self.assertEqual((10, 20), (result1['t1'], result1['t2']))
self.assertEqual((10, 20), (result2['t1'], result2['t2']))
def test__div__KnownValues(self):
# __div__ should give known result with known input
x = NumberDict()
x = NumberDict([('t1', 1), ('t2', 2)])
y = 10.0
result1 = x / y
self.assertEqual((.1, .20), (result1['t1'], result1['t2']))
with open(os.path.join(os.path.dirname(__file__),
'../unit_library.ini')) as default_lib:
_unitLib = import_library(default_lib)
def _get_powers(**powdict):
powers = [0] * len(_unitLib.base_types)
for name, power in powdict.items():
powers[_unitLib.base_types[name]] = power
return powers
class TestPhysicalUnit(unittest.TestCase):
def test_repr_str(self):
# __repr__should return a string which could be used to contruct the
# unit instance, __str__ should return a string with just the unit
# name for str
self.assertEqual((10, 20), (result1['t1'], result1['t2']))
self.assertEqual((10, 20), (result2['t1'], result2['t2']))
def test__div__KnownValues(self):
# __div__ should give known result with known input
x = NumberDict()
x = NumberDict([('t1', 1), ('t2', 2)])
y = 10.0
result1 = x / y
self.assertEqual((.1, .20), (result1['t1'], result1['t2']))
with open(os.path.join(os.path.dirname(__file__),
'../unit_library.ini')) as default_lib:
_unitLib = import_library(default_lib)
def _get_powers(**powdict):
powers = [0] * len(_unitLib.base_types)
for name, power in powdict.items():
powers[_unitLib.base_types[name]] = power
return powers
class TestPhysicalUnit(unittest.TestCase):
def test_repr_str(self):
# __repr__should return a string which could be used to contruct the
# unit instance, __str__ should return a string with just the unit
# name for str