(    ØŸP°ŸPˆŸP`ŸP8ŸPŸPèžPÀžP˜žPpžPHžP žPøPÐP¨P€P@~øœˆÐœP¨œP€œPXœP0œPœPà›P¸›P›Ph›P@›P›PðšPÈšPšnXšpšrØ™r™ˆ`™V ™|ø˜PИP¨˜P€˜P(˜®Ð—°`—Öð–Ö – H–¢à•Èx•È•Ø˜”Ø0”ÊÈ“Ê “Px“P“¼ð’PÈ’P ’Px’PP’P(’P’PØ‘Px‘´ ‘¦øPÐP¨P€PXP0Pè„°dxfPP(PàŽ„ Ž~hŽd0Žfðz¸pxz8zøŒzÀŒd€Œ|HŒlŒvÈ‹vˆ‹vH‹v‹nØŠn˜Šz8Š¶à‰¬ ‰z`‰z ‰ràˆr ˆv`ˆv ˆvà‡vˆ‡¤@‡Œø†Š°†Šh†ˆ †ŽØ…Šˆ…”8…”ð„‚°„~`„˜ „|؃Šˆƒ–`ƒP8ƒPƒnÈ‚b‚nX‚b ‚n‚ Jç'less-equal-greater : çsort support€ _ç'less-equal-greater 9 çsort support~ ^ç'less-equal-greater} \ç I/O| [ç I/O{ ¤çOreturn name of given index build phasez ~çCtest property of an index columny }ç5test property of an indexx |çQtest property of an index access methodw Rç7validate an operator classv ®ç;brin: desummarize page rangeu ŸçMbrin: standalone scan new table pagest pçMbrin: standalone scan new table pagess OçCbrin index access method handlerr NçGspgist index access method handlerq MçAgin index access method handlerp LçCgist index access method handlero KçChash index access method handlern JçEbtree index access method handlerm ç]row-oriented heap table access method handlerl ?ç/convert float4 to int4k >ç/convert int4 to float4j =ç/convert float8 to int4i <ç/convert int4 to float8h :ç+convert int4 to int2g 9ç+convert int2 to int4f 8ç3convert float8 to float4e 7ç3convert float4 to float8d @çebucket number of operand in equal-width histogramc çocurrent date and time - increments during transactionsb  ç3concatenate name and oida ýç'less-equal-greater` öç'less-equal-greater_ îç/convert float4 to int2^ íç/convert float8 to int2] ìç/convert int2 to float4\ ëç/convert int2 to float8[ êç%natural logarithmZ éç5natural exponential (e^x)Y  çsign of valueX  ç3nearest integer <= valueW  ç3nearest integer >= valueV  ç3nearest integer >= valueU åç)truncate to integerT äç3round to nearest integerS àçsmaller of twoR ßçlarger of twoQ ç7aggregate combine functionP Þç=aggregate transition functionO ×ç I/ON Öç I/OM Óçsmaller of twoL Ñçlarger of twoK Ðç=aggregate transition functionJ Éç I/OI Èç I/OH Æç I/OG Åç I/OF Äç I/OE Ãç I/OD Œç_join selectivity for area-comparison operatorsC ‹çmrestriction selectivity for area-comparison operatorsB |ç I/OA {ç I/O@ zç I/O? yç I/O> xç I/O= wç I/O< vç I/O; uç I/O: oçuimplementation of deprecated ! and !! factorial operators9 nç I/O8 mç I/O7 Žçƒjoin selectivity of >= and related operators on scalar datatypes6 ‚çƒjoin selectivity of <= and related operators on scalar datatypes5 Qç‘restriction selectivity of >= and related operators on scalar datatypes4 Pç‘restriction selectivity of <= and related operators on scalar datatypes3 lçjoin selectivity of > and related operators on scalar datatypes2 kçjoin selectivity of < and related operators on scalar datatypes1 jç[join selectivity of <> and related operators0 içYjoin selectivity of = and related operators/ hçrestriction selectivity of > and related operators on scalar datatypes. gçrestriction selectivity of < and related operators on scalar datatypes- fçirestriction selectivity of <> and related operators, eçgrestriction selectivity of = and related operators+ Zç I/O* Xç I/O) Wç I/O( Vç I/O' Yç5PostgreSQL version string& éçlength% TçAplanner support for textregexeq$ Nç+convert int4 to char# Mç+convert char to int4" Ïç)convert xid8 to xid! èç'less-equal-greater  7ç I/O 6ç I/O 5ç I/O 4ç I/O Ûç I/O Úç I/O Ùç I/O Îç I/O 3ç I/O 2ç I/O 1ç I/O 0ç I/O /ç I/O .ç I/O — çAconvert proname to regprocedure ¦ ç7convert proname to regproc -ç I/O ,ç I/O +ç I/O  *ç I/O  )ç I/O  (ç I/O  'ç I/O  &ç I/O #ç I/O "ç I/O !ç I/O Ýç I/O ç I/O Üç I/O Ûç I/O Úç I/O(   ÈŸbŸnXŸb Ÿnèžb°žnxžb@žnžnÐn˜b`n(bøœ`ÀœnˆœnHœrœrÈ›rˆ›rH›r›rÈšrˆšrHšršrÈ™xˆ™rH™r™xȘx˜˜Rh˜R8˜R˜RØ—R¨—Rx—RH—R—Rè–R¸–Rˆ–RX–R(–Rø•RÈ•R˜•Rh•R8•R•RØ”R¨”Rx”RH”R”Rè“R¸“Rˆ“RX“R(“Rø’RÈ’R€’Ž0’–ø‘dÀ‘f˜‘Pp‘P0‘rðr°vpv@RRÐvvPrrÈŽ†xŽ 0ŽŒà’¨bxZHZXèŒX Œ‚XŒ‚ Œlè‹l°‹jp‹~H‹P ‹PàŠt ŠthŠb0Šl艊 ‰X‰Šøˆ¶ ˆ®0ˆÖø‡dÀ‡fx‡‡²À†®€†~@†~ø…‚°…‚p…€(…ŠÐ„®x„¬0„„ðƒz ƒœXƒ„ƒzÈ‚œX‚Ò ‚j èç#array typanalyze~ ’ ç‹bucket number of operand given a sorted array of bucket lower bounds} ÕçUconcatenate aggregate input into an array| Ôç3aggregate final function{ Óç=aggregate transition functionz  çUconcatenate aggregate input into an arrayy  ç3aggregate final functionx  ç=aggregate transition functionw ` çereplace any occurrences of an element in an arrayv _ çgremove any occurrences of an element from an arrayu œçCplanner support for array_unnestt  ç9expand array to set of rowss ç;array constructor with valuer ©ç;array constructor with valueq ¨ç7array subscripts generatorp §ç7array subscripts generatoro Ï çgreturns an array of offsets of some value in arrayn Î çkreturns an offset of value in array with start indexm Í çIreturns an offset of value in arrayl çsmaller of twok çlarger of twoj €çconcatenate array elements, using delimiter and null string, into texti xçgsplit delimited text into text[], with null stringh ‹çoconcatenate array elements, using delimiter, into textg ŠçCsplit delimited text into text[]f {çIprepend element onto front of arraye zçCappend element onto end of arrayd k ç%array cardinalityc €çarray lengthb ,ç-array upper dimensiona +ç-array lower dimension` ïç I/O_ îç I/O^ ìç7number of array dimensions] ëç#array dimensions\ êç%session user name[ éç%current user nameZ ðç;substitute portion of stringY íç;substitute portion of stringX Ôçset bitW Óçget bitV Òçset byteU Ñçget byteT Ðçoctet lengthS ÆçKdeprecated, use current_user insteadR çEadjust varchar() to typmod lengthQ  çYplanner support for varchar length coercionP œç?adjust char() to typmod lengthO òç+convert int2 to int8N Êç+convert int8 to int2M ç/convert float4 to int8L Œç/convert int8 to float4K ç hashJ rç hashI ãç/convert float8 to int8H âç/convert int8 to float8G áç+convert int4 to int8F àç+convert int8 to int4E Íç I/OD Ìç I/OC Ëçsmaller of twoB Êçlarger of twoA ¸çOcount the number of non-NULL arguments@ ¶çGcount the number of NULL arguments?  ç hash> Hç hash=  ç hash< °ç hash;  ç hash: ¦ç hash9  ç hash8 ç hash7  ç hash6 Iç hash5 ç hash4 Éç hash3 ç hash2 Èç hash1 Àç hash0 ç hash/ ¿ç hash. Çç hash- ¾ç hash, Æç hash+ ½ç hash* Åç hash) ¼ç hash( Äç hash' »ç hash& Ãç hash% ºç hash$ µç hash# ©ç hash" Âç hash! ¹ç hash  Áç hash ™ç1convert char(n) to name ˜ç1convert name to char(n) —ç+convert text to name –ç+convert name to text ‘ç1convert char(n) to text -ç+window RANGE support ,ç+window RANGE support +ç+window RANGE support $ç+window RANGE support #ç+window RANGE support "ç+window RANGE support !ç+window RANGE support  ç+window RANGE support ç+window RANGE support ç+window RANGE support ~ç'less-equal-greater yç'less-equal-greater ºçequal image  · çsort support  hç'less-equal-greater  ? çsort support  gç'less-equal-greater  fç'less-equal-greater ”ç'less-equal-greater > çsort support dç'less-equal-greater = çsort support cç'less-equal-greater < çsort support bç'less-equal-greater ; çsort support(   Ÿ¸HŸªŸpØžp žppž\8ždžfÈdfPt‚Èœx€œ‚8œŒœPè›P°›dx›f0›‚ðšz°šzpšt0štšXЙX ™X`™x ™xà˜t ˜t`˜r ˜rè—l°—nx—l@—n—lÈ–~–pX–p–tЕ†•tH•†ø”ž¸”zh”š(”rà“‚°“Z€“\P“^“tÐ’|˜’bX’r’†È‘Œ ‘Px‘P@‘p‘hØZ d(æ¸ÚPhP8^^àŽP¸ŽPˆŽ^XŽ^ Ždèf°nxbHRRÀŒª˜ŒPpŒP8ŒnŒbÀ‹rˆ‹nP‹d‹fðŠPÈŠP˜Š^hŠ^@ŠPŠPè‰^¸‰^p‰Œ(‰Œ‰P؈P¨ˆ^xˆ^(ˆ è‡€˜‡š‡ ¸†¤`†¦†¬¸…šP…ÐЄô˜„f`„d(„fðƒd ƒ Hƒ¢ƒ|°‚¦h‚Š‚´| Éçmget description for object id and shared catalog name{ ÀçCget description for table columnz ¿ç_get description for object id and catalog namey °ç5adjust interval precisionx Nç[planner support for interval length coercionw ¯çYdate difference preserving months and yearsv ®çlarger of twou ­çsmaller of twot ¬çlarger of twos «çsmaller of twor cç­age of a multi-transaction ID, in multi-transactions before current multi-transactionq ç‰age of a transaction ID, in transactions before current transactionp šçSconvert timestamp with time zone to dateo ˜çeconvert date and time to timestamp with time zonen ç_promote groups of 30 days to numbers of monthsm —ç]promote groups of 24 hours to numbers of daysl — çÃpromote groups of 24 hours to numbers of days and promote groups of 30 days to numbers of monthsk –çSconvert date to timestamp with time zonej ”ç9extract field from intervali “çYextract field from timestamp with time zoneh X çI/O typmodg W çI/O typmodf ‰ç I/Oe ˆç I/Od ‡çEadjust timestamp to new time zonec †çEconvert UNIX epoch to timestamptzb \ çI/O typmoda [ çI/O typmod` ç I/O_ ~ç I/O^ ^ çI/O typmod] ] çI/O typmod\ xç I/O[ wç I/OZ sçsmaller of twoY rçlarger of twoX Sç'less-equal-greaterW %ç+window RANGE supportV @ çsort supportU Dç'less-equal-greaterT =ç I/OS <ç I/OR 9çcformat a type oid and atttypmod to canonical SQLQ Ìç hashP 8ç hashO  çsort supportN 6ç'less-equal-greaterM (çsmaller of twoL 'çlarger of twoK d çI/O typmodJ c çI/O typmodI ç I/OH ç I/OG b çI/O typmodF a çI/O typmodE ç I/OD ç I/OC ™ç“convert ACL item array to table, primarily for use by information schemaB gçŸshow hardwired default privileges, primarily for use by the information schemaA Uçmake ACL item@  çcontains?  ç!remove ACL item>  ç)add/update ACL item= ç I/O< ç I/O; çEadjust timestamp to new time zone: áç?convert points to line segment9 àç+slope between points8 Õçbox diagonal7 ãç5bounding box of two boxes6 Óç-area of a closed path5 Ñçbox height4 Ðçbox width3 Ïçbox area2 Äç;large object unlink (delete)1 „ ç+write data at offset0 ƒ çSread large object from offset for length/ ‚ ç3read entire large object.  çWcreate new large object with given content- d ç?truncate large object (64 bit), ìç-truncate large object+ c ç?large object position (64 bit)* ¾ç-large object position) Ëç)large object create( ½ç)large object create' b ç7large object seek (64 bit)& ¼ç%large object seek% »ç'large object write$ ºç%large object read# ¹ç'large object close" ¸ç%large object open! ²ç+convert char to text  °ç+convert text to char ·ç-least common multiple ¶ç-least common multiple µç1greatest common divisor ´ç1greatest common divisor ³çmodulus ­çmodulus ¬çmodulus äç-convert int8 to money ãç-convert int4 to money ðç3convert numeric to money ïç3convert money to numeric §ç;output money amount as words ƒçsmaller of two ‚çlarger of two wç I/O vç I/O 1çEget the currently executing query ]ç;name of the current database  \ç1convert char to char(n)  ÿç;planner support for textlike  Qç-position of substring  çsmaller of two  çlarger of two çsmaller of two çlarger of two þçincrement ýç)large object export ÿç)large object import üç)large object import êçcjoin selectivity for array-containment operators éçqrestriction selectivity for array-containment operators(H   Ÿ²0Ÿààž’°ž\€ž\8žŽðŽ¸d€f8Œn°œ–xœp@œpà›¾ ›t`›t(›nðšd¸šfˆšRXšRšzØ™z˜™v`™n™¼¨˜®@˜Âà—´¨—np—n8—n—nÈ–n–nX–n –nø•PЕP •^p•^8•n•nÀ”|”VX”j ”lè“l°“lx“l8“z“pÐ’` ’\h’f0’fð‘| ‘œX‘0‘P‘PØ^¨^pnÊÐj˜jXz jèŽb°ŽbxŽd@ŽfŽdÐf˜jXxx¸Œ¶XŒ¸ Œbè‹l°‹j€‹\H‹f‹fØŠf ŠfhŠf(Šxè‰x°‰pp‰~(‰‚àˆ‚¨ˆnhˆr8ˆZˆdЇZ ‡^p‡Z8‡d‡Z؆^¨†\h†z(†tð…bÀ…^…^`…\ …tØ„ˆ˜„xX„v„xðƒPȃPƒfXƒn ƒjØ‚Ž˜‚|H‚ž~ ÃçWconvert vertex count and circle to polygon} Âç5convert polygon to circle| ÁçGconvert point and radius to circle{ ¾ç#radius of circlez ½ç'diameter of circley ¼çarea of circlex «ç I/Ow ªç I/Ov ©ç1convert path to polygonu ¨ç/convert box to polygont §ç1convert polygon to paths ¦çAconvert polygon to bounding boxr  ç-convert x, y to pointq šçopen pathp ™çclose patho —çpath open?n –çpath closed?m ç-convert points to boxl ‹ç3convert interval to timek ˆçcenter ofj ‡çhorizontali †çverticalh …çperpendicularg „çparallelf ƒçhorizontale ‚çverticald çperpendicularc €çparallelb ç+horizontally aligneda ~ç'vertically aligned` }ç;substitute portion of string_ |ç;substitute portion of string^ {ç7current schema search list] zç)current schema name\ yç1convert name to varchar[ xç1convert varchar to nameZ vçabsolute valueY uçabsolute valueX tçabsolute valueW sçabsolute valueV rçabsolute valueU `çfactorialT nç#finite interval?S mç%finite timestamp?R ]çfinite date?Q lçqconvert timestamp with time zone to time with time zoneP jçodate difference from today preserving months and yearsO iç1extract field from timeN hç1extract field from dateM eç#character lengthL dçsmaller of twoK cçlarger of twoJ bçsmaller of twoI açlarger of twoH _çoctet lengthG ^çoctet lengthF \ç#character lengthE Zç3convert time to intervalD Yç#character lengthC Wç#character lengthB Oçƒconvert date and time with time zone to timestamp with time zoneA Nç'less-equal-greater@ ` çI/O typmod? _ çI/O typmod> Gç I/O= Fç I/O< EçIprint type names of oidvector field; DçUdeprecated, use two-argument form instead: Cç5natural exponential (e^x)9 Xçexponentiation8 Bçexponentiation7 Açcube root6 @çsquare root5 ?ç)truncate to integer4 >ç3round to nearest integer3 =ç%natural logarithm2 ªç%base 10 logarithm1 <ç%base 10 logarithm0 ;ç%base 10 logarithm/ &ç#character length. %çlength- $ç5convert timestamp to time, #ç'less-equal-greater+ "ç'less-equal-greater* Z çI/O typmod) Y çI/O typmod( !ç I/O'  ç I/O& ç'intervals overlap?% ç'intervals overlap?$ ç'intervals overlap?# ç'intervals overlap?" ç'intervals overlap?! ç'intervals overlap?  ç'intervals overlap? ç'intervals overlap? çmjoin selectivity for containment comparison operators ç{restriction selectivity for containment comparison operators çgjoin selectivity for position-comparison operators çurestriction selectivity for position-comparison operators Y ç'current clock time X ç/current statement time W ç3current transaction time ç3current transaction time ºç hash ¹ç hash ì çsmaller of two ë çlarger of two ê ç'less-equal-greater ç-latest tid of a tuple  ç-latest tid of a tuple  çwtrigger to suppress updates when new and old records match ç)convert oid to int8  ç)convert int8 to oid  ùçOextract field from time with time zone  ÷ç'intervals overlap?  çEplanner support for texticregexeq  Õçsmaller of two Ôçlarger of two Û çGdecrement, ignores second argument ô çGincrement, ignores second argument Ú çdecrement Ãçincrement ÂçKtruncate interval to specified units ç™truncate timestamp with time zone to specified units in specified time zone Áçktruncate timestamp with time zone to specified units(ü   ÀŸ~€Ÿt@ŸtŸPðžP°ž~pž~0žrž\Ð\ \p\@`\àœ\˜œ`œj(œjœPØ›P¨›^x›^8›x𚆰šxhš†0špð™v¸™nh™˜™®Ø˜pˆ˜–`˜P8˜P˜^Ø—^ —nh—b0—h—XЖ\ –^`–|0–R–VЕX •\h•j0•nø”p°”Žx”d@”h”jГn˜“n`“n8“N“hÈ’l’nP’x’|Б~‘~P‘r‘zÀœpœ œØ†€¤@t\àŽ\ Žr`Ž| Ž~Ȫp¬0|àŒ  Œ|`Œ~ŒÈ‹’ˆ‹|0‹¬àŠ’ Š|`Š|ø‰È¸‰|x‰|8‰€øˆ€¸ˆ|xˆ| ˆ¦à‡x ‡x`‡x ‡xà†~ †~X†Œ†ŒÀ…–h…®…¸°„¢`„’„’°ƒ´pƒt0ƒ~ð‚~¨‚Šp‚l ‚–y W çOextended statistics object descriptionx kç%index descriptionw jçCrole name by OID (with fallback)v iç7select statement of a viewu hç7select statement of a viewt %ç-source text of a rules  çmmaximum octet length of a character in given encodingr =çKconvert encoding id to encoding nameq ðçKconvert encoding name to encoding idp ç[convert string with specified encoding nameso µçqconvert string with specified destination encoding namen ²çgconvert string with specified source encoding namem ±çOlength of string in specified encodingl *çEencoding name of current databasek çEencoding name of current databasej *ç7convert int8 number to hexi )ç7convert int4 number to hexh Ð ç1split string by patterng Ï ç1split string by patternf Î ç1split string by patterne Í ç1split string by patternd (ç_split string by field_sep and return field_numc Ì ç5find match(es) for regexpb Ë ç5find match(es) for regexpa E ç9find first match for regexp` D ç9find first match for regexp_ íç5replace text using regexp^ ìç5replace text using regexp] 'çreplace all occurrences in string of old_substr with new_substr\ ©ç5extract portion of string[ ¨ç5extract portion of stringZ uçKtrim spaces from both ends of stringY tçetrim selected characters from both ends of stringX sç5extract portion of stringW rçKtrim spaces from right end of stringV qçItrim spaces from left end of stringU pç7right-pad string to lengthT oç5left-pad string to lengthS nçYmap a set of characters appearing in stringR mç5extract portion of stringQ lçetrim selected characters from right end of stringP kçctrim selected characters from left end of stringO jç7right-pad string to lengthN iç5left-pad string to lengthM hç+capitalize each wordL gçuppercaseK fçlowercaseJ dç-position of substringI eç]convert LIKE pattern to use backslash escapesH ç?planner support for texticlikeG ÃçUconvert SQL regexp pattern to POSIX styleF ÂçUconvert SQL regexp pattern to POSIX styleE WçUconvert SQL regexp pattern to POSIX styleD Vç3replicate string n timesC Uç+convert int4 to charB Tç7convert first char to int4A £ ç7inverse hyperbolic tangent@ ¢ ç5inverse hyperbolic cosine? ¡ ç1inverse hyperbolic sine>   ç'hyperbolic tangent= Ÿ ç%hyperbolic cosine< ž ç!hyperbolic sine; JçPI: Iç'degrees to radians9 Hç'radians to degrees8 ² ç'cotangent, degrees7 ± ç#tangent, degrees6 ° ç!cosine, degrees5 ¯ çsine, degrees4 ® çGarctangent, two arguments, degrees3 ­ ç)arctangent, degrees2 ¬ ç'arccosine, degrees1 « ç#arcsine, degrees0 Gçcotangent/ Fçtangent. Eçcosine- Dç sine, Cç5arctangent, two arguments+ Bçarctangent* Açarccosine) @çarcsine( ?