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xmpp.chapril.org-ejabberd/src/mod_privacy.erl

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%%%----------------------------------------------------------------------
%%% File : mod_privacy.erl
%%% Author : Alexey Shchepin <alexey@process-one.net>
%%% Purpose : jabber:iq:privacy support
%%% Created : 21 Jul 2003 by Alexey Shchepin <alexey@process-one.net>
%%%
%%%
%%% ejabberd, Copyright (C) 2002-2010 ProcessOne
%%%
%%% This program is free software; you can redistribute it and/or
%%% modify it under the terms of the GNU General Public License as
%%% published by the Free Software Foundation; either version 2 of the
%%% License, or (at your option) any later version.
%%%
%%% This program is distributed in the hope that it will be useful,
%%% but WITHOUT ANY WARRANTY; without even the implied warranty of
%%% MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
%%% General Public License for more details.
%%%
%%% You should have received a copy of the GNU General Public License
%%% along with this program; if not, write to the Free Software
%%% Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA
%%% 02111-1307 USA
%%%
%%%----------------------------------------------------------------------
%%% Database schema (version / storage / table)
%%%
%%% 2.1.x / mnesia / privacy
%%% us = {Username::string(), Host::string()}
%%% default = none | ListName::string()
%%% lists = [ {ListName::string(), [listitem()]} ]
%%%
%%% 2.1.x / odbc / privacy_default_list
%%% username = varchar250
%%% name = varchar250
%%% 2.1.x / odbc / privacy_list
%%% username = varchar250
%%% name = varchar250
%%% id = bigint-unsigned
%%% 2.1.x / odbc / privacy_list_data
%%% id = bigint
%%% t = character(1)
%%% value = text
%%% action = character(1)
%%% ord = NUMERIC
%%% match_all = boolean
%%% match_iq = boolean
%%% match_message = boolean
%%% match_presence_in = boolean
%%% match_presence_out = boolean
%%%
%%% 3.0.0-prealpha / mnesia / privacy
%%% us = {Username::string(), Host::string()}
%%% default = none | ListName::string()
%%% lists = [ {ListName::string(), [listitem()]} ]
%%%
%%% 3.0.0-prealpha / odbc / privacy
%%% Same as 2.1.x
%%%
%%% 3.0.0-alpha / mnesia / privacy_default_list
%%% user_host = {Username::string(), Server::string()}
%%% name = string()
%%% 3.0.0-alpha / mnesia / privacy_list
%%% user_host = {Username::string(), Server::string()}
%%% name = string()
%%% 3.0.0-alpha / mnesia / privacy_list_data
%%% user_host = {Username::string(), Server::string()}
%%% name = string()
%%% type = jid | group | subscription | none
%%% value = JID::binary() | Group::binary() | <<"none">> | <<"both">> | <<"from">> | <<"to">>
%%% action = allow | deny
%%% order = integer()
%%% match_all = boolean()
%%% match_iq = boolean()
%%% match_message = boolean()
%%% match_presence_in = boolean()
%%% match_presence_out = boolean()
%%%
%%% 3.0.0-alpha / odbc / privacy_default_list
%%% user = varchar150
%%% host = varchar150
%%% name = text
%%% 3.0.0-alpha / odbc / privacy_list
%%% user = varchar150
%%% host = varchar150
%%% name = varchar150
%%% 3.0.0-alpha / odbc / privacy_list_data
%%% user = varchar150
%%% host = varchar150
%%% name = varchar150
%%% type = varchar150
%%% value = varchar150
%%% action = varchar150
%%% order = int 11
%%% match_all = varchar150
%%% match_iq = varchar150
%%% match_message = varchar150
%%% match_presence_in = varchar150
%%% match_presence_out = varchar150
-module(mod_privacy).
-author('alexey@process-one.net').
-behaviour(gen_mod).
-export([start/2, stop/1,
process_iq/3,
process_iq_set/4,
process_iq_get/5,
get_user_list/3,
remove_user/2,
check_packet/6,
updated_list/3]).
-include_lib("exmpp/include/exmpp.hrl").
-include("ejabberd.hrl").
-include("mod_privacy.hrl").
-record(privacy_list, {user_host, name}).
-record(privacy_default_list, {user_host, name}).
