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tree-sitter/spec/fixtures/parsers/json.c
Max Brunsfeld c495076adb Record in parse table which actions can hide splits 
Suppose a parse state S has multiple actions for a terminal lookahead symbol A.
Then during incremental parsing, while in state S, the parser should not
reuse a non-terminal lookahead B where FIRST(B) contains A, because reusing B
might prematurely discard one of the possible actions that a batch parser
would have attempted in state S, upon seeing A as a lookahead.
2015-12-17 13:11:56 -08:00

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#include "tree_sitter/parser.h"
#define STATE_COUNT 69
#define SYMBOL_COUNT 18
enum {
sym__value = ts_builtin_sym_start,
sym_object,
sym_array,
aux_sym_object_repeat1,
aux_sym_array_repeat1,
anon_sym_LBRACE,
anon_sym_COLON,
anon_sym_COMMA,
anon_sym_RBRACE,
anon_sym_LBRACK,
anon_sym_RBRACK,
sym_string,
sym_number,
sym_null,
sym_true,
sym_false,
};
static const char *ts_symbol_names[] = {
[sym__value] = "_value",
[sym_object] = "object",
[sym_array] = "array",
[aux_sym_object_repeat1] = "object_repeat1",
[aux_sym_array_repeat1] = "array_repeat1",
[ts_builtin_sym_error] = "ERROR",
[ts_builtin_sym_end] = "END",
[anon_sym_LBRACE] = "{",
[anon_sym_COLON] = ":",
[anon_sym_COMMA] = ",",
[anon_sym_RBRACE] = "}",
[anon_sym_LBRACK] = "[",
[anon_sym_RBRACK] = "]",
[sym_string] = "string",
[sym_number] = "number",
[sym_null] = "null",
[sym_true] = "true",
[sym_false] = "false",
};
static const TSSymbolMetadata ts_symbol_metadata[SYMBOL_COUNT] = {
[sym__value] = {.visible = false, .named = false, .structural = true, .extra = false},
[sym_object] = {.visible = true, .named = true, .structural = true, .extra = false},
[sym_array] = {.visible = true, .named = true, .structural = true, .extra = false},
[aux_sym_object_repeat1] = {.visible = false, .named = false, .structural = true, .extra = false},
[aux_sym_array_repeat1] = {.visible = false, .named = false, .structural = true, .extra = false},
[ts_builtin_sym_error] = {.visible = true, .named = true, .structural = true, .extra = false},
[ts_builtin_sym_end] = {.visible = false, .named = false, .structural = true, .extra = false},
[anon_sym_LBRACE] = {.visible = true, .named = false, .structural = true, .extra = false},
[anon_sym_COLON] = {.visible = true, .named = false, .structural = true, .extra = false},
[anon_sym_COMMA] = {.visible = true, .named = false, .structural = true, .extra = false},
[anon_sym_RBRACE] = {.visible = true, .named = false, .structural = true, .extra = false},
[anon_sym_LBRACK] = {.visible = true, .named = false, .structural = true, .extra = false},
[anon_sym_RBRACK] = {.visible = true, .named = false, .structural = true, .extra = false},
[sym_string] = {.visible = true, .named = true, .structural = true, .extra = false},
[sym_number] = {.visible = true, .named = true, .structural = true, .extra = false},
[sym_null] = {.visible = true, .named = true, .structural = true, .extra = false},
[sym_true] = {.visible = true, .named = true, .structural = true, .extra = false},
[sym_false] = {.visible = true, .named = true, .structural = true, .extra = false},
};
static TSTree *ts_lex(TSLexer *lexer, TSStateId lex_state) {
START_LEXER();
switch (lex_state) {
case 1:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(1);
if (lookahead == '\"')
ADVANCE(2);
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(6);
if (lookahead == '[')
ADVANCE(9);
if (lookahead == 'f')
ADVANCE(10);
if (lookahead == 'n')
ADVANCE(15);
if (lookahead == 't')
ADVANCE(19);
if (lookahead == '{')
ADVANCE(23);
LEX_ERROR();
case 2:
if (lookahead == '\"')
ADVANCE(3);
if (lookahead == '\\')
ADVANCE(4);
if (!((lookahead == 0) ||
(lookahead == '\"') ||
(lookahead == '\\')))
ADVANCE(2);
LEX_ERROR();
case 3:
ACCEPT_TOKEN(sym_string);
case 4:
if (lookahead == '\"')
ADVANCE(5);
if (lookahead == '\\')
ADVANCE(4);
if (!((lookahead == 0) ||
(lookahead == '\"') ||
(lookahead == '\\')))
ADVANCE(2);
LEX_ERROR();
case 5:
if (lookahead == '\"')
ADVANCE(3);
if (lookahead == '\\')
ADVANCE(4);
if (!((lookahead == 0) ||
(lookahead == '\"') ||
(lookahead == '\\')))
ADVANCE(2);
ACCEPT_TOKEN(sym_string);
case 6:
if (lookahead == '.')
