gen_fsm:start_link({local, Reg_name}, ?MODULE, [], []).
start_link(Name, Hosts, Port, Rootdn, Passwd) ->
- Log = fun(N, Fmt, Args) -> io:format("---- " ++ Fmt, [Args]) end,
+ Log = fun(_N, Fmt, Args) -> io:format("---- " ++ Fmt, [Args]) end,
Reg_name = list_to_atom("eldap_" ++ Name),
gen_fsm:start_link({local, Reg_name}, ?MODULE, {Hosts, Port, Rootdn, Passwd, Log}, []).
parse_search_args(T,A#eldap_search{timeout = Timeout});
parse_search_args([{limit, Limit}|T],A) when is_integer(Limit) ->
parse_search_args(T,A#eldap_search{limit = Limit});
-parse_search_args([H|T],A) ->
+parse_search_args([H|_],_) ->
throw({error,{unknown_arg, H}});
parse_search_args([],A) ->
A.
%% {stop, Reason, NewStateData} |
%% {stop, Reason, Reply, NewStateData}
%%----------------------------------------------------------------------
-connecting(Event, From, S) ->
+connecting(_Event, _From, S) ->
Reply = {error, connecting},
{reply, Reply, connecting, S}.
-wait_bind_response(Event, From, S) ->
+wait_bind_response(_Event, _From, S) ->
Reply = {error, wait_bind_response},
{reply, Reply, wait_bind_response, S}.
%% {next_state, NextStateName, NextStateData, Timeout} |
%% {stop, Reason, NewStateData}
%%----------------------------------------------------------------------
-handle_event(close, StateName, S) ->
+handle_event(close, _StateName, S) ->
gen_tcp:close(S#eldap.fd),
{stop, closed, S};
{next_state, active, S}
end;
-handle_event(Event, StateName, S) ->
+handle_event(_Event, StateName, S) ->
{next_state, StateName, S}.
%%----------------------------------------------------------------------
%% {stop, Reason, NewStateData} |
%% {stop, Reason, Reply, NewStateData}
%%----------------------------------------------------------------------
-handle_sync_event({debug_level, N}, From, StateName, S) ->
+handle_sync_event({debug_level, N}, _From, StateName, S) ->
{reply, ok, StateName, S#eldap{debug_level = N}};
-handle_sync_event(Event, From, StateName, S) ->
- {reply, {StateName, S}, StateName, S};
+handle_sync_event(_Event, _From, StateName, S) ->
+ {reply, {StateName, S}, StateName, S}.
-handle_sync_event(Event, From, StateName, S) ->
- Reply = ok,
- {reply, Reply, StateName, S}.
+%% TODO: Check this clause, because it never matches:
+%%handle_sync_event(Event, From, StateName, S) ->
+%% Reply = ok,
+%% {reply, Reply, StateName, S}.
