( 0  ؟PPP`P8PPPPPpPHP PPНPPP@~МPPPXP0PPPPPhP@PPPȚPx@npЙdfXrrИV`|8PPPPh0 HؓpPPPhP@PPPȑPPxPPpPHP PPЏPPdfPȎP@~dЍfzXpz،zz`d |lvhv(vvnxn8z؉@zzrr@vvvv(Px(؄P~|x(P؂Pnhb0n _'less-equal-greater 9 sort support ^'less-equal-greater \ I/O~ [ I/O} Oreturn name of given index build phase| ~Ctest property of an index column{ }5test property of an indexz |Qtest property of an index access methody R7validate an operator classx ;brin: desummarize page rangew Mbrin: standalone scan new table pagesv pMbrin: standalone scan new table pagesu OCbrin index access method handlert NGspgist index access method handlers MAgin index access method handlerr LCgist index access method handlerq KChash index access method handlerp JEbtree index access method handlero ]row-oriented heap table access method handlern ?/convert float4 to int4m >/convert int4 to float4l =/convert float8 to int4k </convert int4 to float8j :+convert int4 to int2i 9+convert int2 to int4h 83convert float8 to float4g 73convert float4 to float8f @ebucket number of operand in equal-width histograme ocurrent date and time - increments during transactionsd  3concatenate name and oidc 'less-equal-greaterb 'less-equal-greatera /convert float4 to int2` /convert float8 to int2_ /convert int2 to float4^ /convert int2 to float8] %natural logarithm\ 5natural exponential (e^x)[  sign of valueZ  3nearest integer <= valueY  3nearest integer >= valueX  3nearest integer >= valueW )truncate to integerV 3round to nearest integerU smaller of twoT larger of twoS 7aggregate combine functionR =aggregate transition functionQ  I/OP  I/OO smaller of twoN larger of twoM =aggregate transition functionL  I/OK  I/OJ  I/OI  I/OH  I/OG  I/OF _join selectivity for area-comparison operatorsE mrestriction selectivity for area-comparison operatorsD | I/OC { I/OB z I/OA y I/O@ x I/O? w I/O> v I/O= u I/O< n I/O; m I/O: join selectivity of >= and related operators on scalar datatypes9 join selectivity of <= and related operators on scalar datatypes8 Qrestriction selectivity of >= and related operators on scalar datatypes7 Prestriction selectivity of <= and related operators on scalar datatypes6 ljoin selectivity of > and related operators on scalar datatypes5 kjoin selectivity of < and related operators on scalar datatypes4 j[join selectivity of <> and related operators3 iYjoin selectivity of = and related operators2 hrestriction selectivity of > and related operators on scalar datatypes1 grestriction selectivity of < and related operators on scalar datatypes0 firestriction selectivity of <> and related operators/ egrestriction selectivity of = and related operators. Z I/O- X I/O, W I/O+ V I/O* Y5PostgreSQL version string) length( TAplanner support for textregexeq' N+convert int4 to char& M+convert char to int4% smaller of two$ larger of two# )convert xid8 to xid" 'less-equal-greater! bKplanner support for text_starts_with  7 I/O 6 I/O 5 I/O 4 I/O  I/O  I/O  I/O  I/O 3 I/O 2 I/O 1 I/O 0 I/O / I/O . I/O  Aconvert proname to regprocedure  7convert proname to regproc - I/O , I/O + I/O  * I/O  ) I/O  ( I/O  ' I/O  & I/O # I/O " I/O ! I/O  I/O  I/O  I/O  I/O  I/O(P  ȟbnXb nbnxb@nbНnn`n(bnb`Pnn؛rrXrrؚrrXrrؙrrXxrؘrxXx(RRȗRRhR8RRؖRRxRHRRRRRXR(RRȔRRhR8RRؓRRxRHRRRRRXRdPf(PPrr@vvЏRR`v vrrXp8bZ،ZXxX0苂nxl@ljЊj~hP@PttbPlr0r@Іd`f` ~~PȃpЂ~P| 5aggregate serial function 7aggregate combine function~  =aggregate transition function} ` ereplace any occurrences of an element in an array| _ gremove any occurrences of an element from an array{ Cplanner support for array_unnestz  9expand array to set of rowsy ;array constructor with valuex ;array constructor with valuew 7array subscripts generatorv 7array subscripts generatoru  greturns an array of offsets of some value in arrayt  kreturns an offset of value in array with start indexs  Ireturns an offset of value in arrayr smaller of twoq larger of twop concatenate array elements, using delimiter and null string, into texto oconcatenate array elements, using delimiter, into textn Osplit delimited text, with null stringm +split delimited textl xOsplit delimited text, with null stringk +split delimited textj {Iprepend element onto front of arrayi zCappend element onto end of arrayh k %array cardinalityg array lengthf ,-array upper dimensione +-array lower dimensiond  I/Oc  I/Ob 7number of array dimensionsa #array dimensions` #system user name_ %session user name^ %current user name] 'number of set bits\ ;substitute portion of string[ ;substitute portion of stringZ set bitY get bitX set byteW get byteV octet lengthU Kdeprecated, use current_user insteadT Eadjust varchar() to typmod lengthS  Yplanner support for varchar length coercionR ?adjust char() to typmod lengthQ +convert int2 to int8P +convert int8 to int2O /convert float4 to int8N /convert int8 to float4M  hashL r hashK /convert float8 to int8J /convert int8 to float8I +convert int4 to int8H +convert int8 to int4G  I/OF  I/OE smaller of twoD larger of twoC Ocount the number of non-NULL argumentsB Gcount the number of NULL argumentsA   hash@ H hash?   hash>  hash=   hash<  hash;   hash:  hash9   hash8 I hash7  hash6  hash5  hash4  hash3  hash2  hash1  hash0  hash/  hash.  hash-  hash,  hash+  hash*  hash)  hash(  hash'  hash&  hash%  hash$  hash#  hash"  hash! 1convert char(n) to name  1convert name to char(n) +convert text to name +convert name to text 1convert char(n) to text -+window RANGE support ,+window RANGE support ++window RANGE support $+window RANGE support #+window RANGE support "+window RANGE support !+window RANGE support  +window RANGE support +window RANGE support +window RANGE support ~'less-equal-greater y'less-equal-greater equal image  sort support h'less-equal-greater  ? sort support  g'less-equal-greater  f'less-equal-greater  'less-equal-greater  > sort support d'less-equal-greater = sort support c'less-equal-greater < sort support b'less-equal-greater ; sort support J'less-equal-greater : sort support(  z0螄~h|(z(dhx0jЛx@ppКp\hd0fdft8xh@PPdf` zzt`t0XXЕXxPxtДtrPrlnlpn8l~ppHttx(zXrZ\^@t|Ȏbr@ЍPPpp8hZЌdXPPh^8^PP^^PdfnbxRHRȈPPhn0brndHf PPȆ^^pPHP^^XPP^`^@h ~ ]promote groups of 24 hours to numbers of days}  promote groups of 24 hours to numbers of days and promote groups of 30 days to numbers of months| Sconvert date to timestamp with time zone{ <9extract field from intervalz 9extract field from intervaly ;Yextract field from timestamp with time zonex Yextract field from timestamp with time zonew X I/O typmodv W I/O typmodu  I/Ot  I/Os Iadjust timestamp to local time zoner Eadjust timestamp to new time zoneq Econvert UNIX epoch to timestamptzp \ I/O typmodo [ I/O typmodn  I/Om ~ I/Ol ^ I/O typmodk ] I/O typmodj x I/Oi w I/Oh ssmaller of twog rlarger of twof S'less-equal-greatere %+window RANGE supportd @ sort supportc D'less-equal-greaterb = I/Oa < I/O` 9cformat a type oid and atttypmod to canonical SQL_  hash^ 8 hash]  sort support\ 6'less-equal-greater[ (smaller of twoZ 'larger of twoY d I/O typmodX c I/O typmodW  I/OV  I/OU b I/O typmodT a I/O typmodS  I/OR  I/OQ convert ACL item array to table, primarily for use by information schemaP gshow hardwired default privileges, primarily for use by the information schemaO Umake ACL itemN  containsM  !remove ACL itemL  )add/update ACL itemK  I/OJ  I/OI Eadjust timestamp to new time zoneH ?convert points to line segmentG +slope between pointsF box diagonalE 5bounding box of two boxesD -area of a closed pathC box heightB box widthA box area@ ;large object unlink (delete)?  +write data at offset>  Sread large object from offset for length=  3read entire large object<  Wcreate new large object with given content; d ?truncate large object (64 bit): -truncate large object9 c ?large object position (64 bit)8 -large object position7 )large object create6 )large object create5 b 7large object seek (64 bit)4 %large object seek3 'large object write2 %large object read1 'large object close0 %large object open/ +convert char to text. +convert text to char- -least common multiple, -least common multiple+ 1greatest common divisor* 1greatest common divisor) modulus( modulus' modulus& -convert int8 to money% -convert int4 to money$ 3convert numeric to money# 3convert money to numeric" ;output money amount as words! smaller of two  larger of two w I/O v I/O 1Eget the currently executing query ];name of the current database \1convert char to char(n) ;planner support for textlike Q-position of substring smaller of two larger of two smaller of two larger of two increment )large object export )large object import )large object import cjoin selectivity for array-containment operators qrestriction selectivity for array-containment operators #array typanalyze  H1take samples from array  Gshuffle array  Aremove last N elements of array   bucket number of operand given a sorted array of bucket lower bounds  Uconcatenate aggregate input into an array 3aggregate final function 9aggregate deserial function 5aggregate serial function 7aggregate combine function =aggregate transition function  Uconcatenate aggregate input into an array  3aggregate final function 9aggregate deserial function(   Pȝ``f(dfdhК|x0Йp\P\dPfЖn0pp` tndxfHRRؓzzXv nhhn0nnnnPnnnPP`^0^nn|PVjllpl8lzp``\(ff|`PȊP^h^0nȉjXjzjbpb8dfȇdfXjx؆xxXx`b(lj\fPffffhx(xp~h u };substitute portion of stringt |;substitute portion of strings {7current schema search listr z)current schema nameq y1convert name to varcharp x1convert varchar to nameo vabsolute valuen uabsolute valuem tabsolute valuel sabsolute valuek rabsolute valuej `factoriali n#finite interval?h m%finite timestamp?g ]finite date?f lqconvert timestamp with time zone to time with time zonee jodate difference from today preserving months and yearsd 81extract field from timec i1extract field from timeb 71extract field from datea h1extract field from date` e#character length_ dsmaller of two^ clarger of two] bsmaller of two\ alarger of two[ _octet lengthZ ^octet lengthY \#character lengthX Z3convert time to intervalW Y#character lengthV W#character lengthU Oconvert date and time with time zone to timestamp with time zoneT N'less-equal-greaterS ` I/O typmodR _ I/O typmodQ G I/OP F I/OO EIprint type names of oidvector fieldN DUdeprecated, use two-argument form insteadM C5natural exponential (e^x)L XexponentiationK BexponentiationJ Acube rootI @square rootH ?)truncate to integerG >3round to nearest integerF =%natural logarithmE %base 10 logarithmD <%base 10 logarithmC ;%base 10 logarithmB &#character lengthA %length@ $5convert timestamp to time? #'less-equal-greater> "'less-equal-greater= Z I/O typmod< Y I/O typmod; ! I/O:   I/O9 'intervals overlap?8 'intervals overlap?7 'intervals overlap?6 'intervals overlap?5 'intervals overlap?4 'intervals overlap?3 'intervals overlap?2 'intervals overlap?1 mjoin selectivity for containment comparison operators0 {restriction selectivity for containment comparison operators/ gjoin selectivity for position-comparison operators. urestriction selectivity for position-comparison operators- Y 'current clock time, X /current statement time+ W 3current transaction time* 3current transaction time)  hash(  hash'  smaller of two&  larger of two%  'less-equal-greater$ -latest tid of a tuple#  wtrigger to suppress updates when new and old records match" )convert oid to int8! )convert int8 to oid  9Oextract field from time with time zone Oextract field from time with time zone 'intervals overlap? Eplanner support for texticregexeq smaller of two larger of two  Gdecrement, ignores second argument  Gincrement, ignores second argument  decrement increment Ktruncate interval to specified units truncate timestamp with time zone to specified units in specified time zone ktruncate timestamp with time zone to specified units mget description for object id and shared catalog name Cget description for table column _get description for object id and catalog name 5adjust interval precision N[planner support for interval length coercion Ydate difference preserving months and years  larger of two  smaller of two  larger of two  smaller of two  subtract interval from timestamp with time zone in specified time zone Oasubtract interval from timestamp with time zone Nadd interval to timestamp with time zone in specified time zone MSadd interval to timestamp with time zone cage of a multi-transaction ID, in multi-transactions before current multi-transaction age of a transaction ID, in transactions before current transaction Sconvert timestamp with time zone to date econvert date and time to timestamp with time zone _promote groups of 30 days to numbers of months(  ȟnrXZ dZ^ZXd(Z^ȝ\zHtb^^\@txxv8xPPfxn@j|h(~ttPXP~ؗ~rh\8\\ؖ`\x\0jjPpP@^^ДxHxȓpvPnpp БPPP^ ^nb` xvxhh8X\؎^|hR8VX؍\jhn0p茎dxh@jnЋnnpN8hlȊnxH|~ЉfH~rȈzx(؇8tȆ\\Xr|؅~(|X|~Ѓ@|肬X|| 5extract portion of string 5extract portion of string~ uKtrim spaces from both ends of string} tetrim selected characters from both ends of string| s5extract portion of string{ rKtrim spaces from right end of stringz qItrim spaces from left end of stringy p7right-pad string to lengthx o5left-pad string to lengthw nYmap a set of characters appearing in stringv m5extract portion of stringu letrim selected characters from right end of stringt kctrim selected characters from left end of strings j7right-pad string to lengthr i5left-pad string to lengthq h+capitalize each wordp guppercaseo flowercasen d-position of substringm e]convert LIKE pattern to use backslash escapesl ?planner support for texticlikek Uconvert SQL regexp pattern to POSIX stylej Uconvert SQL regexp pattern to POSIX stylei WUconvert SQL regexp pattern to POSIX styleh V3replicate string n timesg U+convert int4 to charf T7convert first char to int4e L;complementary error functiond Kerror functionc  7inverse hyperbolic tangentb  5inverse hyperbolic cosinea  1inverse hyperbolic sine`  'hyperbolic tangent_  %hyperbolic cosine^  !hyperbolic sine] JPI\ I'degrees to radians[ H'radians to degreesZ  'cotangent, degreesY  #tangent, degreesX  !cosine, degreesW  sine, degreesV  Garctangent, two arguments, degreesU  )arctangent, degreesT  'arccosine, degreesS  #arcsine, degreesR GcotangentQ FtangentP EcosineO D sineN C5arctangent, two argumentsM BarctangentL AarccosineK @arcsineJ ?!set random seedI 1random numeric in rangeH /random bigint in rangeG 1random integer in rangeF DMrandom value from normal distributionE >random valueD <'less-equal-greaterC i I/O typmodB V I/O typmodA , I/O@ + I/O? aSstop making pinned objects during initdb> Oreturn the next oid for a system table= )sequence last value<  gsequence parameters, for use by information schema; Qset sequence value and is_called status: ('set sequence value9 '/sequence current value8 &)sequence next value7 $?does not match LIKE expression6 #1matches LIKE expression5 "?does not match LIKE expression4 !1matches LIKE expression3 h I/O typmod2 g I/O typmod1  I/O0  I/O/ #number of points.  #number of points- Iconvert circle to 12-vertex polygon, center of+ center of* diagonal of) center of( center of' center of& +sum of path segments% 7distance between endpoints$ 7construct line from points#  I/O"  I/O! -convert circle to box  -convert box to circle 7convert point to empty box Wconvert vertex count and circle to polygon 5convert polygon to circle Gconvert point and radius to circle #radius of circle 'diameter of circle area of circle  I/O  I/O 1convert path to polygon /convert box to polygon 1convert polygon to path Aconvert polygon to bounding box -convert x, y to point open path close path path open? path closed?  -convert points to box  3convert interval to time  center of  horizontal  vertical perpendicular parallel horizontal vertical perpendicular parallel +horizontally aligned ~'vertically aligned(  X||؞||X|؝|X|r؜rrXzz؛zzXzzؚttHXpx0xxxh ~~`~ ~ؕ@蔮00t~p~(l`ؐ|XpvЏ@zp|0|lrhЌr~ ȋt8@P`p nhj0b||hЄ|HXXX nPЂPXn bPn  I/Om  sort supportl D'less-equal-greaterk 9MACADDR manufacturer fieldsj  I/Oi  I/Oh 'number of set bitsg  set bitf  get bite  Asubstitute portion of bitstringd  Asubstitute portion of bitstringc ;extract portion of bitstringb 5position of sub-bitstringa Cadjust varbit() to typmod length` V Wplanner support for varbit length coercion_ =adjust bit() to typmod length^ 5convert bitstring to int4] 5convert int4 to bitstring\ octet length[ #bitstring lengthZ ;extract portion of bitstringY 'less-equal-greaterX wUreferential integrity ON UPDATE NO ACTIONW vUreferential integrity ON DELETE NO ACTIONV uYreferential integrity ON UPDATE SET DEFAULTU tYreferential integrity ON DELETE SET DEFAULTT sSreferential integrity ON UPDATE SET NULLS rSreferential integrity ON DELETE SET NULLR qSreferential integrity ON UPDATE RESTRICTQ pSreferential integrity ON DELETE RESTRICTP oQreferential integrity ON UPDATE CASCADEO nQreferential integrity ON DELETE CASCADEN mcreferential integrity FOREIGN KEY ... REFERENCESM lcreferential integrity FOREIGN KEY ... REFERENCESL Cdeferred UNIQUE constraint checkK Koid of replica identity index if anyJ -is a column updatableI [is a relation insertable/updatable/deletableH Z collation of the argument; implementation of the COLLATION FOR expressionG 7base type of a domain typeF S+type of the argumentE econvert generic options array to name/value tableD Ulist of catalog foreign key relationshipsC +list of SQL keywordsB 5%function SQL bodyA 5function argument default@ u5result type of a function? Kidentity argument list of a function> r9argument list of a function= 23definition of a function< Kname of sequence for a serial column; =deparse an encoded expression: k/constraint description9 ~)trigger description8 P Cpartition constraint description7  5partition key description6 Aextended statistics expressions5 9extended statistics columns4 W Oextended statistics object description3 k%index description2 jCrole name by OID (with fallback)1 i7select statement of a view0 h7select statement of a view/ %-source text of a rule.  mmaximum octet length of a character in given encoding- =Kconvert encoding id to encoding name, Kconvert encoding name to encoding id+ [convert string with specified encoding names* qconvert string with specified destination encoding name) gconvert string with specified source encoding name( Olength of string in specified encoding' *Eencoding name of current database& Eencoding name of current database% *7convert int8 number to hex$ )7convert int4 number to hex# 7convert int8 number to oct" 7convert int4 number to oct! =convert int8 number to binary  =convert int4 number to binary  1split string by pattern  1split string by pattern  1split string by pattern  1split string by pattern (_split string by field_sep and return field_num }Mextract substring that matches regexp |Mextract substring that matches regexp {Mextract substring that matches regexp zMextract substring that matches regexp yMextract substring that matches regexp x-test for regexp match w-test for regexp match v3position of regexp match u3position of regexp match t3position of regexp match s3position of regexp match r3position of regexp match q3position of regexp match  p+count regexp matches  o+count regexp matches  n+count regexp matches   5find match(es) for regexp   5find match(es) for regexp E 9find first match for regexp D 9find first match for regexp m5replace text using regexp l5replace text using regexp k5replace text using regexp 5replace text using regexp 5replace text using regexp 'replace all occurrences in string of old_substr with new_substr(   ؟