ç!set random seed' >çrandom value& <ç'less-equal-greater% i çI/O typmod$ V çI/O typmod# ,ç I/O" +ç I/O! çOreturn the next oid for a system table  Àç)sequence last value  çgsequence parameters, for use by information schema åçQset sequence value and is_called status (ç'set sequence value 'ç/sequence current value &ç)sequence next value $ç?does not match LIKE expression #ç1matches LIKE expression "ç?does not match LIKE expression !ç1matches LIKE expression h çI/O typmod g çI/O typmod ç I/O ç I/O ç#number of points  ç#number of points çIconvert circle to 12-vertex polygon çcenter of çcenter of  çdiagonal of  çcenter of  þçcenter of  ýçcenter of  üçcenter of ûç+sum of path segments úç7distance between endpoints Õç7construct line from points Óç I/O Òç I/O Èç-convert circle to box Çç-convert box to circle ûç7convert point to empty box(ô  ÀŸ|xŸŠ@ŸpŸv¸ž„hž’(žz耘’X||Øœr€œ¬@œrЛÜx›¢8›tèš’ šŠHšªð™ª ™˜P™˜™š°˜š`˜š˜šÀ— p—  —œÐ–œ˜–nP–‚–jà•b •|`•|•„È”ž€”Š@”|ø“‚°“ˆh“ˆ8“X“Xà’P¸’Px’€@’n’bà‘P¸‘Pp‘‚8‘nø€¸€xxPP(PPØP dhf0nàŽš¨Žb`ŽŒŽŒØv˜vH˜xÐŒn˜ŒfPŒ‚ŒzÈ‹Œ‹pP‹r‹~ÀŠš€Š~0Ššà‰˜x‰Æ@‰b‰bЈb˜ˆb`ˆb(ˆbð‡b¸‡h€‡hH‡h‡h؆h€†¤0†–ø…nÈ…R˜…Rh…R8…R…RØ„R°„Pˆ„PX„^(„^؃ ˆƒšPƒfƒdØ‚z‚ŠP‚~‚Žw ®çGvalue truncated to 'scale' of zerov ­ç7value truncated to 'scale'u ¬çCvalue rounded to 'scale' of zerot «ç3value rounded to 'scale's ªçsign of valuer ©çabsolute valueq §çSadjust numeric to typmod precision/scalep U çYplanner support for numeric length coerciono f çI/O typmodn e çI/O typmodm ¦ç I/Ol ¥ç I/Ok Z ç hashj ¡ç hashi R ç hashh  ç hashg Q ç hashf ˜ç hashe ç'less-equal-greaterd é çOjoin selectivity for network operatorsc è ç]restriction selectivity for network operatorsb ×ç!SP-GiST supporta Öç!SP-GiST support` Õç!SP-GiST support_ Ôç!SP-GiST support^ Óç!SP-GiST support] ç çGiST support\ æ çGiST support[ å çGiST supportZ õ çGiST supportY ã çGiST supportX â çGiST supportW á çGiST supportV ßçthe smallest network which includes both of the given networksU ççQare the addresses from the same family?T —çSserver's port number for this connectionS –ç7inet address of the serverR •çSclient's port number for this connectionQ ”ç7inet address of the clientP ³ç+convert inet to cidrO Rç)hostmask of addressN ÚçEshow all parts of inet/cidr valueM »ç3show address octets onlyL ºç;broadcast address of networkK ¹çnetmask lengthJ ¸ç'netmask of addressI «ç1network part of addressH ÇçQaddress family (4 for IPv4, 6 for IPv6)G {ç/change netmask of cidrF ]ç/change netmask of inetE WçEabbreviated display of cidr valueD VçEabbreviated display of inet valueC ©çsort supportB •çSplanner support for network_sub/supersetA žç'less-equal-greater@ ë çsmaller of two? ê çlarger of two> “ç I/O= óç I/O< ç I/O; Žç I/O: ç1set 7th bit in macaddr89 ç9convert macaddr8 to macaddr8 ç9convert macaddr to macaddr87 ç'less-equal-greater6 ç;MACADDR8 manufacturer fields5 ç I/O4 ç I/O3  çsort support2 Dç'less-equal-greater1 ñç9MACADDR manufacturer fields0 µç I/O/ ´ç I/O. Ù çset bit- Ø çget bit, × çAsubstitute portion of bitstring+ Ö çAsubstitute portion of bitstring* £ç;extract portion of bitstring) ¢ç5position of sub-bitstring( —çCadjust varbit() to typmod length' V çWplanner support for varbit length coercion& •ç=adjust bit() to typmod length% ”ç5convert bitstring to int4$ “ç5convert int4 to bitstring# ’çoctet length" ‘ç#bitstring length! ç;extract portion of bitstring  ˆç'less-equal-greater wçUreferential integrity ON UPDATE NO ACTION vçUreferential integrity ON DELETE NO ACTION uçYreferential integrity ON UPDATE SET DEFAULT tçYreferential integrity ON DELETE SET DEFAULT sçSreferential integrity ON UPDATE SET NULL rçSreferential integrity ON DELETE SET NULL qçSreferential integrity ON UPDATE RESTRICT pçSreferential integrity ON DELETE RESTRICT oçQreferential integrity ON UPDATE CASCADE nçQreferential integrity ON DELETE CASCADE mçcreferential integrity FOREIGN KEY ... REFERENCES lçcreferential integrity FOREIGN KEY ... REFERENCES âçCdeferred UNIQUE constraint check èçKoid of replica identity index if any ç-is a column updatable ç[is a relation insertable/updatable/deletable Z ç•collation of the argument; implementation of the COLLATION FOR expression Sç+type of the argument  ñçeconvert generic options array to name/value table  –ç+list of SQL keywords  àç5function argument default  uç5result type of a function  ¸çKidentity argument list of a function rç9argument list of a function 2ç3definition of a function çKname of sequence for a serial column ´ç=deparse an encoded expression kç/constraint description ~ç)trigger description P çCpartition constraint description  ç5partition key description(ä  ÀŸz€Ÿz@ŸzŸXОxžt`ž`0ž`ð|°|xl@ltÀœtˆœfPœfø›¨¨› H›º›xКl˜šlXš|š|Ø™x˜™|X™|(™^ø˜^ ˜¬h˜j0˜fø—dÀ—nˆ—bH—x—xÈ–xˆ–xH–z–zÈ•tˆ•tH•t•xÈ”xx”˜8”v”pÈ“pˆ“tH“t“x¸’šx’r8’xà‘¦‘ž8‘¤ØºxÀPP(Pðn¨Ž`†„àŽb¨ŽppŽp8ŽfŽfÈf€Š0’ðŒ|¨Œ„XŒ–Œˆ°‹¸`‹ž‹¸ŠÀpŠˆ0Šz؉ª‰H‰‚舲˜ˆ˜PˆŠˆzЇz‡zP‡z‡zȆ„ˆ†~@†„†~À…|€…€@…|…€¸„„p„„(„„àƒ„ ƒ~`ƒ| ƒ€Ø‚„‚„H‚„‚„s ñ ç=aggregate transition functionr ð ç=aggregate transition functionq ï ç=aggregate transition functionp º ç=aggregate transition functiono  ç9aggregate deserial functionn  ç5aggregate serial functionm  ç7aggregate combine functionl ,ç=aggregate transition functionk +ç=aggregate transition functionj *ç=aggregate transition functioni Ü ç=aggregate transition functionh  ç9aggregate deserial functiong  ç5aggregate serial functionf µ ç9aggregate deserial functione ´ ç5aggregate serial functiond  ç7aggregate combine functionc * ç=aggregate transition functionb  ç7aggregate combine functiona )ç=aggregate transition function` (ç3aggregate final function_ Ñ ç3aggregate final function^ 'ç3aggregate final function] Ð ç3aggregate final function\ &ç3aggregate final function[ n çCjoin selectivity of exact prefixZ m çQrestriction selectivity of exact prefixY %çkjoin selectivity of case-insensitive regex non-matchX $ç;join selectivity of NOT LIKEW #çIjoin selectivity of regex non-matchV "çcjoin selectivity of case-insensitive regex matchU !ç3join selectivity of LIKET  çAjoin selectivity of regex matchS çyrestriction selectivity of case-insensitive regex non-matchR çIrestriction selectivity of NOT LIKEQ çWrestriction selectivity of regex non-matchP çqrestriction selectivity of case-insensitive regex matchO çArestriction selectivity of LIKEN çOrestriction selectivity of regex matchM ç=join selectivity of NOT ILIKEL ç5join selectivity of ILIKEK çKrestriction selectivity of NOT ILIKEJ çCrestriction selectivity of ILIKEI çlength in bitsH çlength in bitsG çlength in bitsF Ô ç)format text messageE Ó ç)format text messageD ö çreverse textC õ ç=extract the last n charactersB ô ç?extract the first n charactersA ó çGconcatenate values with separators@ ò ç'concatenate values? ç I/O> ç I/O=  çyquote a possibly-null data value for usage in a querystring<  çsquote a possibly-null literal for usage in a querystring; ç]quote a data value for usage in a querystring: çWquote a literal for usage in a querystring9 ç_quote an identifier for usage in a querystring8 èç1format interval to text7 ôç+convert text to date6 òçSconvert text to timestamp with time zone5 ñç1convert text to numeric4 ðç-format float8 to text3 ïç-format float4 to text2 îç)format int8 to text1 íç)format int4 to text0 ìç/format numeric to text/ êçQformat timestamp with time zone to text.  ç1convert jsonb to float8- } ç1convert jsonb to float4, | ç-convert jsonb to int8+ { ç-convert jsonb to int4* z ç-convert jsonb to int2) y ç3convert jsonb to numeric( ä ç3convert jsonb to boolean' ÷ç1convert numeric to int2& öç1convert int2 to numeric% õç1convert int8 to numeric$ óç1convert numeric to int8# Ó çsort support" éç'less-equal-greater! ççlarger of two  æçsmaller of two äç#increment by one zçebucket number of operand in equal-width histogram ¼çtrunc(x/y) µçtrunc(x/y) Òç5convert numeric to float8 Ñç5convert numeric to float4 Ðç1convert numeric to int4 Ïç5convert float8 to numeric Îç5convert float4 to numeric Éç%base 10 logarithm Íç%base 10 logarithm Ìç1convert int4 to numeric ³çsnumeric with minimum scale needed to represent the value ²çYminimum scale needed to represent the value Ñ çanumber of decimal digits in the fractional part yçexponentiation Êçexponentiation Éç-logarithm base m of n  Èç-logarithm base m of n  Çç%natural logarithm  Æç%natural logarithm  Åç5natural exponential (e^x)  Äç5natural exponential (e^x) Ãçsquare root Âçsquare root ¹ç-least common multiple ¸ç1greatest common divisor Àçmodulus °ç3nearest integer <= value wç3nearest integer >= value ¯ç3nearest integer >= value(Àð  ¸Ÿ„xŸ~8Ÿ|øž€¸ž~xžz8žzøz¸zxz8z𜄨œ„`œ„ œzà›z ›z`›z ›zàšz˜š„Xš~š„Йzˆ™„@™„ø˜„°˜„p˜z0˜zè—„ —„`—~ —zà–z –z`–z –zà•z •z`•z •zà”z ”zX”„”zÈ“œ€“„@“zð’š ’žP’˜’˜¨‘ªP‘¨øª ¨H¦ð¤˜ª@¨èŽªŽ¨8Ž¦à¤€º ¾ÀŒ¸`Œ¼Œº ‹¾@‹¸àŠ¼€Š¶ ŠºÀ‰´`‰¸‰®°ˆ¬Xˆ®ˆ¬¨‡ªP‡¨(‡P‡P؆P°†Pˆ†P`†P8†P†Pè…PÀ…P˜…Pp…P(…‚Єªx„¢ „¨Ðƒ”€ƒ’0ƒ’à‚š˜‚ŒP‚Œð¸j i çqstatistics: number of tuples changed since last analyzei ? çEstatistics: number of dead tuplesh > çEstatistics: number of live tuplesg ´çSstatistics: number of tuples hot updatedf çKstatistics: number of tuples deletede ŒçKstatistics: number of tuples updatedd ‹çMstatistics: number of tuples insertedc Šçastatistics: number of tuples fetched by idxscanb ‰ç[statistics: number of tuples read by seqscana ˆçcstatistics: number of scans done for table/index` c ç;details about MCV list items_ ç I/O^ œç I/O] ›ç I/O\ šç I/O[ O ç I/OZ N ç I/OY M ç I/OX L ç I/OW  ç I/OV  ç I/OU  ç I/OT  ç I/OS Õ çacurrent user privilege on any column by rel oidR Ô çccurrent user privilege on any column by rel nameQ Ó çeuser privilege on any column by user oid, rel oidP Ò çguser privilege on any column by user oid, rel nameO Ñ çeuser privilege on any column by username, rel oidN Ð çguser privilege on any column by username, rel nameM Ï çqcurrent user privilege on column by rel oid, col attnumL Î çmcurrent user privilege on column by rel oid, col nameK Í çscurrent user privilege on column by rel name, col attnumJ Ì çocurrent user privilege on column by rel name, col nameI Ë çuuser privilege on column by user oid, rel oid, col attnumH Ê çquser privilege on column by user oid, rel oid, col nameG É çwuser privilege on column by user oid, rel name, col attnumF È çsuser privilege on column by user oid, rel name, col nameE Ç çuuser privilege on column by username, rel oid, col attnumD Æ çquser privilege on column by username, rel oid, col nameC Å çwuser privilege on column by username, rel name, col attnumB Ä çsuser privilege on column by username, rel name, col nameA Šç]current user privilege on sequence by seq oid@ ‰ç_current user privilege on sequence by seq name? ˆçauser privilege on sequence by user oid, seq oid> ‡çcuser privilege on sequence by user oid, seq name= †çauser privilege on sequence by username, seq oid< …çcuser privilege on sequence by username, seq name; ‡ç]current user privilege on relation by rel oid: †ç_current user privilege on relation by rel name9 …çauser privilege on relation by user oid, rel oid8 „çcuser privilege on relation by user oid, rel name7 ƒçauser privilege on relation by username, rel oid6 ‚çcuser privilege on relation by username, rel name5 7çQencode text from encoding to ASCII text4 6çQencode text from encoding to ASCII text3 5çWencode text from DB encoding to ASCII text2 Ù çSconcatenate aggregate input into a bytea1 Ø ç3aggregate final function0 × ç=aggregate transition function/ Ò çUconcatenate aggregate input into a string. Ð ç3aggregate final function- Ï ç=aggregate transition function,  ç3aggregate final function+  ç3aggregate final function* ÿ ç3aggregate final function) þ ç3aggregate final function( ý ç3aggregate final function' ü ç3aggregate final function& û ç3aggregate final function% ú ç3aggregate final function$ ù ç3aggregate final function# ø ç3aggregate final function" ÷ ç3aggregate final function!  ç7aggregate combine function  ö ç=aggregate transition function õ ç=aggregate transition function ô ç3aggregate final function ¬ç3aggregate final function ó ç=aggregate transition function ò ç=aggregate transition function «ç=aggregate transition function ªç=aggregate transition function 4ç3aggregate final function Ý ç=aggregate transition function ý ç7aggregate combine function 3ç=aggregate transition function A ç3aggregate final function @ ç3aggregate final function ? ç3aggregate final function > ç3aggregate final function = ç3aggregate final function < ç3aggregate final function 2ç=aggregate transition function  1ç=aggregate transition function  0ç=aggregate transition function  /ç3aggregate final function  $ ç3aggregate final function  .ç3aggregate final function Ò ç3aggregate final function -ç3aggregate final function j ç3aggregate final function ü ç7aggregate combine function ã ç9aggregate deserial function â ç5aggregate serial function á ç7aggregate combine function ; ç=aggregate transition function(d   Ÿ¸PŸ’Ÿ ¨ž¨Pž¤øª ¦Hªðœ¦˜œ¬@œ¨ð›š›¸›æ¸š¾hšžšžÐ™ˆ™~H™Ž™†°˜’H˜Ìà—ˆ—°(—ºÐ–®x–®–¶È•ž€•Ž0•’à”˜ˆ”¦8”šè“˜˜“˜H“–ø’–ˆ’Ò ’ΰ‘Ò@‘ÖÐÒ€ž0žØ®pÈ ”ÈŽ¤hŽ¶Ž¢¸¤hžÈŒà ŒÚ¨‹ê‹(ÀŠ˜PŠÞ؉ꀉ¬‰ÒÀˆšpˆœ ˆ’¸‡ÄP‡Âà†Øx†Ð†Ö …Â@…Àà„Àx„È„À°ƒÎPƒÀЂòX‚ðøºÄS ¶ç}statistics: discard current transaction's statistics snapshotR Ìçsstatistics: timestamp of the current statistics snapshotQ è ç©statistics: self execution time of function in current transaction, in millisecondsP ç ç«statistics: total execution time of function in current transaction, in millisecondsO æ çystatistics: number of function calls in current transactionN å ç‡statistics: number of blocks found in cache in current transactionM ä çystatistics: number of blocks fetched in current transactionL ã çstatistics: number of tuples hot updated in current transactionK â çystatistics: number of tuples deleted in current transactionJ á çystatistics: number of tuples updated in current transactionI à ç{statistics: number of tuples inserted in current transactionH ß çstatistics: number of tuples fetched by idxscan in current transactionG Þ ç‰statistics: number of tuples read by seqscan in current transactionF Ý ç‘statistics: number of scans done for table/index in current transactionE ¤ ç{statistics: self execution time of function, in millisecondsD £ ç}statistics: total execution time of function, in millisecondsC ¢ çKstatistics: number of function callsB  çUstatistics: information about SLRU cachesA + çSstatistics: number of buffer allocations@ ÷ ç‹statistics: number of backend buffer writes that did their own fsync? × çestatistics: number of buffers written by backends> Y ç£statistics: checkpoint time spent synchronizing buffers to disk, in milliseconds= X ç—statistics: checkpoint time spent writing buffers to disk, in milliseconds<  çQstatistics: last reset for the bgwriter; Õ çástatistics: number of times the bgwriter stopped processing when it had written too many buffers while cleaning: Ô ç£statistics: number of buffers written by the bgwriter for cleaning dirty buffers9 Ó ç“statistics: number of buffers written by the bgwriter during checkpoints8 Ò ç™statistics: number of backend requested checkpoints started by the bgwriter7 Ñ çstatistics: number of timed checkpoints started by the bgwriter6 { çWstatistics: information about WAL archiver5  ç]statistics: block write time, in milliseconds4  ç[statistics: block read time, in milliseconds3 O çostatistics: number of bytes in temporary files written2 N ç]statistics: number of temporary files written1  çMstatistics: last reset for a database0 d çstatistics: when last checksum failure was detected in database/ b çgstatistics: checksum failures detected in database. P çWstatistics: deadlocks detected in database- þ çWstatistics: recovery conflicts in database, ý ç‹statistics: recovery conflicts in database caused by buffer deadlock+ ü çstatistics: recovery conflicts in database caused by shared buffer pin* û ç‹statistics: recovery conflicts in database caused by snapshot expiry) ú ç‡statistics: recovery conflicts in database caused by relation lock( ù ç‹statistics: recovery conflicts in database caused by drop tablespace' Ê çOstatistics: tuples deleted in database& É çOstatistics: tuples updated in database% È çQstatistics: tuples inserted in database$ Ç çQstatistics: tuples fetched for database# Æ çSstatistics: tuples returned for database" ™ç_statistics: blocks found in cache for database! ˜çQstatistics: blocks fetched for database  —çKstatistics: transactions rolled back –çGstatistics: transactions committed •çWstatistics: number of backends in database qçostatistics: port number of client connected to backend pçgstatistics: address of client connected to backend oçgstatistics: start time for current backend session ) çsstatistics: start time for backend's current transaction .