Chapril/xmpp.chapril.org-ejabberd
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xmpp.chapril.org-ejabberd/test/ejabberd_SUITE.erl
Paweł Chmielowski e75dd17e2c Fix tests that use #forwarded
2016-11-15 10:02:21 +01:00

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%%%-------------------------------------------------------------------
%%% @author Evgeniy Khramtsov <ekhramtsov@process-one.net>
%%% @copyright (C) 2002-2016, ProcessOne
%%% @doc
%%%
%%% @end
%%% Created : 2 Jun 2013 by Evgeniy Khramtsov <ekhramtsov@process-one.net>
%%%-------------------------------------------------------------------
-module(ejabberd_SUITE).
-compile(export_all).
-import(suite, [init_config/1, connect/1, disconnect/1, recv_message/1,
recv/1, recv_presence/1, send/2, send_recv/2, my_jid/1,
server_jid/1, pubsub_jid/1, proxy_jid/1, muc_jid/1,
muc_room_jid/1, my_muc_jid/1, peer_muc_jid/1,
mix_jid/1, mix_room_jid/1, get_features/2, recv_iq/1,
re_register/1, is_feature_advertised/2, subscribe_to_events/1,
is_feature_advertised/3, set_opt/3, auth_SASL/2,
wait_for_master/1, wait_for_slave/1, flush/1,
make_iq_result/1, start_event_relay/0, alt_room_jid/1,
stop_event_relay/1, put_event/2, get_event/1,
bind/1, auth/1, auth/2, open_session/1, open_session/2,
zlib/1, starttls/1, starttls/2, close_socket/1, init_stream/1,
auth_legacy/2, auth_legacy/3, tcp_connect/1, send_text/2,
set_roster/3, del_roster/1]).
-include("suite.hrl").
suite() ->
[{timetrap, {seconds, 120}}].
init_per_suite(Config) ->
NewConfig = init_config(Config),
DataDir = proplists:get_value(data_dir, NewConfig),
{ok, CWD} = file:get_cwd(),
ExtAuthScript = filename:join([DataDir, "extauth.py"]),
LDIFFile = filename:join([DataDir, "ejabberd.ldif"]),
{ok, _} = file:copy(ExtAuthScript, filename:join([CWD, "extauth.py"])),
{ok, _} = ldap_srv:start(LDIFFile),
inet_db:add_host({127,0,0,1}, [binary_to_list(?S2S_VHOST),
binary_to_list(?MNESIA_VHOST)]),
inet_db:set_domain(binary_to_list(randoms:get_string())),
inet_db:set_lookup([file, native]),
start_ejabberd(NewConfig),
NewConfig.
start_ejabberd(Config) ->
case proplists:get_value(backends, Config) of
all ->
ok = application:start(ejabberd, transient);
Backends when is_list(Backends) ->
Hosts = lists:map(fun(Backend) -> Backend ++ ".localhost" end, Backends),
application:load(ejabberd),
AllHosts = Hosts ++ ["localhost"], %% We always need localhost for the generic no_db tests
application:set_env(ejabberd, hosts, AllHosts),
ok = application:start(ejabberd, transient)
end.
end_per_suite(_Config) ->
application:stop(ejabberd).
-define(BACKENDS, [mnesia,redis,mysql,pgsql,sqlite,ldap,extauth,riak]).
init_per_group(Group, Config) ->
case lists:member(Group, ?BACKENDS) of
false ->
%% Not a backend related group, do default init:
do_init_per_group(Group, Config);
true ->
case proplists:get_value(backends, Config) of
all ->
%% All backends enabled
do_init_per_group(Group, Config);
Backends ->
%% Skipped backends that were not explicitely enabled
case lists:member(atom_to_list(Group), Backends) of
true ->
do_init_per_group(Group, Config);
false ->
{skip, {disabled_backend, Group}}
end
end
end.
do_init_per_group(no_db, Config) ->
re_register(Config),
set_opt(persistent_room, false, Config);
do_init_per_group(mnesia, Config) ->
mod_muc:shutdown_rooms(?MNESIA_VHOST),
set_opt(server, ?MNESIA_VHOST, Config);
do_init_per_group(redis, Config) ->
mod_muc:shutdown_rooms(?REDIS_VHOST),
set_opt(server, ?REDIS_VHOST, Config);
do_init_per_group(mysql, Config) ->
case catch ejabberd_sql:sql_query(?MYSQL_VHOST, [<<"select 1;">>]) of
{selected, _, _} ->
mod_muc:shutdown_rooms(?MYSQL_VHOST),
create_sql_tables(mysql, ?config(base_dir, Config)),
set_opt(server, ?MYSQL_VHOST, Config);
Err ->
{skip, {mysql_not_available, Err}}
end;
do_init_per_group(pgsql, Config) ->
case catch ejabberd_sql:sql_query(?PGSQL_VHOST, [<<"select 1;">>]) of
{selected, _, _} ->
mod_muc:shutdown_rooms(?PGSQL_VHOST),
create_sql_tables(pgsql, ?config(base_dir, Config)),
set_opt(server, ?PGSQL_VHOST, Config);
Err ->
{skip, {pgsql_not_available, Err}}
end;
do_init_per_group(sqlite, Config) ->
case catch ejabberd_sql:sql_query(?SQLITE_VHOST, [<<"select 1;">>]) of
{selected, _, _} ->
mod_muc:shutdown_rooms(?SQLITE_VHOST),
set_opt(server, ?SQLITE_VHOST, Config);
Err ->
{skip, {sqlite_not_available, Err}}
end;
do_init_per_group(ldap, Config) ->
set_opt(server, ?LDAP_VHOST, Config);
do_init_per_group(extauth, Config) ->
set_opt(server, ?EXTAUTH_VHOST, Config);
do_init_per_group(riak, Config) ->
case ejabberd_riak:is_connected() of
true ->
mod_muc:shutdown_rooms(?RIAK_VHOST),
NewConfig = set_opt(server, ?RIAK_VHOST, Config),
clear_riak_tables(NewConfig);
Err ->
{skip, {riak_not_available, Err}}
end;
do_init_per_group(s2s, Config) ->
ejabberd_config:add_option(s2s_use_starttls, required_trusted),
ejabberd_config:add_option(domain_certfile, "cert.pem"),
Port = ?config(s2s_port, Config),
set_opt(server, ?COMMON_VHOST,
set_opt(xmlns, ?NS_SERVER,
set_opt(type, server,
set_opt(server_port, Port,
set_opt(stream_from, ?S2S_VHOST,
set_opt(lang, <<"">>, Config))))));
do_init_per_group(component, Config) ->
Server = ?config(server, Config),
Port = ?config(component_port, Config),
set_opt(xmlns, ?NS_COMPONENT,
set_opt(server, <<"component.", Server/binary>>,
set_opt(type, component,
set_opt(server_port, Port,
set_opt(stream_version, undefined,
set_opt(lang, <<"">>, Config))))));
do_init_per_group(GroupName, Config) ->
Pid = start_event_relay(),
NewConfig = set_opt(event_relay, Pid, Config),
case GroupName of
anonymous -> set_opt(anonymous, true, NewConfig);
_ -> NewConfig
end.
end_per_group(mnesia, _Config) ->
ok;
end_per_group(redis, _Config) ->
ok;
end_per_group(mysql, _Config) ->
ok;
end_per_group(pgsql, _Config) ->
ok;
end_per_group(sqlite, _Config) ->
ok;
end_per_group(no_db, _Config) ->
ok;
end_per_group(ldap, _Config) ->
ok;
end_per_group(extauth, _Config) ->
ok;
end_per_group(riak, _Config) ->
ok;
end_per_group(component, _Config) ->
ok;
end_per_group(s2s, _Config) ->
ejabberd_config:add_option(s2s_use_starttls, false);
end_per_group(_GroupName, Config) ->
stop_event_relay(Config),
set_opt(anonymous, false, Config).
init_per_testcase(stop_ejabberd, Config) ->
NewConfig = set_opt(resource, <<"">>,
set_opt(anonymous, true, Config)),
open_session(bind(auth(connect(NewConfig))));
init_per_testcase(TestCase, OrigConfig) ->
Test = atom_to_list(TestCase),
IsMaster = lists:suffix("_master", Test),
IsSlave = lists:suffix("_slave", Test),
if IsMaster or IsSlave ->
subscribe_to_events(OrigConfig);
true ->
ok
end,
TestGroup = proplists:get_value(
name, ?config(tc_group_properties, OrigConfig)),
Server = ?config(server, OrigConfig),
Resource = case TestGroup of
anonymous ->
<<"">>;
legacy_auth ->
randoms:get_string();
_ ->
?config(resource, OrigConfig)
end,
MasterResource = ?config(master_resource, OrigConfig),
SlaveResource = ?config(slave_resource, OrigConfig),
Mode = if IsSlave -> slave;
IsMaster -> master;
true -> single
end,
IsCarbons = lists:prefix("carbons_", Test),
IsReplaced = lists:prefix("replaced_", Test),
User = if IsReplaced -> <<"test_single!#$%^*()`~+-;_=[]{}|\\">>;
IsMaster or IsCarbons -> <<"test_master!#$%^*()`~+-;_=[]{}|\\">>;
IsSlave -> <<"test_slave!#$%^*()`~+-;_=[]{}|\\">>;
true -> <<"test_single!#$%^*()`~+-;_=[]{}|\\">>
end,
Nick = if IsSlave -> ?config(slave_nick, OrigConfig);
IsMaster -> ?config(master_nick, OrigConfig);
true -> ?config(nick, OrigConfig)
end,
MyResource = if IsMaster and IsCarbons -> MasterResource;
IsSlave and IsCarbons -> SlaveResource;
true -> Resource
end,
Slave = if IsCarbons ->
jid:make(<<"test_master!#$%^*()`~+-;_=[]{}|\\">>, Server, SlaveResource);
IsReplaced ->
jid:make(User, Server, Resource);
true ->
jid:make(<<"test_slave!#$%^*()`~+-;_=[]{}|\\">>, Server, Resource)
end,
Master = if IsCarbons ->
jid:make(<<"test_master!#$%^*()`~+-;_=[]{}|\\">>, Server, MasterResource);
IsReplaced ->
jid:make(User, Server, Resource);
true ->
jid:make(<<"test_master!#$%^*()`~+-;_=[]{}|\\">>, Server, Resource)
end,
Config1 = set_opt(user, User,
set_opt(slave, Slave,
set_opt(master, Master,
set_opt(resource, MyResource,
set_opt(nick, Nick,
set_opt(mode, Mode, OrigConfig)))))),
Config2 = if IsSlave ->
set_opt(peer_nick, ?config(master_nick, Config1), Config1);
IsMaster ->
set_opt(peer_nick, ?config(slave_nick, Config1), Config1);
true ->
Config1
end,
Config = if IsSlave -> set_opt(peer, Master, Config2);
IsMaster -> set_opt(peer, Slave, Config2);
true -> Config2
end,
case Test of
"test_connect" ++ _ ->
Config;
"test_legacy_auth" ++ _ ->
init_stream(set_opt(stream_version, undefined, Config));
"test_auth" ++ _ ->
connect(Config);
"test_starttls" ++ _ ->
connect(Config);
"test_zlib" ->
connect(Config);
"test_register" ->
connect(Config);
"auth_md5" ->
connect(Config);
"auth_plain" ->
connect(Config);
"unauthenticated_" ++ _ ->
connect(Config);
"test_bind" ->
auth(connect(Config));
"sm_resume" ->
auth(connect(Config));
"sm_resume_failed" ->
auth(connect(Config));
"test_open_session" ->
bind(auth(connect(Config)));
"replaced" ++ _ ->
auth(connect(Config));
_ when IsMaster or IsSlave ->
Password = ?config(password, Config),
ejabberd_auth:try_register(User, Server, Password),
open_session(bind(auth(connect(Config))));
_ when TestGroup == s2s_tests ->
auth(connect(starttls(connect(Config))));
_ ->
open_session(bind(auth(connect(Config))))
end.
end_per_testcase(_TestCase, _Config) ->
ok.
legacy_auth_tests() ->
{legacy_auth, [parallel],
[test_legacy_auth,
test_legacy_auth_digest,
test_legacy_auth_no_resource,
test_legacy_auth_bad_jid,
test_legacy_auth_fail]}.
no_db_tests() ->
[{anonymous, [parallel],
[test_connect_bad_xml,
test_connect_unexpected_xml,
test_connect_unknown_ns,
test_connect_bad_xmlns,
test_connect_bad_ns_stream,
test_connect_bad_lang,
test_connect_bad_to,
test_connect_missing_to,
test_connect,
unauthenticated_iq,
unauthenticated_stanza,
test_starttls,
test_zlib,
test_auth,
test_bind,
test_open_session,
codec_failure,
unsupported_query,
bad_nonza,
invalid_from,
legacy_iq,
ping,
version,
time,
stats,
disco]},
{presence_and_s2s, [sequence],
[test_auth_fail,
presence,
s2s_dialback,
s2s_optional,
s2s_required,
s2s_required_trusted]},
{sm, [sequence],
[sm,
sm_resume,
sm_resume_failed]},
muc_tests:single_cases(),
muc_tests:master_slave_cases(),
{test_proxy65, [parallel],
[proxy65_master, proxy65_slave]},
{replaced, [parallel],
[replaced_master, replaced_slave]}].