PXn؞xpPHP PPdfPnȜb8vvh(xnfp0z虌ppr0~~P`b(bbbbHbbؕhhhh0hhPnRRRXR(RRВPPx^H^pf8dzp~(zzhz8Xxt`X`|؍|lhl(ttfxf Ћp0xll|@|x||P^ ^ȈjXf dnbpx0xxxp|0zztpt0txx` vpppt0tx`r x| 1format interval to text{ +convert text to datez Sconvert text to timestamp with time zoney 1convert text to numericx -format float8 to textw -format float4 to textv )format int8 to textu )format int4 to textt /format numeric to texts Qformat timestamp with time zone to textr  1convert jsonb to float8q } 1convert jsonb to float4p | -convert jsonb to int8o { -convert jsonb to int4n z -convert jsonb to int2m y 3convert jsonb to numericl  3convert jsonb to booleank 5convert numeric to pg_lsnj 1convert numeric to int2i 1convert int2 to numerich 1convert int8 to numericg 1convert numeric to int8f  sort supporte 'less-equal-greaterd larger of twoc smaller of twob #increment by onea zebucket number of operand in equal-width histogram` trunc(x/y)_ trunc(x/y)^ 5convert numeric to float8] 5convert numeric to float4\ 1convert numeric to int4[ 5convert float8 to numericZ 5convert float4 to numericY %base 10 logarithmX %base 10 logarithmW 1convert int4 to numericV snumeric with minimum scale needed to represent the valueU Yminimum scale needed to represent the valueT  anumber of decimal digits in the fractional partS yexponentiationR exponentiationQ -logarithm base m of nP -logarithm base m of nO %natural logarithmN %natural logarithmM 5natural exponential (e^x)L 5natural exponential (e^x)K square rootJ square rootI -least common multipleH 1greatest common divisorG modulusF 3nearest integer <= valueE w3nearest integer >= valueD 3nearest integer >= valueC Gvalue truncated to 'scale' of zeroB 7value truncated to 'scale'A Cvalue rounded to 'scale' of zero@ 3value rounded to 'scale'? sign of value> absolute value= Sadjust numeric to typmod precision/scale< U Yplanner support for numeric length coercion; f I/O typmod: e I/O typmod9  I/O8  I/O7 Z  hash6  hash5 R  hash4  hash3 Q  hash2  hash1 'less-equal-greater0  Ojoin selectivity for network operators/  ]restriction selectivity for network operators. !SP-GiST support- !SP-GiST support, !SP-GiST support+ !SP-GiST support* !SP-GiST support)  GiST support(  GiST support'  GiST support&  GiST support%  GiST support$  GiST support#  GiST support" the smallest network which includes both of the given networks! Qare the addresses from the same family?  Sserver's port number for this connection 7inet address of the server Sclient's port number for this connection 7inet address of the client +convert inet to cidr R)hostmask of address Eshow all parts of inet/cidr value 3show address octets only ;broadcast address of network netmask length 'netmask of address 1network part of address Qaddress family (4 for IPv4, 6 for IPv6) {/change netmask of cidr ]/change netmask of inet WEabbreviated display of cidr value VEabbreviated display of inet value sort support Splanner support for network_sub/superset  'less-equal-greater   smaller of two   larger of two   I/O   I/O  I/O  I/O 1set 7th bit in macaddr8 9convert macaddr8 to macaddr 9convert macaddr to macaddr8 'less-equal-greater ;MACADDR8 manufacturer fields  I/O(  X@PPnp(bpp8pfțffH|p ؙx(8zX`ؕzzXzzؔzP~ȓ~|H|Ȓ8h~(|萀Xȏ@~|~@zzzz@zzp(zzhz(zzz` ~؉|Xz؈zHxz8zh~(zzzhz(zzzhz(zzz` ~|`zp  Uconcatenate aggregate input into a stringo  3aggregate final functionn 9aggregate deserial functionm 5aggregate serial functionl 7aggregate combine functionk  =aggregate transition functionj  3aggregate final functioni  3aggregate final functionh  3aggregate final functiong  3aggregate final functionf  3aggregate final functione  3aggregate final functiond  3aggregate final functionc  3aggregate final functionb  3aggregate final functiona  3aggregate final function`  3aggregate final function_  7aggregate combine function^  =aggregate transition function]  =aggregate transition function\  3aggregate final function[ 3aggregate final functionZ  =aggregate transition functionY  =aggregate transition functionX =aggregate transition functionW =aggregate transition functionV 3aggregate final functionU 43aggregate final functionT 9aggregate deserial functionS 5aggregate serial functionR  =aggregate transition functionQ  7aggregate combine functionP 3=aggregate transition functionO A 3aggregate final functionN @ 3aggregate final functionM ? 3aggregate final functionL > 3aggregate final functionK = 3aggregate final functionJ < 3aggregate final functionI 2=aggregate transition functionH 1=aggregate transition functionG 0=aggregate transition functionF /3aggregate final functionE $ 3aggregate final functionD .3aggregate final functionC  3aggregate final functionB -3aggregate final functionA j 3aggregate final function@  7aggregate combine function?  9aggregate deserial function>  5aggregate serial function=  7aggregate combine function< ; =aggregate transition function;  =aggregate transition function:  =aggregate transition function9  =aggregate transition function8  =aggregate transition function7  9aggregate deserial function6  5aggregate serial function5  7aggregate combine function4 ,=aggregate transition function3 +=aggregate transition function2 *=aggregate transition function1  =aggregate transition function0  9aggregate deserial function/  5aggregate serial function.  9aggregate deserial function-  5aggregate serial function,  7aggregate combine function+ * =aggregate transition function*  7aggregate combine function) )=aggregate transition function( (3aggregate final function'  3aggregate final function& '3aggregate final function%  3aggregate final function$ &3aggregate final function# n Cjoin selectivity of exact prefix" m Qrestriction selectivity of exact prefix! %kjoin selectivity of case-insensitive regex non-match  $;join selectivity of NOT LIKE #Ijoin selectivity of regex non-match "cjoin selectivity of case-insensitive regex match !3join selectivity of LIKE  Ajoin selectivity of regex match yrestriction selectivity of case-insensitive regex non-match Irestriction selectivity of NOT LIKE Wrestriction selectivity of regex non-match qrestriction selectivity of case-insensitive regex match Arestriction selectivity of LIKE Orestriction selectivity of regex match =join selectivity of NOT ILIKE 5join selectivity of ILIKE Krestriction selectivity of NOT ILIKE Crestriction selectivity of ILIKE length in bits length in bits length in bits  )format text message   )format text message   reverse text   =extract the last n characters   ?extract the first n characters   Gconcatenate values with separators  'concatenate values  I/O  I/O  yquote a possibly-null data value for usage in a querystring  squote a possibly-null literal for usage in a querystring ]quote a data value for usage in a querystring Wquote a literal for usage in a querystring _quote an identifier for usage in a querystring(  xz(؞80؜(Лx ȚpX8ؗxX@蔬8`P8PPPPPpPHP PPБPP`X``Ѝpph``rH臾@H~x ؄ `P` Wstatistics: number of backends in database_ qostatistics: port number of client connected to backend^ pgstatistics: address of client connected to backend] ogstatistics: start time for current backend session\ ) sstatistics: start time for backend's current transaction[ .istatistics: start time for current query of backendZ % {statistics: wait event on which backend is currently waitingY  statistics: wait event type on which backend is currently waitingX Kstatistics: current query of backendW ?statistics: user ID of backendV cstatistics: get subtransaction status of backendU Gstatistics: database ID of backendT 7statistics: PID of backendS Astatistics: current backend PIDR Wstatistics: information about subscriptionQ Wcstatistics: information about subscription statsP VWstatistics: check if a stats object existsO _statistics: information about replication slotN  Wstatistics: information about WAL receiverM  wstatistics: information about currently active replicationL  statistics: information about progress of backends running maintenance commandK +describe wait eventsJ qstatistics: information about currently active backendsI Sstatistics: currently active backend IDsH  astatistics: number of auto analyzes for a tableG  estatistics: number of manual analyzes for a tableF  _statistics: number of auto vacuums for a tableE  cstatistics: number of manual vacuums for a tableD  _statistics: last auto analyze time for a tableC  cstatistics: last manual analyze time for a tableB  ]statistics: last auto vacuum time for a tableA  astatistics: last manual vacuum time for a table@ Ystatistics: number of blocks found in cache? Kstatistics: number of blocks fetched> qstatistics: number of tuples inserted since last vacuum= i qstatistics: number of tuples changed since last analyze< ? Estatistics: number of dead tuples; > Estatistics: number of live tuples: Ikstatistics: number of tuples updated onto a new page9 Sstatistics: number of tuples hot updated8 Kstatistics: number of tuples deleted7 Kstatistics: number of tuples updated6 Mstatistics: number of tuples inserted5 astatistics: number of tuples fetched by idxscan4 [statistics: number of tuples read by seqscan3 estatistics: time of the last scan for table/index2 cstatistics: number of scans done for table/index1 c ;details about MCV list items0  I/O/  I/O.  I/O-  I/O, O  I/O+ N  I/O* M  I/O) L  I/O(   I/O'   I/O&   I/O%   I/O$  acurrent user privilege on any column by rel oid#  ccurrent user privilege on any column by rel name"  euser privilege on any column by user oid, rel oid!  guser privilege on any column by user oid, rel name   euser privilege on any column by username, rel oid  guser privilege on any column by username, rel name  qcurrent user privilege on column by rel oid, col attnum  mcurrent user privilege on column by rel oid, col name  scurrent user privilege on column by rel name, col attnum  ocurrent user privilege on column by rel name, col name  uuser privilege on column by user oid, rel oid, col attnum  quser privilege on column by user oid, rel oid, col name  wuser privilege on column by user oid, rel name, col attnum  suser privilege on column by user oid, rel name, col name  uuser privilege on column by username, rel oid, col attnum  quser privilege on column by username, rel oid, col name  wuser privilege on column by username, rel name, col attnum  suser privilege on column by username, rel name, col name ]current user privilege on sequence by seq oid _current user privilege on sequence by seq name auser privilege on sequence by user oid, seq oid cuser privilege on sequence by user oid, seq name auser privilege on sequence by username, seq oid  cuser privilege on sequence by username, seq name  ]current user privilege on relation by rel oid  _current user privilege on relation by rel name  auser privilege on relation by user oid, rel oid  cuser privilege on relation by user oid, rel name auser privilege on relation by username, rel oid cuser privilege on relation by username, rel name 7Qencode text from encoding to ASCII text 6Qencode text from encoding to ASCII text 5Wencode text from DB encoding to ASCII text  Sconcatenate aggregate input into a bytea  3aggregate final function  =aggregate transition function(T  hp Н0Xp@0(Зx(Жh8Д0X (80@荤Hx0Ȋh0ЈhH p` xt@p O gconvert ascii-encoded text string into bytea value N kconvert bytea value into some ascii-only text string M )tablespace location L [ -current trigger depth K Xstatistics: reset collected statistics for a single subscription J statistics: reset collected statistics for a single replication slot I  sstatistics: reset collected statistics for a single SLRU H statistics: reset collected statistics for a single function in the current database G 0statistics: reset collected statistics for a single table or index in the current database or shared across all databases in the cluster F statistics: reset collected statistics shared across the cluster E ystatistics: reset collected statistics for current database D Yystatistics: force stats to be flushed after the next commit C }statistics: discard current transaction's statistics snapshot B sstatistics: timestamp of the current statistics snapshot A  statistics: self execution time of function in current transaction, in milliseconds @  statistics: total execution time of function in current transaction, in milliseconds ?  ystatistics: number of function calls in current transaction >  statistics: number of blocks found in cache in current transaction =  ystatistics: number of blocks fetched in current transaction < Jstatistics: number of tuples updated onto a new page in current transaction ;  statistics: number of tuples hot updated in current transaction :  ystatistics: number of tuples deleted in current transaction 9  ystatistics: number of tuples updated in current transaction 8  {statistics: number of tuples inserted in current transaction 7  statistics: number of tuples fetched by idxscan in current transaction 6  statistics: number of tuples read by seqscan in current transaction 5  statistics: number of scans done for table/index in current transaction 4  {statistics: self execution time of function, in milliseconds 3  }statistics: total execution time of function, in milliseconds 2  Kstatistics: number of function calls 1  Ustatistics: information about SLRU caches 0 h]statistics: information about WAL prefetching / pWstatistics: information about WAL activity . FWstatistics: per backend type IO statistics - + Sstatistics: number of buffer allocations , Y statistics: checkpoint/restartpoint time spent synchronizing buffers to disk, in milliseconds + X statistics: checkpoint/restartpoint time spent writing buffers to disk, in milliseconds *  Qstatistics: last reset for the bgwriter )  statistics: number of times the bgwriter stopped processing when it had written too many buffers while cleaning (  statistics: number of buffers written by the bgwriter for cleaning dirty buffers ' Ystatistics: last reset for the checkpointer &  statistics: number of buffers written during checkpoints and restartpoints % mstatistics: number of backend performed restartpoints $ statistics: number of backend requested restartpoints started by the checkpointer # statistics: number of timed restartpoints started by the checkpointer "  statistics: number of backend requested checkpoints started by the checkpointer !  statistics: number of timed checkpoints started by the checkpointer  { Wstatistics: information about WAL archiver  /statistics: number of sessions killed by administrative action  .ystatistics: number of sessions disconnected by fatal errors  -statistics: number of sessions disconnected by the client closing the network connection  ,Kstatistics: total number of sessions  +}statistics: session idle in transaction time, in milliseconds  *cstatistics: session active time, in milliseconds  )Ustatistics: session time, in milliseconds   ]statistics: block write time, in milliseconds   [statistics: block read time, in milliseconds  O ostatistics: number of bytes in temporary files written  N ]statistics: number of temporary files written   Mstatistics: last reset for a database  d statistics: when last checksum failure was detected in database  b gstatistics: checksum failures detected in database  P Wstatistics: deadlocks detected in database   Wstatistics: recovery conflicts in database   statistics: recovery conflicts in database caused by buffer deadlock   statistics: recovery conflicts in database caused by shared buffer pin  statistics: recovery conflicts in database caused by logical replication slot   statistics: recovery conflicts in database caused by snapshot expiry   statistics: recovery conflicts in database caused by relation lock   statistics: recovery conflicts in database caused by drop tablespace   Ostatistics: tuples deleted in database   Ostatistics: tuples updated in database   Qstatistics: tuples inserted in database   Qstatistics: tuples fetched for database   Sstatistics: tuples returned for database  _statistics: blocks found in cache for database  Qstatistics: blocks fetched for database  Kstatistics: transactions rolled back  Gstatistics: transactions committed(  ȟnb8螚~pd8ft` x؜Hb|ț||H|t`hp(|H|xf@dX(RRnnPnnnbhr(rrrhr ؑl`zh ؏0||prЍpvH|Ȍv@8h0舊(Ї@h Ѕx ȄphȂ~@ h  ?finish taking an online backup g |Iprepare for taking an online backup f 07terminate a server process e {Ocancel a server process' current query d ' Sis schema another session's temp schema? c & cget OID of current session's temp schema, if any b Kis collation visible in search path? a kis text search configuration visible in search path? ` ais text search template visible in search path? _ eis text search dictionary visible in search path? ^ ]is text search parser visible in search path? ] K [is statistics object visible in search path? \ -Mis conversion visible in search path? [ Iis opfamily visible in search path? Z #Gis opclass visible in search path? Y "Iis operator visible in search path? X !Iis function visible in search path? W  Ais type visible in search path? V Cis table visible in search path? U rgget OID-based object address from name/args arrays T 6 {get identification of SQL object for pg_get_object_address() S gget machine-parseable identification of SQL object R  Cget identification of SQL object Q  get transaction Id, commit timestamp and replication origin of latest transaction commit P {get commit timestamp and replication origin of a transaction O  Mget commit timestamp of a transaction N =view members of a multixactid M )9view two-phase transactions L 2 Cisolationtester support function K 0 get array of PIDs of sessions blocking specified backend PID from acquiring a safe snapshot J  get array of PIDs of sessions blocking specified backend PID from acquiring a heavyweight lock I [;view system lock information H j9show pg_ident.conf mappings G I /show pg_hba.conf rules F  5show config file settings E `?return flags for specified GUC D $/SHOW ALL as a function C )SET X as a function B  SHOW X as a function, optionally no error for missing variable A +SHOW X as a function @ 5convert bitstring to int8 ? 5convert int8 to bitstring > [extract text matching SQL regular expression = Sextract text matching regular expression < Iadjust timestamp to local time zone ; Eadjust timestamp to new time zone : Eadjust timestamp to new time zone 9  odate difference from today preserving months and years 8  Ydate difference preserving months and years 7 3format timestamp to text 6 %finite timestamp? 