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lexer grammar PropertyLexer;
fragment SEP: [ \t\r\n]+;
L_PAREN: '(';
R_PAREN: ')';
L_BRAKT: '[';
R_BRAKT: ']';
TAG_EXISTING_KW: '(tag_existing' SEP;
IFF_OPERATOR_KW: '(iff' SEP;
AND_OPERATOR_KW: '(and' SEP;
OR_OPERATOR_KW: '(or' SEP;
NOT_OPERATOR_KW: '(not' SEP ;
IMPLIES_OPERATOR_KW: '(implies' SEP;
EQ_SPECIAL_PREDICATE_KW: '(eq' SEP;
REGEX_SPECIAL_PREDICATE_KW: '(string_matches' SEP;
EXISTS_OPERATOR_KW: '(exists' SEP;
FORALL_OPERATOR_KW: '(forall' SEP;
CTL_VERIFIES_OPERATOR_KW: '(CTL_verifies' SEP;
AX_OPERATOR_KW: '(AX' SEP;
EX_OPERATOR_KW: '(EX' SEP;
AG_OPERATOR_KW: '(AG' SEP;
EG_OPERATOR_KW: '(EG' SEP;
AF_OPERATOR_KW: '(AF' SEP;
EF_OPERATOR_KW: '(EF' SEP;
AU_OPERATOR_KW: '(AU' SEP;
EU_OPERATOR_KW: '(EU' SEP;
DEPTH_NO_PARENT_OPERATOR_KW: ('(NPB' | '(does_not_reach_parent_before') SEP;
DEPTH_NO_CHANGE_OPERATOR_KW: ('(NDCB' | '(does_not_change_depth_before') SEP;
WS: SEP;
ID: [a-zA-Z0-9_]+;
STRING: '"' ~('\r' | '\n' | '"')* '"';
COMMENT: ';;' .*? '\n' -> channel(HIDDEN);
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