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diff --git a/1.1.x/src/mochiweb/mochijson.erl b/1.1.x/src/mochiweb/mochijson.erl
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--- a/1.1.x/src/mochiweb/mochijson.erl
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@@ -1,531 +0,0 @@
-%% @author Bob Ippolito <bob@mochimedia.com>
-%% @copyright 2006 Mochi Media, Inc.
-
-%% @doc Yet another JSON (RFC 4627) library for Erlang.
--module(mochijson).
--author('bob@mochimedia.com').
--export([encoder/1, encode/1]).
--export([decoder/1, decode/1]).
--export([binary_encoder/1, binary_encode/1]).
--export([binary_decoder/1, binary_decode/1]).
-
-% This is a macro to placate syntax highlighters..
--define(Q, $\").
--define(ADV_COL(S, N), S#decoder{column=N+S#decoder.column}).
--define(INC_COL(S), S#decoder{column=1+S#decoder.column}).
--define(INC_LINE(S), S#decoder{column=1, line=1+S#decoder.line}).
-
-%% @type iolist() = [char() | binary() | iolist()]
-%% @type iodata() = iolist() | binary()
-%% @type json_string() = atom | string() | binary()
-%% @type json_number() = integer() | float()
-%% @type json_array() = {array, [json_term()]}
-%% @type json_object() = {struct, [{json_string(), json_term()}]}
-%% @type json_term() = json_string() | json_number() | json_array() |
-%% json_object()
-%% @type encoding() = utf8 | unicode
-%% @type encoder_option() = {input_encoding, encoding()} |
-%% {handler, function()}
-%% @type decoder_option() = {input_encoding, encoding()} |
-%% {object_hook, function()}
-%% @type bjson_string() = binary()
-%% @type bjson_number() = integer() | float()
-%% @type bjson_array() = [bjson_term()]
-%% @type bjson_object() = {struct, [{bjson_string(), bjson_term()}]}
-%% @type bjson_term() = bjson_string() | bjson_number() | bjson_array() |
-%% bjson_object()
-%% @type binary_encoder_option() = {handler, function()}
-%% @type binary_decoder_option() = {object_hook, function()}
-
--record(encoder, {input_encoding=unicode,
- handler=null}).
-
--record(decoder, {input_encoding=utf8,
- object_hook=null,
- line=1,
- column=1,
- state=null}).
-
-%% @spec encoder([encoder_option()]) -> function()
-%% @doc Create an encoder/1 with the given options.
-encoder(Options) ->
- State = parse_encoder_options(Options, #encoder{}),
- fun (O) -> json_encode(O, State) end.
-
-%% @spec encode(json_term()) -> iolist()
-%% @doc Encode the given as JSON to an iolist.
-encode(Any) ->
- json_encode(Any, #encoder{}).
-
-%% @spec decoder([decoder_option()]) -> function()
-%% @doc Create a decoder/1 with the given options.
-decoder(Options) ->
- State = parse_decoder_options(Options, #decoder{}),
- fun (O) -> json_decode(O, State) end.
-
-%% @spec decode(iolist()) -> json_term()
-%% @doc Decode the given iolist to Erlang terms.
-decode(S) ->
- json_decode(S, #decoder{}).
-
-%% @spec binary_decoder([binary_decoder_option()]) -> function()
-%% @doc Create a binary_decoder/1 with the given options.
-binary_decoder(Options) ->
- mochijson2:decoder(Options).
-
-%% @spec binary_encoder([binary_encoder_option()]) -> function()
-%% @doc Create a binary_encoder/1 with the given options.
-binary_encoder(Options) ->
- mochijson2:encoder(Options).
-
-%% @spec binary_encode(bjson_term()) -> iolist()
-%% @doc Encode the given as JSON to an iolist, using lists for arrays and
-%% binaries for strings.
-binary_encode(Any) ->
- mochijson2:encode(Any).
-
-%% @spec binary_decode(iolist()) -> bjson_term()
-%% @doc Decode the given iolist to Erlang terms, using lists for arrays and
-%% binaries for strings.
-binary_decode(S) ->
- mochijson2:decode(S).