çistatistics: start time for current query of backend % ç{statistics: wait event on which backend is currently waiting ä ç…statistics: wait event type on which backend is currently waiting ”çKstatistics: current query of backend “ç?statistics: user ID of backend ’çGstatistics: database ID of backend ‘ç7statistics: PID of backend êçAstatistics: current backend PID æçWstatistics: information about subscription õ çWstatistics: information about WAL receiver  çwstatistics: information about currently active replication ö çŸstatistics: information about progress of backends running maintenance command  æçqstatistics: information about currently active backends  çSstatistics: currently active backend IDs  ñ çastatistics: number of auto analyzes for a table  ð çestatistics: number of manual analyzes for a table  ï ç_statistics: number of auto vacuums for a table î çcstatistics: number of manual vacuums for a table à ç_statistics: last auto analyze time for a table ß çcstatistics: last manual analyze time for a table Þ ç]statistics: last auto vacuum time for a table Ý çastatistics: last manual vacuum time for a table çYstatistics: number of blocks found in cache ŽçKstatistics: number of blocks fetched ½çqstatistics: number of tuples inserted since last vacuum(´è   ŸÀ8ŸÊ¸žþ8žòغ˜t`p²¨œ®pœn8œbà›¤›šP›~›dàšf˜š‚Xštš’È™x€™†(™¤ð˜b°˜|p˜|0˜|ð—|°—tp—z —šÐ–”ˆ–‚H–|–Ž¨•¤P•¤•|Ø”f ”dP”–”–ГR “Rh“n0“nø’nÀ’nˆ’nP’b’rБr‘rP‘r‘rÈ€Hlz¸ X¶ŒÈŽŒxŽš Ž¢à| |`røŒÆÀŒp€Œv@Œ|Œv¸‹‚0‹°ŠhŠŠ(Š€à‰„‰” ‰Ò؈Š€ˆ®ˆÂÀ‡®x‡Š0‡ˆè† †X†Ž†À…”h…¢…¤¸„¬`„¨„²°ƒ’Xƒªƒš¸‚–x‚~0‚è† g }ç?finish taking an online backup f |çIprepare for taking an online backup e 0ç7terminate a server process d {çOcancel a server process' current query c ' çSis schema another session's temp schema? b & çcget OID of current session's temp schema, if any a ççKis collation visible in search path? ` ®çkis text search configuration visible in search path? _ ¸çais text search template visible in search path? ^ ­çeis text search dictionary visible in search path? ] ¬ç]is text search parser visible in search path? \ K ç[is statistics object visible in search path? [ -çMis conversion visible in search path? Z õçIis opfamily visible in search path? Y #çGis opclass visible in search path? X "çIis operator visible in search path? W !çIis function visible in search path? V  çAis type visible in search path? U çCis table visible in search path? T rçgget OID-based object address from name/args arrays S 6 ç{get identification of SQL object for pg_get_object_address() R ÿçgget machine-parseable identification of SQL object Q Ñ çCget identification of SQL object P ÿ ç‹get transaction Id and commit timestamp of latest transaction commit O ý çMget commit timestamp of a transaction N ëç=view members of a multixactid M )ç9view two-phase transactions L 2 çCisolationtester support function K 0 ç¹get array of PIDs of sessions blocking specified backend PID from acquiring a safe snapshot J  ç¿get array of PIDs of sessions blocking specified backend PID from acquiring a heavyweight lock I [ç;view system lock information H I ç/show pg_hba.conf rules G  ç5show config file settings F $ç/SHOW ALL as a function E ç)SET X as a function D Þ çSHOW X as a function, optionally no error for missing variable C ç+SHOW X as a function B ç5convert bitstring to int8 A ç5convert int8 to bitstring @ ç[extract text matching SQL regular expression ? çSextract text matching regular expression > çEadjust timestamp to new time zone = çEadjust timestamp to new time zone <  çodate difference from today preserving months and years ;  çYdate difference preserving months and years : ç3format timestamp to text 9 ç%finite timestamp? 8 ÿçIconvert time to time with time zone 7 þçIconvert time with time zone to time 6 *ç+window RANGE support 5 )ç+window RANGE support 4 (ç+window RANGE support 3 'ç+window RANGE support 2 &ç+window RANGE support 1 A çsort support 0 ýç'less-equal-greater / üç'intervals overlap? . ûç'intervals overlap? - úç'intervals overlap? , ùç'intervals overlap? + S ç hash * ÷ç hash ) öçOadjust time with time zone to new zone ( õçOadjust time with time zone to new zone ' ôçlarger of two & óçsmaller of two % íç5convert timestamp to date $ ìç]convert timestamp to timestamp with time zone # ëç]convert timestamp with time zone to timestamp " éçGconvert date and time to timestamp ! èç5convert date to timestamp  åç;extract field from timestamp  äçMtruncate timestamp to specified units  ãçSconvert timestamp with time zone to time  ßç3trim both ends of string  Þç-position of substring  &ç5extract portion of string  %ç5extract portion of string  Ýç5extract portion of string  Üç5extract portion of string  Úçoctet length  Ùç]convert LIKE pattern to use backslash escapes  Øç?does not match LIKE expression  ×ç1matches LIKE expression  ±çKadjust time with time zone precision  °ç-adjust time precision  ¯ç;adjust timestamptz precision  ®çsmaller of two  ­çlarger of two  ©ç7adjust timestamp precision  hçSplanner support for time length coercion  Mç]planner support for timestamp length coercion   çsort support  ¢ç'less-equal-greater  ›çgconvert ascii-encoded text string into bytea value  šçkconvert bytea value into some ascii-only text string  Âç)tablespace location  [ ç-current trigger depth   çsstatistics: reset collected statistics for a single SLRU  Áç«statistics: reset collected statistics for a single function in the current database  Àç·statistics: reset collected statistics for a single table or index in the current database  ¿çƒstatistics: reset collected statistics shared across the cluster  âçystatistics: reset collected statistics for current database( Ð  ¸Ÿ†pŸŽ(Ÿ†èžv¨žv`ž‚ ž~à€ ~H®Ž¨œ¢pœl(œ„è›~¨›z`›„(›jàš˜š‚Xš~ šhÈ™¨x™˜(™˜è˜~¨˜~h˜t(˜tÈ—´ˆ—tH—v—vÈ–v€–„8–„蕘 •ŠX•†•¤À”xX”Äð“ƈ“È “Ƹ’ÂP’Âè‘Ê‘¤8‘¤à¦ˆ¢0¢àžˆª0¦àŽšŽœ@Žžð” šPš–°Œ–PŒ´Œ˜°‹ P‹¾‹ž°Š–`ŠœŠžÀ‰šp‰” ‰–Јš€ˆš0ˆœà‡ž‡”@‡šð†š †–P†–ð…´ …˜P… ð„¾ „žX„Š„œ¸ƒžhƒšƒ”È‚–x‚š‚ÈÐr b ó ç+number of input rows a cçnumber of input rows for which the input expression is not null ` ^çSminimum value of all pg_lsn input values _ í çOminimum value of all inet input values ^ î çMminimum value of all tid input values ] ÅçSminimum value of all bpchar input values \ çWminimum value of all anyarray input values [ bçUminimum value of all numeric input values Z açCminimum value of all text values Y `çWminimum value of all interval input values X _çwminimum value of all timestamp with time zone input values W ^çYminimum value of all timestamp input values V ]çQminimum value of all money input values U \çmminimum value of all time with time zone input values T [çOminimum value of all time input values S ZçOminimum value of all date input values R XçSminimum value of all float8 input values Q WçSminimum value of all float4 input values P VçMminimum value of all oid input values O UçWminimum value of all smallint input values N TçUminimum value of all integer input values M SçSminimum value of all bigint input values L ]çSmaximum value of all pg_lsn input values K ì çOmaximum value of all inet input values J í çMmaximum value of all tid input values I ÄçSmaximum value of all bpchar input values H çWmaximum value of all anyarray input values G RçUmaximum value of all numeric input values F QçOmaximum value of all text input values E PçWmaximum value of all interval input values D Oçwmaximum value of all timestamp with time zone input values C NçYmaximum value of all timestamp input values B MçQmaximum value of all money input values A Lçmmaximum value of all time with time zone input values @ KçOmaximum value of all time input values ? JçOmaximum value of all date input values > HçSmaximum value of all float8 input values = GçSmaximum value of all float4 input values < FçMmaximum value of all oid input values ; EçWmaximum value of all smallint input values : DçUmaximum value of all integer input values 9 CçSmaximum value of all bigint input values 8 Bç_sum as numeric across all numeric input values 7 Açcsum as interval across all interval input values 6 @çWsum as money across all money input values 5 ?ç[sum as float8 across all float8 input values 4 >ç[sum as float4 across all float4 input values 3 =ç_sum as bigint across all smallint input values 2 <ç]sum as bigint across all integer input values 1 ;ç]sum as numeric across all bigint input values 0 :çƒthe average (arithmetic mean) as interval of all interval values / 9ç{the average (arithmetic mean) as float8 of all float8 values . 8ç{the average (arithmetic mean) as float8 of all float4 values - 7çthe average (arithmetic mean) as numeric of all numeric values , 6çthe average (arithmetic mean) as numeric of all smallint values + 5çthe average (arithmetic mean) as numeric of all integer values * 4ç}the average (arithmetic mean) as numeric of all bigint values ) › ç1convert boolean to text ( ;ç]Is JIT compilation available in this session? ' `ç?sleep until the specified time & _çCsleep for the specified interval % B çQsleep for the specified time in seconds $ á ç=list all files in a directory # A ç=list all files in a directory " ôç/read bytea from a file ! ß ç/read bytea from a file  óç/read bytea from a file  òç-read text from a file  çmread text from a file - old version for adminpack 1.0  Ý ç-read text from a file  @ ç-read text from a file  ë ç7get information about file  ? ç7get information about file  ÙçQcurrent logging collector file location  ØçQcurrent logging collector file location  çarotate log file - old version for adminpack 1.0  > ç!rotate log file  = ç7reload configuration files   ç;true if wal replay is paused   çIresume wal replay, if it was paused  ÿ ç#pause wal replay  öç=timestamp of last replay xact  íç3last wal replay location  ìç7current wal flush location  âç=true if server is in recovery  áç%export a snapshot  ] ç[difference in bytes, given two wal locations  # çGwal filename, given a wal location  " çgwal filename and byte offset, given a wal location   ç7current wal flush location  $ ç9current wal insert location  ! ç7current wal write location   ç;create a named restore point   ç/switch to new wal file  l ç/promote standby server  æç?start time of an online backup  åçGtrue if server is in online backup  ³ ç?finish taking an online backup(¤Ð  €ŸúŸü€žþžú€úüˆœêœì˜›î ›ê¨šê0šì虄 ™„X™„™„Ș„€˜„ ˜²À—´`—¶—² –²@–´è•ª•¬8•®à”ªˆ”ª0”¬è“Š “ŠX“Š“ŠÈ’Š€’Š ’À¸‘ÎP‘ÊÐöx¦ ¢Ð”XäàŽð ŽthŽl(Žxðn¸b€nHbnØŒn ŒnhŒn0Œnø‹nÀ‹nˆ‹n`‹P8‹P‹PèŠP ŠŠPŠ’(ŠPŠP؉P°‰Ph‰„@‰P‰PЈŒ¨ˆP€ˆP8ˆ‚ø‡zЇP¨‡P`‡‚8‡P‡PÀ†–h†®8†^†^Ø…^x…´…²¸„´X„²„°¨ƒ®Hƒ´è‚²ˆ‚´(‚²Ð° c Ôçicurrent user privilege on function by function name b Óçkuser privilege on function by user oid, function oid a Òçmuser privilege on function by user oid, function name ` Ñçkuser privilege on function by username, function oid _ Ðçmuser privilege on function by username, function name ^ Ïçgcurrent user privilege on database by database oid ] Îçicurrent user privilege on database by database name \ Íçkuser privilege on database by user oid, database oid [ Ìçmuser privilege on database by user oid, database name Z Ëçkuser privilege on database by username, database oid Y Êçmuser privilege on database by username, database name X Èç(internal) W Çç(internal) V Æç(internal) U ôçgparse qualified identifier to array of identifiers T öçOconvert namespace name to regnamespace S õç I/O R ôç I/O Q ýç;convert role name to regrole P üç I/O O ç I/O N 7ç3convert text to regclass M ¥ ç;convert type name to regtype L ­ç I/O K ¬ç I/O J cçEconvert classname to regcollation I bç I/O H aç I/O G § ç=convert classname to regclass F «ç I/O E ªç I/O D ©ç I/O C ¨ç I/O B ” çKconvert operator name to regoperator A ¤ çCconvert operator name to regoper @ §ç I/O ? ¦ç I/O > ¥ç I/O = ¤ç I/O < “ç'less-equal-greater ; ’ç'less-equal-greater : ‘ç'less-equal-greater 9 ç'less-equal-greater 8 ç'less-equal-greater 7 Žç'less-equal-greater 6 ç'less-equal-greater 5 Œç'less-equal-greater 4  çsort support 3 „ç'less-equal-greater 2  çsort support 1 vç'less-equal-greater 0  ç1correlation coefficient /  ç%sample covariance .  ç-population covariance -  ç©y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs ,  çslope of the least-squares-fit linear equation determined by the (X, Y) pairs +  çMsquare of the correlation coefficient *  ç[average of the dependent variable (sum(Y)/N) )  ç_average of the independent variable (sum(X)/N) (  ç¯sum of products of independent times dependent variable (sum(X*Y) - sum(X) * sum(Y)/N) '  çƒsum of squares of the dependent variable (sum(Y^2) - sum(Y)^2/N) &  ç‡sum of squares of the independent variable (sum(X^2) - sum(X)^2/N) %  çynumber of input rows in which both expressions are not null $ oçChistorical alias for stddev_samp # nçChistorical alias for stddev_samp " mçChistorical alias for stddev_samp ! lçChistorical alias for stddev_samp  kçChistorical alias for stddev_samp  jçChistorical alias for stddev_samp   çesample standard deviation of numeric input values  œ çcsample standard deviation of float8 input values  › çcsample standard deviation of float4 input values  š çgsample standard deviation of smallint input values  ™ çesample standard deviation of integer input values  ˜ çcsample standard deviation of bigint input values  © çmpopulation standard deviation of numeric input values  ¨ çkpopulation standard deviation of float8 input values  § çkpopulation standard deviation of float4 input values  ¦ çopopulation standard deviation of smallint input values  ¥ çmpopulation standard deviation of integer input values  ¤ çkpopulation standard deviation of bigint input values  iç=historical alias for var_samp  hç=historical alias for var_samp  gç=historical alias for var_samp  fç=historical alias for var_samp  eç=historical alias for var_samp  dç=historical alias for var_samp  V ç¥sample variance of numeric input values (square of the sample standard deviation)  U ç£sample variance of float8 input values (square of the sample standard deviation)  T ç£sample variance of float4 input values (square of the sample standard deviation)  S ç§sample variance of smallint input values (square of the sample standard deviation)  R ç¥sample variance of integer input values (square of the sample standard deviation)  Q ç£sample variance of bigint input values (square of the sample standard deviation)  £ çµpopulation variance of numeric input values (square of the population standard deviation)  ¢ ç³population variance of float8 input values (square of the population standard deviation)  ¡ ç³population variance of float4 input values (square of the population standard deviation)    ç·population variance of smallint input values (square of the population standard deviation)  Ÿ çµpopulation variance of integer input values (square of the population standard deviation)  ž ç³population variance of bigint input values (square of the population standard deviation)(Ðø  ¨Ÿ®HŸ´èž²ˆž´(ž²Ð°x® ¬Èœªpœ¬œªÀ›¨h›¦›¼¨šºHš¼è™ºˆ™¸(™¶°˜ä8˜âÀ—äH—âØ–àh–Þ–¬¸•ª`•¬•ª°”¨X”¦”¤¨“¢P“¤ø’¢¨’ X’ž’¤¨‘¢P‘¤ø¢¨ XžøÀ °H°ðŽ¬˜Ž¬0ŽÎÐÀ`ÔøŒÂ˜ŒÀ0ŒÎ°‹úH‹Ê‹ˆ°ŠšpŠt@Š^ŠPð‰PȉP ‰Px‰PP‰P(‰P‰P؈P°ˆPˆˆP`ˆP8ˆPˆPè‡PÀ‡P˜‡Pp‡PH‡P ‡Pø†PІP¨†P€†PX†P0†P†Pà…P¸…P…Ph…P@…P…Pð„PÈ„P „Px„PP„P(„P„P؃P°ƒPˆƒP`ƒPƒ’È‚Œ˜‚Zh‚Z0‚bøb n \ çSHA-256 hash m [ çSHA-224 hash l  çMD5 hash k  çMD5 hash j ò çESYSTEM tablesample method handler i ñ çKBERNOULLI tablesample method handler h çç I/O g æç I/O f åç I/O e äç I/O d ãç I/O c âç I/O b áç I/O a àç I/O ` ßç I/O _ Þç I/O ^  ç I/O ]  ç I/O \ ð ç I/O [ ï ç I/O Z Gç I/O Y Fç I/O X - ç I/O W , ç I/O V Ú ç I/O U Ù ç I/O T & ç I/O S % ç I/O R _ ç I/O Q ^ ç I/O P  ç I/O O  ç I/O N  ç I/O M  ç I/O L ÿç I/O K þç I/O J  ç I/O I  ç I/O H ýç I/O G üç I/O F ûç I/O E úç I/O D ùç I/O C øç I/O B ÷ç I/O A öç I/O @ õç I/O ? ôç I/O > óç I/O = òç I/O <  ç(internal) ; Ú ç-file path of relation : ~ çSrelation OID for filenode and tablespace 9 · çAfilenode identifier of relation 8 ¶ çƒdisk space usage for all indexes attached to the specified table 7 µ ç³disk space usage for the specified table, including TOAST, free space and visibility map 6  ç‡convert a size in human-readable format with size units into bytes 5 ^ çyconvert a numeric to a human readable text using size units 4 ðç{convert a long int to a human readable text using size units 3 îçtotal disk space usage for the specified table and associated indexes 2  çydisk space usage for the specified fork of a table or index 1  ç‡disk space usage for the main fork of the specified table or index 0 xçetotal disk space usage for the specified database /  çetotal disk space usage for the specified database .  