pubsub_single_tests() ->
{pubsub_single, [sequence],
[test_pubsub_features,
test_pubsub_create,
test_pubsub_configure,
test_pubsub_delete,
test_pubsub_get_affiliations,
test_pubsub_get_subscriptions,
test_pubsub_create_instant,
test_pubsub_default,
test_pubsub_create_configure,
test_pubsub_publish,
test_pubsub_auto_create,
test_pubsub_get_items,
test_pubsub_delete_item,
test_pubsub_purge,
test_pubsub_subscribe,
test_pubsub_unsubscribe]}.
pubsub_multiple_tests() ->
{pubsub_multiple, [sequence],
[{pubsub_publish, [parallel],
[pubsub_publish_master, pubsub_publish_slave]},
{pubsub_subscriptions, [parallel],
[pubsub_subscriptions_master, pubsub_subscriptions_slave]},
{pubsub_affiliations, [parallel],
[pubsub_affiliations_master, pubsub_affiliations_slave]},
{pubsub_authorize, [parallel],
[pubsub_authorize_master, pubsub_authorize_slave]}]}.
db_tests(riak) ->
%% No support for mod_pubsub
[{single_user, [sequence],
[test_register,
legacy_auth_tests(),
auth_plain,
auth_md5,
presence_broadcast,
last,
roster_tests:single_cases(),
private,
privacy_tests:single_cases(),
vcard,
muc_tests:single_cases(),
offline_tests:master_slave_cases(),
test_unregister]},
muc_tests:master_slave_cases(),
privacy_tests:master_slave_cases(),
roster_tests:master_slave_cases(),
offline_tests:master_slave_cases(),
{test_announce, [sequence],
[announce_master, announce_slave]},
{test_vcard_xupdate, [parallel],
[vcard_xupdate_master, vcard_xupdate_slave]}];
db_tests(DB) when DB == mnesia; DB == redis ->
[{single_user, [sequence],
[test_register,
legacy_auth_tests(),
auth_plain,
auth_md5,
presence_broadcast,
last,
roster_tests:single_cases(),
private,
privacy_tests:single_cases(),
vcard,
pubsub_single_tests(),
muc_tests:single_cases(),
offline_tests:single_cases(),
test_unregister]},
muc_tests:master_slave_cases(),
privacy_tests:master_slave_cases(),
pubsub_multiple_tests(),
roster_tests:master_slave_cases(),
offline_tests:master_slave_cases(),
{test_mix, [parallel],
[mix_master, mix_slave]},
{test_old_mam, [parallel],
[mam_old_master, mam_old_slave]},
{test_new_mam, [parallel],
[mam_new_master, mam_new_slave]},
{test_carbons, [parallel],
[carbons_master, carbons_slave]},
{test_client_state, [parallel],
[client_state_master, client_state_slave]},
{test_muc_mam, [parallel],
[muc_mam_master, muc_mam_slave]},
{test_announce, [sequence],
[announce_master, announce_slave]},
{test_vcard_xupdate, [parallel],
[vcard_xupdate_master, vcard_xupdate_slave]}];
db_tests(_) ->
%% No support for carboncopy
[{single_user, [sequence],
[test_register,
legacy_auth_tests(),
auth_plain,
auth_md5,
presence_broadcast,
last,
roster_tests:single_cases(),
private,
privacy_tests:single_cases(),
vcard,
pubsub_single_tests(),
muc_tests:single_cases(),
offline_tests:single_cases(),
test_unregister]},
muc_tests:master_slave_cases(),
privacy_tests:master_slave_cases(),
pubsub_multiple_tests(),
roster_tests:master_slave_cases(),
offline_tests:master_slave_cases(),
{test_mix, [parallel],
[mix_master, mix_slave]},
{test_old_mam, [parallel],
[mam_old_master, mam_old_slave]},
{test_new_mam, [parallel],
[mam_new_master, mam_new_slave]},
{test_muc_mam, [parallel],
[muc_mam_master, muc_mam_slave]},
{test_announce, [sequence],
[announce_master, announce_slave]},
{test_vcard_xupdate, [parallel],
[vcard_xupdate_master, vcard_xupdate_slave]}].
ldap_tests() ->
[{ldap_tests, [sequence],
[test_auth,
test_auth_fail,
vcard_get,
ldap_shared_roster_get]}].
extauth_tests() ->
[{extauth_tests, [sequence],
[test_auth,
test_auth_fail,
test_unregister]}].
component_tests() ->
[{component_connect, [parallel],
[test_connect_bad_xml,
test_connect_unexpected_xml,
test_connect_unknown_ns,
test_connect_bad_xmlns,
test_connect_bad_ns_stream,
test_connect_missing_to,
test_connect,
test_auth,
test_auth_fail]},
{component_tests, [sequence],
[test_missing_address,
test_invalid_from,
test_component_send,
bad_nonza,
codec_failure]}].
s2s_tests() ->
[{s2s_connect, [parallel],
[test_connect_bad_xml,
test_connect_unexpected_xml,
test_connect_unknown_ns,
test_connect_bad_xmlns,
test_connect_bad_ns_stream,
test_connect,
test_connect_s2s_starttls_required,
test_starttls,
test_connect_missing_from,
test_connect_s2s_unauthenticated_iq,
test_auth_starttls]},
{s2s_tests, [sequence],
[test_missing_address,
test_invalid_from,
bad_nonza,
codec_failure]}].
groups() ->
[{ldap, [sequence], ldap_tests()},
{extauth, [sequence], extauth_tests()},
{no_db, [sequence], no_db_tests()},
{component, [sequence], component_tests()},
{s2s, [sequence], s2s_tests()},
{mnesia, [sequence], db_tests(mnesia)},
{redis, [sequence], db_tests(redis)},
{mysql, [sequence], db_tests(mysql)},
{pgsql, [sequence], db_tests(pgsql)},
{sqlite, [sequence], db_tests(sqlite)},
{riak, [sequence], db_tests(riak)}].
all() ->
[{group, ldap},
{group, no_db},
{group, mnesia},
{group, redis},
{group, mysql},
{group, pgsql},
{group, sqlite},
{group, extauth},
{group, riak},
{group, component},
{group, s2s},
stop_ejabberd].
stop_ejabberd(Config) ->
ok = application:stop(ejabberd),
?recv1(#stream_error{reason = 'system-shutdown'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
Config.
test_connect_bad_xml(Config) ->
Config0 = tcp_connect(Config),
send_text(Config0, <<"<'/>">>),
Version = ?config(stream_version, Config0),
?recv1(#stream_start{version = Version}),
?recv1(#stream_error{reason = 'not-well-formed'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_unexpected_xml(Config) ->
Config0 = tcp_connect(Config),
send(Config0, #caps{}),
Version = ?config(stream_version, Config0),
?recv1(#stream_start{version = Version}),
?recv1(#stream_error{reason = 'invalid-xml'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_unknown_ns(Config) ->
Config0 = init_stream(set_opt(xmlns, <<"wrong">>, Config)),
?recv1(#stream_error{reason = 'invalid-xml'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_bad_xmlns(Config) ->
NS = case ?config(type, Config) of
client -> ?NS_SERVER;
_ -> ?NS_CLIENT
end,
Config0 = init_stream(set_opt(xmlns, NS, Config)),
?recv1(#stream_error{reason = 'invalid-namespace'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_bad_ns_stream(Config) ->
Config0 = init_stream(set_opt(ns_stream, <<"wrong">>, Config)),
?recv1(#stream_error{reason = 'invalid-namespace'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_bad_lang(Config) ->
Lang = iolist_to_binary(lists:duplicate(36, $x)),
Config0 = init_stream(set_opt(lang, Lang, Config)),
?recv1(#stream_error{reason = 'policy-violation'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_bad_to(Config) ->
Config0 = init_stream(set_opt(server, <<"wrong.com">>, Config)),
?recv1(#stream_error{reason = 'host-unknown'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_missing_to(Config) ->
Config0 = init_stream(set_opt(server, <<"">>, Config)),
?recv1(#stream_error{reason = 'improper-addressing'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config0).
test_connect_missing_from(Config) ->
Config1 = starttls(connect(Config)),
Config2 = set_opt(stream_from, <<"">>, Config1),
Config3 = init_stream(Config2),
?recv1(#stream_error{reason = 'policy-violation'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config3).
test_connect(Config) ->
disconnect(connect(Config)).
test_connect_s2s_starttls_required(Config) ->
Config1 = connect(Config),
send(Config1, #caps{}),
?recv1(#stream_error{reason = 'policy-violation'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config1).
test_connect_s2s_unauthenticated_iq(Config) ->
Config1 = connect(starttls(connect(Config))),
unauthenticated_iq(Config1).
test_starttls(Config) ->
case ?config(starttls, Config) of
true ->
disconnect(connect(starttls(Config)));
_ ->
{skipped, 'starttls_not_available'}
end.
test_zlib(Config) ->
case ?config(compression, Config) of
[_|_] = Ms ->
case lists:member(<<"zlib">>, Ms) of
true ->
disconnect(zlib(Config));
false ->
{skipped, 'zlib_not_available'}
end;
_ ->
{skipped, 'compression_not_available'}
end.
test_register(Config) ->
case ?config(register, Config) of
true ->
disconnect(register(Config));
_ ->
{skipped, 'registration_not_available'}
end.
register(Config) ->
#iq{type = result,
sub_els = [#register{username = <<>>,
password = <<>>}]} =
send_recv(Config, #iq{type = get, to = server_jid(Config),
sub_els = [#register{}]}),
#iq{type = result, sub_els = []} =
send_recv(
Config,
#iq{type = set,
sub_els = [#register{username = ?config(user, Config),
password = ?config(password, Config)}]}),
Config.
test_unregister(Config) ->
case ?config(register, Config) of
true ->
try_unregister(Config);
_ ->
{skipped, 'registration_not_available'}
end.
try_unregister(Config) ->
true = is_feature_advertised(Config, ?NS_REGISTER),
#iq{type = result, sub_els = []} =
send_recv(
Config,
#iq{type = set,
sub_els = [#register{remove = true}]}),
?recv1(#stream_error{reason = conflict}),
Config.
unauthenticated_stanza(Config) ->
%% Unauthenticated stanza should be silently dropped.
send(Config, #message{to = server_jid(Config)}),
disconnect(Config).
unauthenticated_iq(Config) ->
From = my_jid(Config),
To = server_jid(Config),
#iq{type = error} =
send_recv(Config, #iq{type = get, from = From, to = To,
sub_els = [#disco_info{}]}),
disconnect(Config).
bad_nonza(Config) ->
%% Unsupported and invalid nonza should be silently dropped.
send(Config, #caps{}),
send(Config, #stanza_error{type = wrong}),
disconnect(Config).
invalid_from(Config) ->
send(Config, #message{from = jid:make(randoms:get_string())}),
?recv1(#stream_error{reason = 'invalid-from'}),
?recv1({xmlstreamend, <<"stream:stream">>}),
close_socket(Config).
test_missing_address(Config) ->
Server = server_jid(Config),
#iq{type = error} = send_recv(Config, #iq{type = get, from = Server}),
#iq{type = error} = send_recv(Config, #iq{type = get, to = Server}),
disconnect(Config).
test_invalid_from(Config) ->
From = jid:make(randoms:get_string()),
To = jid:make(randoms:get_string()),
#iq{type = error} =
send_recv(Config, #iq{type = get, from = From, to = To}),
disconnect(Config).
test_component_send(Config) ->
To = jid:make(?COMMON_VHOST),
From = server_jid(Config),
#iq{type = result, from = To, to = From} =
send_recv(Config, #iq{type = get, to = To, from = From,
sub_els = [#ping{}]}),
disconnect(Config).
s2s_dialback(Config) ->
ejabberd_s2s:stop_all_connections(),
ejabberd_config:add_option(s2s_use_starttls, false),
ejabberd_config:add_option(domain_certfile, "self-signed-cert.pem"),
s2s_ping(Config).
s2s_optional(Config) ->
ejabberd_s2s:stop_all_connections(),
ejabberd_config:add_option(s2s_use_starttls, optional),
ejabberd_config:add_option(domain_certfile, "self-signed-cert.pem"),
s2s_ping(Config).
s2s_required(Config) ->
ejabberd_s2s:stop_all_connections(),
ejabberd_config:add_option(s2s_use_starttls, required),
ejabberd_config:add_option(domain_certfile, "self-signed-cert.pem"),
s2s_ping(Config).
s2s_required_trusted(Config) ->
ejabberd_s2s:stop_all_connections(),
ejabberd_config:add_option(s2s_use_starttls, required),
ejabberd_config:add_option(domain_certfile, "cert.pem"),
s2s_ping(Config).
s2s_ping(Config) ->
From = my_jid(Config),
To = jid:make(?MNESIA_VHOST),
ID = randoms:get_string(),
ejabberd_s2s:route(From, To, #iq{id = ID, type = get, sub_els = [#ping{}]}),
#iq{type = result, id = ID, sub_els = []} = recv_iq(Config),
disconnect(Config).
auth_md5(Config) ->
Mechs = ?config(mechs, Config),
case lists:member(<<"DIGEST-MD5">>, Mechs) of
true ->
disconnect(auth_SASL(<<"DIGEST-MD5">>, Config));
false ->
disconnect(Config),
{skipped, 'DIGEST-MD5_not_available'}
end.