5 Iconvert time to time with time zone 4 Iconvert time with time zone to time 3 *+window RANGE support 2 )+window RANGE support 1 (+window RANGE support 0 '+window RANGE support / &+window RANGE support . A sort support - 'less-equal-greater , 'intervals overlap? + 'intervals overlap? * 'intervals overlap? ) 'intervals overlap? ( S  hash '  hash & ?adjust time to local time zone % Oadjust time with time zone to new zone $ Oadjust time with time zone to new zone # larger of two " smaller of two ! 5convert timestamp to date  ]convert timestamp to timestamp with time zone  ]convert timestamp with time zone to timestamp  Gconvert date and time to timestamp  5convert date to timestamp  :;extract field from timestamp  ;extract field from timestamp  "kbin timestamp with time zone into specified interval  !Mbin timestamp into specified interval  Mtruncate timestamp to specified units  Sconvert timestamp with time zone to time  4[trim selected bytes from right end of string  3Ytrim selected bytes from left end of string  [trim selected bytes from both ends of string  -position of substring  &5extract portion of string  %5extract portion of string  5extract portion of string  5extract portion of string  octet length  ]convert LIKE pattern to use backslash escapes  ?does not match LIKE expression  1matches LIKE expression  Kadjust time with time zone precision  -adjust time precision  ;adjust timestamptz precision  smaller of two  larger of two  7adjust timestamp precision  hSplanner support for time length coercion  M]planner support for timestamp length coercion   sort support  'less-equal-greater(  vv0螂~h(~Н(МlP~ЛzPj~0~hhؘ~~XttؗttXvvؖvvPp(Дx(X `XX`p Ќ Ћ Њ0@P`p Ѕp Єp ؃8肚H c Ominimum value of all xid8 input values b ^Sminimum value of all pg_lsn input values a  Ominimum value of all inet input values `  Mminimum value of all tid input values _ Sminimum value of all bpchar input values ^ Wminimum value of all anyarray input values ] bUminimum value of all numeric input values \ aCminimum value of all text values [ `Wminimum value of all interval input values Z _wminimum value of all timestamp with time zone input values Y ^Yminimum value of all timestamp input values X ]Qminimum value of all money input values W \mminimum value of all time with time zone input values V [Ominimum value of all time input values U ZOminimum value of all date input values T XSminimum value of all float8 input values S WSminimum value of all float4 input values R VMminimum value of all oid input values Q UWminimum value of all smallint input values P TUminimum value of all integer input values O SSminimum value of all bigint input values N Omaximum value of all xid8 input values M ]Smaximum value of all pg_lsn input values L  Omaximum value of all inet input values K  Mmaximum value of all tid input values J Smaximum value of all bpchar input values I Wmaximum value of all anyarray input values H RUmaximum value of all numeric input values G QOmaximum value of all text input values F PWmaximum value of all interval input values E Owmaximum value of all timestamp with time zone input values D NYmaximum value of all timestamp input values C MQmaximum value of all money input values B Lmmaximum value of all time with time zone input values A KOmaximum value of all time input values @ JOmaximum value of all date input values ? HSmaximum value of all float8 input values > GSmaximum value of all float4 input values = FMmaximum value of all oid input values < EWmaximum value of all smallint input values ; DUmaximum value of all integer input values : CSmaximum value of all bigint input values 9 B_sum as numeric across all numeric input values 8 Acsum as interval across all interval input values 7 @Wsum as money across all money input values 6 ?[sum as float8 across all float8 input values 5 >[sum as float4 across all float4 input values 4 =_sum as bigint across all smallint input values 3 <]sum as bigint across all integer input values 2 ;]sum as numeric across all bigint input values 1 :the average (arithmetic mean) as interval of all interval values 0 9{the average (arithmetic mean) as float8 of all float8 values / 8{the average (arithmetic mean) as float8 of all float4 values . 7the average (arithmetic mean) as numeric of all numeric values - 6the average (arithmetic mean) as numeric of all smallint values , 5the average (arithmetic mean) as numeric of all integer values + 4}the average (arithmetic mean) as numeric of all bigint values *  1convert boolean to text ) ;]Is JIT compilation available in this session? ( `?sleep until the specified time ' _Csleep for the specified interval & B Qsleep for the specified time in seconds %  =list all files in a directory $ A =list all files in a directory # A/read bytea from a file " /read bytea from a file !  /read bytea from a file  /read bytea from a file  @-read text from a file  -read text from a file   -read text from a file  @ -read text from a file   7get information about file  ? 7get information about file  Qcurrent logging collector file location  Qcurrent logging collector file location  > !rotate log file  = 7reload configuration files  POget resource managers loaded in system  q7get wal replay pause state   ;true if wal replay is paused   Iresume wal replay, if it was paused   #pause wal replay  =timestamp of last replay xact  3last wal replay location  7current wal flush location  =true if server is in recovery  %export a snapshot  ] [difference in bytes, given two wal locations  Eksequence number and timeline ID given a wal filename  # Gwal filename, given a wal location  " gwal filename and byte offset, given a wal location   7current wal flush location  $ 9current wal insert location  ! 7current wal write location   ;create a named restore point  Wlog details of the current snapshot to WAL   /switch to new wal file  l /promote standby server(  Xr(8`З(ȖhH@蓪8`Б(X؏(؎`tpl0xnbnPbnnnpn8nnȊnnhP@PPPX0PPPPpHP P؇PP@zPhP PЅP(h8^^؃^xX d gcurrent user privilege on database by database oid c icurrent user privilege on database by database name b kuser privilege on database by user oid, database oid a muser privilege on database by user oid, database name ` kuser privilege on database by username, database oid _ muser privilege on database by username, database name ^ (internal) ] (internal) \ (internal) [ gparse qualified identifier to array of identifiers Z C{get error details if string is not valid input for data type Y Bctest whether string is valid input for data type X Oconvert namespace name to regnamespace W  I/O V  I/O U ;convert role name to regrole T  I/O S  I/O R 73convert text to regclass Q Gconvert type name to type modifier P  ;convert type name to regtype O  I/O N  I/O M cEconvert classname to regcollation L b I/O K a I/O J  =convert classname to regclass I  I/O H  I/O G  I/O F  I/O E  Kconvert operator name to regoperator D  Cconvert operator name to regoper C  I/O B  I/O A  I/O @  I/O ? 'less-equal-greater > 'less-equal-greater = 'less-equal-greater < 'less-equal-greater ; 'less-equal-greater : 'less-equal-greater 9 'less-equal-greater 8 'less-equal-greater 7  sort support 6 'less-equal-greater 5  sort support 4 v'less-equal-greater 3  1correlation coefficient 2  %sample covariance 1  -population covariance 0  y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs /  slope of the least-squares-fit linear equation determined by the (X, Y) pairs .  Msquare of the correlation coefficient -  [average of the dependent variable (sum(Y)/N) ,  _average of the independent variable (sum(X)/N) +  sum of products of independent times dependent variable (sum(X*Y) - sum(X) * sum(Y)/N) *  sum of squares of the dependent variable (sum(Y^2) - sum(Y)^2/N) )  sum of squares of the independent variable (sum(X^2) - sum(X)^2/N) (  ynumber of input rows in which both expressions are not null ' oChistorical alias for stddev_samp & nChistorical alias for stddev_samp % mChistorical alias for stddev_samp $ lChistorical alias for stddev_samp # kChistorical alias for stddev_samp " jChistorical alias for stddev_samp !  esample standard deviation of numeric input values   csample standard deviation of float8 input values   csample standard deviation of float4 input values   gsample standard deviation of smallint input values   esample standard deviation of integer input values   csample standard deviation of bigint input values   mpopulation standard deviation of numeric input values   kpopulation standard deviation of float8 input values   kpopulation standard deviation of float4 input values   opopulation standard deviation of smallint input values   mpopulation standard deviation of integer input values   kpopulation standard deviation of bigint input values  i=historical alias for var_samp  h=historical alias for var_samp  g=historical alias for var_samp  f=historical alias for var_samp  e=historical alias for var_samp  d=historical alias for var_samp  V sample variance of numeric input values (square of the sample standard deviation)  U sample variance of float8 input values (square of the sample standard deviation)  T sample variance of float4 input values (square of the sample standard deviation)  S sample variance of smallint input values (square of the sample standard deviation)  R sample variance of integer input values (square of the sample standard deviation)  Q sample variance of bigint input values (square of the sample standard deviation)   population variance of numeric input values (square of the population standard deviation)   population variance of float8 input values (square of the population standard deviation)   population variance of float4 input values (square of the population standard deviation)   population variance of smallint input values (square of the population standard deviation)   population variance of integer input values (square of the population standard deviation)   population variance of bigint input values (square of the population standard deviation)  \Qplanner support for count run condition   +number of input rows  cnumber of input rows for which the input expression is not null(  @(НpPH@虨0ИpPؖ`p80ؒ(Бx А `X`h`@Љh p t^P`P8PPPPPpPHP PPЄPPPXP0PPPPPhP@PPPȂPPxPPP(PP؁PP f   I/O e   I/O d G I/O c F I/O b -  I/O a ,  I/O `   I/O _   I/O ^ &  I/O ] %  I/O \ _  I/O [ ^  I/O Z   I/O Y   I/O X   I/O W   I/O V  I/O U  I/O T   I/O S   I/O R  I/O Q  I/O P  I/O O  I/O N  I/O M  I/O L  I/O K  I/O J  I/O I  I/O H  I/O G  I/O F  (internal) E  -file path of relation D ~ Srelation OID for filenode and tablespace C  Afilenode identifier of relation B  disk space usage for all indexes attached to the specified table A  disk space usage for the specified table, including TOAST, free space and visibility map @  convert a size in human-readable format with size units into bytes ? ^ yconvert a numeric to a human readable text using size units > {convert a long int to a human readable text using size units = total disk space usage for the specified table and associated indexes <  ydisk space usage for the specified fork of a table or index ;  disk space usage for the main fork of the specified table or index : xetotal disk space usage for the specified database 9  etotal disk space usage for the specified database 8  itotal disk space usage for the specified tablespace 7  itotal disk space usage for the specified tablespace 6 Echunk ID of on-disk TOASTed value 5 IYcompression method for the compressed datum 4 ybytes required to store the value, perhaps with compression 3  Wcurrent user privilege on role by role oid 2  Ycurrent user privilege on role by role name 1  [user privilege on role by user oid, role oid 0  ]user privilege on role by user oid, role name /  [user privilege on role by username, role oid .  ]user privilege on role by username, role name - ?mcurrent user privilege on parameter by parameter name , >quser privilege on parameter by user oid, parameter name + =quser privilege on parameter by username, parameter name * G Wcurrent user privilege on type by type oid ) F Ycurrent user privilege on type by type name ( E [user privilege on type by user oid, type oid ' D ]user privilege on type by user oid, type name & C [user privilege on type by username, type oid % B ]user privilege on type by username, type name $  _current user privilege on server by server oid #  acurrent user privilege on server by server name "  cuser privilege on server by user oid, server oid !  euser privilege on server by user oid, server name   cuser privilege on server by username, server oid   euser privilege on server by username, server name   current user privilege on foreign data wrapper by foreign data wrapper oid   current user privilege on foreign data wrapper by foreign data wrapper name   user privilege on foreign data wrapper by user oid, foreign data wrapper oid   user privilege on foreign data wrapper by user oid, foreign data wrapper name   user privilege on foreign data wrapper by username, foreign data wrapper oid   user privilege on foreign data wrapper by username, foreign data wrapper name  [ ocurrent user privilege on tablespace by tablespace oid  Z qcurrent user privilege on tablespace by tablespace name  Y suser privilege on tablespace by user oid, tablespace oid  X uuser privilege on tablespace by user oid, tablespace name  W suser privilege on tablespace by username, tablespace oid  V uuser privilege on tablespace by username, tablespace name  _current user privilege on schema by schema oid  acurrent user privilege on schema by schema name  cuser privilege on schema by user oid, schema oid  euser privilege on schema by user oid, schema name  cuser privilege on schema by username, schema oid  euser privilege on schema by username, schema name  gcurrent user privilege on language by language oid  icurrent user privilege on language by language name  kuser privilege on language by user oid, language oid  muser privilege on language by user oid, language name  kuser privilege on language by username, language oid  muser privilege on language by username, language name  gcurrent user privilege on function by function oid  icurrent user privilege on function by function name  kuser privilege on function by user oid, function oid  muser privilege on function by user oid, function name  kuser privilege on function by username, function oid  muser privilege on function by username, function name(  ؟PPP`P8PPPPPpPHP PPНP8Z؜Zbhb0bbnnPnnnnPXP0PPPPPhP@PPPȘPPxPPP(PPؗPPP`P8PPPPPpPHP PPЕPPPXP0PPPPPhP@PPPȓPPxPPP(PPؒPPP`P8PPPPPpPHP PPАPPPXP0PPPPPhP@PPPȎPPxPPP(PP؍PPP`P8PPPPPpPHP PPЋPPPXP0PPPPPhP@PPPȉPpPЇxp ؅ |p`Ђr O +generate XML comment +Anon-persistent series generator *Anon-persistent series generator [log memory contexts of the specified backend oinformation about all memory contexts of local backend aallocations from the main shared memory segment  get the fraction of the asynchronous notification queue currently in use  5send a notification event  kget the channels that the current backend listens to  [trigger description with pretty-print option ( Eget the available time zone names ' Uget the available time zone abbreviations  Mget the open cursors for this session  [get the prepared statements for this session  odeparse an encoded expression with pretty-print option  aconstraint description with pretty-print option  index description (full create statement or single expression) with pretty-print option W select statement of a view with pretty-printing and specified line wrapping  iselect statement of a view with pretty-print option  iselect statement of a view with pretty-print option  _source text of a rule with pretty-print option w  I/O v  I/O 1  I/O 0  I/O   I/O   I/O   I/O   I/O   I/O   I/O~   I/O}   I/O|   I/O{   I/Oz   I/Oy   I/Ox   I/Ow   I/Ov   I/Ou   I/Ot   I/Os   I/Or   I/Oq   I/Op   I/Oo   I/On   I/Om   I/Ol   I/Ok   I/Oj   I/Oi   I/Oh   I/Og   I/Of   I/Oe   I/Od   I/Oc   I/Ob   I/Oa   I/O`   I/O_   I/O^   I/O]   I/O\   I/O[   I/OZ  I/OY  I/OX  I/OW  I/OV   I/OU   I/OT e I/OS d I/OR   I/OQ   I/OP   I/OO   I/ON   I/OM   I/OL   I/OK   I/OJ   I/OI   I/OH   I/OG   I/OF   I/OE   I/OD   I/OC   I/OB   I/OA   I/O@   I/O?   I/O>   I/O=   I/O<   I/O; ~  I/O: }  I/O9 |  I/O8 {  I/O7 z  I/O6 y  I/O5 x  I/O4 w  I/O3 v  I/O2 u  I/O1 t  I/O0 s  I/O/ r  I/O. q  I/O- p  I/O, o  I/O+ n  I/O* m  I/O) l  I/O( k  I/O' j  I/O& i  I/O% h  I/O$ g  I/O# f  I/O" e  I/O! d  I/O  c  I/O b  I/O a  I/O `  I/O  'less-equal-greater  'less-equal-greater O 'less-equal-greater B 'less-equal-greater 5 'less-equal-greater ( 'less-equal-greater ^ SHA-512 hash ] SHA-384 hash \ SHA-256 hash [ SHA-224 hash  MD5 hash  MD5 hash  ESYSTEM tablesample method handler  KBERNOULLI tablesample method handler  I/O   I/O   I/O   I/O   I/O   I/O  I/O  I/O  I/O  I/O  I/O  I/O   I/O   I/O(  p(Px0蜄Xz؛ztXrtК@h X|zؗ|Hxxxt8xbȕbbXb bbbxb@bbГbb`b(bbbbHllؑllX pppxp8|||x|8|`Ѝ@h ؋Hh(vvvhv0nnnnPn@Pp(`p ؂P~(PPt N  I/Os M  I/Or L 7release all advisory locksq K ;release shared advisory lockp J Arelease exclusive advisory locko  Sobtain shared advisory lock if availablen I Sobtain shared advisory lock if availablem  Yobtain exclusive advisory lock if availablel H Yobtain exclusive advisory lock if availablek  9obtain shared advisory lockj G 9obtain shared advisory locki  ?obtain exclusive advisory lockh F ?obtain exclusive advisory lockg E ;release shared advisory lockf D Arelease exclusive advisory locke  Sobtain shared advisory lock if availabled C Sobtain shared advisory lock if availablec  Yobtain exclusive advisory lock if availableb B Yobtain exclusive advisory lock if availablea  9obtain shared advisory lock` A 9obtain shared advisory lock_  ?obtain exclusive advisory lock^ @ ?obtain exclusive advisory lock] 'BRIN bloom support\ 'BRIN bloom support[ 'BRIN bloom supportZ 'BRIN bloom supportY 'BRIN bloom supportX  /BRIN inclusion supportW  /BRIN inclusion supportV  /BRIN inclusion supportU  /BRIN inclusion supportT KBRIN multi minmax timestamp distanceS ABRIN multi minmax inet distanceR IBRIN multi minmax macaddr8 distanceQ GBRIN multi minmax macaddr distanceP EBRIN multi minmax pg_lsn distanceO EBRIN multi minmax timetz distanceN IBRIN multi minmax interval distanceM ABRIN multi minmax time distanceL ABRIN multi minmax date distanceK ABRIN multi minmax uuid distanceJ ?BRIN multi minmax tid distanceI GBRIN multi minmax numeric distanceH EBRIN multi minmax float8 distanceG EBRIN multi minmax float4 distanceF ABRIN multi minmax int8 distanceE ABRIN multi minmax int4 distanceD  ABRIN multi minmax int2 distanceC  5BRIN multi minmax supportB  5BRIN multi minmax supportA  5BRIN multi minmax support@  5BRIN multi minmax support? 