-
-%% Internal API
-
-parse_encoder_options([], State) ->
- State;
-parse_encoder_options([{input_encoding, Encoding} | Rest], State) ->
- parse_encoder_options(Rest, State#encoder{input_encoding=Encoding});
-parse_encoder_options([{handler, Handler} | Rest], State) ->
- parse_encoder_options(Rest, State#encoder{handler=Handler}).
-
-parse_decoder_options([], State) ->
- State;
-parse_decoder_options([{input_encoding, Encoding} | Rest], State) ->
- parse_decoder_options(Rest, State#decoder{input_encoding=Encoding});
-parse_decoder_options([{object_hook, Hook} | Rest], State) ->
- parse_decoder_options(Rest, State#decoder{object_hook=Hook}).
-
-json_encode(true, _State) ->
- "true";
-json_encode(false, _State) ->
- "false";
-json_encode(null, _State) ->
- "null";
-json_encode(I, _State) when is_integer(I) ->
- integer_to_list(I);
-json_encode(F, _State) when is_float(F) ->
- mochinum:digits(F);
-json_encode(L, State) when is_list(L); is_binary(L); is_atom(L) ->
- json_encode_string(L, State);
-json_encode({array, Props}, State) when is_list(Props) ->
- json_encode_array(Props, State);
-json_encode({struct, Props}, State) when is_list(Props) ->
- json_encode_proplist(Props, State);
-json_encode(Bad, #encoder{handler=null}) ->
- exit({json_encode, {bad_term, Bad}});
-json_encode(Bad, State=#encoder{handler=Handler}) ->
- json_encode(Handler(Bad), State).
-
-json_encode_array([], _State) ->
- "[]";
-json_encode_array(L, State) ->
- F = fun (O, Acc) ->
- [$,, json_encode(O, State) | Acc]
- end,
- [$, | Acc1] = lists:foldl(F, "[", L),
- lists:reverse([$\] | Acc1]).
-
-json_encode_proplist([], _State) ->
- "{}";
-json_encode_proplist(Props, State) ->
- F = fun ({K, V}, Acc) ->
- KS = case K of
- K when is_atom(K) ->
- json_encode_string_utf8(atom_to_list(K));
- K when is_integer(K) ->
- json_encode_string(integer_to_list(K), State);
- K when is_list(K); is_binary(K) ->
- json_encode_string(K, State)
- end,
- VS = json_encode(V, State),
- [$,, VS, $:, KS | Acc]
- end,
- [$, | Acc1] = lists:foldl(F, "{", Props),
- lists:reverse([$\} | Acc1]).
-
-json_encode_string(A, _State) when is_atom(A) ->
- json_encode_string_unicode(xmerl_ucs:from_utf8(atom_to_list(A)));
-json_encode_string(B, _State) when is_binary(B) ->
- json_encode_string_unicode(xmerl_ucs:from_utf8(B));
-json_encode_string(S, #encoder{input_encoding=utf8}) ->
- json_encode_string_utf8(S);
-json_encode_string(S, #encoder{input_encoding=unicode}) ->
- json_encode_string_unicode(S).
-
-json_encode_string_utf8(S) ->
- [?Q | json_encode_string_utf8_1(S)].
-
-json_encode_string_utf8_1([C | Cs]) when C >= 0, C =< 16#7f ->
- NewC = case C of
- $\\ -> "\\\\";
- ?Q -> "\\\"";
- _ when C >= $\s, C < 16#7f -> C;
- $\t -> "\\t";
- $\n -> "\\n";
- $\r -> "\\r";
- $\f -> "\\f";
- $\b -> "\\b";
- _ when C >= 0, C =< 16#7f -> unihex(C);
- _ -> exit({json_encode, {bad_char, C}})
- end,
- [NewC | json_encode_string_utf8_1(Cs)];
-json_encode_string_utf8_1(All=[C | _]) when C >= 16#80, C =< 16#10FFFF ->
- [?Q | Rest] = json_encode_string_unicode(xmerl_ucs:from_utf8(All)),
- Rest;
-json_encode_string_utf8_1([]) ->
- "\"".
-
-json_encode_string_unicode(S) ->
- [?Q | json_encode_string_unicode_1(S)].
