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Your IP : 216.73.216.187
x�b 0 ؟P ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P НP ��P ��P @�~ ��� МP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P ȚP x�� @�n �p Йd ��f X�r �r И� ��V `�| 8�P �P �P ��P h�� �� ��� 0�� � ��� �� ��� H�� ؓ� p�� �� �P ��P ��P h�P @�P �P �P ȑP ��P x�P �� ��� ��P p�P H�P �P ��P ЏP ��� P�d �f �P ȎP ��� @�~ �d Ѝf ��z X�p �z ،z ��z `�d �| �l ��v h�v (�v �v ��n x�n 8�z ؉� ��� @�z �z ��r ��r @�v �v ��v ��v (�� � ��� P�� �� ��� x�� (�� � ��� P�~ �� ��| x�� (�� �P P ��n h�b 0�n � _ � '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 index z | � Qtest property of an index access method y R � 7validate an operator class x � � ;brin: desummarize page range w � � Mbrin: standalone scan new table pages v p � Mbrin: standalone scan new table pages u O � Cbrin index access method handler t N � Gspgist index access method handler s M � Agin index access method handler r L � Cgist index access method handler q K � Chash index access method handler p J � Ebtree index access method handler o � ]row-oriented heap table access method handler n ? � /convert float4 to int4 m > � /convert int4 to float4 l = � /convert float8 to int4 k < � /convert int4 to float8 j : � +convert int4 to int2 i 9 � +convert int2 to int4 h 8 � 3convert float8 to float4 g 7 � 3convert float4 to float8 f @ � ebucket number of operand in equal-width histogram e � ocurrent date and time - increments during transactions d
� 3concatenate name and oid c � � 'less-equal-greater b � � 'less-equal-greater a � � /convert float4 to int2 ` � � /convert float8 to int2 _ � � /convert int2 to float4 ^ � � /convert int2 to float8 ] � � %natural logarithm \ � � 5natural exponential (e^x) [ � sign of value Z � 3nearest integer <= value Y � 3nearest integer >= value X � 3nearest integer >= value W � � )truncate to integer V � � 3round to nearest integer U � � smaller of two T � � larger of two S � 7aggregate combine function R � � =aggregate transition function Q � � I/O P � � I/O O � � smaller of two N � � larger of two M � � =aggregate transition function L � � I/O K � � I/O J � � I/O I � � I/O H � � I/O G � � I/O F � � _join selectivity for area-comparison operators E � � mrestriction selectivity for area-comparison operators D | � I/O C { � I/O B z � I/O A 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 datatypes 9 � � �join selectivity of <= and related operators on scalar datatypes 8 Q � �restriction selectivity of >= and related operators on scalar datatypes 7 P � �restriction selectivity of <= and related operators on scalar datatypes 6 l � �join selectivity of > and related operators on scalar datatypes 5 k � �join selectivity of < and related operators on scalar datatypes 4 j � [join selectivity of <> and related operators 3 i � Yjoin selectivity of = and related operators 2 h � �restriction selectivity of > and related operators on scalar datatypes 1 g � �restriction selectivity of < and related operators on scalar datatypes 0 f � irestriction selectivity of <> and related operators / e � grestriction selectivity of = and related operators . Z � I/O - X � I/O , W � I/O + V � I/O * Y � 5PostgreSQL version string ) � � length ( T � Aplanner 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 ! b � Kplanner 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 ��b P ȟb ��n X�b �n �b ��n x�b @�n �b Нn ��n `�n (�b �n ��b ��` P�n �n ؛r ��r X�r �r ؚr ��r X�r �r ؙr ��r X�x �r ؘr ��x X�x (�R ��R ȗR ��R h�R 8�R �R ؖR ��R x�R H�R �R �R ��R ��R X�R (�R ��R ȔR ��R h�R 8�R �R ؓR ��R x�R H�R �R �R ��R ��R X�R �� ��� ��d P�f (�P �P ��r ��r @�v �v ЏR ��R `�v �v �r ��r X�� �� ��� p�� 8�b �Z ،Z ��X x�X 0�� 苂 ��n x�l @�l �j Њj ��~ h�P @�P �t ��t ��b P�l �� ��� ��r 0�� �r ��� @�� І� ��d `�f �� ��� `�� �~ �~ ��� P�� �� ȃ� p�� �� Ђ� ��~ 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_unnest z � 9expand array to set of rows y � ;array constructor with value x � � ;array constructor with value w � � 7array subscripts generator v � � 7array subscripts generator u � � greturns an array of offsets of some value in array t � � kreturns an offset of value in array with start index s � � Ireturns an offset of value in array r � smaller of two q � larger of two p � � �concatenate array elements, using delimiter and null string, into text o � � oconcatenate array elements, using delimiter, into text n � Osplit delimited text, with null string m � +split delimited text l x � Osplit delimited text, with null string k � � +split delimited text j { � Iprepend element onto front of array i z � Cappend element onto end of array h k � %array cardinality g � � array length f , � -array upper dimension e + � -array lower dimension d � � I/O c � � I/O b � � 7number of array dimensions a � � #array dimensions ` � � #system user name _ � � %session user name ^ � � %current user name ] � 'number of set bits \ � � ;substitute portion of string [ � � ;substitute portion of string Z � � set bit Y � � get bit X � � set byte W � � get byte V � � octet length U � � Kdeprecated, use current_user instead T � � Eadjust varchar() to typmod length S � Yplanner support for varchar length coercion R � � ?adjust char() to typmod length Q � � +convert int2 to int8 P � � +convert int8 to int2 O � � /convert float4 to int8 N � � /convert int8 to float4 M � hash L r � hash K � � /convert float8 to int8 J � � /convert int8 to float8 I � � +convert int4 to int8 H � � +convert int8 to int4 G � � I/O F � � I/O E � � smaller of two D � � larger of two C � � Ocount the number of non-NULL arguments B � � Gcount the number of NULL arguments A
� hash @ H � hash ? � hash > � � hash = � hash < � � hash ;
� hash : � � hash 9 � hash 8 I � hash 7 � hash 6 � � hash 5 � hash 4 � � hash 3 � � hash 2 � � hash 1 � � hash 0 � � 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 �
c ��� ��z 0�� 螄 ��~ h�| (�� �z ��� (�� � ��d h�x 0�j Л� x�� @�p �p Кp ��\ h�d 0�f ��d ��f ��t 8�� ��x ��� h�� @�P �P �d ��f `�� �z �z ��t `�t 0�X �X ЕX ��x P�x �t Дt ��r P�r �l �n ��l p�n 8�l ��~ ��p ��p H�t �� ��t x�� (�� �z ��� X�r �� �Z ��\ ��^ @�t �| Ȏb ��r @�� ��� ЍP ��P p�p 8�h �Z Ќd X�� �� ��P ��P h�^ 8�^ �P �P ��^ ��^ P�d �f �n ��b x�R H�R � ȈP ��P h�n 0�b �r ��n ��d H�f �P ��P Ȇ^ ��^ p�P H�P �^ �^ ��� X�� 0�P �P ^ ��^ X�� �� ȃ� ��� 8�� ��
X�� �n ~ ~ � 'vertically aligned } � � ]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 z < � 9extract field from interval y � � 9extract field from interval x ; � Yextract field from timestamp with time zone w � � Yextract field from timestamp with time zone v X � I/O typmod u W � I/O typmod t � � I/O s � � I/O r � � Eadjust timestamp to new time zone q � � Econvert UNIX epoch to timestamptz p \ � I/O typmod o [ � I/O typmod n � I/O m ~ � I/O l ^ � I/O typmod k ] � I/O typmod j x � I/O i w � I/O h s � smaller of two g r � larger of two f S � 'less-equal-greater e % � +window RANGE support d @ � sort support c D � 'less-equal-greater b = � I/O a < � I/O ` 9 � cformat a type oid and atttypmod to canonical SQL _ � � hash ^ 8 � hash ]
� sort support \ 6 � 'less-equal-greater [ ( � smaller of two Z ' � larger of two Y d � I/O typmod X c � I/O typmod W � I/O V � I/O U b � I/O typmod T a � I/O typmod S � I/O R � I/O Q � � �convert ACL item array to table, primarily for use by information schema P g � �show hardwired default privileges, primarily for use by the information schema O U � make ACL item N
