GIF89a=( õ' 7IAXKgNgYvYx\%wh…hŽth%ˆs%—x¨}9®Œ©€&©‰%¶†(¹–.¹5·œD¹&Çš)ÇŸ5ǘ;Í£*È¡&Õ²)ׯ7×µ<Ñ»4ï°3ø‘HÖ§KͯT÷¨Yÿšqÿ»qÿÔFØ !ù ' !ÿ NETSCAPE2.0 , =( þÀ“pH,È¤rÉl:ŸÐ¨tJ­Z¯Ø¬vËíz¿à°xL.›Ïè´zÍn»ßð¸|N¯Ûïø¼~Ïïûÿ€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§gª«ªE¯°¨¬ª±²Œ¹º¹E¾­”´ÂB¶¯ §Åȸ»ÑD¾¿Á•ÄÅ®° ÝH¾ÒLÀÆDÙ«D¶BÝïðÀ¾DÑÑÔTÌÍíH òGö¨A RÎڐ |¥ ٭&ºìE8œ¹kGÔAÞpx­a¶­ã R2XB®åE8I€Õ6Xî:vT)äžþÀq¦è³¥ì仕F~%xñ  4#ZÔ‰O|-4Bs‘X:= QÉ œš lºÒyXJŠGȦ|s hÏíK–3l7·B|¥$'7Jީܪ‰‡àá”Dæn=Pƒ ¤Òëí‰`䌨ljóá¯Éüv>á–Á¼5 ½.69ûϸd«­ºÀûnlv©‹ªîf{¬ÜãPbŸ  l5‘Ž¯pß ´ ˜3aÅùäI«O’ý·‘áÞ‡˜¾Æ‚ÙÏiÇÿ‹Àƒ #öó)pâš Þ½ ‘Ý{ó)vmÞü%D~ 6f s}ŃƒDØW Eþ`‡þ À…L8xá†ç˜{)x`X/> Ì}mø‚–RØ‘*|`D=‚Ø_ ^ð5 !_…'aä“OÚ—7âcð`D”Cx`ÝÂ¥ä‹éY¹—F¼¤¥Š?¡Õ™ n@`} lď’ÄÉ@4>ñd œ à‘vÒxNÃ×™@žd=ˆgsžG±æ ´²æud &p8Qñ)ˆ«lXD©øÜéAžHìySun jª×k*D¤LH] †¦§C™Jä–´Xb~ʪwStŽ6K,°£qÁœ:9ت:¨þªl¨@¡`‚ûÚ ».Û¬¯t‹ÆSÉ[:°=Š‹„‘Nåû”Ìî{¿ÂA ‡Rà›ÀÙ6úë°Ÿð0Ä_ ½;ÃϱîÉì^ÇÛÇ#Ëë¼ôº!±Ä˜íUîÅÇ;0L1óÁµö«p% AÀºU̬ݵ¼á%霼€‡¯Á~`ÏG¯»À× ­²± =4ªnpð3¾¤³¯­ü¾¦îuÙuµÙ®|%2ÊIÿür¦#0·ÔJ``8È@S@5ê¢ ö×Þ^`8EÜ]ý.뜃Âç 7 ú ȉÞj œ½Dç zý¸iþœÑÙûÄë!ˆÞÀl§Ïw‹*DçI€nEX¯¬¼ &A¬Go¼QföõFç°¯;é¦÷îŽêJ°îúôF5¡ÌQ|îúöXªæ»TÁÏyñêï]ê² o óÎC=öõ›ÒÓPB@ D×½œä(>èCÂxŽ`±«Ÿ–JЀ»Û á¤±p+eE0`ëŽ`A Ú/NE€Ø†À9‚@¤à H½7”à‡%B‰`Àl*ƒó‘–‡8 2ñ%¸ —€:Ù1Á‰E¸àux%nP1ð!‘ðC)¾P81lÑɸF#ˆ€{´âé°ÈB„0>±û °b¡Š´±O‚3È–Ù()yRpbµ¨E.Z‘D8ÊH@% òŒx+%Ù˜Æcü »¸˜fõ¬b·d`Fê™8èXH"ÉÈ-±|1Ô6iI, 2““¬$+](A*jÐ QTÂo‰.ÛU슬Œã„Ž`¯SN¡–¶Äåyše¯ª’­¬‚´b¦Éož œ)åyâ@Ì®3 ÎtT̉°&Ø+žLÀf"Ø-|žçÔ>‡Ðv¦Ðžì\‚ Q1)Ž@Žh#aP72”ˆ™¨$‚ !ù " , =( …7IAXG]KgNgYvYxR"k\%w]'}hŽth%ˆg+ˆs%—r.