-record(privacy_list_data, {user_host, name,
type, value, action, order,
match_all, match_iq, match_message,
match_presence_in, match_presence_out}).
start(Host, Opts) ->
HostB = list_to_binary(Host),
IQDisc = gen_mod:get_opt(iqdisc, Opts, one_queue),
Backend = gen_mod:get_opt(backend, Opts, mnesia),
gen_storage:create_table(Backend, HostB, privacy_list,
[{disc_copies, [node()]},
{odbc_host, Host},
{type, bag},
{attributes, record_info(fields, privacy_list)},
{types, [{user_host, {text, text}}]}]),
gen_storage:create_table(Backend, HostB, privacy_default_list,
[{disc_copies, [node()]},
{odbc_host, Host},
{attributes, record_info(fields, privacy_default_list)},
{types, [{user_host, {text, text}}]}]),
gen_storage:create_table(Backend, HostB, privacy_list_data,
[{disc_copies, [node()]},
{odbc_host, Host},
{type, bag},
{attributes, record_info(fields, privacy_list_data)},
{types, [{user_host, {text, text}},
{type, atom},
{value, binary},
{action, atom},
{order, int},
{match_all, atom},
{match_iq, atom},
{match_message, atom},
{match_presence_in, atom},
{match_presence_out, atom}
]}]),
update_tables(Host, Backend),
gen_storage:add_table_index(HostB, privacy_list, name),
gen_storage:add_table_index(HostB, privacy_list_data, name),
ejabberd_hooks:add(privacy_iq_get, HostB,
?MODULE, process_iq_get, 50),
ejabberd_hooks:add(privacy_iq_set, HostB,
?MODULE, process_iq_set, 50),
ejabberd_hooks:add(privacy_get_user_list, HostB,
?MODULE, get_user_list, 50),
ejabberd_hooks:add(privacy_check_packet, HostB,
?MODULE, check_packet, 50),
ejabberd_hooks:add(privacy_updated_list, HostB,
?MODULE, updated_list, 50),
ejabberd_hooks:add(remove_user, HostB,
?MODULE, remove_user, 50),
gen_iq_handler:add_iq_handler(ejabberd_sm, HostB, ?NS_PRIVACY,
?MODULE, process_iq, IQDisc).
stop(Host) ->
HostB = list_to_binary(Host),
ejabberd_hooks:delete(privacy_iq_get, HostB,
?MODULE, process_iq_get, 50),
ejabberd_hooks:delete(privacy_iq_set, HostB,
?MODULE, process_iq_set, 50),
ejabberd_hooks:delete(privacy_get_user_list, HostB,
?MODULE, get_user_list, 50),
ejabberd_hooks:delete(privacy_check_packet, HostB,
?MODULE, check_packet, 50),
ejabberd_hooks:delete(privacy_updated_list, HostB,
?MODULE, updated_list, 50),
ejabberd_hooks:delete(remove_user, HostB,
?MODULE, remove_user, 50),
gen_iq_handler:remove_iq_handler(ejabberd_sm, HostB, ?NS_PRIVACY).
process_iq(_From, _To, IQ_Rec) ->
exmpp_iq:error(IQ_Rec, 'not-allowed').
process_iq_get(_, From, _To, #iq{payload = SubEl},
#userlist{name = Active}) ->
LUser = exmpp_jid:prep_node_as_list(From),
LServer = exmpp_jid:prep_domain_as_list(From),
case exmpp_xml:get_child_elements(SubEl) of
[] ->
process_lists_get(LUser, LServer, Active);
[#xmlel{name = Name} = Child] ->
case Name of
list ->
ListName = exmpp_xml:get_attribute_as_list(Child, name, false),
process_list_get(LUser, LServer, ListName);
_ ->
{error, 'bad-request'}
end;
_ ->
{error, 'bad-request'}
end.
