103 lines
4 KiB
C
103 lines
4 KiB
C
/* ************************************************************************** */
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/* */
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/* ::: :::::::: */
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/* state_99.c :+: :+: :+: */
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/* +:+ +:+ +:+ */
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/* By: maiboyer <maiboyer@student.42.fr> +#+ +:+ +#+ */
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/* +#+#+#+#+#+ +#+ */
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/* Created: 2024/04/14 19:17:54 by maiboyer #+# #+# */
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/* Updated: 2024/04/14 19:18:20 by maiboyer ### ########.fr */
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/* */
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/* ************************************************************************** */
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#include "./lex_normal_funcs.h"
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bool lex_normal_s495(t_lexer *lexer, t_lexer_state *s)
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{
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lex_accept_token(sym_word, lexer, s);
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if (lex_normal_map495(lexer, s))
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return (true);
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if ((s->lookahead >= 0x0b && s->lookahead <= '\r'))
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return (lex_advance(495, lexer, s));
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if ((s->lookahead >= '1' && s->lookahead <= '9'))
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return (lex_advance(408, lexer, s));
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if (((s->lookahead >= 'A' && s->lookahead <= 'Z') || \
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(s->lookahead >= 'a' && s->lookahead <= 'z')))
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return (lex_advance(440, lexer, s));
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if ((!s->eof && set_contains(sym_word_character_set_1(), \
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9, s->lookahead)))
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return (lex_advance(528, lexer, s));
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return (lex_end_state(lexer, s));
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}
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bool lex_normal_s496(t_lexer *lexer, t_lexer_state *s)
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{
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lex_accept_token(sym_word, lexer, s);
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if (lex_normal_map496(lexer, s))
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return (true);
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if ((s->lookahead >= 0x0b && s->lookahead <= '\r'))
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return (lex_advance(496, lexer, s));
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if ((s->lookahead >= '1' && s->lookahead <= '9'))
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return (lex_advance(408, lexer, s));
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if (((s->lookahead >= 'A' && s->lookahead <= 'Z') || \
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(s->lookahead >= 'a' && s->lookahead <= 'z')))
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return (lex_advance(440, lexer, s));
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if ((!s->eof && set_contains(sym_word_character_set_1(), \
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9, s->lookahead)))
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return (lex_advance(528, lexer, s));
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return (lex_end_state(lexer, s));
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}
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bool lex_normal_s497(t_lexer *lexer, t_lexer_state *s)
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{
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lex_accept_token(sym_word, lexer, s);
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if (lex_normal_map497(lexer, s))
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return (true);
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if ((s->lookahead >= 0x0b && s->lookahead <= '\r'))
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return (lex_advance(497, lexer, s));
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if ((s->lookahead >= '1' && s->lookahead <= '9'))
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return (lex_advance(408, lexer, s));
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if (((s->lookahead >= 'A' && s->lookahead <= 'Z') || \
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(s->lookahead >= 'a' && s->lookahead <= 'z')))
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return (lex_advance(440, lexer, s));
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if ((!s->eof && set_contains(sym_word_character_set_1(), \
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9, s->lookahead)))
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return (lex_advance(528, lexer, s));
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return (lex_end_state(lexer, s));
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}
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bool lex_normal_s498(t_lexer *lexer, t_lexer_state *s)
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{
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lex_accept_token(sym_word, lexer, s);
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if (lex_normal_map498(lexer, s))
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return (true);
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if ((s->lookahead >= 0x0b && s->lookahead <= '\r'))
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return (lex_advance(498, lexer, s));
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if ((s->lookahead >= '1' && s->lookahead <= '9'))
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return (lex_advance(408, lexer, s));
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if (((s->lookahead >= 'A' && s->lookahead <= 'Z') || \
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(s->lookahead >= 'a' && s->lookahead <= 'z')))
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return (lex_advance(440, lexer, s));
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if ((!s->eof && set_contains(sym_word_character_set_1(), \
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9, s->lookahead)))
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return (lex_advance(528, lexer, s));
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return (lex_end_state(lexer, s));
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}
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bool lex_normal_s499(t_lexer *lexer, t_lexer_state *s)
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{
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lex_accept_token(sym_word, lexer, s);
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if (lex_normal_map499(lexer, s))
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return (true);
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if ((s->lookahead >= 0x0b && s->lookahead <= '\r'))
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return (lex_advance(499, lexer, s));
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if ((s->lookahead >= '1' && s->lookahead <= '9'))
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return (lex_advance(407, lexer, s));
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if ((s->lookahead != 0 && (s->lookahead > '\t' && \
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s->lookahead < '\r') && (s->lookahead > ' ' && \
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s->lookahead < '+') && (s->lookahead > '/' && s->lookahead \
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< '@') && (s->lookahead > '^' && s->lookahead < '`') && \
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(s->lookahead > '{' && s->lookahead < '~')))
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return (lex_advance(528, lexer, s));
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return (lex_end_state(lexer, s));
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}
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