优化 调整

src/gen_ipc.erl

@@ -484,7 +484,8 @@ system_code_change({CycleData, Module, CurStatus, CurState, IsHib}, _Mod, OldVsn
    case
       try Module:code_change(OldVsn, CurStatus, CurState, Extra)
       catch
-         throw:Result -> Result
+         throw:Result -> Result;
+         _C:_R -> {_R, _R}
       end
    of
       {ok, NewStatus, NewState} ->
@@ -527,8 +528,7 @@ call(ServerRef, Request) ->
    try gen:call(ServerRef, '$gen_call', Request) of
       {ok, Reply} ->
          Reply
-   catch
-      Class:Reason:Stacktrace ->
+   catch Class:Reason:Stacktrace ->
          erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request]}}, Stacktrace)
    end.
 
@@ -537,16 +537,14 @@ call(ServerRef, Request, infinity) ->
    try gen:call(ServerRef, '$gen_call', Request, infinity) of
       {ok, Reply} ->
          Reply
-   catch
-      Class:Reason:Stacktrace ->
+   catch Class:Reason:Stacktrace ->
          erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request, infinity]}}, Stacktrace)
    end;
 call(ServerRef, Request, {dirty_timeout, T} = Timeout) ->
    try gen:call(ServerRef, '$gen_call', Request, T) of
       {ok, Reply} ->
          Reply
-   catch
-      Class:Reason:Stacktrace ->
+   catch Class:Reason:Stacktrace ->
          erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request, Timeout]}}, Stacktrace)
    end;
 call(ServerRef, Request, {clean_timeout, T} = Timeout) ->
@@ -599,7 +597,7 @@ multi_call(Nodes, Name, Request, Timeout) when is_list(Nodes), is_atom(Name), is
 
 do_multi_call(Nodes, Name, Request, infinity) ->
    Tag = make_ref(),
-   Monitors = send_nodes(Nodes, Name, Tag, Request, []),
+   Monitors = send_nodes(Nodes, Name, Tag, Request),
    rec_nodes(Tag, Monitors, Name, undefined);
 do_multi_call(Nodes, Name, Request, Timeout) ->
    Tag = make_ref(),
@@ -610,7 +608,7 @@ do_multi_call(Nodes, Name, Request, Timeout) ->
          Mref = erlang:monitor(process, Caller),
          receive
             {Caller, Tag} ->
-               Monitors = send_nodes(Nodes, Name, Tag, Request, []),
+               Monitors = send_nodes(Nodes, Name, Tag, Request),
                TimerId = erlang:start_timer(Timeout, self(), ok),
                Result = rec_nodes(Tag, Monitors, Name, TimerId),
                exit({self(), Tag, Result});
@@ -628,6 +626,47 @@ do_multi_call(Nodes, Name, Request, Timeout) ->
          exit(Reason)
    end.
 
+-spec cast(ServerRef :: serverRef(), Msg :: term()) -> ok.
+cast({global, Name}, Msg) ->
+   try global:send(Name, {'$gen_cast', Msg}),
+       ok
+   catch _:_ -> ok
+   end;
+cast({via, RegMod, Name}, Msg) ->
+   try RegMod:send(Name, {'$gen_cast', Msg}),
+      ok
+   catch _:_ -> ok
+   end;
+cast({Name, Node} = Dest, Msg) when is_atom(Name), is_atom(Node) ->
+   try erlang:send(Dest, {'$gen_cast', Msg}),
+      ok
+   catch _:_ -> ok
+   end;
+cast(Dest, Msg) ->
+   try erlang:send(Dest, {'$gen_cast', Msg}),
+      ok
+   catch _:_ -> ok
+   end.
+
+%% 异步广播，不返回任何内容，只是发送“ n”祈祷
+abcast(Name, Msg) when is_atom(Name) ->
+   doAbcast([node() | nodes()], Name, Msg).
+
+abcast(Nodes, Name, Msg) when is_list(Nodes), is_atom(Name) ->
+   doAbcast(Nodes, Name, Msg).
+
+doAbcast(Nodes, Name, Msg) ->
+   [
+      begin
+         try erlang:send({Name, Node}, {'$gen_cast', Msg}),
+         ok
+         catch
+            _:_ -> ok
+         end
+      end || Node <- Nodes
+   ],
+   ok.
+
 -spec send_request(ServerRef :: serverRef(), Request :: term()) -> RequestId :: requestId().
 send_request(Name, Request) ->
    gen:send_request(Name, '$gen_call', Request).
@@ -650,14 +689,17 @@ wait_response(RequestId, Timeout) ->
 check_response(Msg, RequestId) ->
    gen:check_response(Msg, RequestId).
 