auth_plain(Config) ->
Mechs = ?config(mechs, Config),
case lists:member(<<"PLAIN">>, Mechs) of
true ->
disconnect(auth_SASL(<<"PLAIN">>, Config));
false ->
disconnect(Config),
{skipped, 'PLAIN_not_available'}
end.
test_legacy_auth(Config) ->
disconnect(auth_legacy(Config, _Digest = false)).
test_legacy_auth_digest(Config) ->
disconnect(auth_legacy(Config, _Digest = true)).
test_legacy_auth_no_resource(Config0) ->
Config = set_opt(resource, <<"">>, Config0),
disconnect(auth_legacy(Config, _Digest = false, _ShouldFail = true)).
test_legacy_auth_bad_jid(Config0) ->
Config = set_opt(user, <<"@">>, Config0),
disconnect(auth_legacy(Config, _Digest = false, _ShouldFail = true)).
test_legacy_auth_fail(Config0) ->
Config = set_opt(user, <<"wrong">>, Config0),
disconnect(auth_legacy(Config, _Digest = false, _ShouldFail = true)).
test_auth(Config) ->
disconnect(auth(Config)).
test_auth_starttls(Config) ->
disconnect(auth(connect(starttls(Config)))).
test_auth_fail(Config0) ->
Config = set_opt(user, <<"wrong">>,
set_opt(password, <<"wrong">>, Config0)),
disconnect(auth(Config, _ShouldFail = true)).
test_bind(Config) ->
disconnect(bind(Config)).
test_open_session(Config) ->
disconnect(open_session(Config, true)).
roster_feature_enabled(Config) ->
roster_tests:feature_enabled(Config).
roster_iq_set_many_items(Config) ->
roster_tests:iq_set_many_items(Config).
roster_iq_set_duplicated_groups(Config) ->
roster_tests:iq_set_duplicated_groups(Config).
roster_iq_set_ask(Config) ->
roster_tests:iq_set_ask(Config).
roster_iq_get_item(Config) ->
roster_tests:iq_get_item(Config).
roster_iq_unexpected_element(Config) ->
roster_tests:iq_unexpected_element(Config).
roster_set_item(Config) ->
roster_tests:set_item(Config).
roster_version(Config) ->
roster_tests:version(Config).
roster_subscribe_master(Config) ->
roster_tests:subscribe_master(Config).
roster_subscribe_slave(Config) ->
roster_tests:subscribe_slave(Config).
codec_failure(Config) ->
JID = my_jid(Config),
#iq{type = error} =
send_recv(Config, #iq{type = wrong, from = JID, to = JID}),
disconnect(Config).
unsupported_query(Config) ->
ServerJID = server_jid(Config),
#iq{type = error} = send_recv(Config, #iq{type = get, to = ServerJID}),
#iq{type = error} = send_recv(Config, #iq{type = get, to = ServerJID,
sub_els = [#caps{}]}),
#iq{type = error} = send_recv(Config, #iq{type = get, to = ServerJID,
sub_els = [#roster_query{},
#disco_info{},
#privacy_query{}]}),
disconnect(Config).
presence(Config) ->
JID = my_jid(Config),
#presence{from = JID, to = JID} = send_recv(Config, #presence{}),
disconnect(Config).
presence_broadcast(Config) ->
Feature = <<"p1:tmp:", (randoms:get_string())/binary>>,
Ver = crypto:hash(sha, ["client", $/, "bot", $/, "en", $/,
"ejabberd_ct", $<, Feature, $<]),
B64Ver = base64:encode(Ver),
Node = <<(?EJABBERD_CT_URI)/binary, $#, B64Ver/binary>>,
Server = ?config(server, Config),
ServerJID = server_jid(Config),
Info = #disco_info{identities =
[#identity{category = <<"client">>,
type = <<"bot">>,
lang = <<"en">>,
name = <<"ejabberd_ct">>}],
node = Node, features = [Feature]},
Caps = #caps{hash = <<"sha-1">>, node = ?EJABBERD_CT_URI, version = B64Ver},
send(Config, #presence{sub_els = [Caps]}),
JID = my_jid(Config),
%% We receive:
%% 1) disco#info iq request for CAPS
%% 2) welcome message
%% 3) presence broadcast
IQ = #iq{type = get,
from = ServerJID,
sub_els = [#disco_info{node = Node}]} = recv_iq(Config),
#message{type = normal} = recv_message(Config),
#presence{from = JID, to = JID} = recv_presence(Config),
send(Config, #iq{type = result, id = IQ#iq.id,
to = ServerJID, sub_els = [Info]}),
%% We're trying to read our feature from ejabberd database
%% with exponential back-off as our IQ response may be delayed.
[Feature] =
lists:foldl(
fun(Time, []) ->
timer:sleep(Time),
mod_caps:get_features(Server, Caps);
(_, Acc) ->
Acc
end, [], [0, 100, 200, 2000, 5000, 10000]),
disconnect(Config).
legacy_iq(Config) ->
true = is_feature_advertised(Config, ?NS_EVENT),
ServerJID = server_jid(Config),
#iq{type = result, sub_els = []} =
send_recv(Config, #iq{to = ServerJID, type = get,
sub_els = [#xevent{}]}),
disconnect(Config).
ping(Config) ->
true = is_feature_advertised(Config, ?NS_PING),
#iq{type = result, sub_els = []} =
send_recv(
Config,
#iq{type = get, sub_els = [#ping{}], to = server_jid(Config)}),
disconnect(Config).
version(Config) ->
true = is_feature_advertised(Config, ?NS_VERSION),
#iq{type = result, sub_els = [#version{}]} =
send_recv(
Config, #iq{type = get, sub_els = [#version{}],
to = server_jid(Config)}),
disconnect(Config).
time(Config) ->
true = is_feature_advertised(Config, ?NS_TIME),
#iq{type = result, sub_els = [#time{}]} =
send_recv(Config, #iq{type = get, sub_els = [#time{}],
to = server_jid(Config)}),
disconnect(Config).
disco(Config) ->
true = is_feature_advertised(Config, ?NS_DISCO_INFO),
true = is_feature_advertised(Config, ?NS_DISCO_ITEMS),
#iq{type = result, sub_els = [#disco_items{items = Items}]} =
send_recv(
Config, #iq{type = get, sub_els = [#disco_items{}],
to = server_jid(Config)}),
lists:foreach(
fun(#disco_item{jid = JID, node = Node}) ->
#iq{type = result} =
send_recv(Config,
#iq{type = get, to = JID,
sub_els = [#disco_info{node = Node}]})
end, Items),
disconnect(Config).
%% replaced_master(Config0) ->
%% Config = bind(Config0),
%% wait_for_slave(Config),
%% ?recv1(#stream_error{reason = conflict}),
%% ?recv1({xmlstreamend, <<"stream:stream">>}),
%% close_socket(Config).
%% replaced_slave(Config0) ->
%% wait_for_master(Config0),
%% Config = bind(Config0),
%% disconnect(Config).
replaced_master(Config) ->
disconnect(Config).
replaced_slave(Config) ->
disconnect(Config).
sm(Config) ->
Server = ?config(server, Config),
ServerJID = jid:make(<<"">>, Server, <<"">>),
%% Send messages of type 'headline' so the server discards them silently
Msg = #message{to = ServerJID, type = headline,
body = [#text{data = <<"body">>}]},
true = ?config(sm, Config),
%% Enable the session management with resumption enabled
send(Config, #sm_enable{resume = true, xmlns = ?NS_STREAM_MGMT_3}),
#sm_enabled{id = ID, resume = true} = recv(Config),
%% Initial request; 'h' should be 0.
send(Config, #sm_r{xmlns = ?NS_STREAM_MGMT_3}),
?recv1(#sm_a{h = 0}),
%% sending two messages and requesting again; 'h' should be 3.
send(Config, Msg),
send(Config, Msg),
send(Config, Msg),
send(Config, #sm_r{xmlns = ?NS_STREAM_MGMT_3}),
?recv1(#sm_a{h = 3}),
close_socket(Config),
{save_config, set_opt(sm_previd, ID, Config)}.
sm_resume(Config) ->
{sm, SMConfig} = ?config(saved_config, Config),
ID = ?config(sm_previd, SMConfig),
Server = ?config(server, Config),
ServerJID = jid:make(<<"">>, Server, <<"">>),
MyJID = my_jid(Config),
Txt = #text{data = <<"body">>},
Msg = #message{from = ServerJID, to = MyJID, body = [Txt]},
%% Route message. The message should be queued by the C2S process.
ejabberd_router:route(ServerJID, MyJID, Msg),
send(Config, #sm_resume{previd = ID, h = 0, xmlns = ?NS_STREAM_MGMT_3}),
?recv1(#sm_resumed{previd = ID, h = 3}),
#message{from = ServerJID, to = MyJID, body = [Txt]} = recv_message(Config),
?recv1(#sm_r{}),
send(Config, #sm_a{h = 1, xmlns = ?NS_STREAM_MGMT_3}),
%% Send another stanza to increment the server's 'h' for sm_resume_failed.
send(Config, #presence{to = ServerJID}),
close_socket(Config),
{save_config, set_opt(sm_previd, ID, Config)}.
sm_resume_failed(Config) ->
{sm_resume, SMConfig} = ?config(saved_config, Config),
ID = ?config(sm_previd, SMConfig),
ct:sleep(5000), % Wait for session to time out.
send(Config, #sm_resume{previd = ID, h = 1, xmlns = ?NS_STREAM_MGMT_3}),
?recv1(#sm_failed{reason = 'item-not-found', h = 4}),
disconnect(Config).
private(Config) ->
Conference = #bookmark_conference{name = <<"Some name">>,
autojoin = true,
jid = jid:make(
<<"some">>,
<<"some.conference.org">>,
<<>>)},
Storage = #bookmark_storage{conference = [Conference]},
StorageXMLOut = xmpp:encode(Storage),
WrongEl = #xmlel{name = <<"wrong">>},
#iq{type = error} =
send_recv(Config, #iq{type = get,
sub_els = [#private{xml_els = [WrongEl]}]}),
#iq{type = result, sub_els = []} =
send_recv(
Config, #iq{type = set,
sub_els = [#private{xml_els = [WrongEl, StorageXMLOut]}]}),
#iq{type = result,
sub_els = [#private{xml_els = [StorageXMLIn]}]} =
send_recv(
Config,
#iq{type = get,
sub_els = [#private{xml_els = [xmpp:encode(
#bookmark_storage{})]}]}),
Storage = xmpp:decode(StorageXMLIn),
disconnect(Config).
last(Config) ->
true = is_feature_advertised(Config, ?NS_LAST),
#iq{type = result, sub_els = [#last{}]} =
send_recv(Config, #iq{type = get, sub_els = [#last{}],
to = server_jid(Config)}),
disconnect(Config).
privacy_feature_enabled(Config) ->
privacy_tests:feature_enabled(Config).
privacy_set_get_list(Config) ->
privacy_tests:set_get_list(Config).
privacy_get_list_non_existent(Config) ->
privacy_tests:get_list_non_existent(Config).
privacy_set_default(Config) ->
privacy_tests:set_default(Config).
privacy_del_default(Config) ->
privacy_tests:del_default(Config).
privacy_set_default_non_existent(Config) ->
privacy_tests:set_default_non_existent(Config).
privacy_set_active(Config) ->
privacy_tests:set_active(Config).
privacy_del_active(Config) ->
privacy_tests:del_active(Config).
privacy_set_active_non_existent(Config) ->
privacy_tests:set_active_non_existent(Config).
privacy_remove_list(Config) ->
privacy_tests:remove_list(Config).
privacy_remove_active_list(Config) ->
privacy_tests:remove_active_list(Config).
privacy_remove_default_list(Config) ->
privacy_tests:remove_default_list(Config).
privacy_remove_list_non_existent(Config) ->
privacy_tests:remove_list_non_existent(Config).
privacy_allow_local_server(Config) ->
privacy_tests:allow_local_server(Config).
privacy_malformed_iq_query(Config) ->
privacy_tests:malformed_iq_query(Config).
privacy_malformed_get(Config) ->
privacy_tests:malformed_get(Config).
privacy_malformed_set(Config) ->
privacy_tests:malformed_set(Config).
privacy_malformed_type_value(Config) ->
privacy_tests:malformed_type_value(Config).
privacy_set_get_block(Config) ->
privacy_tests:set_get_block(Config).
privacy_deny_bare_jid_master(Config) ->
privacy_tests:deny_bare_jid_master(Config).
privacy_deny_bare_jid_slave(Config) ->
privacy_tests:deny_bare_jid_slave(Config).
privacy_deny_full_jid_master(Config) ->
privacy_tests:deny_full_jid_master(Config).
privacy_deny_full_jid_slave(Config) ->
privacy_tests:deny_full_jid_slave(Config).
privacy_deny_server_jid_master(Config) ->
privacy_tests:deny_server_jid_master(Config).
privacy_deny_server_jid_slave(Config) ->
privacy_tests:deny_server_jid_slave(Config).
privacy_deny_group_master(Config) ->
privacy_tests:deny_group_master(Config).