process_lists_get(LUser, LServer, Active) ->
LServerB = list_to_binary(LServer),
F = fun() ->
Default =
case gen_storage:read(LServerB, {privacy_default_list, {LUser, LServer}}) of
[#privacy_default_list{name = Name}] ->
Name;
_ ->
none
end,
Lists = [List#privacy_list.name
|| List <- gen_storage:read(LServerB, {privacy_list, {LUser, LServer}})],
{Default, Lists}
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{aborted, _Reason} ->
{error, 'internal-server-error'};
{atomic, {Default, Lists}} ->
case Lists of
[] ->
{result, #xmlel{ns = ?NS_PRIVACY, name = 'query'}};
_ ->
LItems = [exmpp_xml:set_attribute(#xmlel{ns = ?NS_PRIVACY, name = list}, name, N) || N <- Lists],
DItems =
case Default of
none ->
LItems;
_ ->
[exmpp_xml:set_attribute(#xmlel{ns = ?NS_PRIVACY, name = default}, name, Default) | LItems]
end,
ADItems =
case Active of
none ->
DItems;
_ ->
[exmpp_xml:set_attribute(#xmlel{ns = ?NS_PRIVACY, name = active}, name, Active) | DItems]
end,
{result, #xmlel{ns = ?NS_PRIVACY, name = 'query', children = ADItems}}
end
end.
process_list_get(_LUser, _LServer, false) ->
{error, 'bad-request'};
process_list_get(LUser, LServer, Name) ->
LServerB = list_to_binary(LServer),
F = fun() ->
case gen_storage:select(LServerB, privacy_list,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]) of
[] ->
none;
[#privacy_list{}] ->
gen_storage:select(LServerB, privacy_list_data,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}])
end
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{aborted, _Reason} ->
{error, 'internal-server-error'};
{atomic, none} ->
{error, 'item-not-found'};
{atomic, List} ->
LItems = lists:map(fun item_to_xml/1, List),
ListEl = exmpp_xml:set_attribute(#xmlel{ns = ?NS_PRIVACY, name = list, children = LItems}, name, Name),
{result,#xmlel{ns = ?NS_PRIVACY, name = 'query', children = [ListEl]}}
end.
item_to_xml(Item) ->
Attrs1 = [?XMLATTR('action', action_to_binary(Item#privacy_list_data.action)),
?XMLATTR('order', order_to_binary(Item#privacy_list_data.order))],
Attrs2 = case Item#privacy_list_data.type of
none ->
Attrs1;
Type ->
[?XMLATTR('type', type_to_binary(Type)),
?XMLATTR('value', Item#privacy_list_data.value) |
Attrs1]
end,
SubEls = case Item#privacy_list_data.match_all of
true ->
[];
false ->
SE1 = case Item#privacy_list_data.match_iq of
true ->
[#xmlel{ns = ?NS_PRIVACY, name = iq}];
false ->
[]
end,
SE2 = case Item#privacy_list_data.match_message of
true ->
[#xmlel{ns = ?NS_PRIVACY, name = message} | SE1];
false ->
SE1
end,
SE3 = case Item#privacy_list_data.match_presence_in of
true ->
[#xmlel{ns = ?NS_PRIVACY, name = 'presence-in'} | SE2];
false ->
SE2
end,
SE4 = case Item#privacy_list_data.match_presence_out of
true ->
[#xmlel{ns = ?NS_PRIVACY, name = 'presence-out'} | SE3];
false ->
SE3
end,
SE4
end,
exmpp_xml:set_attributes(#xmlel{ns = ?NS_PRIVACY, name = item, children = SubEls}, Attrs2).
action_to_binary(Action) ->
case Action of
allow -> <<"allow">>;
deny -> <<"deny">>
end.
order_to_binary(Order) ->
list_to_binary(integer_to_list(Order)).
type_to_binary(Type) ->
case Type of
jid -> <<"jid">>;
group -> <<"group">>;
subscription -> <<"subscription">>
end.
list_to_action(S) ->
case S of
"allow" -> allow;
"deny" -> deny
end.
process_iq_set(_, From, _To, #iq{payload = SubEl}) ->
LUser = exmpp_jid:prep_node_as_list(From),
LServer = exmpp_jid:prep_domain_as_list(From),
case exmpp_xml:get_child_elements(SubEl) of
[#xmlel{name = Name} = Child] ->
ListName = exmpp_xml:get_attribute_as_list(Child, 'name', false),
case Name of
list ->
process_list_set(LUser, LServer, ListName,
exmpp_xml:get_child_elements(Child));
active ->
process_active_set(LUser, LServer, ListName);
default ->
process_default_set(LUser, LServer, ListName);
_ ->
{error, 'bad-request'}
end;
_ ->
{error, 'bad-request'}
end.
