def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid
def _validate_fields(location, data):
for attr in schema.get_attributes(location=location, request=request):
if attr.required and not attr.name in data:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize()
else:
deserialized = attr.deserialize(data[attr.name])
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid
def _validate_fields(location, data):
for attr in schema.get_attributes(location=location,
request=request):
if attr.required and not attr.name in data:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize()
else:
deserialized = attr.deserialize(data[attr.name])
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid, Sequence, drop
def _validate_fields(location, data):
for attr in schema.get_attributes(location=location,
request=request):
if attr.required and not attr.name in data:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize()
else:
if (location == 'querystring' and
isinstance(attr.typ, Sequence)):
serialized = data.getall(attr.name)
else:
serialized = data[attr.name]
deserialized = attr.deserialize(serialized)
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
if deserialized is not drop:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
# These taken from colander's _SchemaNode::deserialize
# to apply preparer/validator on the root node
from colander.compat import is_nonstr_iter
c_schema = schema._schema_inst
if c_schema.preparer is not None:
# if the preparer is a function, call a single preparer
if hasattr(c_schema.preparer, '__call__'):
request.validated = c_schema.preparer(request.validated)
# if the preparer is a list, call each separate preparer
elif is_nonstr_iter(c_schema.preparer):
for preparer in c_schema.preparer:
request.validated = preparer(request.validated)
from colander import deferred
if c_schema.validator is not None:
if not isinstance(c_schema.validator, deferred): # unbound
c_schema.validator(c_schema, request.validated)
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid, Sequence, drop
def _validate_fields(location, data):
if location == 'body':
try:
original = data
data = webob.multidict.MultiDict(schema.unflatten(data))
data.update(original)
except KeyError:
pass
for attr in schema.get_attributes(location=location,
request=request):
if attr.required and not attr.name in data:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize()
else:
if (location == 'querystring' and
isinstance(attr.typ, Sequence)):
serialized = data.getall(attr.name)
else:
serialized = data[attr.name]
deserialized = attr.deserialize(serialized)
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
if deserialized is not drop:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
# validate unknown
if schema.colander_schema.typ.unknown == 'raise':
attrs = schema.get_attributes(location=('body', 'querystring'),
request=request)
params = list(qs.keys()) + list(body.keys())
msg = '%s is not allowed'
for param in set(params) - set([attr.name for attr in attrs]):
request.errors.add('body' if param in body else 'querystring',
param, msg % param)
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid, Sequence, drop
def _validate_fields(location, data):
for attr in schema.get_attributes(location=location,
request=request):
if attr.required and not attr.name in data:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize()
else:
if (location == 'querystring' and
isinstance(attr.typ, Sequence)):
serialized = data.getall(attr.name)
else:
serialized = data[attr.name]
deserialized = attr.deserialize(serialized)
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
if deserialized is not drop:
request.validated[attr.name] = deserialized
def _validate_custom_temp(data):
if not request.errors:
try:
schema._c_schema.deserialize(request.validated)
except Invalid as e:
# the struct is invalid
request.errors.add('', 'custom validators', e.asdict()[''])
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
_validate_custom_temp(request.validated)
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid, Sequence, drop, null
if not isinstance(schema.colander_schema, colander.MappingSchema):
raise SchemaError('schema is not a MappingSchema: %s' %
type(schema.colander_schema))
def _validate_fields(location, data):
if location == 'body':
try:
original = data
data = webob.multidict.MultiDict(schema.unflatten(data))
data.update(original)
except KeyError:
pass
if location == 'querystring':
try:
original = data
data = schema.unflatten(original)
except KeyError:
pass
for attr in schema.get_attributes(location=location, request=request):
if attr.required and attr.name not in data and \
attr.default == null:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if attr.name not in data:
if attr.default != null:
deserialized = attr.deserialize(attr.serialize())
else:
deserialized = attr.deserialize()
else:
if (location == 'querystring'
and isinstance(attr.typ, Sequence)):
serialized = original.getall(attr.name)
else:
serialized = data[attr.name]
deserialized = attr.deserialize(serialized)
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
if deserialized is not drop:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
# validate unknown
if schema.colander_schema.typ.unknown == 'raise':
attrs = schema.get_attributes(location=('body', 'querystring'),
request=request)
params = list(qs.keys()) + list(body.keys())
msg = '%s is not allowed'
for param in set(params) - set([attr.name for attr in attrs]):
request.errors.add('body' if param in body else 'querystring',
param, msg % param)
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize(None)
else:
deserialized = attr.deserialize(data[attr.name])
except Invalid, e:
# the struct is invalid
request.errors.add(location, attr.name,
e.asdict()[attr.name])
else:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
return validator
DEFAULT_VALIDATORS = []
DEFAULT_FILTERS = [
filter_json_xsrf,
]
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid, Sequence, drop, null, Mapping