5BRIN multi minmax support> : )BRIN minmax support= 9 )BRIN minmax support< 8 )BRIN minmax support; 7 )BRIN minmax support:  ;GIN array support (obsolete)9 P%GIN array support8  %GIN array support7  %GIN array support6  %GIN array support5 k sort support4  GiST support3  GiST support2  GiST support1 GiST support0  GiST support/ GiST support.  GiST support-  GiST support,  GiST support+  GiST support* GiST support)  GiST support(  GiST support'  GiST support&  GiST support%  GiST support$ 1configuration load time#  -postmaster start time"  Mcurrent value from last used sequence!  1convert boolean to int4   1convert int4 to boolean  Mget OIDs of databases in a tablespace 5bitwise-xor bit aggregate 3bitwise-or bit aggregate 5bitwise-and bit aggregate ;bitwise-xor bigint aggregate 9bitwise-or bigint aggregate ;bitwise-and bigint aggregate =bitwise-xor integer aggregate ;bitwise-or integer aggregate =bitwise-and integer aggregate ?bitwise-xor smallint aggregate =bitwise-or smallint aggregate ?bitwise-and smallint aggregate  -boolean-and aggregate  +boolean-or aggregate  -boolean-and aggregate  3aggregate final function  3aggregate final function   =aggregate transition function   =aggregate transition function   =aggregate transition function   =aggregate transition function  Anon-persistent series generator Anon-persistent series generator Anon-persistent series generator  Anon-persistent series generator  Anon-persistent series generator Iplanner support for generate_series -Anon-persistent series generator ,Anon-persistent series generator Iplanner support for generate_series(  Ht PPpv؝v|XxМ8؛x8~H@|HPЖPPPXP lȕh8` ||@P`p|؏~(lHhv(rrXXP`P(nbȉPPpR@RrxPP(PP؇PnpR@RdІfPPXP0PnȅRR`f(d؄@8PPPPpPHP PPt 9 I/Os  I/Or 6 I/Oq  I/Op 7 I/Oo  I/On   I/Om   I/Ol  erange of the given enum type, as an ordered arrayk  {range between the two given enum values, as an ordered arrayj  Elast value of the input enum typei  Gfirst value of the input enum typeh  Ominimum value of all enum input valuesg  Omaximum value of all enum input valuesf  larger of twoe  smaller of twod V  hashc   hashb  'less-equal-greatera   I/O`   I/O_   I/O^   I/O] \smaller of two\ [larger of two[ U  hashZ   hashY  'less-equal-greaterX   I/OW   I/OV   I/OU   I/OT Gextract version from RFC 4122 UUIDS 9extract timestamp from UUIDR h +generate random UUIDQ T  hashP   hashO   I/ON   I/OM  sort supportL  'less-equal-greaterK   I/OJ   I/OI ;get the type of a json valueH  yget set of records with fields from a json array of objectsG  Kget record fields from a json objectF yyget set of records with fields from a json array of objectsE xKget record fields from a json objectD wCkey value pairs of a json objectC vCkey value pairs of a json objectB u+get json object keysA t+length of json array@ /elements of json array? sCkey value pairs of a json object> q_get value from json as text with path elements= oOget value from json with path elements<  aremove object fields with null values from json; h %map input to json:  emap text arrays of keys and values to json object9  cmap text array of key value pairs to json object8  7build an empty json object7  gbuild a json object from pairwise key/value inputs6  5build an empty json array5 ~ Gbuild a json array from any inputs4 {aggregate non-NULL input into a json object with unique keys3 iaggregate input into a json object with unique keys2 Yaggregate non-NULL input into a json object1 } Gaggregate input into a json object0 | Kjson object aggregate final function/ Ujson object aggregate transition function. Ujson object aggregate transition function- Ujson object aggregate transition function, l Ujson object aggregate transition function+ 5aggregate input into json* g 5aggregate input into json) f =json aggregate final function( Gjson aggregate transition function' e Gjson aggregate transition function& T ]map row to json with optional pretty printing% S !map row to json$ R amap array to json with optional pretty printing# Q %map array to json" D I/O! C I/O  B I/O A I/O  cdetermine if a string is well formed XML content  edetermine if a string is well formed XML document  Sdetermine if a string is well formed XML  Qtest XML value against XPath expression  test XML value against XPath expression, with namespace support 6 Qtest XML value against XPath expression t 5evaluate XPath expression s gevaluate XPath expression, with namespaces support z umap database contents and structure to XML and XML Schema y Kmap database structure to XML Schema x ;map database contents to XML w qmap schema contents and structure to XML and XML Schema v Gmap schema structure to XML Schema u 7map schema contents to XML r kmap query result and structure to XML and XML Schema q omap table contents and structure to XML and XML Schema p Gmap cursor structure to XML Schema  o Smap query result structure to XML Schema  n Emap table structure to XML Schema  m 9map rows from cursor to XML  l 1map query result to XML  k 5map table contents to XML /generate XML text node j [serialize an XML value to a character string U /concatenate XML values T =aggregate transition function S  I/O R  I/O Q -validate an XML value P perform a non-validating parse of a character string to produce an XML value(  ؟PPP`P(nl~h dr`` ttt`t tttXtؙrrXrrؘrrPx0|np8h蕔hxh8rrrxr8rrXВp@\\\\P\ \\\z@zrr^`^0^^Ў^0Ѝ^p^@^^^^^P^lllpl(PЉPt؈brXrr؇tb`r rr0؅(Єx ȃp(P؂PPP`P8PPz  I/Oy  I/Ox  I/Ow  I/Ov  I/Ou  I/Ot  I/Os Eget current tsearch configurationr atrigger for automatic update of tsvector columnq atrigger for automatic update of tsvector columnp xctransform specified values from json to tsvectoro t]transform string values from json to tsvectorn vetransform specified values from jsonb to tsvectorm s_transform string values from jsonb to tsvectorl wctransform specified values from json to tsvectork r]transform string values from json to tsvectorj uetransform specified values from jsonb to tsvectori q_transform string values from jsonb to tsvectorh +transform to tsqueryg +transform to tsqueryf +transform to tsquerye make tsqueryd -transform to tsvectorc +transform to tsqueryb +transform to tsquerya +transform to tsquery` make tsquery_ -transform to tsvector^ p9generate headline from json] o9generate headline from json\ n9generate headline from json[ m9generate headline from jsonZ l;generate headline from jsonbY k;generate headline from jsonbX j;generate headline from jsonbW i;generate headline from jsonbV %generate headlineU %generate headlineT %generate headlineS %generate headlineR (internal)Q (internal)P (internal)O (internal)N (internal)M (internal)L (internal)K (internal)J (kdebug function for current text search configurationI '[debug function for text search configurationH Cnormalize one word by dictionaryG (internal)F (internal)E (internal)D (internal)C (internal)B +parse text to tokensA +parse text to tokens@ 3get parser's token types? 3get parser's token types> ~relevance= }relevance< |relevance; {relevance: zrelevance9 yrelevance8 xrelevance7 wrelevance6 j=statistics of tsvector column5 i=statistics of tsvector column4 h)tsvector typanalyze3 gQjoin selectivity of tsvector @@ tsquery2 f_restriction selectivity of tsvector @@ tsquery1 AGiST tsquery support (obsolete)0 u+GiST tsquery support/ t+GiST tsquery support. s+GiST tsquery support- r+GiST tsquery support, q+GiST tsquery support+ o+GiST tsquery support* e!rewrite tsquery) d!rewrite tsquery( YMshow real useful query for GiST index' X!number of nodes& Cphrase-concatenate with distance% T'less-equal-greater$ 5clean up GIN pending list# AGIN tsvector support (obsolete)" AGIN tsvector support (obsolete)!  AGIN tsvector support (obsolete)   AGIN tsvector support (obsolete)  AGIN tsvector support (obsolete)  +GIN tsvector support +GIN tsvector support Q+GIN tsvector support J+GIN tsvector support I+GIN tsvector support H+GIN tsvector support j -GiST tsvector support CGiST tsvector support (obsolete) F-GiST tsvector support E-GiST tsvector support D-GiST tsvector support C-GiST tsvector support B-GiST tsvector support A-GiST tsvector support @-GiST tsvector support  sdelete lexemes that do not have one of the given weights  Kbuild tsvector from array of lexemes   Kconvert tsvector to array of lexemes   ?expand tsvector to set of rows   +delete given lexemes   delete lexeme   Gset given weight for given lexemes (Iset given weight for whole tsvector '7strip position information %number of lexemes &'less-equal-greater ? I/O > I/O 8 I/O  I/O(  ؟PPP`P8PPnx8~蜜HX`p~ؘ0ؗ|XxtؖtH@@nؓRRx`H`````X`(``pp0z|ȐPPxPPPr؏fP|fЎ0PPPPhP(~~rhr(r؊H PPЉPPhr(rrH~ȇ~HnRRh`(|0hv(z|Xx8z|v 5planner support for ntileu ! 3split rows into N groupst =planner support for cume_dists  Ofractional row number within partitionr Cplanner support for percent_rankq  Cfractional rank within partitionp [?planner support for dense_ranko  5integer rank without gapsn Z3planner support for rankm  /integer rank with gapsl Y?planner support for row_numberk  9row number within partitionj  yflag an extension's table contents to be emitted by pg_dumpi  Slist an extension's version update pathsh  Elist available extension versionsg  5list available extensionsf equal imagee s Qless-equal-greater based on byte imagesd 1 hashc 0 hashb  'less-equal-greatera ;commit status of transaction` 7get current transaction ID_ 7get current transaction ID^ ;is xid8 visible in snapshot?] aget set of in-progress transactions in snapshot\ +get xmax of snapshot[ +get xmin of snapshotZ +get current snapshotY  I/OX  I/OW  I/OV  I/OU  ;commit status of transactionT  ;is txid visible in snapshot?S  Sget set of in-progress txids in snapshotR  +get xmax of snapshotQ  +get xmin of snapshotP  +get current snapshotO  7get current transaction IDN  7get current transaction IDM ~  I/OL }  I/OK |  I/OJ {  I/OI =implementation of @@ operatorH =implementation of @? operatorG ;jsonpath match with timezoneF Qjsonpath query first item with timezoneE ajsonpath query wrapped into array with timezoneD ;jsonpath query with timezoneC Gjsonpath exists test with timezoneB jsonpath matchA 5jsonpath query first item@ Ejsonpath query wrapped into array? jsonpath query> +jsonpath exists test=  I/O<  I/O;  I/O:  I/O9  5Insert value into a jsonb8  3Indented text from jsonb7  )Set part of a jsonb6 OSet part of a jsonb, handle NULL value5  GIN support4  GIN support3  GIN support2  GIN support1  GIN support0  GIN support/  GIN support.  GIN support-  GIN support, X  hash+  hash* 'less-equal-greater)  =get the type of a jsonb value(  {get set of records with fields from a jsonb array of objects'  Mget record fields from a jsonb object&  {get set of records with fields from a jsonb array of objects% Wtest get record fields from a jsonb object$  Mget record fields from a jsonb object# \Ekey value pairs of a jsonb object"  Ekey value pairs of a jsonb object! [-get jsonb object keys   -length of jsonb array  1elements of jsonb array  5elements of a jsonb array daget value from jsonb as text with path elements  Qget value from jsonb with path elements  cremove object fields with null values from jsonb  9build an empty jsonb object  ibuild a jsonb object from pairwise key/value inputs  7build an empty jsonb array  Ibuild a jsonb array from any inputs aggregate non-NULL inputs into jsonb object checking key uniqueness waggregate inputs into jsonb object checking key uniqueness Yaggregate non-NULL inputs into jsonb object  Gaggregate inputs into jsonb object  Mjsonb object aggregate final function Wjsonb object aggregate transition function Wjsonb object aggregate transition function Wjsonb object aggregate transition function  Wjsonb object aggregate transition function  Uaggregate input into jsonb skipping nulls   7aggregate input into jsonb   ?jsonb aggregate final function  Ijsonb aggregate transition function   Ijsonb aggregate transition function 'map input to jsonb  emap text array of key value pairs to jsonb object  emap text array of key value pairs to jsonb object  I/O  I/O  I/O  I/O  I/O(  pО0|zpxHP PPМPPP@rrțpx(ؚ8虠(nbbHbbؗbbhb0bbjp(@P`tt@rrȑppPttАttPttPPPpPHP P||`zp tPnll~`~ ~||`| zzz`~ ~~~`~ ~~~`~(nzPȅzx0脈hf0fph0n@u SSP-GiST support for quad tree over pointt SSP-GiST support for quad tree over points SSP-GiST support for quad tree over pointr SSP-GiST support for quad tree over pointq  'construct intervalp  Gconstruct timestamp with time zoneo  Gconstruct timestamp with time zonen  )construct timestampm construct timel construct datek  Gexpand multirange to set of rangesj %Arange aggregate by intersectingi $Arange aggregate by intersectingh SUcombine aggregate input into a multirangeg R3aggregate final functionf Q=aggregate transition functione Ucombine aggregate input into a multiranged 3aggregate final functionc =aggregate transition functionb 'anymultirange casta 7int8multirange constructor` 7int8multirange constructor_ 7int8multirange constructor^ 7datemultirange constructor] 7datemultirange constructor\ 7datemultirange constructor[ 7tstzmultirange constructorZ 7tstzmultirange constructorY 7tstzmultirange constructorX 3tsmultirange constructorW 3tsmultirange constructorV 3tsmultirange constructorU 5nummultirange constructorT 5nummultirange constructorS 5nummultirange constructorR 7int4multirange constructorQ 7int4multirange constructorP 7int4multirange constructorO %hash a multirangeN %hash a multirangeM 'less-equal-greaterL crestriction selectivity for multirange operatorsK -multirange typanalyzeJ Uis the multirange's upper bound infinite?I Uis the multirange's lower bound infinite?H Wis the multirange's upper bound inclusive?G Wis the multirange's lower bound inclusive?F 3is the multirange empty?E 5upper bound of multirangeD 5lower bound of multirangeC  I/OB  I/OA  I/O@  I/O?  I/O>  I/O= j-int8range constructor< i-int8range constructor; f-daterange constructor: e-daterange constructor9 b-tstzrange constructor8 a-tstzrange constructor7 ^)tsrange constructor6 ])tsrange constructor5 +numrange constructor4 +numrange constructor3 -int4range constructor2 -int4range constructor1 Zsfloat8 difference of two timestamp with time zone values0 YUfloat8 difference of two timestamp values/ UKfloat8 difference of two date values. TQfloat8 difference of two numeric values- SKfloat8 difference of two int8 values, RKfloat8 difference of two int4 values+ KOconvert a date range to canonical form* XQconvert an int8 range to canonical form) JQconvert an int4 range to canonical form( bArange aggregate by intersecting' 1Arange aggregate by intersecting& a Yrestriction selectivity for range operators% L#range typanalyze$ Y hash a range# >hash a range"  GiST support!  GiST support  )GiST support (GiST support 'GiST support $GiST support #GiST support 'less-equal-greater othe smallest range which includes the whole multirange wthe smallest range which includes both of the given ranges Yplanner support for elem_contained_by_range Qplanner support for range_contains_elem Kis the range's upper bound infinite?  Kis the range's lower bound infinite?  Mis the range's upper bound inclusive?  Mis the range's lower bound inclusive?  )is the range empty?  +upper bound of range +lower bound of range  I/O  I/O   I/O   I/O   I/O   I/O  * 1fetch the Nth row value ) 3fetch the last row value ( 5fetch the first row value ' _fetch the Nth following row value with default & Efetch the Nth following row value % =fetch the following row value $ _fetch the Nth preceding row value with default # Efetch the Nth preceding row value " =fetch the preceding row value(  P`p М0@P8蘠@xXHhx(ؓx(ؒ ؑXpzАzHzz8zpz8lzzxz0z`zЋztPttЊttPttЉttPttЈttPttЇtt0؆xH脼(ȃphd ginternal conversion function for WIN1251 to WIN866c ginternal conversion function for WIN866 to WIN1251b cinternal conversion function for WIN866 to KOI8Ra cinternal conversion function for KOI8R to WIN866` einternal conversion function for WIN1251 to KOI8R_ einternal conversion function for KOI8R to WIN1251^ sinternal conversion function for MULE_INTERNAL to WIN866] sinternal conversion function for WIN866 to MULE_INTERNAL\ uinternal conversion function for MULE_INTERNAL to WIN1251[ uinternal conversion function for WIN1251 to MULE_INTERNALZ {internal conversion function for MULE_INTERNAL to ISO-8859-5Y {internal conversion function for ISO-8859-5 to MULE_INTERNALX qinternal conversion function for MULE_INTERNAL to KOI8RW qinternal conversion function for KOI8R to MULE_INTERNALV ]for use by pg_upgrade (remote_lsn for origin)U sfor use by pg_upgrade (relation for pg_subscription_rel)T -for use by pg_upgradeS -for use by pg_upgradeR -for use by pg_upgradeQ -for use by pg_upgradeP -for use by pg_upgradeO -for use by pg_upgradeN -for use by pg_upgradeM -for use by pg_upgradeL -for use by pg_upgradeK -for use by pg_upgradeJ -for use by pg_upgradeI -for use by pg_upgradeH -for use by pg_upgradeG '-for use by pg_upgradeF &-for use by pg_upgradeE -for use by pg_upgradeD  -for use by pg_upgradeC 3aggregate final functionB Mrank of hypothetical row without gapsA 3aggregate final function@ Ycumulative distribution of hypothetical row? 3aggregate final function> Ifractional rank of hypothetical row= 3aggregate final function< 3rank of hypothetical row; 3aggregate final function: %most common value9 3aggregate final function8 Amultiple continuous percentiles7 3aggregate final function6 Amultiple continuous percentiles5 3aggregate final function4 =multiple discrete percentiles3 3aggregate final function2 Gcontinuous distribution percentile1 3aggregate final function0 Gcontinuous distribution percentile/ 3aggregate final function. )discrete percentile- =aggregate transition function, =aggregate transition function+ olist DDL actions being executed by the current command* _return reason code for table getting rewritten) Ureturn Oid of the table getting rewritten(  Ylist objects dropped by the current command' osync replication slots from the primary to the standby&  Oemit a binary logical decoding message%  Qemit a textual logical decoding message$ &Cadvance logical replication slot# [peek at binary changes from replication slot" Mpeek at changes from replication slot! Sget binary changes from replication slot  Eget changes from replication slot Acopy a logical replication slot mcopy a logical replication slot, changing temporality ~copy a logical replication slot, changing temporality and plugin Eset up a logical replication slot kinformation about replication slots currently in use 1drop a replication slot }Ccopy a physical replication slot |ocopy a physical replication slot, changing temporality Gcreate a physical replication slot YSP-GiST support for quad tree over polygons SP-GiST support for quad tree over 2-D types represented by their bounding boxes OSP-GiST support for quad tree over box OSP-GiST support for quad tree over box OSP-GiST support for quad tree over box OSP-GiST support for quad tree over box OSP-GiST support for quad tree over box  SSP-GiST support for quad tree over range  SSP-GiST support for quad tree over range   SSP-GiST support for quad tree over range   SSP-GiST support for quad tree over range   SSP-GiST support for quad tree over range  SSP-GiST support for radix tree over text  SSP-GiST support for radix tree over text SSP-GiST support for radix tree over text SSP-GiST support for radix tree over text SSP-GiST support for radix tree over text QSP-GiST support for k-d tree over point QSP-GiST support for k-d tree over point QSP-GiST support for k-d tree over point QSP-GiST support for k-d tree over point mSP-GiST support for quad tree and k-d tree over point(pp  @ `P0Кp`@ `P0Гph`XPH@茢0Ћx ȊphP(`ȅp@胮8(؁RpfV  PostgreSQL LSNU   UUIDT ~Sget progress for all replication originsS }yget an individual replication origin's replication progressR |aadvance replication origin to specific locationQ {creset the transaction's origin lsn and timestampP zcsetup the transaction's origin lsn and timestampO yiget the replication progress of the current sessionN xgis a replication origin configured in this sessionM weteardown configured replication progress trackingL vconfigure session to maintain replication progress tracking for the passed in originK uetranslate the replication origin's name to its idJ t_drop replication origin identified by its nameI s9create a replication originH ajoin selectivity for generic matching operatorsG orestriction selectivity for generic matching operatorsF #internal conversion function for SHIFT_JIS_2004 to EUC_JIS_2004E "internal conversion function for EUC_JIS_2004 to SHIFT_JIS_2004D !qinternal conversion function for UTF8 to SHIFT_JIS_2004C  qinternal conversion function for SHIFT_JIS_2004 to UTF8B minternal conversion function for UTF8 to EUC_JIS_2004A minternal conversion function for EUC_JIS_2004 to UTF8@ [internal conversion function for UTF8 to UHC? [internal conversion function for UHC to UTF8> ]internal conversion function for UTF8 to SJIS= ]internal conversion function for SJIS to UTF8< _internal conversion function for UTF8 to JOHAB; _internal conversion function for JOHAB to UTF8: ainternal conversion function for UTF8 to LATIN19 ainternal conversion function for LATIN1 to UTF88 ointernal conversion function for ISO-8859 2-16 to UTF87 ointernal conversion function for UTF8 to ISO-8859 2-166 [internal conversion function for UTF8 to GBK5 [internal conversion function for GBK to UTF84 cinternal conversion function for UTF8 to GB180303 cinternal conversion function for GB18030 to UTF82 ainternal conversion function for UTF8 to EUC_TW1 ainternal conversion function for EUC_TW to UTF80  ainternal conversion function for UTF8 to EUC_KR/  ainternal conversion function for EUC_KR to UTF8.  