� contains M � !remove ACL item L � )add/update ACL item K � I/O J � I/O I � Eadjust timestamp to new time zone H � � ?convert points to line segment G � � +slope between points F � � box diagonal E � � 5bounding box of two boxes D � � -area of a closed path C � � box height B � � box width A � � 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 object 9 c � ?large object position (64 bit) 8 � � -large object position 7 � � )large object create 6 � � )large object create 5 b � 7large object seek (64 bit) 4 � � %large object seek 3 � � 'large object write 2 � � %large object read 1 � � 'large object close 0 � � %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 1 � Eget 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
H � 1take samples from array G � shuffle 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 �-c � ��� P�� �� ��� �� ȝ� `�� �� ��� `�f (�d �f ��d h�� �� К| x�� 0�� Й� p�� �� ��� ��\ P�\ �� ��� ��d P�f �� Жn ��� 0�� ��p ��p `�� �t �n ��d x�f H�R �R ؓz ��z X�v �n ��� h�� �� ��� h�n 0�n ��n ��n ��n P�n �n �n ��P ��P `�^ 0�^ ��n ��n ��| P�V �j �l ��l p�l 8�l ��z ��p ��` `�\ (�f �f ��| `�� �� �P ȊP ��^ h�^ 0�n ȉ� ��j X�j �z �j ��b p�b 8�d �f ȇd ��f X�j �x ؆x ��x X�x ��� ��� `�b (�l �j ��\ ��f P�f �f �f ��f h�x (�x �p ��~ h�� �� u } � ;substitute portion of string t | � ;substitute portion of string s { � 7current schema search list r z � )current schema name q y � 1convert name to varchar p x � 1convert varchar to name o v � absolute value n u � absolute value m t � absolute value l s � absolute value k r � absolute value j ` � factorial i n � #finite interval? h m � %finite timestamp? g ] � finite date? f l � qconvert timestamp with time zone to time with time zone e j � odate difference from today preserving months and years d 8 � 1extract field from time c i � 1extract field from time b 7 � 1extract field from date a h � 1extract field from date ` e � #character length _ d � smaller of two ^ c � larger of two ] b � smaller of two \ a � larger of two [ _ � octet length Z ^ � octet length Y \ � #character length X Z � 3convert time to interval W Y � #character length V W � #character length U O � �convert date and time with time zone to timestamp with time zone T N � 'less-equal-greater S ` � I/O typmod R _ � I/O typmod Q G � I/O P F � I/O O E � Iprint type names of oidvector field N D � Udeprecated, use two-argument form instead M C � 5natural exponential (e^x) L X � exponentiation K B � exponentiation J A � cube root I @ � square root H ? � )truncate to integer G > � 3round to nearest integer F = � %natural logarithm E � � %base 10 logarithm D < � %base 10 logarithm C ; � %base 10 logarithm B & � #character length A % � length @ $ � 5convert timestamp to time ? # � 'less-equal-greater > " � 'less-equal-greater = Z � I/O typmod < Y � I/O typmod ; ! � I/O : � I/O 9 � '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 operators 0 � {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 9 � Oextract 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 O � asubtract interval from timestamp with time zone N � �add interval to timestamp with time zone in specified time zone M � Sadd interval to timestamp with time zone c � �age 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 Nc ( ��r ��Z X�d (�Z ��^ ȞZ ��d `�Z 0�^ �\ ��z ��t H�b �^ �^ ��\ x�t 0�� �x ��v p�x H�P �P �f ��n x�j 0�� �| ��� `�~ �t �t ��P ��P P�~ �~ Зr ��\ p�\ @�\ �` �\ ��\ h�� 0�j ��j ЕP ��P x�^ H�^ �x ��� ��x 8�� �p ��v ��n 8�� � ��p X�� �� �P ��P ��^ X�^ �n �b ��� `�h 0�X �\ Џ^ ��| `�R 0�V �X Ў\ ��j `�n (�p � ��d p�h 8�j �n Ȍn ��n h�N 0�h ��l ��n ��x @�| �~ Ȋf ��� @�~ �r ��z p�� �� Ј� ��� 0�� �t ��\ ��\ P�r �| І~ x�� �� �| ��� P�| �~ Ȅ� x�� 8�| � ��� P�| �| ��� h�| (�| � � 5replace text using regexp ~ � � 5replace text using regexp } ' � �replace all occurrences in string of old_substr with new_substr | � � 5extract portion of string { � � 5extract