çitotal disk space usage for the specified tablespace -  çitotal disk space usage for the specified tablespace , õçybytes required to store the value, perhaps with compression + – çWcurrent user privilege on role by role oid * • çYcurrent user privilege on role by role name ) ” ç[user privilege on role by user oid, role oid ( “ ç]user privilege on role by user oid, role name ' ’ ç[user privilege on role by username, role oid & ‘ ç]user privilege on role by username, role name % G çWcurrent user privilege on type by type oid $ F çYcurrent user privilege on type by type name # E ç[user privilege on type by user oid, type oid " D ç]user privilege on type by user oid, type name ! C ç[user privilege on type by username, type oid  B ç]user privilege on type by username, type name  à ç_current user privilege on server by server oid   çacurrent user privilege on server by server name  Á çcuser privilege on server by user oid, server oid  À çeuser privilege on server by user oid, server name  ¿ çcuser privilege on server by username, server oid  ¾ çeuser privilege on server by username, server name  ½ ç—current user privilege on foreign data wrapper by foreign data wrapper oid  ¼ ç™current user privilege on foreign data wrapper by foreign data wrapper name  » ç›user privilege on foreign data wrapper by user oid, foreign data wrapper oid  º çuser privilege on foreign data wrapper by user oid, foreign data wrapper name  ¹ ç›user privilege on foreign data wrapper by username, foreign data wrapper oid  ¸ çuser privilege on foreign data wrapper by username, foreign data wrapper name  [ çocurrent user privilege on tablespace by tablespace oid  Z çqcurrent user privilege on tablespace by tablespace name  Y çsuser privilege on tablespace by user oid, tablespace oid  X çuuser privilege on tablespace by user oid, tablespace name  W çsuser privilege on tablespace by username, tablespace oid  V çuuser privilege on tablespace by username, tablespace name  áç_current user privilege on schema by schema oid  àçacurrent user privilege on schema by schema name  ßçcuser privilege on schema by user oid, schema oid  Þçeuser privilege on schema by user oid, schema name  Ýçcuser privilege on schema by username, schema oid  Üçeuser privilege on schema by username, schema name  Ûçgcurrent user privilege on language by language oid  Úçicurrent user privilege on language by language name  Ùçkuser privilege on language by user oid, language oid  Øçmuser privilege on language by user oid, language name  ×çkuser privilege on language by username, language oid  Öçmuser privilege on language by username, language name  Õçgcurrent user privilege on function by function oid(t€  ÈŸbŸbXŸn Ÿnèžn°žnxžn@žnžPðPÈP PxPPP(PPØœP°œPˆœP`œP8œPœPè›PÀ›P˜›Pp›PH›P ›PøšPКP¨šP€šPXšP0šPšPà™P¸™P™Ph™P@™P™Pð˜PȘP ˜Px˜PP˜P(˜P˜PØ—P°—Pˆ—P`—P8—P—Pè–PÀ–P˜–Pp–PH–P –Pø•PЕP¨•P€•PX•P0•P•Pà”P¸”P”Ph”P@”P”Pð“PÈ“P “Px“PP“P(“P“PØ’P°’Pˆ’P`’P8’P’Pè‘PÀ‘P˜‘Pp‘PH‘P ‘PøPÐP¨P€PXP0PPàP¸PPhP@PPðŽPÈŽP ŽPxŽPPŽP(ŽPŽPØP°PˆP`P¦°Œ°XŒ°è‹àh‹ø‹¨°Š¶XŠ¢Š”¸‰œp‰Œ‰¢¸ˆ²xˆ|ˆÚ°‡¨h‡ˆ ‡ˆØ††ˆH†ˆ†¸…ˆp…ˆ(…ˆà„ˆ˜„„P„„„„Àƒ„€ƒz@ƒzƒtÀ‚r€‚t — × ç-boolean-and aggregate – Ö ç+boolean-or aggregate • Õ ç-boolean-and aggregate ” « ç3aggregate final function “ ª ç3aggregate final function ’ © ç=aggregate transition function ‘ ¨ ç=aggregate transition function  Ô ç=aggregate transition function  Ó ç=aggregate transition function Ž «çAnon-persistent series generator  ªçAnon-persistent series generator Œ ¼ çAnon-persistent series generator ‹ » çAnon-persistent series generator Š ›çIplanner support for generate_series ‰ -çAnon-persistent series generator ˆ ,çAnon-persistent series generator ‡ šçIplanner support for generate_series † +çAnon-persistent series generator … *çAnon-persistent series generator „ ¼çaallocations from the main shared memory segment ƒ à ç“get the fraction of the asynchronous notification queue currently in use ‚ Ü ç5send a notification event  Û çkget the channels that the current backend listens to € ª ç[trigger description with pretty-print option  ( çEget the available time zone names ~ ' çUget the available time zone abbreviations } Ï çMget the open cursors for this session | Î ç[get the prepared statements for this session { Í çodeparse an encoded expression with pretty-print option z Ì çaconstraint description with pretty-print option y Ë ç±index description (full create statement or single expression) with pretty-print option x W ç™select statement of a view with pretty-printing and specified line wrapping w Ê çiselect statement of a view with pretty-print option v É çiselect statement of a view with pretty-print option u È ç_source text of a rule with pretty-print option t w ç I/O s v ç I/O r 1 ç I/O q 0 ç I/O p Ç ç I/O o Æ ç I/O n Å ç I/O m Ä ç I/O l à ç I/O k  ç I/O j Á ç I/O i À ç I/O h ¿ ç I/O g ¾ ç I/O f ½ ç I/O e ¼ ç I/O d » ç I/O c º ç I/O b ¹ ç I/O a ¸ ç I/O ` · ç I/O _ ¶ ç I/O ^ µ ç I/O ] ´ ç I/O \ ³ ç I/O [ ² ç I/O Z ± ç I/O Y ° ç I/O X ¯ ç I/O W ® ç I/O V ­ ç I/O U ¬ ç I/O T « ç I/O S ª ç I/O R © ç I/O Q ¨ ç I/O P § ç I/O O ¦ ç I/O N ¥ ç I/O M ¤ ç I/O L  ç I/O K œ ç I/O J › ç I/O I š ç I/O H ™ ç I/O G ˜ ç I/O F øç I/O E ÷ç I/O D ÿç I/O C þç I/O B — ç I/O A – ç I/O @ eç I/O ? dç I/O > • ç I/O = ” ç I/O < “ ç I/O ; ’ ç I/O : ‘ ç I/O 9  ç I/O 8  ç I/O 7 Ž ç I/O 6  ç I/O 5 Œ ç I/O 4 ‹ ç I/O 3 Š ç I/O 2 ‰ ç I/O 1 ˆ ç I/O 0 ‡ ç I/O / † ç I/O . … ç I/O - „ ç I/O , ƒ ç I/O + ‚ ç I/O *  ç I/O ) € ç I/O (  ç I/O ' ~ ç I/O & } ç I/O % | ç I/O $ { ç I/O # z ç I/O " y ç I/O ! x ç I/O  w ç I/O  v ç I/O  u ç I/O  t ç I/O  s ç I/O  r ç I/O  q ç I/O  p ç I/O  o ç I/O  n ç I/O  m ç I/O  l ç I/O  k ç I/O  j ç I/O  i ç I/O  h ç I/O  g ç I/O  f ç I/O  e ç I/O  d ç I/O  c ç I/O  b ç I/O  a ç I/O  ` ç I/O  å ç'less-equal-greater  Þ ç'less-equal-greater  O ç'less-equal-greater  B ç'less-equal-greater  5 ç'less-equal-greater  ( ç'less-equal-greater  ^ çSHA-512 hash  ] çSHA-384 hash(Ü  ¸Ÿ†pŸ„(Ÿ„àž‚˜ž‚Xž€ž|Øzˆ”Hxx¸œ”xœt8œxœbÈ›b›bX›b ›bèšb°šbxšb@šbšbЙb˜™b`™b(™bð˜b¸˜b€˜lH˜l˜lØ—l—‚X—p —pè–p°–pp–v0–vð•v°•vh•† •†à”€ ”€P” ” °“š`“š“ˆÐ’‚ˆ’†@’†’€À‘€p‘  ‘ Ðš€š8ˆð‚°~ˆP`P r¨ŽâhŽt@ŽPŽPЄv8¢øŒ|¸ŒxxŒ€0ŒŒà‹š˜‹Ž8‹¶ØŠ²˜Š~PŠŽð‰¸¨‰‚X‰’øˆ¼ ˆ®`ˆ|ˆ˜¨‡ÈX‡˜‡š°†¬X†ª0†P†Pà…P¸…P€…l(…¨ð„h˜„¤P„Ž„„ȃ|xƒœ(ƒ’à‚Ž˜‚ŽX‚|‚®q € çgbuild a json object from pairwise key/value inputsp  ç5build an empty json arrayo ~ çGbuild a json array from any inputsn } çGaggregate input into a json objectm | çKjson object aggregate final functionl l çUjson object aggregate transition functionk g ç5aggregate input into jsonj f ç=json aggregate final functioni e çGjson aggregate transition functionh T ç]map row to json with optional pretty printingg S ç!map row to jsonf R çamap array to json with optional pretty printinge Q ç%map array to jsond Dç I/Oc Cç I/Ob Bç I/Oa Aç I/O` í çcdetermine if a string is well formed XML content_ ì çedetermine if a string is well formed XML document^ ë çSdetermine if a string is well formed XML] ê çQtest XML value against XPath expression\ é çtest XML value against XPath expression, with namespace support[ 6 çQtest XML value against XPath expressionZ t ç5evaluate XPath expressionY s çgevaluate XPath expression, with namespaces supportX z çumap database contents and structure to XML and XML SchemaW y çKmap database structure to XML SchemaV x ç;map database contents to XMLU w çqmap schema contents and structure to XML and XML SchemaT v çGmap schema structure to XML SchemaS u ç7map schema contents to XMLR r çkmap query result and structure to XML and XML SchemaQ q çomap table contents and structure to XML and XML SchemaP p çGmap cursor structure to XML SchemaO o çSmap query result structure to XML SchemaN n çEmap table structure to XML SchemaM m ç9map rows from cursor to XMLL l ç1map query result to XMLK k ç5map table contents to XMLJ j ç[serialize an XML value to a character stringI U ç/concatenate XML valuesH T ç=aggregate transition functionG S ç I/OF R ç I/OE Q ç-validate an XML valueD P ç›perform a non-validating parse of a character string to produce an XML valueC O ç+generate XML commentB N ç I/OA M ç I/O@ L ç7release all advisory locks? K ç;release shared advisory lock> J çArelease exclusive advisory lock=  çSobtain shared advisory lock if available< I çSobtain shared advisory lock if available;  çYobtain exclusive advisory lock if available: H çYobtain exclusive advisory lock if available9  ç9obtain shared advisory lock8 G ç9obtain shared advisory lock7  ç?obtain exclusive advisory lock6 F ç?obtain exclusive advisory lock5 E ç;release shared advisory lock4 D çArelease exclusive advisory lock3  çSobtain shared advisory lock if available2 C çSobtain shared advisory lock if available1  çYobtain exclusive advisory lock if available0 B çYobtain exclusive advisory lock if available/  ç9obtain shared advisory lock. A ç9obtain shared advisory lock-  ç?obtain exclusive advisory lock, @ ç?obtain exclusive advisory lock+  ç/BRIN inclusion support*  ç/BRIN inclusion support)  ç/BRIN inclusion support(  ç/BRIN inclusion support' : ç)BRIN minmax support& 9 ç)BRIN minmax support% 8 ç)BRIN minmax support$ 7 ç)BRIN minmax support#  ç;GIN array support (obsolete)" Pç%GIN array support! ¸ ç%GIN array support  Ö ç%GIN array support · ç%GIN array support Ø çGiST support Ð çGiST support ø çGiST support ƒçGiST support Ò çGiST support çGiST support  çGiST support  çGiST support  çGiST support  çGiST support žçGiST support  çGiST support  çGiST support  çGiST support  çGiST support  çGiST support òç1configuration load time   ç-postmaster start time  ÿ çMcurrent value from last used sequence  þ ç1convert boolean to int4  ý ç1convert int4 to boolean  ü çMget OIDs of databases in a tablespace Ãç3bitwise-or bit aggregate Âç5bitwise-and bit aggregate Áç9bitwise-or bigint aggregate Àç;bitwise-and bigint aggregate ¿ç;bitwise-or integer aggregate ¾ç=bitwise-and integer aggregate ½ç=bitwise-or smallint aggregate ¼ç?bitwise-and smallint aggregate( (  ÀŸ~hŸªŸ¬Øžl€ž¨0ž–ئŠPvrÐœrˆœŠ@œŠð›’›À@›’àšÀ˜š‚pšPHšPšnØ™b°™Pˆ™PX™R(™Rè˜rÀ˜P˜˜Pp˜PH˜P˜nà—R°—Rx—d@—f—Pð–PÈ–P –Ph–n8–R–RЕf˜•dH•–ø”–°”Žh”Œ”¨“¬€“PX“P0“P“Pà’P¸’P’Ph’P@’P’Pð‘PÈ‘P‘nX‘l‘~ЈŽPdrȆx’(’ÈŽºˆŽtHŽtŽtÈtˆtHttÀŒŠ€Œt@ŒrŒrÀ‹r€‹r@‹r‹r¸ŠˆpŠˆ(Šˆà‰ˆ˜‰ˆX‰| ‰n؈Š ˆhPˆ”ˆhà‡h ‡r`‡r ‡rà†r †r`†r†ˆÀ…¦p…˜8…pð„„¨„„x„\H„\„\èƒ\¸ƒ\ˆƒ\Xƒ\(ƒ\è‚z¨‚zh‚r(‚r} „ç+parse text to tokens| ƒç+parse text to tokens{ ‚ç3get parser's token typesz ç3get parser's token typesy ~çrelevancex }çrelevancew |çrelevancev {çrelevanceu zçrelevancet yçrelevances xçrelevancer wçrelevanceq jç=statistics of tsvector columnp iç=statistics of tsvector columno hç)tsvector typanalyzen gçQjoin selectivity of tsvector @@ tsquerym fç_restriction selectivity of tsvector @@ tsqueryl ÑçAGiST tsquery support (obsolete)k uç+GiST tsquery supportj tç+GiST tsquery supporti sç+GiST tsquery supporth rç+GiST tsquery supportg qç+GiST tsquery supportf oç+GiST tsquery supporte eç!rewrite tsqueryd dç!rewrite tsqueryc YçMshow real useful query for GiST indexb Xç!number of nodesa ŒçCphrase-concatenate with distance` Tç'less-equal-greater_ Íç5clean up GIN pending list^ ÐçAGIN tsvector support (obsolete)] ÏçAGIN tsvector support (obsolete)\  çAGIN tsvector support (obsolete)[  çAGIN tsvector support (obsolete)Z  çAGIN tsvector support (obsolete)Y Œ ç+GIN tsvector supportX Œç+GIN tsvector supportW Qç+GIN tsvector supportV Jç+GIN tsvector supportU Iç+GIN tsvector supportT Hç+GIN tsvector supportS j ç-GiST tsvector supportR ÎçCGiST tsvector support (obsolete)Q Fç-GiST tsvector supportP Eç-GiST tsvector supportO Dç-GiST tsvector supportN Cç-GiST tsvector supportM Bç-GiST tsvector supportL Aç-GiST tsvector supportK @ç-GiST tsvector supportJ ÷ çsdelete lexemes that do not have one of the given weightsI ÿ çKbuild tsvector from array of lexemesH þ çKconvert tsvector to array of lexemesG ú ç?expand tsvector to set of rowsF û ç+delete given lexemesE ù çdelete lexemeD ø çGset given weight for given lexemesC (çIset given weight for whole tsvectorB 'ç7strip position informationA ç%number of lexemes@ &ç'less-equal-greater? ?ç I/O> >ç I/O= 8ç I/O< ç I/O; 9ç I/O: ç I/O9 6ç I/O8 ç I/O7 7ç I/O6 ç I/O5 Í ç I/O4 Ì ç I/O3 Ë çerange of the given enum type, as an ordered array2 Ê ç{range between the two given enum values, as an ordered array1 É çElast value of the input enum type0 È çGfirst value of the input enum type/ Ç çOminimum value of all enum input values. Æ çOmaximum value of all enum input values- Å çlarger of two, Ä çsmaller of two+ V ç hash* » ç hash) º ç'less-equal-greater( ³ ç I/O' ² ç I/O& ± ç I/O% ° ç I/O$ \çsmaller of two# [çlarger of two" U ç hash! ´ ç hash  ³ ç'less-equal-greater § ç I/O ¦ ç I/O ž ç I/O  ç I/O h ç+generate random UUID T ç hash “ ç hash ’ ç I/O ‘ ç I/O ä çsort support  ç'less-equal-greater ‰ ç I/O ˆ ç I/O €ç;get the type of a json value … çyget set of records with fields from a json array of objects „ çKget record fields from a json object yçyget set of records with fields from a json array of objects xçKget record fields from a json object  wçCkey value pairs of a json object  vçCkey value pairs of a json object  uç+get json object keys  tç+length of json array  ç/elements of json array sçCkey value pairs of a json object qç_get value from json as text with path elements oçOget value from json with path elements ½ çaremove object fields with null values from json h ç%map input to json ƒ çemap text arrays of keys and values to json object ‚ çcmap text array of key value pairs to json object  ç7build an empty json object(   П^ Ÿ^pŸ^@Ÿ^Ÿ^ÈžŠ˜ž^hž^8ž^ž^Ø^¨^x^H^lØœl œlhœl œ‚Ø›‚›‚H›‚›€Èš€ˆš€Hš€štЙb™rP™r™rИt˜˜bX˜r˜rØ—r€—¦(—¬Ð–¤x–ª –¦È•¬p•¤•ªÀ”¨h”¨ ”Œø“PГP¨“P€“PX“P0“P“Pà’P¸’P’Ph’P@’P葬‘¬X‘n‘Ȇˆ~8žè” ŽX~ÀŽ°€Ž€(ŽªØ˜€¨@|xÀŒt€Œt8ŒŒð‹Œ ‹”8‹Â芔€ŠÂ8Š„ŠnЉR ‰Rp‰`@‰`‰`àˆ`°ˆ`€ˆ`Pˆ` ˆ`ð‡` ‡–h‡p(‡zè†|À†P˜†Pp†PH†P†rÐ…fˆ…ŒH…|…fÈ„Ž€„‚(„¨Øƒ˜ƒ‚Hƒ„ƒ„Ø‚P°‚Pˆ‚P`‚P ‚~{  ç7get current transaction IDz ~ ç I/Oy } ç I/Ox | ç I/Ow { ç I/Ov «ç=implementation of @@ operatoru ªç=implementation of @? operatort îç;jsonpath match with timezones ççQjsonpath query first item with timezoner œçajsonpath query wrapped into array with timezoneq ›ç;jsonpath query with timezonep ™çGjsonpath exists test with timezoneo ©çjsonpath matchn ¨ç5jsonpath query first itemm §çEjsonpath query wrapped into arrayl ¦çjsonpath queryk ¥ç+jsonpath exists testj ¤ç I/Oi £ç I/Oh ¢ç I/Og ¡ç I/Of û ç5Insert value into a jsonbe ê ç3Indented text from jsonbd é ç)Set part of a jsonbc ¾çOSet part of a jsonb, handle NULL valueb ¡ çGIN supporta Ÿ çGIN support` ž çGIN support_  çGIN support^   çGIN support] œ çGIN support\ › çGIN support[ š çGIN supportZ ˜ çGIN supportY X ç hashX Íç hashW Ìç'less-equal-greaterV Š ç=get the type of a jsonb valueU £ ç{get set of records with fields from a jsonb array of objectsT ¢ çMget record fields from a jsonb objectS “ ç{get set of records with fields from a jsonb array of objectsR ‰ çMget record fields from a jsonb objectQ \çEkey value pairs of a jsonb objectP ˆ çEkey value pairs of a jsonb objectO [ç-get jsonb object keysN ‡ ç-length of jsonb arrayM ‰ ç1elements of jsonb arrayL “ ç5elements of a jsonb arrayK dçaget value from jsonb as text with path elementsJ ‘ çQget value from jsonb with path elementsI ¾ çcremove object fields with null values from jsonbH Ê ç9build an empty jsonb objectG É çibuild a jsonb object from pairwise key/value inputsF È ç7build an empty jsonb arrayE Ç çIbuild a jsonb array from any inputsD Æ çGaggregate inputs into jsonb objectC Å çMjsonb object aggregate final functionB Ä çWjsonb object aggregate transition functionA à ç7aggregate input into jsonb@  ç?jsonb aggregate final function? Á çIjsonb aggregate transition function> Ëç'map input to jsonb= À çemap text array of key value pairs to jsonb object< ¿ çemap text array of key value pairs to jsonb object; Ûç I/O: Üç I/O9 Ýç I/O8 Þç I/O7 ¾ç I/O6 ½ç I/O5 ¼ç I/O4 »ç I/O3 ›ç I/O2 šç I/O1 ™ç I/O0 ˜ç I/O/ ¯çEget current tsearch configuration. ©çatrigger for automatic update of