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� � �ik � � � S r SSKJrJrJrJrJrJr SSKJ r J r J r J r J r JrJrJrJrJr / SQr " S S\5 r " S S\5 r " S S \5 r " S S \5 rg )z� pygments.lexers.grammar_notation ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ Lexers for grammar notations like BNF. :copyright: Copyright 2006-2025 by the Pygments team, see AUTHORS. :license: BSD, see LICENSE for details. � )� RegexLexer�bygroups�include�this�using�words) �Comment�Keyword�Literal�Name�Number�Operator� Punctuation�String�Text� Whitespace)�BnfLexer� AbnfLexer� JsgfLexer�PegLexerc �z � \ rS rSrSrSrS/rS/rS/rSr Sr S S \ " \ \ R \ 5 4S \4S \4S \4/0rSrg)r � a� This lexer is for grammar notations which are similar to original BNF. In order to maximize a number of targets of this lexer, let's decide some designs: * We don't distinguish `Terminal Symbol`. * We do assume that `NonTerminal Symbol` are always enclosed with arrow brackets. * We do assume that `NonTerminal Symbol` may include any printable characters except arrow brackets and ASCII 0x20. This assumption is for `RBNF <http://www.rfc-base.org/txt/rfc-5511.txt>`_. * We do assume that target notation doesn't support comment. * We don't distinguish any operators and punctuation except `::=`. Though these decision making might cause too minimal highlighting and you might be disappointed, but it is reasonable for us. �BNF�bnfz*.bnfz text/x-bnfz6https://en.wikipedia.org/wiki/Backus%E2%80%93Naur_form�2.1�rootz(<)([ -;=?-~]+)(>)z::=z[^<>:]+�.� N)�__name__� __module__� __qualname__�__firstlineno__�__doc__�name�aliases� filenames� mimetypes�url� version_addedr r r �Classr r �tokens�__static_attributes__r � �S/usr/lib/rads/venv/lib/python3.13/site-packages/pygments/lexers/grammar_notation.pyr r sq � ��2 �D��g�G�� �I� ��I� B�C��M� � "� �k�4�:�:�{� ;� =� �X� � �� � �4�L� � �Fr- r c �� � \ rS rSrSrSrSrS/rS/rS/r Sr S r S S \ R 4S \4S \4S\4S\4S\4S\4S\4S\4S\4S\4S\4\" \ SS9\4S\R& 4S\4S\4S \4S \4/0rS rg ) r �B z^ Lexer for IETF 7405 ABNF. (Updates `5234 <http://www.ietf.org/rfc/rfc5234.txt>`_) grammars. �ABNFz#http://www.ietf.org/rfc/rfc7405.txt�abnfz*.abnfz text/x-abnfr )�ALPHA�BIT�CHAR�CR�CRLF�CTL�DIGIT�DQUOTE�HEXDIG�HTAB�LF�LWSP�OCTET�SP�VCHAR�WSPr z;.*$z(%[si])?"[^"]*"z%b[01]+\-[01]+\bz%b[01]+(\.[01]+)*\bz%d[0-9]+\-[0-9]+\bz%d[0-9]+(\.[0-9]+)*\bz %x[0-9a-fA-F]+\-[0-9a-fA-F]+\bz!%x[0-9a-fA-F]+(\.[0-9a-fA-F]+)*\bz\b[0-9]+\*[0-9]+z \b[0-9]+\*z\b[0-9]+�\*�\b��suffixz[a-zA-Z][a-zA-Z0-9-]*\bz(=/|=|/)z[\[\]()]�\s+r r N)r r r! r" r# r$ r( r% r& r' r) � _core_rulesr �Singler r r r r r* r r r r+ r, r r- r. r r B s� � �� �D� /�C��h�G�� �I� ��I��M� �K� � �g�n�n� %� �� )� !�'� *� #�W� -� #�G� ,� %�w� /� /�� 8� 1�7� ;� !