portion of string z u � Ktrim spaces from both ends of string y t � etrim selected characters from both ends of string x s � 5extract portion of string w r � Ktrim spaces from right end of string v q � Itrim spaces from left end of string u p � 7right-pad string to length t o � 5left-pad string to length s n � Ymap a set of characters appearing in string r m � 5extract portion of string q l � etrim selected characters from right end of string p k � ctrim selected characters from left end of string o j � 7right-pad string to length n i � 5left-pad string to length m h � +capitalize each word l g � uppercase k f � lowercase j d � -position of substring i e � ]convert LIKE pattern to use backslash escapes h � ?planner support for texticlike g � � Uconvert SQL regexp pattern to POSIX style f � � Uconvert SQL regexp pattern to POSIX style e W � Uconvert SQL regexp pattern to POSIX style d V � 3replicate string n times c U � +convert int4 to char b T � 7convert first char to int4 a L � ;complementary error function ` K � error function _ � � 7inverse hyperbolic tangent ^ � � 5inverse hyperbolic cosine ] � � 1inverse hyperbolic sine \ � � 'hyperbolic tangent [ � � %hyperbolic cosine Z � � !hyperbolic sine Y J � PI X I � 'degrees to radians W H � 'radians to degrees V �
� 'cotangent, degrees U �
� #tangent, degrees T �
� !cosine, degrees S �
� sine, degrees R �
� Garctangent, two arguments, degrees Q �
� )arctangent, degrees P �
� 'arccosine, degrees O �
� #arcsine, degrees N G � cotangent M F � tangent L E � cosine K D � sine J C � 5arctangent, two arguments I B � arctangent H A � arccosine G @ � arcsine F ? � !set random seed E D � Mrandom value from normal distribution D > � random value C < � 'less-equal-greater B i � I/O typmod A V � I/O typmod @ , � I/O ? + � I/O > a � Sstop 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 9 ( � 'set sequence value 8 ' � /sequence current value 7 & � )sequence next value 6 $ � ?does not match LIKE expression 5 # � 1matches LIKE expression 4 " � ?does not match LIKE expression 3 ! � 1matches LIKE expression 2 h � I/O typmod 1 g � I/O typmod 0 � I/O / � 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 Xnc �� ��| ��| @�| �� ��� ��| @�| �r ��r ��r @�z �z ��z ��z @�z �z ��t ��t 0�� � ��� @�� � ��� X�x �x ؘx ��x X�~ �~ З� ��� 8�� � ��� (�� ؕ� ��� (�� �t ��~ h�~ �� �l ��� X�� �� В| ��� P�p �v ȑ� x�� 8�z ��� ��� h�| (�| �l ��r `�� �� Ȏr X�� �� ��t p�� (�� Ќ� x�� (�� ؋� ��� 8�� 芚 ��� H�� ��� ��� X�� �n ؈� ��j h�b (�| �| ��� P�� �� Ȇ| ��� 8�� � ��X ��X X�n 0�P �P Ȅ� ��n X�b 0�P �P ��� ��n H�� �� Ȃx ��P x�P P�P (�P �d q �
� larger of two p � � I/O o � � I/O n � � I/O m � � I/O l � 1set 7th bit in macaddr8 k � 9convert macaddr8 to macaddr j � 9convert macaddr to macaddr8 i � 'less-equal-greater h � ;MACADDR8 manufacturer fields g � I/O f � I/O e
� sort support d D � 'less-equal-greater c � � 9MACADDR manufacturer fields b � � I/O a � � I/O ` � 'number of set bits _ � � set bit ^ � � get bit ] � � Asubstitute portion of bitstring \ � � Asubstitute portion of bitstring [ � � ;extract portion of bitstring Z � � 5position of sub-bitstring Y � � Cadjust varbit() to typmod length X V � Wplanner support for varbit length coercion W � � =adjust bit() to typmod length V � � 5convert bitstring to int4 U � � 5convert int4 to bitstring T � � octet length S � � #bitstring length R � � ;extract portion of bitstring Q � � 'less-equal-greater P w � Ureferential integrity ON UPDATE NO ACTION O v � Ureferential integrity ON DELETE NO ACTION N u � Yreferential integrity ON UPDATE SET DEFAULT M t � Yreferential integrity ON DELETE SET DEFAULT L s � Sreferential integrity ON UPDATE SET NULL K r � Sreferential integrity ON DELETE SET NULL J q � Sreferential integrity ON UPDATE RESTRICT I p � Sreferential integrity