ainternal conversion function for UTF8 to EUC_JP-  ainternal conversion function for EUC_JP to UTF8,  ainternal conversion function for UTF8 to EUC_CN+ ainternal conversion function for EUC_CN to UTF8* [internal conversion function for WIN to UTF8) [internal conversion function for UTF8 to WIN( _internal conversion function for KOI8U to UTF8' _internal conversion function for UTF8 to KOI8U& _internal conversion function for KOI8R to UTF8% _internal conversion function for UTF8 to KOI8R$ ]internal conversion function for UTF8 to BIG5# ]internal conversion function for BIG5 to UTF8" sinternal conversion function for MULE_INTERNAL to LATIN4! sinternal conversion function for LATIN4 to MULE_INTERNAL  sinternal conversion function for MULE_INTERNAL to LATIN3 sinternal conversion function for LATIN3 to MULE_INTERNAL sinternal conversion function for MULE_INTERNAL to LATIN1 sinternal conversion function for LATIN1 to MULE_INTERNAL ginternal conversion function for WIN1250 to LATIN2 ginternal conversion function for LATIN2 to WIN1250 uinternal conversion function for MULE_INTERNAL to WIN1250 uinternal conversion function for WIN1250 to MULE_INTERNAL sinternal conversion function for MULE_INTERNAL to LATIN2 sinternal conversion function for LATIN2 to MULE_INTERNAL ointernal conversion function for MULE_INTERNAL to BIG5 sinternal conversion function for MULE_INTERNAL to EUC_TW ointernal conversion function for BIG5 to MULE_INTERNAL sinternal conversion function for EUC_TW to MULE_INTERNAL ainternal conversion function for BIG5 to EUC_TW ainternal conversion function for EUC_TW to BIG5 sinternal conversion function for MULE_INTERNAL to EUC_KR sinternal conversion function for EUC_KR to MULE_INTERNAL ointernal conversion function for MULE_INTERNAL to SJIS  sinternal conversion function for MULE_INTERNAL to EUC_JP  ointernal conversion function for SJIS to MULE_INTERNAL  sinternal conversion function for EUC_JP to MULE_INTERNAL  ainternal conversion function for SJIS to EUC_JP  ainternal conversion function for EUC_JP to SJIS sinternal conversion function for MULE_INTERNAL to EUC_CN sinternal conversion function for EUC_CN to MULE_INTERNAL minternal conversion function for WIN866 to ISO-8859-5 minternal conversion function for ISO-8859-5 to WIN866 ointernal conversion function for WIN1251 to ISO-8859-5 ointernal conversion function for ISO-8859-5 to WIN1251 kinternal conversion function for KOI8R to ISO-8859-5 kinternal conversion function for ISO-8859-5 to KOI8R(  0Ȟ`XXЛz p(Й0ؘ ؗ~Pp8ptxPP(PPؔPPP`P8P蓘XВrx8jhȐp0r8fX p`X|،tPp`X@航`h0pІh8R`Ѕd8~xx~ЃPpЂjrXh hri +registered namespaceh !registered roleg !registered typef _+registered collatione #registered classd Aregistered operator (with args)c )registered operatorb Cregistered procedure (with args)a Ereference to cursor (portal name)` o'numeric(precision, scale)' arbitrary precision number_ 7variable-length bit string^ 1fixed-length bit string] 7time of day with time zone\ Stime interval, format 'number units ...'[ ;date and time with time zoneZ Zdate and timeY ;time of dayX : dateW 'varchar(length)' non-blank-padded string, variable storage lengthV s'char(length)' blank-padded string, fixed storage lengthU  )access control listT KXX:XX:XX:XX:XX:XX:XX:XX, MAC addressS Ynetwork IP address/netmask, network addressR egIP address/netmask, host address, netmask optionalQ =?XX:XX:XX:XX:XX:XX, MAC addressP 9monetary amounts, $d,ddd.ccO cgeometric circle, format '
'N ]pseudo-type representing an undetermined typeM odouble-precision floating point number, 8-byte storageL osingle-precision floating point number, 4-byte storageK tigeometric line, formats '{A,B,C}'/'[point1,point2]'J \Sgeometric polygon, format '(point1,...)'I [wgeometric box, format 'lower left point,upper right point'H ZMgeometric path, format '(point1,...)'G Ycgeometric line segment, format '[point1,point2]'F XAgeometric point, format '(x,y)'E )full transaction idD  Winternal type for passing CollectedCommandC -multivariate MCV listB J 5multivariate dependenciesA ! Imultivariate ndistinct coefficients@ Ustring representing an internal node tree? XML content> r)JSON stored as text= Karray of oids, used in system tables< icommand identifier type, sequence in transaction id; transaction id: ctuple physical location, format '(block,offset)'9 Uobject identifier(oid), maximum 4 billion8 Wvariable-length string, no limit specified7 +registered procedure6 a-2 billion to 2 billion integer, 4-byte storage5 Karray of int2, used in system tables4 Y-32 thousand to 32 thousand, 2-byte storage3 E~18 digit integer, 8-byte storage2 Y63-byte type for storing system identifiers1 #single character0 ]variable-length string, binary values escaped/ 1boolean, format 't'/'f'. +WAL summarizer state- ?contents of a WAL summary file, Ilist of available WAL summary files+ =aggregate transition function* Qarbitrary value from among input values) ! I/O(   I/O'  I/O&  I/O%  I/O$  I/O#  I/O"  I/O! 69unescape Unicode characters  9check Unicode normalization -Unicode normalization )check valid Unicode QUnicode version used by ICU, if enabled CUnicode version used by Postgres ` Gget top-most partition root parent a Aview ancestors of the partition _ 7view partition tree tables Ahash partition CHECK constraint klist of files in the pg_replslot/slot_name directory glist of files in the pg_logical/mappings directory ~ilist of files in the pg_logical/snapshots directory Mlist files in the pgsql_tmp directory Mlist files in the pgsql_tmp directory ]list of files in the archive_status directory  Glist of files in the WAL directory  Alist files in the log directory iget actual version of database collation from operating system x mget actual version of collation from operating system  u Qimport collations from operating system  3jsonb subscripting logic  $?raw array subscripting support  #Istandard array subscripting support  t ipg_controldata init state information as a function s qpg_controldata recovery state information as a function r upg_controldata checkpoint state information as a function q opg_controldata general state information as a function H ?pg_config binary as a function  row security for current context active on table by table name  }row security for current context active on table by table oid qreturns whether a relation can be part of a publication get information of the tables that are part of the specified publications(  Xp@`\НrrXl lМPfj؛vvHpt0fX8ؗ(P0Дh0ȒX@T\\xb@ntЏ\bh\8TntT`T0T\ЍT\pT@`T\nht0b\ЋT\hn(tb\x0`ЉTTp\@\T\\xb@ntЇTTp\@\bІnt`T0\\ȅbnPt T\\bPntXfxVH^vȂx``h0ZXx 9 same asw 9 containsv 9 !is contained byu 9 is right oft 9 1overlaps or is right ofs 9 /overlaps or is left ofr 9 is left ofq 9 negatep 9 absolute valueo 9 modulusn 9 -greater than or equalm 9 'less than or equall 9 greater thank 9 less thanj 9 not equali 9 equalh 9 -greater than or equalg 9 'less than or equalf 9 greater thane 9 less thand 9 not equalc 9 equalb  9 -greater than or equala  9 'less than or equal`  9 greater than_  9 less than^ 9 not equal] 9 equal\ 9 equal[ 9 -greater than or equalZ 9 'less than or equalY 9 greater thanX 9 less thanW 9 not equalV 9 equalU  9 not equalT  9 not equalS a9 equalR `9 equalQ w9 concatenateP v9 Iprepend element onto front of arrayO ]9 Cappend element onto end of arrayN  9 not equalM 9 greater thanL 9 -greater than or equalK 9 'less than or equalJ 9 less thanI 9 equalH 9 not equalG 9 greater thanF 9 -greater than or equalE 9 'less than or equalD 9 less thanC 9 equalB %9 starts withA b9 equal@ a9 less than? `9 equal> _9 less than= ^9 equal< ]9 equal; \9 equal: 9 -greater than or equal9 9 'less than or equal8 [9 equal7 U9 not equal6 ;9 greater than5 :9 less than4 R9 -greater than or equal3 P9 'less than or equal2 L9 greater than1 %9 less than0 $9 not equal/ 9 equal. gpseudo-type representing BRIN minmax-multi summary- Ypseudo-type representing BRIN bloom summary, pseudo-type representing a multirange over a polymorphic common type+ pseudo-type representing a polymorphic base type that is a multirange* pseudo-type representing a range over a polymorphic common type) pseudo-type representing a polymorphic common type that is not an array( pseudo-type representing an array of polymorphic common type elements' gpseudo-type representing a polymorphic common type& }pseudo-type representing a range over a polymorphic base type%  upseudo-type for the result of a table AM handler function$  ypseudo-type for the result of a tablesample method function# Ewpseudo-type for the result of an index AM handler function" + mpseudo-type for the result of an FDW handler function!  pseudo-type representing a polymorphic base type that is an enum   pseudo-type representing a polymorphic base type that is not an array cpseudo-type representing a polymorphic base type ipseudo-type representing an internal data structure upseudo-type for the result of a language handler function qpseudo-type for the result of an event trigger function cpseudo-type for the result of a trigger function {pseudo-type for the result of a function with no real result epseudo-type representing a polymorphic array type Epseudo-type representing any type C-style string Ypseudo-type representing any composite type -multirange of bigints )multirange of dates Qmultirange of timestamps with time zone Wmultirange of timestamps without time zone /multirange of numerics c/multirange of integers V#range of bigints Hrange of dates  FGrange of timestamps with time zone  DMrange of timestamps without time zone  B%range of numerics  @%range of integers  +transaction snapshot  +transaction snapshot JSON path Binary JSON Eregistered text search dictionary Kregistered text search configuration Kquery representation for text search :qGiST index internal text representation for text search Itext representation for text search(Pp  ПZ^`v x`hZXX(Zrhd0l~^P`XjxZ \ZjX\(\bbnHntȘtZhV8VXؗX\xTHT\\bxbH\\nnht(tZȔZVhV@PPPȓPZhZ8ZZؒVVxVHV PZVZXf0PZАVZhf8`\؏T\x\@bnȎt\h\0bntTPjjjjpj8jjȋjjXj jjT\X\ bntx\H\n؈btHH\`\nHbt؅\nhb(tTȄ\\`n(btfPXZ(ZVЂPZpZ 9 multiply 9 subtract 9 add 9 divide 9 multiply 9 subtract 9 add 9 absolute value 9 -greater than or equal 9 greater than 9 'less than or equal 9 less than 9 not equal 9 equal 9 -greater than or equal 9 greater than~ 9 'less than or equal} 9 less than| 9 -greater than or equal{ 9 greater thanz 9 'less than or equaly 9 less thanx 9 concatenatew 9 not equalv 9 edoes not match regular expression, case-sensitiveu 9 Wmatches regular expression, case-sensitivet 9 edoes not match regular expression, case-sensitives 9 Wmatches regular expression, case-sensitiver z9 -greater than or equalq y9 greater thanp x9 'less than or equalo w9 less thann v9 not equalm q9 -greater than or equall p9 'less than or equalk o9 greater thanj n9 less thani m9 not equalh l9 equalg 9 #distance betweenf j9 #distance betweene 9 #distance betweend i9 #distance betweenc 9 #distance betweenb h9 #distance betweena ^9 #distance between` g9 #distance between_ 9 #distance between^ f9 #distance between] 9 #distance between\ e9 #distance between[ 9 equalZ 9 -greater than or equalY 9 'less than or equalX 9 greater thanW 9 less thanV 9 not equalU d9 -greater than or equalT c9 'less than or equalS b9 greater thanR a9 less thanQ `9 not equalP _9 equalO U9 cube rootN T9 square rootM S9 absolute valueL R9 multiplyK Q9 divideJ P9 subtractI O9 addH N9 absolute valueG M9 multiplyF L9 divideE K9 subtractD J9 addC I9 negateB H9 negateA /9 negate@ .9 negate? -9 subtract> ,9 subtract= +9 subtract< *9 subtract; )9 add: (9 add9 '9 add8 &9 add7 #9 divide6 "9 divide5 !9 multiply4  9 multiply3 9 -greater than or equal2 9 -greater than or equal1 9 'less than or equal0 9 'less than or equal/ 9 not equal. 9 not equal- 9 greater than, 9 greater than+ 9 less than* 9 less than) 9 equal( 9 equal' 9 not equal& 9 modulus% 9 modulus$ 9 divide# 9 divide" 9 multiply!  9 -greater than or equal   9 -greater than or equal  9 'less than or equal  9 'less than or equal  9 greater than 9 greater than 9 not equal 9 not equal 9 #distance between 9 multiply 9 center of 9 apoint within closed path, or point on open path 9 contains 9 #point inside box 9 same as 9 9deprecated, use <<| instead 9 is right of 9 is left of 9 9deprecated, use |>> instead 9 7less than or equal by area  9 %less than by area  9 equal by area  9 +greater than by area  9 =greater than or equal by area  9 overlaps 9 same as 9 contains 9 !is contained by 9 is right of 9 1overlaps or is right of 9 /overlaps or is left of 9 is left of 9 overlaps(P`  ПVPxZHZVPZZ`V8PZ؝ZVpj8jjȜjj`\ vP `r|X~ZhZHhZfT\HbnЗtjh\(~~h~0j蕂XؔrnpZ@VZT\\HbnВtPxZHZVZVZXV(ZVȐZZhZ8ZVЏfp`h0ZTЎ\\pT ȍ\h\0nbtTX\(\bnxtPP ZT\\Xn btZPXZ(T\Ȉ\nXbtT\\Pnb؆tPZPV ZT\\Xb ntPZXV(ZTȃ\\`b(ntx` 9 ?does not match LIKE expression 9 1matches LIKE expression o9 -greater than or equal n9 'less than or equal m9 greater than l9 less than k9 not equal j9 equal i9 multiply h9 divide g9 subtract f9 add e9 -greater than or equal d9 'less than or equal c9 greater than b9 less than~ a9 not equal} `9 equal| _9 multiply{ ^9 dividez ]9 subtracty \9 addx 9 -greater than or equalw 9 greater thanv 9 'less than or equalu 9 less thant 9 not equals 9 equalr Y9 -greater than or equalq X9 greater thanp W9 'less than or equalo V9 less thann U9 not equalm T9 equall M9 subtractk L9 addj K9 subtracti J9 -greater than or equalh I9 greater thang H9 'less than or equalf G9 less thane F9 not equald E9 equalc 59 subtractb 49 adda 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 equalZ $9 greater thanY #9 'less than or equalX "9 less thanW !9 not equalV  9 edoes not match regular expression, case-sensitiveU 9 Wmatches regular expression, case-sensitiveT 9 equalS 9 center ofR 9 center ofQ 9 equalP 9 containsO 9 !remove ACL itemN 9 )add/update ACL itemM 9 exponentiationL 9 divideK 9 multiplyJ 9 multiplyI  9 multiplyH 9 multiplyG 9 divideF 9 multiplyE 9 divideD 9 multiplyC  9 divideB  9 multiplyA 9 divide@ 9 multiply? 9 subtract> 9 add= 9 -greater than or equal< 9 'less than or equal; 9 greater than: 9 less than9 9 not equal8 9 equal7 M9 multiply6 L9 divide5 K9 multiply4 )9 'vertically aligned3 (9 +horizontally aligned2 '9 9divide box by point (scale)1 &9 =multiply box by point (scale)0 %9 Isubtract point from box (translate)/ $9 ;add point to box (translate). #9 #box intersection- "9 7deprecated, use && instead, !9 7is below (allows touching)+  9 7is above (allows touching)* 9 9sum of path segment lengths) 9 intersect( 9 #number of points' 9 -greater than or equal& 9 'less than or equal% 9 greater than$ 9 less than# 9 equal" 9 absolute value! 9 contains  9 !is contained by 9 contains 9 !is contained by 9 contains 9 7divide (rotate/scale path) 9 ;multiply (rotate/scale path) 9 5subtract (translate path) 9 +add (translate path) 9 concatenate 9 ;divide points (scale/rotate) 9 ?multiply points (scale/rotate) 9 9subtract points (translate) 9 /add points (translate) 9 not equal 9 #distance between 9 #distance between 9 #distance between 9 #distance between 9 #distance between  99 divide  89 multiply  79 subtract  69 add  59 divide 49 multiply 39 subtract 29 add 9 divide 9 multiply 9 subtract 9 add 9 divide(8H  xx8x@蝢8T\P\nbtxPHZZT\\PnbؙtVPPZXZ\Xd llrh~ ^vpx@`hؔZXxZHZZPZZ`V(jjjjHjjؑjjp\@Zdؐ^ZxT@n\\\xd@hbЎhxPxxЍxxPx ZZV\XpЋvH~\Zd^PZ TnZZXT(\\nbHt``^TX\(\nbxtH``^T\X\ nbtx\@n`ЃrX`(`^ЂPPxZHZ P 9 subtract O 9 subtract N 9 add M 9 add L 9 bitwise or K 9 bitwise and J 9 bitwise not  9 Coverlaps (is subnet or supernet) 9 +is supernet or equal 9 is supernet~ 9 'is subnet or equal} 9 is subnet| 9 -greater than or equal{ 9 greater thanz 9 'less than or equaly 9 less thanx 9 not equalw 9 equalv * 9 bitwise oru ) 9 bitwise andt ( 9 bitwise nots ' 9 -greater than or equalr & 9 greater thanq % 9 'less than or equalp $ 9 less thano # 9 not equaln " 9 equalm M 9 bitwise orl L 9 bitwise andk K 9 bitwise notj 9 -greater than or equali 9 greater thanh 9 'less than or equalg 9 less thanf 9 not equale 9 equald B9 is belowc A9 is aboveb Q9 'intersection pointa P9 equal` O9 vertical_ N9 horizontal^ M9 perpendicular] L9 parallel\ K9 intersect[ 79 7distance between endpointsZ 69 Agreater than or equal by lengthY 59 /greater than by lengthX 49 ;less than or equal by lengthW 39 )less than by lengthV 29 not equalU 19 divideT 09 multiplyS /9 multiplyR *9 1closest point to A on BQ )9 1closest point to A on BP 9 1closest point to A on BO 9 1closest point to A on BN 9 1closest point to A on BM 9 1closest point to A on BL  9 !is contained byK  9 lseg on lineJ  9 !is contained byI  9 point on lineH 9 intersectG 9 intersectF 9 intersectE 9 'intersection pointD 9 equalC 9 verticalB 9 horizontalA 9 perpendicular@ 9 parallel? 