ADVANCE(7);
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(6);
ACCEPT_TOKEN(sym_number);
case 7:
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(8);
LEX_ERROR();
case 8:
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(8);
ACCEPT_TOKEN(sym_number);
case 9:
ACCEPT_TOKEN(anon_sym_LBRACK);
case 10:
if (lookahead == 'a')
ADVANCE(11);
LEX_ERROR();
case 11:
if (lookahead == 'l')
ADVANCE(12);
LEX_ERROR();
case 12:
if (lookahead == 's')
ADVANCE(13);
LEX_ERROR();
case 13:
if (lookahead == 'e')
ADVANCE(14);
LEX_ERROR();
case 14:
ACCEPT_TOKEN(sym_false);
case 15:
if (lookahead == 'u')
ADVANCE(16);
LEX_ERROR();
case 16:
if (lookahead == 'l')
ADVANCE(17);
LEX_ERROR();
case 17:
if (lookahead == 'l')
ADVANCE(18);
LEX_ERROR();
case 18:
ACCEPT_TOKEN(sym_null);
case 19:
if (lookahead == 'r')
ADVANCE(20);
LEX_ERROR();
case 20:
if (lookahead == 'u')
ADVANCE(21);
LEX_ERROR();
case 21:
if (lookahead == 'e')
ADVANCE(22);
LEX_ERROR();
case 22:
ACCEPT_TOKEN(sym_true);
case 23:
ACCEPT_TOKEN(anon_sym_LBRACE);
case 24:
START_TOKEN();
if (lookahead == 0)
ADVANCE(25);
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(24);
LEX_ERROR();
case 25:
ACCEPT_TOKEN(ts_builtin_sym_end);
case 26:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(26);
if (lookahead == '\"')
ADVANCE(2);
if (lookahead == '}')
ADVANCE(27);
LEX_ERROR();
case 27:
ACCEPT_TOKEN(anon_sym_RBRACE);
case 28:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(28);
if (lookahead == '\"')
ADVANCE(2);
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(6);
if (lookahead == '[')
ADVANCE(9);
if (lookahead == ']')
ADVANCE(29);
if (lookahead == 'f')
ADVANCE(10);
if (lookahead == 'n')
ADVANCE(15);
if (lookahead == 't')
ADVANCE(19);
if (lookahead == '{')
ADVANCE(23);
LEX_ERROR();
case 29:
ACCEPT_TOKEN(anon_sym_RBRACK);
case 30:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(30);
if (lookahead == ',')
ADVANCE(31);
if (lookahead == ']')
ADVANCE(29);
LEX_ERROR();
case 31:
ACCEPT_TOKEN(anon_sym_COMMA);
case 32:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(32);
if (lookahead == ']')
ADVANCE(29);
LEX_ERROR();
case 33:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(33);
if (lookahead == ',')
ADVANCE(31);
if (lookahead == '}')
ADVANCE(27);
LEX_ERROR();
case 34:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(34);
if (lookahead == ':')
ADVANCE(35);
LEX_ERROR();
case 35:
ACCEPT_TOKEN(anon_sym_COLON);
case 36:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(36);
if (lookahead == '}')
ADVANCE(27);
LEX_ERROR();
case 37:
START_TOKEN();
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(37);
if (lookahead == '\"')
ADVANCE(2);
LEX_ERROR();
case 38:
START_TOKEN();
if (lookahead == 0)
ADVANCE(25);
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(38);
if (lookahead == '\"')
ADVANCE(2);
if (lookahead == ',')
ADVANCE(31);
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(6);
if (lookahead == ':')
ADVANCE(35);
if (lookahead == '[')
ADVANCE(9);
if (lookahead == ']')
ADVANCE(29);
if (lookahead == 'f')
ADVANCE(10);
if (lookahead == 'n')
ADVANCE(15);
if (lookahead == 't')
ADVANCE(19);
if (lookahead == '{')
ADVANCE(23);
if (lookahead == '}')
ADVANCE(27);
LEX_ERROR();
case ts_lex_state_error:
START_TOKEN();
if (lookahead == 0)
ADVANCE(25);
if ((lookahead == '\t') ||
(lookahead == '\n') ||
