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mod_measure_muc/mod_measure_muc.lua @ 4877:adc6241e5d16
mod_measure_process: Report the enforced limit
The soft limit is what the kernel actually enforces, while the hard
limit is is how far you can change the soft limit without privileges.
Unless the process dynamically adjusts the soft limit, knowing the hard
limit is not as useful as knowing the soft limit.
Reporting the soft limit and the number of in-use FDs allows placing
alerts on expressions like 'process_open_fds / process_max_fds >= 0.95'
author | Kim Alvefur <zash@zash.se> |
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date | Tue, 18 Jan 2022 18:55:20 +0100 |
parent | 3969:39931d727c22 |
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-- Group Chat statistics -- -- Copyright (C) 2020 kaliko <kaliko@azylum.org> -- -- This module is MIT/X11 licensed. -- https://prosody.im/doc/developers/modules -- https://prosody.im/doc/developers/moduleapi -- https://prosody.im/doc/statistics module:log("info", "loading mod_%s", module.name); if module:get_host_type() ~= "component" then module:log("error", "mod_%s should be loaded only on a MUC component, not normal hosts", module.name); return; end local mod_muc = module:depends"muc"; local all_rooms = rawget(mod_muc, "all_rooms") -- Add relevant boolean MUC metrics here local counters = { hidden = module:measure("hidden", "amount", 0), persistent = module:measure("persistent", "amount", 0), password = module:measure('passwd', "amount", 0), archiving = module:measure('archiving', 'amount', 0), }; local total_counter = module:measure("total", "amount", 0); module:hook_global("stats-update", function () local total = 0; local buckets = {}; -- Init buckets for bucket, _ in pairs(counters) do buckets[bucket] = 0; end for room in all_rooms() do --[[ module:log('debug', 'room data for : "'..room.jid..'"'); for conf, val in pairs(room._data) do module:log('debug', conf..": "..tostring(val)); end ]]-- total = total + 1; --module:log('debug','buckets room data :'); for bucket, _ in pairs(buckets) do --module:log('debug', bucket..": "..tostring(room._data[bucket])); if room._data[bucket] then buckets[bucket] = buckets[bucket] + 1; end end end for bucket, count in pairs(buckets) do counters[bucket](count) end total_counter(total); end)