-
-json_encode_string_unicode_1([C | Cs]) ->
- NewC = case C of
- $\\ -> "\\\\";
- ?Q -> "\\\"";
- _ when C >= $\s, C < 16#7f -> C;
- $\t -> "\\t";
- $\n -> "\\n";
- $\r -> "\\r";
- $\f -> "\\f";
- $\b -> "\\b";
- _ when C >= 0, C =< 16#10FFFF -> unihex(C);
- _ -> exit({json_encode, {bad_char, C}})
- end,
- [NewC | json_encode_string_unicode_1(Cs)];
-json_encode_string_unicode_1([]) ->
- "\"".
-
-dehex(C) when C >= $0, C =< $9 ->
- C - $0;
-dehex(C) when C >= $a, C =< $f ->
- C - $a + 10;
-dehex(C) when C >= $A, C =< $F ->
- C - $A + 10.
-
-hexdigit(C) when C >= 0, C =< 9 ->
- C + $0;
-hexdigit(C) when C =< 15 ->
- C + $a - 10.
-
-unihex(C) when C < 16#10000 ->
- <<D3:4, D2:4, D1:4, D0:4>> = <<C:16>>,
- Digits = [hexdigit(D) || D <- [D3, D2, D1, D0]],
- [$\\, $u | Digits];
-unihex(C) when C =< 16#10FFFF ->
- N = C - 16#10000,
- S1 = 16#d800 bor ((N bsr 10) band 16#3ff),
- S2 = 16#dc00 bor (N band 16#3ff),
- [unihex(S1), unihex(S2)].
-
-json_decode(B, S) when is_binary(B) ->
- json_decode(binary_to_list(B), S);
-json_decode(L, S) ->
- {Res, L1, S1} = decode1(L, S),
- {eof, [], _} = tokenize(L1, S1#decoder{state=trim}),
- Res.
-
-decode1(L, S=#decoder{state=null}) ->
- case tokenize(L, S#decoder{state=any}) of
- {{const, C}, L1, S1} ->
- {C, L1, S1};
- {start_array, L1, S1} ->
- decode_array(L1, S1#decoder{state=any}, []);
- {start_object, L1, S1} ->
- decode_object(L1, S1#decoder{state=key}, [])
- end.
-
-make_object(V, #decoder{object_hook=null}) ->
- V;
-make_object(V, #decoder{object_hook=Hook}) ->
- Hook(V).
-
-decode_object(L, S=#decoder{state=key}, Acc) ->
- case tokenize(L, S) of
- {end_object, Rest, S1} ->
- V = make_object({struct, lists:reverse(Acc)}, S1),
- {V, Rest, S1#decoder{state=null}};
- {{const, K}, Rest, S1} when is_list(K) ->
- {colon, L2, S2} = tokenize(Rest, S1),
- {V, L3, S3} = decode1(L2, S2#decoder{state=null}),
- decode_object(L3, S3#decoder{state=comma}, [{K, V} | Acc])
- end;
-decode_object(L, S=#decoder{state=comma}, Acc) ->
- case tokenize(L, S) of
- {end_object, Rest, S1} ->
- V = make_object({struct, lists:reverse(Acc)}, S1),
- {V, Rest, S1#decoder{state=null}};
- {comma, Rest, S1} ->
- decode_object(Rest, S1#decoder{state=key}, Acc)
- end.
-
-decode_array(L, S=#decoder{state=any}, Acc) ->
- case tokenize(L, S) of
- {end_array, Rest, S1} ->
- {{array, lists:reverse(Acc)}, Rest, S1#decoder{state=null}};
- {start_array, Rest, S1} ->
- {Array, Rest1, S2} = decode_array(Rest, S1#decoder{state=any}, []),
- decode_array(Rest1, S2#decoder{state=comma}, [Array | Acc]);
- {start_object, Rest, S1} ->
- {Array, Rest1, S2} = decode_object(Rest, S1#decoder{state=key}, []),
- decode_array(Rest1, S2#decoder{state=comma}, [Array | Acc]);
- {{const, Const}, Rest, S1} ->
- decode_array(Rest, S1#decoder{state=comma}, [Const | Acc])
- end;
-decode_array(L, S=#decoder{state=comma}, Acc) ->
- case tokenize(L, S) of
- {end_array, Rest, S1} ->
- {{array, lists:reverse(Acc)}, Rest, S1#decoder{state=null}};
- {comma, Rest, S1} ->
- decode_array(Rest, S1#decoder{state=any}, Acc)
- end.