-send_nodes([Node | Tail], Name, Tag, Request, Monitors) when is_atom(Node) ->
-   Monitor = start_monitor(Node, Name),
-   catch {Name, Node} ! {'$gen_call', {self(), {Tag, Node}}, Request},
-   send_nodes(Tail, Name, Tag, Request, [Monitor | Monitors]);
-send_nodes([_Node | Tail], Name, Tag, Request, Monitors) ->
-   send_nodes(Tail, Name, Tag, Request, Monitors);
-send_nodes([], _Name, _Tag, _Req, Monitors) ->
-   Monitors.
+send_nodes(Nodes, Name, Tag, Request) ->
+   [
+      begin
+         Monitor = start_monitor(Node, Name),
+         try {Name, Node} ! {'$gen_call', {self(), {Tag, Node}}, Request},
+            ok
+            catch _:_ -> ok
+         end,
+         Monitor
+    end || Node <- Nodes, is_atom(Node)
+   ].
 
 rec_nodes(Tag, Nodes, Name, TimerId) ->
    rec_nodes(Tag, Nodes, Name, [], [], 2000, TimerId).
@@ -756,82 +798,45 @@ start_monitor(Node, Name) when is_atom(Node), is_atom(Name) ->
          end
    end.
 
--spec cast(ServerRef :: serverRef(), Msg :: term()) -> ok.
-cast({global, Name}, Msg) ->
-   try global:send(Name, {'$gen_cast', Msg}) of
-      _ -> ok
-   catch
-      _:_ -> ok
-   end;
-cast({via, RegMod, Name}, Msg) ->
-   try RegMod:send(Name, {'$gen_cast', Msg}) of
-      _ -> ok
-   catch
-      _:_ -> ok
-   end;
-cast({Name, Node} = Dest, Msg) when is_atom(Name), is_atom(Node) ->
-   try
-      erlang:send(Dest, {'$gen_cast', Msg}),
-      ok
-   catch
-      error:_ -> ok
-   end;
-cast(Dest, Msg) ->
-   try
-      erlang:send(Dest, {'$gen_cast', Msg}),
+%% Reply from a status machine callback to whom awaits in call/2
+-spec reply([replyAction(), ...] | replyAction()) -> ok.
+reply({reply, {To, Tag}, Reply}) ->
+   try To ! {Tag, Reply},
       ok
-   catch
-      error:_ -> ok
-   end.
-
-%% 异步广播，不返回任何内容，只是发送“ n”祈祷
-abcast(Name, Msg) when is_atom(Name) ->
-   doAbcast([node() | nodes()], Name, Msg).
-
-abcast(Nodes, Name, Msg) when is_list(Nodes), is_atom(Name) ->
-   doAbcast(Nodes, Name, Msg).
-
-doAbcast([Node | Nodes], Name, Msg) when is_atom(Node) ->
-   try
-      erlang:send({Name, Node}, {'$gen_cast', Msg}),
+   catch _:_ ->
       ok
-   catch
-      error:_ -> ok
-   end,
-   doAbcast(Nodes, Name, Msg);
-doAbcast([], _, _) -> abcast.
-
-%% Reply from a status machine callback to whom awaits in call/2
--spec reply([replyAction()] | replyAction()) -> ok.
-reply({reply, From, Reply}) ->
-   reply(From, Reply);
+   end;
 reply(Replies) when is_list(Replies) ->
-   replies(Replies).
-
-replies([{reply, From, Reply} | Replies]) ->
-   reply(From, Reply),
-   replies(Replies);
-replies([]) ->
+   [
+      begin
+         try To ! {Tag, Reply},
+             ok
+         catch _:_ ->
+            ok
+         end
+      end || {reply, {To, Tag}, Reply} <- Replies
+   ],
    ok.
 