(lookahead == '\r') ||
(lookahead == ' '))
ADVANCE(38);
if (lookahead == '\"')
ADVANCE(2);
if (lookahead == ',')
ADVANCE(31);
if ('0' <= lookahead && lookahead <= '9')
ADVANCE(6);
if (lookahead == ':')
ADVANCE(35);
if (lookahead == '[')
ADVANCE(9);
if (lookahead == ']')
ADVANCE(29);
if (lookahead == 'f')
ADVANCE(10);
if (lookahead == 'n')
ADVANCE(15);
if (lookahead == 't')
ADVANCE(19);
if (lookahead == '{')
ADVANCE(23);
if (lookahead == '}')
ADVANCE(27);
LEX_ERROR();
default:
LEX_ERROR();
}
}
static TSStateId ts_lex_states[STATE_COUNT] = {
[0] = 1,
[1] = 24,
[2] = 24,
[3] = 26,
[4] = 28,
[5] = 30,
[6] = 30,
[7] = 26,
[8] = 28,
[9] = 24,
[10] = 30,
[11] = 30,
[12] = 32,
[13] = 1,
[14] = 30,
[15] = 30,
[16] = 32,
[17] = 30,
[18] = 33,
[19] = 30,
[20] = 34,
[21] = 1,
[22] = 33,
[23] = 33,
[24] = 26,
[25] = 28,
[26] = 30,
[27] = 33,
[28] = 32,
[29] = 33,
[30] = 33,
[31] = 33,
[32] = 33,
[33] = 34,
[34] = 1,
[35] = 33,
[36] = 36,
[37] = 37,
[38] = 33,
[39] = 33,
[40] = 34,
[41] = 1,
[42] = 33,
[43] = 36,
[44] = 36,
[45] = 33,
[46] = 36,
[47] = 33,
[48] = 33,
[49] = 36,
[50] = 30,
[51] = 30,
[52] = 36,
[53] = 30,
[54] = 30,
[55] = 32,
[56] = 24,
[57] = 24,
[58] = 33,
[59] = 24,
[60] = 34,
[61] = 1,
[62] = 33,
[63] = 36,
[64] = 24,
[65] = 24,
[66] = 36,
[67] = 24,
[68] = 24,
};
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wmissing-field-initializers"
static const TSParseAction *ts_parse_actions[STATE_COUNT][SYMBOL_COUNT] = {
[0] = {
[sym__value] = ACTIONS(SHIFT(1, 0)),
[sym_object] = ACTIONS(SHIFT(2, 0)),
[sym_array] = ACTIONS(SHIFT(2, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(3, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(4, 0)),
[sym_string] = ACTIONS(SHIFT(2, 0)),
[sym_number] = ACTIONS(SHIFT(2, 0)),
[sym_null] = ACTIONS(SHIFT(2, 0)),
[sym_true] = ACTIONS(SHIFT(2, 0)),
[sym_false] = ACTIONS(SHIFT(2, 0)),
},
[1] = {
[ts_builtin_sym_end] = ACTIONS(ACCEPT_INPUT()),
},
[2] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym__value, 1, 0)),
},
[3] = {
[ts_builtin_sym_error] = ACTIONS(SHIFT(58, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(59, 0)),
[sym_string] = ACTIONS(SHIFT(60, 0)),
},
[4] = {
[sym__value] = ACTIONS(SHIFT(5, 0)),
[sym_object] = ACTIONS(SHIFT(6, 0)),
[sym_array] = ACTIONS(SHIFT(6, 0)),
[ts_builtin_sym_error] = ACTIONS(SHIFT(5, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(7, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(8, 0)),
[anon_sym_RBRACK] = ACTIONS(SHIFT(9, 0)),
[sym_string] = ACTIONS(SHIFT(6, 0)),
[sym_number] = ACTIONS(SHIFT(6, 0)),
[sym_null] = ACTIONS(SHIFT(6, 0)),
[sym_true] = ACTIONS(SHIFT(6, 0)),
[sym_false] = ACTIONS(SHIFT(6, 0)),
},
[5] = {
[aux_sym_array_repeat1] = ACTIONS(SHIFT(55, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(13, 0)),
[anon_sym_RBRACK] = ACTIONS(SHIFT(56, 0)),
},
[6] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym__value, 1, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym__value, 1, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym__value, 1, 0)),
},
[7] = {
[ts_builtin_sym_error] = ACTIONS(SHIFT(18, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(19, 0)),
[sym_string] = ACTIONS(SHIFT(20, 0)),
},
[8] = {
[sym__value] = ACTIONS(SHIFT(10, 0)),
[sym_object] = ACTIONS(SHIFT(6, 0)),
[sym_array] = ACTIONS(SHIFT(6, 0)),
