def literal_data(self, data_input):
node = colander.SchemaNode(
self.colander_literal_type(data_input),
name=data_input.identifier,
title=data_input.title,
validator=TextValidator(),
)
# sometimes abstract is not set
node.description = getattr(data_input, 'abstract', '')
# optional value?
if data_input.minOccurs == 0:
node.missing = colander.drop
# TODO: fix init of default
if hasattr(data_input, 'defaultValue') \
and data_input.defaultValue is not None:
if type(node.typ) in (colander.DateTime, colander.Date,
colander.Time):
node.default = dateutil.parser.parse(data_input.defaultValue)
elif type(node.typ) == colander.Boolean:
# TODO: boolean default does not work ...
node.default = bool(data_input.defaultValue == 'True')
else:
node.default = data_input.defaultValue
self.colander_literal_widget(node, data_input)
## Find ranges and use new validator
if node.name == "elevationOut":
LOGGER.debug("Looking at the elevationOut node")
LOGGER.debug("%s" % (node))
node.validator = RangeValidator()
# Use validators for longitude and latitude
if node.name == "latitude":
node.validator = LatitudeValidator()
if node.name == "longitude":
node.validator = LongitudeValidator()
if node.name == "lon_bounds":
node.validator = LongitudeBoundaryValidator()
if node.name == "lat_bounds":
node.validator = LatitudeBoundaryValidator()
if node.name == "scale":
node.validator = TupleFloatValidator()
# sequence of nodes ...
if data_input.maxOccurs > 1:
node = colander.SchemaNode(
colander.Sequence(),
node,
name=data_input.identifier,
title=data_input.title,
validator=colander.Length(max=data_input.maxOccurs))
return node
def literal_data(self, data_input):
node = colander.SchemaNode(
self.colander_literal_type(data_input),
name=data_input.identifier,
title=data_input.title,
validator=TextValidator(),
)
# sometimes abstract is not set
node.description = getattr(data_input, 'abstract', '')
# optional value?
if data_input.minOccurs == 0:
node.missing = colander.drop
# TODO: fix init of default
if hasattr(data_input, 'defaultValue') \
and data_input.defaultValue is not None:
if type(node.typ) in (colander.DateTime, colander.Date,
colander.Time):
node.default = dateutil.parser.parse(data_input.defaultValue)
elif type(node.typ) == colander.Boolean:
# TODO: boolean default does not work ...
node.default = bool(data_input.defaultValue == 'True')
else:
node.default = data_input.defaultValue
self.colander_literal_widget(node, data_input)
# sequence of nodes ...
# do not use if we are using a SelectWidget with multiple=True for strings
if data_input.maxOccurs > 1 and 'string' not in data_input.dataType:
node = colander.SchemaNode(
colander.Sequence(),
node,
name=data_input.identifier,
title=data_input.title,
validator=colander.Length(max=data_input.maxOccurs))
return node
def test_restricted_chars(self):
validator = TextValidator()
e = invalid_exc(validator, None, "Hello World!")
self.assertEqual(e.msg, 'Invalid value ... containts restricted characters.')
def test_empty(self):
validator = TextValidator()
e = invalid_exc(validator, None, " ")
self.assertEqual(e.msg, 'Invalid value ... empty.')
def test_default(self):
validator = TextValidator()
self.assertEqual(validator(None, "hello world"), None)