tsvector column- ¨çatrigger for automatic update of tsvector column, xçctransform specified values from json to tsvector+ tç]transform string values from json to tsvector* vçetransform specified values from jsonb to tsvector) sç_transform string values from jsonb to tsvector( wçctransform specified values from json to tsvector' rç]transform string values from json to tsvector& uçetransform specified values from jsonb to tsvector% qç_transform string values from jsonb to tsvector$ ‘ç+transform to tsquery# ‰ç+transform to tsquery" §ç+transform to tsquery! ¦çmake tsquery  ¥ç-transform to tsvector ç+transform to tsquery Žç+transform to tsquery £ç+transform to tsquery ¢çmake tsquery ¡ç-transform to tsvector pç9generate headline from json oç9generate headline from json nç9generate headline from json mç9generate headline from json lç;generate headline from jsonb kç;generate headline from jsonb jç;generate headline from jsonb iç;generate headline from jsonb «ç%generate headline ªç%generate headline  ç%generate headline Ÿç%generate headline ç(internal)  œç(internal)  ”ç(internal)  “ç(internal)  ‘ç(internal)  ç(internal) Žç(internal) ç(internal) ‹çCnormalize one word by dictionary ‰ç(internal) ˆç(internal) ‡ç(internal) †ç(internal) …ç(internal)(Üð  ÀŸ~€Ÿr@ŸrŸr°žšhž‚ ž‚øPÐP¨P€P@rrÀœrhœ¨ œ‚à›~ ›~X›‚ ›nК˜ š``š|šŒÈ™šh™À(™€è˜v¨˜|`˜Š˜–Зzˆ—„@—Œè–¦ –„X–Œ–¦À•|€•z@•x•Pð”PÈ”P ”Px”PP”P”rГr˜“pH“”ø’”¨’’X’’ø‘¾À‘nˆ‘bP‘b‘bàb¨bpb8bj° `˜˜ÀŽ–pŽ’ Ž’И€’0œÐŒºŒtPŒtŒrЋr˜‹p`‹p ‹tàŠt Št`Št Štà‰t¨‰fp‰f8‰pðˆŽ¨ˆŽpˆn ˆšÐ‡š€‡š0‡šÐ†´€†˜0†˜à…˜…˜@…šð„š „šP„š„š°ƒš`ƒšƒšÀ‚šp‚š ‚–ðTq ^9 equalp ”çOSP-GiST support for quad tree over boxo ‘ çSSP-GiST support for quad tree over rangen  çSSP-GiST support for quad tree over rangem  çSSP-GiST support for quad tree over rangel Ž çSSP-GiST support for quad tree over rangek  çSSP-GiST support for quad tree over rangej ¿çSSP-GiST support for radix tree over texti ¾çSSP-GiST support for radix tree over texth ½çSSP-GiST support for radix tree over textg ¼çSSP-GiST support for radix tree over textf »çSSP-GiST support for radix tree over texte ºçQSP-GiST support for k-d tree over pointd ¹çQSP-GiST support for k-d tree over pointc ¸çQSP-GiST support for k-d tree over pointb ·çQSP-GiST support for k-d tree over pointa ¶çmSP-GiST support for quad tree and k-d tree over point` µçSSP-GiST support for quad tree over point_ ´çSSP-GiST support for quad tree over point^ ³çSSP-GiST support for quad tree over point] ²çSSP-GiST support for quad tree over point\ ˆ ç'construct interval[ ‡ çGconstruct timestamp with time zoneZ † çGconstruct timestamp with time zoneY … ç)construct timestampX çconstruct timeW çconstruct dateV jç-int8range constructorU iç-int8range constructorT fç-daterange constructorS eç-daterange constructorR bç-tstzrange constructorQ aç-tstzrange constructorP ^ç)tsrange constructorO ]ç)tsrange constructorN ç+numrange constructorM ç+numrange constructorL ç-int4range constructorK ç-int4range constructorJ Zçsfloat8 difference of two timestamp with time zone valuesI YçUfloat8 difference of two timestamp valuesH UçKfloat8 difference of two date valuesG TçQfloat8 difference of two numeric valuesF SçKfloat8 difference of two int8 valuesE RçKfloat8 difference of two int4 valuesD KçOconvert a date range to canonical formC XçQconvert an int8 range to canonical formB JçQconvert an int4 range to canonical formA a çYrestriction selectivity for range operators@ Lç#range typanalyze? Y çhash a range> >çhash a range= )çGiST support< (çGiST support; 'çGiST support: $çGiST support9 #çGiST support8 ç'less-equal-greater7 Ùçwthe smallest range which includes both of the given ranges6 çKis the range's upper bound infinite?5  çKis the range's lower bound infinite?4  çMis the range's upper bound inclusive?3  çMis the range's lower bound inclusive?2  ç)is the range empty?1  ç+upper bound of range0 ç+lower bound of range/ ýç I/O. üç I/O- ûç I/O, úç I/O+ ùç I/O* øç I/O) * ç1fetch the Nth row value( ) ç3fetch the last row value' ( ç5fetch the first row value& ' ç_fetch the Nth following row value with default% & çEfetch the Nth following row value$ % ç=fetch the following row value# $ ç_fetch the Nth preceding row value with default" # çEfetch the Nth preceding row value! " ç=fetch the preceding row value  ! ç3split rows into N groups  çOfractional row number within partition  çCfractional rank within partition  ç5integer rank without gaps  ç/integer rank with gaps  ç9row number within partition  çyflag an extension's table contents to be emitted by pg_dump  çSlist an extension's version update paths  çElist available extension versions  ç5list available extensions »çequal image s çQless-equal-greater based on byte images « ç'less-equal-greater Êç;commit status of transaction Äç7get current transaction ID Ãç7get current transaction ID Éç;is xid8 visible in snapshot? Èçaget set of in-progress transactions in snapshot Çç+get xmax of snapshot  Æç+get xmin of snapshot  Åç+get current snapshot  Âç I/O  Áç I/O  Àç I/O ¿ç I/O  ç;commit status of transaction „ ç;is txid visible in snapshot? ƒ çSget set of in-progress txids in snapshot ‚ ç+get xmax of snapshot  ç+get xmin of snapshot € ç+get current snapshot  ç7get current transaction ID(˜   °Ÿ–`Ÿ–Ÿ–Àž–Hžêø °ŽP¶ŠÈœxhœ² œŒ¸›ÊX›´›ˆÈšŒxšš(š”Й¢ˆ™Š8™˜è˜–˜˜ H˜œð—¦—¶H—„—„È–pˆ–z@–Ž–z¸•Žx•z0•„ð”z¨”ˆh”z ”ˆà“z¨“lh“z(“zè’z ’`’z’ Ð‘z€‘”@‘z‘tÀt€t@ttÀt€t@ttÀŽt€Žt Ž¸À¸XÂðŒÂŒ¼0Œ¼Ð‹ºp‹º‹¬ÀŠ¬hŠªŠª¸‰®`‰®‰² ˆ²@ˆ¶à‡¶€‡´ ‡´À†º`†º†¨°…¨P…ºð„¶„º0„¶Ðƒºpƒºƒ¨À‚¨`‚º‚¶ º` ðçsinternal conversion function for MULE_INTERNAL to EUC_TW_ ïçointernal conversion function for BIG5 to MULE_INTERNAL^ îçsinternal conversion function for EUC_TW to MULE_INTERNAL] íçainternal conversion function for BIG5 to EUC_TW\ ìçainternal conversion function for EUC_TW to BIG5[ ëçsinternal conversion function for MULE_INTERNAL to EUC_KRZ êçsinternal conversion function for EUC_KR to MULE_INTERNALY éçointernal conversion function for MULE_INTERNAL to SJISX èçsinternal conversion function for MULE_INTERNAL to EUC_JPW ççointernal conversion function for SJIS to MULE_INTERNALV æçsinternal conversion function for EUC_JP to MULE_INTERNALU åçainternal conversion function for SJIS to EUC_JPT äçainternal conversion function for EUC_JP to SJISS ãçsinternal conversion function for MULE_INTERNAL to EUC_CNR âçsinternal conversion function for EUC_CN to MULE_INTERNALQ áçminternal conversion function for WIN866 to ISO-8859-5P àçminternal conversion function for ISO-8859-5 to WIN866O ßçointernal conversion function for WIN1251 to ISO-8859-5N Þçointernal conversion function for ISO-8859-5 to WIN1251M Ýçkinternal conversion function for KOI8R to ISO-8859-5L Üçkinternal conversion function for ISO-8859-5 to KOI8RK Ûçginternal conversion function for WIN1251 to WIN866J Úçginternal conversion function for WIN866 to WIN1251I Ùçcinternal conversion function for WIN866 to KOI8RH Øçcinternal conversion function for KOI8R to WIN866G ×çeinternal conversion function for WIN1251 to KOI8RF Öçeinternal conversion function for KOI8R to WIN1251E Õçsinternal conversion function for MULE_INTERNAL to WIN866D Ôçsinternal conversion function for WIN866 to MULE_INTERNALC Óçuinternal conversion function for MULE_INTERNAL to WIN1251B Òçuinternal conversion function for WIN1251 to MULE_INTERNALA Ñç{internal conversion function for MULE_INTERNAL to ISO-8859-5@ Ðç{internal conversion function for ISO-8859-5 to MULE_INTERNAL? Ïçqinternal conversion function for MULE_INTERNAL to KOI8R> Îçqinternal conversion function for KOI8R to MULE_INTERNAL= ç-for use by pg_upgrade< óç-for use by pg_upgrade; ç-for use by pg_upgrade: ç-for use by pg_upgrade9 ç-for use by pg_upgrade8 ç-for use by pg_upgrade7 ç-for use by pg_upgrade6 ç-for use by pg_upgrade5 ç-for use by pg_upgrade4 ç-for use by pg_upgrade3 þ ç-for use by pg_upgrade2 ™ç3aggregate final function1 ˜çMrank of hypothetical row without gaps0 —ç3aggregate final function/ –çYcumulative distribution of hypothetical row. •ç3aggregate final function- ”çIfractional rank of hypothetical row, “ç3aggregate final function+ ’ç3rank of hypothetical row* ‘ç3aggregate final function) ç%most common value( ç3aggregate final function' ŽçAmultiple continuous percentiles& ç3aggregate final function% ŒçAmultiple continuous percentiles$ ‹ç3aggregate final function# Šç=multiple discrete percentiles" ‰ç3aggregate final function! ˆçGcontinuous distribution percentile  ‡ç3aggregate final function †çGcontinuous distribution percentile …ç3aggregate final function „ç)discrete percentile ƒç=aggregate transition function ‚ç=aggregate transition function Øçolist DDL actions being executed by the current command ×ç_return reason code for table getting rewritten ÖçUreturn Oid of the table getting rewritten î çYlist objects dropped by the current command ú çOemit a binary logical decoding message ù çQemit a textual logical decoding message &çCadvance logical replication slot Éç[peek at binary changes from replication slot ÈçMpeek at changes from replication slot ÇçSget binary changes from replication slot ÆçEget changes from replication slot €çAcopy a logical replication slot çmcopy a logical replication slot, changing temporality  ~çƒcopy a logical replication slot, changing temporality and plugin  ÊçEset up a logical replication slot  Åçkinformation about replication slots currently in use  Äç1drop a replication slot  }çCcopy a physical replication slot |çocopy a physical replication slot, changing temporality ÃçGcreate a physical replication slot “çYSP-GiST support for quad tree over polygons ’ç£SP-GiST support for quad tree over 2-D types represented by their bounding boxes ˜çOSP-GiST support for quad tree over box —çOSP-GiST support for quad tree over box –çOSP-GiST support for quad tree over box •çOSP-GiST support for quad tree over box(|   Ÿ¶@Ÿºàžº€ž¼ ž¼È®p®º°œºPœºð›º›º0›ºØš¤€š¤(š¦Ð™¦x™¦ ™¦È˜¢p˜¢˜¨À—¨h—¨—¨¸–¨`–¨–¨°•¨X•ª•ª¨”¢P”¢ð“¶“¶8“¨à’¨ˆ’¦0’¦Ø‘¤€‘¤(‘¢Ð¢p´´°¸P¸èŽÈ€ŽÈ Ž¶È¨ˆ€0¦ØŒ¬XŒòŒ¬¨‹®P‹°øŠª ŠªHŠ¨è‰À˜‰šP‰ðˆ¸ˆˆÄ ˆÆ؇†x‡¶‡¼¸†¸`†°†˜°…´h…ˆ …ŽÈ„¤x„”(„”àƒˆ ƒ~XƒˆƒŽÐ‚t‚€P‚xø¤Àj\Y _9 less thanX ß#single characterW ß]variable-length string, binary values escapedV ß1boolean, 'true'/'false'U ÿç9check Unicode normalizationT þç-Unicode normalizationS ` çGget top-most partition root parentR a çAview ancestors of the partitionQ _ ç7view partition tree tablesP ¤çAhash partition CHECK constraintO ¦çMlist files in the pgsql_tmp directoryN ¥çMlist files in the pgsql_tmp directoryM §ç]list of files in the archive_status directoryL  çGlist of files in the WAL directoryK  çAlist files in the log directoryJ x çmget actual version of collation from operating systemI u çQimport collations from operating systemH t çipg_controldata init state information as a functionG s çqpg_controldata recovery state information as a functionF r çupg_controldata checkpoint state information as a functionE q çopg_controldata general state information as a functionD H ç?pg_config binary as a functionC ã çrow security for current context active on table by table nameB â ç}row security for current context active on table by table oidA éçqreturns whether a relation can be part of a publication@ ççIget OIDs of tables in a publication? ~çSget progress for all replication origins> }çyget an individual replication origin's replication progress= |çaadvance replication origin to specific location< {çcreset the transaction's origin lsn and timestamp; zçcsetup the transaction's origin lsn and timestamp: yçiget the replication progress of the current session9 xçgis a replication origin configured in this session8 wçeteardown configured replication progress tracking7 vç«configure session to maintain replication progress tracking for the passed in origin6 uçetranslate the replication origin's name to its id5 tç_drop replication origin identified by its name4 sç9create a replication origin3 ±çajoin selectivity for generic matching operators2 °çorestriction selectivity for generic matching operators1 #çinternal conversion function for SHIFT_JIS_2004 to EUC_JIS_20040 "çinternal conversion function for EUC_JIS_2004 to SHIFT_JIS_2004/ !çqinternal conversion function for UTF8 to SHIFT_JIS_2004.  çqinternal conversion function for SHIFT_JIS_2004 to UTF8- çminternal conversion function for UTF8 to EUC_JIS_2004, çminternal conversion function for EUC_JIS_2004 to UTF8+ ç[internal conversion function for UTF8 to UHC* ç[internal conversion function for UHC to UTF8) ç]internal conversion function for UTF8 to SJIS( ç]internal conversion function for SJIS to UTF8' ç_internal conversion function for UTF8 to JOHAB& ç_internal conversion function for JOHAB to UTF8% çainternal conversion function for UTF8 to LATIN1$ çainternal conversion function for LATIN1 to UTF8# çointernal conversion function for ISO-8859 2-16 to UTF8" çointernal conversion function for UTF8 to ISO-8859 2-16! ç[internal conversion function for UTF8 to GBK  ç[internal conversion function for GBK to UTF8 çcinternal conversion function for UTF8 to GB18030 çcinternal conversion function for GB18030 to UTF8 çainternal conversion function for UTF8 to EUC_TW çainternal conversion function for EUC_TW to UTF8  çainternal conversion function for UTF8 to EUC_KR  çainternal conversion function for EUC_KR to UTF8  çainternal conversion function for UTF8 to EUC_JP  çainternal conversion function for EUC_JP to UTF8  çainternal conversion function for UTF8 to EUC_CN çainternal conversion function for EUC_CN to UTF8 ç[internal conversion function for WIN to UTF8 ç[internal conversion function for UTF8 to WIN ç_internal conversion function for KOI8U to UTF8 ç_internal conversion function for UTF8 to KOI8U ç_internal conversion function for KOI8R to UTF8 ç_internal conversion function for UTF8 to KOI8R ç]internal conversion function for UTF8 to BIG5 ç]internal conversion function for BIG5 to UTF8  ýçsinternal conversion function for MULE_INTERNAL to LATIN4  üçsinternal conversion function for LATIN4 to MULE_INTERNAL  ûçsinternal conversion function for MULE_INTERNAL to LATIN3  úçsinternal conversion function for LATIN3 to MULE_INTERNAL  ùçsinternal conversion function for MULE_INTERNAL to LATIN1 øçsinternal conversion function for LATIN1 to MULE_INTERNAL ÷çginternal conversion function for WIN1250 to LATIN2 öçginternal conversion function for LATIN2 to WIN1250 õçuinternal conversion function for MULE_INTERNAL to WIN1250 ôçuinternal conversion function for WIN1250 to MULE_INTERNAL óçsinternal conversion function for MULE_INTERNAL to LATIN2 òçsinternal conversion function for LATIN2 to MULE_INTERNAL ñçointernal conversion function for MULE_INTERNAL to BIG5(Äà  °Ÿ hŸŒŸ Èž’pž¨0žràžœ@ f°œ°`œ’(œpø›`¨›œ`› ›|àštšžXšpšzЙŽ™~@™šø˜„À˜f`˜¶˜¶¨—¤`—Ž —€Ø–†€–®0– à•’¨•pH•¸à”Ì°”R€”`H”d”‚¸“Œx“~8“xø’~˜’¸P’Œ’ŠÐ‘pˆ‘ˆP‘j‘rØh h`r(dèx @¸ðŽ’ Ž’XŽŒ(Ž`ø\ÀdZXl lÐŒ”ˆŒŽPŒfŒjÈ‹ ‹fH‹ŒðŠ¬ˆŠÂ0ŠªÐ‰¸p‰¼‰°ÀˆªPˆÔè‡Êˆ‡´(‡¾È†À`†Ä†®˜…Ô(…ØÀ„È„T`„\0„\øƒbÀƒn€ƒtPƒ\ƒbè‚\¸‚T€‚n@‚t‚TàTk ]9 equalj \9 equali Ÿ9 -greater than or equalh ž9 'less than or equalg [9 equalf U9 not equale ;9 greater thand :9 less thanc R9 -greater than or equalb P9 'less than or equala L9 greater than` %9 less than_ $9 not equal^ 9 equal] Øßpseudo-type representing a range over a polymorphic common type\ ×ß‘pseudo-type representing a polymorphic common type that is not an array[ Ößpseudo-type representing an array of polymorphic common type elementsZ Õßgpseudo-type representing a polymorphic common typeY ÷ß}pseudo-type representing a range over a polymorphic base typeX î ßypseudo-type for the result of a tablesample method functionW Eßwpseudo-type for the result of an index AM handler functionV + ßmpseudo-type for the result of an FDW handler functionU ¬ ߃pseudo-type representing a polymorphic base type that is an enumT Ø ßpseudo-type representing a polymorphic base type that is not an arrayS ëßcpseudo-type representing a polymorphic base typeR éßipseudo-type representing an internal data structureQ èßupseudo-type for the result of a language handler functionP þßqpseudo-type for the result of an event trigger functionO çßcpseudo-type for the result of a trigger functionN æß{pseudo-type for the result of a function with no real resultM åßepseudo-type representing a polymorphic array typeL äßEpseudo-type representing any typeK ãßC-style stringJ ÉßYpseudo-type representing any composite typeI Vß#range of bigintsH Hßrange of datesG FßGrange of timestamps with time zoneF DßMrange of timestamps without time zoneE Bß%range of numericsD @ß%range of integersC ®ßsnapshotB š ßtxid snapshotA èßJSON path@ ÚßBinary JSON? ¹ßEregistered text search dictionary> –ßKregistered text search configuration= ßKquery representation for text search< :ßqGiST index internal text representation for text search; ßItext representation for text search: ” ß1PostgreSQL LSN datatype9 † ßUUID datatype8 ùß+registered namespace7 ß!registered role6 žß!registered type5 _ß+registered collation4 ß#registered class3 œßAregistered operator (with args)2 ›ß)registered operator1 šßCregistered procedure (with args)0 þßEreference to cursor (portal name)/ ¤ßqnumeric(precision, decimal), arbitrary precision number. ß7variable-length bit string- ß1fixed-length bit string, òß7time of day with time zone+ ¢ßE@ , time interval*  ß;date and time with time zone) Zßdate and time( ;ßtime of day' :ß date& ß…varchar(length), non-blank-padded string, variable storage length% ßqchar(length), blank-padded string, fixed storage length$  ß)access control list# ßKXX:XX:XX:XX:XX:XX:XX:XX, MAC address" ŠßYnetwork IP address/netmask, network address! eßgIP address/netmask, host address, netmask optional  =ß?XX:XX:XX:XX:XX:XX, MAC address ß9monetary amounts, $d,ddd.cc ÎßGgeometric circle '(center,radius)' Áß]pseudo-type representing an undetermined type ½ßodouble-precision floating point number, 8-byte storage ¼ßosingle-precision floating point number, 4-byte storage tßgeometric line \ß=geometric polygon '(pt1,...)' [ßSgeometric box '(lower left,upper right)' Zß7geometric path '(pt1,...)' YßGgeometric line segment '(pt1,pt2)' Xß3geometric point '(x, y)' Íß)full transaction id  ßWinternal type for passing CollectedCommand ™ß-multivariate MCV list J ß5multivariate dependencies ! ßImultivariate ndistinct coefficients ÂßUstring representing an internal node tree ŽßXML content  rß)JSON stored as text  ßKarray of oids, used in system tables  ßicommand identifier type, sequence in transaction id  ßtransaction id  ßY(block, offset), physical location of tuple ßUobject identifier(oid), maximum 4 billion ßWvariable-length string, no limit specified ß+registered procedure ßa-2 billion to 2 billion integer, 4-byte storage ßKarray of int2, used in system tables ßY-32 thousand to 32 thousand, 2-byte storage ßE~18 digit integer, 8-byte storage ßY63-byte type for storing system identifiers(X˜  ПT Ÿ\pŸT@Ÿ`ŸTàž\¨žnhžt0žbž\ÐT \hn(tðœbÀœ\xœŠ0œœ`ЛT ›Tp›\@›\›Tàš\°š\xšb@šnšt¸™p™@™T™Tà˜\°˜\x˜b@˜n˜tЗT —\p—\8—b—nÀ–t–T`–\0–\ø•bÀ•n€•tP•X•fè”V¸”^x”v8”x”`Гh “Zp“X@“Z“^Ð’v’x`’`(’hø‘ZÈ‘X˜‘ZP‘„‘rØd l`~0Z^Ð` ZpX8jZ°Ž¨€Ž\PŽZŽjè\¸\€bHbnØŒn˜ŒtXŒt(ŒZø‹VÈ‹V˜‹Xh‹X8‹\‹TØŠT¨Š\xŠ\@ŠbŠb؉\¨‰\p‰n8‰nøˆt¸ˆtˆˆZXˆZ(ˆVø‡VЇP¨‡P€‡PX‡P(‡Zø†ZȆZ˜†Zh†V8†V†VØ…V°…P€…ZP…V …Zè„fÀ„P„Z`„V0„Zøƒfȃ`˜ƒ\hƒT8ƒ\ƒ\Ђb˜‚n c9 'less than or equal b9 greater thanŽ a9 less than `9 not equalŒ _9 equal‹ U9 cube rootŠ T9 square root‰ S9 absolute valueˆ R9 multiply‡ Q9 divide† P9 subtract… O9 add„ N9 absolute valueƒ M9 multiply‚ L9 divide K9 subtract€ J9 add I9 negate~ H9 negate} /9 negate| .9 negate{ -9 subtractz ,9 subtracty +9 subtractx *9 subtractw )9 addv (9 addu '9 addt &9 adds #9 divider "9 divideq !9 multiplyp  9 multiplyo 9 -greater than or equaln 9 -greater than or equalm 9 'less than or equall 9 'less than or equalk 9 not equalj 9 not equali 9 greater thanh 9 greater thang 9 less thanf 9 less thane 9 equald 9 equalc 9 not equalb 9 modulusa 9 modulus` 9 divide_ 9 divide^ 9 multiply]  9 -greater than or equal\  9 -greater than or equal[  9 'less than or equalZ  9 'less than or equalY  9 greater thanX 9 greater thanW 9 not equalV 9 not equalU 9 #distance betweenT 9 multiplyS 9 center ofR 9 apoint within closed path, or point on open pathQ ±9 containsP ÿ9 #point inside boxO þ9 same asN ý9 is belowM ü9 is right ofL û9 is left ofK ú9 is aboveJ ù9 7less than or equal by areaI ø9 %less than by areaH ÷9 equal by areaG ö9 +greater than by areaF õ9 =greater than or equal by areaE ô9 overlapsD ó9 same asC ò9 containsB ñ9 !is contained byA ð9 is right of@ ï9 1overlaps or is right of? î9 /overlaps or is left of> í9 is left of= ì9 overlaps< ë9 same as; ê9 contains: é9 !is contained by9 è9 is right of8 ç9 1overlaps or is right of7 æ9 /overlaps or is left of6 å9 is left of5 ä9 negate4 Ù9 absolute value3 ·9 modulus2 ®9 -greater than or equal1 ¤9 'less than or equal0 £9 greater than/ ¢9 less than. ¡9 not equal-  9 equal, Ÿ9 -greater than or equal+ ž9 'less than or equal* 9 greater than) œ9 less than( ›9 not equal' š9 equal& ò 9 -greater than or equal% ñ 9 'less than or equal$ ð 9 greater than# ï 9 less than" ’9 not equal! ƒ9 equal  9 equal …9 Ideprecated, use factorial() instead „9 Ideprecated, use factorial() instead Ô9 -greater than or equal Ó9 'less than or equal Ò9 greater than Ñ9 less than Ð9 not equal Ì9 equal ô 9 not equal ó 9 not equal a9 equal `9 equal w9 concatenate v9 Iprepend element onto front of array ]9 Cappend element onto end of array  9 not equal 9 greater than 9 -greater than or equal  9 'less than or equal  9 less than  9 equal  9 not equal  9 greater than 9 -greater than or equal 9 'less than or equal ÿ9 less than þ9 equal %9 starts with b9 equal a9 less than `9 equal(Dh  ÀŸtŸ\`Ÿ\(Ÿbðžn°žt€žTHžjžjØj jhj0jøœjÀœjˆœjPœjœjà›j°›T€›\P›\›bàšn štpš\@š\šnЙb™t@™žè˜¬˜˜ž@˜¬˜\à—`°—\x—n@—b—tЖ\˜–n`–b –tð•TÀ•\•\X•n •bà”t¨”f€”PP”Z ”Zð“VÈ“P˜“Zh“Z8“V“Pà’Z°’Z€’VX’P(’Zø‘ZÈ‘V ‘Pp‘Z@‘Z‘VØj jhj0jøjÈ\ˆvH€†¸Ž‚ˆŽ`HŽrŽ|À‚€~PZhèŒZ°Œh€ŒZHŒfŒTè‹\°‹bx‹n8‹t‹jЊ\Š€PŠ~Š~Љ~˜‰jP‰‚‰Àˆ„€ˆ€@ˆrˆn؇Z¨‡Vx‡ZH‡T‡\è†\°†bx†n8†t†Pà…Z°…Z€…VP…Z …Vð„ZÀ„V„Z`„V0„Z„ZЃZ ƒZpƒV8ƒfƒpÈ‚h˜‚Zh‚T‹ Î9 equalŠ È9 contains‰ Ç9 !remove ACL itemˆ Æ9 )add/update ACL item‡ Å9 exponentiation† ñ9 divide… –9 multiply„ •9 multiplyƒ  9 multiply‚ ”9 multiply “9 divide€ ’9 multiply ‘9 divide~ 9 multiply}  9 divide|  9 multiply{ 9 dividez Œ9 multiplyy ‹9 subtractx Š9 addw ‰9 -greater than or equalv ˆ9 'less than or equalu ‡9 greater thant †9 less thans …9 not equalr „9 equalq M9 multiplyp L9 divideo K9 multiplyn )9 'vertically alignedm (9 +horizontally alignedl '9 9divide box by point (scale)k &9 =multiply box by point (scale)j %9 Isubtract point from box (translate)i $9 ;add point to box (translate)h #9 #box intersectiong "9 7deprecated, use && insteadf !9 7is below (allows touching)e  9 7is above (allows touching)d 9 9sum of path segment lengthsc 9 intersectb 9 #number of pointsa 9 -greater than or equal` 9 'less than or equal_ 9 greater than^ 9 less than] 9 equal\ 9 absolute value[ ÷9 containsZ ö9 !is contained byY õ9 containsX ô9 !is contained byW ó9 containsV ã9 7divide (rotate/scale path)U â9 ;multiply (rotate/scale path)T á9 5subtract (translate path)S à9 +add (translate path)R ß9 concatenateQ Þ9 ;divide points (scale/rotate)P Ý9 ?multiply points (scale/rotate)O Ü9 9subtract points (translate)N Û9 /add points (translate)M É9 not equalL È9 #distance betweenK Å9 #distance betweenJ Ä9 #distance betweenI Ã9 #distance betweenH Â9 #distance betweenG 99 divideF 89 multiplyE 79 subtractD 69 addC 59 divideB 49 multiplyA 39 subtract@ 29 add? ·9 divide> ¶9 multiply= µ9 subtract< ´9 add; ³9 divide: ²9 multiply9 ±9 subtract8 °9 add7 ¯9 divide6 ®9 multiply5 ­9 subtract4 ¬9 add3 ª9 absolute value2 £9 -greater than or equal1 ¢9 greater than0 ¡9 'less than or equal/  9 less than. Ÿ9 not equal- ž9 equal, ›9 -greater than or equal+ š9 greater than* ™9 'less than or equal) ˜9 less than( —9 -greater than or equal' –9 greater than& •9 'less than or equal% ”9 less than$ Ž9 concatenate# ƒ9 not equal" ‚9 edoes not match regular expression, case-sensitive! 9 Wmatches regular expression, case-sensitive  €9 edoes not match regular expression, case-sensitive 9 Wmatches regular expression, case-sensitive z9 -greater than or equal y9 greater than x9 'less than or equal w9 less than v9 not equal q9 -greater than or equal p9 'less than or equal o9 greater than n9 less than m9 not equal l9 equal 9 #distance between j9 #distance between û9 #distance between i9 #distance between ú9 #distance between h9 #distance between  ^9 #distance between  g9 #distance between  ù9 #distance between  f9 #distance between  ø9 #distance between e9 #distance between ‰9 equal ˆ9 -greater than or equal ‡9 'less than or equal †9 greater than …9 less than „9 not equal d9 -greater than or equal(8p  П\ Ÿ\pŸ\@ŸT𞞘ž¬hž\8ž\žnÈbˆtXT(\øœ\ÀœbˆœnHœt œPð›ZÀ›T›\`›\(›nðšb°št€šZXšP(šZø™TÈ™\˜™\`™n(™bè˜t¸˜Tˆ˜\X˜\ ˜nè—b¨—t€—PP—Z —Vð–ZÀ–T–\`–\(–bð•n°•tˆ•PX•Z(•Vø”ZÈ”T˜”\h”\0”bø“n¸“tx“x0“†ð’x¨’†h’x ’†È‘¢p‘°‘¢À°h¢°àT°\€\HnbÐŽt¨ŽPxŽZHŽZŽTè\¸\€nHbtØŒV°ŒP€ŒZ8ŒŽÐ‹Êˆ‹Ž ‹ÊðŠZÀŠ\ˆŠdPŠlŠl؉r˜‰~P‰„ ‰^àˆv ˆxpˆ`8ˆhˆZ؇X¨‡Zx‡ZH‡Z ‡Pð†ZÀ†Z†VX†j †jè…j°…jx…j@…j…jЄj˜„j`„j0„\„Zȃd˜ƒ^hƒZ8ƒTƒnЂ\ ‚\p‚\ˆ 9 intersect‡ 9 intersect† 9 intersect… 9 'intersection point„ ÿ9 equalƒ ù9 vertical‚ ø9 horizontal ÷9 perpendicular€ ö9 parallel õ9 intersect~ f9 #distance between} ô9 #distance between| g9 #distance between{ ó9 #distance betweenz Ù 9 #distance betweeny Ì 9 #distance betweenx Û 9 #distance betweenw ò9 #distance betweenv ñ9 #number of pointsu ð9 #distance betweent ï9 divides î9 multiplyr í9 subtractq ì9 addp ë9 is belowo ê9 is aboven é9 overlapsm è9 same asl ç9 containsk æ9 !is contained byj å9 is right ofi ä9 1overlaps or is right ofh ã9 /overlaps or is left ofg â9 is left off á9 =greater than or equal by areae à9 7less than or equal by aread ß9 +greater than by areac Þ9 %less than by areab Ý9 %not equal by areaa Ü9 equal by area` Œ9 center of_ w9 subtract^ V9 ƒconvert time with time zone and date to timestamp with time zone] S9 Gconvert time and date to timestamp\ Q9 ƒconvert date and time with time zone to timestamp with time zone[ P9 Gconvert date and time to timestampZ :9 subtractY 99 addX 89 negateW 79 -greater than or equalV 69 greater thanU 59 'less than or equalT 49 less thanS 39 not equalR 29 equalQ 19 subtractP 09 subtractO /9 addN -9 -greater than or equalM ,9 greater thanL +9 'less than or equalK *9 less thanJ )9 not equalI (9 equalH Ó9 idoes not match regular expression, case-insensitiveG Ò9 [matches regular expression, case-insensitiveF Í9 idoes not match regular expression, case-insensitiveE Ì9 [matches regular expression, case-insensitiveD Ë9 idoes not match regular expression, case-insensitiveC Ê9 [matches regular expression, case-insensitiveB ¼9 ?does not match LIKE expressionA »9 1matches LIKE expression@ º9 ?does not match LIKE expression? ¹9 1matches LIKE expression> ¸9 ?does not match LIKE expression= ·9 1matches LIKE expression< o9 -greater than or equal; n9 'less than or equal: m9 greater than9 l9 less than8 k9 not equal7 j9 equal6 i9 multiply5 h9 divide4 g9 subtract3 f9 add2 e9 -greater than or equal1 d9 'less than or equal0 c9 greater than/ b9 less than. a9 not equal- `9 equal, _9 multiply+ ^9 divide* ]9 subtract) \9 add( 9 -greater than or equal' 9 greater than& 9 'less than or equal% 9 less than$ 9 not equal# 9 equal" Y9 -greater than or equal! X9 greater than  W9 'less than or equal V9 less than U9 not equal T9 equal M9 subtract L9 add K9 subtract J9 -greater than or equal I9 greater than H9 'less than or equal G9 less than F9 not equal E9 equal 59 subtract 49 add 39 -greater than or equal 29 'less than or equal 19 greater than 09 less than  /9 not equal  .9 equal  %9 -greater than or equal  $9 greater than  #9 'less than or equal "9 less than !9 not equal  9 edoes not match regular expression, case-sensitive 9 Wmatches regular expression, case-sensitive 9 equal Ë9 center of Ê9 center of É9 center of(HP  ÈŸdŸhXŸb Ÿhàžx žx`žx žxàx x`x xðœZÀœZœV`œ\(œpà›‚ ›vX›ˆ›~èš\¸šZ€šdPš^ šZð™T¸™nˆ™TX™\(™\ð˜n¸˜bx˜tH˜`˜`è—^¸—Tˆ—\X—\ —nè–b¨–tx–`H–`–^è•T¸•\ˆ•\P•n•bØ”t¨”\p”n@”`”r¸“Šˆ“`X“`(“^“PØ’P¨’Zx’Z(’œÐ‘ª€‘œ(‘ªØœ€ªPV Tð\À\ˆnPbtèŽP¸ŽZˆŽZXŽV(ŽXðf¸fˆTX\(\ðŒb¸ŒnxŒtHŒ`Œ^Ø‹r¨‹`p‹n8‹p‹`àŠP°ŠZˆŠPXŠZ(ŠTø‰\ȉ\‰bX‰n‰tðˆPÀˆTˆ\`ˆ\(ˆbð‡n°‡t€‡TP‡\ ‡\è†b°†np†t@†`†^Ð…r …`h…n0…p…`Є^„r`„`(„nðƒpÀƒ`ƒ^Pƒr ƒ`è‚n°‚p€‚^P‚^Œ }9 unary plus‹ |9 unary plusŠ c9 )bitwise shift right‰ b9 'bitwise shift leftˆ a9 bitwise not‡ `9 +bitwise exclusive or† _9 bitwise or… ^9 bitwise and„ ]9 )bitwise shift rightƒ \9 'bitwise shift left‚ [9 bitwise not Z9 +bitwise exclusive or€ Y9 bitwise or X9 bitwise and~ W9 )bitwise shift right} V9 'bitwise shift left| U9 bitwise not{ T9 +bitwise exclusive orz S9 bitwise ory R9 bitwise andx Q9 -greater than or equalw P9 'less than or equalv O9 greater thanu N9 less thant M9 not equals L9 equalr K9 -greater than or equalq J9 'less than or equalp I9 greater thano H9 less thann G9 not equalm F9 equall 99 addk 9 -greater than or equalj 9 'less than or equali 9 greater thanh 9 less thang  9 not equalf  9 equale  9 subtractd  9 addc  9 subtractb 9 adda 9 concatenate` 9 )bitwise shift right_ 9 'bitwise shift left^ 9 bitwise not] 9 +bitwise exclusive or\ 9 bitwise or[ ÿ9 bitwise andZ ý9 -greater than or equalY ü9 'less than or equalX û9 greater thanW ú9 less thanV ù9 not equalU ø9 equalT ã9 absolute valueS 9 exponentiationR â9 modulusQ á9 divideP à9 multiplyO ß9 subtractN Þ9 addM Ý9 -greater than or equalL Ü9 greater thanK Û9 'less than or equalJ Ú9 less thanI Ù9 not equalH Ø9 equalG ×9 negateF ^9 cdoes not match LIKE expression, case-insensitiveE ]9 Umatches LIKE expression, case-insensitiveD \9 cdoes not match LIKE expression, case-insensitiveC [9 Umatches LIKE expression, case-insensitiveB Z9 cdoes not match LIKE expression, case-insensitiveA Y9 Umatches LIKE expression, case-insensitive@ P 9 subtract? O 9 subtract> N 9 add= M 9 add< L 9 bitwise or; K 9 bitwise and: J 9 bitwise not9 à 9 Coverlaps (is subnet or supernet)8 ¦9 +is supernet or equal7 ¥9 is supernet6 ¤9 'is subnet or equal5 £9 is subnet4 ¶9 -greater than or equal3 µ9 greater than2 ´9 'less than or equal1 ³9 less than0 ²9 not equal/ ±9 equal. * 9 bitwise or- ) 9 bitwise and, ( 9 bitwise not+ ' 9 -greater than or equal* & 9 greater than) % 9 'less than or equal( $ 9 less than' # 9 not equal& " 9 equal% M 9 bitwise or$ L 9 bitwise and# K 9 bitwise not" É9 -greater than or equal! È9 greater than  Ç9 'less than or equal Æ9 less than Å9 not equal Ä9 equal Q9 'intersection point P9 equal O9 vertical N9 horizontal M9 perpendicular L9 parallel K9 intersect 79 7distance between endpoints 69 Agreater than or equal by length 59 /greater than by length 49 ;less than or equal by length 39 )less than by length 29 not equal 19 divide 09 multiply  /9 multiply  *9 1closest point to A on B  )9 1closest point to A on B   9 1closest point to A on B  9 1closest point to A on B 9 1closest point to A on B 9 1closest point to A on B 9 1closest point to A on B 9 1closest point to A on B  9 !is contained by  9 lseg on line  9 !is contained by  9 point on line(Dh  П^ Ÿ^pŸ^@Ÿ^ŸTàž\°ž\xžn@žbžtÀxx†H`Tèœ\¸œ\€œnHœbœtà›P°›Z€›ZP›\›nØšt šbpš\8šnø™tÀ™b™\X™n(™Tè˜t°˜b€˜\P˜\˜nè—T¨—tp—b@—\—\Ø–n¨–Th–t0–b–\Е\˜•nh•T(•tð”bÀ”\”\X”n(”Tè“t°“b€“\P“\“nè’T¨’tp’b@’\’Pð‘PÈ‘P ‘Px‘PH‘Z‘rÈr˜ZhZ(rèr¸Zxr8rZØŽZ ŽhpŽ`@Ž`Ž~À~€~@~~ÀŒ~€Œ~@Œ~Œ~À‹~€‹~@‹~‹~ÀŠ~€Š~@Š~Š~À‰~‰T`‰\0‰\øˆbÀˆn€ˆtPˆT ˆ\ð‡\¸‡b€‡n@‡t‡Tà†T°†\€†\H†b†nÐ…t …\h…n8…T…\È„t„b`„`(„lðƒl°ƒ~pƒ~@ƒ\ƒnØ‚T¨‚\h‚t‹ ^9 -greater than or equalŠ ]9 not equal‰ \9 equalˆ [9 'less than or equal‡ Z9 less than† M9 7deprecated, use @@ instead… L9 7deprecated, use @@ instead„ 59 %text search matchƒ 49 %text search match‚ 19 concatenate 09 greater than€ /9 -greater than or equal .9 not equal~ -9 equal} ,9 'less than or equal| +9 less than{ Á 9 -greater than or equalz À 9 'less than or equaly ¿ 9 greater thanx ¾ 9 less thanw ½ 9 not equalv ¼ 9 equalu œ 9 minust › 9 -greater than or equals š 9 'less than or equalr ™ 9 greater thanq ˜ 9 less thanp — 9 not equalo – 9 equaln ¡ 9 -greater than or equalm   9 'less than or equall Ÿ 9 greater thank ž 9 less thanj  9 not equali œ 9 equalh = 9 7deprecated, use @> insteadg < 9 7deprecated, use <@ insteadf ; 9 7deprecated, use <@ insteade : 9 7deprecated, use <@ insteadd 9 9 7deprecated, use <@ insteadc 8 9 7deprecated, use @> insteadb 7 9 7deprecated, use <@ insteada 6 9 7deprecated, use @> instead` 5 9 7deprecated, use <@ instead_ 4 9 7deprecated, use @> instead^ 3 9 7deprecated, use <@ instead] 2 9 7deprecated, use <@ instead\ 1 9 7deprecated, use @> instead[ 0 9 7deprecated, use <@ insteadZ / 9 7deprecated, use @> insteadY . 