 -spec reply(From :: from(), Reply :: term()) -> ok.
 reply({To, Tag}, Reply) ->
-   catch To ! {Tag, Reply},
-   ok.
+   try To ! {Tag, Reply},
+      ok
+   catch _:_ ->
+      ok
+   end.
 
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% API helpers  end  %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% gen_event  start %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 epmRequest({global, Name}, Msg) ->
-   try global:send(Name, Msg) of
-      _ -> ok
-   catch
-      _:_ -> ok
+   try global:send(Name, Msg),
+   ok
+   catch _:_ -> ok
    end;
 epmRequest({via, RegMod, Name}, Msg) ->
-   try RegMod:send(Name, Msg) of
-      _ -> ok
-   catch
-      _:_ -> ok
+   try RegMod:send(Name, Msg),
+      ok
+   catch _:_ -> ok
    end;
 epmRequest(EpmSrv, Cmd) ->
    EpmSrv ! Cmd,
@@ -849,8 +854,7 @@ epmRpc(EpmSrv, Cmd) ->
    try gen:call(EpmSrv, '$epm_call', Cmd, infinity) of
       {ok, Reply} ->
          Reply
-   catch
-      Class:Reason:Stacktrace ->
+   catch Class:Reason:Stacktrace ->
          erlang:raise(Class, {Reason, {?MODULE, call, [EpmSrv, Cmd, infinity]}}, Stacktrace)
    end.
 
@@ -858,8 +862,7 @@ epmRpc(EpmSrv, Cmd, Timeout) ->
    try gen:call(EpmSrv, '$epm_call', Cmd, Timeout) of
       {ok, Reply} ->
          Reply
-   catch
-      Class:Reason:Stacktrace ->
+   catch Class:Reason:Stacktrace ->
          erlang:raise(Class, {Reason, {?MODULE, call, [EpmSrv, Cmd, Timeout]}}, Stacktrace)
    end.
 
@@ -2322,9 +2325,9 @@ mod(_) -> "t".
 format_status(Opt, PDict, _CycleData, Module, CurStatus, CurState) ->
    case erlang:function_exported(Module, formatStatus, 2) of
       true ->
-         try Module:format_status(Opt, [PDict, CurStatus, CurState])
+         try Module:formatStatus(Opt, [PDict, CurStatus, CurState])
          catch
-            Result -> Result;
+            throw:Result -> Result;
             _:_ ->
                format_status_default(Opt, {{CurStatus, CurState}, atom_to_list(Module) ++ ":formatStatus/2 crashed"})
          end;

src/gen_srv.erl

@@ -12,7 +12,7 @@
    , stop/1, stop/3
    , call/2, call/3
    , send_request/2, wait_response/2, check_response/2
-   , cast/2, reply/2
+   , cast/2, reply/1, reply/2
    , abcast/2, abcast/3
    , multi_call/2, multi_call/3, multi_call/4
    , enter_loop/3, enter_loop/4, enter_loop/5
@@ -60,8 +60,6 @@
    | {'global', GlobalName :: term()}
    | {'via', RegMod :: module(), ViaName :: term()}.
 
--type requestId() :: term().
-
 -type startOpt() ::
    {'timeout', Time :: timeout()} |
    {'spawn_opt', [proc_lib:spawn_option()]} |
@@ -90,6 +88,13 @@
 -type timeoutOption() :: {abs, Abs :: boolean()}.
 %% -type timer() :: #{TimeoutName :: atom() => {TimerRef :: reference(), TimeoutMsg :: term()}}.
 