%%----------------------------------------------------------------------
%% Func: handle_info/3
%%
%% Packets arriving in various states
%%
-handle_info({tcp, Socket, Data}, connecting, S) ->
+handle_info({tcp, _Socket, Data}, connecting, S) ->
log1("eldap. tcp packet received when disconnected!~n~p~n", [Data], S),
{next_state, connecting, S};
-handle_info({tcp, Socket, Data}, wait_bind_response, S) ->
+handle_info({tcp, _Socket, Data}, wait_bind_response, S) ->
cancel_timer(S#eldap.bind_timer),
case catch recvd_wait_bind_response(Data, S) of
bound -> {next_state, active, S};
- {fail_bind, Reason} -> close_and_retry(S),
+ {fail_bind, _Reason} -> close_and_retry(S),
{next_state, connecting, S#eldap{fd = null}};
- {'EXIT', Reason} -> close_and_retry(S),
+ {'EXIT', _Reason} -> close_and_retry(S),
{next_state, connecting, S#eldap{fd = null}};
- {error, Reason} -> close_and_retry(S),
+ {error, _Reason} -> close_and_retry(S),
{next_state, connecting, S#eldap{fd = null}}
end;
-handle_info({tcp, Socket, Data}, StateName, S)
+handle_info({tcp, _Socket, Data}, StateName, S)
when StateName==active; StateName==active_bind ->
case catch recvd_packet(Data, S) of
{reply, Reply, To, NewS} -> gen_fsm:reply(To, Reply),
{next_state, StateName, NewS};
{ok, NewS} -> {next_state, StateName, NewS};
- {'EXIT', Reason} -> {next_state, StateName, S};
- {error, Reason} -> {next_state, StateName, S}
+ {'EXIT', _Reason} -> {next_state, StateName, S};
+ {error, _Reason} -> {next_state, StateName, S}
end;
-handle_info({tcp_closed, Socket}, All_fsm_states, S) ->
- F = fun(Id, [{Timer, From, Name}|Res]) ->
+handle_info({tcp_closed, _Socket}, _All_fsm_states, S) ->
+ F = fun(_Id, [{Timer, From, _Name}|_]) ->
gen_fsm:reply(From, {error, tcp_closed}),
cancel_timer(Timer)
end,
{next_state, connecting, S#eldap{fd = null,
dict = dict:new(), bind_q=queue:new()}};
-handle_info({tcp_error, Socket, Reason}, Fsm_state, S) ->
+handle_info({tcp_error, _Socket, Reason}, Fsm_state, S) ->
log1("eldap received tcp_error: ~p~nIn State: ~p~n", [Reason, Fsm_state], S),
{next_state, Fsm_state, S};
%%
case cmd_timeout(Timer, Id, S) of
{reply, To, Reason, NewS} -> gen_fsm:reply(To, Reason),
{next_state, active, NewS};
- {error, Reason} -> {next_state, active, S}
+ {error, _Reason} -> {next_state, active, S}
end;
handle_info({timeout, retry_connect}, connecting, S) ->
{ok, NextState, NewS} = connect_bind(S),
{next_state, NextState, NewS};
-handle_info({timeout, Timer, bind_timeout}, wait_bind_response, S) ->
+handle_info({timeout, _Timer, bind_timeout}, wait_bind_response, S) ->
close_and_retry(S),
{next_state, connecting, S#eldap{fd = null}};
%% Purpose: Shutdown the fsm
%% Returns: any
%%----------------------------------------------------------------------
-terminate(Reason, StateName, StatData) ->
+terminate(_Reason, _StateName, _StatData) ->
ok.
%%----------------------------------------------------------------------
%% Purpose: Convert process state when code is changed
%% Returns: {ok, NewState, NewStateData}
%%----------------------------------------------------------------------
-code_change(OldVsn, StateName, S, Extra) ->
+code_change(_OldVsn, StateName, S, _Extra) ->
{ok, StateName, S}.
%%%----------------------------------------------------------------------
Error -> Error
end.
-check_reply(#'LDAPResult'{resultCode = success}, From) ->
+check_reply(#'LDAPResult'{resultCode = success}, _From) ->
ok;
-check_reply(#'LDAPResult'{resultCode = Reason}, From) ->
+check_reply(#'LDAPResult'{resultCode = Reason}, _From) ->
{error, Reason};
-check_reply(Other, From) ->
+check_reply(Other, _From) ->
{error, Other}.
-check_bind_reply(#'BindResponse'{resultCode = success}, From) ->
+check_bind_reply(#'BindResponse'{resultCode = success}, _From) ->
ok;
-check_bind_reply(#'BindResponse'{resultCode = Reason}, From) ->
+check_bind_reply(#'BindResponse'{resultCode = Reason}, _From) ->
{error, Reason};
-check_bind_reply(Other, From) ->
+check_bind_reply(Other, _From) ->
{error, Other}.
