-module(xmerl_b64Bin).
-export([parse/1, parse_and_scan/1, format_error/1]).

-file("/net/isildur/ldisk/daily_build/17_prebuild_opu_o.2014-12-09_21/otp_src_17/bootstrap/lib/parsetools/include/yeccpre.hrl", 0).
%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 1996-2013. All Rights Reserved.
%%
%% The contents of this file are subject to the Erlang Public License,
%% Version 1.1, (the "License"); you may not use this file except in
%% compliance with the License. You should have received a copy of the
%% Erlang Public License along with this software. If not, it can be
%% retrieved online at http://www.erlang.org/.
%%
%% Software distributed under the License is distributed on an "AS IS"
%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
%% the License for the specific language governing rights and limitations
%% under the License.
%%
%% %CopyrightEnd%
%%

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% The parser generator will insert appropriate declarations before this line.%

-type yecc_ret() :: {'error', _} | {'ok', _}.

-spec parse(Tokens :: list()) -> yecc_ret().
parse(Tokens) ->
    yeccpars0(Tokens, {no_func, no_line}, 0, [], []).

-spec parse_and_scan({function() | {atom(), atom()}, [_]}
                     | {atom(), atom(), [_]}) -> yecc_ret().
parse_and_scan({F, A}) ->
    yeccpars0([], {{F, A}, no_line}, 0, [], []);
parse_and_scan({M, F, A}) ->
    Arity = length(A),
    yeccpars0([], {{fun M:F/Arity, A}, no_line}, 0, [], []).

-spec format_error(any()) -> [char() | list()].
format_error(Message) ->
    case io_lib:deep_char_list(Message) of
        true ->
            Message;
        _ ->
            io_lib:write(Message)
    end.

%% To be used in grammar files to throw an error message to the parser
%% toplevel. Doesn't have to be exported!
-compile({nowarn_unused_function, return_error/2}).
-spec return_error(integer(), any()) -> no_return().
return_error(Line, Message) ->
    throw({error, {Line, ?MODULE, Message}}).

-define(CODE_VERSION, "1.4").

yeccpars0(Tokens, Tzr, State, States, Vstack) ->
    try yeccpars1(Tokens, Tzr, State, States, Vstack)
    catch 
        error: Error ->
            Stacktrace = erlang:get_stacktrace(),
            try yecc_error_type(Error, Stacktrace) of
                Desc ->
                    erlang:raise(error, {yecc_bug, ?CODE_VERSION, Desc},
                                 Stacktrace)
            catch _:_ -> erlang:raise(error, Error, Stacktrace)
            end;
        %% Probably thrown from return_error/2:
        throw: {error, {_Line, ?MODULE, _M}} = Error ->
            Error
    end.

yecc_error_type(function_clause, [{?MODULE,F,ArityOrArgs,_} | _]) ->
    case atom_to_list(F) of
        "yeccgoto_" ++ SymbolL ->
            {ok,[{atom,_,Symbol}],_} = erl_scan:string(SymbolL),
            State = case ArityOrArgs of
                        [S,_,_,_,_,_,_] -> S;
                        _ -> state_is_unknown
                    end,
            {Symbol, State, missing_in_goto_table}
    end.

yeccpars1([Token | Tokens], Tzr, State, States, Vstack) ->
    yeccpars2(State, element(1, Token), States, Vstack, Token, Tokens, Tzr);
yeccpars1([], {{F, A},_Line}, State, States, Vstack) ->
    case apply(F, A) of
        {ok, Tokens, Endline} ->
            yeccpars1(Tokens, {{F, A}, Endline}, State, States, Vstack);
        {eof, Endline} ->
            yeccpars1([], {no_func, Endline}, State, States, Vstack);
        {error, Descriptor, _Endline} ->
            {error, Descriptor}
    end;
yeccpars1([], {no_func, no_line}, State, States, Vstack) ->
    Line = 999999,
    yeccpars2(State, '$end', States, Vstack, yecc_end(Line), [],
              {no_func, Line});
yeccpars1([], {no_func, Endline}, State, States, Vstack) ->
    yeccpars2(State, '$end', States, Vstack, yecc_end(Endline), [],
              {no_func, Endline}).

