def k_mod():
c = unit_conversion.UnitConverter()
c.user_units = {
'Temp': 'kelvin',
'DeltaTemp': 'kelvin'
}
return modifiers.Modifier(c)
def test_convert_default(app, unit_ids):
cv = unit_conversion.UnitConverter(app)
for tup in unit_ids:
id, unit = tup
assert cv.to_sys_value(10, id) == 10
assert cv.to_user_value(10, id) == 10
assert unit == cv.to_user_unit(id)
def test_convert_sys(app):
cv = unit_conversion.UnitConverter(app)
assert cv.to_sys_value(10, 'Second', 'mins') == 600
assert cv.to_sys_value(10, 'Second', 'minutes') == 600
assert cv.to_sys_value(10, 'Second', 'min') == 600
with pytest.raises(Exception):
# m is SI 'meter'
cv.to_sys_value(10, 'Second', 'm')
def mod():
c = unit_conversion.UnitConverter()
c.user_units = {
'Temp': 'degF',
'DeltaTemp': 'delta_degF'
}
m = modifiers.Modifier(c, strip_readonly=False)
return m
def test_update_config(unit_ids):
cv = unit_conversion.UnitConverter()
cv.user_units = {'Temp': 'kelvin'}
assert cv.to_user(10, 'Temp') == pytest.approx(10 + 273.15)
assert cv.user_unit('Temp') == 'kelvin'
assert cv.to_sys(10, 'DeltaTemp') == 10
with pytest.raises(InvalidInput):
cv.user_units = {'Temp': 'cm'}
def test_update_config(app, unit_ids):
cv = unit_conversion.UnitConverter(app)
cv.temperature = 'degF'
assert cv.to_user_value(10, 'Celsius') == pytest.approx((10 * 9 / 5) + 32)
assert cv.temperature == 'degF'
assert cv.to_sys_value(10, 'DeltaCelsius') == pytest.approx(10 * 5 / 9)
with pytest.raises(InvalidInput):
cv.temperature = 'cm'
assert cv.to_sys_unit('Celsius') == 'degC'
assert cv.to_user_unit('Celsius') == 'degF'
def proc(app):
c = unit_conversion.UnitConverter(app)
c.temperature = 'degC'
return ProtobufProcessor(c)
def f_mod(app):
c = unit_conversion.UnitConverter(app)
c.temperature = 'degF'
m = ProtobufProcessor(c, strip_readonly=False)
return m
def c_mod(app):
c = unit_conversion.UnitConverter(app)
c.user_units = {
'Temp': 'degC',
}
return modifiers.Modifier(c)
def c_mod(app):
c = unit_conversion.UnitConverter(app)
c.temperature = 'degC'
return modifiers.Modifier(c)
def f_mod(app):
c = unit_conversion.UnitConverter(app)
c.temperature = 'degF'
m = modifiers.Modifier(c, strip_readonly=False)
return m