+%% gen:call 发送消息来源进程格式类型
+-type from() :: {To :: pid(), Tag :: term()}.
+-type requestId() :: term().
+
+-type replyAction() ::
+   {'reply', From :: from(), Reply :: term()}.
+
 -callback init(Args :: term()) ->
    {ok, State :: term()} |
    {ok, State :: term(), action()} |
@@ -298,9 +303,15 @@ system_terminate(Reason, _Parent, Debug, [Name, Module, _HibernateAfterTimeout,
    terminate(exit, Reason, ?STACKTRACE(), Name, Module, CurState, Debug, Timers, []).
 
 system_code_change([Name, Module, HibernateAfterTimeout, CurState, Timers, IsHib], _Module, OldVsn, Extra) ->
-   case catch Module:code_change(OldVsn, CurState, Extra) of
+   case
+      try Module:code_change(OldVsn, CurState, Extra)
+      catch
+         throw:Result -> Result;
+         _C:_R -> {_R, _R}
+      end
+   of
       {ok, NewState} -> {ok, [Name, Module, HibernateAfterTimeout, NewState, Timers, IsHib]};
-      Else -> Else
+      Error -> Error
    end.
 
 system_get_state([_Name, _Module, _HibernateAfterTimeout, CurState, _Timers, _IsHib]) ->
@@ -318,85 +329,67 @@ system_replace_state(StateFun, [Name, Module, HibernateAfterTimeout, CurState, T
 %% be monitored.
 %% If the client is trapping exits and is linked server termination
 %% is handled here (? Shall we do that here (or rely on timeouts) ?).
-%% -----------------------------------------------------------------
-call(Name, Request) ->
-   case catch gen:call(Name, '$gen_call', Request) of
-      {ok, Res} ->
-         Res;
-      {'EXIT', Reason} ->
-         exit({Reason, {?MODULE, call, [Name, Request]}})
+-spec call(ServerRef :: serverRef(), Request :: term()) -> Reply :: term().
+call(ServerRef, Request) ->
+   try gen:call(ServerRef, '$gen_call', Request) of
+      {ok, Reply} ->
+         Reply
+   catch Class:Reason:Stacktrace ->
+         erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request]}}, Stacktrace)
    end.
 
-call(Name, Request, Timeout) ->
-   case catch gen:call(Name, '$gen_call', Request, Timeout) of
-      {ok, Res} ->
-         Res;
-      {'EXIT', Reason} ->
-         exit({Reason, {?MODULE, call, [Name, Request, Timeout]}})
+-spec call(ServerRef :: serverRef(), Request :: term(), Timeout :: timeout() |{'clean_timeout', T :: timeout()} | {'dirty_timeout', T :: timeout()}) -> Reply :: term().
+call(ServerRef, Request, infinity) ->
+   try gen:call(ServerRef, '$gen_call', Request, infinity) of
+      {ok, Reply} ->
+         Reply
+   catch Class:Reason:Stacktrace ->
+         erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request, infinity]}}, Stacktrace)
+   end;
+call(ServerRef, Request, {dirty_timeout, T} = Timeout) ->
+   try gen:call(ServerRef, '$gen_call', Request, T) of
+      {ok, Reply} ->
+         Reply
+   catch Class:Reason:Stacktrace ->
+         erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request, Timeout]}}, Stacktrace)
+   end;
+call(ServerRef, Request, {clean_timeout, T} = Timeout) ->
+   callClean(ServerRef, Request, Timeout, T);
+call(ServerRef, Request, {_, _} = Timeout) ->
+   erlang:error(badarg, [ServerRef, Request, Timeout]);
+call(ServerRef, Request, Timeout) ->
+   callClean(ServerRef, Request, Timeout, Timeout).
+
+callClean(ServerRef, Request, Timeout, T) ->
+   %% 通过代理过程呼叫服务器以躲避任何较晚的答复
+   Ref = make_ref(),
+   Self = self(),
+   Pid = spawn(
+      fun() ->
+         Self !
+            try gen:call(ServerRef, '$gen_call', Request, T) of
+               Result ->
+                  {Ref, Result}
+            catch Class:Reason:Stacktrace ->
+               {Ref, Class, Reason, Stacktrace}
+            end
+      end),
+   Mref = monitor(process, Pid),
+   receive
+      {Ref, Result} ->
+         demonitor(Mref, [flush]),
+         case Result of
+            {ok, Reply} ->
+               Reply
+         end;
+      {Ref, Class, Reason, Stacktrace} ->
+         demonitor(Mref, [flush]),
+         erlang:raise(Class, {Reason, {?MODULE, call, [ServerRef, Request, Timeout]}}, Stacktrace);
+      {'DOWN', Mref, _, _, Reason} ->
+         %% 从理论上讲，有可能在try-of和！之间杀死代理进程。因此，在这种情况下
+         exit(Reason)
    end.
 
