def get_fields(cls, opts, base_fields, dict_cls):
declared_fields = dict_cls()
known_fields = [x[0] for x in base_fields]
deserialization_fields = [
x for x in ('collection_get', 'collection_post', 'get', 'put',
'patch', 'delete') if x not in known_fields
]
deserialization_request_schema = opts.deserialization_request_schema
if not deserialization_request_schema and opts.model:
deserialization_request_schema = (
cls.getDeserializationRequestSchema(opts))
serialization_fields = [
x for x in ('dschema', 'dschema_collection')
if x not in known_fields
]
serialization_model_schema = opts.serialization_model_schema
if not serialization_model_schema and opts.model:
serialization_model_schema = cls.getSerializationModelSchema(opts)
if deserialization_request_schema:
for field in deserialization_fields:
declared_fields[field] = Nested(
deserialization_request_schema(
**getattr(opts, field + '_opts', {})))
if serialization_model_schema:
for field in serialization_fields:
declared_fields[field] = Nested(
serialization_model_schema(
**getattr(opts, field + '_opts', {})))
return declared_fields
class Schema:
# follow the relationship One2Many and Many2Many
# - the many=True is required because it is *2Many
# - exclude is used to forbid the recurse loop
addresses = Nested(AddressSchema, many=True, exclude=('customer', ))
tags = Nested(TagSchema, many=True)
@validates_schema(pass_original=True)
def check_unknown_fields(self, data, original_data):
unknown = set(original_data) - set(self.fields)
if unknown:
raise ValidationError('Unknown field', unknown)
class CustomerSchema(ModelSchema):
"""Schema for 'Model.Customer'
"""
# follow the relationship One2Many and Many2Many
# - the many=True is required because it is *2Many
# - exclude is used to forbid the recurse loop
addresses = Nested(AddressSchema, many=True, exclude=('customer', ))
tags = Nested(TagSchema, many=True)
class Meta:
model = 'Model.Customer'
class AddressSchema(ModelSchema):
# follow the relationship Many2One and One2One
city = Nested(CitySchema)
class Meta:
model = 'Model.Address'
class CustomerFullSchema(Schema):
# fields for incoming request validation
collection_post = Nested(CustomerRequestSchema(only=('body',)))
collection_get = Nested(CustomerRequestSchema(only=('querystring',)))
get = Nested(CustomerRequestSchema(only=('path',)))
put = Nested(CustomerRequestSchema(only=('body', 'path',)))
patch = Nested(CustomerRequestSchema(only=('body', 'path',)))
delete = Nested(CustomerRequestSchema(only=('path',)))
# fields for response deserialization
dschema = Nested(CustomerSchema())
dschema_collection = Nested(CustomerSchema(many=True))
class AddressFullSchema(Schema):
collection_post = Nested(AddressRequestSchema(only='body'))
collection_get = Nested(AddressRequestSchema(only='querystring'))
get = Nested(AddressRequestSchema(only='path'))
put = Nested(AddressRequestSchema(only=('body', 'path')))
patch = Nested(AddressRequestSchema(only=('body', 'path')))
delete = Nested(AddressRequestSchema(only='path'))
def getDeserializationRequestSchema(cls, opts):
name = "Deserialization.Schema." + opts.model
properties = {}
deserialization_model_schema = opts.deserialization_model_schema
if not deserialization_model_schema and opts.model:
deserialization_model_schema = (
cls.getDeserializationModelSchema(opts))
if deserialization_model_schema:
for field in opts.request_fields:
if field == 'querystring':
continue
properties[field] = Nested(
deserialization_model_schema(
**getattr(opts, field + '_opts', {})))
return type(name, (FullRequestSchema, ), properties)
class Schema:
# follow the relationship Many2One and One2One
city = Nested(CitySchema)
class CustomerRequestSchema(FullRequestSchema):
"""Request validation for CustomerSchema
"""
body = Nested(CustomerSchema(partial=True))
path = Nested(CustomerSchema(only_primary_key=True))
querystring = Nested(CustomerSchema(partial=True))
class Schema:
properties = Nested(ShoeTemplateSchemaProperties(partial=True))
class Schema:
exemple2 = Nested(Exemple2Schema(only=('id', )))
exemple = Nested(Exemple2Schema(only=('id', )))
class Schema:
# follow the relationship One2Many and Many2Many
# - the many=True is required because it is *2Many
# - exclude is used to forbid the recurse loop
addresses = Nested(AddressSchema, many=True, exclude=('customer', ))
tags = Nested(TagSchema, many=True)
class Schema:
addresses = Nested(AddressSchema, many=True, exclude=('customer', ))
tags = Nested(TagSchema, many=True)
class Schema:
city = Nested(CitySchema)
class Schema:
properties = Nested(ShoeItemSchemaProperties(partial=True))
class AddressRequestSchema(FullRequestSchema):
"""Request validation for AddressSchema
"""
body = Nested(AddressSchema(
partial=('tags', 'addresses')))
path = Nested(AddressSchema(only_primary_key=True))
class Schema:
roles = Nested(UserRoleSchema, many=True, only=('name', 'label'))
password = fields.Str()
password2 = fields.Str()
class Schema:
properties = Nested(ShoeFamilySchemaProperties(partial=True))
