def __init__(self, provider, identifier, multipass_data=None, **data):
self.provider = provider
self.identifier = text_type(identifier)
if not provider.supports_refresh:
assert multipass_data is None
self.multipass_data = None
else:
self.multipass_data = dict(multipass_data or {}, _provider=provider.name)
mapping = provider.settings.get('mapping')
self.data = MultiDict(convert_provider_data(data, mapping or {}, self.provider.settings['identity_info_keys']))
def map(self, mapping):
"""Creates a new instance with transformed data keys
:param mapping: The dict mapping the current data keys to the
the keys that are expected by the identity
provider. Any key that is not in `mapping` is
kept as-is.
"""
missing_keys = set(mapping.values()) - set(self.data)
if missing_keys:
raise KeyError(next(iter(missing_keys)))
return AuthInfo(self.provider, **convert_provider_data(self.data, mapping))
def __init__(self,
provider,
identifier,
multipass_data=None,
secure_login=None,
**data):
self.provider = provider
self.secure_login = secure_login
self.identifier = identifier.decode('utf-8') if isinstance(
identifier, bytes_type) else text_type(identifier)
if not provider.supports_refresh:
assert multipass_data is None
self.multipass_data = None
else:
self.multipass_data = dict(multipass_data or {},
_provider=provider.name)
mapping = provider.settings.get('mapping')
self.data = MultiDict(
convert_provider_data(
data, mapping or {},
self.provider.settings['identity_info_keys']))
def test_convert_provider_data(provider_data, mapping, key_filter, result):
assert convert_provider_data(provider_data, mapping, key_filter) == result
def test_convert_provider_data(provider_data, mapping, key_filter, result):
assert convert_provider_data(provider_data, mapping, key_filter) == result
