File

mod_auth_token/test_token_auth.lua @ 6199:fe8222112cf4

mod_conversejs: Serve base app at / This makes things slightly less awkward for the browser to figure out which URLs belong to a PWA. The app's "start URL" was previously without the '/' and therefore was not considered within the scope of the PWA. Now the canonical app URL will always have a '/'. Prosody/mod_http should take care of redirecting existing links without the trailing / to the new URL. If you have an installation at https://prosody/conversejs then it is now at https://prosody/conversejs/ (the first URL will now redirect to the second URL if you use it). The alternative would be to make the PWA scope include the parent, i.e. the whole of https://prosody/ in this case. This might get messy if other PWAs are provided by the same site or Prosody installation, however.
author Matthew Wild <mwild1@gmail.com>
date Tue, 11 Feb 2025 13:18:38 +0000
parent 2956:d0ca211e1b0e
line wrap: on
line source

local base64 = require "util.encodings".base64;
local hmac = require "openssl.hmac";
local luatz = require "luatz";
local luaunit = require "luaunit";
local uuid = require "uuid";
local otp = require "otp";
local mock = require "mock";
local pkey = require "openssl.pkey";
local token_utils = dofile("token_auth_utils.lib.lua");

math.randomseed(os.time())

local OTP_SEED = 'E3W374VRSFO4NVKE';


function generate_token(jid, key)
	local nonce = '';
	for i=1,32 do
		nonce = nonce..math.random(9);
	end
	local utc_time_table = luatz.gmtime(luatz.time());
	local totp = otp.new_totp_from_key(
		OTP_SEED,
		token_utils.OTP_DIGITS,
		token_utils.OTP_INTERVAL
	):generate(0, utc_time_table);

	local hmac_ctx = hmac.new(key, token_utils.DIGEST_TYPE)
	local signature = hmac_ctx:final(totp..nonce..jid)
	return totp..nonce..' '..base64.encode(signature)
end


function test_token_verification()
	-- Test verification of a valid token
	local key = uuid();
	local result = token_utils.verify_token(
		'root',
		generate_token('root@localhost', key),
		'localhost',
		OTP_SEED,
		key
	)
	luaunit.assert_is(result, true)
end


function test_token_is_valid_only_once()
	local key = uuid();
	local token = generate_token('root@localhost', key);
	local result = token_utils.verify_token(
		'root',
		token,
		'localhost',
		OTP_SEED,
		key
	)
	luaunit.assert_is(result, true)

	result = token_utils.verify_token(
		'root',
		token,
		'localhost',
		OTP_SEED,
		key
	)
	luaunit.assert_is(result, false)
end


function test_token_expiration()
	-- Test that a token expires after (at most) the configured interval plus
	-- any amount of deviations.
	local key = uuid();
	local token = generate_token('root@localhost', key);
	-- Wait two ticks of the interval window and then check that the token is
	-- no longer valid.
	mock.mock(os);
	os.time.replace(function ()
		return os.time.original() +
			(token_utils.OTP_INTERVAL + 
				(token_utils.OTP_DEVIATION * token_utils.OTP_INTERVAL));
	end)
	result = token_utils.verify_token(
		'root',
		token,
		'localhost',
		OTP_SEED,
		key
	)
	mock.unmock(os);
	luaunit.assert_is(result, false)
end

os.exit(luaunit.LuaUnit.run())