Mercurial > prosody-modules
view mod_measure_active_users/mod_measure_active_users.lua @ 5173:460f78654864
mod_muc_rtbl: also filter messages
This was a bit tricky because we don't want to run the JIDs
through SHA256 on each message. Took a while to come up with this
simple plan of just caching the SHA256 of the JIDs on the
occupants.
This will leave some dirt in the occupants after unloading the
module, but that should be ok; once they cycle the room, the
hashes will be gone.
This is direly needed, otherwise, there is a tight race between
the moderation activities and the actors joining the room.
author | Jonas Schäfer <jonas@wielicki.name> |
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date | Tue, 21 Feb 2023 21:37:27 +0100 |
parents | 1132f2888cd2 |
children | 34b46d157797 |
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local store = module:open_store("lastlog2"); local measure_d1 = module:measure("active_users_1d", "amount"); local measure_d7 = module:measure("active_users_7d", "amount"); local measure_d30 = module:measure("active_users_30d", "amount"); function update_calculations() module:log("debug", "Calculating active users"); local host_user_sessions = prosody.hosts[module.host].sessions; local active_d1, active_d7, active_d30 = 0, 0, 0; local now = os.time(); for username in store:users() do if host_user_sessions[username] then -- Active now active_d1, active_d7, active_d30 = active_d1 + 1, active_d7 + 1, active_d30 + 1; else local lastlog_data = store:get(username); if lastlog_data then -- Due to server restarts/crashes/etc. some events -- may not always get recorded, so we'll just take the -- latest as a sign of last activity local last_active = math.max( lastlog_data.login and lastlog_data.login.timestamp or 0, lastlog_data.logout and lastlog_data.logout.timestamp or 0 ); if now - last_active < 86400 then active_d1 = active_d1 + 1; end if now - last_active < 86400*7 then active_d7 = active_d7 + 1; end if now - last_active < 86400*30 then active_d30 = active_d30 + 1; end end end end module:log("debug", "Active users (took %ds): %d (24h), %d (7d), %d (30d)", os.time()-now, active_d1, active_d7, active_d30); measure_d1(active_d1); measure_d7(active_d7); measure_d30(active_d30); return 3600 + (300*math.random()); end module:add_timer(15, update_calculations);