def wrapper(*args, **kwargs):
if is_valid_request(request):
try:
consumer, token, parameters = validate_token(request)
if (not consumer) or (not token):
return oauth_error_response(OAuthError(
"Not valid consumer or token"))
# If this API method requires an anointed consumer,
# restrict any that haven't been manually approved.
if require_anointed_consumer and not consumer.anointed:
return oauth_error_response(OAuthError(
"Consumer access denied."))
# Store the OAuthMap containing all auth info in the request
# global for easy access during the rest of this request.
flask.g.oauth_map = OAuthMap.get_from_access_token(token.key_)
if not util.get_current_user_id():
# If our OAuth provider thinks you're logged in but the
# identity providers we consume (Google/Facebook)
# disagree, we act as if our token is no longer valid.
return oauth_error_response(OAuthError(
"Unable to get current user from oauth token"))
except OAuthError, e:
return oauth_error_response(e)
def wrapper(*args, **kwargs):
if is_valid_request(request):
try:
consumer, token, parameters = validate_token(request)
if consumer and token:
# Store the OAuthMap containing all auth info in the request global
# for easy access during the rest of this request.
flask.g.oauth_map = OAuthMap.get_from_access_token(
token.key_)
# If this API method requires an anointed consumer,
# restrict any that haven't been manually approved.
if require_anointed_consumer and not consumer.anointed:
flask.g.oauth_map = None
if not util.get_current_user_id():
# If our OAuth provider thinks you're logged in but the
# identity providers we consume (Google/Facebook) disagree,
# we act as if our token is no longer valid.
flask.g.oauth_map = None
except OAuthError, e:
# OAuthErrors are ignored, treated as user that's just not logged in
pass
def wrapper(*args, **kwargs):
if is_valid_request(request):
try:
consumer, token, parameters = validate_token(request)
if consumer and token:
# Store the OAuthMap containing all auth info in the request global
# for easy access during the rest of this request.
flask.g.oauth_map = OAuthMap.get_from_access_token(token.key_)
if not util.get_current_user_id():
# If our OAuth provider thinks you're logged in but the
# identity providers we consume (Google/Facebook) disagree,
# we act as if our token is no longer valid.
flask.g.oauth_map = None
except OAuthError, e:
# OAuthErrors are ignored, treated as user that's just not logged in
pass
def verify_and_cache_oauth_or_cookie(request):
""" For a given request, try to oauth-verify or cookie-verify it.
If the request has a valid oauth token, we store all the auth
info in a per-request global (for easy access) and return.
If the request does not have a valid oauth token, but has a valid
http cookie *and* a valid xsrf token, return.
Otherwise -- including the cases where there is an oauth token or
cookie but they're not valid, raise an OAuthError of one form or
another.
This function is designed to be idempotent: it's safe (and fast)
to call multiple times on the same request. It caches enough
per-request information to avoid repeating expensive work.
Arguments:
request: A 'global' flask var holding the current active request.
Raises:
OAuthError: are not able to authenticate the current user.
(Note we give OAuthError even when we're failing the
cookie-based request, which is a bit of abuse of terminology
since there's no oauth involved in that step.)
"""
if hasattr(flask.g, "oauth_map"):
# Already called this routine and succeeded, so no need to call again.
return
# is_valid_request() verifies this request has something in it
# that looks like an oauth token.
if is_valid_request(request):
consumer, token, parameters = validate_token(request)
if (not consumer) or (not token):
raise OAuthError("Not valid consumer or token")
# Store the OAuthMap containing all auth info in the request
# global for easy access during the rest of this request.
# We do this now because current_req_has_auth_credentials()
# accesses oauth_map.
flask.g.oauth_map = OAuthMap.get_from_access_token(token.key_)
if not util.current_req_has_auth_credentials():
# If our OAuth provider thinks you're logged in but the
# identity providers we consume (Google/Facebook)
# disagree, we act as if our token is no longer valid.
del flask.g.oauth_map
raise NotLoggedInError("verifying oauth token")
# (We can do all the other global-setting after
# current_req_has_auth_credentials.)
# Store enough information from the consumer token that we can
# do anointed checks.
# TODO(csilvers): is it better to just store all of
# 'consumer'? Seems too big given we just need to cache this
# one piece of information right now.
flask.g.is_anointed = consumer.anointed
elif util.allow_cookie_based_auth():
# TODO(csilvers): simplify; this duplicates a lot of calls
# (current_req_has_auth_credentials calls allow_cookie_based_auth too).
# Would suffice to call util._get_current_user_id_from_cookies_unsafe()
# and maybe auth_util.current_oauth_map_from_session_unsafe() as well.
if not util.current_req_has_auth_credentials():
raise NotLoggedInError("verifying cookie values")
else:
raise NotLoggedInError("looking at oauth headers and cookies")
def verify_and_cache_oauth_or_cookie(request):
""" For a given request, try to oauth-verify or cookie-verify it.
If the request has a valid oauth token, we store all the auth
info in a per-request global (for easy access) and return.
If the request does not have a valid oauth token, but has a valid
http cookie *and* a valid xsrf token, return.
Otherwise -- including the cases where there is an oauth token or
cookie but they're not valid, raise an OAuthError of one form or
another.
This function is designed to be idempotent: it's safe (and fast)
to call multiple times on the same request. It caches enough
per-request information to avoid repeating expensive work.
Arguments:
request: A 'global' flask var holding the current active request.
Raises:
OAuthError: are not able to authenticate the current user.
(Note we give OAuthError even when we're failing the
cookie-based request, which is a bit of abuse of terminology
since there's no oauth involved in that step.)
"""
if hasattr(flask.g, "oauth_map"):
# Already called this routine and succeeded, so no need to call again.
return
# is_valid_request() verifies this request has something in it
# that looks like an oauth token.
if is_valid_request(request):
consumer, token, parameters = validate_token(request)
if (not consumer) or (not token):
raise OAuthError("Not valid consumer or token")
# Store the OAuthMap containing all auth info in the request
# global for easy access during the rest of this request.
# We do this now because current_req_has_auth_credentials()
# accesses oauth_map.
flask.g.oauth_map = OAuthMap.get_from_access_token(token.key_)
if not util.current_req_has_auth_credentials():
# If our OAuth provider thinks you're logged in but the
# identity providers we consume (Google/Facebook)
# disagree, we act as if our token is no longer valid.
del flask.g.oauth_map
raise NotLoggedInError("verifying oauth token")
# Child users cannot authenticate against our API via oauth unless the
# oauth consumer is anointed by us. This stops children from approving
# third party app data access.
if not consumer.anointed and user_util.is_current_user_child():
del flask.g.oauth_map
raise NotLoggedInError("under-13 accounts are denied API access")
# (We can do all the other global-setting after
# current_req_has_auth_credentials.)
# Store enough information from the consumer token that we can
# do anointed checks.
# TODO(csilvers): is it better to just store all of
# 'consumer'? Seems too big given we just need to cache this
# one piece of information right now.
flask.g.is_anointed = consumer.anointed
elif util.allow_cookie_based_auth():
# TODO(csilvers): simplify; this duplicates a lot of calls
# (current_req_has_auth_credentials calls allow_cookie_based_auth too).
# Would suffice to call util._get_current_user_id_from_cookies_unsafe()
# and maybe auth_util.current_oauth_map_from_session_unsafe() as well.
if not util.current_req_has_auth_credentials():
raise NotLoggedInError("verifying cookie values")
else:
raise NotLoggedInError("looking at oauth headers and cookies")