get_op_rec(Id, Dict) ->
%%% Sanity check of received packet
check_tag(Data) ->
case asn1rt_ber_bin:decode_tag(Data) of
- {Tag, Data1, Rb} ->
+ {_Tag, Data1, _Rb} ->
case asn1rt_ber_bin:decode_length(Data1) of
- {{Len,Data2}, Rb2} -> ok;
+ {{_Len,_Data2}, _Rb2} -> ok;
_ -> throw({error,decoded_tag_length})
end;
_ -> throw({error,decoded_tag})
#eldap_search_result{entries = Res1,
referrals = Ref1}},
S#eldap{dict = New_dict}};
- Others ->
+ _ ->
New_dict = dict:erase(Id, Dict),
{reply, From, {error, timeout}, S#eldap{dict = New_dict}}
end;
{ok, wait_bind_response, NewS#eldap{fd = Socket,
host = Host,
bind_timer = Timer}};
- {error, Reason} ->
+ {error, _Reason} ->
gen_tcp:close(Socket),
erlang:send_after(?RETRY_TIMEOUT, self(),
{timeout, retry_connect}),
{ok, connecting, S#eldap{host = Host}}
end;
- {error, Reason} ->
+ {error, _Reason} ->
erlang:send_after(?RETRY_TIMEOUT, self(),
{timeout, retry_connect}),
{ok, connecting, S#eldap{host = Host}}
next_host(Host, Hosts, Hosts).
next_host(Host, [Host], Hosts) -> hd(Hosts); % Wrap back to first
-next_host(Host, [Host|Tail], Hosts) -> hd(Tail); % Take next
-next_host(Host, [], Hosts) -> hd(Hosts); % Never connected before? (shouldn't happen)
-next_host(Host, [H|T], Hosts) -> next_host(Host, T, Hosts).
+next_host(Host, [Host|Tail], _Hosts) -> hd(Tail); % Take next
+next_host(_Host, [], Hosts) -> hd(Hosts); % Never connected before? (shouldn't happen)
+next_host(Host, [_|T], Hosts) -> next_host(Host, T, Hosts).
%%% --------------------------------------------------------------------
v_substr([{Key,Str}|T]) when list(Str),Key==initial;Key==any;Key==final ->
[{Key,Str}|v_substr(T)];
-v_substr([H|T]) ->
+v_substr([H|_]) ->
throw({error,{substring_arg,H}});
v_substr([]) ->
[].
case lists:keysearch(Key, 1, List) of
{value, {Key, Value}} when integer(Value) ->
Value;
- {value, {Key, Value}} ->
+ {value, {Key, _Value}} ->
throw({error, "Bad Value in Config for " ++ atom_to_list(Key)});
false ->
throw({error, "No Entry in Config for " ++ atom_to_list(Key)})
case lists:keysearch(Key, 1, List) of
{value, {Key, Value}} when list(Value) ->
Value;
- {value, {Key, Value}} ->
+ {value, {Key, _Value}} ->
throw({error, "Bad Value in Config for " ++ atom_to_list(Key)});
false ->
throw({error, "No Entry in Config for " ++ atom_to_list(Key)})
case lists:keysearch(Key, 1, List) of
{value, {Key, Value}} when function(Value) ->
Value;
- {value, {Key, Else}} ->
+ {value, {Key, _Else}} ->
false;
false ->
- fun(Level, Format, Args) -> io:format("--- " ++ Format, Args) end
+ fun(_Level, Format, Args) -> io:format("--- " ++ Format, Args) end
end.
get_hosts(Key, List) ->
({Key1, Value}) when list(Value),
Key == Key1->
Value;
- ({Else, Value}) ->
+ ({_Else, _Value}) ->
throw({error, "Bad Hostname in config"})
end, List).
-include("ejabberd_web_admin.hrl").