%% yeccpars1/7 is called from generated code.
%%
%% When using the {includefile, Includefile} option, make sure that
%% yeccpars1/7 can be found by parsing the file without following
%% include directives. yecc will otherwise assume that an old
%% yeccpre.hrl is included (one which defines yeccpars1/5).
yeccpars1(State1, State, States, Vstack, Token0, [Token | Tokens], Tzr) ->
    yeccpars2(State, element(1, Token), [State1 | States],
              [Token0 | Vstack], Token, Tokens, Tzr);
yeccpars1(State1, State, States, Vstack, Token0, [], {{_F,_A}, _Line}=Tzr) ->
    yeccpars1([], Tzr, State, [State1 | States], [Token0 | Vstack]);
yeccpars1(State1, State, States, Vstack, Token0, [], {no_func, no_line}) ->
    Line = yecctoken_end_location(Token0),
    yeccpars2(State, '$end', [State1 | States], [Token0 | Vstack],
              yecc_end(Line), [], {no_func, Line});
yeccpars1(State1, State, States, Vstack, Token0, [], {no_func, Line}) ->
    yeccpars2(State, '$end', [State1 | States], [Token0 | Vstack],
              yecc_end(Line), [], {no_func, Line}).

%% For internal use only.
yecc_end({Line,_Column}) ->
    {'$end', Line};
yecc_end(Line) ->
    {'$end', Line}.

yecctoken_end_location(Token) ->
    try
        {text, Str} = erl_scan:token_info(Token, text),
        {line, Line} = erl_scan:token_info(Token, line),
        Parts = re:split(Str, "\n"),
        Dline = length(Parts) - 1,
        Yline = Line + Dline,
        case erl_scan:token_info(Token, column) of
            {column, Column} ->
                Col = byte_size(lists:last(Parts)),
                {Yline, Col + if Dline =:= 0 -> Column; true -> 1 end};
            undefined ->
                Yline
        end
    catch _:_ ->
        yecctoken_location(Token)
    end.

-compile({nowarn_unused_function, yeccerror/1}).
yeccerror(Token) ->
    Text = yecctoken_to_string(Token),
    Location = yecctoken_location(Token),
    {error, {Location, ?MODULE, ["syntax error before: ", Text]}}.

-compile({nowarn_unused_function, yecctoken_to_string/1}).
yecctoken_to_string(Token) ->
    case catch erl_scan:token_info(Token, text) of
        {text, Txt} -> Txt;
        _ -> yecctoken2string(Token)
    end.

yecctoken_location(Token) ->
    case catch erl_scan:token_info(Token, location) of
        {location, Loc} -> Loc;
        _ -> element(2, Token)
    end.

-compile({nowarn_unused_function, yecctoken2string/1}).
yecctoken2string({atom, _, A}) -> io_lib:write(A);
yecctoken2string({integer,_,N}) -> io_lib:write(N);
yecctoken2string({float,_,F}) -> io_lib:write(F);
yecctoken2string({char,_,C}) -> io_lib:write_char(C);
yecctoken2string({var,_,V}) -> io_lib:format("~s", [V]);
yecctoken2string({string,_,S}) -> io_lib:write_string(S);
yecctoken2string({reserved_symbol, _, A}) -> io_lib:write(A);
yecctoken2string({_Cat, _, Val}) -> io_lib:format("~p",[Val]);
yecctoken2string({dot, _}) -> "'.'";
yecctoken2string({'$end', _}) ->
    [];
yecctoken2string({Other, _}) when is_atom(Other) ->
    io_lib:write(Other);
yecctoken2string(Other) ->
    io_lib:write(Other).