-
-tokenize_string(IoList=[C | _], S=#decoder{input_encoding=utf8}, Acc)
- when is_list(C); is_binary(C); C >= 16#7f ->
- List = xmerl_ucs:from_utf8(iolist_to_binary(IoList)),
- tokenize_string(List, S#decoder{input_encoding=unicode}, Acc);
-tokenize_string("\"" ++ Rest, S, Acc) ->
- {lists:reverse(Acc), Rest, ?INC_COL(S)};
-tokenize_string("\\\"" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\" | Acc]);
-tokenize_string("\\\\" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\\ | Acc]);
-tokenize_string("\\/" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$/ | Acc]);
-tokenize_string("\\b" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\b | Acc]);
-tokenize_string("\\f" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\f | Acc]);
-tokenize_string("\\n" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\n | Acc]);
-tokenize_string("\\r" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\r | Acc]);
-tokenize_string("\\t" ++ Rest, S, Acc) ->
- tokenize_string(Rest, ?ADV_COL(S, 2), [$\t | Acc]);
-tokenize_string([$\\, $u, C3, C2, C1, C0 | Rest], S, Acc) ->
- % coalesce UTF-16 surrogate pair?
- C = dehex(C0) bor
- (dehex(C1) bsl 4) bor
- (dehex(C2) bsl 8) bor
- (dehex(C3) bsl 12),
- tokenize_string(Rest, ?ADV_COL(S, 6), [C | Acc]);
-tokenize_string([C | Rest], S, Acc) when C >= $\s; C < 16#10FFFF ->
- tokenize_string(Rest, ?ADV_COL(S, 1), [C | Acc]).
-
-tokenize_number(IoList=[C | _], Mode, S=#decoder{input_encoding=utf8}, Acc)
- when is_list(C); is_binary(C); C >= 16#7f ->
- List = xmerl_ucs:from_utf8(iolist_to_binary(IoList)),
- tokenize_number(List, Mode, S#decoder{input_encoding=unicode}, Acc);
-tokenize_number([$- | Rest], sign, S, []) ->
- tokenize_number(Rest, int, ?INC_COL(S), [$-]);
-tokenize_number(Rest, sign, S, []) ->
- tokenize_number(Rest, int, S, []);
-tokenize_number([$0 | Rest], int, S, Acc) ->
- tokenize_number(Rest, frac, ?INC_COL(S), [$0 | Acc]);
-tokenize_number([C | Rest], int, S, Acc) when C >= $1, C =< $9 ->
- tokenize_number(Rest, int1, ?INC_COL(S), [C | Acc]);
-tokenize_number([C | Rest], int1, S, Acc) when C >= $0, C =< $9 ->
- tokenize_number(Rest, int1, ?INC_COL(S), [C | Acc]);
-tokenize_number(Rest, int1, S, Acc) ->
- tokenize_number(Rest, frac, S, Acc);
-tokenize_number([$., C | Rest], frac, S, Acc) when C >= $0, C =< $9 ->
- tokenize_number(Rest, frac1, ?ADV_COL(S, 2), [C, $. | Acc]);
-tokenize_number([E | Rest], frac, S, Acc) when E == $e; E == $E ->
- tokenize_number(Rest, esign, ?INC_COL(S), [$e, $0, $. | Acc]);
-tokenize_number(Rest, frac, S, Acc) ->
- {{int, lists:reverse(Acc)}, Rest, S};
-tokenize_number([C | Rest], frac1, S, Acc) when C >= $0, C =< $9 ->
- tokenize_number(Rest, frac1, ?INC_COL(S), [C | Acc]);
-tokenize_number([E | Rest], frac1, S, Acc) when E == $e; E == $E ->
- tokenize_number(Rest, esign, ?INC_COL(S), [$e | Acc]);
-tokenize_number(Rest, frac1, S, Acc) ->
- {{float, lists:reverse(Acc)}, Rest, S};
-tokenize_number([C | Rest], esign, S, Acc) when C == $-; C == $+ ->
- tokenize_number(Rest, eint, ?INC_COL(S), [C | Acc]);
-tokenize_number(Rest, esign, S, Acc) ->
- tokenize_number(Rest, eint, S, Acc);
-tokenize_number([C | Rest], eint, S, Acc) when C >= $0, C =< $9 ->
- tokenize_number(Rest, eint1, ?INC_COL(S), [C | Acc]);
-tokenize_number([C | Rest], eint1, S, Acc) when C >= $0, C =< $9 ->
- tokenize_number(Rest, eint1, ?INC_COL(S), [C | Acc]);
-tokenize_number(Rest, eint1, S, Acc) ->
- {{float, lists:reverse(Acc)}, Rest, S}.