[ts_builtin_sym_error] = ACTIONS(SHIFT(10, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(7, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(8, 0)),
[anon_sym_RBRACK] = ACTIONS(SHIFT(11, 0)),
[sym_string] = ACTIONS(SHIFT(6, 0)),
[sym_number] = ACTIONS(SHIFT(6, 0)),
[sym_null] = ACTIONS(SHIFT(6, 0)),
[sym_true] = ACTIONS(SHIFT(6, 0)),
[sym_false] = ACTIONS(SHIFT(6, 0)),
},
[9] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_array, 2, 0)),
},
[10] = {
[aux_sym_array_repeat1] = ACTIONS(SHIFT(12, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(13, 0)),
[anon_sym_RBRACK] = ACTIONS(SHIFT(14, 0)),
},
[11] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_array, 2, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_array, 2, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_array, 2, 0)),
},
[12] = {
[anon_sym_RBRACK] = ACTIONS(SHIFT(17, 0)),
},
[13] = {
[sym__value] = ACTIONS(SHIFT(15, 0)),
[sym_object] = ACTIONS(SHIFT(6, 0)),
[sym_array] = ACTIONS(SHIFT(6, 0)),
[ts_builtin_sym_error] = ACTIONS(SHIFT(15, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(7, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(8, 0)),
[sym_string] = ACTIONS(SHIFT(6, 0)),
[sym_number] = ACTIONS(SHIFT(6, 0)),
[sym_null] = ACTIONS(SHIFT(6, 0)),
[sym_true] = ACTIONS(SHIFT(6, 0)),
[sym_false] = ACTIONS(SHIFT(6, 0)),
},
[14] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_array, 3, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_array, 3, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_array, 3, 0)),
},
[15] = {
[aux_sym_array_repeat1] = ACTIONS(SHIFT(16, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(13, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(aux_sym_array_repeat1, 2, 0)),
},
[16] = {
[anon_sym_RBRACK] = ACTIONS(REDUCE(aux_sym_array_repeat1, 3, 0)),
},
[17] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_array, 4, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_array, 4, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_array, 4, 0)),
},
[18] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(52, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(53, 0)),
},
[19] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_object, 2, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 2, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_object, 2, 0)),
},
[20] = {
[anon_sym_COLON] = ACTIONS(SHIFT(21, 0)),
},
[21] = {
[sym__value] = ACTIONS(SHIFT(22, 0)),
[sym_object] = ACTIONS(SHIFT(23, 0)),
[sym_array] = ACTIONS(SHIFT(23, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(24, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(25, 0)),
[sym_string] = ACTIONS(SHIFT(23, 0)),
[sym_number] = ACTIONS(SHIFT(23, 0)),
[sym_null] = ACTIONS(SHIFT(23, 0)),
[sym_true] = ACTIONS(SHIFT(23, 0)),
[sym_false] = ACTIONS(SHIFT(23, 0)),
},
[22] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(49, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(50, 0)),
},
[23] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym__value, 1, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym__value, 1, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym__value, 1, 0)),
},
[24] = {
[ts_builtin_sym_error] = ACTIONS(SHIFT(31, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(32, 0)),
[sym_string] = ACTIONS(SHIFT(33, 0)),
