Mercurial > prosody-modules
view mod_s2s_status/mod_s2s_status.lua @ 5193:2bb29ece216b
mod_http_oauth2: Implement stateless dynamic client registration
Replaces previous explicit registration that required either the
additional module mod_adhoc_oauth2_client or manually editing the
database. That method was enough to have something to test with, but
would not probably not scale easily.
Dynamic client registration allows creating clients on the fly, which
may be even easier in theory.
In order to not allow basically unauthenticated writes to the database,
we implement a stateless model here.
per_host_key := HMAC(config -> oauth2_registration_key, hostname)
client_id := JWT { client metadata } signed with per_host_key
client_secret := HMAC(per_host_key, client_id)
This should ensure everything we need to know is part of the client_id,
allowing redirects etc to be validated, and the client_secret can be
validated with only the client_id and the per_host_key.
A nonce injected into the client_id JWT should ensure nobody can submit
the same client metadata and retrieve the same client_secret
| author | Kim Alvefur <zash@zash.se> |
|---|---|
| date | Fri, 03 Mar 2023 21:14:19 +0100 |
| parents | b86282953663 |
| children | 31c331d05a75 |
line wrap: on
line source
local status_out = module:shared("out"); local errors = require "util.error"; local function get_session_info(session) local direction, peer_host = session.direction; if direction == "outgoing" then peer_host = session.to_host; elseif direction == "incoming" then peer_host = session.from_host; end return peer_host, direction, session.id; end local function get_domain_log_out(peer_domain) local domain_log = status_out[peer_domain]; if not domain_log then domain_log = {}; status_out[peer_domain] = domain_log; end end local function get_connection_record(domain_log, id) for _, record in ipairs(domain_log) do if record.id == id then return record; end end -- No record for this connection yet, create it local record = { id = id }; table.insert(domain_log, 1, record); return record; end local function log_new_connection_out(peer_domain, id) local domain_log = get_domain_log_out(peer_domain); local record = get_connection_record(domain_log, id); record.status, record.time_started = "connecting", os.time(); end local function log_successful_connection_out(peer_domain, id) local domain_log = get_domain_log_out(peer_domain); local record = get_connection_record(domain_log, id); record.status, record.time_connected = "connected", os.time(); end local function log_ended_connection_out(peer_domain, id, reason) local domain_log = get_domain_log_out(peer_domain); local record = get_connection_record(domain_log, id); if record.status == "connecting" then record.status = "failed"; elseif record.status == "connected" then record.status = "disconnected"; end if reason then local e_reason = errors.new(reason); record.error = { type = e_reason.type; condition = e_reason.condition; text = e_reason.text; }; if not record.error.text and type(reason) == "string" then record.error.text = reason; end end local now = os.time(); record.time_ended = now; end local function s2sout_established(event) local peer_domain, _, id = get_session_info(event.session); log_successful_connection_out(peer_domain, id); end local function s2sout_destroyed(event) local peer_domain, _, id = get_session_info(event.session); log_ended_connection_out(peer_domain, id); end local function s2s_created(event) local peer_domain, direction, id = get_session_info(event.session); if direction == "outgoing" then log_new_connection_out(peer_domain, id); end end module:hook("s2s-created", s2s_created); module:hook("s2sout-established", s2sout_established); module:hook("s2sout-destroyed", s2sout_destroyed);
