def test_AnalogInputNode_calibrationTableData():
node = AnalogInputNode()
good_cal = [['hal_value', 'gui_value'], [0.0, 0.0], [1.0, 12.4], [2, 24.8]]
bad_cal = [['hal_value', 'gui_value'], [0.0, 0.0], [-1.0, 12.4], [2, 24.8]]
node.calibrationTableData = good_cal
assert node.calibrationTableData == good_cal
node.calibrationTableData = bad_cal
assert node.calibrationTableData == good_cal
node.setData(col.HAL_VALUE, .12)
assert node.value() == 1.488
assert node.data(col.VALUE) == 1.488
def test_AnalogInputNode_displayToHal():
node = AnalogInputNode()
cal = [['hal_value', 'gui_value'], [0.0, 0.0], [10.0, 500.0]]
node.calibrationTableData = cal
node.setData(col.HAL_VALUE, 1.75)
assert node.data(col.HAL_VALUE) == 1.75
assert node.displayToHal(node.value()) == 1.75
def test_AnalogInputNode_value():
node = AnalogInputNode()
cal = [['hal_value', 'gui_value'], [0.0, 0.0], [10.0, 500.0]]
node.calibrationTableData = cal
node.setData(col.HAL_VALUE, 1.0)
assert node.value() == 50
assert node.data(col.VALUE) == 50
node.setData(col.HAL_VALUE, 1.5)
assert node.value() == 75
assert node.data(col.VALUE) == 75
def test_AnalogInputNode_setData():
node = AnalogInputNode()
cal = [['hal_value', 'gui_value'], [0.0, 0.0], [10.0, 500.0]]
node.calibrationTableData = cal
node.setData(col.HAL_VALUE, 1.5)
node.setData(col.VALUE, "can't set this")
node.setData(col.UNITS, 'mTorr')
node.setData(col.DISPLAY_DIGITS, 5)
node.setData(col.DISPLAY_SCIENTIFIC, True)
node.setData(col.CALIBRATION_TABLE_MODEL, "can't set this")
assert node.data(col.HAL_VALUE) == 1.5
assert node.data(col.VALUE) == 75
assert node.data(col.UNITS) == 'mTorr'
assert node.data(col.DISPLAY_DIGITS) == 5
assert node.data(col.DISPLAY_SCIENTIFIC) == True
assert type(node.data(col.CALIBRATION_TABLE_MODEL)) == type(
CalibrationTableModel())