-process(["server", SHost | RPath], #request{auth = Auth,
- q = Query,
- lang = Lang} = Request) ->
+process(["server", SHost | RPath], #request{auth = Auth} = Request) ->
Host = jlib:nameprep(SHost),
case lists:member(Host, ?MYHOSTS) of
true ->
ejabberd_web:error(not_found)
end;
-process(RPath, #request{auth = Auth,
- q = Query,
- lang = Lang} = Request) ->
+process(RPath, #request{auth = Auth} = Request) ->
case get_auth(Auth) of
{User, Server} ->
case acl:match_rule(
"RK5CYII=").
process_admin(global,
- #request{us = US,
- path = [],
- q = Query,
- lang = Lang} = Request) ->
+ #request{path = [],
+ lang = Lang}) ->
MenuItems1 = ejabberd_hooks:run_fold(webadmin_menu_main, [], []),
MenuItems2 = [?LI([?ACT("/admin/"++MI_uri++"/", MI_name)]) || {MI_uri, MI_name} <- MenuItems1],
make_xhtml([?XCT("h1", "Administration"),
], global, Lang);
process_admin(Host,
- #request{us = US,
- path = [],
- q = Query,
- lang = Lang} = Request) ->
+ #request{path = [],
+ lang = Lang}) ->
Base = "/admin/server/" ++ Host ++ "/",
MenuItems1 = ejabberd_hooks:run_fold(webadmin_menu_host, Host, [], [Host]),
MenuItems2 = [?LI([?ACT(Base ++ MI_uri ++ "/", MI_name)]) || {MI_uri, MI_name} <- MenuItems1],
)
], Host, Lang);
-process_admin(Host,
- #request{us = US,
- path = ["style.css"],
- q = Query,
- lang = Lang} = Request) ->
+process_admin(Host, #request{path = ["style.css"]}) ->
{200, [{"Content-Type", "text/css"}], css(Host)};
-process_admin(Host,
- #request{us = US,
- path = ["favicon.ico"],
- q = Query,
- lang = Lang} = Request) ->
+process_admin(_Host, #request{path = ["favicon.ico"]}) ->
{200, [{"Content-Type", "image/x-icon"}], favicon()};
-process_admin(Host,
- #request{us = US,
- path = ["logo.png"],
- q = Query,
- lang = Lang} = Request) ->
+process_admin(_Host, #request{path = ["logo.png"]}) ->
{200, [{"Content-Type", "image/png"}], logo()};
-process_admin(Host,
- #request{us = US,
- path = ["logo-fill.png"],
- q = Query,
- lang = Lang} = Request) ->
+process_admin(_Host, #request{path = ["logo-fill.png"]}) ->
{200, [{"Content-Type", "image/png"}], logo_fill()};
process_admin(Host,
- #request{us = US,
- path = ["acls-raw"],
+ #request{path = ["acls-raw"],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
Res = case lists:keysearch("acls", 1, Query) of
{value, {_, String}} ->
case erl_scan:string(String) of
process_admin(Host,
#request{method = Method,
- us = US,
path = ["acls"],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
?DEBUG("query: ~p", [Query]),
Res = case Method of
'POST' ->
], Host, Lang);
process_admin(Host,
- #request{us = US,
- path = ["access-raw"],
+ #request{path = ["access-raw"],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
SetAccess =
fun(Rs) ->
mnesia:transaction(
process_admin(Host,
#request{method = Method,
- us = US,
path = ["access"],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
?DEBUG("query: ~p", [Query]),
Res = case Method of
'POST' ->
], Host, Lang);
process_admin(Host,
- #request{method = Method,
- us = US,
- path = ["access", SName],
