def test_constructor_text(qtbot):
widget = UnitEdit(text='text')
show(locals())
assert bool(widget.getError()) is False
assert getCurrentColor(
widget, 'Background').names[0] == widget.defaultColors['default'][0]
assert set(widget.getSymbols().keys()) == {'text'}
def test_constructor(qtbot):
widget = UnitEdit()
show(locals())
assert widget.getError() is None
assert getCurrentColor(
widget, 'Background').names[0] == widget.defaultColors['blank'][0]
assert dict() == widget.getSymbols()
def test_constructor_units(qtbot):
widget = UnitEdit(text='2.0*mm')
show(locals())
assert widget.getError() is False
assert getCurrentColor(
widget, 'Background').names[0] == widget.defaultColors['default'][0]
assert widget.getSymbols() == dict()
assert widget.getExpr().atoms(units.Unit) == {units.mm}
assert widget.getDimension() == units.Dimension('length')
assert widget.getMagnitude() == 2
assert widget.getUnits() == units.millimeter
assert widget.getValue() == widget.getUnits() * widget.getMagnitude()
def test_unit_consistency(qtbot):
widget = UnitEdit()
show(locals())
for e in units_work_check:
testLogger.debug(e)
if e[1] is False:
with pytest.raises(UnitMisMatchError):
unitsAreConsistent(parse_expr(e[0], local_dict=unitSubs))
widget.setText(e[0])
assert bool(widget.getError()) is not e[1]
if e[1] is False:
continue