The use of these headers in upstreams may be risky, espeically
if Wonderwall is accidentally misconfigured or disabled, or requests
are performed directly to the upstream circumventing Wonderwall.
We should prefer using a signed token or similar that can be verified by
the upstreams.
- stop using jti, use sid instead
- store amr and auth_time from id_token in session
- log more metadata on login callback
- log session id where possible
- propagate acr, amr, auth_time, sid to upstreams in headers
- log authenticated reverseproxy requests
We use the context from the inbound http.Request, which means that this
error generally occurs due to the user agent disconnecting mid-request.
Skip logging these errors as they're not really actionable.
Replace the usage of a single application-wide session crypter
with per-session crypters.
The application is no longer able to decrypt any session
encrypted with its symmetric key alone. Instead, a session ticket
with its associated data encryption key (DEK) is also required in order
to decrypt the associated session data. The ticket itself is
encrypted with the application's crypter; the latter of which is
effectively a key-encryption key (KEK).
Fixes#49.
A client error response for the refresh grant is assumed to be an
irrecoverable error; e.g. the refresh token is invalid, the
authorization is invalid, user is logged out, etc. In such cases we will
consider the session state to be invalid, and a new authorization grant
should be performed.
One of the changes in OAuth 2.1 addresses attacks with refresh token
replays by recommending the use of one-time use tokens. A refresh token
is thus rotated and invalid after exactly one use, returning a new token
for each successful grant. Any further attempts must thus use the most
recently acquired refresh token. Reusing a refresh token may also
cause the authorization server to invalidate the current active refresh
token, requiring a refresh authorization grant to be reacquired for
further refresh token usage.
The use of locks prevents multiple refresh grant attempts for a given
session from happening across concurrent requests.
Trong Huu Nguyen
J-K. Solbakken