9 7deprecated, use <@ insteadX - 9 7deprecated, use @> insteadW , 9 7deprecated, use <@ insteadV Ü 9 concatenateU Û 9 concatenateT À 9 !is contained byS ¿ 9 containsR ¾ 9 overlapsQ  9 +overlaps or is aboveP  9 +overlaps or is belowO  9 is aboveN  9 +overlaps or is aboveM  9 +overlaps or is belowL  9 is belowK  9 is aboveJ  9 +overlaps or is aboveI  9 +overlaps or is belowH  9 is belowG û 9 addF ú 9 addE ù 9 addD ø 9 addC ÷ 9 addB ñ 9 not equalA ð 9 greater than@ ï 9 -greater than or equal? î 9 equal> í 9 'less than or equal= ì 9 less than< ë 9 not equal; ê 9 greater than: é 9 -greater than or equal9 è 9 equal8 ç 9 'less than or equal7 æ 9 less than6 U 9 not equal5 T 9 greater than4 S 9 -greater than or equal3 R 9 equal2 Q 9 'less than or equal1 P 9 less than0 H 9 not equal/ G 9 greater than. F 9 -greater than or equal- E 9 equal, D 9 'less than or equal+ C 9 less than* ; 9 not equal) : 9 greater than( 9 9 -greater than or equal' 8 9 equal& 7 9 'less than or equal% 6 9 less than$ . 9 not equal# - 9 greater than" , 9 -greater than or equal! + 9 equal  * 9 'less than or equal ) 9 less than  9 greater than  9 -greater than or equal  9 'less than or equal  9 less than  9 greater than  9 -greater than or equal  9 'less than or equal  9 less than 9 subtract 9 subtract 9 add 9 -greater than or equal 9 greater than 9 'less than or equal 9 less than  9 not equal  9 equal  â9 concatenate  á9 ?does not match LIKE expression  à9 1matches LIKE expression  ¨9 -greater than or equal  §9 greater than ¦9 'less than or equal ¥9 less than ¤9 not equal £9 equal 9 unary plus €9 unary plus 9 unary plus ~9 unary plus(ô0  ÈŸbŸhXŸf Ÿnðž`ÀžZˆžhPžlžlèT¸\ˆ\PbnØœt¨œ\pœd@œ\œbЛn›t`›T0›\›\ÈšnˆštPšb šZð™ZÀ™Zˆ™hP™h ™^ð˜`°˜vp˜x8˜f˜`Зj˜—nX—t—„Жvˆ–†8––à•¦ •vX•†•xДˆ€”˜(”¨ø“TÈ“\˜“\`“b(“nè’t¸’Zˆ’^P’f’fà‘h°‘`x‘p8‘rørÈ`hXfzØ~˜zXzxØŽ€ˆŽ–PŽnŽ†Èvˆt@Šv°Œ”`Œ”ŒžÀ‹žp‹˜ ‹˜ÐŠ–€Š–8Šˆð‰ˆ¨‰†`‰†‰ŠÐˆŠˆˆŽ@ˆŽð‡’ ‡’X‡‡À†–p†–(†„à…„…–@…’ð„– „’P„–„–¸ƒ„pƒ„ ƒ–Ђ’€‚–0‚’w U/ Kconversion for MULE_INTERNAL to BIG5v T/ Oconversion for MULE_INTERNAL to EUC_TWu S/ Kconversion for BIG5 to MULE_INTERNALt R/ Oconversion for EUC_TW to MULE_INTERNALs Q/ =conversion for BIG5 to EUC_TWr P/ =conversion for EUC_TW to BIG5q O/ Oconversion for MULE_INTERNAL to EUC_KRp N/ Oconversion for EUC_KR to MULE_INTERNALo M/ Kconversion for MULE_INTERNAL to SJISn L/ Oconversion for MULE_INTERNAL to EUC_JPm K/ Kconversion for SJIS to MULE_INTERNALl J/ Oconversion for EUC_JP to MULE_INTERNALk I/ =conversion for SJIS to EUC_JPj H/ =conversion for EUC_JP to SJISi G/ Oconversion for MULE_INTERNAL to EUC_CNh F/ Oconversion for EUC_CN to MULE_INTERNALg E/ Iconversion for WIN866 to ISO-8859-5f D/ Iconversion for ISO-8859-5 to WIN866e C/ Kconversion for WIN1251 to ISO-8859-5d B/ Kconversion for ISO-8859-5 to WIN1251c A/ Gconversion for KOI8R to ISO-8859-5b @/ Gconversion for ISO-8859-5 to KOI8Ra ?/ Cconversion for WIN1251 to WIN866` >/ Cconversion for WIN866 to WIN1251_ =/ ?conversion for WIN866 to KOI8R^ </ ?conversion for KOI8R to WIN866] ;/ Aconversion for WIN1251 to KOI8R\ :/ Aconversion for KOI8R to WIN1251[ 9/ Oconversion for MULE_INTERNAL to WIN866Z 8/ Oconversion for WIN866 to MULE_INTERNALY 7/ Qconversion for MULE_INTERNAL to WIN1251X 6/ Qconversion for WIN1251 to MULE_INTERNALW 5/ Wconversion for MULE_INTERNAL to ISO-8859-5V 4/ Wconversion for ISO-8859-5 to MULE_INTERNALU 3/ Mconversion for MULE_INTERNAL to KOI8RT 2/ Mconversion for KOI8R to MULE_INTERNALS ˜7 /standard public schemaR c7 Creserved schema for TOAST tablesQ  7 -system catalog schemaP 4 /SQL-language functionsO  4 ?dynamically-loaded C functionsN  4 'built-in functionsM ü ) Oblock range index (BRIN) access methodL  ) 9SP-GiST index access methodK ¶ ) 1GIN index access methodJ ) 3GiST index access methodI •) 3hash index access methodH “) 7b-tree index access methodG ) 3heap table access methodF ­9 jsonpath matchE ¬9 !jsonpath existsD × 9 delete pathC Ö 9 +delete array elementB F 9 +delete object fieldsA Õ 9 )delete object field@ Ô 9 concatenate? ² 9 !is contained by> ± 9 all keys exist= ° 9 any key exists< ¯ 9 key exists; ® 9 contains: ­ 9 -greater than or equal9 ¬ 9 'less than or equal8 « 9 greater than7 ª 9 less than6 © 9 not equal5 ¨ 9 equal4 † 9 aget value from jsonb as text with path elements3  9 Qget value from jsonb with path elements2 ™ 9 Aget jsonb array element as text1 Œ 9 1get jsonb array element0 • 9 ?get jsonb object field as text/ ‹ 9 /get jsonb object field. 9 _get value from json as text with path elements- ~9 Oget value from json with path elements, }9 ?get json array element as text+ |9 /get json array element* {9 =get json object field as text) z9 -get json object field( <9 'range intersection' ;9 #range difference& :9 range union% 99 is adjacent to$ 89 1overlaps or is right of# 79 /overlaps or is left of" 69 is right of! 59 is left of  49 !is contained by 39 !is contained by 29 contains 19 contains 09 overlaps /9 greater than .9 -greater than or equal -9 'less than or equal ,9 less than +9 not equal *9 equal y 9 -greater than or equal x 9 'less than or equal w 9 greater than v 9 less than u 9 not identical t 9 identical ± 9 -greater than or equal ° 9 'less than or equal  ¯ 9 greater than  ® 9 less than  ­ 9 not equal  ¬ 9 equal  ³9 %text search match ²9 %text search match n9 !is contained by m9 contains b9 NOT tsquery 9 'phrase-concatenate a9 OR-concatenate `9 !AND-concatenate _9 greater than˜ÞW¼ø  °Ÿ–`Ÿ–Ÿ˜Àž˜xžŠ0žŠà––@–𜖠œ–Pœ–œ€Ð›€ˆ›‚@›‚øš‚°š‚hš„ š„Ø™„™„H™†™†¸˜†p˜†(˜†à—†˜—†P—†—†À–†x–†0–†è•† •†X•†•†È”†€”†8”„𓄨“„`“„“„Ð’„ˆ’„@’„ø‘†°‘†p‘~0‘~è„ „X„„È„€„8„ðŽ„¨Ž„`Ž„Ž„Єˆ„@„øŒ„°Œ„hŒ† Œ†Ø‹Œ‹ŒH‹Œ‹Œ¸ŠŒpŠŒ(ŠŒà‰Œ˜‰„P‰„‰‚Àˆ‚€ˆ€@ˆ€ˆ~À‡~x‡0‡à†”†”8†¤à…¤ …r@…¼…p¨„¼P„¨„lÀƒ°xƒ‚8ƒrø‚z ‚¢@‚²ø‚’i Tç;implementation of = operatorkh &0çkdebug function for current text search configurationig %0ç[debug function for text search configurationf ·€ 3standard POSIX collatione ¶€ +standard C collationd d€ ;database's default collationc ž´ithesaurus dictionary: phrase by phrase substitutionb •´%ispell dictionarya ’´asynonym dictionary: replace word by its synonym` ´usimple dictionary: just lower case and check for stopword_ Š)default word parser^ µusimple dictionary: just lower case and check for stopword] ¤+simple configuration\ ³/ ]conversion for SHIFT_JIS_2004 to EUC_JIS_2004[ ²/ ]conversion for EUC_JIS_2004 to SHIFT_JIS_2004Z ±/ Mconversion for UTF8 to SHIFT_JIS_2004Y °/ Mconversion for SHIFT_JIS_2004 to UTF8X ¯/ Iconversion for UTF8 to EUC_JIS_2004W ®/ Iconversion for EUC_JIS_2004 to UTF8V ­/ 7conversion for UTF8 to UHCU ¬/ 7conversion for UHC to UTF8T «/ 9conversion for UTF8 to SJISS ª/ 9conversion for SJIS to UTF8R ©/ ;conversion for UTF8 to JOHABQ ¨/ ;conversion for JOHAB to UTF8P §/ =conversion for UTF8 to LATIN1O ¦/ =conversion for LATIN1 to UTF8N ¥/ Econversion for ISO-8859-8 to UTF8M ¤/ Econversion for UTF8 to ISO-8859-8L £/ Econversion for ISO-8859-7 to UTF8K ¢/ Econversion for UTF8 to ISO-8859-7J ¡/ Econversion for ISO-8859-6 to UTF8I  / Econversion for UTF8 to ISO-8859-6H Ÿ/ Econversion for ISO-8859-5 to UTF8G ž/ Econversion for UTF8 to ISO-8859-5F / ?conversion for LATIN10 to UTF8E œ/ ?conversion for UTF8 to LATIN10D ›/ =conversion for LATIN9 to UTF8C š/ =conversion for UTF8 to LATIN9B ™/ =conversion for LATIN8 to UTF8A ˜/ =conversion for UTF8 to LATIN8@ —/ =conversion for LATIN7 to UTF8? –/ =conversion for UTF8 to LATIN7> •/ =conversion for LATIN6 to UTF8= ”/ =conversion for UTF8 to LATIN6< “/ =conversion for LATIN5 to UTF8; ’/ =conversion for UTF8 to LATIN5: ‘/ =conversion for LATIN4 to UTF89 / =conversion for UTF8 to LATIN48 / =conversion for LATIN3 to UTF87 Ž/ =conversion for UTF8 to LATIN36 / =conversion for LATIN2 to UTF85 Œ/ =conversion for UTF8 to LATIN24 ‹/ 7conversion for UTF8 to GBK3 Š/ 7conversion for GBK to UTF82 ‰/ ?conversion for UTF8 to GB180301 ˆ/ ?conversion for GB18030 to UTF80 ‡/ =conversion for UTF8 to EUC_TW/ †/ =conversion for EUC_TW to UTF8. …/ =conversion for UTF8 to EUC_KR- „/ =conversion for EUC_KR to UTF8, ƒ/ =conversion for UTF8 to EUC_JP+ ‚/ =conversion for EUC_JP to UTF8* / =conversion for UTF8 to EUC_CN) €/ =conversion for EUC_CN to UTF8( / ?conversion for WIN1258 to UTF8' ~/ ?conversion for UTF8 to WIN1258& }/ ?conversion for WIN1257 to UTF8% |/ ?conversion for UTF8 to WIN1257$ {/ ?conversion for WIN1256 to UTF8# z/ ?conversion for UTF8 to WIN1256" y/ ?conversion for WIN1255 to UTF8! x/ ?conversion for UTF8 to WIN1255  w/ ?conversion for WIN1254 to UTF8 v/ ?conversion for UTF8 to WIN1254 u/ ?conversion for WIN1253 to UTF8 t/ ?conversion for UTF8 to WIN1253 s/ ?conversion for WIN1252 to UTF8 r/ ?conversion for UTF8 to WIN1252 q/ ?conversion for WIN1251 to UTF8 p/ ?conversion for UTF8 to WIN1251 o/ ?conversion for WIN1250 to UTF8 n/ ?conversion for UTF8 to WIN1250 m/ =conversion for WIN874 to UTF8 l/ =conversion for UTF8 to WIN874 k/ =conversion for WIN866 to UTF8 j/ =conversion for UTF8 to WIN866 i/ ;conversion for KOI8U to UTF8 h/ ;conversion for UTF8 to KOI8U g/ ;conversion for KOI8R to UTF8 f/ ;conversion for UTF8 to KOI8R e/ 9conversion for UTF8 to BIG5  d/ 9conversion for BIG5 to UTF8  a/ Oconversion for MULE_INTERNAL to LATIN4  `/ Oconversion for LATIN4 to MULE_INTERNAL  _/ Oconversion for MULE_INTERNAL to LATIN3  ^/ Oconversion for LATIN3 to MULE_INTERNAL ]/ Oconversion for MULE_INTERNAL to LATIN1 \/ Oconversion for LATIN1 to MULE_INTERNAL [/ Cconversion for WIN1250 to LATIN2 Z/ Cconversion for LATIN2 to WIN1250 Y/ Qconversion for MULE_INTERNAL to WIN1250 X/ Qconversion for WIN1250 to MULE_INTERNAL W/ Oconversion for MULE_INTERNAL to LATIN2 V/ Oconversion for LATIN2 to MULE_INTERNAL(äWÄè  ¸Ÿ„pŸ‚(Ÿ‚àž„˜ž„Pž‚ž‚À„x‚0„蜄 œ‚Xœ‚œ‚È›‚€›‚8›‚𚂨š„`š‚š‚Й„ˆ™„@™‚ø˜„°˜‚h˜‚ ˜„Ø—„—‚H—„—„¸–‚p–‚(–„à•„˜•‚P•„•‚À”‚x”„0”„è“‚ “‚X“„“‚È’‚€’„8’„𑂨‘„`‘‚‘‚Єˆ„@‚ø„°‚h‚ „ØŽ„Ž‚HŽ‚Ž‚¸„p„(„àŒ„˜Œ„PŒ„Œ„À‹„x‹„0‹„芄 Š„XŠ„Š„ȉ„€‰„8‰„ðˆ‚¨ˆ‚`ˆ‚ˆ„Ї„ˆ‡„@‡„ø†„°†„h†„ †„Ø…„…„H…‚…†¸„„p„„(„‚àƒ‚˜ƒ„Pƒ„ƒ„À‚„x‚‚0‚‚è‚’k šç;implementation of / operator’j ™ç;implementation of / operator’i ˜ç;implementation of * operator’h –ç=implementation of >= operator’g —ç=implementation of >= operator’f •ç=implementation of <= operator’e ”ç=implementation of <= operator’d “ç;implementation of > operator’c ’ç;implementation of > operator’b ‘ç=implementation of <> operator’a ç=implementation of <> operator’` ßç?implementation of <-> operator’_ ç;implementation of * operator’^ Šç=implementation of @@ operator’] ‰ç=implementation of <@ operator’\ Áç=implementation of @> operator’[ ˆç=implementation of <@ operator’Z ‡ç=implementation of ~= operator’Y †ç=implementation of <^ operator’X …ç=implementation of >> operator’W „ç=implementation of << operator’V ƒç=implementation of >^ operator’U ‚ç=implementation of <= operator’T ç;implementation of < operator’S €ç;implementation of = operator’R ç;implementation of > operator’Q ~ç=implementation of >= operator’P }ç=implementation of && operator’O ºç=implementation of ~= operator’N »ç=implementation of @> operator’M Àç=implementation of <@ operator’L ¿ç=implementation of >> operator’K ¾ç=implementation of &> operator’J ½ç=implementation of &< operator’I ¼ç=implementation of << operator’H Zç=implementation of && operator’G Sç=implementation of ~= operator’F Tç=implementation of @> operator’E Yç=implementation of <@ operator’D Xç=implementation of >> operator’C Wç=implementation of &> operator’B Vç=implementation of &< operator’A Uç=implementation of << operator’@ Îç;implementation of - operator’? Îç;implementation of @ operator’> ±ç;implementation of % operator’= ßç=implementation of >= operator’< Þç=implementation of <= operator’; Ýç;implementation of > operator’: Üç;implementation of < operator’9 Ûç=implementation of <> operator’8 Úç;implementation of = operator’7 Øç=implementation of >= operator’6 ×ç=implementation of <= operator’5 Öç;implementation of > operator’4 Õç;implementation of < operator’3 Ôç=implementation of <> operator’2 Óç;implementation of = operator’1 è ç=implementation of >= operator’0 é ç=implementation of <= operator’/ æ ç;implementation of > operator’. ç ç;implementation of < operator’- ñç=implementation of <> operator’,  ç;implementation of = operator’+ Eç;implementation of = operator’* ­ç=implementation of >= operator’) ¬ç=implementation of <= operator’( «ç;implementation of > operator’' ªç;implementation of < operator’& Ýç=implementation of <> operator’% Üç;implementation of = operator’$ í ç=implementation of <> operator’# ì ç=implementation of <> operator’" 'ç;implementation of = operator’! Dç;implementation of = operator’  ç=implementation of || operator’ üç=implementation of <> operator’ ûç;implementation of > operator’ úç=implementation of >= operator’ ùç=implementation of <= operator’ øç;implementation of < operator’ ÷ç;implementation of = operator’ õç=implementation of <> operator’ ôç;implementation of > operator’ óç=implementation of >= operator’ òç=implementation of <= operator’ ñç;implementation of < operator’ ðç;implementation of = operator’ pç=implementation of ^@ operator’ Cç;implementation of = operator’ Bç;implementation of < operator’ Aç;implementation of = operator’ @ç;implementation of < operator’ ?ç;implementation of = operator’  >ç;implementation of = operator’  =ç;implementation of = operator’  œç=implementation of >= operator’  ›ç=implementation of <= operator’  <ç;implementation of = operator’ Tç=implementation of <> operator’ 9ç;implementation of > operator’ 8ç;implementation of < operator’ Yç=implementation of >= operator’ Xç=implementation of <= operator’ Wç;implementation of > operator’ Vç;implementation of < operator’ Uç=implementation of <> operator éWÄè  ¸Ÿ‚pŸ‚(Ÿ„àž‚˜ž‚Pž‚ž‚À‚x‚0„蜄 œ„Xœ„œ„È›„€›‚8›‚𚂨š‚`š‚š‚Й‚ˆ™‚@™‚ø˜‚°˜‚h˜‚ ˜‚Ø—‚—‚H—‚—‚¸–‚p–‚(–‚à•‚˜•‚P•‚•‚À”‚x”‚0”„蓆 “‚X“„“‚È’‚€’„8’„𑄨‘‚`‘‚‘„Єˆ‚@†ø†°†h† †ØŽ†Ž†HŽ†Ž†¸†p†(†àŒ‚˜Œ„PŒ‚Œ‚À‹„x‹„0‹„节 Š„XŠ‚Š„ȉ‚€‰„8‰‚ðˆ„¨ˆ„`ˆ„ˆ‚Ї„ˆ‡‚@‡„ø†‚°†„h†‚ †„Ø…‚…„H…‚…„¸„‚p„„(„‚àƒ‚˜ƒ‚Pƒ‚ƒ‚À‚‚x‚‚0‚‚è‚’k ýç;implementation of / operator’j üç;implementation of * operator’i ûç;implementation of - operator’h úç;implementation of + operator’g Òç;implementation of / operator’f Ñç;implementation of * operator’e Ðç;implementation of - operator’d Ïç;implementation of + operator’c åç;implementation of @ operator’b *ç=implementation of >= operator’a )ç;implementation of > operator’` (ç=implementation of <= operator’_ 'ç;implementation of < operator’^ &ç=implementation of <> operator’] %ç;implementation of = operator’\ çç=implementation of >= operator’[ æç;implementation of > operator’Z åç=implementation of <= operator’Y äç;implementation of < operator’X ’ç=implementation of >= operator’W ‘ç;implementation of > operator’V ç=implementation of <= operator’U ç;implementation of < operator’T êç=implementation of || operator’S “ç=implementation of <> operator’R èç=implementation of !~ operator’Q æç;implementation of ~ operator’P äç=implementation of !~ operator’O Oç;implementation of ~ operator’N Jç=implementation of >= operator’M Iç;implementation of > operator’L Hç=implementation of <= operator’K Þç;implementation of < operator’J Fç=implementation of <> operator’I $ç=implementation of >= operator’H "ç=implementation of <= operator’G #ç;implementation of > operator’F !ç;implementation of < operator’E  ç=implementation of <> operator’D ç;implementation of = operator’C ¥ç?implementation of <-> operator’B sç?implementation of <-> operator’A }ç?implementation of <-> operator’@ mç?implementation of <-> operator’? Àç?implementation of <-> operator’> ×ç?implementation of <-> operator’= eç?implementation of <-> operator’< lç?implementation of <-> operator’; |ç?implementation of <-> operator’: kç?implementation of <-> operator’9 ¾ç?implementation of <-> operator’8 Õç?implementation of <-> operator’7 §ç;implementation of = operator’6 ¨ç=implementation of >= operator’5 ¦ç=implementation of <= operator’4 ©ç;implementation of > operator’3 ¥ç;implementation of < operator’2 kç=implementation of <> operator’1 gç=implementation of >= operator’0 Íç=implementation of <= operator’/ fç;implementation of > operator’. Ìç;implementation of < operator’- ¹ç=implementation of <> operator’, ¸ç;implementation of = operator’+ çç?implementation of ||/ operator’* æç=implementation of |/ operator’) Ýç;implementation of @ operator’( Øç;implementation of * operator’' Ùç;implementation of / operator’& Ûç;implementation of - operator’% Úç;implementation of + operator’$ Ïç;implementation of @ operator’# Êç;implementation of * operator’" Ëç;implementation of / operator’! Íç;implementation of - operator’  Ìç;implementation of + operator’ Üç;implementation of - operator’ Îç;implementation of - operator’ Õç;implementation of - operator’ Ôç;implementation of - operator’ ·ç;implementation of - operator’ ¶ç;implementation of - operator’ µç;implementation of - operator’ ´ç;implementation of - operator’ ³ç;implementation of + operator’ ²ç;implementation of + operator’ ±ç;implementation of + operator’ °ç;implementation of + operator’ ­ç;implementation of / operator’ ¬ç;implementation of / operator’ «ç;implementation of * operator’ ªç;implementation of * operator’ ©ç=implementation of >= operator’ ¨ç=implementation of >= operator’  §ç=implementation of <= operator’  ¦ç=implementation of <= operator’  ¥ç=implementation of <> operator’  ¤ç=implementation of <> operator’  £ç;implementation of > operator’ ¢ç;implementation of > operator’ ¡ç;implementation of < operator’  ç;implementation of < operator’ Ÿç;implementation of = operator’ žç;implementation of = operator’ ç=implementation of <> operator’ œç;implementation of % operator’ ›ç;implementation of % operatorïWÄè  ¸Ÿ‚pŸ‚(Ÿ‚àž‚˜ž‚Pž‚ž‚À‚x‚0‚蜂 œ‚Xœ†œ†È›†€›†8›†ðš„¨š‚`š‚š‚Й‚ˆ™‚@™‚ø˜‚°˜‚h˜‚ ˜„Ø—„—„H—„—„¸–‚p–‚(–‚à•‚˜•„P•„•‚À”„x”†0”„è“„ “‚X“‚“‚È’‚€’‚8’„𑄨‘‚`‘‚‘‚Ђˆ„@‚ø‚°„h„ ‚ØŽ‚Ž‚HŽ‚Ž‚¸‚p‚(‚àŒ‚˜Œ‚PŒ‚Œ‚À‹‚x‹‚0‹‚节 Š‚XŠ„Š„ȉ„€‰‚8‰‚ðˆ„¨ˆ„`ˆ‚ˆ„Ї‚ˆ‡„@‡‚ø†„°†‚h†‚ †„Ø…„…‚H…‚…‚¸„„p„‚(„„àƒ‚˜ƒ„Pƒ‚ƒ‚À‚‚x‚‚0‚„è‚’k Nç;implementation of < operator’j Rç=implementation of <> operator’i yç;implementation of = operator’h vç;implementation of - operator’g uç;implementation of + operator’f tç;implementation of - operator’e Bç=implementation of >= operator’d Aç;implementation of > operator’c @ç=implementation of <= operator’b ?