-%% -----------------------------------------------------------------
-%% Send a request to a generic server and return a Key which should be
-%% used with wait_response/2 or check_response/2 to fetch the
-%% result of the request.
-
--spec send_request(Name :: serverRef(), Request :: term()) -> requestId().
-send_request(Name, Request) ->
-   gen:send_request(Name, '$gen_call', Request).
-
--spec wait_response(RequestId :: requestId(), timeout()) ->
-   {reply, Reply :: term()} | 'timeout' | {error, {Reason :: term(), serverRef()}}.
-wait_response(RequestId, Timeout) ->
-   gen:wait_response(RequestId, Timeout).
-
--spec check_response(Msg :: term(), RequestId :: requestId()) ->
-   {reply, Reply :: term()} | 'no_reply' | {error, {Reason :: term(), serverRef()}}.
-check_response(Msg, RequestId) ->
-   gen:check_response(Msg, RequestId).
-
-%% -----------------------------------------------------------------
-%% Make a cast to a generic server.
-%% -----------------------------------------------------------------
-cast({global, Name}, Request) ->
-   catch global:send(Name, cast_msg(Request)),
-   ok;
-cast({via, Module, Name}, Request) ->
-   catch Module:send(Name, cast_msg(Request)),
-   ok;
-cast({Name, Node} = Dest, Request) when is_atom(Name), is_atom(Node) ->
-   do_cast(Dest, Request);
-cast(Dest, Request) when is_atom(Dest) ->
-   do_cast(Dest, Request);
-cast(Dest, Request) when is_pid(Dest) ->
-   do_cast(Dest, Request).
-
-do_cast(Dest, Request) ->
-   do_send(Dest, cast_msg(Request)),
-   ok.
-
-cast_msg(Request) -> {'$gen_cast', Request}.
-
-%% -----------------------------------------------------------------
-%% Send a reply to the client.
-%% -----------------------------------------------------------------
-reply({To, Tag}, Reply) ->
-   catch To ! {Tag, Reply},
-   ok.
-
-%% -----------------------------------------------------------------
-%% Asynchronous broadcast, returns nothing, it's just send 'n' pray
-%%-----------------------------------------------------------------
-abcast(Name, Request) when is_atom(Name) ->
-   do_abcast([node() | nodes()], Name, cast_msg(Request)).
-
-abcast(Nodes, Name, Request) when is_list(Nodes), is_atom(Name) ->
-   do_abcast(Nodes, Name, cast_msg(Request)).
-
-do_abcast([Node | Nodes], Name, Msg) when is_atom(Node) ->
-   do_send({Name, Node}, Msg),
-   do_abcast(Nodes, Name, Msg);
-do_abcast([], _, _) -> abcast.
-
 %%% -----------------------------------------------------------------
 %%% Make a call to servers at several nodes.
 %%% Returns: {[Replies],[BadNodes]}
@@ -407,83 +400,151 @@ do_abcast([], _, _) -> abcast.
 %%% queue, it would probably become confused. Late answers will
 %%% now arrive to the terminated middleman and so be discarded.
 %%% -----------------------------------------------------------------
-multi_call(Name, Req)
-   when is_atom(Name) ->
-   do_multi_call([node() | nodes()], Name, Req, infinity).
 
-multi_call(Nodes, Name, Req)
-   when is_list(Nodes), is_atom(Name) ->
-   do_multi_call(Nodes, Name, Req, infinity).
+multi_call(Name, Request) when is_atom(Name) ->
+   do_multi_call([node() | nodes()], Name, Request, infinity).
 
-multi_call(Nodes, Name, Req, infinity) ->
-   do_multi_call(Nodes, Name, Req, infinity);
-multi_call(Nodes, Name, Req, Timeout)
-   when is_list(Nodes), is_atom(Name), is_integer(Timeout), Timeout >= 0 ->
-   do_multi_call(Nodes, Name, Req, Timeout).
+multi_call(Nodes, Name, Request) when is_list(Nodes), is_atom(Name) ->
+   do_multi_call(Nodes, Name, Request, infinity).
 