ON DELETE RESTRICT H o � Qreferential integrity ON UPDATE CASCADE G n � Qreferential integrity ON DELETE CASCADE F m � creferential integrity FOREIGN KEY ... REFERENCES E l � creferential integrity FOREIGN KEY ... REFERENCES D � � Cdeferred UNIQUE constraint check C � � Koid of replica identity index if any B � -is a column updatable A � [is a relation insertable/updatable/deletable @ Z � �collation of the argument; implementation of the COLLATION FOR expression ? S � +type of the argument > � � econvert generic options array to name/value table = � Ulist of catalog foreign key relationships < � � +list of SQL keywords ; 5 � %function SQL body : � � 5function argument default 9 u � 5result type of a function 8 � � Kidentity argument list of a function 7 r � 9argument list of a function 6 2 � 3definition of a function 5 � � Kname of sequence for a serial column 4 � � =deparse an encoded expression 3 k � /constraint description 2 ~ � )trigger description 1 P
� Cpartition constraint description 0
� 5partition key description / � Aextended statistics expressions . � 9extended statistics columns - W
� Oextended statistics object description , k � %index description + j � Crole name by OID (with fallback) * i � 7select statement of a view ) h � 7select 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 �
� 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 z � Mextract substring that matches regexp y � Mextract substring that matches regexp x � -test for regexp match w � -test for regexp match v � 3position of regexp match u � 3position of regexp match t � 3position of regexp match
s � 3position of regexp match r � 3position of regexp match q � 3position 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 m � 5replace text using regexp l � 5replace text using regexp k � 5replace text using regexp ��c � ȟf ��n @�� �b ��� x�� 8�v ��v ��� h�x 0�n ��f ��� p�z (�� �p ��r p�~ �� �~ ��� @�� ؙ� ��b h�b 0�b ��b ��b ��b P�b �h �h ��h p�h 8�h � ��� X�n (�R ��R ȕR ��R h�R 8�R �P �P ��^ ��^ 8�� 蓚 ��f x�d 8�z � ��~ h�� (�z �z ��z x�X 8�x ��t Ȑ` ��` X�| �| �l ��l h�t (�t �f ��f `�� �� ��� p�x 8�l �l ��| ��| @�x �| ��| ��^ `�^ �� Њj ��f `�d (�n �b ��x p�x 0�x �x ��| p�z 0�z �t ��t p�t 0�x �x ��� `�v (�p �p ��t p�t 0�x � ��r `�x �� ��� `�� �� ��� x�P P�P �n y � � 'concatenate values x � I/O w � I/O v
� yquote a possibly-null data value for usage in a querystring u � squote a possibly-null literal for usage in a querystring t � ]quote a data value for usage in a querystring s � Wquote a literal for usage in a querystring r � _quote an identifier for usage in a querystring q � � 1format interval to text p � � +convert text to date o � � Sconvert text to timestamp with time zone n � � 1convert text to numeric m � � -format float8 to text l � � -format float4 to text k � � )format int8 to text j � � )format int4 to text i � � /format numeric to text h � � Qformat timestamp with time zone to text g
� 1convert jsonb to float8 f }
� 1convert jsonb to float4 e |
� -convert jsonb to int8 d {
� -convert jsonb to int4 c z
� -convert jsonb to int2 b y
� 3convert jsonb to numeric a �
� 3convert jsonb to boolean ` � � 5convert numeric to pg_lsn _ � � 1convert numeric to int2 ^ � � 1convert int2 to numeric ] � � 1convert int8 to numeric \ � � 1convert numeric to int8 [ � � sort support Z � � 'less-equal-greater Y � � larger of two X � � smaller of two W � � #increment by one V z � ebucket number of operand in equal-width histogram U � � trunc(x/y) T � � trunc(x/y) S � � 5convert numeric to float8 R � � 5convert numeric to float4 Q � � 1convert numeric to int4 P � � 5convert float8 to numeric O � � 5convert float4 to numeric N � � %base 10 logarithm M � � %base 10 logarithm L � � 1convert int4 to numeric K � � snumeric with minimum scale needed