9 intersect> g9 #distance between= 9 #distance between<  9 #distance between;  9 #distance between:  9 #distance between9 9 #distance between8 9 #number of points7 9 #distance between6 9 divide5 9 multiply4 9 subtract3 9 add2 9 is below1 9 is above0 9 overlaps/ 9 same as. 9 contains- 9 !is contained by, 9 is right of+ 9 1overlaps or is right of* 9 /overlaps or is left of) 9 is left of( 9 =greater than or equal by area' 9 7less than or equal by area& 9 +greater than by area% 9 %less than by area$ 9 %not equal by area# 9 equal by area" 9 center of! w9 subtract  V9 convert time with time zone and date to timestamp with time zone S9 Gconvert time and date to timestamp Q9 convert date and time with time zone to timestamp with time zone P9 Gconvert date and time to timestamp :9 subtract 99 add 89 negate 79 -greater than or equal 69 greater than 59 'less than or equal 49 less than 39 not equal 29 equal 19 subtract 09 subtract /9 add -9 -greater than or equal ,9 greater than +9 'less than or equal  *9 less than  )9 not equal  (9 equal  9 idoes not match regular expression, case-insensitive  9 [matches regular expression, case-insensitive 9 idoes not match regular expression, case-insensitive 9 [matches regular expression, case-insensitive 9 idoes not match regular expression, case-insensitive 9 [matches regular expression, case-insensitive 9 ?does not match LIKE expression 9 1matches LIKE expression 9 ?does not match LIKE expression 9 1matches LIKE expression(H  X`؝VTx\H\n؜btpP@ZZVXxf@fT\\xb@ntЙ`^`r0`np`hP8ZPZT\P\bntxPHT\\bxn8tTؔ\\pb8ntȓ`^Xr(`np`X^r`nxpH`^ؐr`pn8p^؏^^x^H^^T\\Pnb؍txP `T\\Xn btPZXZ(\ntxbH\nЉtbh\0nTtbX\(\nTtHb\\nT@tb؅\\pn@TtȄb\h\0nTtbX\(\nTt  9 -greater than or equal  9 equal  9 'less than or equal  9 less than  9 not equal  9 greater than  9 -greater than or equal  9 equal  9 'less than or equal  9 less than U 9 not equal T 9 greater than S 9 -greater than or equal R 9 equal~ Q 9 'less than or equal} P 9 less than| H 9 not equal{ G 9 greater thanz F 9 -greater than or equaly E 9 equalx D 9 'less than or equalw C 9 less thanv ; 9 not equalu : 9 greater thant 9 9 -greater than or equals 8 9 equalr 7 9 'less than or equalq 6 9 less thanp . 9 not equalo - 9 greater thann , 9 -greater than or equalm + 9 equall * 9 'less than or equalk ) 9 less thanj  9 greater thani  9 -greater than or equalh  9 'less than or equalg  9 less thanf  9 greater thane  9 -greater than or equald  9 'less than or equalc  9 less thanb 9 subtracta 9 subtract` 9 add_ 9 -greater than or equal^ 9 greater than] 9 'less than or equal\ 9 less than[  9 not equalZ  9 equalY 9 concatenateX 9 ?does not match LIKE expressionW 9 1matches LIKE expressionV 9 -greater than or equalU 9 greater thanT 9 'less than or equalS 9 less thanR 9 not equalQ 9 equalP 9 unary plusO 9 unary plusN 9 unary plusM ~9 unary plusL }9 unary plusK |9 unary plusJ c9 )bitwise shift rightI b9 'bitwise shift leftH a9 bitwise notG `9 +bitwise exclusive orF _9 bitwise orE ^9 bitwise andD ]9 )bitwise shift rightC \9 'bitwise shift leftB [9 bitwise notA Z9 +bitwise exclusive or@ Y9 bitwise or? X9 bitwise and> W9 )bitwise shift right= V9 'bitwise shift left< U9 bitwise not; T9 +bitwise exclusive or: S9 bitwise or9 R9 bitwise and8 Q9 -greater than or equal7 P9 'less than or equal6 O9 greater than5 N9 less than4 M9 not equal3 L9 equal2 K9 -greater than or equal1 J9 'less than or equal0 I9 greater than/ H9 less than. G9 not equal- F9 equal, 99 add+ 9 -greater than or equal* 9 'less than or equal) 9 greater than( 9 less than'  9 not equal&  9 equal%  9 subtract$  9 add#  9 subtract" 9 add! 9 concatenate  9 )bitwise shift right 9 'bitwise shift left 9 bitwise not 9 +bitwise exclusive or 9 bitwise or 9 bitwise and 9 -greater than or equal 9 'less than or equal 9 greater than 9 less than 9 not equal 9 equal 9 absolute value 9 exponentiation 9 modulus 9 divide 9 multiply 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 9 negate ^9 cdoes not match LIKE expression, case-insensitive ]9 Umatches LIKE expression, case-insensitive \9 cdoes not match LIKE expression, case-insensitive [9 Umatches LIKE expression, case-insensitive Z9 cdoes not match LIKE expression, case-insensitive Y9 Umatches LIKE expression, case-insensitive(DH  ȟb\pPHP PPОPZ`r rZZr@rZМrr`Z0Zhț``hT8\\КbnXt(T\ș\bXntTPPhZ8T\ؗ\bhn(t\nT`\ tb`lHl~Ȕ~\`n0T\tbPhfn`ZHhlؑlTx\H\bؐnth\0d\ȏbnPt T\\nHtbZZZHhh^`pv0xfȋ`jXntЊvH`v؈x@臨T\X\ bntxZH^f؅fhp`8prr`PhfT\\Pnt؂bZxZHZ 4 9 overlaps 3 9 overlaps 2 9 overlaps 1 9 greater than 0 9 -greater than or equal / 9 'less than or equal . 9 less than - 9 not equal , 9 equal 9 jsonpath match 9 !jsonpath exists  9 delete path  9 +delete array element~ F 9 +delete object fields}  9 )delete object field|  9 concatenate{  9 !is contained byz  9 all keys existy  9 any key existsx  9 key existsw  9 containsv  9 -greater than or equalu  9 'less than or equalt  9 greater thans  9 less thanr  9 not equalq  9 equalp  9 aget value from jsonb as text with path elementso  9 Qget value from jsonb with path elementsn  9 Aget jsonb array element as textm  9 1get jsonb array elementl  9 ?get jsonb object field as textk  9 /get jsonb object fieldj 9 _get value from json as text with path elementsi ~9 Oget value from json with path elementsh }9 ?get json array element as textg |9 /get json array elementf {9 =get json object field as texte z9 -get json object fieldd <9 'range intersectionc ;9 #range differenceb :9 range uniona 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 byZ 29 containsY 19 containsX 09 overlapsW /9 greater thanV .9 -greater than or equalU -9 'less than or equalT ,9 less thanS +9 not equalR *9 equalQ y 9 -greater than or equalP x 9 'less than or equalO w 9 greater thanN v 9 less thanM u 9 not identicalL t 9 identicalK  9 -greater than or equalJ  9 'less than or equalI  9 greater thanH  9 less thanG  9 not equalF  9 equalE 9 %text search matchD 9 %text search matchC n9 !is contained byB m9 containsA b9 NOT tsquery@ 9 'phrase-concatenate? a9 OR-concatenate> `9 !AND-concatenate= _9 greater than< ^9 -greater than or equal; ]9 not equal: \9 equal9 [9 'less than or equal8 Z9 less than7 M9 7deprecated, use @@ instead6 L9 7deprecated, use @@ instead5 59 %text search match4 49 %text search match3 19 concatenate2 09 greater than1 /9 -greater than or equal0 .9 not equal/ -9 equal. ,9 'less than or equal- +9 less than,  9 -greater than or equal+  9 'less than or equal*  9 greater than)  9 less than(  9 not equal'  9 equal& 9 subtract% 9 add$ 9 add#  9 minus"  9 -greater than or equal!  9 'less than or equal   9 greater than  9 less than  9 not equal  9 equal  9 -greater than or equal  9 'less than or equal  9 greater than  9 less than  9 not equal  9 equal  9 concatenate  9 concatenate  9 !is contained by  9 contains  9 overlaps  9 +overlaps or is above  9 +overlaps or is below  9 is above  9 +overlaps or is above   9 +overlaps or is below   9 is below   9 is above   9 +overlaps or is above   9 +overlaps or is below  9 is below  9 add  9 add  9 add  9 add  9 add  9 not equal  9 greater than(  ПZZpZ8hhȞhZ`h vvv`x xxfpf8fjțjrX^(^^Ț``h`(z~zhz(x蘀`nؗvtPvp Е0Hp(Ph А8P`ȍ0@Pp Љ0Pȇ8`Ѕ@h ؃Hp(o {/ ?conversion for WIN1256 to UTF8n z/ ?conversion for UTF8 to WIN1256m y/ ?conversion for WIN1255 to UTF8l x/ ?conversion for UTF8 to WIN1255k w/ ?conversion for WIN1254 to UTF8j v/ ?conversion for UTF8 to WIN1254i u/ ?conversion for WIN1253 to UTF8h t/ ?conversion for UTF8 to WIN1253g s/ ?conversion for WIN1252 to UTF8f r/ ?conversion for UTF8 to WIN1252e q/ ?conversion for WIN1251 to UTF8d p/ ?conversion for UTF8 to WIN1251c o/ ?conversion for WIN1250 to UTF8b n/ ?conversion for UTF8 to WIN1250a 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 UTF8Z f/ ;conversion for UTF8 to KOI8RY e/ 9conversion for UTF8 to BIG5X d/ 9conversion for BIG5 to UTF8W a/ Oconversion for MULE_INTERNAL to LATIN4V `/ Oconversion for LATIN4 to MULE_INTERNALU _/ Oconversion for MULE_INTERNAL to LATIN3T ^/ Oconversion for LATIN3 to MULE_INTERNALS ]/ Oconversion for MULE_INTERNAL to LATIN1R \/ Oconversion for LATIN1 to MULE_INTERNALQ [/ Cconversion for WIN1250 to LATIN2P Z/ Cconversion for LATIN2 to WIN1250O Y/ Qconversion for MULE_INTERNAL to WIN1250N X/ Qconversion for WIN1250 to MULE_INTERNALM W/ Oconversion for MULE_INTERNAL to LATIN2L V/ Oconversion for LATIN2 to MULE_INTERNALK U/ Kconversion for MULE_INTERNAL to BIG5J T/ Oconversion for MULE_INTERNAL to EUC_TWI S/ Kconversion for BIG5 to MULE_INTERNALH R/ Oconversion for EUC_TW to MULE_INTERNALG Q/ =conversion for BIG5 to EUC_TWF P/ =conversion for EUC_TW to BIG5E O/ Oconversion for MULE_INTERNAL to EUC_KRD N/ Oconversion for EUC_KR to MULE_INTERNALC M/ Kconversion for MULE_INTERNAL to SJISB L/ Oconversion for MULE_INTERNAL to EUC_JPA K/ Kconversion for SJIS to MULE_INTERNAL@ J/ Oconversion for EUC_JP to MULE_INTERNAL? I/ =conversion for SJIS to EUC_JP> H/ =conversion for EUC_JP to SJIS= G/ Oconversion for MULE_INTERNAL to EUC_CN< F/ Oconversion for EUC_CN to MULE_INTERNAL; E/ Iconversion for WIN866 to ISO-8859-5: D/ Iconversion for ISO-8859-5 to WIN8669 C/ Kconversion for WIN1251 to ISO-8859-58 B/ Kconversion for ISO-8859-5 to WIN12517 A/ Gconversion for KOI8R to ISO-8859-56 @/ Gconversion for ISO-8859-5 to KOI8R5 ?/ Cconversion for WIN1251 to WIN8664 >/ Cconversion for WIN866 to WIN12513 =/ ?conversion for WIN866 to KOI8R2 </ ?conversion for KOI8R to WIN8661 ;/ Aconversion for WIN1251 to KOI8R0 :/ Aconversion for KOI8R to WIN1251/ 9/ Oconversion for MULE_INTERNAL to WIN866. 8/ Oconversion for WIN866 to MULE_INTERNAL- 7/ Qconversion for MULE_INTERNAL to WIN1251, 6/ Qconversion for WIN1251 to MULE_INTERNAL+ 5/ Wconversion for MULE_INTERNAL to ISO-8859-5* 4/ Wconversion for ISO-8859-5 to MULE_INTERNAL) 3/ Mconversion for MULE_INTERNAL to KOI8R( 2/ Mconversion for KOI8R to MULE_INTERNAL' 7 /standard public schema& c7 Creserved schema for TOAST tables%  7 -system catalog schema$ 4 /SQL-language functions#  4 ?dynamically-loaded C functions"  4 'built-in functions!  ) Oblock range index (BRIN) access method  ) 9SP-GiST index access method  ) 1GIN index access method ) 3GiST index access method ) 3hash index access method ) 7b-tree index access method ) 3heap table access method 09 is right of /9 is right of .9 is right of -9 is left of ,9 is left of +9 is left of *9 +multirange intersect )9 #multirange minus (9 #multirange union f9 is adjacent to T9 is adjacent to S9 is adjacent to .9 1overlaps or is right of  9 1overlaps or is right of  9 1overlaps or is right of  = 9 /overlaps or is left of  < 9 /overlaps or is left of  ; 9 /overlaps or is left of 9 !is contained by 9 contains : 9 !is contained by 9 9 !is contained by 8 9 !is contained by 7 9 contains 6 9 contains 5 9 containsxJ  p(Px0蜄XЛ~~Hp(Px0藄XȖ8`Д@h `~ ~ؑ@@rhpxl ؍rXz0苂XȊ8`Ј@h ؆Hp(Px0肂Xȁdj ;implementation of > operatordi ?implementation of <-> operatordh m=implementation of -> operatordg C ;implementation of ~ operatordf > ;implementation of = operatorde O;implementation of / operatordd S=implementation of ~= operatordc {=implementation of !~ operatordb =implementation of <= operatorda 6=implementation of >= operatord` T;implementation of = operatord_ =implementation of >= operatord^ ;implementation of < operatord] =implementation of >= operatord\ =implementation of >= operatord[ ;implementation of ~ operatordZ ;implementation of / operatordY X=implementation of <= operatordX  ?implementation of <-> operatordW 8;implementation of + operatordV R=implementation of ~~ operatordU & =implementation of >= operatordT  =implementation of #- operatordS ;implementation of / operatordR ?;implementation of < operatordQ ;implementation of > operatordP =implementation of ?# operatordO  ;implementation of = operatordN ;implementation of | operatordM ;implementation of < operatordL ?implementation of -|- operatordK b;implementation of * operatordJ ;implementation of > operatordI ;implementation of + operatordH I ;implementation of & operatordG ;implementation of > operatordF ;implementation of < operatorE + sorts by Unicode code point; Unicode and POSIX character semanticsD  sorts using the Unicode Collation Algorithm with default settingsC  gsorts by Unicode code point, C character semanticsB  3standard POSIX collationA  +standard C collation@ d ;database's default collation? ithesaurus dictionary: phrase by phrase substitution> %ispell dictionary= asynonym dictionary: replace word by its synonym< usimple dictionary: just lower case and check for stopword; )default word parser: usimple dictionary: just lower case and check for stopword9 +simple configuration8 / ]conversion for SHIFT_JIS_2004 to EUC_JIS_20047 / ]conversion for EUC_JIS_2004 to SHIFT_JIS_20046 / Mconversion for UTF8 to SHIFT_JIS_20045 / Mconversion for SHIFT_JIS_2004 to UTF84 / Iconversion for UTF8 to EUC_JIS_20043 / Iconversion for EUC_JIS_2004 to UTF82 / 7conversion for UTF8 to UHC1 / 7conversion for UHC to UTF80 / 9conversion for UTF8 to SJIS/ / 9conversion for SJIS to UTF8. / ;conversion for UTF8 to JOHAB- / ;conversion for JOHAB to UTF8, / =conversion for UTF8 to LATIN1+ / =conversion for LATIN1 to UTF8* / Econversion for ISO-8859-8 to UTF8) / Econversion for UTF8 to ISO-8859-8( / Econversion for ISO-8859-7 to UTF8' / Econversion for UTF8 to ISO-8859-7& / Econversion for ISO-8859-6 to UTF8% / Econversion for UTF8 to ISO-8859-6$ / Econversion for ISO-8859-5 to UTF8# / Econversion for UTF8 to ISO-8859-5" / ?conversion for LATIN10 to UTF8! / ?conversion for UTF8 to LATIN10  / =conversion for LATIN9 to UTF8 / =conversion for UTF8 to LATIN9 / =conversion for LATIN8 to UTF8 / =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 UTF8 / =conversion for UTF8 to LATIN4 / =conversion for LATIN3 to UTF8 / =conversion for UTF8 to LATIN3 / =conversion for LATIN2 to UTF8 / =conversion for UTF8 to LATIN2 / 7conversion for UTF8 to GBK / 7conversion for GBK to UTF8 / ?conversion for UTF8 to GB18030  / ?conversion for GB18030 to UTF8  / =conversion for UTF8 to EUC_TW  / =conversion for EUC_TW to UTF8  / =conversion for UTF8 to EUC_KR  / =conversion for EUC_KR to UTF8 / =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 WIN1257J  p(Px0蜆Xț8`Й@h ؗHp(Px0蓂XȒ8`А@h ؎Hp(Px0节Xȉ8`Ї@h ؅Hp(Px0聂dk ;implementation of @ operatordj =implementation of <= operatordi ?implementation of ?|| operatordh t?implementation of ~>~ operatordg ;implementation of @ operatordf ;implementation of - operatorde =implementation of >= operatordd ;implementation of - operatordc U=implementation of <> operatordb ;implementation of / operatorda ;implementation of < operatord` x=implementation of ~* operatord_ ;implementation of - operatord^ =implementation of << operatord] =implementation of @> operatord\ }?implementation of <-> operatord[  =implementation of -> operatordZ P;implementation of * operatordY ;implementation of > operatordX l?implementation of ->> operatordW ;implementation of - operatordV =implementation of @@ operatordU (=implementation of <= operatordT  ;implementation of < operatordS ;implementation of + operatordR =implementation of ## operatordQ 8=implementation of >= operatordP  =implementation of <> operatordO ?implementation of <-> operatordN 9;implementation of > operatordM =implementation of && operatordL  =implementation of @> operatordK x;implementation of + operatordJ P;implementation of > operatordI =implementation of << operatordH ;implementation of - operatordG k;implementation of | operatordF ;implementation of + operatordE ;implementation of / operatordD ;implementation of < operatordC =implementation of ~~ operatordB =implementation of >= operatordA ;implementation of # operatord@ =implementation of ?| operatord? B;implementation of < operatord> h=implementation of << operatord= =implementation of @> operatord< ;implementation of * operatord; ;implementation of < operatord: e?implementation of <-> operatord9 =implementation of <= operatord8 ;implementation of + operatord7 ;implementation of = operatord6 =implementation of @> operatord5 ;implementation of / operatord4 ?implementation of |>> operatord3 z;implementation of + operatord2 B=implementation of >= operatord1  ;implementation of - operatord0 G;implementation of * operatord/ =implementation of <= operatord. =implementation of <> operatord- =implementation of ~= operatord, ';implementation of < operatord+ ;implementation of > operatord* A;implementation of > operatord)  =implementation of || operatord( =implementation of >> operatord' i=implementation of >> operatord& .=implementation of <> operatord% F;implementation of - operatord$ j;implementation of & operatord#  ;implementation of + operatord" =implementation of << operatord! 3;implementation of < operatord  =implementation of <= operatord =implementation of <> operatord ;implementation of + operatord ;implementation of - operatord ?implementation of @-@ operatord z;implementation of + operatord ?implementation of <-> operatord  =implementation of <> operatord =implementation of |/ operatord ;implementation of * operatord >=implementation of <= operatord ?implementation of ?|| operatord ;implementation of < operatord R=implementation of >= operatord u=implementation of ?# operatord ;implementation of + operatord =implementation of <@ operatord =implementation of >= operatord $=implementation of >= operatord  Q=implementation of >= operatord  ;implementation of = operatord  ?implementation of ?-| operatord  ;implementation of * operatord  =implementation of @> operatord =implementation of <@ operatord =implementation of <@ operatord ;implementation of - operatord ;implementation of = operatord ;implementation of = operatord =implementation of <@ operatord ;implementation of @ operatord ;implementation of = operator8J  p(Px0蜄Xț8`Й@h ؗHp(Px0蓂XȒ8`А@h ؎Hp(Px0节Xȉ8`Ї@h ؅Hp(Px0聄d k  =implementation of <= operatord j =implementation of <= operatord i =implementation of <> operatord h ;implementation of = operatord g m?implementation of <-> operatord f ;implementation of + operatord e " ;implementation of < operatord d %;implementation of = operatord c /;implementation of > operatord b  ;implementation of > operatord a  =implementation of >= operatord `  ;implementation of > operatord _ ;implementation of = operatord ^ ;implementation of > operatord ] =implementation of || operatord \ d;implementation of & operatord [ =implementation of ?