},
[25] = {
[sym__value] = ACTIONS(SHIFT(26, 0)),
[sym_object] = ACTIONS(SHIFT(6, 0)),
[sym_array] = ACTIONS(SHIFT(6, 0)),
[ts_builtin_sym_error] = ACTIONS(SHIFT(26, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(7, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(8, 0)),
[anon_sym_RBRACK] = ACTIONS(SHIFT(27, 0)),
[sym_string] = ACTIONS(SHIFT(6, 0)),
[sym_number] = ACTIONS(SHIFT(6, 0)),
[sym_null] = ACTIONS(SHIFT(6, 0)),
[sym_true] = ACTIONS(SHIFT(6, 0)),
[sym_false] = ACTIONS(SHIFT(6, 0)),
},
[26] = {
[aux_sym_array_repeat1] = ACTIONS(SHIFT(28, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(13, 0)),
[anon_sym_RBRACK] = ACTIONS(SHIFT(29, 0)),
},
[27] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_array, 2, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_array, 2, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_array, 2, 0)),
},
[28] = {
[anon_sym_RBRACK] = ACTIONS(SHIFT(30, 0)),
},
[29] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_array, 3, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_array, 3, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_array, 3, 0)),
},
[30] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_array, 4, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_array, 4, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_array, 4, 0)),
},
[31] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(46, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(47, 0)),
},
[32] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_object, 2, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 2, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_object, 2, 0)),
},
[33] = {
[anon_sym_COLON] = ACTIONS(SHIFT(34, 0)),
},
[34] = {
[sym__value] = ACTIONS(SHIFT(35, 0)),
[sym_object] = ACTIONS(SHIFT(23, 0)),
[sym_array] = ACTIONS(SHIFT(23, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(24, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(25, 0)),
[sym_string] = ACTIONS(SHIFT(23, 0)),
[sym_number] = ACTIONS(SHIFT(23, 0)),
[sym_null] = ACTIONS(SHIFT(23, 0)),
[sym_true] = ACTIONS(SHIFT(23, 0)),
[sym_false] = ACTIONS(SHIFT(23, 0)),
},
[35] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(36, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(38, 0)),
},
[36] = {
[anon_sym_RBRACE] = ACTIONS(SHIFT(45, 0)),
},
[37] = {
[ts_builtin_sym_error] = ACTIONS(SHIFT(39, 0)),
[sym_string] = ACTIONS(SHIFT(40, 0)),
},
[38] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_object, 5, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 5, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_object, 5, 0)),
},
[39] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(44, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(aux_sym_object_repeat1, 2, 0)),
},
[40] = {
[anon_sym_COLON] = ACTIONS(SHIFT(41, 0)),
},
[41] = {
[sym__value] = ACTIONS(SHIFT(42, 0)),
[sym_object] = ACTIONS(SHIFT(23, 0)),
[sym_array] = ACTIONS(SHIFT(23, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(24, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(25, 0)),
[sym_string] = ACTIONS(SHIFT(23, 0)),
[sym_number] = ACTIONS(SHIFT(23, 0)),
[sym_null] = ACTIONS(SHIFT(23, 0)),
[sym_true] = ACTIONS(SHIFT(23, 0)),
[sym_false] = ACTIONS(SHIFT(23, 0)),
},