process_default_set(LUser, LServer, false) ->
LServerB = list_to_binary(LServer),
F = fun() ->
gen_storage:delete(LServerB, {privacy_default_list, {LUser, LServer}})
end,
case gen_storage:transaction(LServerB, privacy_default_list, F) of
{atomic, _} ->
{result, []};
_ ->
{error, 'internal-server-error'}
end;
process_default_set(LUser, LServer, Name) ->
LServerB = list_to_binary(LServer),
F = fun() ->
case gen_storage:select(LServerB, privacy_list,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]) of
[] ->
{error, 'item-not-found'};
[#privacy_list{}] ->
gen_storage:write(LServerB,
#privacy_default_list{user_host = {LUser, LServer},
name = Name}),
{result, []}
end
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{atomic, {error, _} = Error} ->
Error;
{atomic, {result, _} = Res} ->
Res;
_ ->
{error, 'internal-server-error'}
end.
process_active_set(_LUser, _LServer, false) ->
{result, [], #userlist{}};
process_active_set(LUser, LServer, Name) ->
LServerB = list_to_binary(LServer),
F = fun() ->
case gen_storage:select(LServerB, privacy_list,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]) of
[#privacy_list{}] ->
Data = gen_storage:select(LServerB, privacy_list_data,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]),
List = list_data_to_items(Data),
NeedDb = is_list_needdb(List),
{result, [], #userlist{name = Name,
needdb = NeedDb,
list = List}};
[] ->
{error, 'item-not-found'}
end
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{atomic, Res} ->
Res;
_ ->
{error, 'internal-server-error'}
end.
process_list_set(_LUser, _LServer, false, _Els) ->
{error, 'bad-request'};
process_list_set(LUser, LServer, Name, Els) ->
LServerB = list_to_binary(LServer),
case parse_items(Els) of
false ->
{error, 'bad-request'};
remove ->
F = fun() ->
case gen_storage:read(LServerB,
{privacy_default_list, {LUser, LServer}}) of
[#privacy_default_list{name = Default}] when Name == Default ->
{error, 'conflict'};
_ ->
gen_storage:delete_where(LServerB, privacy_list,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]),
gen_storage:delete_where(LServerB, privacy_list_data,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]),
{result, []}
end
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{atomic, {error, _} = Error} ->
Error;
{atomic, {result, _} = Res} ->
ListString = lists:flatten(io_lib:format("~p.", [#userlist{name = Name, list = []}])),
ejabberd_router:route(
exmpp_jid:make(LUser, LServer),
exmpp_jid:make(LUser, LServer),
#xmlel{name = 'broadcast', ns = privacy_list,
attrs = [exmpp_xml:attribute(list_name, Name)],
children = [exmpp_xml:cdata(ListString)]}),
Res;
_ ->
{error, 'internal-server-error'}
end;
List ->
F = fun() ->
OldData =
gen_storage:select(LServerB, privacy_list_data,
[{'=', user_host, {LUser, LServer}},
{'=', name, Name}]),
lists:foreach(
fun(Data1) ->
gen_storage:delete_object(LServerB, Data1)
end, OldData),
gen_storage:write(LServerB, #privacy_list{user_host = {LUser, LServer},
name = Name}),
NewData = list_items_to_data(LUser, LServer, Name, List),
lists:foreach(
fun(Data1) ->
gen_storage:write(LServerB, Data1)
end, NewData),
{result, []}
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{atomic, {error, _} = Error} ->
Error;
{atomic, {result, _} = Res} ->
ListString = lists:flatten(io_lib:format("~p.", [#userlist{name = Name, list = List}])),
ejabberd_router:route(
exmpp_jid:make(LUser, LServer),
exmpp_jid:make(LUser, LServer),
#xmlel{name = 'broadcast', ns = privacy_list,
attrs = [exmpp_xml:attribute(list_name, Name)],
children = [exmpp_xml:cdata(ListString)]}),
Res;
_ ->
{error, 'internal_server_error'}
end
end.
parse_items([]) ->
remove;
parse_items(Els) ->
parse_items(Els, []).