-
-tokenize([], S=#decoder{state=trim}) ->
- {eof, [], S};
-tokenize([L | Rest], S) when is_list(L) ->
- tokenize(L ++ Rest, S);
-tokenize([B | Rest], S) when is_binary(B) ->
- tokenize(xmerl_ucs:from_utf8(B) ++ Rest, S);
-tokenize("\r\n" ++ Rest, S) ->
- tokenize(Rest, ?INC_LINE(S));
-tokenize("\n" ++ Rest, S) ->
- tokenize(Rest, ?INC_LINE(S));
-tokenize([C | Rest], S) when C == $\s; C == $\t ->
- tokenize(Rest, ?INC_COL(S));
-tokenize("{" ++ Rest, S) ->
- {start_object, Rest, ?INC_COL(S)};
-tokenize("}" ++ Rest, S) ->
- {end_object, Rest, ?INC_COL(S)};
-tokenize("[" ++ Rest, S) ->
- {start_array, Rest, ?INC_COL(S)};
-tokenize("]" ++ Rest, S) ->
- {end_array, Rest, ?INC_COL(S)};
-tokenize("," ++ Rest, S) ->
- {comma, Rest, ?INC_COL(S)};
-tokenize(":" ++ Rest, S) ->
- {colon, Rest, ?INC_COL(S)};
-tokenize("null" ++ Rest, S) ->
- {{const, null}, Rest, ?ADV_COL(S, 4)};
-tokenize("true" ++ Rest, S) ->
- {{const, true}, Rest, ?ADV_COL(S, 4)};
-tokenize("false" ++ Rest, S) ->
- {{const, false}, Rest, ?ADV_COL(S, 5)};
-tokenize("\"" ++ Rest, S) ->
- {String, Rest1, S1} = tokenize_string(Rest, ?INC_COL(S), []),
- {{const, String}, Rest1, S1};
-tokenize(L=[C | _], S) when C >= $0, C =< $9; C == $- ->
- case tokenize_number(L, sign, S, []) of
- {{int, Int}, Rest, S1} ->
- {{const, list_to_integer(Int)}, Rest, S1};
- {{float, Float}, Rest, S1} ->
- {{const, list_to_float(Float)}, Rest, S1}
- end.
-
-
-%%
-%% Tests
-%%
--include_lib("eunit/include/eunit.hrl").
--ifdef(TEST).
-
-%% testing constructs borrowed from the Yaws JSON implementation.
-
-%% Create an object from a list of Key/Value pairs.
-
-obj_new() ->
- {struct, []}.
-
-is_obj({struct, Props}) ->
- F = fun ({K, _}) when is_list(K) ->
- true;
- (_) ->
- false
- end,
- lists:all(F, Props).
-
-obj_from_list(Props) ->
- Obj = {struct, Props},
- case is_obj(Obj) of
- true -> Obj;
- false -> exit(json_bad_object)
- end.
-
-%% Test for equivalence of Erlang terms.
-%% Due to arbitrary order of construction, equivalent objects might
-%% compare unequal as erlang terms, so we need to carefully recurse
-%% through aggregates (tuples and objects).
