def security_objects(self):
"""Builds up the list of security options for this operation
:returns: list of security definition associated to the operation
"""
if self._security_objects is None:
deref = self.swagger_spec.deref
op_spec = deref(self.op_spec)
spec_dict = deref(self.swagger_spec.spec_dict)
security_spec = deref(op_spec.get('security', []))
if len(security_spec) == 0:
security_spec = spec_dict.get('security', [])
security_defs_dict = spec_dict.get('securityDefinitions', {})
self._security_objects = []
for security_item in security_spec:
for security_name, security_scope in security_item.items():
security_definition = security_defs_dict.get(security_name)
if security_definition is None:
raise SwaggerSchemaError(
'{security} not defined in {swagger_path}'.format(
swagger_path='/securityDefinitions',
security=security_name,
))
self._security_objects.append(security_definition)
return self._security_objects
def pick_a_scheme(schemes):
if not schemes:
return origin.scheme
if preferred_scheme:
if preferred_scheme in schemes:
return preferred_scheme
raise SwaggerSchemaError(
"Preferred scheme {0} not supported by API. Available schemes "
"include {1}".format(preferred_scheme, schemes))
if origin.scheme in schemes:
return origin.scheme
if len(schemes) == 1:
return schemes[0]
raise SwaggerSchemaError(
"Origin scheme {0} not supported by API. Available schemes "
"include {1}".format(origin.scheme, schemes))
def __init__(self, swagger_spec, security_requirement_spec):
self.swagger_spec = swagger_spec
self.security_requirement_spec = swagger_spec.deref(security_requirement_spec)
for security_definition in six.iterkeys(security_requirement_spec):
if security_definition not in self.swagger_spec.security_definitions:
raise SwaggerSchemaError(
'{security} not defined in {swagger_path}'.format(
swagger_path='/securityDefinitions',
security=security_definition,
),
)
def __init__(self, swagger_spec, security_requirement_spec):
# type: (Spec, typing.Mapping[typing.Text, typing.Mapping[typing.Text, typing.List[typing.Text]]]) -> None
self.swagger_spec = swagger_spec
self.security_requirement_spec = swagger_spec.deref(
security_requirement_spec)
for security_definition in six.iterkeys(security_requirement_spec):
if security_definition not in self.swagger_spec.security_definitions:
raise SwaggerSchemaError(
'{security} not defined in {swagger_path}'.format(
swagger_path='/securityDefinitions',
security=security_definition,
), )
def build_params(op):
"""Builds up the list of this operation's parameters taking into account
parameters that may be available for this operation's path component.
:type op: :class:`bravado_core.operation.Operation`
:returns: dict where (k,v) is (param_name, Param)
"""
swagger_spec = op.swagger_spec
deref = swagger_spec.deref
op_spec = deref(op.op_spec)
op_params_spec = deref(op_spec.get('parameters', []))
spec_dict = deref(swagger_spec._internal_spec_dict)
paths_spec = deref(spec_dict.get('paths', {}))
path_spec = deref(paths_spec.get(op.path_name))
path_params_spec = deref(path_spec.get('parameters', []))
# Order of addition is *important* here. Since op_params are last in the
# list, they will replace any previously defined path_params with the
# same name when the final params dict is constructed in the loop below.
params_spec = path_params_spec + op_params_spec
params = AliasKeyDict()
for param_spec in params_spec:
param = Param(swagger_spec, op, deref(param_spec))
sanitized_name = sanitize_name(param.name)
params[sanitized_name] = param
params.add_alias(param.name, sanitized_name)
# Security parameters cannot override and been overridden by operation or path objects
new_params = {}
new_param_aliases = {}
for parameter in op.security_parameters:
param_name = sanitize_name(parameter.name)
if param_name in params:
raise SwaggerSchemaError(
"'{0}' security parameter is overriding a parameter defined in operation or path object".format(
parameter.name,
)
)
else:
# not directly in params because different security requirements could share parameters
new_params[param_name] = parameter
new_param_aliases[parameter.name] = param_name
params.update(new_params)
for alias, name in iteritems(new_param_aliases):
params.add_alias(alias, name)
return params
