def testCubicFeetPerDayLegacyUnits() -> None:
# test creating scalar using legacy representation and default category
q = Scalar(1.0, "1000ft3/d")
assert q.GetUnit() == "Mcf/d"
# test creating scalar using legacy representation
q = Scalar(category="volume flow rate", value=1.0, unit="1000ft3/d")
assert q.GetUnit() == "Mcf/d"
# test getting value using legacy representation
assert approx(q.GetValue("M(ft3)/d")) == q.GetValue("MMcf/d")
q = Scalar(category="volume flow rate", value=1.0, unit="M(ft3)/d")
assert q.GetUnit() == "MMcf/d"
assert approx(q.GetValue("M(ft3)/d")) == q.GetValue("MMcf/d")
assert q.GetUnitName() == "million cubic feet per day"
def testConvertLegacyUnit():
from barril.units.unit_database import _LEGACY_TO_CURRENT
# test creating scalar using legacy representation and default category
q = Scalar(1.0, "1000ft3/d")
assert q.GetUnit() == "Mcf/d"
# test creating scalar using legacy representation
q = Scalar(category="volume flow rate", value=1.0, unit="1000ft3/d")
assert q.GetUnit() == "Mcf/d"
# test getting value using legacy representation
assert approx(q.GetValue("M(ft3)/d")) == q.GetValue("MMcf/d")
q = Scalar(category="volume flow rate", value=1.0, unit="M(ft3)/d")
assert q.GetUnit() == "MMcf/d"
assert approx(q.GetValue("M(ft3)/d")) == q.GetValue("MMcf/d")
assert q.GetUnitName() == "million cubic feet per day"
# Test all possible legacy formats
for legacy, current in _LEGACY_TO_CURRENT:
assert Scalar(1.0, legacy).GetUnit() == current