| operatord Z v;implementation of + operatord Y =implementation of @> operatord X ;implementation of > operatord W ;implementation of * operatord V ;implementation of & operatord U m;implementation of ~ operatord T u;implementation of + operatord S =implementation of &< operatord R # =implementation of <= operatord Q  =implementation of <> operatord P =implementation of <@ operatord O =implementation of <> operatord N {=implementation of <= operatord M ;implementation of = operatord L  ;implementation of > operatord K =;implementation of > operatord J ;implementation of - operatord I =implementation of <> operatord H ?implementation of <-> operatord G =implementation of ?# operatord F  ?implementation of |>> operatord E ;implementation of - operatord D =implementation of &< operatord C 8;implementation of < operatord B ;implementation of - operatord A I;implementation of > operatord @ ;implementation of + operatord ? =implementation of || operatord >  ;implementation of < operatord = ;implementation of / operatord < `?implementation of !~~ operatord ; o=implementation of >> operatord :  =implementation of && operatord 9 ;implementation of = operatord 8 }=implementation of && operatord 7 ;implementation of < operatord 6 i?implementation of <-> operatord 5 0=implementation of >= operatord 4 S?implementation of !~~ operatord 3 ;implementation of * operatord 2 =implementation of !~ operatord 1 ;implementation of - operatord 0 =implementation of @> operatord / =implementation of <@ operatord . =implementation of <= operatord -  ;implementation of = operatord , =implementation of <= operatord +  ;implementation of > operatord * t;implementation of - operatord ) }=implementation of >= operatord ( n=implementation of << operatord '  =implementation of >= operatord &  ?implementation of |&> operatord % ;implementation of < operatord $  =implementation of <> operatord # ;implementation of < operatord " );implementation of > operatord ! ;implementation of / operatord  ?implementation of <-> operatord  ;implementation of / operatord  =implementation of <@ operatord  I;implementation of + operatord  Z=implementation of && operatord  y;implementation of + operatord  ;implementation of - operatord  ;implementation of + operatord  =implementation of ~= operatord  W=implementation of &> operatord  H=implementation of <= operatord  =implementation of <> operatord  =implementation of ?| operatord  {;implementation of + operatord  B;implementation of < operatord  p=implementation of ^@ operatord  ;implementation of > operatord   =implementation of <= operatord  ;implementation of + operatord  ;implementation of - operatord  =implementation of <> operatord  =implementation of &< operatord  ;implementation of * operatord  ;implementation of + operatord  =implementation of ## operatord  =implementation of <= operatord  @;implementation of < operatord  ;implementation of - operatord   ?implementation of &<| operatord  =implementation of @> operatord  w;implementation of + operatord  =implementation of >= operatorJ  p(Px0蜂Xț8`Й@h ؗHp(Px0蓂XȒ8`А@h ؎Hp(Px0节Xȉ8`Ї@h ؅Hp(Px0聄d!k =implementation of && operatord!j =implementation of >= operatord!i F ;implementation of + operatord!h e;implementation of | operatord!g ?implementation of <<= operatord!f =implementation of @> operatord!e ,=implementation of <> operatord!d =implementation of >= operatord!c ;implementation of = operatord!b y?implementation of !~* operatord!a ?implementation of <-> operatord!` ;implementation of > operatord!_  ;implementation of - operatord!^ =implementation of <> operatord!] D;implementation of = operatord!\ K=implementation of <= operatord![ g=implementation of >= operatord!Z ;implementation of * operatord!Y ;implementation of = operatord!X a?implementation of ~~* operatord!W C=implementation of <> operatord!V @ =implementation of >= operatord!U =implementation of <@ operatord!T  ;implementation of < operatord!S =implementation of >= operatord!R ;implementation of / operatord!Q ;implementation of = operatord!P ?implementation of -|- operatord!O ;implementation of = operatord!N z;implementation of ~ operatord!M ;implementation of ^ operatord!L |;implementation of > operatord!K ;implementation of ^ operatord!J ;implementation of * operatord!I ;implementation of < operatord!H =implementation of >> operatord!G !;implementation of < operatord!F 1 ;implementation of = operatord!E =implementation of ?# operatord!D ?implementation of <-> operatord!C  ;implementation of = operatord!B =implementation of <> operatord!A L ;implementation of > operatord!@ O=implementation of <= operatord!? &;implementation of = operatord!> N;implementation of < operatord!= =implementation of ~= operatord!< ?implementation of <-> operatord!; J ;implementation of | operatord!: =implementation of &> operatord!9 =implementation of @> operatord!8 ?implementation of -|- operatord!7 =implementation of >> operatord!6 =implementation of >> operatord!5 n=implementation of ## operatord!4  ;implementation of = operatord!3 A;implementation of = operatord!2 A;implementation of > operatord!1 ;implementation of > operatord!0 / ;implementation of < operatord!/  ;implementation of + operatord!. y=implementation of <> operatord!- ;implementation of @ operatord!,  =implementation of >= operatord!+ |;implementation of * operatord!*  ?implementation of &<| operatord!) ;implementation of = operatord!( =implementation of >= operatord!' _;implementation of * operatord!& ?implementation of <<| operatord!% =implementation of <= operatord!$ U=implementation of && operatord!# =implementation of @> operatord!"  ;implementation of = operatord!! =implementation of ?- operatord!  =implementation of <= operatord! =implementation of &> operatord! N;implementation of * operatord! =implementation of <@ operatord! =implementation of >= operatord! *=implementation of >= operatord! ;implementation of + operatord! M;implementation of > operatord! =implementation of ?# operatord! ;implementation of + operatord! ;implementation of * operatord! ;implementation of > operatord! ;implementation of > operatord! o=implementation of ## operatord! T=implementation of @> operatord! ;implementation of - operatord! ;implementation of < operatord! ;implementation of + operatord! -;implementation of < operatord!   =implementation of <= operatord!   ;implementation of < operatord!  ;implementation of - operatord!  ;implementation of + operatord!  =implementation of >= operatord! =implementation of <> operatord! ;implementation of % operatord! ;implementation of * operatord! ;implementation of / operatord! ?implementation of <-> operatord! E;implementation of + operatord! G ;implementation of + operatord! ' =implementation of <> operatorJ  p(Px0蜄Xț8`Й@h ؗHp(Px0蓄XȒ8`А@h ؎Hp(Px0节Xȉ8`Ї@h ؅Hp(Px0聂d"k  ;implementation of = operatord"j v;implementation of - operatord"i =implementation of <= operatord"h ;implementation of % operatord"g ;implementation of = operatord"f ;implementation of > operatord"e =implementation of @> operatord"d O=implementation of <= operatord"c ;implementation of * operatord"b ;implementation of - operatord"a s;implementation of ~ operatord"` ?implementation of <-> operatord"_ q ?implementation of *<= operatord"^ < ;implementation of < operatord"] =implementation of ## operatord"\ ;implementation of < operatord"[ =implementation of ~* operatord"Z p?implementation of ~<~ operatord"Y =implementation of <= operatord"X =implementation of <= operatord"W ;implementation of % operatord"V =implementation of >= operatord"U =implementation of @> operatord"T ;implementation of < operatord"S  =implementation of && operatord"R ;implementation of - operatord"Q ?;implementation of < operatord"P Aimplementation of ~>=~ operatord"O U=implementation of << operatord"N k?implementation of <-> operatord"M =implementation of <= operatord"L  ;implementation of > operatord"K ;implementation of - operatord"J 5;implementation of > operatord"I =implementation of || operatord"H  =implementation of <= operatord"G N;implementation of < operatord"F ;implementation of = operatord"E =implementation of <> operatord"D =implementation of <> operatord"C ?implementation of <-> operatord"B =implementation of <> operatord"A  ?implementation of <-> operatord"@ r;implementation of # operatord"? G ;implementation of * operatord"> ?implementation of -|- operatord"= ;implementation of ~ operatord"< ;implementation of + operatord"; _=implementation of ~~ operatord": C;implementation of > operatord"9  =implementation of >= operatord"8  =implementation of >= operatord"7 =implementation of @> operatord"6 X;implementation of * operatord"5 ;implementation of > operatord"4 =implementation of <> operatord"3 -;implementation of = operatord"2 ;implementation of - operatord"1  ;implementation of > operatord"0  =implementation of <= operatord"/  ;implementation of < operatord". >;implementation of = operatord"- 2 ;implementation of > operatord", =implementation of <= operatord"+ t=implementation of << operatord"* +;implementation of = operatord") k=implementation of @> operatord"( ;implementation of > operatord"' =implementation of <> operatord"& ;implementation of < operatord"% ;implementation of = operatord"$ ;implementation of + operatord"# j;implementation of # operatord"" ;implementation of > operatord"! =implementation of >= operatord"  D=implementation of <= operatord"  ;implementation of < operatord" r?implementation of <-> operatord"  ;implementation of - operatord" =implementation of <@ operatord"  ?implementation of <<| operatord" ;implementation of > operatord" W;implementation of > operatord" ;implementation of * operatord" ;implementation of + operatord" ?implementation of >>= operatord" ;;implementation of < operatord" =implementation of >= operatord" ;implementation of # operatord" 1;implementation of = operatord" 4 =implementation of <> operatord" #=implementation of <> operatord" ;implementation of @ operatord" =implementation of <= operatord"  :;implementation of = operatord"  ;implementation of = operatord"  R=implementation of <> operatord"  ;implementation of < operatord"  ?implementation of <-> operatord" ;implementation of > operatord" ?implementation of @-@ operatord" a;implementation of / operatord" ;implementation of * operatord" ~?implementation of ~<~ operatord" 3 =implementation of >= operatord"  ;implementation of + operatord" ;implementation of * operatorXJ  p(Px0蜂Xț8`Й@h ؗHp(Px0蓂XȒ8`А@h ؎Hp(Px0芄Xȉ8`Ї@h ؅Hp(Px0聄d#k =implementation of >= operatord#j =implementation of &> operatord#i $ ;implementation of = operatord#h Z=implementation of ~~ operatord#g =implementation of <= operatord#f =implementation of @@ operatord#e =implementation of ?& operatord#d B=implementation of >= operatord#c ;implementation of = operatord#b |?implementation of <-> operatord#a ;implementation of + operatord#` =implementation of @@ operatord#_ ;implementation of * operatord#^ ;implementation of = operatord#] H;implementation of / operatord#\  ;implementation of * operatord#[ ;implementation of = operatord#Z ;implementation of * operatord#Y :=implementation of <= operatord#X o =implementation of *< operatord#W ;implementation of - operatord#V >;implementation of = operatord#U p =implementation of *> operatord#T $=implementation of >= operatord#S ;implementation of = operatord#R ;implementation of | operatord#Q ;implementation of + operatord#P J;implementation of < operatord#O J =implementation of <= operatord#N A =implementation of <> operatord#M ';implementation of = operatord#L J=implementation of >= operatord#K =implementation of >= operatord#J ;implementation of @ operatord#I bAimplementation of !~~* operatord#H K ;implementation of = operatord#G T=implementation of <> operatord#F  =implementation of <> operatord#E ^;implementation of * operatord#D ;implementation of < operatord#C r ?implementation of *>= operatord#B ;implementation of = operatord#A =implementation of &> operatord#@ =implementation of && operatord#? =implementation of << operatord#>  ?implementation of <<| operatord#= t=implementation of <^ operatord#< ? ;implementation of > operatord#; ;=implementation of <> operatord#:  ;implementation of < operatord#9 =implementation of <@ operatord#8 n?implementation of ->> operatord#7 ;implementation of ~ operatord#6 ";implementation of > operatord#5 =implementation of <> operatord#4 ?implementation of <<| operatord#3 =implementation of <@ operatord#2 H ;implementation of ~ operatord#1 =implementation of @@ operatord#0 O;implementation of ~ operatord#/ ?implementation of |>> operatord#. ;implementation of - operatord#- ?implementation of !~~ operatord#, !=implementation of <= operatord#+ ;implementation of - operatord#* =implementation of <= operatord#) =implementation of ~* operatord#( ;implementation of / operatord#'  =implementation of >= operatord#& =implementation of <> operatord#% ;implementation of ? operatord#$ E;implementation of = operatord## ;implementation of + operatord#"  ;implementation of + operatord#! <;implementation of < operatord#  =implementation of ?# operatord# ;implementation of & operatord# =implementation of >= operatord# =implementation of <= operatord# ;implementation of + operatord# @;implementation of = operatord# q;implementation of | operatord# ;implementation of > operatord# I ;implementation of - operatord# qAimplementation of ~<=~ operatord# =implementation of &< operatord# c?implementation of ~~* operatord#  ;implementation of > operatord# =implementation of || operatord# I=implementation of <> operatord# ;implementation of - operatord# =implementation of << operatord# C;implementation of = operatord# ;implementation of - operatord#   =implementation of <> operatord#  =implementation of << operatord#  ;implementation of > operatord#  q=implementation of <@ operatord#  =implementation of << operatord# ;implementation of < operatord# !=implementation of >= operatord# =implementation of <= operatord# C=implementation of <> operatord# m =implementation of *= operatord# ~=implementation of >= operatord# =implementation of <= operatord# .=implementation of <= operatorJ  p(Px0蜄Xț8`Й@h ؗHp(Px0蓄XȒ8`А@h ؎Hp(Px0芆Xȉ8`Ї@h ؅Hp(Px0聂d$k ;implementation of - operatord$j ;implementation of < operatord$i E=implementation of >= operatord$h ;implementation of + operatord$g =implementation of <> operatord$f  ?implementation of ->> operatord$e ;implementation of + operatord$d Q=implementation of <> operatord$c |?implementation of ~~* operatord$b  =implementation of -> operatord$a ;implementation of < operatord$` =implementation of <> operatord$_ =implementation of &> operatord$^ ;implementation of / operatord$]  ;implementation of + operatord$\ ;implementation of < operatord$[ =implementation of <@ operatord$Z  =implementation of <> operatord$Y ~;implementation of + operatord$X u=implementation of >> operatord$W =implementation of >> operatord$V f;implementation of > operatord$U ;implementation of - operatord$T 9;implementation of > operatord$S =implementation of <> operatord$R =implementation of >> operatord$Q <;implementation of = operatord$P ";implementation of = operatord$O  =implementation of <> operatord$N ;implementation of * operatord$M ;implementation of % operatord$L ;implementation of > operatord$K  ?implementation of ->> operatord$J ;implementation of - operatord$I g;implementation of ~ operatord$H p;implementation of & operatord$G =implementation of >= operatord$F =implementation of <= operatord$E =implementation of @@ operatord$D =implementation of >= operatord$C ;implementation of > operatord$B F=implementation of <> operatord$A ;implementation of + operatord$@ ?implementation of <-> operatord$?  =implementation of <@ operatord$> };implementation of / operatord$= =implementation of !~ operatord$< t=implementation of <@ operatord$; l?implementation of <-> operatord$: ;implementation of - operatord$9 ;implementation of = operatord$8 k=implementation of -> operatord$7 k=implementation of <> operatord$6 H;implementation of = operatord$5 L=implementation of >= operatord$4 =implementation of && operatord$3  ?implementation of |&> operatord$2 =implementation of @@ operatord$1 "=implementation of <= operatord$0 z;implementation of < operatord$/ E ;implementation of | operatord$. =implementation of >> operatord$- ;implementation of < operatord$, =implementation of ?- operatord$+ =implementation of <@ operatord$* =implementation of >= operatord$) s?implementation of <-> operatord$( =implementation of ?- operatord$' ;implementation of - operatord$& ;implementation of / operatord$%  ?implementation of |>> operatord$$ =implementation of || operatord$# 2=implementation of @@ operatord$" ;implementation of - operatord$!  ?implementation of &<| operatord$  =implementation of <@ operatord$ ;implementation of = operatord$ =implementation of <> operatord$ ;implementation of # operatord$ )=implementation of || operatord$ =implementation of <> operatord$ Y=implementation of >= operatord$ &=implementation of <> operatord$ p=implementation of ## operatord$ ;implementation of # operatord$ =implementation of >= operatord$  =implementation of <= operatord$ R;implementation of * operatord$ =implementation of <= operatord$ {;implementation of - operatord$ =implementation of <= operatord$ ;implementation of - operatord$ x;implementation of = operatord$ ?implementation of !~* operatord$  dAimplementation of !~~* operatord$  ;implementation of + operatord$  s=implementation of >^ operatord$  = =implementation of <= operatord$   =implementation of <= operatord$ V;implementation of < operatord$  =implementation of >= operatord$ =implementation of <= operatord$ %;implementation of > operatord$  ;implementation of < operatord$ V=implementation of &< operatord$ ;implementation of # operatord$ ;implementation of = operatorJ  p(Px0蜄Xț8`Й@h ؗHp(Px0蓂XȒ8`А@h ؎Hp(Px0芄Xȉ8`Ї@h ؅Hp(PjX\ pzf%l B0 3Afrikaans (South Africa)f%k A0 )Afrikaans (Namibia)f%j @0 Afrikaansf%i ?0 #Unknown languaged%h =implementation of <> operatord%g ;implementation of < operatord%f =implementation of && operatord%e ;implementation of < operatord%d }Aimplementation of !~~* operatord%c =implementation of <> operatord%b =implementation of || operatord%a ;implementation of - operatord%` =implementation of << operatord%_ % ;implementation of > operatord%^ ;implementation of * operatord%] ;implementation of / operatord%\ ?implementation of ||/ operatord%[ 0 =implementation of <= operatord%Z @=implementation of <= operatord%Y ?implementation of ?