def __init__(self, expression, element=None, assume_minutes=True):
self.element = element
self.expression = self.value = None
if expression is not None:
expr = replace_unicode_fractions(expression)
self.value = Convert.convert_number(expr, assume_minutes)
if self.value is None:
expr = expr.lower()
unit_match = _ANY_UNIT.match(expr)
if unit_match:
expr, unit = unit_match.groups()
self.unit_converter = Units.UNITS.get(unit)
else:
self.unit_converter = None
self.expression = RawExpression.RawExpression(expr, element)
def __init__(self, expression, element=None, assume_minutes=True):
self.original_expression = expression
self.element = element
self.expression = self.value = None
if expression is not None:
expr = replace_unicode_fractions(expression)
self.value = Convert.convert_number(expr, assume_minutes)
if self.value is None:
expr = expr.lower()
unit_match = _ANY_UNIT.match(expr)
if unit_match:
expr, unit = unit_match.groups()
self.unit_converter = Units.UNITS.get(unit)
else:
self.unit_converter = None
self.expression = RawExpression.RawExpression(expr, element)
def test_time_one_hour_and_change(self):
self.assertNear(Convert.convert_time('1:01:00.12'), 3660.12)
def test_time_one_hour(self):
self.assertNear(Convert.convert_time('0:01:00.12'), 60.12)
def test_time_one_minute(self):
self.assertNear(Convert.convert_time('0:01:00'), 60)
def test_time_one(self):
self.assertNear(Convert.convert_time('0:01'), 1)
def test_time_zero(self):
self.assertNear(Convert.convert_time('0:00'), 0)
def test_zero_not_time2(self):
self.assertIs(Convert.convert_time('0'), None)
