grthtrhthjhtyjytjytkergtrhtrjytjerhrfh4:24 29/09/2026ELF>@@Q@8 @ ee000LLH=HMHM`=`M`M $$Std Ptd030303QtdRtdH=HMHMGNUGNU׎nae\ ͵+5K;"P;X!:n 0 @dUm!|, F"RSuPT @"TQ__gmon_start___ITM_deregisterTMCloneTable_ITM_registerTMCloneTable__cxa_finalize_PyArg_ParseTuple_SizeT_Py_NoneStruct_Py_BuildValue_SizeT__stack_chk_failPyExc_IndexErrorPyErr_SetStringstrcmpPyExc_ValueErrorPyBytes_AsStringAndSizePyBytes_AsStringPyBytes_Size_Py_FalseStruct_Py_TrueStructPyExc_TypeErrorPyUnicode_AsUnicodePyInit_str_utilPyModule_Create2calc_text_pos_doccalc_width_docmove_next_char_docmove_prev_char_docis_wide_char_doclibc.so.6GLIBC_2.2.5GLIBC_2.4ui ii HM@PMXMXMYb0YPYYZt0ZZY Z0(Z8ZX@Z0HZXZW`Z0hZpxZVZ0ZZ UZ0Z Z0Z@Z0Z0[0[P [0([[1[YOOOOO O OOOOZZZ[8[XO`OhOpOxO O O OOOOHH?HtH5"?%#?hhhhhhhhqhah Qh A%m>D%e>D%]>D%U>D%M>D%E>D%=>D%5>D%->D%%>D%>DH=1JH*JH9tH>Ht H=JH5IH)HH?HHHtH>HtfD=Iu+UH==Ht H=6;YdI]wHy]H)H~w1H9t|w6DyLHBH9~ DHH9<xH)¸)HHH1øHHH51t3fEft6ftPftjHK;HHf.1HfH5IH=C1HH5.H=#1HwH5H=1HWHHH5dH%(HD$1HtzH $1HAHv,1~H=fHcH9~5HHLuH=1HT$dH+%(u$HHVHc4fD1ff.@H8HH5/dH%(HD$(1HL$HT$ LL$LD$5Ht$HxsHD$H9}iHT$Hx?H9~:H9}H|$ H=Hc1 HT$(dH+%(ulH8DHq9H5H8j1fDHQ9H5rH8J1fD1@H)9H5H8"1 fUHH5HdH%(HD$1H5H,$H5Hu6fBH8HHT$dH+%(uvH]fH5Ht=H5HAEtH"8H5yH8K1ufD1z@HHHH5FdH%(HD$81HL$HT$?A1EtBH|$HT$HSHT$Ht$HL$ H<$HT$(Ht$ 1H=HT$8dH+%(uHHyfHHHH5dH%(HD$81HL$HT$A1EtcH|$HT$HLT$H<$My [ItRBLIffeH54HH=i1HT$8dH+%(THH[]A\A]DHE(HJcHHHv1~H=f.HHLt9HHc<YH5w3HTfDHA3H5:HD$H:]HD$7HxXHcLHL$ LHT$ HBH~H5@HHLHcH9CHH<@fDLLLff.@AVHH5AUATUSH0dH%(HD$(1HL$HT$ILd$Hcl$Hc$ID$IHuxLLH*HL)f=;IHH= 1[HT$(dH+%(dH0[]A\A]A^f.ID$(HH9L L1LIcHHHv'1~ A9~6HHLuIM9uHcHJ1NfHcA4E1L\$L%%L9~yLLLH_HL$HAHv)1~ IcH9~%HHLuALt$L9IcDHcEL1HY0H5H8z1^ff.AWHH5AVAUATUSHXdH%(HD$H1LD$HL$ HT$(LL$kA1ELt$(\$Ll$Hl$ IVHMN(ME1I9~YH=IcDHHHv'1~9HHLuAP9| HLcI9LHH=1HT$HdH+%(HX[]A\A]A^A_fDILLI)I8ftHLcNLM9~-fLuf.HcDJMI)LLI9E1LT$0LfLHLLHL$0DHQHv&1~@IcH9~%HHLuAF9|2Hl$8I9~0A@HcADLYIKMcLcLHLIMI)E1nH-H5!HD$H:HD$]fH=9HHutf8widenarrows#nnUnknown encoding.On(n, n)OnnOOiiNeither unicode nor string.Onni(nn)get_byte_encodingset_byte_encodingget_widthdecode_onedecode_one_rightwithin_double_byteis_wide_charmove_prev_charmove_next_charcalc_widthcalc_text_posstr_utilis_wide_char: Argument "line_start" is outside of string.is_wide_char: Argument "pos" is outside of string.is_wide_char: Argument "pos" is before "line_start".is_wide_char: Argument "text" is not a string.~o_+a  (#*# +>0?000MMj#k`; D`|@ 8 t`zRx $@FJ w?:*3$"D\0upyTS,H} K F J T L T L TH  D 8H@ F ,EN b AJ HP A 0|HP F 0L0FKA D@k  AABK (EKD@i AAA 8!FLA A(Dp (A ABBF @2FLB A(A0D` 0A(A BBBK H,FLB B(A0A8D 8A0A(B BBBG x@XM  X"HMPMo0  @O  ooooo!