—m3šx3˜x¨}9®€&©€+¨‡7§‰%¶†(¹–.¹œD¹&ǘ;Í•&ײ)×»4ïÌ6ò§KÍ þ@‘pH,È¤rÉl:ŸÐ¨tJ­Z¯Ø¬vËíz¿à°xL.›Ïè´zÍn»ßð¸|N¯Ûïø¼~Ïïûÿ€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§g «¬ E ±± ¨­¶°ººE Á´”·®C¬²§Ç¶Œ»ÓDÃÕƷ¯Ê±H½ºM×ÁGÚ¬D¶BËÁ½î½DÓôTÏÛßîG»ôõC×CÌ l&âž:'òtU³6ɹ#·Ø)€'Ü.6±&ëÍÈ» K(8p0N?!æ2"ÛˆNIJX>R¼ÐO‚M '¡¨2¸*Ÿþ>#n↠å@‚<[:¡Iïf’ ¤TÚ˘CdbÜÙ“[«ŽEú5MBo¤×@€`@„€Êt W-3 ¶Ÿ¡BíêäjIÝ…Eò9[T…$íêﯧ„…•s»Óȳ¹€ÅÚdc®UUρ#±Ùïldj?´í¼²`\ŽÁðÞu|3'ÖŒ]ë6 ¶S#²‡˜FKLÈ *N E´‘áäŠ$˜›eÄYD„ºq«.è촁ƒs \-ÔjA 9²õ÷å- üúM[Âx(ís÷ì®x€|í¡Ù’p¦‚ ŽkÛTÇDpE@WÜ ²Ç]kŠ1¨ þ€·Yb ÓÁ‰l°*n0 ç™—žzBdОu¾7ĉBl€â‰-ºx~|UåU‰  h*Hœ|e"#"?vpÄiŠe6^ˆ„+qâŠm8 #VÇá ‘å–ÄV„œ|Šè•m"сœn|@›U¶ÆΞ—Špb¥G¨ED”€±Úê2FÌIç? >Éxå Œ± ¡¤„%‘žjŸ‘ꄯ<Ìaà9ijÐ2˜D¦È&›†Z`‚å]wþ¼Â:ç6àB¤7eFJ|õÒ§Õ,¨äàFÇ®cS·Ê¶+B°,‘Þ˜ºNûãØ>PADÌHD¹æž«ÄÀnÌ¥}­#Ë’ë QÀÉSÌÂÇ2ÌXÀ{æk²lQÁ2«ÊðÀ¯w|2Í h‹ÄÂG€,m¾¶ë3ÐÙ6-´ÅE¬L°ÆIij*K½ÀÇqï`DwVÍQXœÚÔpeœ±¬Ñ q˜§Tœ½µƒ°Œìu Â<¶aØ*At¯lmEØ ü ôÛN[P1ÔÛ¦­±$ÜÆ@`ùåDpy¶yXvCAyåB`ŽD¶ 0QwG#¯ æš[^Äþ $ÀÓÝǦ{„L™[±úKÄgÌ;ï£S~¹ìGX.ôgoT.»åˆ°ùŸûù¡?1zö¦Ÿž:ÅgÁ|ìL¹ „®£œŠ‚à0œ]PÁ^p F<"•ç?!,ñ‡N4—…PÄ Á„ö¨Û:Tè@hÀ‹%táÿ:ø-žI<`þ‹p I….)^ 40D#p@ƒj4–؀:²‰1Øâr˜¼F2oW¼#Z†;$Q q” ‘ ÂK¦ñNl#29 !’F@¥Bh·ᏀL!—XFóLH‘Kh¤.«hE&JòG¨¥<™WN!€ÑÙÚˆY„@†>Œž19J" 2,/ &.GXB%ÌRÈ9B6¹W]’î×ÔW¥’IÎ$ ñ‹ÓŒE8YÆ ¼³™ñA5“à®Q.aŸB€&Ø©³ JÁ—! ¦t)K%tœ-¦JF bòNMxLôþ)ÐR¸Ð™‘ èÝ6‘O!THÌ„HÛ ‰ !ù ) , =( …AXKgNgYvYxR"k\%wh…hŽh%ˆg+ˆs%—r.—x3˜x¨}9®€&©€+¨Œ,©‡7§‰%¶†(¹–.¹5·&Çš)ǘ;Í•&×£*Ȳ)ׯ7×»4ï°3øÌ6ò‘HÖ§KÍ»Hó¯T÷¨Yÿ»qÿÇhÿ þÀ”pH,È¤rÉl:ŸÐ¨tJ­Z¯Ø¬vËíz¿à°xL.