-| operatord%X l=implementation of <@ operatord%W  ;implementation of / operatord%V ;implementation of * operatord%U ;implementation of = operatord%T =implementation of <= operatord%S =implementation of <> operatord%R l;implementation of # operatord%Q  ?implementation of <-> operatord%P @=implementation of <= operatord%O ;implementation of - operatord%N ?;implementation of = operatord%M =implementation of >> operatord%L =implementation of <> operatord%K =implementation of &> operatord%J =implementation of >= operatord%I ;implementation of * operatord%H 4=implementation of <= operatord%G .;implementation of / operatord%F Y=implementation of <@ operatord%E =implementation of ?| operatord%D =implementation of <= operatord%C 2=implementation of <> operatord%B ?implementation of !~* operatord%A y;implementation of = operatord%@ f;implementation of # operatord%? sAimplementation of ~>=~ operatord%> M =implementation of >= operatord%=  ;implementation of - operatord%< c;implementation of / operatord%; =implementation of << operatord%: ;implementation of - operatord%9  =implementation of <= operatord%8 ;implementation of / operatord%7 =implementation of &< operatord%6  ;implementation of = operatord%5  ?implementation of |&> operatord%4 W=implementation of !! operatord%3 ;implementation of > operatord%2 D ;implementation of & operatord%1 ;implementation of < operatord%0 ;implementation of / operatord%/ =implementation of <> operatord%. ;implementation of + operatord%- ;implementation of - operatord%, ;implementation of < operatord%+ S;implementation of > operatord%* ;implementation of < operatord%) P;implementation of = operatord%( =implementation of <> operatord%' H ;implementation of - operatord%& I ;implementation of < operatord%% [?implementation of !~~ operatord%$ ;implementation of + operatord%#  ;implementation of > operatord%" ;implementation of > operatord%! =implementation of <> operatord%  =implementation of >= operatord% =implementation of >= operatord%  =implementation of <> operatord% n ?implementation of *<> operatord% ;implementation of < operatord% X=implementation of >> operatord% ;implementation of > operatord% =implementation of >= operatord% V=implementation of || operatord% ;implementation of / operatord% Aimplementation of ~<=~ operatord% 3=implementation of @@ operatord% ;implementation of + operatord% =implementation of >> operatord% =;implementation of = operatord% N =implementation of <> operatord% =implementation of <= operatord% #;implementation of > operatord% ?implementation of <-> operatord%  ;implementation of = operatord%  `;implementation of * operatord%  A=implementation of <> operatord%  =implementation of >= operatord%  ?=implementation of >= operatord% ?implementation of ~>~ operatord% =implementation of <= operatord% >;implementation of = operatord% ;implementation of + operatord% ;implementation of > operatord% ;implementation of < operatord% ;implementation of / operatord% =implementation of &< operatorJ@X  ПTjhR0bXȞnV`fjlpj8fxjhPdhjhpj8fjȚpdHfЙtf`j rfdxj@fZؗjPxfHZj`vX pؕTpj@^rДTfhR0h\rZXj(ZjRbXX fVpfPXhhVxhHRbXnX hЎXhl0hjhVXp fXjXHtTfZpz8hvvTPh `rXxjHTv؈Vjhn8TdЇVj`j rjfpv8pTЅdThd0dxTjX^rZlRHb P`^TXff& 0 Greek (Cyprus)f& 0 Greekf& 0 Ewe (Togo)f& 0 Ewe (Ghana)f& 0 Ewef& 0 Embu (Kenya)f& 0 Embuf& 0 %Dzongkha (Bhutan)f& 0 Dzongkhaf& 0 +Jola-Fonyi (Senegal)f& 0 Jola-Fonyif& 0 #Duala (Cameroon)f&~ 0 Dualaf&} 0 1Lower Sorbian (Germany)f&| 0 Lower Sorbianf&{ 0 Dogri (India)f~&z 0 Dogrif}&y 0 Zarma (Niger)f|&x 0 Zarmaf{&w 0 )German (Luxembourg)fz&v 0 /German (Liechtenstein)fy&u 0 German (Italy)fx&t 0 #German (Germany)fw&s 0 +German (Switzerland)fv&r 0 #German (Belgium)fu&q 0 #German (Austria)ft&p 0 Germanfs&o 0 Taita (Kenya)fr&n 0 Taitafq&m 0 'Danish (Greenland)fp&l 0 #Danish (Denmark)fo&k 0 Danishfn&j 0 /Welsh (United Kingdom)fm&i 0 Welshfl&h 0 #Chuvash (Russia)fk&g 0 Chuvashfj&f 0 +Swampy Cree (Canada)fi&e 0 Swampy Creefh&d 0 !Czech (Czechia)fg&c 0 Czechff&b 0 /Central Kurdish (Iran)fe&a 0 /Central Kurdish (Iraq)fd&` 0 !Central Kurdishfc&_ 0 3Cherokee (United States)fb&^ 0 Cherokeefa&] 0 Chiga (Uganda)f`&\ 0 Chigaf_&[ 0 -Cebuano (Philippines)f^&Z 0 Cebuanof]&Y 0 #Chechen (Russia)f\&X 0 Chechenf[&W 0 Chakma (India)fZ&V 0 )Chakma (Bangladesh)fY&U 0 ChakmafX&T 0 !Catalan (Italy)fW&S 0 #Catalan (France)fV&R 0 !Catalan (Spain)fU&Q 0 %Catalan (Andorra)fT&P 0 CatalanfS&O 0 MBosnian (Latin, Bosnia & Herzegovina)fR&N 0 !Bosnian (Latin)fQ&M 0 SBosnian (Cyrillic, Bosnia & Herzegovina)fP&L 0 'Bosnian (Cyrillic)fO&K 0 BosnianfN&J 0 Bodo (India)fM&I 0 BodofL&H 0 !Breton (France)fK&G 0 BretonfJ&F 0 !Tibetan (India)fI&E 0 !Tibetan (China)fH&D 0 TibetanfG&C 0 Bangla (India)fF&B 0 )Bangla (Bangladesh)fE&A 0 BanglafD&@ 0 Bambara (Mali)fC&? 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1 5French (Congo - Kinshasa)fM(> 1 !French (Canada)fK(= 1 French (Benin)fJ(< 1 #French (Burundi)fI(; 1 -French (Burkina Faso)fH(: 1 #French (Belgium)fG(9 1 FrenchfF(8 1 1Faroese (Faroe Islands)fE(7 1 %Faroese (Denmark)fD(6 1 FaroesefC(5 1 /Filipino (Philippines)fB(4 1 FilipinofA(3 1 %Finnish (Finland)f@(2 ~1 Finnishf?(1 }1 -Fula (Latin, Senegal)f>(0 |1 7Fula (Latin, Sierra Leone)f=(/ {1 -Fula (Latin, Nigeria)f<(. z1 )Fula (Latin, Niger)f;(- y1 3Fula (Latin, Mauritania)f:(, x1 -Fula (Latin, Liberia)f9(+ w1 9Fula (Latin, Guinea-Bissau)f8(* v1 +Fula (Latin, Guinea)f7() u1 +Fula (Latin, Gambia)f6(( t1 )Fula (Latin, Ghana)f5(' s1 /Fula (Latin, Cameroon)f4(& r1 7Fula (Latin, Burkina Faso)f3(% q1 Fula (Latin)f2($ p1 -Fula (Adlam, Senegal)f1(# o1 7Fula (Adlam, Sierra Leone)f0(" n1 -Fula (Adlam, Nigeria)f/(! m1 )Fula (Adlam, Niger)f.(  l1 3Fula (Adlam, Mauritania)f-( k1 -Fula (Adlam, Liberia)f,( j1 9Fula (Adlam, Guinea-Bissau)f+( i1 +Fula (Adlam, Guinea)f*( h1 +Fula (Adlam, Gambia)f)( g1 )Fula (Adlam, Ghana)f(( f1 /Fula (Adlam, Cameroon)f'( e1 7Fula (Adlam, Burkina Faso)f&( d1 Fula (Adlam)f%( c1 Fulaf$( b1 Persian (Iran)f#( a1 -Persian (Afghanistan)f"( `1 Persianf!( _1 %Ewondo (Cameroon)f ( ^1 Ewondof( ]1 Basque (Spain)f( \1 Basquef( [1 'Estonian (Estonia)f( Z1 Estonianf(  Y1 )Spanish (Venezuela)f(  X1 %Spanish (Uruguay)f(  W1 1Spanish (United States)f(  V1 -Spanish (El Salvador)f(  U1 'Spanish (Paraguay)f( T1 -Spanish (Puerto Rico)f( S1 -Spanish (Philippines)f( R1 Spanish (Peru)f( Q1 #Spanish (Panama)f( P1 )Spanish (Nicaragua)f( O1 #Spanish (Mexico)f( N1 3Spanish (Canary Islands)f( M1 'Spanish (Honduras)KDH  ȟdrXZ؞nd`x0\pȝZn``(p^v`HtRf^xnH\pXthh(rvZjPVlXnZ@rZؗnVpj@TdؖXnhb(|ZlbPp VfVpPRh`xxZ@jTؒjXph@VfȑrrXX hZlxz8tZpXT j\pXXXzRlpz8bpЌ`n`d rVpTPjd؊~Tpf@Zj؉VvhX0hXȈj~@ЇP^hd(rr^xv@bЅP`pT8dXЄjZhj8TdȃjR`b0ZrZtHff ) ^2 Makhuwa-Meettof) ]2 -Malagasy (Madagascar)f) \2 Malagasyf) [2 +Morisyen (Mauritius)f) Z2 Morisyenf) Y2 Meru (Kenya)f) X2 Meruf) W2 #Masai (Tanzania)f) V2 Masai (Kenya)f) U2 Masaif) T2 #Maithili (India)f) S2 Maithilif) R2 #Latvian (Latvia)f)~ Q2 Latvianf)} P2 Luyia (Kenya)f)| O2 Luyiaf){ N2 Luo (Kenya)f)z M2 Luof)y L2 ALuba-Katanga (Congo - Kinshasa)f )x K2 Luba-Katangaf )w J2 /Lithuanian (Lithuania)f )v I2 Lithuanianf )u H2 +Northern Luri (Iran)f )t G2 +Northern Luri (Iraq)f)s F2 Northern Lurif)r E2 Lao (Laos)f)q D2 Laof)p C2 =Lingala (Congo - Brazzaville)f)o B2 GLingala (Central African Republic)f)n A2 7Lingala (Congo - Kinshasa)f)m @2 #Lingala (Angola)f)l ?2 Lingalaf)k >2 !Lombard (Italy)f)j =2 Lombardf)i <2 /Lakota (United States)f)h ;2 Lakotaf)g :2 #Ligurian (Italy)f)f 92 Ligurianf)e 82 Ganda (Uganda)f)d 72 Gandaf)c 62 7Luxembourgish (Luxembourg)f)b 52 Luxembourgishf)a 42 #Langi (Tanzania)f)` 32 Langif)_ 22 )Kyrgyz (Kyrgyzstan)f)^ 12 Kyrgyzf)] 02 +Kuvi (Telugu, India)f)\ /2 Kuvi (Telugu)f)[ .2 'Kuvi (Odia, India)f)Z -2 Kuvi (Odia)f)Y ,2 )Kuvi (Latin, India)f)X +2 Kuvi (Latin)f)W *2 3Kuvi (Devanagari, India)f)V )2 %Kuvi (Devanagari)f)U (2 Kuvif)T '2 3Cornish (United Kingdom)f)S &2 Cornishf)R $2 Kurdishf)Q #2 )Colognian (Germany)f)P "2 Colognianf)O !2 #Bafia (Cameroon)f)N  2 Bafiaf)M 2 )Shambala (Tanzania)f)L 2 Shambalaf)K 2 ;Kashmiri (Devanagari, India)f)J 2 -Kashmiri (Devanagari)f)I 2 3Kashmiri (Arabic, India)f)H 2 %Kashmiri (Arabic)f)G 2 Kashmirif)F 2 !Konkani (India)f)E 2 Konkanif)D 2 +Korean (South Korea)f)C 2 +Korean (North Korea)f)B 2 Korean (China)f)A 2 Koreanf)@ 2 !Kannada (India)f)? 2 Kannadaf)> 2 #Khmer (Cambodia)f)= 2 Khmerf)< 2 #Kalenjin (Kenya)f);  2 Kalenjinf):  2 1Kalaallisut (Greenland)f)9  2 Kalaallisutf)8  2 !Kako (Cameroon)f)7  2 Kakof)6 2 )Kazakh (Kazakhstan)f)5 2 Kazakhf)4 2 Kikuyu (Kenya)f)3 2 Kikuyuf)2 2 )Koyra Chiini (Mali)f)1 2 Koyra Chiinif)0 2 %Kaingang (Brazil)f)/ 2 Kaingangf). 2 5Kabuverdianu (Cape Verde)f)- 1 Kabuverdianuf), 1 'Makonde (Tanzania)f)+ 1 Makondef)* 1 Kamba (Kenya)f)) 1 Kambaf)( 1 #Kabyle (Algeria)f)' 1 Kabylef)& 1 'Georgian (Georgia)f)% 1 Georgianf)$ 1 +Javanese (Indonesia)f)# 1 Javanesef)" 1 'Machame (Tanzania)f)! 1 Machamef)  1 %Ngomba (Cameroon)f) 1 Ngombaf) 1 #Japanese (Japan)f) 1 Japanesef) 1 /Italian (Vatican City)f) 1 +Italian (San Marino)f) 1 !Italian (Italy)f) 1 -Italian (Switzerland)f) 1 Italianf) 1 )Icelandic (Iceland)f) 1 Icelandicf) 1 'Sichuan Yi (China)f) 1 Sichuan Yif) 1 Igbo (Nigeria)f) 1 Igbof) 1 -Interlingue (Estonia)f) 1 Interlinguef) 1 /Indonesian (Indonesia)f) 1 Indonesianf)  1 )Interlingua (world)f)  1 Interlinguaf)  1 'Armenian (Armenia)f)  1 Armenianf)  1 )Hungarian (Hungary)f) 1 Hungarianf) 1 1Upper Sorbian (Germany)f) 1 Upper Sorbianf) 1 'Croatian (Croatia)f) 1 ACroatian (Bosnia & Herzegovina)f) 1 Croatianf) 1 +Hindi (Latin, India)f) 1 Hindi (Latin)K<@  ^H\l\pr@ZlȝzX`h0TfljPl XhXnPX|`nxR@fdșz^XrzVfxfHTdؗhXp jrVxl@l~Е\r`\0RnȔZl`X(hjTjPd RbXlHjXj~hn(|h|VHhZlVpr8l^ЎppXzxЍ~PxȌxtHzXllpf@^n؊XthT0hZȉnn`T(jXlr@rlЇjlh`(rPȆfZ`j0TfȅXh`X(n|TjP\lVhp|8p~dx@vf* 2 /Northern Sami (Norway)f* 2 1Northern Sami (Finland)f* 2 Northern Samif* 2 7Sindhi (Devanagari, India)f* 2 )Sindhi (Devanagari)f* 2 5Sindhi (Arabic, Pakistan)f* 2 !Sindhi (Arabic)f* 2 Sindhif* 2 %Sardinian (Italy)f* 2 Sardinianf* 2 #Sangu (Tanzania)f*~ 2 Sanguf*} 2 5Santali (Ol Chiki, India)f*| 2 'Santali (Ol Chiki)f*{ 2 Santalif*z 2 !Samburu (Kenya)f*y 2 Samburuf*x 2 Yakut (Russia)f*w 2 Yakutf*v 2 #Sanskrit (India)f*u 2 Sanskritf*t 2 Rwa (Tanzania)f*s 2 Rwaf*r 2 +Kinyarwanda (Rwanda)f*q 2 Kinyarwandaf*p 2 %Russian (Ukraine)f*o 2 #Russian (Russia)f*n 2 %Russian (Moldova)f*m 2 +Russian (Kazakhstan)f*l 2 +Russian (Kyrgyzstan)f*k 2 %Russian (Belarus)f*j 2 Russianf*i 2 #Rombo (Tanzania)f*h 2 Rombof*g 2 'Romanian (Romania)f*f 2 'Romanian (Moldova)f*e 2 Romanianf*d 2 !Rundi (Burundi)f*c 2 Rundif*b 2 -Romansh (Switzerland)f*a 2 Romanshf*` 2 'Rajasthani (India)f*_ 2 Rajasthanif*^ 2 Quechua (Peru)f*] 2 %Quechua (Ecuador)f*\ 2 %Quechua (Bolivia)f*[ 2 Quechuaf*Z 2 3Portuguese (Timor-Leste)f*Y 2 -Portuguese (Portugal)f*X 2 1Portuguese (Mozambique)f*W 2 ;Portuguese (Macao SAR China)f*V 2 1Portuguese (Luxembourg)f*U 2 7Portuguese (Guinea-Bissau)f~*T 2 ?Portuguese (Equatorial Guinea)f}*S 2 1Portuguese (Cape Verde)f|*R 2 3Portuguese (Switzerland)f{*Q 2 )Portuguese (Brazil)fz*P 2 )Portuguese (Angola)fy*O 2 Portuguesefx*N 2 %Pashto (Pakistan)fw*M 2 +Pashto (Afghanistan)fv*L 2 Pashtofu*K 2 %Prussian (Poland)ft*J 2 Prussianfs*I 2 !Polish (Poland)fr*H 2 Polishfq*G 2 5Nigerian Pidgin (Nigeria)fp*F 2 !Nigerian Pidginfo*E 2 5Punjabi (Gurmukhi, India)fn*D 2 'Punjabi (Gurmukhi)fm*C 2 7Punjabi (Arabic, Pakistan)fl*B 2 #Punjabi (Arabic)fk*A 2 Punjabifj*@ 2 #Ossetic (Russia)fi*? 2 %Ossetic (Georgia)fh*> 2 Osseticfg*= 2 Odia (India)ff*< 2 Odiafe*; 2 Oromo (Kenya)fd*: 2 #Oromo (Ethiopia)fc*9 2 Oromofb*8 2 #Occitan (France)fa*7 2 !Occitan (Spain)f`*6 2 Occitanf_*5 2 %Nyankole (Uganda)f^*4 2 Nyankolef]*3 2 'Nuer (South Sudan)f\*2 2 NuerfY*1 2 NorwegianfX*0 2 +Ngiemboon (Cameroon)fW*/ 2 NgiemboonfV*. 2 7Norwegian Nynorsk (Norway)fU*- 2 %Norwegian NynorskfT*, 2 %Kwasio (Cameroon)fS*+ 2 KwasiofR** 2 +Dutch (Sint Maarten)fQ*) 2 #Dutch (Suriname)fP*( 2 )Dutch (Netherlands)fN*' 2 =Dutch (Caribbean Netherlands)fM*& 2 !Dutch (Belgium)fL*% 2 Dutch (Aruba)fK*$ 2 DutchfJ*# 2 Nepali (Nepal)fI*" 2 Nepali (India)fH*! 2 NepalifG*  2 3Low German (Netherlands)fF* 2 +Low German (Germany)fE* 2 Low GermanfD* 2 3North Ndebele (Zimbabwe)fC* 2 North Ndebelef?* }2 Nama (Namibia)f>* |2 Namaf=* {2 'Mazanderani (Iran)f<* z2 Mazanderanif;* y2 5Burmese (Myanmar [Burma])f:* x2 Burmesef9* w2 'Mundang (Cameroon)f8* v2 Mundangf7* u2 !Maltese (Malta)f6* t2 Maltesef5* s2 %Malay (Singapore)f4* r2 #Malay (Malaysia)f3* q2 %Malay (Indonesia)f2* p2 Malay (Brunei)f1*  o2 Malayf0*  n2 !Marathi (India)f/*  m2 Marathif.*  l2 3Manipuri (Bangla, India)f-*  k2 %Manipuri (Bangla)f,* j2 Manipurif+* i2 +Mongolian (Mongolia)f** h2 Mongolianf)* g2 %Malayalam (India)f(* f2 Malayalamf'* e2 ;Macedonian (North Macedonia)f&* d2 Macedonianf!* _2 9Makhuwa-Meetto (Mozambique)K<@  vRXl hvTh8\l~r8XМpVhl8\rț^rXT jVllHfjZnh~0lXȘnx0~~xh(薀xhx8\lXPljX~ph8njГVd`f0ZlȒTdXl jlVfPRbdTxnHRhZnpp@XvЎVfh\0lXȍjT`f0Xhxp@Vf؋\ppR8bhЊTfX j؉d`|8P`Ȉr\`n0Zjȇ^rXXrTjV@rT؅hThr8VfЄRdhX0nXȃlV`f(j\nr@tf?+ }3 -Nheengatu (Venezuela)f>+ |3 +Nheengatu (Colombia)f=+ {3 'Nheengatu (Brazil)f<+ z3 Nheengatuf;+ y3 #Yoruba (Nigeria)f:+ x3 Yoruba (Benin)f9+ w3 Yorubaf8+ v3 %Yiddish (Ukraine)f7+ u3 Yiddishf6+ t3 'Yangben (Cameroon)f5+ s3 Yangbenf4+~ r3 Soga (Uganda)f3+} q3 Sogaf2+| p3 Kangri (India)f1+{ o3 Kangrif0+z n3 +Xhosa (South Africa)f/+y m3 Xhosaf.+x l3 !Wolof (Senegal)f-+w k3 Woloff,+v j3 +Walser (Switzerland)f++u i3 Walserf*+t h3 #Vunjo (Tanzania)f)+s g3 Vunjof(+r f3 +Makhuwa (Mozambique)f'+q e3 Makhuwaf&+p d3 +Vietnamese (Vietnam)f%+o c3 Vietnamesef$+n b3 #Venetian (Italy)f#+m a3 Venetianf"+l `3 'Vai (Vai, Liberia)f!+k _3 Vai (Vai)f +j ^3 +Vai (Latin, Liberia)f+i ]3 Vai (Latin)f+h \3 Vaif+g [3 5Uzbek (Latin, Uzbekistan)f+f Z3 Uzbek (Latin)f+e Y3 ;Uzbek (Cyrillic, Uzbekistan)f+d X3 #Uzbek (Cyrillic)f+c W3 9Uzbek (Arabic, Afghanistan)f+b V3 Uzbek (Arabic)f+a U3 Uzbekf+` T3 !Urdu (Pakistan)f+_ S3 Urdu (India)f+^ R3 Urduf+] Q3 )Ukrainian (Ukraine)f+\ P3 Ukrainianf+[ O3 Uyghur (China)f+Z N3 Uyghurf+Y M3 ECentral Atlas Tamazight (Morocco)f+X L3 1Central Atlas Tamazightf +W K3 !Tasawaq (Niger)f +V J3 Tasawaqf +U I3 Tatar (Russia)f +T H3 Tatarf+S F3 #Turkish (Cyprus)f+R E3 Turkishf+Q D3 %Toki Pona (world)f+P C3 Toki Ponaf+O B3 Tongan (Tonga)f+N A3 Tonganf+M @3 /Turkmen (Turkmenistan)f+L ?3 Turkmenf+K >3 )Tigrinya (Ethiopia)f+J =3 'Tigrinya (Eritrea)f+I <3 Tigrinyaf+H ;3 !Thai (Thailand)f+G :3 Thaif+F 93 'Tajik (Tajikistan)f+E 83 Tajikf+D 73 Teso (Uganda)f+C 63 Teso (Kenya)f+B 53 Tesof+A 43 Telugu (India)f+@ 33 Teluguf+? 23 %Tamil (Singapore)f+> 13 #Tamil (Malaysia)f+= 03 %Tamil (Sri Lanka)f+< /3 Tamil (India)f+; .3 Tamilf+: -3 %Silesian (Poland)f+9 ,3 Silesianf+8 +3 Syriac (Syria)f+7 *3 Syriac (Iraq)f+6 )3 Syriacf+5 (3 #Swahili (Uganda)f+4 '3 'Swahili (Tanzania)f+3 &3 !Swahili (Kenya)f+2 %3 7Swahili (Congo - Kinshasa)f+1 $3 Swahilif+0 #3 #Swedish (Sweden)f+/ "3 %Swedish (Finland)f+.  3 Swedishf+- 3 ;Sundanese (Latin, Indonesia)f+, 3 %Sundanese (Latin)f++ 3 Sundanesef+* 3 1Serbian (Latin, Kosovo)f+) 3 1Serbian (Latin, Serbia)f+( 3 9Serbian (Latin, Montenegro)f+' 3 MSerbian (Latin, Bosnia & Herzegovina)f+& 3 !Serbian (Latin)f+% 3 7Serbian (Cyrillic, Kosovo)f+$ 3 7Serbian (Cyrillic, Serbia)f+# 3 ?Serbian (Cyrillic, Montenegro)f+" 3 SSerbian (Cyrillic, Bosnia & Herzegovina)f+! 3 'Serbian (Cyrillic)f+  3 Serbianf+ 3 %Albanian (Kosovo)f+ 3 7Albanian (North Macedonia)f+ 3 'Albanian (Albania)f+ 3 Albanianf+  3 #Somali (Somalia)f+  3 Somali (Kenya)f+  3 %Somali (Ethiopia)f+  3 %Somali (Djibouti)f+  3 Somalif+ 3 #Shona (Zimbabwe)f+ 3 Shonaf+ 3 +Inari Sami (Finland)f+ 3 Inari Samif+ 3 +Slovenian (Slovenia)f+ 3 Slovenianf+ 3 %Slovak (Slovakia)f+ 3 Slovakf+ 3 )Sinhala (Sri Lanka)f+  2 Sinhalaf+  2 =Tachelhit (Tifinagh, Morocco)f+  2 +Tachelhit (Tifinagh)f+  2 7Tachelhit (Latin, Morocco)f+  2 %Tachelhit (Latin)f+ 2 Tachelhitf+ 2 CSango (Central African Republic)f+ 2 Sangof+ 2 /Koyraboro Senni (Mali)f+ 2 !Koyraboro Sennif+ 2 %Sena (Mozambique)f+ 2 Senaf+ 2 /Northern Sami (Sweden)KX(  П\vHxVHfXHrh t@ȚRpXjp(ؘ@`Ж8蕔Pp(P`ȑ0萎H`p ؍@Xx0芊Pp(,P 054 ;PL/pgSQL procedural language,O ,5 ;PL/pgSQL procedural language,N 3Gconfiguration for yiddish language ,M 3Msnowball stemmer for yiddish language ,L 3Gconfiguration for turkish language,K 3Msnowball stemmer for turkish language,J 3Cconfiguration for tamil language,I 3Isnowball stemmer for tamil language,H 3Gconfiguration for swedish language,G 3Msnowball stemmer for swedish language,F 3Gconfiguration for spanish language,E 3Msnowball stemmer for spanish language,D 3Gconfiguration for serbian language,C 3Msnowball stemmer for serbian language,B 3Gconfiguration for russian language,A 3Msnowball stemmer for russian language,@ 3Iconfiguration for romanian language,? 3Osnowball stemmer for romanian language,> 3Mconfiguration for portuguese language,= 3Ssnowball stemmer for portuguese language,< 3Kconfiguration for norwegian language,; 3Qsnowball stemmer for norwegian language,: 3Econfiguration for nepali language,9 3Ksnowball stemmer for nepali language,8 3Mconfiguration for lithuanian language,7 3Ssnowball stemmer for lithuanian language,6 3Gconfiguration for italian language,5 3Msnowball stemmer for italian language,4 3Cconfiguration for irish language,3 3Isnowball stemmer for irish language,2 3Mconfiguration for indonesian language,1 3Ssnowball stemmer for indonesian language,0 3Kconfiguration for hungarian language,/ 3Qsnowball stemmer for hungarian language,. 3Cconfiguration for hindi language,- 3Isnowball stemmer for hindi language,, 3Cconfiguration for greek language,+ 3Isnowball stemmer for greek language,* 3Econfiguration for german language,) 3Ksnowball stemmer for german language,( 3Econfiguration for french language,' 3Ksnowball stemmer for french language,& 3Gconfiguration for finnish language,% 3Msnowball stemmer for finnish language,$ 3Gconfiguration for english language,# 3Msnowball stemmer for english language," 3Cconfiguration for dutch language,! 3Isnowball stemmer for dutch language,  3Econfiguration for danish language, 3Ksnowball stemmer for danish language, 3Gconfiguration for catalan language}, 3Msnowball stemmer for catalan languagey, 3Econfiguration for basque languagew, 3Ksnowball stemmer for basque languages, 3Iconfiguration for armenian languageq, 3Osnowball stemmer for armenian languagem, 3Econfiguration for arabic languagek, 3Ksnowball stemmer for arabic languagej, 3#snowball stemmerfT, 3 )Zulu (South Africa)fS, 3 ZulufR, 3 =Chinese (Traditional, Taiwan)fQ, 3 OChinese (Traditional, Macao SAR China)fP, 3 WChinese (Traditional, Hong Kong SAR China)fO, 3 -Chinese (Traditional)fN, 3 AChinese (Simplified, Singapore)fM, 3 MChinese (Simplified, Macao SAR China)fL,  3 UChinese (Simplified, Hong Kong SAR China)fK,  3 9Chinese (Simplified, China)fJ,  3 +Chinese (Simplified)fI,  3 ChinesefH,  3 MStandard Moroccan Tamazight (Morocco)fG, 3 9Standard Moroccan TamazightfF, 3 Zhuang (China)fE, 3 ZhuangfD, 3 [Cantonese (Traditional, Hong Kong SAR China)fC, 3 1Cantonese (Traditional)fB, 3 =Cantonese (Simplified, China)fA, 3 /Cantonese (Simplified)f@, ~3 Cantonese