClockTime(5, 20, 40) - ClockTime(21, 30, 0) \
== ClockTime(7, 50, 40)
def test_negative_minute_and_second_instanciation():
"""Check the ClockTime class initialization"""
t = ClockTime(15, -24, -16)
assert str(t) == '14:35:44'
def test_repr():
"""Check ClockTime __repr__()"""
assert repr(ClockTime(23, 6, 3)) == 'ClockTime(23:06:03)'
def ct(): return ClockTime(15, 24, 16) def test_config_global_context():
def test_greater_than():
"""Check ClockTime __gt__()"""
t1 = ClockTime(23, 6, 3)
t2 = ClockTime(23, 6, 4)
assert t2 > t1
def test_addition_error():
"""Check ClockTime __add__()"""
with pytest.raises(TypeError) as excinfo:
ClockTime(6, 39, 25) + (3, 50, 44)
assert str(excinfo.value) == 'Only a ClockTime can be added to a '\
'ClockTime. Found <class \'tuple\'> instead.'
def test_regular_addition():
"""Check ClockTime __add__()"""
assert ClockTime(6, 39, 25) + ClockTime(0, 11, 12) \
== ClockTime(6, 50, 37)
def test_lower_or_equal():
"""Check ClockTime __le__()"""
t1 = ClockTime(23, 6, 3)
t2 = ClockTime(23, 6, 4)
assert t1 <= t2
def test_greater_or_equal():
"""Check ClockTime __ge__()"""
t1 = ClockTime(23, 6, 3)
t2 = ClockTime(23, 6, 4)
assert t2 >= t1
def test_lower_than():
"""Check ClockTime __lt__()"""
t1 = ClockTime(23, 6, 3)
t2 = ClockTime(23, 6, 4)
assert t1 < t2
def test_inequality():
"""Check ClockTime __eq__()"""
assert ClockTime(23, 6, 3) != 'ClockTime(23:06:03)'
def test_instanciation_from_another_clocktime(ct):
"""Check the ClockTime class initialization"""
ct2 = ClockTime(ct)
assert str(ct2) == '15:24:16'
def test_addition():
"""Check ClockTime __add__()"""
assert ClockTime(6, 39, 25) + ClockTime(3, 50, 44) \
== ClockTime(10, 30, 9)
def test_equality():
"""Check ClockTime __eq__()"""
t1 = ClockTime(23, 6, 3)
t2 = ClockTime(23, 6, 3)
assert t1 == t2
def test_exceeding_day_addition():
"""Check ClockTime __add__()"""
assert ClockTime(21, 30, 0) + ClockTime(5, 20, 40) \
== ClockTime(2, 50, 40)
def test_subtraction_error():
"""Check ClockTime __sub__()"""
with pytest.raises(TypeError) as excinfo:
ClockTime(6, 39, 25) - (3, 50, 44)
assert str(excinfo.value) == 'Only a ClockTime can be subtracted from a '\
'ClockTime. Found <class \'tuple\'> instead.'
def test_negative_second_instanciation():
"""Check the ClockTime class initialization"""
t = ClockTime(15, 24, -16)
assert str(t) == '15:23:44'
def test_regular_subtraction():
"""Check ClockTime __sub__()"""
assert ClockTime(6, 39, 25) - ClockTime(0, 11, 12) \
== ClockTime(6, 28, 13)
def test_negative_instanciation():
"""Check the ClockTime class initialization"""
t = ClockTime(-15, -24, -16)
assert str(t) == '08:35:44'
def test_leading_zeros():
"""Check leading zeros"""
assert str(ClockTime(1, 2, 9)) == '01:02:09'