›Ïè´zÍn»ßð¸|N¯Ûïø¼~Ïïûÿ€‚ƒ„…†‡ˆ‰Š‹ŒŽ‘’“”•–—˜™š›œžŸ ¡¢£¤¥¦§g ª« E$±²¨ª­ · °²½$E$ÂÕ««D· Í ¿¦Ç¶¸ÌŒ¾³CÃÅÆ E ééH½MÛÂGâªD­ çBêêϾD²ÒaÀà€Š1r­ðÓ¤ ÔožzU!L˜C'¾yW½UGtäÇïÙllê0×àÂuGþ)AÀs[þ·xì ÁxO%ƒûX2ó—  P£n›R/¡ÑšHše+êDm?# —‘Ç£6¡8íJ¡ŸâDiäªM¥Ö„ôj“¬¹£5oQ7°- <‡ *´lãÓŒ2r/a!l)dÈ A™ÈE¢ôÔ͆…ð ;Ö˜c ¡%ß‚’Ùˆâ¸b½—pe~C"BíëÚHïeF2§æŠ8qb t_`urŠeü wÅu3êæPv§h•"ß`íÍxçLĹÜÖ3á  ~Öº“®›¸ÏMDfJÙ °„ÛµáWõ%§œ‚à©–‚X Ó؁)@®Ñ›Eþ´wëuÅSxb8y\mÖzœ¥§ZbºE—ÂLªÌw!y(>¡™wú=Ç|ÅÝs¢d €CÁW)HÜcC$€L Ä7„r.á\{)@ð` @ äXÈ$PD” `šaG:§æˆOˆ72EÐamn]ù"ŒcÊxÑŒ° &dR8`g«iÙŸLR!¦P …d’ä¡“¦ðÎTƒ¦ià|À _ ¥ Qi#¦Šg›Æ ›noMµ ›V ã£)p ç£ÎW…š=Âeªk§†j„ ´®1ß²sÉxéW«jšl|0¯B0Û, \jÛ´›6±¬¶C ÛíWþï|ëÙ‹¸ñzĸV {ì;Ýñn¼òVˆm³I¼³.Ðã¤PN¥ ²µ¼„µCã+¹ÍByî£Ñ¾HŸ›ëê 7ìYÆFTk¨SaoaY$Dµœìï¿Ã29RÈkt Çïfñ ÇÒ:ÀÐSp¹3ÇI¨â¥DZÄ ü9Ïýögñ½­uÔ*3)O‘˜Ö[_hv ,àî×Et Ÿé¶BH€ Õ[ü±64M@ÔSÌM7dÐl5-ÄÙU܍´©zߌ3Ô€3ž„ „ ¶ÛPô½5×g› êÚ˜kN„Ý…0Îj4€Ìë°“#{þÕ3S2çKÜ'ợlø¼Ú2K{° {Û¶?žm𸧠ËI¼nEò='êüóºè^üæÃ_Û=°óž‚ì#Oý¿Í'¡½áo..ÏYìnüñCœO±Áa¿¢Kô½o,üÄËbö²çºíï{ËC Ú— "”Ï{ËK ÍÒw„õ±Oz dÕ¨à:$ ƒô—«v»] A#ð «€¿šéz)Rx׿ˆ¥‚d``èw-îyÏf×K!ð€þ­Ð|ìPľ„=Ì`ý(f” 'Pa ¥ÐBJa%Ðâf§„%Š¡}FàáÝ×6>ÉäŠG"éŽè=ø!oŠ°^FP¼Ø©Q„ÀCÙÁ`(Ž\ÄÝ® ©Â$<n@dÄ E#ììUÒI! ‚#lù‹`k¦ÐÇ'Rró’ZýNBÈMF Í[¤+‹ðɈ-áwj¨¥þ8¾rá ,VÂh„"|½œ=×G_¦Ñ™EØ 0i*%̲˜Æda0mV‚k¾)›;„&6 p>ÓjK “¦Ç# âDÂ:ûc?:R Ó¬fÞéI-Ì“•Ã<ä=™Ï7˜3œ¨˜c2ŒW ,ˆ”8(T™P‰F¡Jhç"‚ ; 403WebShell
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Current File : /opt/cloudlinux/venv/lib64/python3.11/site-packages/snowballstemmer/basestemmer.py
class BaseStemmer(object):
    def __init__(self):
        self.set_current("")

