ArgumentName = atom()
ArgumentValue = any()
</PRE><P>The default value is to not define any restriction: <TT>[]</TT>.
-If at least one restriction is defined, then the frontend expects
-that authentication information is provided when executing a command.
-The authentication information is Username, Hostname and Password of a local XMPP account
+The authentication information is provided when executing a command,
+and is Username, Hostname and Password of a local XMPP account
that has permission to execute the corresponding command.
This means that the account must be registered in the local ejabberd,
because the information will be verified.
\end{verbatim}
The default value is to not define any restriction: \term{[]}.
-If at least one restriction is defined, then the frontend expects
-that authentication information is provided when executing a command.
-The authentication information is Username, Hostname and Password of a local XMPP account
+The authentication information is provided when executing a command,
+and is Username, Hostname and Password of a local XMPP account
that has permission to execute the corresponding command.
This means that the account must be registered in the local ejabberd,
because the information will be verified.
%% @doc Check access is allowed to that command.
%% At least one AccessCommand must be satisfied.
%% It may throw {error, Error} where:
-%% Error = account_unprivileged | invalid_account_data | no_auth_provided
+%% Error = account_unprivileged | invalid_account_data
check_access_commands([], _Auth, _Method, _Command, _Arguments) ->
ok;
check_access_commands(AccessCommands, Auth, Method, Command, Arguments) ->
- {ok, User, Server} = check_auth(Auth),
AccessCommandsAllowed =
lists:filter(
fun({Access, Commands, ArgumentRestrictions}) ->
- case check_access(Access, User, Server) of
+ case check_access(Access, Auth) of
true ->
check_access_command(Commands, Command, ArgumentRestrictions,
Method, Arguments);
end.
check_auth(noauth) ->
- throw({error, no_auth_provided});
+ no_auth_provided;
check_auth({User, Server, Password}) ->
%% Check the account exists and password is valid
AccountPass = ejabberd_auth:get_password_s(User, Server),
lists:flatten([io_lib:format("~.16B", [X])
|| X <- binary_to_list(crypto:md5(AccountPass))]).
-check_access(Access, User, Server) ->
+check_access(all, _) ->
+ true;
+check_access(Access, Auth) ->
+ {ok, User, Server} = check_auth(Auth),
%% Check this user has access permission
case acl:match_rule(Server, Access, jlib:make_jid(User, Server, "")) of
allow -> true;