Safe Haskell	Safe-Inferred
Language	Haskell2010

Network.OAuth2.Experiment.Flows.UserInfoRequest

Synopsis

class HasUserInfoRequest a
conduitUserInfoRequest :: (MonadIO m, HasUserInfoRequest a, FromJSON b) => IdpApplication i a -> Manager -> AccessToken -> ExceptT ByteString m b
conduitUserInfoRequestWithCustomMethod :: (MonadIO m, HasUserInfoRequest a, FromJSON b) => (Manager -> AccessToken -> URI -> ExceptT ByteString m b) -> IdpApplication i a -> Manager -> AccessToken -> ExceptT ByteString m b

Documentation

class HasUserInfoRequest a Source #

Instances

Instances details

HasUserInfoRequest AuthorizationCodeApplication Source #
Instance details Defined in Network.OAuth2.Experiment.Grants.AuthorizationCode
HasUserInfoRequest DeviceAuthorizationApplication Source #
Instance details Defined in Network.OAuth2.Experiment.Grants.DeviceAuthorization
HasUserInfoRequest JwtBearerApplication Source #
Instance details Defined in Network.OAuth2.Experiment.Grants.JwtBearer
HasUserInfoRequest ResourceOwnerPasswordApplication Source #
Instance details Defined in Network.OAuth2.Experiment.Grants.ResourceOwnerPassword

conduitUserInfoRequest :: (MonadIO m, HasUserInfoRequest a, FromJSON b) => IdpApplication i a -> Manager -> AccessToken -> ExceptT ByteString m b Source #

Standard approach of fetching /userinfo

conduitUserInfoRequestWithCustomMethod :: (MonadIO m, HasUserInfoRequest a, FromJSON b) => (Manager -> AccessToken -> URI -> ExceptT ByteString m b) -> IdpApplication i a -> Manager -> AccessToken -> ExceptT ByteString m b Source #

Usually conduitUserInfoRequest is good enough. But some IdP has different approach to fetch user information rather than GET. This method gives the flexiblity.