    def set_current(self, value):
        '''
        Set the self.current string.
        '''
        self.current = value
        self.cursor = 0
        self.limit = len(self.current)
        self.limit_backward = 0
        self.bra = self.cursor
        self.ket = self.limit

    def get_current(self):
        '''
        Get the self.current string.
        '''
        return self.current

    def copy_from(self, other):
        self.current          = other.current
        self.cursor           = other.cursor
        self.limit            = other.limit
        self.limit_backward   = other.limit_backward
        self.bra              = other.bra
        self.ket              = other.ket

    def in_grouping(self, s, min, max):
        if self.cursor >= self.limit:
            return False
        ch = ord(self.current[self.cursor])
        if ch > max or ch < min:
            return False
        ch -= min
        if (s[ch >> 3] & (0x1 << (ch & 0x7))) == 0:
            return False
        self.cursor += 1
        return True

    def go_in_grouping(self, s, min, max):
        while self.cursor < self.limit:
            ch = ord(self.current[self.cursor])
            if ch > max or ch < min:
                return True
            ch -= min
            if (s[ch >> 3] & (0x1 << (ch & 0x7))) == 0:
                return True
            self.cursor += 1
        return False

    def in_grouping_b(self, s, min, max):
        if self.cursor <= self.limit_backward:
            return False
        ch = ord(self.current[self.cursor - 1])
        if ch > max or ch < min:
            return False
        ch -= min
        if (s[ch >> 3] & (0x1 << (ch & 0x7))) == 0:
            return False
        self.cursor -= 1
        return True

    def go_in_grouping_b(self, s, min, max):
        while self.cursor > self.limit_backward:
            ch = ord(self.current[self.cursor - 1])
            if ch > max or ch < min:
                return True
            ch -= min
            if (s[ch >> 3] & (0x1 << (ch & 0x7))) == 0:
                return True
            self.cursor -= 1
        return False

    def out_grouping(self, s, min, max):
        if self.cursor >= self.limit:
            return False
        ch = ord(self.current[self.cursor])
        if ch > max or ch < min:
            self.cursor += 1
            return True
        ch -= min
        if (s[ch >> 3] & (0X1 << (ch & 0x7))) == 0:
            self.cursor += 1
            return True
        return False

    def go_out_grouping(self, s, min, max):
        while self.cursor < self.limit:
            ch = ord(self.current[self.cursor])
            if ch <= max and ch >= min:
                ch -= min
                if (s[ch >> 3] & (0X1 << (ch & 0x7))):
                    return True
            self.cursor += 1
        return False

    def out_grouping_b(self, s, min, max):
        if self.cursor <= self.limit_backward:
            return False
        ch = ord(self.current[self.cursor - 1])
        if ch > max or ch < min:
            self.cursor -= 1
            return True
        ch -= min
        if (s[ch >> 3] & (0X1 << (ch & 0x7))) == 0:
            self.cursor -= 1
            return True
        return False

    def go_out_grouping_b(self, s, min, max):
        while self.cursor > self.limit_backward:
            ch = ord(self.current[self.cursor - 1])
            if ch <= max and ch >= min:
                ch -= min
                if (s[ch >> 3] & (0X1 << (ch & 0x7))):
                    return True
            self.cursor -= 1
        return False

    def eq_s(self, s):
        if self.limit - self.cursor < len(s):
            return False
        if self.current[self.cursor:self.cursor + len(s)] != s:
            return False
        self.cursor += len(s)
        return True

    def eq_s_b(self, s):
        if self.cursor - self.limit_backward < len(s):
            return False
        if self.current[self.cursor - len(s):self.cursor] != s:
            return False
        self.cursor -= len(s)
        return True