�(� +� �H� %� �(� #� �H� � �;�u� -�w� 7� (���� 4� �(� #� �+� &� �Z� � �4�L�S* �,�Fr- r c �� � \ rS rSrSrSrSrS/rS/r/ SQr Sr \ " S 5 \ " S 5 /S \ R S 4S \ R 4S\ R 4/S\ R 4S\4S\4S\4S\R( 4S\R, S4S\R. S4\" SSS9\R4 4S\R4 S 4S \" \\ R: \5 4S \S 4S \ 4/ S\R, S!4S"\R> 4S#\R, 4/S$\R. S!4S"\R> 4S%\R. 4/S\S!4S\4S&\4S'\ R@ 4/S(\S!4S)\4S\4S*\" \ R@ \ \5 4S+\ RB 4/S,\ R S!4S-\" \\ R \\ RD \\#" \$S.S/95 4S0\" \ R \ RD 5 4S1\ R 4/S2\" \\ R 5 4\ " S 5 S3\ R 4/S4. r%S5r&g6)7r � z& For JSpeech Grammar Format grammars. �JSGFzhttps://www.w3.org/TR/jsgf/�jsgfz*.jsgf)zapplication/jsgfzapplication/x-jsgfz text/jsgfz2.2�comments� non-commentsz /\*\*(?!/)�documentation commentz/\*[\w\W]*?\*/z//.*$z \A#JSGF[^;]*rG �;z [=|()\[\]*+]z/[^/]+/�"�stringz\{�tag)�import�publicrD rE z grammar\b� grammar namez(<)(NULL|VOID)(>)�<�rulenamez\w+|[^\s;=|()\[\]*+/"{<\w]+z#popz\\.z[^\\"]+z\}z[^\\}]+�\.z[^;\s.]+�>rC z([^.>]+)(\s*)(\.)z[^.>]+z\*/zH^(\s*)(\*?)(\s*)(@(?:example|see))(\s+)([\w\W]*?(?=(?:^\s*\*?\s*@|\*/)))�example)�statez(^\s*\*?\s*)(@\S*)z[^*\n@]+|\w|\Wz (\n\s*)(\*)r ) r rN rO rS rT rW rY rP r\ r N)'r r r! r" r# r$ r( r% r& r' r) r r � MultilinerI �Preprocr r r r �Floatr �Double�Otherr r �Reservedr r �Builtinr �Escape� Namespace�Constant�Specialr r r+ r, r r- r. r r � s� � �� �D� '�C��h�G�� �I�G�I��M� �J� � �N� #� � �G� -� -�/F� G� �� 1� 1� 2� �w�~�~� &� � �g�o�o� .� �Z� � �;� � �h� '� �� � � &� �6�=�=�(� +� �F�L�L�%� (� �'�� 6��8H�8H� I� �7�+�+�^� <� !� �k�4�<�<�� =� ?� �;� � +� +�T� 2� � �6�=�=�&� )� �V�]�]� #� �� � � '� � �F�L�L�&� )� �V�]�]� #� �� � � &� � �;�� '� �Z� � �K� � �$�.�.� )� � �;�� '� �K� � �Z� � !�8�D�N�N�D�+�#N� O� �� � � &� � �W�&�&�� /�2� �j�'�"3�"3�Z�� � � �%��I�">�@� A� #� �g�'�'�� � � 9� ;� �� 1� 1� 2� " � �X�j�'�2C�2C� D� E� �N� #� �7�$�$� %� �u?�Fr- r c �� � \ rS rSrSrSrSrS/rS/rS/r Sr S S \ R 4S \ 4S \4S \4S\" \\\5 4S\R$ 4S\R 4S\R( 4S\4/ 0rSrg)r �� u� This lexer is for Parsing Expression Grammars (PEG). Various implementations of PEG have made different decisions regarding the syntax, so let's try to be accommodating: * `<-`, `←`, `:`, and `=` are all accepted as rule operators. * Both `|` and `/` are choice operators. * `^`, `↑`, and `~` are cut operators. * A single `a-z` character immediately before a string, or multiple `a-z` characters following a string, are part of the string (e.g., `r"..."` or `"..."ilmsuxa`). �PEGz#https://bford.info/pub/lang/peg.pdf�pegz*.pegz text/x-pegz2.6r z#.*$u <-|[←:=/|&!?*+^↑~]z[()]rZ z (\[)([^\]]*(?:\\.[^\]\\]*)*)(\])z$[a-z]?"[^"\\]*(?:\\.[^"\\]*)*"[a-z]*z$[a-z]?'[^'\\]*(?:\\.[^'\\]*)*'[a-z]*u# [^\s<←:=/|&!?*+\^↑~()\[\]"\'#]+r r N)r r r! r" r# r$ r( r% r& r' r) r rI r r r r r ra r r* r r+ r, r r- r. r r � s� � ��" �D� /�C��g�G�� �I� ��I��M� � �g�n�n� %� '�� 1� �k� "� �G� � 1� �k�6�;� 7� 9� 5�f�m�m� D� 4�f�m�m� D� 4�T�Z�Z� @� �4�L�3 � �Fr- r N)r# �pygments.lexerr r r r r r �pygments.tokenr r r r r r r r r r �__all__r r r r r r- r. �<module>rp s^ ��� M� L�4� 4� 4� =��-�z� -�`?� � ?�DJ� � J�Z5�z� 5r-
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