ç;implementation of < operator’a Cç=implementation of <> operator’` >ç;implementation of = operator’_ ç;implementation of - operator’^ ç;implementation of + operator’] Œç=implementation of >= operator’\ ‰ç=implementation of <= operator’[ ˆç;implementation of > operator’Z ‡ç;implementation of < operator’Y †ç=implementation of <> operator’X èç;implementation of = operator’W ç=implementation of >= operator’V ç;implementation of > operator’U ç=implementation of <= operator’T ç;implementation of < operator’S ç=implementation of <> operator’R {ç=implementation of !~ operator’Q zç;implementation of ~ operator’P ç;implementation of = operator’O ãç=implementation of @@ operator’N âç=implementation of @@ operator’M áç=implementation of @@ operator’L &ç;implementation of = operator’K èç;implementation of ^ operator’J îç;implementation of / operator’I _ç;implementation of * operator’H ^ç;implementation of * operator’G G ç;implementation of * operator’F —ç;implementation of * operator’E cç;implementation of / operator’D bç;implementation of * operator’C aç;implementation of / operator’B `ç;implementation of * operator’A  ç;implementation of / operator’@  ç;implementation of * operator’? ç;implementation of / operator’> €ç;implementation of * operator’= ç;implementation of - operator’< ~ç;implementation of + operator’; }ç=implementation of >= operator’: {ç=implementation of <= operator’9 |ç;implementation of > operator’8 zç;implementation of < operator’7 yç=implementation of <> operator’6 xç;implementation of = operator’5 Pç;implementation of * operator’4 Oç;implementation of / operator’3 Nç;implementation of * operator’2 Ýç=implementation of ?| operator’1 Þç=implementation of ?- operator’0 ‘ç;implementation of / operator’/ ç;implementation of * operator’. ç;implementation of - operator’- Žç;implementation of + operator’, Ôç;implementation of # operator’+ tç=implementation of <^ operator’* sç=implementation of >^ operator’) Ûç?implementation of @-@ operator’( Íç=implementation of ?# operator’' ˜ç;implementation of # operator’& Úç=implementation of >= operator’% Ùç=implementation of <= operator’$ ×ç;implementation of > operator’# Öç;implementation of < operator’" Øç;implementation of = operator’! ãç;implementation of @ operator’  Åç=implementation of @> operator’ Æç=implementation of <@ operator’ ”ç=implementation of @> operator’ •ç=implementation of <@ operator’ ’ç=implementation of @> operator’ Ÿç;implementation of / operator’ žç;implementation of * operator’ ç;implementation of - operator’ œç;implementation of + operator’ ›ç;implementation of + operator’ ¤ç;implementation of / operator’ £ç;implementation of * operator’ ¢ç;implementation of - operator’ ¡ç;implementation of + operator’ Üç=implementation of <> operator’ Ùç?implementation of <-> operator’ iç?implementation of <-> operator’ ïç?implementation of <-> operator’ rç?implementation of <-> operator’  Òç?implementation of <-> operator’  ´ç;implementation of / operator’  ¯ç;implementation of * operator’  ®ç;implementation of - operator’  Iç;implementation of + operator’ Hç;implementation of / operator’ Gç;implementation of * operator’ Fç;implementation of - operator’ Eç;implementation of + operator’ ç;implementation of / operator’ ç;implementation of * operator’ ÿç;implementation of - operator’ þç;implementation of + operatorôWÄè  ¸Ÿ„pŸ‚(Ÿ„àž‚˜ž„Pž‚ž„À‚x„0‚蜂 œ‚Xœ‚œ‚È›„€›‚8›‚𚄨š„`š‚š‚Й‚ˆ™‚@™‚ø˜„°˜‚h˜‚ ˜„Ø—„—„H—†—„¸–†p–„(–†à•„˜•†P•„•†À”„x”†0”‚è“„ “‚X“„“‚È’„€’‚8’‚𑂨‘‚`‘„‘‚Єˆ‚@„ø‚°‚h‚ ‚ØŽ‚Ž‚HŽ‚Ž‚¸„p‚(„àŒ‚˜Œ‚PŒ„Œ„À‹„x‹„0‹„芄 Š„XŠ„Š„ȉ„€‰†8‰†ðˆ‚¨ˆ‚`ˆ‚ˆ‚Ї†ˆ‡‚@‡†ø††°††h†† ††Ø…†…†H…†…„¸„†p„†(„„àƒ„˜ƒ‚Pƒ‚ƒ„À‚„x‚„0‚„è„’k qç=implementation of <@ operator’j ¿ç=implementation of <@ operator’i ç=implementation of ?# operator’h uç=implementation of ?# operator’g ç=implementation of ?# operator’f jç;implementation of # operator’e çç;implementation of = operator’d åç=implementation of ?| operator’c æç=implementation of ?- operator’b äç?implementation of ?-| operator’a ãç?implementation of ?|| operator’` âç=implementation of ?# operator’_ ¿ç?implementation of <-> operator’^ Öç?implementation of <-> operator’] ç?implementation of <-> operator’\ Øç?implementation of <-> operator’[ Ü ç?implementation of <-> operator’Z Ë ç?implementation of <-> operator’Y Ú ç?implementation of <-> operator’X Äç?implementation of <-> operator’W ¥ç;implementation of # operator’V ¿ç?implementation of <-> operator’U }ç;implementation of / operator’T |ç;implementation of * operator’S {ç;implementation of - operator’R zç;implementation of + operator’Q ´ç?implementation of <<| operator’P µç?implementation of |>> operator’O ³ç=implementation of && operator’N ¬ç=implementation of ~= operator’M ­ç=implementation of @> operator’L ²ç=implementation of <@ operator’K ±ç=implementation of >> operator’J °ç=implementation of &> operator’I ¯ç=implementation of &< operator’H ®ç=implementation of << operator’G »ç=implementation of >= operator’F ºç=implementation of <= operator’E ¹ç;implementation of > operator’D ¸ç;implementation of < operator’C ·ç=implementation of <> operator’B ¶ç;implementation of = operator’A Àç=implementation of @@ operator’@ šç;implementation of - operator’? ç;implementation of + operator’> ç;implementation of + operator’= ç;implementation of + operator’< øç;implementation of + operator’; ’ç;implementation of - operator’: ‘ç;implementation of + operator’9 ç;implementation of - operator’8 Žç=implementation of >= operator’7 ç;implementation of > operator’6 ç=implementation of <= operator’5 Œç;implementation of < operator’4 ‹ç=implementation of <> operator’3 Šç;implementation of = operator’2 ¦ç;implementation of - operator’1 ¤ç;implementation of - operator’0 ¥ç;implementation of + operator’/ „ç=implementation of >= operator’. …ç;implementation of > operator’- ƒç=implementation of <= operator’, ‚ç;implementation of < operator’+ ç=implementation of <> operator’* €ç;implementation of = operator’) yç?implementation of !~* operator’( xç=implementation of ~* operator’' ×ç?implementation of !~* operator’& Öç=implementation of ~* operator’% Ùç?implementation of !~* operator’$ Øç=implementation of ~* operator’# `ç?implementation of !~~ operator’" _ç=implementation of ~~ operator’! Sç?implementation of !~~ operator’  Rç=implementation of ~~ operator’ [ç?implementation of !~~ operator’ Zç=implementation of ~~ operator’ 6ç=implementation of >= operator’ 4ç=implementation of <= operator’ 5ç;implementation of > operator’ 3ç;implementation of < operator’ 2ç=implementation of <> operator’ 1ç;implementation of = operator’ ç;implementation of * operator’ ç;implementation of / operator’ ç;implementation of - operator’ ç;implementation of + operator’ 0ç=implementation of >= operator’ .ç=implementation of <= operator’ /ç;implementation of > operator’ -ç;implementation of < operator’ ,ç=implementation of <> operator’ +ç;implementation of = operator’  ç;implementation of * operator’  ç;implementation of / operator’  ç;implementation of - operator’  ç;implementation of + operator’  Lç=implementation of >= operator’ Mç;implementation of > operator’ Kç=implementation of <= operator’ Jç;implementation of < operator’ Iç=implementation of <> operator’ Hç;implementation of = operator’ Qç=implementation of >= operator’ Pç;implementation of > operator’ Oç=implementation of <= operatorúWÄè  ¸Ÿ„pŸ„(Ÿ„àž„˜ž„Pž„ž„À„x„0„蜂 œ‚Xœ‚œ„È›‚€›„8›‚𚄨š†`š„š†Ð™†ˆ™„@™„ø˜‚°˜‚h˜‚ ˜„Ø—‚—„H—‚—„¸–‚p–‚(–‚à•‚˜•„P•‚•„À”‚x”„0”‚è“‚ “‚X“‚“„È’‚€’„8’‚𑄨‘„`‘†‘„Іˆ„@‚ø‚°‚h‚ ‚ØŽ‚Ž‚HŽ†Žˆ¸†pˆ(†àŒˆ˜Œ‚PŒ‚Œ„À‹‚x‹„0‹‚芄 Š‚XŠ‚Š‚ȉ‚€‰‚8‰‚ðˆ‚¨ˆ‚`ˆ„ˆ‚Ї‚ˆ‡„@‡„ø†‚°†‚h†‚ †‚Ø…„…„H…„…‚¸„‚p„‚(„‚àƒ‚˜ƒ„Pƒ‚ƒ‚À‚„x‚„0‚‚è‚’ k :ç;implementation of = operator’ j 8ç;implementation of + operator’ i „ç=implementation of >= operator’ h †ç=implementation of <= operator’ g …ç;implementation of > operator’ f ‡ç;implementation of < operator’ e ƒç=implementation of <> operator’ d ‚ç;implementation of = operator’ c Öç;implementation of - operator’ b Õç;implementation of + operator’ a Ôç;implementation of - operator’ ` Óç;implementation of + operator’ _ ç=implementation of || operator’ ^ Žç=implementation of >> operator’ ] ç=implementation of << operator’ \ Œç;implementation of ~ operator’ [ ‹ç;implementation of # operator’ Z Šç;implementation of | operator’ Y ‰ç;implementation of & operator’ X 8ç=implementation of >= operator’ W :ç=implementation of <= operator’ V 9ç;implementation of > operator’ U ;ç;implementation of < operator’ T .ç=implementation of <> operator’ S -ç;implementation of = operator’ R ¨ç;implementation of @ operator’ Q Ëç;implementation of ^ operator’ P Áç;implementation of % operator’ O ¿ç;implementation of / operator’ N ¾ç;implementation of * operator’ M ½ç;implementation of - operator’ L ¼ç;implementation of + operator’ K ¹ç=implementation of >= operator’ J ¸ç;implementation of > operator’ I »ç=implementation of <= operator’ H ºç;implementation of < operator’ G ·ç=implementation of <> operator’ F ¶ç;implementation of = operator’ E ëç;implementation of - operator’ D }çAimplementation of !~~* operator’ C |ç?implementation of ~~* operator’ B bçAimplementation of !~~* operator’ A aç?implementation of ~~* operator’ @ dçAimplementation of !~~* operator’ ? cç?implementation of ~~* operator’ > I ç;implementation of - operator’ = H ç;implementation of - operator’ < G ç;implementation of + operator’ ; F ç;implementation of + operator’ : E ç;implementation of | operator’ 9 D ç;implementation of & operator’ 8 C ç;implementation of ~ operator’ 7 ß ç=implementation of && operator’ 6 ¢ç?implementation of >>= operator’ 5 ¡ç=implementation of >> operator’ 4  ç?implementation of <<= operator’ 3 Ÿç=implementation of << operator’ 2 œç=implementation of >= operator’ 1 ›ç;implementation of > operator’ 0 šç=implementation of <= operator’ / ™ç;implementation of < operator’ . ç=implementation of <> operator’ - ˜ç;implementation of = operator’ , ç;implementation of | operator’ + ç;implementation of & operator’ * ç;implementation of ~ operator’ ) ç=implementation of >= operator’ ( ç;implementation of > operator’ ' ç=implementation of <= operator’ & ç;implementation of < operator’ % ç=implementation of <> operator’ $ ç;implementation of = operator’ # J ç;implementation of | operator’ " I ç;implementation of & operator’ ! H ç;implementation of ~ operator’  Bç=implementation of >= operator’  Aç;implementation of > operator’  @ç=implementation of <= operator’  ?ç;implementation of < operator’  Cç=implementation of <> operator’  >ç;implementation of = operator’  Öç;implementation of # operator’  Ôç;implementation of = operator’  Úç=implementation of ?| operator’  Ûç=implementation of ?- operator’  Ùç?implementation of ?-| operator’  Øç?implementation of ?|| operator’  ×ç=implementation of ?# operator’  Ïç?implementation of @-@ operator’  Îç=implementation of >= operator’  Íç;implementation of > operator’  Ìç=implementation of <= operator’  Ëç;implementation of < operator’  Êç=implementation of <> operator’  .ç;implementation of / operator’  Xç;implementation of * operator’  Rç;implementation of * operator’  Ñç=implementation of ## operator’  Ðç=implementation of ## operator’  Ãç=implementation of ## operator’  pç=implementation of ## operator’  Âç=implementation of ## operator’  oç=implementation of ## operator’  nç=implementation of ## operator’  Áç=implementation of ## operator’  tç=implementation of <@ operator’  Àç=implementation of <@ operator€ÿWÄè  ¸Ÿ„pŸ‚(Ÿ‚àž„˜ž„Pž‚ž„À‚x‚0„蜄 œ‚Xœ‚œ‚È›‚€›„8›„𚂨š‚`š‚š‚Й„ˆ™„@™‚ø˜‚°˜‚h˜‚ ˜„Ø—„—‚H—‚—‚¸–‚p–‚(–‚à•‚˜•„P•‚•„À”‚x”„0”„蓆 “„X“‚“„È’‚€’„8’‚𑄨‘‚`‘‚‘‚Іˆˆ@ˆø†°†hˆ ˆØŽ†Ž‚HŽ„Ž‚¸„p‚(„àŒ‚˜Œ„PŒ‚Œ„À‹‚x‹„0‹‚芄 Š‚XŠ„Š‚ȉ„€‰‚8‰„ðˆ‚¨ˆ„`ˆ‚ˆ„Ї‚ˆ‡„@‡‚ø†„°†‚h†„ †‚Ø…„…‚H…„…‚¸„„p„‚(„‚àƒ‚˜ƒ‚Pƒ‚ƒ†À‚†x‚†0‚†è†’!k  ç?implementation of <<| operator’!j  ç?implementation of |>> operator’!i  ç?implementation of |&> operator’!h  ç?implementation of &<| operator’!g  ç?implementation of <<| operator’!f ö ç;implementation of + operator’!e õ ç;implementation of + operator’!d ô ç;implementation of + operator’!c ó ç;implementation of + operator’!b ò ç;implementation of + operator’!a ä ç=implementation of <> operator’!` â ç;implementation of > operator’!_ ã ç=implementation of >= operator’!^ á ç;implementation of = operator’!] à ç=implementation of <= operator’!\ ß ç;implementation of < operator’![ Ý ç=implementation of <> operator’!Z Û ç;implementation of > operator’!Y Ü ç=implementation of >= operator’!X Ú ç;implementation of = operator’!W Ù ç=implementation of <= operator’!V Ø ç;implementation of < operator’!U N ç=implementation of <> operator’!T L ç;implementation of > operator’!S M ç=implementation of >= operator’!R K ç;implementation of = operator’!Q J ç=implementation of <= operator’!P I ç;implementation of < operator’!O A ç=implementation of <> operator’!N ? ç;implementation of > operator’!M @ ç=implementation of >= operator’!L > ç;implementation of = operator’!K = ç=implementation of <= operator’!J < ç;implementation of < operator’!I 4 ç=implementation of <> operator’!H 2 ç;implementation of > operator’!G 3 ç=implementation of >= operator’!F 1 ç;implementation of = operator’!E 0 ç=implementation of <= operator’!D / ç;implementation of < operator’!C ' ç=implementation of <> operator’!B % ç;implementation of > operator’!A & ç=implementation of >= operator’!@ $ ç;implementation of = operator’!? # ç=implementation of <= operator’!> " ç;implementation of < operator’!= ‚ç?implementation of ~>~ operator’!< çAimplementation of ~>=~ operator’!; çAimplementation of ~<=~ operator’!: ~ç?implementation of ~<~ operator’!9 tç?implementation of ~>~ operator’!8 sçAimplementation of ~>=~ operator’!7 qçAimplementation of ~<=~ operator’!6 pç?implementation of ~<~ operator’!5 ñç;implementation of - operator’!4 ïç;implementation of - operator’!3 ðç;implementation of + operator’!2 ç=implementation of >= operator’!1  ç;implementation of > operator’!0 ç=implementation of <= operator’!/ ç;implementation of < operator’!. ç=implementation of <> operator’!- ç;implementation of = operator’!, Ûç=implementation of || operator’!+ Öç?implementation of !~~ operator’!* Õç=implementation of ~~ operator’!)  ç=implementation of >= operator’!( Ÿç;implementation of > operator’!' žç=implementation of <= operator’!& ç;implementation of < operator’!% ¡ç=implementation of <> operator’!$ œç;implementation of = operator’!# {ç;implementation of + operator’!" zç;implementation of + operator’!! yç;implementation of + operator’!  xç;implementation of + operator’! wç;implementation of + operator’! vç;implementation of + operator’! uç=implementation of >> operator’! tç=implementation of << operator’! sç;implementation of ~ operator’! rç;implementation of # operator’! qç;implementation of | operator’! pç;implementation of & operator’! oç=implementation of >> operator’! nç=implementation of << operator’! mç;implementation of ~ operator’! lç;implementation of # operator’! kç;implementation of | operator’! jç;implementation of & operator’! iç=implementation of >> operator’! hç=implementation of << operator’! gç;implementation of ~ operator’! fç;implementation of # operator’!  eç;implementation of | operator’!  dç;implementation of & operator’!  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