parse_items([], Res) ->
%% Sort the items by their 'order' attribute
%% lists:keysort(#listitem.order, Res);
lists:reverse(Res);
parse_items([El = #xmlel{name = item} | Els], Res) ->
Type = exmpp_xml:get_attribute_as_list(El, type, false),
Value = exmpp_xml:get_attribute_as_binary(El, value, false),
SAction =exmpp_xml:get_attribute_as_list(El, action, false),
SOrder = exmpp_xml:get_attribute_as_list(El, order, false),
Action = case catch list_to_action(SAction) of
{'EXIT', _} -> false;
Val -> Val
end,
Order = case catch list_to_integer(SOrder) of
{'EXIT', _} ->
false;
IntVal ->
if
IntVal >= 0 ->
IntVal;
true ->
false
end
end,
if
(Action /= false) and (Order /= false) ->
I1 = #listitem{action = Action, order = Order},
I2 = case {Type, Value} of
{T, V} when is_list(T), is_binary(V) ->
case T of
"jid" ->
I1#listitem{type = jid,
value = V};
"group" ->
I1#listitem{type = group,
value = V};
"subscription" ->
I1#listitem{type = subscription,
value = V}
end;
{T, false} when is_list(T) ->
false;
_ ->
I1
end,
case I2 of
false ->
false;
_ ->
case parse_matches(I2, exmpp_xml:get_child_elements(El)) of
false ->
false;
I3 ->
parse_items(Els, [I3 | Res])
end
end;
true ->
false
end;
parse_items(_, _Res) ->
false.
parse_matches(Item, []) ->
Item#listitem{match_all = true};
parse_matches(Item, Els) ->
parse_matches1(Item, Els).
parse_matches1(Item, []) ->
Item;
parse_matches1(Item, [#xmlel{name = message} | Els]) ->
parse_matches1(Item#listitem{match_message = true}, Els);
parse_matches1(Item, [#xmlel{name = iq} | Els]) ->
parse_matches1(Item#listitem{match_iq = true}, Els);
parse_matches1(Item, [#xmlel{name = 'presence-in'} | Els]) ->
parse_matches1(Item#listitem{match_presence_in = true}, Els);
parse_matches1(Item, [#xmlel{name = 'presence-out'} | Els]) ->
parse_matches1(Item#listitem{match_presence_out = true}, Els);
parse_matches1(_Item, [#xmlel{} | _Els]) ->
false.
%% storage representation to ejabberd representation
list_data_to_items(Data) ->
List =
lists:map(
fun(Data1) ->
#listitem{type = Data1#privacy_list_data.type,
value = Data1#privacy_list_data.value,
action = Data1#privacy_list_data.action,
order = Data1#privacy_list_data.order,
match_all = Data1#privacy_list_data.match_all,
match_iq = Data1#privacy_list_data.match_iq,
match_message = Data1#privacy_list_data.match_message,
match_presence_in = Data1#privacy_list_data.match_presence_in,
match_presence_out = Data1#privacy_list_data.match_presence_out}
end, Data),
SortedList = lists:keysort(#listitem.order, List),
SortedList.
%% ejabberd representation to storage representation
list_items_to_data(LUser, LServer, Name, List) ->
lists:map(
fun(Item) ->
#privacy_list_data{user_host = {LUser, LServer},
name = Name,
type = Item#listitem.type,
value = Item#listitem.value,
action = Item#listitem.action,
order = Item#listitem.order,
match_all = Item#listitem.match_all,
match_iq = Item#listitem.match_iq,
match_message = Item#listitem.match_message,
match_presence_in = Item#listitem.match_presence_in,
match_presence_out = Item#listitem.match_presence_out}
end, List).
is_list_needdb(Items) ->
lists:any(
fun(X) ->
case X#listitem.type of
subscription -> true;
group -> true;
_ -> false
end
end, Items).
get_user_list(_, User, LServerB)
when is_binary(User), is_binary(LServerB) ->
LUser = binary_to_list(User),
LServer = binary_to_list(LServerB),
F = fun() ->
case gen_storage:read(LServerB,
{privacy_default_list, {LUser, LServer}}) of
[] ->
#userlist{};
[#privacy_default_list{name = Default}] ->
Data = gen_storage:select(LServerB, privacy_list_data,
[{'=', user_host, {LUser, LServer}},
{'=', name, Default}]),
List = list_data_to_items(Data),
NeedDb = is_list_needdb(List),
#userlist{name = Default,
needdb = NeedDb,
list = List}
end
end,
{atomic, Res} = gen_storage:transaction(LServerB, privacy_default_list, F),
Res.