[42] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(43, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(aux_sym_object_repeat1, 4, 0)),
},
[43] = {
[anon_sym_RBRACE] = ACTIONS(REDUCE(aux_sym_object_repeat1, 5, 0)),
},
[44] = {
[anon_sym_RBRACE] = ACTIONS(REDUCE(aux_sym_object_repeat1, 3, 0)),
},
[45] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_object, 6, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 6, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_object, 6, 0)),
},
[46] = {
[anon_sym_RBRACE] = ACTIONS(SHIFT(48, 0)),
},
[47] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_object, 3, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 3, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_object, 3, 0)),
},
[48] = {
[aux_sym_object_repeat1] = ACTIONS(REDUCE(sym_object, 4, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 4, 0)),
[anon_sym_RBRACE] = ACTIONS(REDUCE(sym_object, 4, 0)),
},
[49] = {
[anon_sym_RBRACE] = ACTIONS(SHIFT(51, 0)),
},
[50] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_object, 5, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 5, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_object, 5, 0)),
},
[51] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_object, 6, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 6, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_object, 6, 0)),
},
[52] = {
[anon_sym_RBRACE] = ACTIONS(SHIFT(54, 0)),
},
[53] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_object, 3, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 3, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_object, 3, 0)),
},
[54] = {
[aux_sym_array_repeat1] = ACTIONS(REDUCE(sym_object, 4, 0)),
[anon_sym_COMMA] = ACTIONS(REDUCE(sym_object, 4, 0)),
[anon_sym_RBRACK] = ACTIONS(REDUCE(sym_object, 4, 0)),
},
[55] = {
[anon_sym_RBRACK] = ACTIONS(SHIFT(57, 0)),
},
[56] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_array, 3, 0)),
},
[57] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_array, 4, 0)),
},
[58] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(66, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(67, 0)),
},
[59] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_object, 2, 0)),
},
[60] = {
[anon_sym_COLON] = ACTIONS(SHIFT(61, 0)),
},
[61] = {
[sym__value] = ACTIONS(SHIFT(62, 0)),
[sym_object] = ACTIONS(SHIFT(23, 0)),
[sym_array] = ACTIONS(SHIFT(23, 0)),
[anon_sym_LBRACE] = ACTIONS(SHIFT(24, 0)),
[anon_sym_LBRACK] = ACTIONS(SHIFT(25, 0)),
[sym_string] = ACTIONS(SHIFT(23, 0)),
[sym_number] = ACTIONS(SHIFT(23, 0)),
[sym_null] = ACTIONS(SHIFT(23, 0)),
[sym_true] = ACTIONS(SHIFT(23, 0)),
[sym_false] = ACTIONS(SHIFT(23, 0)),
},
[62] = {
[aux_sym_object_repeat1] = ACTIONS(SHIFT(63, 0)),
[anon_sym_COMMA] = ACTIONS(SHIFT(37, 0)),
[anon_sym_RBRACE] = ACTIONS(SHIFT(64, 0)),
},
[63] = {
[anon_sym_RBRACE] = ACTIONS(SHIFT(65, 0)),
},
[64] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_object, 5, 0)),
},
[65] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_object, 6, 0)),
},
[66] = {
[anon_sym_RBRACE] = ACTIONS(SHIFT(68, 0)),
},
[67] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_object, 3, 0)),
},
[68] = {
[ts_builtin_sym_end] = ACTIONS(REDUCE(sym_object, 4, 0)),
},
};
#pragma GCC diagnostic pop
EXPORT_LANGUAGE(ts_language_json);
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