+ #request{path = ["access", SName],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
?DEBUG("query: ~p", [Query]),
Name = list_to_atom(SName),
Res = case lists:keysearch("rules", 1, Query) of
], Host, Lang);
process_admin(global,
- #request{us = US,
- path = ["vhosts"],
- q = Query,
- lang = Lang} = Request) ->
+ #request{path = ["vhosts"],
+ lang = Lang}) ->
Res = list_vhosts(Lang),
make_xhtml([?XCT("h1", "ejabberd virtual hosts")] ++ Res, global, Lang);
process_admin(Host,
- #request{us = US,
- path = ["users"],
+ #request{path = ["users"],
q = Query,
- lang = Lang} = Request) when is_list(Host) ->
+ lang = Lang}) when is_list(Host) ->
Res = list_users(Host, Query, Lang, fun url_func/1),
make_xhtml([?XCT("h1", "Users")] ++ Res, Host, Lang);
process_admin(Host,
- #request{us = US,
- path = ["users", Diap],
- q = Query,
- lang = Lang} = Request) when is_list(Host) ->
+ #request{path = ["users", Diap],
+ lang = Lang}) when is_list(Host) ->
Res = list_users_in_diapason(Host, Diap, Lang, fun url_func/1),
make_xhtml([?XCT("h1", "Users")] ++ Res, Host, Lang);
process_admin(Host,
- #request{us = US,
+ #request{
path = ["online-users"],
- q = Query,
- lang = Lang} = Request) when is_list(Host) ->
+ lang = Lang}) when is_list(Host) ->
Res = list_online_users(Host, Lang),
make_xhtml([?XCT("h1", "Online Users")] ++ Res, Host, Lang);
process_admin(Host,
- #request{method = Method,
- us = US,
- path = ["last-activity"],
+ #request{path = ["last-activity"],
q = Query,
- lang = Lang} = Request) when is_list(Host) ->
+ lang = Lang}) when is_list(Host) ->
?DEBUG("query: ~p", [Query]),
Month = case lists:keysearch("period", 1, Query) of
{value, {_, Val}} ->
Res, Host, Lang);
process_admin(Host,
- #request{us = US,
- path = ["stats"],
- q = Query,
- lang = Lang} = Request) ->
+ #request{path = ["stats"],
+ lang = Lang}) ->
Res = get_stats(Host, Lang),
make_xhtml([?XCT("h1", "Statistics")] ++ Res, Host, Lang);
process_admin(Host,
- #request{us = US,
- path = ["user", U],
+ #request{path = ["user", U],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
Res = user_info(U, Host, Query, Lang),
make_xhtml(Res, Host, Lang);
process_admin(Host,
- #request{us = US,
- path = ["nodes"],
- q = Query,
- lang = Lang} = Request) ->
+ #request{path = ["nodes"],
+ lang = Lang}) ->
Res = get_nodes(Lang),
make_xhtml(Res, Host, Lang);
process_admin(Host,
- #request{us = US,
- path = ["node", SNode | NPath],
+ #request{path = ["node", SNode | NPath],
q = Query,
- lang = Lang} = Request) ->
+ lang = Lang}) ->
case search_running_node(SNode) of
false ->
make_xhtml([?XCT("h1", "Node not found")], Host, Lang);
NewACLs =
lists:map(
fun({acl, Name, Spec} = ACL) ->
- SName = atom_to_list(Name),
+ %%SName = atom_to_list(Name),
ID = term_to_id(ACL),
case {lists:keysearch("type" ++ ID, 1, Query),
lists:keysearch("value" ++ ID, 1, Query)} of
acl_parse_delete(ACLs, Query) ->
NewACLs =
lists:filter(
- fun({acl, Name, Spec} = ACL) ->
+ fun({acl, _Name, _Spec} = ACL) ->
ID = term_to_id(ACL),
not lists:member({"selected", ID}, Query)
end, ACLs),
end
end.