privacy_deny_group_slave(Config) ->
privacy_tests:deny_group_slave(Config).
privacy_deny_sub_both_master(Config) ->
privacy_tests:deny_sub_both_master(Config).
privacy_deny_sub_both_slave(Config) ->
privacy_tests:deny_sub_both_slave(Config).
privacy_deny_sub_from_master(Config) ->
privacy_tests:deny_sub_from_master(Config).
privacy_deny_sub_from_slave(Config) ->
privacy_tests:deny_sub_from_slave(Config).
privacy_deny_sub_to_master(Config) ->
privacy_tests:deny_sub_to_master(Config).
privacy_deny_sub_to_slave(Config) ->
privacy_tests:deny_sub_to_slave(Config).
privacy_deny_sub_none_master(Config) ->
privacy_tests:deny_sub_none_master(Config).
privacy_deny_sub_none_slave(Config) ->
privacy_tests:deny_sub_none_slave(Config).
privacy_deny_all_master(Config) ->
privacy_tests:deny_all_master(Config).
privacy_deny_all_slave(Config) ->
privacy_tests:deny_all_slave(Config).
privacy_deny_offline_master(Config) ->
privacy_tests:deny_offline_master(Config).
privacy_deny_offline_slave(Config) ->
privacy_tests:deny_offline_slave(Config).
privacy_block_master(Config) ->
privacy_tests:block_master(Config).
privacy_block_slave(Config) ->
privacy_tests:block_slave(Config).
privacy_unblock_master(Config) ->
privacy_tests:unblock_master(Config).
privacy_unblock_slave(Config) ->
privacy_tests:unblock_slave(Config).
privacy_unblock_all_master(Config) ->
privacy_tests:unblock_all_master(Config).
privacy_unblock_all_slave(Config) ->
privacy_tests:unblock_all_slave(Config).
vcard(Config) ->
true = is_feature_advertised(Config, ?NS_VCARD),
VCard =
#vcard_temp{fn = <<"Peter Saint-Andre">>,
n = #vcard_name{family = <<"Saint-Andre">>,
given = <<"Peter">>},
nickname = <<"stpeter">>,
bday = <<"1966-08-06">>,
adr = [#vcard_adr{work = true,
extadd = <<"Suite 600">>,
street = <<"1899 Wynkoop Street">>,
locality = <<"Denver">>,
region = <<"CO">>,
pcode = <<"80202">>,
ctry = <<"USA">>},
#vcard_adr{home = true,
locality = <<"Denver">>,
region = <<"CO">>,
pcode = <<"80209">>,
ctry = <<"USA">>}],
tel = [#vcard_tel{work = true,voice = true,
number = <<"303-308-3282">>},
#vcard_tel{home = true,voice = true,
number = <<"303-555-1212">>}],
email = [#vcard_email{internet = true,pref = true,
userid = <<"stpeter@jabber.org">>}],
jabberid = <<"stpeter@jabber.org">>,
title = <<"Executive Director">>,role = <<"Patron Saint">>,
org = #vcard_org{name = <<"XMPP Standards Foundation">>},
url = <<"http://www.xmpp.org/xsf/people/stpeter.shtml">>,
desc = <<"More information about me is located on my "
"personal website: http://www.saint-andre.com/">>},
#iq{type = result, sub_els = []} =
send_recv(Config, #iq{type = set, sub_els = [VCard]}),
%% TODO: check if VCard == VCard1.
#iq{type = result, sub_els = [_VCard1]} =
send_recv(Config, #iq{type = get, sub_els = [#vcard_temp{}]}),
disconnect(Config).
vcard_get(Config) ->
true = is_feature_advertised(Config, ?NS_VCARD),
%% TODO: check if VCard corresponds to LDIF data from ejabberd.ldif
#iq{type = result, sub_els = [_VCard]} =
send_recv(Config, #iq{type = get, sub_els = [#vcard_temp{}]}),
disconnect(Config).
ldap_shared_roster_get(Config) ->
Item = #roster_item{jid = jid:from_string(<<"user2@ldap.localhost">>), name = <<"Test User 2">>,
groups = [<<"group1">>], subscription = both},
#iq{type = result, sub_els = [#roster_query{items = [Item]}]} =
send_recv(Config, #iq{type = get, sub_els = [#roster_query{}]}),
disconnect(Config).
vcard_xupdate_master(Config) ->
Img = <<137, "PNG\r\n", 26, $\n>>,
ImgHash = p1_sha:sha(Img),
MyJID = my_jid(Config),
Peer = ?config(slave, Config),
wait_for_slave(Config),
#presence{from = MyJID, type = available} = send_recv(Config, #presence{}),
#presence{from = Peer, type = available} = recv_presence(Config),
VCard = #vcard_temp{photo = #vcard_photo{type = <<"image/png">>, binval = Img}},
#iq{type = result, sub_els = []} =
send_recv(Config, #iq{type = set, sub_els = [VCard]}),
#presence{from = MyJID, type = available,
sub_els = [#vcard_xupdate{hash = ImgHash}]} = recv_presence(Config),
#iq{type = result, sub_els = []} =
send_recv(Config, #iq{type = set, sub_els = [#vcard_temp{}]}),
?recv2(#presence{from = MyJID, type = available,
sub_els = [#vcard_xupdate{hash = undefined}]},
#presence{from = Peer, type = unavailable}),
disconnect(Config).
vcard_xupdate_slave(Config) ->
Img = <<137, "PNG\r\n", 26, $\n>>,
ImgHash = p1_sha:sha(Img),
MyJID = my_jid(Config),
Peer = ?config(master, Config),
#presence{from = MyJID, type = available} = send_recv(Config, #presence{}),
wait_for_master(Config),
#presence{from = Peer, type = available} = recv_presence(Config),
#presence{from = Peer, type = available,
sub_els = [#vcard_xupdate{hash = ImgHash}]} = recv_presence(Config),
#presence{from = Peer, type = available,
sub_els = [#vcard_xupdate{hash = undefined}]} = recv_presence(Config),
disconnect(Config).
stats(Config) ->
#iq{type = result, sub_els = [#stats{list = Stats}]} =
send_recv(Config, #iq{type = get, sub_els = [#stats{}],
to = server_jid(Config)}),
lists:foreach(
fun(#stat{} = Stat) ->
#iq{type = result, sub_els = [_|_]} =
send_recv(Config, #iq{type = get,
sub_els = [#stats{list = [Stat]}],
to = server_jid(Config)})
end, Stats),
disconnect(Config).
test_pubsub_features(Config) ->
PJID = pubsub_jid(Config),
AllFeatures = sets:from_list(get_features(Config, PJID)),
NeededFeatures = sets:from_list(
[?NS_PUBSUB,
?PUBSUB("access-open"),
?PUBSUB("access-authorize"),
?PUBSUB("create-nodes"),
?PUBSUB("instant-nodes"),
?PUBSUB("config-node"),
?PUBSUB("retrieve-default"),
?PUBSUB("create-and-configure"),
?PUBSUB("publish"),
?PUBSUB("auto-create"),
?PUBSUB("retrieve-items"),
?PUBSUB("delete-items"),
?PUBSUB("subscribe"),
?PUBSUB("retrieve-affiliations"),
?PUBSUB("modify-affiliations"),
?PUBSUB("retrieve-subscriptions"),
?PUBSUB("manage-subscriptions"),
?PUBSUB("purge-nodes"),
?PUBSUB("delete-nodes")]),
true = sets:is_subset(NeededFeatures, AllFeatures),
disconnect(Config).
test_pubsub_create(Config) ->
Node = ?config(pubsub_node, Config),
Node = create_node(Config, Node),
disconnect(Config).
test_pubsub_create_instant(Config) ->
Node = create_node(Config, <<>>),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_configure(Config) ->
Node = ?config(pubsub_node, Config),
NodeTitle = ?config(pubsub_node_title, Config),
NodeConfig = get_node_config(Config, Node),
MyNodeConfig = set_opts(NodeConfig,
[{title, NodeTitle}]),
set_node_config(Config, Node, MyNodeConfig),
NewNodeConfig = get_node_config(Config, Node),
NodeTitle = proplists:get_value(title, NewNodeConfig),
disconnect(Config).
test_pubsub_default(Config) ->
get_default_node_config(Config),
disconnect(Config).
test_pubsub_create_configure(Config) ->
NodeTitle = ?config(pubsub_node_title, Config),
DefaultNodeConfig = get_default_node_config(Config),
CustomNodeConfig = set_opts(DefaultNodeConfig,
[{title, NodeTitle}]),
Node = create_node(Config, <<>>, CustomNodeConfig),
NodeConfig = get_node_config(Config, Node),
NodeTitle = proplists:get_value(title, NodeConfig),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_publish(Config) ->
Node = create_node(Config, <<>>),
publish_item(Config, Node),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_auto_create(Config) ->
Node = randoms:get_string(),
publish_item(Config, Node),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_get_items(Config) ->
Node = create_node(Config, <<>>),
ItemsIn = [publish_item(Config, Node) || _ <- lists:seq(1, 5)],
ItemsOut = get_items(Config, Node),
true = [I || #ps_item{id = I} <- lists:sort(ItemsIn)]
== [I || #ps_item{id = I} <- lists:sort(ItemsOut)],
delete_node(Config, Node),
disconnect(Config).
test_pubsub_delete_item(Config) ->
Node = create_node(Config, <<>>),
#ps_item{id = I} = publish_item(Config, Node),
[#ps_item{id = I}] = get_items(Config, Node),
delete_item(Config, Node, I),
[] = get_items(Config, Node),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_subscribe(Config) ->
Node = create_node(Config, <<>>),
#ps_subscription{type = subscribed} = subscribe_node(Config, Node),
[#ps_subscription{node = Node}] = get_subscriptions(Config),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_unsubscribe(Config) ->
Node = create_node(Config, <<>>),
subscribe_node(Config, Node),
[#ps_subscription{node = Node}] = get_subscriptions(Config),
unsubscribe_node(Config, Node),
[] = get_subscriptions(Config),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_get_affiliations(Config) ->
Nodes = lists:sort([create_node(Config, <<>>) || _ <- lists:seq(1, 5)]),
Affs = get_affiliations(Config),
Nodes = lists:sort([Node || #ps_affiliation{node = Node,
type = owner} <- Affs]),
[delete_node(Config, Node) || Node <- Nodes],
disconnect(Config).
test_pubsub_get_subscriptions(Config) ->
Nodes = lists:sort([create_node(Config, <<>>) || _ <- lists:seq(1, 5)]),
[subscribe_node(Config, Node) || Node <- Nodes],
Subs = get_subscriptions(Config),
Nodes = lists:sort([Node || #ps_subscription{node = Node} <- Subs]),
[delete_node(Config, Node) || Node <- Nodes],
disconnect(Config).
test_pubsub_purge(Config) ->
Node = create_node(Config, <<>>),
ItemsIn = [publish_item(Config, Node) || _ <- lists:seq(1, 5)],
ItemsOut = get_items(Config, Node),
true = [I || #ps_item{id = I} <- lists:sort(ItemsIn)]
== [I || #ps_item{id = I} <- lists:sort(ItemsOut)],
purge_node(Config, Node),
[] = get_items(Config, Node),
delete_node(Config, Node),
disconnect(Config).
test_pubsub_delete(Config) ->
Node = ?config(pubsub_node, Config),
delete_node(Config, Node),
disconnect(Config).
pubsub_publish_master(Config) ->
Node = create_node(Config, <<>>),
put_event(Config, Node),
wait_for_slave(Config),
#ps_item{id = ID} = publish_item(Config, Node),
#ps_item{id = ID} = get_event(Config),
delete_node(Config, Node),
disconnect(Config).
pubsub_publish_slave(Config) ->
Node = get_event(Config),
subscribe_node(Config, Node),
wait_for_master(Config),
#message{
sub_els =
[#ps_event{
items = #ps_items{node = Node,
items = [Item]}}]} = recv_message(Config),
put_event(Config, Item),
disconnect(Config).
pubsub_subscriptions_master(Config) ->
Peer = ?config(slave, Config),
Node = ?config(pubsub_node, Config),
Node = create_node(Config, Node),
[] = get_subscriptions(Config, Node),
wait_for_slave(Config),
lists:foreach(
fun(Type) ->
ok = set_subscriptions(Config, Node, [{Peer, Type}]),
#ps_item{} = publish_item(Config, Node),
case get_subscriptions(Config, Node) of
[] when Type == none; Type == pending ->
ok;
[#ps_subscription{jid = Peer, type = Type}] ->
ok
end
end, [subscribed, unconfigured, pending, none]),
delete_node(Config, Node),
disconnect(Config).
pubsub_subscriptions_slave(Config) ->
wait_for_master(Config),
MyJID = my_jid(Config),
Node = ?config(pubsub_node, Config),
lists:foreach(
fun(subscribed = Type) ->
?recv2(#message{
sub_els =
[#ps_event{
subscription = #ps_subscription{
node = Node,
jid = MyJID,
type = Type}}]},
#message{sub_els = [#ps_event{}]});
(Type) ->
#message{
sub_els =
[#ps_event{
subscription = #ps_subscription{
node = Node,
jid = MyJID,
type = Type}}]} =
recv_message(Config)
end, [subscribed, unconfigured, pending, none]),
disconnect(Config).