`M0@P`pcalc_text_pos(string/unicode text, int start_offs, int end_offs, int pref_col) -> (int pos, int actual_col) Calculate the closest position to the screen column pref_col in text where start_offs is the offset into text assumed to be screen column 0 and end_offs is the end of the range to search. Returns (position, actual_col). text -- string or unicode text start_offs -- start offset end_offs -- end offset pref_col -- preferred columncalc_width(string/unicode text, int start_off, int end_offs) -> int width Return the screen column width of text between start_offs and end_offs. text -- string or unicode text start_offs -- start offset end_offs -- end offsetmove_next_char(string/unicode text, int start_offs, int end_offs) -> int pos Return the position of the character after start_offs. text -- string or unicode text start_offs -- start offset end_offs -- end offsetmove_prev_char(string/unicode text, int start_offs, int end_offs) -> int pos Return the position of the character before end_offs. text -- string or unicode text start_offs -- start offset end_offs -- end offsetis_wide_char(string/unicode text, int offs) -> bool iswide Test if the character at offs within text is wide. text -- string or unicode text offs -- offsetwithin_double_byte(strint text, int line_start, int pos) -> int withindb Return whether pos is within a double-byte encoded character. str -- string in question line_start -- offset of beginning of line (< pos) pos -- offset in question Return values: 0 -- not within dbe char, or double_byte_encoding == False 1 -- pos is on the 1st half of a dbe char 2 -- pos is on the 2nd half of a dbe chardecode_one_right(string text, int pos) -> (int ord, int nextpos) Return (ordinal at pos, next position) for UTF-8 encoded text. pos is assumed to be on the trailing byte of a utf-8 sequence. text -- text string pos -- position in textdecode_one(string text, int pos) -> (int ord, int nextpos) Return (ordinal at pos, next position) for UTF-8 encoded text. text -- string text pos -- position in textget_width(int ord) -> int width Return the screen column width for unicode ordinal ord. ord -- ordinalset_byte_encoding(string encoding) -> None Set byte encoding. encoding -- one of 'utf8', 'wide', 'narrow'get_byte_encoding() -> string encoding Get byte encoding ('utf8', 'wide', or 'narrow').b0PYt0Y0X0W0pV0 U0 0@000P01Ystr_util.cpython-39-x86_64-linux-gnu.so-2.1.2-4.el9_8.1.x86_64.debugz7zXZִF!t/G]?Eh=ڊ2N UVv%3{!\,32RfNstVC϶.u;N1[~D]̱ʤ1c=9q|>G!X[8L\ }{ل=yP,"Hؿ=H㟛 t{霮5A5\Ƣȏs||o*7  ƨ?Gu.NiXϖ>$E(zFf's`*TpW!¼@o;jl?K\rOH1 ƄX-HI_("S0`Ix>@3xSNM/N CFM)m; gdwC@٥oOتO~F˥`T|#H?W(uu* q]=|$]y h`I auwyqpց7UhH?K`5$Ҍ \MdbB1lv}>+*(@fȎ]q