-access_parse_addnew(AccessRules, Host, Query) ->
+access_parse_addnew(_AccessRules, Host, Query) ->
case lists:keysearch("namenew", 1, Query) of
{value, {_, String}} when String /= "" ->
Name = list_to_atom(String),
access_rule_to_xhtml(Rules) ->
Text = lists:flatmap(
- fun({Access, ACL} = Rule) ->
+ fun({Access, ACL} = _Rule) ->
SAccess = atom_to_list(Access),
SACL = atom_to_list(ACL),
SAccess ++ "\t" ++ SACL ++ "\n"
lists:flatmap(
fun(K) ->
L = K + M - 1,
- Node = integer_to_list(K) ++ "-" ++ integer_to_list(L),
+ %%Node = integer_to_list(K) ++ "-" ++ integer_to_list(L),
Last = if L < N -> su_to_list(lists:nth(L, SUsers));
true -> su_to_list(lists:last(SUsers))
end,
?XCT("td", "Last Activity")])]),
?XE("tbody",
lists:map(
- fun(SU = {Server, User}) ->
+ fun(_SU = {Server, User}) ->
US = {User, Server},
QueueLen = length(mnesia:dirty_read({offline_msg, US})),
FQueueLen = [?AC(URLFunc({users_queue, Prefix,
list_online_users(Host, _Lang) ->
- Users = [{S, U} || {U, S, R} <- ejabberd_sm:get_vh_session_list(Host)],
+ Users = [{S, U} || {U, S, _R} <- ejabberd_sm:get_vh_session_list(Host)],
SUsers = lists:usort(Users),
lists:flatmap(
- fun({S, U} = SU) ->
+ fun({_S, U} = SU) ->
[?AC("../user/" ++ ejabberd_http:url_encode(U) ++ "/",
su_to_list(SU)),
?BR]
?INPUTT("submit", "stop", "Stop")])
];
-get_node(Host, Node, [], Query, Lang) ->
+get_node(Host, Node, [], _Query, Lang) ->
MenuItems1 = ejabberd_hooks:run_fold(webadmin_menu_hostnode, Host, [], [Host, Node]),
MenuItems2 = [?LI([?ACT(MI_uri++"/", MI_name)]) || {MI_uri, MI_name} <- MenuItems1],
[?XC("h1", ?T("Node ") ++ atom_to_list(Node)),
end;
get_node(global, Node, ["backup"], Query, Lang) ->
- Res = node_backup_parse_query(Node, Query),
+ _Res = node_backup_parse_query(Node, Query),
[?XC("h1", ?T("Backup of ") ++ atom_to_list(Node)),
?XCT("p", "Remark that these options will only backup the builtin Mnesia database. If you are using the ODBC module, you also need to backup your SQL database separately."),
?XAE("form", [{"action", ""}, {"method", "post"}],
[node_modules_to_xhtml(NewModules, Lang)])
];
-get_node(global, Node, ["stats"], Query, Lang) ->
+get_node(global, Node, ["stats"], _Query, Lang) ->
UpTime = rpc:call(Node, erlang, statistics, [wall_clock]),
UpTimeS = io_lib:format("~.3f", [element(1, UpTime)/1000]),
CPUTime = rpc:call(Node, erlang, statistics, [runtime]),
rpc:call(Node, code, purge, [ejabberd_update]),
Res = node_update_parse_query(Node, Query),
rpc:call(Node, code, load_file, [ejabberd_update]),
- {ok, Dir, UpdatedBeams, Script, LowLevelScript, Check} =
+ {ok, _Dir, UpdatedBeams, Script, LowLevelScript, Check} =
rpc:call(Node, ejabberd_update, update_info, []),
Mods =
case UpdatedBeams of
])]),
?XE("tbody",
lists:map(
- fun({Port, Module, Opts} = E) ->
+ fun({Port, Module, Opts} = _E) ->
SPort = integer_to_list(Port),
SModule = atom_to_list(Module),
- ID = term_to_id(E),
+ %%ID = term_to_id(E),
?XE("tr",
[?XC("td", SPort),
?XE("td", [?INPUT("text", "module" ++ SPort,
])]),
?XE("tbody",
lists:map(
- fun({Module, Opts} = E) ->
+ fun({Module, Opts} = _E) ->
SModule = atom_to_list(Module),
- ID = term_to_id(E),
+ %%ID = term_to_id(E),
?XE("tr",
[?XC("td", SModule),
?XE("td", [?INPUTS("text", "opts" ++ SModule,
url_func({user_diapason, From, To}) ->
integer_to_list(From) ++ "-" ++ integer_to_list(To) ++ "/";
-url_func({users_queue, Prefix, User, Server}) ->
+url_func({users_queue, Prefix, User, _Server}) ->
Prefix ++ "user/" ++ User ++ "/queue/";
-url_func({user, Prefix, User, Server}) ->
+url_func({user, Prefix, User, _Server}) ->
Prefix ++ "user/" ++ User ++ "/".
projects / ejabberd / commitdiff