def test_bool_field_custom_representations():
field = BoolField("test bool field", representations=('foo', 'bar'))
assert field.from_representation('foo') is False
assert field.from_representation('bar') is True
assert field.to_representation(False) == 'foo'
assert field.to_representation(True) == 'bar'
def test_bool_field_custom_representations():
field = BoolField("test bool field", representations=('foo', 'bar'))
assert field.from_representation('foo') is False
assert field.from_representation('bar') is True
assert field.to_representation(False) == 'foo'
assert field.to_representation(True) == 'bar'
def test_bool_field():
field = BoolField("test bool field")
# note: this both checks also ensures that accepted representations do
# not overlap
for representation in BoolField._FALSE_VALUES:
assert field.from_representation(representation) is False
for representation in BoolField._TRUE_VALUES:
assert field.from_representation(representation) is True
assert field.to_representation(True) is True
assert field.to_representation(False) is False
with pytest.raises(ValueError):
field.from_representation('foobar')
def test_bool_field():
field = BoolField("test bool field")
# note: this both checks also ensures that accepted representations do
# not overlap
for representation in BoolField._FALSE_VALUES:
assert field.from_representation(representation) is False
for representation in BoolField._TRUE_VALUES:
assert field.from_representation(representation) is True
assert field.to_representation(True) is True
assert field.to_representation(False) is False
with pytest.raises(ValueError):
field.from_representation('foobar')