    def find_among(self, v):
        i = 0
        j = len(v)

        c = self.cursor
        l = self.limit

        common_i = 0
        common_j = 0

        first_key_inspected = False

        while True:
            k = i + ((j - i) >> 1)
            diff = 0
            common = min(common_i, common_j) # smaller
            w = v[k]
            for i2 in range(common, len(w.s)):
                if c + common == l:
                    diff = -1
                    break
                diff = ord(self.current[c + common]) - ord(w.s[i2])
                if diff != 0:
                    break
                common += 1
            if diff < 0:
                j = k
                common_j = common
            else:
                i = k
                common_i = common
            if j - i <= 1:
                if i > 0:
                    break # v->s has been inspected
                if j == i:
                    break # only one item in v
                # - but now we need to go round once more to get
                # v->s inspected. This looks messy, but is actually
                # the optimal approach.
                if first_key_inspected:
                    break
                first_key_inspected = True
        while True:
            w = v[i]
            if common_i >= len(w.s):
                self.cursor = c + len(w.s)
                if w.method is None:
                    return w.result
                method = getattr(self, w.method)
                res = method()
                self.cursor = c + len(w.s)
                if res:
                    return w.result
            i = w.substring_i
            if i < 0:
                return 0
        return -1 # not reachable

    def find_among_b(self, v):
        '''
        find_among_b is for backwards processing. Same comments apply
        '''
        i = 0
        j = len(v)

        c = self.cursor
        lb = self.limit_backward

        common_i = 0
        common_j = 0

        first_key_inspected = False

        while True:
            k = i + ((j - i) >> 1)
            diff = 0
            common = min(common_i, common_j)
            w = v[k]
            for i2 in range(len(w.s) - 1 - common, -1, -1):
                if c - common == lb:
                    diff = -1
                    break
                diff = ord(self.current[c - 1 - common]) - ord(w.s[i2])
                if diff != 0:
                    break
                common += 1
            if diff < 0:
                j = k
                common_j = common
            else:
                i = k
                common_i = common
            if j - i <= 1:
                if i > 0:
                    break
                if j == i:
                    break
                if first_key_inspected:
                    break
                first_key_inspected = True
        while True:
            w = v[i]
            if common_i >= len(w.s):
                self.cursor = c - len(w.s)
                if w.method is None:
                    return w.result
                method = getattr(self, w.method)
                res = method()
                self.cursor = c - len(w.s)
                if res:
                    return w.result
            i = w.substring_i
            if i < 0:
                return 0
        return -1 # not reachable

    def replace_s(self, c_bra, c_ket, s):
        '''
        to replace chars between c_bra and c_ket in self.current by the
        chars in s.

        @type c_bra int
        @type c_ket int
        @type s: string
        '''
        adjustment = len(s) - (c_ket - c_bra)
        self.current = self.current[0:c_bra] + s + self.current[c_ket:]
        self.limit += adjustment
        if self.cursor >= c_ket:
            self.cursor += adjustment
        elif self.cursor > c_bra:
            self.cursor = c_bra
        return adjustment

    def slice_check(self):
        if self.bra < 0 or self.bra > self.ket or self.ket > self.limit or self.limit > len(self.current):
            return False
        return True

    def slice_from(self, s):
        '''
        @type s string
        '''
        result = False
        if self.slice_check():
            self.replace_s(self.bra, self.ket, s)
            result = True
        return result

    def slice_del(self):
        return self.slice_from("")

    def insert(self, c_bra, c_ket, s):
        '''
        @type c_bra int
        @type c_ket int
        @type s: string
        '''
        adjustment = self.replace_s(c_bra, c_ket, s)
        if c_bra <= self.bra:
            self.bra += adjustment
        if c_bra <= self.ket:
            self.ket += adjustment

    def slice_to(self):
        '''
        Return the slice as a string.
        '''
        result = ''
        if self.slice_check():
            result = self.current[self.bra:self.ket]
        return result

    def assign_to(self):
        '''
        Return the current string up to the limit.
        '''
        return self.current[0:self.limit]

    def stemWord(self, word):
        self.set_current(word)
        self._stem()
        return self.get_current()

    def stemWords(self, words):
        return [self.stemWord(word) for word in words]

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