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%



-file("./xmerl_b64Bin.erl", 188).

yeccpars2(0=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_0(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(1=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_1(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(2=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_2(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(3=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_3(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(4=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_4(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(5=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_5(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(6=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_6(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(7=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_7(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(8=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_8(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(9=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_9(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(10=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_10(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(11=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_11(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(12=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_12(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(13=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_13(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(14=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_14(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(15=S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_15(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(16=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_16(S, Cat, Ss, Stack, T, Ts, Tzr);
%% yeccpars2(17=S, Cat, Ss, Stack, T, Ts, Tzr) ->
%%  yeccpars2_17(S, Cat, Ss, Stack, T, Ts, Tzr);
yeccpars2(Other, _, _, _, _, _, _) ->
 erlang:error({yecc_bug,"1.4",{missing_state_in_action_table, Other}}).

yeccpars2_0(S, b04, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 4, Ss, Stack, T, Ts, Tzr);
yeccpars2_0(S, b16x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 5, Ss, Stack, T, Ts, Tzr);
yeccpars2_0(S, b64x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 6, Ss, Stack, T, Ts, Tzr);
yeccpars2_0(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_0_(Stack),
 yeccpars2_2(2, Cat, [0 | Ss], NewStack, T, Ts, Tzr).

yeccpars2_1(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_1_(Stack),
 yeccgoto_base64Binary(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_2(_S, '$end', _Ss, Stack, _T, _Ts, _Tzr) ->
 {ok, hd(Stack)};
yeccpars2_2(_, _, _, _, T, _, _) ->
 yeccerror(T).

yeccpars2_3(S, b04, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 8, Ss, Stack, T, Ts, Tzr);
yeccpars2_3(S, b16x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 5, Ss, Stack, T, Ts, Tzr);
yeccpars2_3(S, b64x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 6, Ss, Stack, T, Ts, Tzr);
yeccpars2_3(_, _, _, _, T, _, _) ->
 yeccerror(T).

yeccpars2_4(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_4_(Stack),
 yeccgoto_b64(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_5(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_5_(Stack),
 yeccgoto_b64(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_6(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_6_(Stack),
 yeccgoto_b64(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_7(S, b04, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 13, Ss, Stack, T, Ts, Tzr);
yeccpars2_7(S, b16x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 14, Ss, Stack, T, Ts, Tzr);
yeccpars2_7(S, b64x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 6, Ss, Stack, T, Ts, Tzr);
yeccpars2_7(_, _, _, _, T, _, _) ->
 yeccerror(T).

yeccpars2_8(S, '=', Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 9, Ss, Stack, T, Ts, Tzr);
yeccpars2_8(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_8_(Stack),
 yeccgoto_b64(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_9(S, '=', Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 10, Ss, Stack, T, Ts, Tzr);
yeccpars2_9(_, _, _, _, T, _, _) ->
 yeccerror(T).

yeccpars2_10(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 [_,_,_|Nss] = Ss,
 NewStack = yeccpars2_10_(Stack),
 yeccgoto_base64Binary2(hd(Nss), Cat, Nss, NewStack, T, Ts, Tzr).

yeccpars2_11(S, b04, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 4, Ss, Stack, T, Ts, Tzr);
yeccpars2_11(S, b16x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 5, Ss, Stack, T, Ts, Tzr);
yeccpars2_11(S, b64x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 6, Ss, Stack, T, Ts, Tzr);
yeccpars2_11(_, _, _, _, T, _, _) ->
 yeccerror(T).

yeccpars2_12(S, '=', Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 15, Ss, Stack, T, Ts, Tzr);
yeccpars2_12(_, _, _, _, T, _, _) ->
 yeccerror(T).

