view mod_measure_muc/mod_measure_muc.lua @ 4203:c4002aae4ad3

mod_s2s_keepalive: Use timestamp as iq @id RFC 6120 implies that the id attribute must be unique within a stream. This should fix problems with remote servers that enforce uniqueness and don't answer duplicated ids. If it doesn't do that, then at least you can get a guesstimate at round-trip time from the difference between the result iq stanza and the timestamp it was logged without having to go look for when it was sent, or needing to keep state.
author Kim Alvefur <zash@zash.se>
date Wed, 14 Oct 2020 18:02:10 +0200
parents 39931d727c22
children
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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)