OwlCyberSecurity - MANAGER
Edit File: keymap.cpython-313.pyc
� ���g< � �` � S r SSSSSSSSS S S S . r0 S S _SS_SS_SS_SS _SS_SS_SS_SS_SS_SS_SS_SS_SS_SS_S S _S S _0 S S _S S _S S _S!S!_S"S"_S#S#_S$S$_S%S%_S&S&_S'S'_S(S(_S)S)_S*S*_S+S+_S,S _S-S-_S.S/_ES S0S1.Er " S2 S3\5 rS4\S,\\ 4S5 jrS6\S7\S,\ \\ \4 4S8 jr S;S9 jr g:)<an Keymap contains functions for parsing keyspecs and turning keyspecs into appropriate sequences. A keyspec is a string representing a sequence of key presses that can be bound to a command. All characters other than the backslash represent themselves. In the traditional manner, a backslash introduces an escape sequence. pyrepl uses its own keyspec format that is meant to be a strict superset of readline's KEYSEQ format. This means that if a spec is found that readline accepts that this doesn't, it should be logged as a bug. Note that this means we're using the `\C-o' style of readline's keyspec, not the `Control-o' sort. The extension to readline is that the sequence \<KEY> denotes the sequence of characters produced by hitting KEY. Examples: `a' - what you get when you hit the `a' key `\EOA' - Escape - O - A (up, on my terminal) `\<UP>' - the up arrow key `\<up>' - ditto (keynames are case-insensitive) `\C-o', `\c-o' - control-o `\M-.' - meta-period `\E.' - ditto (that's how meta works for pyrepl) `\<tab>', `\<TAB>', `\t', `\011', '\x09', '\X09', '\C-i', '\C-I' - all of these are the tab character. �\�'�"���� � � � � ) r r r �a�b�e�f�n�r�t�v� backspace�delete�down�end�enter�escape�f1�f2�f3�f4�f5�f6�f7�f8�f9�f10�f11�f12�f13�f14�f15�f16�f17�f18�f19�f20�home�insert�leftz page downzpage up�return�right�space� �up)�tabr6 c � � \ rS rSrSrg)� KeySpecError�h � N)�__name__� __module__� __qualname__�__firstlineno__�__static_attributes__r; � �5/opt/alt/python313/lib64/python3.13/_pyrepl/keymap.pyr9 r9 h s � �rA r9 �keysc � � Sn/ nU[ U 5 : a/ [ X5 u p1UR U5 U[ U 5 : a M/ U$ )z3Parse keys in keyspec format to a sequence of keys.� )�len�_parse_single_key_sequence�extend)rC �sr �ks rB � parse_keysrK l sB � � �A��A� �c�$�i�-�)�$�2��� ���� � �c�$�i�-� �HrA �keyrI c �D � SnSnSnU( Gd+ U[ U 5 : Ga X S:X Ga� XS- R 5 nU[ ; a [ U nUS- nGO�US:X aS XS- S:w a [ SUS- [ U 5 4- 5 eU( a [ S US- [ U 5 4- 5 eSnUS - nGOqUS :X aS XS- S:w a [ S US- [ U 5 4- 5 eU( a [ S US- [ U 5 4- 5 eSnUS - nGOUR 5 ( a% XS- US- n[ [ US5 5 nUS- nO�US:X a% XS- US- n[ [ US5 5 nUS- nO�US:X a~ U R SU5 nUS:X a [ SUS- [ U 5 4- 5 eXS- U R 5 nU[ ; a [ SXAS- [ U 5 4- 5 e[ U nUS- nO/[ S[ U5 US- [ U 5 4- 5 eX nUS- nU( d U[ U 5 : a GM U( a> [ U5 S:X a [ [ U5 S- 5 nOUS; a SU 3nO [ S5 eU/U4nU( a US R SS 5 U$ ) NrE � r � � �c�-z*\C must be followed by `-' (char %d of %s)zdoubled \C- (char %d of %s)� �mz*\M must be followed by `-' (char %d of %s)zdoubled \M- (char %d of %s)� � �x� �<�>���z)unterminated \< starting at char %d of %sz*unrecognised keyname `%s' at char %d of %sz,unknown backslash escape %s at char %d of %s� > r1 r3 zctrl z\C- followed by invalid keyr ) rF �lower�_escapesr9 �repr�isdigit�chr�int�find� _keynames�ordr0 ) rL rI �ctrl�meta�retrQ r r �results rB rG rG v s� � � �D� �D� �C��a�#�c�(�l� �6�T�>���E� � � �"�A��H�}� �q�k���Q����c���1�u�:��$�&�E� �q�5�$�s�)�,�-�� � �&�6�!�a�%��c��9K�K�� � ���Q����c���1�u�:��$�&�E� �q�5�$�s�)�,�-�� � �&�6�!�a�%��c��9K�K�� � ���Q���������A���A��&���#�a��)�n���Q����c���A���A��&���#�a��*�o���Q����c���H�H�S�!�$����7�&�D� �q�5�$�s�)�,�-�� � �a�%�!�n�*�*�,���i�'�&�D� �A��t�C�y�1�2�� � ��n����E��"�B��A�w��A��t�C�y�1�2�� � �&�C� ��F�A�y �a�#�c�(�l�z � �s�8�q�=��c�#�h��o�&�C� �%� %��#��-�C� � =�>� >��U�A�X�F� ��q� ����F�#� �MrA c �j � 0 nU R 5 H< u p4[ U[ 5 ( a US S nOUS nXBR U0 5 USS ' M> UR 5 HL u p4X; a5 [ U5 S:w a [ SUR 5 < S35 eXA X#' M? [ XA5 X#' MN U$ )NrO rE zkey definitions for z clash)�items� isinstance�bytes� setdefaultrF r9 �values�compile_keymap)�keymap�emptyr rL �value�firsts rB rp rp � s� � � �A� �l�l�n� �� �c�5� !� !����G�E���F�E�+0� � �U�B� ��A�B��(� %� �g�g�i� �� �>��5�z�Q��"�U�\�\�^�#U�V�V� � ���#�E�1�A�F� � �HrA N)rA ) �__doc__r^ rd � Exceptionr9 �str�listrK rb �tuplerG rp r; rA rB �<module>rz s9 ��*�< � � � � � � � � � � � �� % ���% � �h�% � �F�% � �5� % � �T� % � �f� % � �$�% � �$�% � �$�% � �$�% � �$�% � �$�% � �$�% � �$� % � �$� % � �5�!% �" �5�#% �$ �5�%% �& �5�'% �( �5�)% �* �5�+% �, �5�-% �. �5�/% �0 �5�1% �2 �5�3% �4 �5�5% �6 �F�7% �8 �h�9% �: �F�;% �< ��=% �> �y�?% �@ �d�A% �B �W�C% �D �S�E% �F � �I% � �P �9� � �S� �T�#�Y� �L�C� L�C� L�E�$�s�)�S�.�4I� L�^ rA