-%%% ---------------------------------------------------
-%%% Send/receive functions
-%%% ---------------------------------------------------
-do_send(Dest, Msg) ->
-   try erlang:send(Dest, Msg)
-   catch
-      error:_ -> ok
-   end,
-   ok.
+multi_call(Nodes, Name, Request, infinity) ->
+   do_multi_call(Nodes, Name, Request, infinity);
+multi_call(Nodes, Name, Request, Timeout) when is_list(Nodes), is_atom(Name), is_integer(Timeout), Timeout >= 0 ->
+   do_multi_call(Nodes, Name, Request, Timeout).
 
-do_multi_call(Nodes, Name, Req, infinity) ->
+do_multi_call(Nodes, Name, Request, infinity) ->
    Tag = make_ref(),
-   Monitors = send_nodes(Nodes, Name, Tag, Req),
+   Monitors = send_nodes(Nodes, Name, Tag, Request),
    rec_nodes(Tag, Monitors, Name, undefined);
-do_multi_call(Nodes, Name, Req, Timeout) ->
+do_multi_call(Nodes, Name, Request, Timeout) ->
    Tag = make_ref(),
    Caller = self(),
-   Receiver =
-      spawn(
-         fun() ->
-            %% Middleman process. Should be unsensitive to regular
-            %% exit signals. The sychronization is needed in case
-            %% the receiver would exit before the caller started
-            %% the monitor.
-            process_flag(trap_exit, true),
-            Mref = erlang:monitor(process, Caller),
-            receive
-               {Caller, Tag} ->
-                  Monitors = send_nodes(Nodes, Name, Tag, Req),
-                  TimerId = erlang:start_timer(Timeout, self(), ok),
-                  Result = rec_nodes(Tag, Monitors, Name, TimerId),
-                  exit({self(), Tag, Result});
-               {'DOWN', Mref, _, _, _} ->
-                  %% Caller died before sending us the go-ahead.
-                  %% Give up silently.
-                  exit(normal)
-            end
-         end),
+   Receiver = spawn(
+      fun() ->
+         process_flag(trap_exit, true),
+         Mref = erlang:monitor(process, Caller),
+         receive
+            {Caller, Tag} ->
+               Monitors = send_nodes(Nodes, Name, Tag, Request),
+               TimerId = erlang:start_timer(Timeout, self(), ok),
+               Result = rec_nodes(Tag, Monitors, Name, TimerId),
+               exit({self(), Tag, Result});
+            {'DOWN', Mref, _, _, _} ->
+               exit(normal)
+         end
+      end
+   ),
    Mref = erlang:monitor(process, Receiver),
    Receiver ! {self(), Tag},
    receive
       {'DOWN', Mref, _, _, {Receiver, Tag, Result}} ->
          Result;
       {'DOWN', Mref, _, _, Reason} ->
-         %% The middleman code failed. Or someone did
-         %% exit(_, kill) on the middleman process => Reason==killed
          exit(Reason)
    end.
 
