Mercurial > prosody-modules
view mod_auth_token/test_token_auth.lua @ 6319:04c3273cb81f
mod_auth_cyrus: Add empty 'profile' table to SASL handler objects
This is for compatibility with Prosody's built-in util.sasl objects.
A SASL profile table usually includes methods supported by the backend, which
can be used by SASL mechanism handlers to perform operations (such as testing
the password). It also optionally contains a 'cb' field with channel binding
method handlers.
The Cyrus backend doesn't support channel binding, and doesn't have the same
concept of auth backend methods (it handles all that internally, and Prosody
has no insight or control over it).
Thus, we create an empty profile which informs Prosody that the SASL handler
does not support any of the auth or channel binding methods. Some features
will not work, but they didn't work anyway. This just makes it explicit.
This fixes a traceback in mod_sasl2_fast, which expected SASL handlers to
always contain a 'profile' field.
| author | Matthew Wild <mwild1@gmail.com> |
|---|---|
| date | Thu, 04 Sep 2025 10:14:46 +0100 |
| parents | d0ca211e1b0e |
| children |
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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())