-
-equiv({struct, Props1}, {struct, Props2}) ->
- equiv_object(Props1, Props2);
-equiv({array, L1}, {array, L2}) ->
- equiv_list(L1, L2);
-equiv(N1, N2) when is_number(N1), is_number(N2) -> N1 == N2;
-equiv(S1, S2) when is_list(S1), is_list(S2) -> S1 == S2;
-equiv(true, true) -> true;
-equiv(false, false) -> true;
-equiv(null, null) -> true.
-
-%% Object representation and traversal order is unknown.
-%% Use the sledgehammer and sort property lists.
-
-equiv_object(Props1, Props2) ->
- L1 = lists:keysort(1, Props1),
- L2 = lists:keysort(1, Props2),
- Pairs = lists:zip(L1, L2),
- true = lists:all(fun({{K1, V1}, {K2, V2}}) ->
- equiv(K1, K2) and equiv(V1, V2)
- end, Pairs).
-
-%% Recursively compare tuple elements for equivalence.
-
-equiv_list([], []) ->
- true;
-equiv_list([V1 | L1], [V2 | L2]) ->
- equiv(V1, V2) andalso equiv_list(L1, L2).
-
-e2j_vec_test() ->
- test_one(e2j_test_vec(utf8), 1).
-
-issue33_test() ->
- %% http://code.google.com/p/mochiweb/issues/detail?id=33
- Js = {struct, [{"key", [194, 163]}]},
- Encoder = encoder([{input_encoding, utf8}]),
- "{\"key\":\"\\u00a3\"}" = lists:flatten(Encoder(Js)).
-
-test_one([], _N) ->
- %% io:format("~p tests passed~n", [N-1]),
- ok;
-test_one([{E, J} | Rest], N) ->
- %% io:format("[~p] ~p ~p~n", [N, E, J]),
- true = equiv(E, decode(J)),
- true = equiv(E, decode(encode(E))),
- test_one(Rest, 1+N).
-
-e2j_test_vec(utf8) ->
- [
- {1, "1"},
- {3.1416, "3.14160"}, % text representation may truncate, trail zeroes
- {-1, "-1"},
- {-3.1416, "-3.14160"},
- {12.0e10, "1.20000e+11"},
- {1.234E+10, "1.23400e+10"},
- {-1.234E-10, "-1.23400e-10"},
- {10.0, "1.0e+01"},
- {123.456, "1.23456E+2"},
- {10.0, "1e1"},
- {"foo", "\"foo\""},
- {"foo" ++ [5] ++ "bar", "\"foo\\u0005bar\""},
- {"", "\"\""},
- {"\"", "\"\\\"\""},
- {"\n\n\n", "\"\\n\\n\\n\""},
- {"\\", "\"\\\\\""},
- {"\" \b\f\r\n\t\"", "\"\\\" \\b\\f\\r\\n\\t\\\"\""},
- {obj_new(), "{}"},
- {obj_from_list([{"foo", "bar"}]), "{\"foo\":\"bar\"}"},
- {obj_from_list([{"foo", "bar"}, {"baz", 123}]),
- "{\"foo\":\"bar\",\"baz\":123}"},
- {{array, []}, "[]"},
- {{array, [{array, []}]}, "[[]]"},
- {{array, [1, "foo"]}, "[1,\"foo\"]"},
-
- % json array in a json object
- {obj_from_list([{"foo", {array, [123]}}]),
- "{\"foo\":[123]}"},
-
- % json object in a json object
- {obj_from_list([{"foo", obj_from_list([{"bar", true}])}]),
- "{\"foo\":{\"bar\":true}}"},
-
- % fold evaluation order
- {obj_from_list([{"foo", {array, []}},
- {"bar", obj_from_list([{"baz", true}])},
- {"alice", "bob"}]),
- "{\"foo\":[],\"bar\":{\"baz\":true},\"alice\":\"bob\"}"},
-
- % json object in a json array
- {{array, [-123, "foo", obj_from_list([{"bar", {array, []}}]), null]},
- "[-123,\"foo\",{\"bar\":[]},null]"}
- ].
-
--endif.
generated by cgit v1.2.3 (git 2.25.1) at 2024-11-08 01:08:15 +0000