pubsub_affiliations_master(Config) ->
Peer = ?config(slave, Config),
BarePeer = jid:remove_resource(Peer),
lists:foreach(
fun(Aff) ->
Node = <<(atom_to_binary(Aff, utf8))/binary,
$-, (randoms:get_string())/binary>>,
create_node(Config, Node, default_node_config(Config)),
#ps_item{id = I} = publish_item(Config, Node),
ok = set_affiliations(Config, Node, [{Peer, Aff}]),
Affs = get_affiliations(Config, Node),
case lists:keyfind(BarePeer, #ps_affiliation.jid, Affs) of
false when Aff == none ->
ok;
#ps_affiliation{type = Aff} ->
ok
end,
put_event(Config, {Aff, Node, I}),
wait_for_slave(Config),
delete_node(Config, Node)
end, [outcast, none, member, publish_only, publisher, owner]),
put_event(Config, disconnect),
disconnect(Config).
pubsub_affiliations_slave(Config) ->
pubsub_affiliations_slave(Config, get_event(Config)).
pubsub_affiliations_slave(Config, {outcast, Node, ItemID}) ->
#stanza_error{reason = 'forbidden'} = subscribe_node(Config, Node),
#stanza_error{} = unsubscribe_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_items(Config, Node),
#stanza_error{reason = 'forbidden'} = publish_item(Config, Node),
#stanza_error{reason = 'forbidden'} = delete_item(Config, Node, ItemID),
#stanza_error{reason = 'forbidden'} = purge_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_node_config(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_node_config(Config, Node, default_node_config(Config)),
#stanza_error{reason = 'forbidden'} = get_subscriptions(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_subscriptions(Config, Node, [{my_jid(Config), subscribed}]),
#stanza_error{reason = 'forbidden'} = get_affiliations(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_affiliations(Config, Node, [{?config(master, Config), outcast},
{my_jid(Config), owner}]),
#stanza_error{reason = 'forbidden'} = delete_node(Config, Node),
wait_for_master(Config),
pubsub_affiliations_slave(Config, get_event(Config));
pubsub_affiliations_slave(Config, {none, Node, ItemID}) ->
#ps_subscription{type = subscribed} = subscribe_node(Config, Node),
ok = unsubscribe_node(Config, Node),
%% This violates the affiliation char from section 4.1
[_|_] = get_items(Config, Node),
#stanza_error{reason = 'forbidden'} = publish_item(Config, Node),
#stanza_error{reason = 'forbidden'} = delete_item(Config, Node, ItemID),
#stanza_error{reason = 'forbidden'} = purge_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_node_config(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_node_config(Config, Node, default_node_config(Config)),
#stanza_error{reason = 'forbidden'} = get_subscriptions(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_subscriptions(Config, Node, [{my_jid(Config), subscribed}]),
#stanza_error{reason = 'forbidden'} = get_affiliations(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_affiliations(Config, Node, [{?config(master, Config), outcast},
{my_jid(Config), owner}]),
#stanza_error{reason = 'forbidden'} = delete_node(Config, Node),
wait_for_master(Config),
pubsub_affiliations_slave(Config, get_event(Config));
pubsub_affiliations_slave(Config, {member, Node, ItemID}) ->
#ps_subscription{type = subscribed} = subscribe_node(Config, Node),
ok = unsubscribe_node(Config, Node),
[_|_] = get_items(Config, Node),
#stanza_error{reason = 'forbidden'} = publish_item(Config, Node),
#stanza_error{reason = 'forbidden'} = delete_item(Config, Node, ItemID),
#stanza_error{reason = 'forbidden'} = purge_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_node_config(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_node_config(Config, Node, default_node_config(Config)),
#stanza_error{reason = 'forbidden'} = get_subscriptions(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_subscriptions(Config, Node, [{my_jid(Config), subscribed}]),
#stanza_error{reason = 'forbidden'} = get_affiliations(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_affiliations(Config, Node, [{?config(master, Config), outcast},
{my_jid(Config), owner}]),
#stanza_error{reason = 'forbidden'} = delete_node(Config, Node),
wait_for_master(Config),
pubsub_affiliations_slave(Config, get_event(Config));
pubsub_affiliations_slave(Config, {publish_only, Node, ItemID}) ->
#stanza_error{reason = 'forbidden'} = subscribe_node(Config, Node),
#stanza_error{} = unsubscribe_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_items(Config, Node),
#ps_item{id = MyItemID} = publish_item(Config, Node),
%% BUG: This should be fixed
%% ?match(ok, delete_item(Config, Node, MyItemID)),
#stanza_error{reason = 'forbidden'} = delete_item(Config, Node, ItemID),
#stanza_error{reason = 'forbidden'} = purge_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_node_config(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_node_config(Config, Node, default_node_config(Config)),
#stanza_error{reason = 'forbidden'} = get_subscriptions(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_subscriptions(Config, Node, [{my_jid(Config), subscribed}]),
#stanza_error{reason = 'forbidden'} = get_affiliations(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_affiliations(Config, Node, [{?config(master, Config), outcast},
{my_jid(Config), owner}]),
#stanza_error{reason = 'forbidden'} = delete_node(Config, Node),
wait_for_master(Config),
pubsub_affiliations_slave(Config, get_event(Config));
pubsub_affiliations_slave(Config, {publisher, Node, ItemID}) ->
#ps_subscription{type = subscribed} = subscribe_node(Config, Node),
ok = unsubscribe_node(Config, Node),
[_|_] = get_items(Config, Node),
#ps_item{id = MyItemID} = publish_item(Config, Node),
ok = delete_item(Config, Node, MyItemID),
%% BUG: this should be fixed
%% #stanza_error{reason = 'forbidden'} = delete_item(Config, Node, ItemID),
#stanza_error{reason = 'forbidden'} = purge_node(Config, Node),
#stanza_error{reason = 'forbidden'} = get_node_config(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_node_config(Config, Node, default_node_config(Config)),
#stanza_error{reason = 'forbidden'} = get_subscriptions(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_subscriptions(Config, Node, [{my_jid(Config), subscribed}]),
#stanza_error{reason = 'forbidden'} = get_affiliations(Config, Node),
#stanza_error{reason = 'forbidden'} =
set_affiliations(Config, Node, [{?config(master, Config), outcast},
{my_jid(Config), owner}]),
#stanza_error{reason = 'forbidden'} = delete_node(Config, Node),
wait_for_master(Config),
pubsub_affiliations_slave(Config, get_event(Config));
pubsub_affiliations_slave(Config, {owner, Node, ItemID}) ->
MyJID = my_jid(Config),
Peer = ?config(master, Config),
#ps_subscription{type = subscribed} = subscribe_node(Config, Node),
ok = unsubscribe_node(Config, Node),
[_|_] = get_items(Config, Node),
#ps_item{id = MyItemID} = publish_item(Config, Node),
ok = delete_item(Config, Node, MyItemID),
ok = delete_item(Config, Node, ItemID),
ok = purge_node(Config, Node),
[_|_] = get_node_config(Config, Node),
ok = set_node_config(Config, Node, default_node_config(Config)),
ok = set_subscriptions(Config, Node, []),
[] = get_subscriptions(Config, Node),
ok = set_affiliations(Config, Node, [{Peer, outcast}, {MyJID, owner}]),
[_, _] = get_affiliations(Config, Node),
ok = delete_node(Config, Node),
wait_for_master(Config),
pubsub_affiliations_slave(Config, get_event(Config));
pubsub_affiliations_slave(Config, disconnect) ->
disconnect(Config).
pubsub_authorize_master(Config) ->
send(Config, #presence{}),
#presence{} = recv_presence(Config),
Peer = ?config(slave, Config),
PJID = pubsub_jid(Config),
NodeConfig = set_opts(default_node_config(Config),
[{access_model, authorize}]),
Node = ?config(pubsub_node, Config),
Node = create_node(Config, Node, NodeConfig),
wait_for_slave(Config),
#message{sub_els = [#xdata{fields = F1}]} = recv_message(Config),
C1 = pubsub_subscribe_authorization:decode(F1),
Node = proplists:get_value(node, C1),
Peer = proplists:get_value(subscriber_jid, C1),
%% Deny it at first
Deny = #xdata{type = submit,
fields = pubsub_subscribe_authorization:encode(
[{node, Node},
{subscriber_jid, Peer},
{allow, false}])},
send(Config, #message{to = PJID, sub_els = [Deny]}),
%% We should not have any subscriptions
[] = get_subscriptions(Config, Node),
wait_for_slave(Config),
#message{sub_els = [#xdata{fields = F2}]} = recv_message(Config),
C2 = pubsub_subscribe_authorization:decode(F2),
Node = proplists:get_value(node, C2),
Peer = proplists:get_value(subscriber_jid, C2),
%% Now we accept is as the peer is very insisting ;)
Approve = #xdata{type = submit,
fields = pubsub_subscribe_authorization:encode(
[{node, Node},
{subscriber_jid, Peer},
{allow, true}])},
send(Config, #message{to = PJID, sub_els = [Approve]}),
wait_for_slave(Config),
delete_node(Config, Node),
disconnect(Config).
pubsub_authorize_slave(Config) ->
Node = ?config(pubsub_node, Config),
MyJID = my_jid(Config),
wait_for_master(Config),
#ps_subscription{type = pending} = subscribe_node(Config, Node),
%% We're denied at first
#message{
sub_els =
[#ps_event{
subscription = #ps_subscription{type = none,
jid = MyJID}}]} =
recv_message(Config),
wait_for_master(Config),
#ps_subscription{type = pending} = subscribe_node(Config, Node),
%% Now much better!
#message{
sub_els =
[#ps_event{
subscription = #ps_subscription{type = subscribed,
jid = MyJID}}]} =
recv_message(Config),
wait_for_master(Config),
disconnect(Config).
create_node(Config, Node) ->
create_node(Config, Node, undefined).
create_node(Config, Node, Options) ->
PJID = pubsub_jid(Config),
NodeConfig = if is_list(Options) ->
#xdata{type = submit,
fields = pubsub_node_config:encode(Options)};
true ->
undefined
end,
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub{create = Node,
configure = {<<>>, NodeConfig}}]}) of
#iq{type = result, sub_els = [#pubsub{create = NewNode}]} ->
NewNode;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
delete_node(Config, Node) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub_owner{delete = {Node, <<>>}}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
purge_node(Config, Node) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub_owner{purge = Node}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_default_node_config(Config) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub_owner{default = {<<>>, undefined}}]}) of
#iq{type = result,
sub_els = [#pubsub_owner{default = {<<>>, NodeConfig}}]} ->
pubsub_node_config:decode(NodeConfig#xdata.fields);
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_node_config(Config, Node) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub_owner{configure = {Node, undefined}}]}) of
#iq{type = result,
sub_els = [#pubsub_owner{configure = {Node, NodeConfig}}]} ->
pubsub_node_config:decode(NodeConfig#xdata.fields);
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
set_node_config(Config, Node, Options) ->
PJID = pubsub_jid(Config),
NodeConfig = #xdata{type = submit,
fields = pubsub_node_config:encode(Options)},
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub_owner{configure =
{Node, NodeConfig}}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
publish_item(Config, Node) ->
PJID = pubsub_jid(Config),
ItemID = randoms:get_string(),
Item = #ps_item{id = ItemID, xml_els = [xmpp:encode(#presence{id = ItemID})]},
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub{publish = #ps_publish{
node = Node,
items = [Item]}}]}) of
#iq{type = result,
sub_els = [#pubsub{publish = #ps_publish{
node = Node,
items = [#ps_item{id = ItemID}]}}]} ->
Item;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_items(Config, Node) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub{items = #ps_items{node = Node}}]}) of
#iq{type = result,
sub_els = [#pubsub{items = #ps_items{node = Node, items = Items}}]} ->
Items;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
delete_item(Config, Node, I) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub{retract =
#ps_retract{
node = Node,
items = [#ps_item{id = I}]}}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
subscribe_node(Config, Node) ->
PJID = pubsub_jid(Config),
MyJID = my_jid(Config),
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub{subscribe = #ps_subscribe{
node = Node,
jid = MyJID}}]}) of
#iq{type = result,
sub_els = [#pubsub{
subscription = #ps_subscription{
node = Node,
jid = MyJID} = Sub}]} ->
Sub;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
unsubscribe_node(Config, Node) ->
PJID = pubsub_jid(Config),
MyJID = my_jid(Config),
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub{
unsubscribe = #ps_unsubscribe{
node = Node,
jid = MyJID}}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_affiliations(Config) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub{affiliations = {<<>>, []}}]}) of
#iq{type = result,
sub_els = [#pubsub{affiliations = {<<>>, Affs}}]} ->
Affs;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_affiliations(Config, Node) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub_owner{affiliations = {Node, []}}]}) of
#iq{type = result,
sub_els = [#pubsub_owner{affiliations = {Node, Affs}}]} ->
Affs;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
set_affiliations(Config, Node, JTs) ->
PJID = pubsub_jid(Config),
Affs = [#ps_affiliation{jid = J, type = T} || {J, T} <- JTs],
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub_owner{affiliations =
{Node, Affs}}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_subscriptions(Config) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub{subscriptions = {<<>>, []}}]}) of
#iq{type = result, sub_els = [#pubsub{subscriptions = {<<>>, Subs}}]} ->
Subs;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
get_subscriptions(Config, Node) ->
PJID = pubsub_jid(Config),
case send_recv(Config,
#iq{type = get, to = PJID,
sub_els = [#pubsub_owner{subscriptions = {Node, []}}]}) of
#iq{type = result,
sub_els = [#pubsub_owner{subscriptions = {Node, Subs}}]} ->
Subs;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
set_subscriptions(Config, Node, JTs) ->
PJID = pubsub_jid(Config),
Subs = [#ps_subscription{jid = J, type = T} || {J, T} <- JTs],
case send_recv(Config,
#iq{type = set, to = PJID,
sub_els = [#pubsub_owner{subscriptions =
{Node, Subs}}]}) of
#iq{type = result, sub_els = []} ->
ok;
#iq{type = error} = IQ ->
xmpp:get_subtag(IQ, #stanza_error{})
end.
