+ j,i :Rt^RIHt^RIt^RIHtHtHt^RIH t ^RI H t ^RI H t R.t]P!R]P !R 4,R ,4t]P!R]P !R 4,R ,4t]P!R]P !R 4,R ,4t]P!R]P !R 4,R ,4t!RR4t!RR]]]3,4t]!4t!RR4tR#)z Parser for VT100 input stream. ) annotationsN)CallableDict Generator)KeyPress)Keys)ANSI_SEQUENCES Vt100Parser^z \d+;\d+R\Zz(:_IsPrefixOfLongerMatchCache.__missing__..9s42DA<<',-K2s 66 6F)_cpr_response_prefix_rematch_mouse_event_prefix_reanyritems)selfrresults&f r __missing__'_IsPrefixOfLongerMatchCache.__missing__0s # ( ( 0 04J4P4P 5 5 FS*002SSS*002F V  rr N)rrrrrr1rr rrrr*s rrc]tRt^FtRtRRltRRRlltRRltRR ltR R lt R R lt RRlt RRlt RRlt RtR#)r a2 Parser for VT100 input stream. Data can be fed through the `feed` method and the given callback will be called with KeyPress objects. :: def callback(key): pass i = Vt100Parser(callback) i.feed('data...') :attr feed_key_callback: Function that will be called when a key is parsed. c V^8dQhRRRR/#)rfeed_key_callbackzCallable[[KeyPress], None]rNoner )rs"rrVt100Parser.__annotate__Ys*Drc 2WnVP4R#r#)r5reset)r/r5s&&r__init__Vt100Parser.__init__Ys!2 rc V^8dQhRRRR/#)rrequestrrr6r )rs"rrr7]sTdrc 4RVnVP4R#)FN)_in_bracketed_paste _start_parser)r/r=s&&rr9Vt100Parser.reset]s#(  rcV^8dQhRR/#rrr6r )rs"rrr7as&&t&rc fVP4VnVPPR4R#)z Start the parser coroutine. N)_input_parser_generator _input_parsersendr/s&rr@Vt100Parser._start_parseras)"99; %rc V^8dQhRRRR/#)rrrrzNone | Keys | tuple[Keys, ...]r )rs"rrr7hs)Grc \PV4'd\P#\PV4'd\P #\ V,# \dR#i;i)z4 Return the key (or keys) that maps to this prefix. N)_cpr_response_rer+r CPRResponse_mouse_event_reVt100MouseEventrKeyError)r/rs&&r _get_matchVt100Parser._get_matchhs`  ! !& ) )## #  " "6 * *'' ' !&) )  s A%% A43A4cV^8dQhRR/#)rrz#Generator[None, str | _Flush, None]r )rs"rrr7{s0,0,)L0,rc# ~"RpRpRpRpV'dRpM%Rxp\V\4'dRpMW, pV'gK=\V,pVPV4pV'g V'gV'dVP Wa4RpKV'g V'dKV'dKRpRp\ \ V4^R4F;pVPVRV4pV'gK!VP WaRV4WRpRpK= V'dEKVP V^,V^,4VR,pEK45i)z1 Coroutine (state machine) for the input parser. FTN:NN) isinstancer _IS_PREFIX_OF_LONGER_MATCH_CACHErQ _call_handlerrangelen) r/rretryflushcis_prefix_of_longer_matchr+foundis & rrE#Vt100Parser._input_parser_generator{sEa(( EKFv,LV,T)/!:&&u5F#<# Feed the input stream. :param data: Input string (unicode). z[201~NFrU) r?rkindexr5rrrjr\feedrirFrG)r/roend_mark end_index paste_content remainingrbr_s&& rrrVt100Parser.feeds  # # #   $ & "H--- ..44X> !% 2 2:I > &&x0C0C]'ST,1( ..y3x=/H/JK %'" )$. "$+++IId2h'&&++A.(rcV^8dQhRR/#rCr )rs"rrr7s * *t *rc LVPP\44R#)a Flush the buffer of the input stream. This will allow us to handle the escape key (or maybe meta) sooner. The input received by the escape key is actually the same as the first characters of e.g. Arrow-Up, so without knowing what follows the escape sequence, we don't know whether escape has been pressed, or whether it's something else. This flush function should be called after a timeout, and processes everything that's still in the buffer as-is, so without assuming any characters will follow. N)rFrGr rHs&rr^Vt100Parser.flushs )rc V^8dQhRRRR/#rnr )rs"rrr7s34rc HVPV4VP4R#)z( Wrapper around ``feed`` and ``flush``. N)rrr^)r/ros&&rfeed_and_flushVt100Parser.feed_and_flushs $ r)r?rFrkr5N)F)rrrrrr:r9r@rQrErZrrr^r}rr rrr r Fs< $&&0,dC($/L *r)r __future__rretypingrrrkey_binding.key_processorrkeysransi_escape_sequencesr__all__compileescaperLrNr*r,r rrrrYr r rrrs# ,,01 ::cBIIg$66FG**S299W#558PPQ **S299W+=%= %KLC"))G*<$