yeccpars2_13(_S, '=', Ss, Stack, T, Ts, Tzr) ->
 NewStack = 'yeccpars2_13_='(Stack),
 yeccgoto_b16(hd(Ss), '=', Ss, NewStack, T, Ts, Tzr);
yeccpars2_13(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_13_(Stack),
 yeccgoto_b64(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_14(_S, '=', Ss, Stack, T, Ts, Tzr) ->
 NewStack = 'yeccpars2_14_='(Stack),
 yeccgoto_b16(hd(Ss), '=', Ss, NewStack, T, Ts, Tzr);
yeccpars2_14(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 NewStack = yeccpars2_14_(Stack),
 yeccgoto_b64(hd(Ss), Cat, Ss, NewStack, T, Ts, Tzr).

yeccpars2_15(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 [_,_,_|Nss] = Ss,
 NewStack = yeccpars2_15_(Stack),
 yeccgoto_base64Binary2(hd(Nss), Cat, Nss, NewStack, T, Ts, Tzr).

yeccpars2_16(S, b04, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 4, Ss, Stack, T, Ts, Tzr);
yeccpars2_16(S, b16x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 5, Ss, Stack, T, Ts, Tzr);
yeccpars2_16(S, b64x, Ss, Stack, T, Ts, Tzr) ->
 yeccpars1(S, 6, Ss, Stack, T, Ts, Tzr);
yeccpars2_16(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 [_,_,_|Nss] = Ss,
 NewStack = yeccpars2_16_(Stack),
 yeccgoto_base64Binary2(hd(Nss), Cat, Nss, NewStack, T, Ts, Tzr).

yeccpars2_17(_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 [_,_,_,_|Nss] = Ss,
 NewStack = yeccpars2_17_(Stack),
 yeccgoto_base64Binary2(hd(Nss), Cat, Nss, NewStack, T, Ts, Tzr).

yeccgoto_b16(7, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_12(12, Cat, Ss, Stack, T, Ts, Tzr).

yeccgoto_b64(0, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_3(3, Cat, Ss, Stack, T, Ts, Tzr);
yeccgoto_b64(3, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_7(7, Cat, Ss, Stack, T, Ts, Tzr);
yeccgoto_b64(7, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_11(11, Cat, Ss, Stack, T, Ts, Tzr);
yeccgoto_b64(11, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_16(16, Cat, Ss, Stack, T, Ts, Tzr);
yeccgoto_b64(16, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_3(3, Cat, Ss, Stack, T, Ts, Tzr).

yeccgoto_base64Binary(0, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_2(2, Cat, Ss, Stack, T, Ts, Tzr).

yeccgoto_base64Binary2(0=_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_1(_S, Cat, Ss, Stack, T, Ts, Tzr);
yeccgoto_base64Binary2(16=_S, Cat, Ss, Stack, T, Ts, Tzr) ->
 yeccpars2_17(_S, Cat, Ss, Stack, T, Ts, Tzr).

-compile({inline,yeccpars2_0_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_0_(__Stack0) ->
 [begin
   '$undefined'
  end | __Stack0].

-compile({inline,yeccpars2_1_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_1_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_4_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_4_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_5_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_5_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_6_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_6_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_8_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_8_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_10_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_10_(__Stack0) ->
 [__4,__3,__2,__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,'yeccpars2_13_='/1}).
-file("xmerl_b64Bin.yrl", 0).
'yeccpars2_13_='(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_13_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_13_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,'yeccpars2_14_='/1}).
-file("xmerl_b64Bin.yrl", 0).
'yeccpars2_14_='(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_14_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_14_(__Stack0) ->
 [__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_15_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_15_(__Stack0) ->
 [__4,__3,__2,__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_16_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_16_(__Stack0) ->
 [__4,__3,__2,__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].

-compile({inline,yeccpars2_17_/1}).
-file("xmerl_b64Bin.yrl", 0).
yeccpars2_17_(__Stack0) ->
 [__5,__4,__3,__2,__1 | __Stack] = __Stack0,
 [begin
   '$undefined'
  end | __Stack].


