def test_read_position(mockHardware: MockHardware, value, expected):
mockHardware.set_ADC_u16_value(k1, value)
assert k1.read_position() == expected
def test_knobs_are_independent(mockHardware: MockHardware):
mockHardware.set_ADC_u16_value(k1, 0)
mockHardware.set_ADC_u16_value(k2, MAX_UINT16)
assert k1.percent() == 1.0
assert k2.percent() == 0.0
def test_percent(mockHardware: MockHardware, value, expected):
mockHardware.set_ADC_u16_value(k1, value)
assert round(k1.percent(), 4) == expected
def test_choice(mockHardware: MockHardware, analogueReader, values, value,
expected):
mockHardware.set_ADC_u16_value(analogueReader, value)
assert analogueReader.choice(values) == expected
def test_range(mockHardware: MockHardware, analogueReader, value, expected):
mockHardware.set_ADC_u16_value(analogueReader, value)
assert analogueReader.range() == expected
def test_percent(mockHardware: MockHardware, analogueReader, value, expected):
mockHardware.set_ADC_u16_value(analogueReader, value)
assert round(analogueReader.percent(), 4) == expected
def mockHardware(monkeypatch):
return MockHardware(monkeypatch)