# CorniceSchema.colander_schema guarantees that we have a colander
# instance and not a class so we should use `typ` and not
# `schema_type()` to determine the type.
schema_type = schema.colander_schema.typ
unknown = getattr(schema_type, 'unknown', None)
if not isinstance(schema_type, Mapping):
raise SchemaError('colander schema type is not a Mapping: %s' %
type(schema_type))
def _validate_fields(location, data):
if location == 'body':
try:
original = data
data = webob.multidict.MultiDict(schema.unflatten(data))
data.update(original)
except KeyError:
pass
if location == 'querystring':
try:
original = data
data = schema.unflatten(original)
except KeyError:
pass
for attr in schema.get_attributes(location=location, request=request):
if attr.required and attr.name not in data and \
attr.default == null:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if attr.name not in data:
if attr.default != null:
deserialized = attr.deserialize(attr.serialize())
else:
deserialized = attr.deserialize()
else:
if (location == 'querystring'
and isinstance(attr.typ, Sequence)):
serialized = original.getall(attr.name)
else:
serialized = data[attr.name]
if serialized is None:
serialized = null
deserialized = attr.deserialize(serialized)
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
if deserialized is not drop:
request.validated[attr.name] = deserialized
if location == "body" and unknown == 'preserve':
for field, value in data.items():
if field not in request.validated:
request.validated[field] = value
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
# validate unknown
if unknown == 'raise':
attrs = schema.get_attributes(location=('body', 'querystring'),
request=request)
params = list(qs.keys()) + list(body.keys())
msg = '%s is not allowed'
for param in set(params) - set([attr.name for attr in attrs]):
request.errors.add('body' if param in body else 'querystring',
param, msg % param)
def _validate_fields(location, data):
for attr in schema.get_attributes(location=location):
if attr.required and not attr.name in data:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if not attr.name in data:
deserialized = attr.deserialize()
else:
deserialized = attr.deserialize(data[attr.name])
except Invalid, e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
request.validated[attr.name] = deserialized
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
def validate_colander_schema(schema, request):
"""Validates that the request is conform to the given schema"""
from colander import Invalid, Sequence, drop, null, Mapping
# CorniceSchema.colander_schema guarantees that we have a colander
# instance and not a class so we should use `typ` and not
# `schema_type()` to determine the type.
schema_type = schema.colander_schema.typ
unknown = getattr(schema_type, 'unknown', None)
if not isinstance(schema_type, Mapping):
raise SchemaError('colander schema type is not a Mapping: %s' %
type(schema_type))
def _validate_fields(location, data):
if location == 'body':
try:
original = data
data = webob.multidict.MultiDict(schema.unflatten(data))
data.update(original)
except KeyError:
pass
if location == 'querystring':
try:
original = data
data = schema.unflatten(original)
except KeyError:
pass
for attr in schema.get_attributes(location=location,
request=request):
if attr.required and attr.name not in data and \
attr.default == null:
# missing
request.errors.add(location, attr.name,
"%s is missing" % attr.name)
else:
try:
if attr.name not in data:
if attr.default != null:
deserialized = attr.deserialize(attr.serialize())
else:
deserialized = attr.deserialize()
else:
if (location == 'querystring' and
isinstance(attr.typ, Sequence)):
serialized = original.getall(attr.name)
else:
serialized = data[attr.name]
deserialized = attr.deserialize(serialized)
except Invalid as e:
# the struct is invalid
try:
request.errors.add(location, attr.name,
e.asdict()[attr.name])
except KeyError:
for k, v in e.asdict().items():
if k.startswith(attr.name):
request.errors.add(location, k, v)
else:
if deserialized is not drop:
request.validated[attr.name] = deserialized
if location == "body" and unknown == 'preserve':
for field, value in data.items():
if field not in request.validated:
request.validated[field] = value
qs, headers, body, path = extract_request_data(request)
_validate_fields('path', path)
_validate_fields('header', headers)
_validate_fields('body', body)
_validate_fields('querystring', qs)
# validate unknown
if unknown == 'raise':
attrs = schema.get_attributes(location=('body', 'querystring'),
request=request)
params = list(qs.keys()) + list(body.keys())
msg = '%s is not allowed'
for param in set(params) - set([attr.name for attr in attrs]):
request.errors.add('body' if param in body else 'querystring',
param, msg % param)