%% From is the sender, To is the destination.
%% If Dir = out, User@Server is the sender account (From).
%% If Dir = in, User@Server is the destination account (To).
check_packet(_, User, Server,
#userlist{list = List, needdb = NeedDb},
{From, To, #xmlel{name = PName} = El},
Dir) when
PName =:= message ;
PName =:= iq ;
PName =:= presence ->
case List of
[] ->
allow;
_ ->
PType = case PName of
'message' -> message;
'iq' -> iq;
'presence' ->
case exmpp_xml:get_attribute(El, type, '') of
%% notification
'' -> presence;
'unavailable' -> presence;
%% subscribe, subscribed, unsubscribe,
%% unsubscribed, error, probe, or other
_ -> other
end
end,
PType2 = case {PType, Dir} of
{message, in} -> message;
{iq, in} -> iq;
{presence, in} -> presence_in;
{presence, out} -> presence_out;
{_, _} -> other
end,
LJID = case Dir of
in -> From;
out -> To
end,
{Subscription, Groups} =
case NeedDb of
true -> ejabberd_hooks:run_fold(roster_get_jid_info,
exmpp_stringprep:nameprep(Server),
{none, []},
[User, Server, LJID]);
false -> {[], []}
end,
check_packet_aux(List, PType2, LJID, Subscription, Groups)
end.
%% Ptype = mesage | iq | presence_in | presence_out | other
check_packet_aux([], _PType, _JID, _Subscription, _Groups) ->
allow;
check_packet_aux([Item | List], PType, JID, Subscription, Groups) ->
#listitem{type = Type, value = Value, action = Action} = Item,
case is_ptype_match(Item, PType) of
true ->
case Type of
none ->
Action;
_ ->
case is_type_match(Type, Value,
JID, Subscription, Groups) of
true ->
Action;
false ->
check_packet_aux(List, PType,
JID, Subscription, Groups)
end
end;
false ->
check_packet_aux(List, PType, JID, Subscription, Groups)
end.
is_ptype_match(Item, PType) ->
case Item#listitem.match_all of
true ->
true;
false ->
case PType of
message ->
Item#listitem.match_message;
iq ->
Item#listitem.match_iq;
presence_in ->
Item#listitem.match_presence_in;
presence_out ->
Item#listitem.match_presence_out;
other ->
false
end
end.
%% TODO: Investigate this: sometimes Value has binaries, other times has strings
is_type_match(jid, Value, JID, _Subscription, _Groups) ->
{User, Server, Resource} = exmpp_jid:to_lower(exmpp_jid:parse(Value)),
((User == undefined) orelse (User == exmpp_jid:prep_node(JID)))
andalso ((Server == undefined) orelse (Server == exmpp_jid:prep_domain(JID)))
andalso ((Resource == undefined) orelse (Resource == exmpp_jid:prep_resource(JID)));
is_type_match(subscription, Value, _JID, Subscription, _Groups) ->
Value == Subscription;
is_type_match(group, Value, _JID, _Subscription, Groups) ->
lists:member(Value, Groups).
%% The ejabberd hook provides the arguments as binaries,
%% but the mod_privacy internal functions provide them as strings.
%% Once this module stores information as binaries, this incoherence will be solved.
remove_user(User, Server) when is_binary(User) and is_binary(Server) ->
remove_user(binary_to_list(User), binary_to_list(Server));
remove_user(User, Server) when is_list(User) and is_list(Server) ->
LUser = exmpp_stringprep:nodeprep(User),
LServer = exmpp_stringprep:nameprep(Server),
LServerB = list_to_binary(LServer),
F = fun() ->
gen_storage:delete(LServerB, {privacy_list, {LUser, LServer}})
end,
case gen_storage:transaction(LServerB, privacy_list, F) of
{atomic, _} ->
{result, []};
_ ->
{error, 'internal-server-error'}
end.