-send_nodes(Nodes, Name, Tag, Req) ->
-   send_nodes(Nodes, Name, Tag, Req, []).
-
-send_nodes([Node | Tail], Name, Tag, Req, Monitors)
-   when is_atom(Node) ->
-   Monitor = start_monitor(Node, Name),
-   %% Handle non-existing names in rec_nodes.
-   catch {Name, Node} ! {'$gen_call', {self(), {Tag, Node}}, Req},
-   send_nodes(Tail, Name, Tag, Req, [Monitor | Monitors]);
-send_nodes([_Node | Tail], Name, Tag, Req, Monitors) ->
-   %% Skip non-atom Node
-   send_nodes(Tail, Name, Tag, Req, Monitors);
-send_nodes([], _Name, _Tag, _Req, Monitors) ->
-   Monitors.
+-spec cast(ServerRef :: serverRef(), Msg :: term()) -> ok.
+cast({global, Name}, Msg) ->
+   try global:send(Name, {'$gen_cast', Msg}),
+   ok
+   catch _:_ -> ok
+   end;
+cast({via, RegMod, Name}, Msg) ->
+   try RegMod:send(Name, {'$gen_cast', Msg}),
+   ok
+   catch _:_ -> ok
+   end;
+cast({Name, Node} = Dest, Msg) when is_atom(Name), is_atom(Node) ->
+   try erlang:send(Dest, {'$gen_cast', Msg}),
+   ok
+   catch _:_ -> ok
+   end;
+cast(Dest, Msg) ->
+   try erlang:send(Dest, {'$gen_cast', Msg}),
+   ok
+   catch _:_ -> ok
+   end.
+
+%% 异步广播，不返回任何内容，只是发送“ n”祈祷
+abcast(Name, Msg) when is_atom(Name) ->
+   doAbcast([node() | nodes()], Name, Msg).
+
+abcast(Nodes, Name, Msg) when is_list(Nodes), is_atom(Name) ->
+   doAbcast(Nodes, Name, Msg).
+
+doAbcast(Nodes, Name, Msg) ->
+   [
+      begin
+         try erlang:send({Name, Node}, {'$gen_cast', Msg}),
+         ok
+         catch
+            _:_ -> ok
+         end
+      end || Node <- Nodes
+   ],
+   ok.
+
+%% -----------------------------------------------------------------
+%% Send a reply to the client.
+%% -----------------------------------------------------------------
+%% Reply from a status machine callback to whom awaits in call/2
+-spec reply([replyAction(), ...] | replyAction()) -> ok.
+reply({reply, {To, Tag}, Reply}) ->
+   try To ! {Tag, Reply},
+   ok
+   catch _:_ ->
+      ok
+   end;
+reply(Replies) when is_list(Replies) ->
+   [
+      begin
+         try To ! {Tag, Reply},
+         ok
+         catch _:_ ->
+            ok
+         end
+      end || {reply, {To, Tag}, Reply} <- Replies
+   ],
+   ok.
+
+-spec reply(From :: from(), Reply :: term()) -> ok.
+reply({To, Tag}, Reply) ->
+   try To ! {Tag, Reply},
+      ok
+   catch _:_ ->
+      ok
+   end.
+
+%% -----------------------------------------------------------------
+%% Send a request to a generic server and return a Key which should be
+%% used with wait_response/2 or check_response/2 to fetch the
+%% result of the request.
+
+-spec send_request(Name :: serverRef(), Request :: term()) -> requestId().
+send_request(Name, Request) ->
+   gen:send_request(Name, '$gen_call', Request).
+
+-spec wait_response(RequestId :: requestId(), timeout()) ->
+   {reply, Reply :: term()} | 'timeout' | {error, {Reason :: term(), serverRef()}}.
+wait_response(RequestId, Timeout) ->
+   gen:wait_response(RequestId, Timeout).
+
+-spec check_response(Msg :: term(), RequestId :: requestId()) ->
+   {reply, Reply :: term()} | 'no_reply' | {error, {Reason :: term(), serverRef()}}.
+check_response(Msg, RequestId) ->
+   gen:check_response(Msg, RequestId).
+
+send_nodes(Nodes, Name, Tag, Request) ->
+   [
+      begin
+         Monitor = start_monitor(Node, Name),
+         try {Name, Node} ! {'$gen_call', {self(), {Tag, Node}}, Request},
+         ok
+         catch _:_ -> ok
+         end,
+         Monitor
+      end || Node <- Nodes, is_atom(Node)
+   ].
 
 %% Against old nodes:
 %% If no reply has been delivered within 2 secs. (per node) check that
@@ -807,10 +868,10 @@ listify(Item) when is_list(Item) ->
 listify(Item) ->
    [Item].
 
-listHib(true) ->
-   [hibernate];
+listHib(false) ->
+   [];
 listHib(_) ->
-   [].
+[hibernate].
 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% timer deal end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 
 
@@ -1172,7 +1233,7 @@ format_status(Opt, Module, PDict, State) ->
       end,
    case erlang:function_exported(Module, format_status, 2) of
       true ->
-         case catch Module:format_status(Opt, [PDict, State]) of
+         case catch Module:formatStatus(Opt, [PDict, State]) of
             {'EXIT', _} -> DefStatus;
             Else -> Else
          end;