default_node_config(Config) ->
[{title, ?config(pubsub_node_title, Config)},
{notify_delete, false},
{send_last_published_item, never}].
mix_master(Config) ->
MIX = mix_jid(Config),
Room = mix_room_jid(Config),
MyJID = my_jid(Config),
MyBareJID = jid:remove_resource(MyJID),
true = is_feature_advertised(Config, ?NS_MIX_0, MIX),
#iq{type = result,
sub_els =
[#disco_info{
identities = [#identity{category = <<"conference">>,
type = <<"text">>}],
xdata = [#xdata{type = result, fields = XFields}]}]} =
send_recv(Config, #iq{type = get, to = MIX, sub_els = [#disco_info{}]}),
true = lists:any(
fun(#xdata_field{var = <<"FORM_TYPE">>,
values = [?NS_MIX_SERVICEINFO_0]}) -> true;
(_) -> false
end, XFields),
%% Joining
Nodes = [?NS_MIX_NODES_MESSAGES, ?NS_MIX_NODES_PRESENCE,
?NS_MIX_NODES_PARTICIPANTS, ?NS_MIX_NODES_SUBJECT,
?NS_MIX_NODES_CONFIG],
#iq{type = result,
sub_els = [#mix_join{subscribe = Nodes, jid = MyBareJID}]} =
send_recv(Config, #iq{type = set, to = Room,
sub_els = [#mix_join{subscribe = Nodes}]}),
#message{from = Room,
sub_els =
[#ps_event{
items = #ps_items{
node = ?NS_MIX_NODES_PARTICIPANTS,
items = [#ps_item{
id = ParticipantID,
xml_els = [PXML]}]}}]} =
recv_message(Config),
#mix_participant{jid = MyBareJID} = xmpp:decode(PXML),
%% Coming online
PresenceID = randoms:get_string(),
Presence = xmpp:encode(#presence{}),
#iq{type = result,
sub_els =
[#pubsub{
publish = #ps_publish{
node = ?NS_MIX_NODES_PRESENCE,
items = [#ps_item{id = PresenceID}]}}]} =
send_recv(
Config,
#iq{type = set, to = Room,
sub_els =
[#pubsub{
publish = #ps_publish{
node = ?NS_MIX_NODES_PRESENCE,
items = [#ps_item{
id = PresenceID,
xml_els = [Presence]}]}}]}),
#message{from = Room,
sub_els =
[#ps_event{
items = #ps_items{
node = ?NS_MIX_NODES_PRESENCE,
items = [#ps_item{
id = PresenceID,
xml_els = [Presence]}]}}]} =
recv_message(Config),
%% Coming offline
send(Config, #presence{type = unavailable, to = Room}),
%% Receiving presence retract event
#message{from = Room,
sub_els = [#ps_event{
items = #ps_items{
node = ?NS_MIX_NODES_PRESENCE,
retract = PresenceID}}]} =
recv_message(Config),
%% Leaving
#iq{type = result, sub_els = []} =
send_recv(Config, #iq{type = set, to = Room, sub_els = [#mix_leave{}]}),
#message{from = Room,
sub_els =
[#ps_event{
items = #ps_items{
node = ?NS_MIX_NODES_PARTICIPANTS,
retract = ParticipantID}}]} =
recv_message(Config),
put_event(Config, disconnect),
disconnect(Config).
mix_slave(Config) ->
disconnect = get_event(Config),
disconnect(Config).
proxy65_master(Config) ->
Proxy = proxy_jid(Config),
MyJID = my_jid(Config),
Peer = ?config(slave, Config),
wait_for_slave(Config),
send(Config, #presence{}),
#presence{from = MyJID, type = available} = recv_presence(Config),
true = is_feature_advertised(Config, ?NS_BYTESTREAMS, Proxy),
#iq{type = result, sub_els = [#bytestreams{hosts = [StreamHost]}]} =
send_recv(
Config,
#iq{type = get, sub_els = [#bytestreams{}], to = Proxy}),
SID = randoms:get_string(),
Data = crypto:rand_bytes(1024),
put_event(Config, {StreamHost, SID, Data}),
Socks5 = socks5_connect(StreamHost, {SID, MyJID, Peer}),
wait_for_slave(Config),
#iq{type = result, sub_els = []} =
send_recv(Config,
#iq{type = set, to = Proxy,
sub_els = [#bytestreams{activate = Peer, sid = SID}]}),
socks5_send(Socks5, Data),
%%?recv1(#presence{type = unavailable, from = Peer}),
disconnect(Config).
proxy65_slave(Config) ->
MyJID = my_jid(Config),
Peer = ?config(master, Config),
send(Config, #presence{}),
#presence{from = MyJID, type = available} = recv_presence(Config),
wait_for_master(Config),
{StreamHost, SID, Data} = get_event(Config),
Socks5 = socks5_connect(StreamHost, {SID, Peer, MyJID}),
wait_for_master(Config),
socks5_recv(Socks5, Data),
disconnect(Config).
send_messages_to_room(Config, Range) ->
MyNick = ?config(master_nick, Config),
Room = muc_room_jid(Config),
MyNickJID = jid:replace_resource(Room, MyNick),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{from = MyNickJID, id = I,
type = groupchat,
body = [Text]} =
send_recv(Config, #message{to = Room, body = [Text],
type = groupchat})
end, Range).
retrieve_messages_from_room_via_mam(Config, Range) ->
MyNick = ?config(master_nick, Config),
Room = muc_room_jid(Config),
MyNickJID = jid:replace_resource(Room, MyNick),
MyJID = my_jid(Config),
QID = randoms:get_string(),
Count = length(Range),
I = send(Config, #iq{type = set, to = Room,
sub_els = [#mam_query{xmlns = ?NS_MAM_1, id = QID}]}),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{
to = MyJID, from = Room,
sub_els =
[#mam_result{
xmlns = ?NS_MAM_1,
queryid = QID,
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els = [#message{
from = MyNickJID,
type = groupchat,
body = [Text]}]}]}]} =
recv_message(Config)
end, Range),
#iq{from = Room, id = I, type = result,
sub_els = [#mam_fin{xmlns = ?NS_MAM_1,
id = QID,
rsm = #rsm_set{count = Count},
complete = true}]} = recv_iq(Config).
muc_mam_master(Config) ->
MyNick = ?config(master_nick, Config),
Room = muc_room_jid(Config),
MyNickJID = jid:replace_resource(Room, MyNick),
%% Joining
ok = muc_tests:muc_join_new(Config),
%% MAM feature should not be advertised at this point,
%% because MAM is not enabled so far
false = is_feature_advertised(Config, ?NS_MAM_1, Room),
%% Fill in some history
send_messages_to_room(Config, lists:seq(1, 21)),
%% We now should be able to retrieve those via MAM, even though
%% MAM is disabled. However, only last 20 messages should be received.
retrieve_messages_from_room_via_mam(Config, lists:seq(2, 21)),
%% Now enable MAM for the conference
%% Retrieve config first
#iq{type = result, sub_els = [#muc_owner{config = #xdata{} = RoomCfg}]} =
send_recv(Config, #iq{type = get, sub_els = [#muc_owner{}],
to = Room}),
%% Find the MAM field in the config and enable it
NewFields = lists:flatmap(
fun(#xdata_field{var = <<"mam">> = Var}) ->
[#xdata_field{var = Var, values = [<<"1">>]}];
(_) ->
[]
end, RoomCfg#xdata.fields),
NewRoomCfg = #xdata{type = submit, fields = NewFields},
#iq{type = result, sub_els = []} =
send_recv(Config, #iq{type = set, to = Room,
sub_els = [#muc_owner{config = NewRoomCfg}]}),
#message{from = Room, type = groupchat,
sub_els = [#muc_user{status_codes = [104]}]} = recv_message(Config),
%% Check if MAM has been enabled
true = is_feature_advertised(Config, ?NS_MAM_1, Room),
%% We now sending some messages again
send_messages_to_room(Config, lists:seq(1, 5)),
%% And retrieve them via MAM again.
retrieve_messages_from_room_via_mam(Config, lists:seq(1, 5)),
put_event(Config, disconnect),
disconnect(Config).
muc_mam_slave(Config) ->
disconnect = get_event(Config),
disconnect(Config).
%% OK, I know this is retarded, but I didn't find a better way to
%% split the test cases into different modules
muc_service_presence_error(Config) ->
muc_tests:muc_service_presence_error(Config).
muc_service_message_error(Config) ->
muc_tests:muc_service_message_error(Config).
muc_service_unknown_ns_iq_error(Config) ->
muc_tests:muc_service_unknown_ns_iq_error(Config).
muc_service_iq_set_error(Config) ->
muc_tests:muc_service_iq_set_error(Config).
muc_service_improper_iq_error(Config) ->
muc_tests:muc_service_improper_iq_error(Config).
muc_service_features(Config) ->
muc_tests:muc_service_features(Config).
muc_service_disco_info_node_error(Config) ->
muc_tests:muc_service_disco_info_node_error(Config).
muc_service_disco_items(Config) ->
muc_tests:muc_service_disco_items(Config).
muc_service_vcard(Config) ->
muc_tests:muc_service_vcard(Config).
muc_service_unique(Config) ->
muc_tests:muc_service_unique(Config).
muc_service_subscriptions(Config) ->
muc_tests:muc_service_subscriptions(Config).
muc_configure_non_existent(Config) ->
muc_tests:muc_configure_non_existent(Config).
muc_cancel_configure_non_existent(Config) ->
muc_tests:muc_cancel_configure_non_existent(Config).
muc_register_master(Config) ->
muc_tests:muc_register_master(Config).
muc_register_slave(Config) ->
muc_tests:muc_register_slave(Config).
muc_join_conflict_master(Config) ->
muc_tests:muc_join_conflict_master(Config).
muc_join_conflict_slave(Config) ->
muc_tests:muc_join_conflict_slave(Config).
muc_groupchat_msg_master(Config) ->
muc_tests:muc_groupchat_msg_master(Config).
muc_groupchat_msg_slave(Config) ->
muc_tests:muc_groupchat_msg_slave(Config).
muc_private_msg_master(Config) ->
muc_tests:muc_private_msg_master(Config).
muc_private_msg_slave(Config) ->
muc_tests:muc_private_msg_slave(Config).
muc_set_subject_master(Config) ->
muc_tests:muc_set_subject_master(Config).
muc_set_subject_slave(Config) ->
muc_tests:muc_set_subject_slave(Config).
muc_history_master(Config) ->
muc_tests:muc_history_master(Config).
muc_history_slave(Config) ->
muc_tests:muc_history_slave(Config).
muc_invite_master(Config) ->
muc_tests:muc_invite_master(Config).
muc_invite_slave(Config) ->
muc_tests:muc_invite_slave(Config).
muc_invite_members_only_master(Config) ->
muc_tests:muc_invite_members_only_master(Config).
muc_invite_members_only_slave(Config) ->
muc_tests:muc_invite_members_only_slave(Config).
muc_invite_password_protected_master(Config) ->
muc_tests:muc_invite_password_protected_master(Config).
muc_invite_password_protected_slave(Config) ->
muc_tests:muc_invite_password_protected_slave(Config).
muc_voice_request_master(Config) ->
muc_tests:muc_voice_request_master(Config).
muc_voice_request_slave(Config) ->
muc_tests:muc_voice_request_slave(Config).
muc_change_role_master(Config) ->
muc_tests:muc_change_role_master(Config).
muc_change_role_slave(Config) ->
muc_tests:muc_change_role_slave(Config).
muc_kick_master(Config) ->
muc_tests:muc_kick_master(Config).
muc_kick_slave(Config) ->
muc_tests:muc_kick_slave(Config).
muc_change_affiliation_master(Config) ->
muc_tests:muc_change_affiliation_master(Config).
muc_change_affiliation_slave(Config) ->
muc_tests:muc_change_affiliation_slave(Config).
muc_destroy_master(Config) ->
muc_tests:muc_destroy_master(Config).
muc_destroy_slave(Config) ->
muc_tests:muc_destroy_slave(Config).
muc_vcard_master(Config) ->
muc_tests:muc_vcard_master(Config).
muc_vcard_slave(Config) ->
muc_tests:muc_vcard_slave(Config).
muc_nick_change_master(Config) ->
muc_tests:muc_nick_change_master(Config).
muc_nick_change_slave(Config) ->
muc_tests:muc_nick_change_slave(Config).