updated_list(_,
#userlist{name = OldName} = Old,
#userlist{name = NewName} = New) ->
if
OldName == NewName ->
New;
true ->
Old
end.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
update_tables(Host, mnesia) ->
HostB = list_to_binary(Host),
gen_storage_migration:migrate_mnesia(
Host, privacy_default_list,
[{privacy, [us, default, lists],
fun({privacy, US, Default, Lists}) ->
lists:foreach(
fun({Name, List}) ->
lists:foreach(
fun(#listitem{type = Type,
value = Value,
action = Action,
order = Order,
match_all = MatchAll,
match_iq = MatchIq,
match_message = MatchMessage,
match_presence_in = MatchPresenceIn,
match_presence_out = MatchPresenceOut}) ->
ValueBin = convert_value_to_binary(Value),
gen_storage:write(HostB,
#privacy_list_data{user_host = US,
name = Name,
type = Type,
value = ValueBin,
action = Action,
order = Order,
match_all = MatchAll,
match_iq = MatchIq,
match_message = MatchMessage,
match_presence_in = MatchPresenceIn,
match_presence_out = MatchPresenceOut})
end, List),
gen_storage:write(HostB,
#privacy_list{user_host = US,
name = Name})
end, Lists),
if
is_list(Default) ->
#privacy_default_list{user_host = US,
name = Default};
true -> null
end
end}]);
update_tables(Host, odbc) ->
gen_storage_migration:migrate_odbc(
Host, [privacy_default_list, privacy_list, privacy_list_data],
[{[{"privacy_list", ["username", "name", "id"]},
{"privacy_list_data", ["id","t","value","action","ord","match_all","match_iq","match_message",
"match_presence_in","match_presence_out"]}],
fun(SELECT, Username, Name, Id) ->
US = {Username, Host},
DefaultLists = [#privacy_default_list{user_host = US,
name = Name}
|| [_, _] <- SELECT(["username", "name"],
"privacy_default_list",
[{"username", Username},
{"name", Name}])],
ListData = lists:map(
fun([SType, SValue, SAction, SOrder, SMatchAll,
SMatchIQ, SMatchMessage, SMatchPresenceIn,
SMatchPresenceOut]) ->
{Type, Value} =
case SType of
"n" ->
{none, none};
"j" ->
case exmpp_jid:parse(SValue) of
JID ->
{jid, jlib:short_prepd_jid(JID)}
end;
"g" ->
{group, SValue};
"s" ->
case SValue of
"none" ->
{subscription, none};
"both" ->
{subscription, both};
"from" ->
{subscription, from};
"to" ->
{subscription, to}
end
end,
ValueBin = convert_value_to_binary(Value),
Action =
case SAction of
"a" -> allow;
"d" -> deny
end,
Order = list_to_integer(SOrder),
MatchAll = ejabberd_odbc:to_bool(SMatchAll),
MatchIQ = ejabberd_odbc:to_bool(SMatchIQ),
MatchMessage = ejabberd_odbc:to_bool(SMatchMessage),
MatchPresenceIn = ejabberd_odbc:to_bool(SMatchPresenceIn),
MatchPresenceOut = ejabberd_odbc:to_bool(SMatchPresenceOut),
#privacy_list_data{user_host = US,
name = Name,
type = Type,
value = ValueBin,
action = Action,
order = Order,
match_all = MatchAll,
match_iq = MatchIQ,
match_message = MatchMessage,
match_presence_in = MatchPresenceIn,
match_presence_out = MatchPresenceOut}
end, SELECT(["t", "value", "action", "ord", "match_all",
"match_iq", "match_message", "match_presence_in",
"match_presence_out"],
"privacy_list_data",
[{"id", Id}])),
[#privacy_list{user_host = US,
name = Name} | DefaultLists ++ ListData]
end},
{"privacy_default_list", ["username", "name"],
fun(_, Username, Name) ->
US = {Username, Host},
[#privacy_default_list{user_host = US,
name = Name}]
end}
]).
convert_value_to_binary({U, H, R}) ->
exmpp_jid:to_binary(U, H, R);
convert_value_to_binary(Value) when is_list(Value) ->
list_to_binary(Value);
convert_value_to_binary(none) ->
<<"none">>;
convert_value_to_binary(both) ->
<<"both">>;
convert_value_to_binary(from) ->
<<"from">>;
convert_value_to_binary(to) ->
<<"to">>.
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