muc_config_title_desc_master(Config) ->
muc_tests:muc_config_title_desc_master(Config).
muc_config_title_desc_slave(Config) ->
muc_tests:muc_config_title_desc_slave(Config).
muc_config_public_list_master(Config) ->
muc_tests:muc_config_public_list_master(Config).
muc_config_public_list_slave(Config) ->
muc_tests:muc_config_public_list_slave(Config).
muc_config_password_master(Config) ->
muc_tests:muc_config_password_master(Config).
muc_config_password_slave(Config) ->
muc_tests:muc_config_password_slave(Config).
muc_config_whois_master(Config) ->
muc_tests:muc_config_whois_master(Config).
muc_config_whois_slave(Config) ->
muc_tests:muc_config_whois_slave(Config).
muc_config_members_only_master(Config) ->
muc_tests:muc_config_members_only_master(Config).
muc_config_members_only_slave(Config) ->
muc_tests:muc_config_members_only_slave(Config).
muc_config_moderated_master(Config) ->
muc_tests:muc_config_moderated_master(Config).
muc_config_moderated_slave(Config) ->
muc_tests:muc_config_moderated_slave(Config).
muc_config_private_messages_master(Config) ->
muc_tests:muc_config_private_messages_master(Config).
muc_config_private_messages_slave(Config) ->
muc_tests:muc_config_private_messages_slave(Config).
muc_config_query_master(Config) ->
muc_tests:muc_config_query_master(Config).
muc_config_query_slave(Config) ->
muc_tests:muc_config_query_slave(Config).
muc_config_allow_invites_master(Config) ->
muc_tests:muc_config_allow_invites_master(Config).
muc_config_allow_invites_slave(Config) ->
muc_tests:muc_config_allow_invites_slave(Config).
muc_config_visitor_status_master(Config) ->
muc_tests:muc_config_visitor_status_master(Config).
muc_config_visitor_status_slave(Config) ->
muc_tests:muc_config_visitor_status_slave(Config).
muc_config_allow_voice_requests_master(Config) ->
muc_tests:muc_config_allow_voice_requests_master(Config).
muc_config_allow_voice_requests_slave(Config) ->
muc_tests:muc_config_allow_voice_requests_slave(Config).
muc_config_voice_request_interval_master(Config) ->
muc_tests:muc_config_voice_request_interval_master(Config).
muc_config_voice_request_interval_slave(Config) ->
muc_tests:muc_config_voice_request_interval_slave(Config).
muc_config_visitor_nickchange_master(Config) ->
muc_tests:muc_config_visitor_nickchange_master(Config).
muc_config_visitor_nickchange_slave(Config) ->
muc_tests:muc_config_visitor_nickchange_slave(Config).
offline_feature_enabled(Config) ->
offline_tests:feature_enabled(Config).
offline_check_identity(Config) ->
offline_tests:check_identity(Config).
offline_send_non_existent(Config) ->
offline_tests:send_non_existent(Config).
offline_view_non_existent(Config) ->
offline_tests:view_non_existent(Config).
offline_remove_non_existent(Config) ->
offline_tests:remove_non_existent(Config).
offline_view_non_integer(Config) ->
offline_tests:view_non_integer(Config).
offline_remove_non_integer(Config) ->
offline_tests:remove_non_integer(Config).
offline_malformed_iq(Config) ->
offline_tests:malformed_iq(Config).
offline_wrong_user(Config) ->
offline_tests:wrong_user(Config).
offline_unsupported_iq(Config) ->
offline_tests:unsupported_iq(Config).
offline_flex_master(Config) ->
offline_tests:flex_master(Config).
offline_flex_slave(Config) ->
offline_tests:flex_slave(Config).
offline_send_all_master(Config) ->
offline_tests:send_all_master(Config).
offline_send_all_slave(Config) ->
offline_tests:send_all_slave(Config).
announce_master(Config) ->
MyJID = my_jid(Config),
ServerJID = server_jid(Config),
MotdJID = jid:replace_resource(ServerJID, <<"announce/motd">>),
MotdText = #text{data = <<"motd">>},
#presence{from = MyJID} = send_recv(Config, #presence{}),
%% Set message of the day
send(Config, #message{to = MotdJID, body = [MotdText]}),
%% Receive this message back
#message{from = ServerJID, body = [MotdText]} = recv_message(Config),
disconnect(Config).
announce_slave(Config) ->
MyJID = my_jid(Config),
ServerJID = server_jid(Config),
MotdDelJID = jid:replace_resource(ServerJID, <<"announce/motd/delete">>),
MotdText = #text{data = <<"motd">>},
#presence{from = MyJID} = send_recv(Config, #presence{}),
#message{from = ServerJID, body = [MotdText]} = recv_message(Config),
%% Delete message of the day
send(Config, #message{to = MotdDelJID}),
disconnect(Config).
carbons_master(Config) ->
MyJID = my_jid(Config),
MyBareJID = jid:remove_resource(MyJID),
Peer = ?config(slave, Config),
Txt = #text{data = <<"body">>},
true = is_feature_advertised(Config, ?NS_CARBONS_2),
#presence{from = MyJID} = send_recv(Config, #presence{priority = 10}),
wait_for_slave(Config),
#presence{from = Peer} = recv_presence(Config),
%% Enable carbons
#iq{type = result, sub_els = []} =
send_recv(Config,
#iq{type = set,
sub_els = [#carbons_enable{}]}),
%% Send a message to bare and full JID
send(Config, #message{to = MyBareJID, type = chat, body = [Txt]}),
send(Config, #message{to = MyJID, type = chat, body = [Txt]}),
send(Config, #message{to = MyBareJID, type = chat, body = [Txt],
sub_els = [#carbons_private{}]}),
send(Config, #message{to = MyJID, type = chat, body = [Txt],
sub_els = [#carbons_private{}]}),
%% Receive the messages back
?recv4(#message{from = MyJID, to = MyBareJID, type = chat,
body = [Txt], sub_els = []},
#message{from = MyJID, to = MyJID, type = chat,
body = [Txt], sub_els = []},
#message{from = MyJID, to = MyBareJID, type = chat,
body = [Txt], sub_els = [#carbons_private{}]},
#message{from = MyJID, to = MyJID, type = chat,
body = [Txt], sub_els = [#carbons_private{}]}),
%% Disable carbons
#iq{type = result, sub_els = []} =
send_recv(Config,
#iq{type = set,
sub_els = [#carbons_disable{}]}),
wait_for_slave(Config),
%% Repeat the same and leave
send(Config, #message{to = MyBareJID, type = chat, body = [Txt]}),
send(Config, #message{to = MyJID, type = chat, body = [Txt]}),
send(Config, #message{to = MyBareJID, type = chat, body = [Txt],
sub_els = [#carbons_private{}]}),
send(Config, #message{to = MyJID, type = chat, body = [Txt],
sub_els = [#carbons_private{}]}),
?recv4(#message{from = MyJID, to = MyBareJID, type = chat,
body = [Txt], sub_els = []},
#message{from = MyJID, to = MyJID, type = chat,
body = [Txt], sub_els = []},
#message{from = MyJID, to = MyBareJID, type = chat,
body = [Txt], sub_els = [#carbons_private{}]},
#message{from = MyJID, to = MyJID, type = chat,
body = [Txt], sub_els = [#carbons_private{}]}),
disconnect(Config).
carbons_slave(Config) ->
MyJID = my_jid(Config),
MyBareJID = jid:remove_resource(MyJID),
Peer = ?config(master, Config),
Txt = #text{data = <<"body">>},
wait_for_master(Config),
#presence{from = MyJID} = send_recv(Config, #presence{priority = 5}),
#presence{from = Peer} = recv_presence(Config),
%% Enable carbons
#iq{type = result, sub_els = []} =
send_recv(Config,
#iq{type = set,
sub_els = [#carbons_enable{}]}),
%% Receive messages sent by the peer
?recv4(
#message{from = MyBareJID, to = MyJID, type = chat,
sub_els =
[#carbons_sent{
forwarded = #forwarded_decoded{
sub_els =
[#message{from = Peer,
to = MyBareJID,
type = chat,
body = [Txt]}]}}]},
#message{from = MyBareJID, to = MyJID, type = chat,
sub_els =
[#carbons_sent{
forwarded = #forwarded_decoded{
sub_els =
[#message{from = Peer,
to = Peer,
type = chat,
body = [Txt]}]}}]},
#message{from = MyBareJID, to = MyJID, type = chat,
sub_els =
[#carbons_received{
forwarded = #forwarded_decoded{
sub_els =
[#message{from = Peer,
to = MyBareJID,
type = chat,
body = [Txt]}]}}]},
#message{from = MyBareJID, to = MyJID, type = chat,
sub_els =
[#carbons_received{
forwarded = #forwarded_decoded{
sub_els =
[#message{from = Peer,
to = Peer,
type = chat,
body = [Txt]}]}}]}),
%% Disable carbons
#iq{type = result, sub_els = []} =
send_recv(Config,
#iq{type = set,
sub_els = [#carbons_disable{}]}),
wait_for_master(Config),
%% Now we should receive nothing but presence unavailable from the peer
#presence{from = Peer, type = unavailable} = recv_presence(Config),
disconnect(Config).
mam_old_master(Config) ->
mam_master(Config, ?NS_MAM_TMP).
mam_new_master(Config) ->
mam_master(Config, ?NS_MAM_0).
mam_master(Config, NS) ->
true = is_feature_advertised(Config, NS),
MyJID = my_jid(Config),
BareMyJID = jid:remove_resource(MyJID),
Peer = ?config(slave, Config),
#presence{} = send_recv(Config, #presence{}),
wait_for_slave(Config),
#presence{from = Peer} = recv_presence(Config),
#iq{type = result, sub_els = [#mam_prefs{xmlns = NS, default = roster}]} =
send_recv(Config,
#iq{type = set,
sub_els = [#mam_prefs{xmlns = NS,
default = roster,
never = [MyJID]}]}),
if NS == ?NS_MAM_TMP ->
%% NOTE: The server should strip fake archived tags,
%% i.e. the sub_els received should be [].
FakeArchived = #mam_archived{id = randoms:get_string(),
by = server_jid(Config)},
#message{body = [#text{data = <<"a">>}], sub_els = []} =
send_recv(Config, #message{to = MyJID,
sub_els = [FakeArchived],
body = [#text{data = <<"a">>}]}),
#message{body = [#text{data = <<"b">>}], sub_els = []} =
send_recv(Config, #message{to = BareMyJID,
sub_els = [FakeArchived],
body = [#text{data = <<"b">>}]});
true ->
ok
end,
wait_for_slave(Config),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
send(Config, #message{to = Peer, body = [Text]})
end, lists:seq(1, 5)),
#presence{type = unavailable, from = Peer} = recv_presence(Config),
mam_query_all(Config, NS),
mam_query_with(Config, Peer, NS),
%% mam_query_with(Config, jid:remove_resource(Peer)),
mam_query_rsm(Config, NS),
#iq{type = result, sub_els = [#mam_prefs{xmlns = NS, default = never}]} =
send_recv(Config, #iq{type = set,
sub_els = [#mam_prefs{xmlns = NS,
default = never}]}),
disconnect(Config).
mam_old_slave(Config) ->
mam_slave(Config, ?NS_MAM_TMP).
mam_new_slave(Config) ->
mam_slave(Config, ?NS_MAM_0).
mam_slave(Config, NS) ->
Peer = ?config(master, Config),
MyJID = my_jid(Config),
ServerJID = server_jid(Config),
wait_for_master(Config),
#presence{from = MyJID} = send_recv(Config, #presence{}),
#presence{from = Peer} = recv_presence(Config),
#iq{type = result, sub_els = [#mam_prefs{xmlns = NS, default = always}]} =
send_recv(Config,
#iq{type = set,
sub_els = [#mam_prefs{xmlns = NS, default = always}]}),
wait_for_master(Config),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
Msg = #message{from = Peer, body = [Text]} = recv_message(Config),
#mam_archived{by = ServerJID} =
xmpp:get_subtag(Msg, #mam_archived{}),
#stanza_id{by = ServerJID} =
xmpp:get_subtag(Msg, #stanza_id{})
end, lists:seq(1, 5)),
#iq{type = result, sub_els = [#mam_prefs{xmlns = NS, default = never}]} =
send_recv(Config, #iq{type = set,
sub_els = [#mam_prefs{xmlns = NS, default = never}]}),
disconnect(Config).
mam_query_all(Config, NS) ->
QID = randoms:get_string(),
MyJID = my_jid(Config),
Peer = ?config(slave, Config),
Type = case NS of
?NS_MAM_TMP -> get;
_ -> set
end,
I = send(Config, #iq{type = Type, sub_els = [#mam_query{xmlns = NS, id = QID}]}),
maybe_recv_iq_result(Config, NS, I),
Iter = if NS == ?NS_MAM_TMP -> lists:seq(1, 5);
true -> lists:seq(1, 5) ++ lists:seq(1, 5)
end,
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{to = MyJID,
sub_els =
[#mam_result{
queryid = QID,
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els =
[#message{
from = MyJID, to = Peer,
body = [Text]}]}]}]} =
recv_message(Config)
end, Iter),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I,
sub_els = [#mam_query{xmlns = NS, id = QID}]} = recv_iq(Config);
true ->
#message{sub_els = [#mam_fin{complete = true, id = QID}]} =
recv_message(Config)
end.
mam_query_with(Config, JID, NS) ->
MyJID = my_jid(Config),
Peer = ?config(slave, Config),
{Query, Type} = if NS == ?NS_MAM_TMP ->
{#mam_query{xmlns = NS, with = JID}, get};
true ->
Fs = [#xdata_field{var = <<"jid">>,
values = [jid:to_string(JID)]}],
{#mam_query{xmlns = NS,
xdata = #xdata{type = submit, fields = Fs}}, set}
end,
I = send(Config, #iq{type = Type, sub_els = [Query]}),
Iter = if NS == ?NS_MAM_TMP -> lists:seq(1, 5);
true -> lists:seq(1, 5) ++ lists:seq(1, 5)
end,
maybe_recv_iq_result(Config, NS, I),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{to = MyJID,
sub_els =
[#mam_result{
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els =
[#message{
from = MyJID, to = Peer,
body = [Text]}]}]}]} =
recv_message(Config)
end, Iter),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I,
sub_els = [#mam_query{xmlns = NS}]} = recv_iq(Config);
true ->
#message{sub_els = [#mam_fin{complete = true}]} =
recv_message(Config)
end.
maybe_recv_iq_result(Config, ?NS_MAM_0, I1) ->
#iq{type = result, id = I1} = recv_iq(Config);
maybe_recv_iq_result(_, _, _) ->
ok.
mam_query_rsm(Config, NS) ->
MyJID = my_jid(Config),
Peer = ?config(slave, Config),
Type = case NS of
?NS_MAM_TMP -> get;
_ -> set
end,
%% Get the first 3 items out of 5
I1 = send(Config,
#iq{type = Type,
sub_els = [#mam_query{xmlns = NS, rsm = #rsm_set{max = 3}}]}),
maybe_recv_iq_result(Config, NS, I1),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{to = MyJID,
sub_els =
[#mam_result{
xmlns = NS,
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els =
[#message{
from = MyJID, to = Peer,
body = [Text]}]}]}]} =
recv_message(Config)
end, lists:seq(1, 3)),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I1,
sub_els = [#mam_query{xmlns = NS,
rsm = #rsm_set{last = Last,
count = 5}}]} =
recv_iq(Config);
true ->
#message{sub_els = [#mam_fin{
complete = false,
rsm = #rsm_set{last = Last,
count = 10}}]} =
recv_message(Config)
end,
%% Get the next items starting from the `Last`.
%% Limit the response to 2 items.
I2 = send(Config,
#iq{type = Type,
sub_els = [#mam_query{xmlns = NS,
rsm = #rsm_set{max = 2,
'after' = Last}}]}),
maybe_recv_iq_result(Config, NS, I2),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{to = MyJID,
sub_els =
[#mam_result{
xmlns = NS,
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els =
[#message{
from = MyJID, to = Peer,
body = [Text]}]}]}]} =
recv_message(Config)
end, lists:seq(4, 5)),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I2,
sub_els = [#mam_query{
xmlns = NS,
rsm = #rsm_set{
count = 5,
first = #rsm_first{data = First}}}]} =
recv_iq(Config);
true ->
#message{
sub_els = [#mam_fin{
complete = false,
rsm = #rsm_set{
count = 10,
first = #rsm_first{data = First}}}]} =
recv_message(Config)
end,
%% Paging back. Should receive 3 elements: 1, 2, 3.
I3 = send(Config,
#iq{type = Type,
sub_els = [#mam_query{xmlns = NS,
rsm = #rsm_set{max = 3,
before = First}}]}),
maybe_recv_iq_result(Config, NS, I3),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{to = MyJID,
sub_els =
[#mam_result{
xmlns = NS,
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els =
[#message{
from = MyJID, to = Peer,
body = [Text]}]}]}]} =
recv_message(Config)
end, lists:seq(1, 3)),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I3,
sub_els = [#mam_query{xmlns = NS, rsm = #rsm_set{count = 5}}]} =
recv_iq(Config);
true ->
#message{
sub_els = [#mam_fin{complete = true,
rsm = #rsm_set{count = 10}}]} =
recv_message(Config)
end,
%% Getting the item count. Should be 5 (or 10).
I4 = send(Config,
#iq{type = Type,
sub_els = [#mam_query{xmlns = NS,
rsm = #rsm_set{max = 0}}]}),
maybe_recv_iq_result(Config, NS, I4),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I4,
sub_els = [#mam_query{
xmlns = NS,
rsm = #rsm_set{count = 5,
first = undefined,
last = undefined}}]} =
recv_iq(Config);
true ->
#message{
sub_els = [#mam_fin{
complete = false,
rsm = #rsm_set{count = 10,
first = undefined,
last = undefined}}]} =
recv_message(Config)
end,
%% Should receive 2 last messages
I5 = send(Config,
#iq{type = Type,
sub_els = [#mam_query{xmlns = NS,
rsm = #rsm_set{max = 2,
before = <<"">>}}]}),
maybe_recv_iq_result(Config, NS, I5),
lists:foreach(
fun(N) ->
Text = #text{data = integer_to_binary(N)},
#message{to = MyJID,
sub_els =
[#mam_result{
xmlns = NS,
sub_els =
[#forwarded_decoded{
delay = #delay{},
sub_els =
[#message{
from = MyJID, to = Peer,
body = [Text]}]}]}]} =
recv_message(Config)
end, lists:seq(4, 5)),
if NS == ?NS_MAM_TMP ->
#iq{type = result, id = I5,
sub_els = [#mam_query{xmlns = NS, rsm = #rsm_set{count = 5}}]} =
recv_iq(Config);
true ->
#message{
sub_els = [#mam_fin{complete = false,
rsm = #rsm_set{count = 10}}]} =
recv_message(Config)
end.
client_state_master(Config) ->
true = ?config(csi, Config),
Peer = ?config(slave, Config),
Presence = #presence{to = Peer},
ChatState = #message{to = Peer, thread = <<"1">>,
sub_els = [#chatstate{type = active}]},
Message = ChatState#message{body = [#text{data = <<"body">>}]},
PepPayload = xmpp:encode(#presence{}),
PepOne = #message{
to = Peer,
sub_els =
[#ps_event{
items =
#ps_items{
node = <<"foo-1">>,
items =
[#ps_item{
id = <<"pep-1">>,
xml_els = [PepPayload]}]}}]},
PepTwo = #message{
to = Peer,
sub_els =
[#ps_event{
items =
#ps_items{
node = <<"foo-2">>,
items =
[#ps_item{
id = <<"pep-2">>,
xml_els = [PepPayload]}]}}]},
%% Wait for the slave to become inactive.
wait_for_slave(Config),
%% Should be queued (but see below):
send(Config, Presence),
%% Should replace the previous presence in the queue:
send(Config, Presence#presence{type = unavailable}),
%% The following two PEP stanzas should be queued (but see below):
send(Config, PepOne),
send(Config, PepTwo),
%% The following two PEP stanzas should replace the previous two:
send(Config, PepOne),
send(Config, PepTwo),
%% Should be queued (but see below):
send(Config, ChatState),
%% Should replace the previous chat state in the queue:
send(Config, ChatState#message{sub_els = [#chatstate{type = composing}]}),
%% Should be sent immediately, together with the queued stanzas:
send(Config, Message),
%% Wait for the slave to become active.
wait_for_slave(Config),
%% Should be delivered, as the client is active again:
send(Config, ChatState),
disconnect(Config).
client_state_slave(Config) ->
Peer = ?config(master, Config),
change_client_state(Config, inactive),
wait_for_master(Config),
#presence{from = Peer, type = unavailable, sub_els = [#delay{}]} =
recv_presence(Config),
#message{
from = Peer,
sub_els =
[#ps_event{
items =
#ps_items{
node = <<"foo-1">>,
items =
[#ps_item{
id = <<"pep-1">>}]}},
#delay{}]} = recv_message(Config),
#message{
from = Peer,
sub_els =
[#ps_event{
items =
#ps_items{
node = <<"foo-2">>,
items =
[#ps_item{
id = <<"pep-2">>}]}},
#delay{}]} = recv_message(Config),
#message{from = Peer, thread = <<"1">>,
sub_els = [#chatstate{type = composing},
#delay{}]} = recv_message(Config),
#message{from = Peer, thread = <<"1">>,
body = [#text{data = <<"body">>}],
sub_els = [#chatstate{type = active}]} = recv_message(Config),
change_client_state(Config, active),
wait_for_master(Config),
#message{from = Peer, thread = <<"1">>,
sub_els = [#chatstate{type = active}]} = recv_message(Config),
disconnect(Config).
%%%===================================================================
%%% Aux functions
%%%===================================================================
change_client_state(Config, NewState) ->
send(Config, #csi{type = NewState}),
send_recv(Config, #iq{type = get, to = server_jid(Config),
sub_els = [#ping{}]}).
bookmark_conference() ->
#bookmark_conference{name = <<"Some name">>,
autojoin = true,
jid = jid:make(
<<"some">>,
<<"some.conference.org">>,
<<>>)}.
socks5_connect(#streamhost{host = Host, port = Port},
{SID, JID1, JID2}) ->
Hash = p1_sha:sha([SID, jid:to_string(JID1), jid:to_string(JID2)]),
{ok, Sock} = gen_tcp:connect(binary_to_list(Host), Port,
[binary, {active, false}]),
Init = <<?VERSION_5, 1, ?AUTH_ANONYMOUS>>,
InitAck = <<?VERSION_5, ?AUTH_ANONYMOUS>>,
Req = <<?VERSION_5, ?CMD_CONNECT, 0,
?ATYP_DOMAINNAME, 40, Hash:40/binary, 0, 0>>,
Resp = <<?VERSION_5, ?SUCCESS, 0, ?ATYP_DOMAINNAME,
40, Hash:40/binary, 0, 0>>,
gen_tcp:send(Sock, Init),
{ok, InitAck} = gen_tcp:recv(Sock, size(InitAck)),
gen_tcp:send(Sock, Req),
{ok, Resp} = gen_tcp:recv(Sock, size(Resp)),
Sock.
socks5_send(Sock, Data) ->
ok = gen_tcp:send(Sock, Data).
socks5_recv(Sock, Data) ->
{ok, Data} = gen_tcp:recv(Sock, size(Data)).
set_opts(Config, Options) ->
lists:foldl(
fun({Opt, Val}, Acc) ->
lists:keystore(Opt, 1, Acc, {Opt, Val})
end, Config, Options).
%%%===================================================================
%%% SQL stuff
%%%===================================================================
create_sql_tables(sqlite, _BaseDir) ->
ok;
create_sql_tables(Type, BaseDir) ->
{VHost, File} = case Type of
mysql ->
{?MYSQL_VHOST, "mysql.sql"};
pgsql ->
{?PGSQL_VHOST, "pg.sql"}
end,
SQLFile = filename:join([BaseDir, "sql", File]),
CreationQueries = read_sql_queries(SQLFile),
DropTableQueries = drop_table_queries(CreationQueries),
case ejabberd_sql:sql_transaction(
VHost, DropTableQueries ++ CreationQueries) of
{atomic, ok} ->
ok;
Err ->
ct:fail({failed_to_create_sql_tables, Type, Err})
end.
read_sql_queries(File) ->
case file:open(File, [read, binary]) of
{ok, Fd} ->
read_lines(Fd, File, []);
Err ->
ct:fail({open_file_failed, File, Err})
end.
drop_table_queries(Queries) ->
lists:foldl(
fun(Query, Acc) ->
case split(str:to_lower(Query)) of
[<<"create">>, <<"table">>, Table|_] ->
[<<"DROP TABLE IF EXISTS ", Table/binary, ";">>|Acc];
_ ->
Acc
end
end, [], Queries).
read_lines(Fd, File, Acc) ->
case file:read_line(Fd) of
{ok, Line} ->
NewAcc = case str:strip(str:strip(Line, both, $\r), both, $\n) of
<<"--", _/binary>> ->
Acc;
<<>> ->
Acc;
_ ->
[Line|Acc]
end,
read_lines(Fd, File, NewAcc);
eof ->
QueryList = str:tokens(list_to_binary(lists:reverse(Acc)), <<";">>),
lists:flatmap(
fun(Query) ->
case str:strip(str:strip(Query, both, $\r), both, $\n) of
<<>> ->
[];
Q ->
[<<Q/binary, $;>>]
end
end, QueryList);
{error, _} = Err ->
ct:fail({read_file_failed, File, Err})
end.
split(Data) ->
lists:filter(
fun(<<>>) ->
false;
(_) ->
true
end, re:split(Data, <<"\s">>)).
clear_riak_tables(Config) ->
User = ?config(user, Config),
Server = ?config(server, Config),
Room = muc_room_jid(Config),
{URoom, SRoom, _} = jid:tolower(Room),
ejabberd_auth:remove_user(User, Server),
ejabberd_auth:remove_user(<<"test_slave">>, Server),
ejabberd_auth:remove_user(<<"test_master">>, Server),
mod_muc:forget_room(Server, URoom, SRoom),
ejabberd_riak:delete(muc_registered, {{<<"test_slave">>, Server}, SRoom}),
ejabberd_riak:delete(muc_registered, {{<<"test_master">>, Server}, SRoom}),
Config.
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