to represent the value J � � Yminimum scale needed to represent the value I � � anumber of decimal digits in the fractional part H y � exponentiation G � � exponentiation F � � -logarithm base m of n E � � -logarithm base m of n D � � %natural logarithm C � � %natural logarithm B � � 5natural exponential (e^x) A � � 5natural exponential (e^x) @ � � square root ? � � square root > � � -least common multiple = � � 1greatest common divisor < � � modulus ; � � 3nearest integer <= value : w � 3nearest integer >= value 9 � � 3nearest integer >= value 8 � � Gvalue truncated to 'scale' of zero 7 � � 7value truncated to 'scale' 6 � � Cvalue rounded to 'scale' of zero 5 � � 3value rounded to 'scale' 4 � � sign of value 3 � � absolute value 2 � � Sadjust numeric to typmod precision/scale 1 U � Yplanner support for numeric length coercion 0 f � I/O typmod / e � I/O typmod . � � I/O - � � I/O , Z
� hash + � � hash * R
� hash ) � � hash ( Q
� hash ' � � hash & � � 'less-equal-greater % �
� 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 W � Eabbreviated display of cidr value V � Eabbreviated display of inet value � � sort support � � Splanner support for network_sub/superset � � 'less-equal-greater �
� smaller of two ��c �� ��� p�� (�� �b ��p ��p H�f �f ؝f ��� @�� �| ��� h�� �� ��� p�� (�� Ț� ��� @�z 虪 ��� X�� ��� ��� `�� �z �z ��z `�z �z ؖ� ��~ P�� �~ Е| ��� P�| �� Ȕ� ��� 8�� � ��~ p�| 0�� 蒄 ��� X�� �� ȑ� ��~ H�| �� Ȑ~ ��z H�z �z ȏz ��z H�z �� ��� p�� 0�z �z ��z p�z 0�z �z ��� h�~ �� �z ��� P�� �� ��� ��z @�z ��� ��� p�~ 0�z �z ��z p�z 0�z �z ��z p�z 0�z �z ��z h�� (�~ �| ��� h�z �� Є� ��z @�� � ��� P�� ��� ��� H�� � o � � auser privilege on relation by user oid, rel oid n � � cuser privilege on relation by user oid, rel name m � � auser privilege on relation by username, rel oid l � � cuser privilege on relation by username, rel name k 7 � Qencode text from encoding to ASCII text j 6 � Qencode text from encoding to ASCII text i 5 � Wencode text from DB encoding to ASCII text h �
� Sconcatenate aggregate input into a bytea g �
� 3aggregate final function f �
� =aggregate transition function e �
� Uconcatenate aggregate input into a string d �
� 3aggregate final function c � � 9aggregate deserial function b � � 5aggregate serial function a � � 7aggregate combine function ` �
� =aggregate transition function _ � 3aggregate final function ^ � 3aggregate final function ] �
� 3aggregate final function \ �
� 3aggregate final function [ �
� 3aggregate final function Z �
� 3aggregate final function Y �
� 3aggregate final function X �
� 3aggregate final function W �
� 3aggregate final function V �
� 3aggregate final function U �
� 3aggregate final function T
� 7aggregate combine function S �
� =aggregate transition function R �
� =aggregate transition function Q �
� 3aggregate final function P � � 3aggregate final function O �
� =aggregate transition function N �
� =aggregate transition function M � � =aggregate transition function L � � =aggregate transition function K 4 � 3aggregate final function J �
� =aggregate transition function I � � 7aggregate combine function H 3 � =aggregate transition function G A
� 3aggregate final function F @
� 3aggregate final function E ?
� 3aggregate final function D >
� 3aggregate final function C =
� 3aggregate final function B <
� 3aggregate final function A 2 � =aggregate transition function @ 1 � =aggregate transition function ? 0 � =aggregate transition function > / � 3aggregate final function = $
� 3aggregate final function < . � 3aggregate final function ; � � 3aggregate final function : - � 3aggregate final function 9 j � 3aggregate final function 8 � � 7aggregate combine function 7 �
� 9aggregate deserial function 6 �
� 5aggregate serial function 5 �
� 7aggregate combine function 4 ;
� =aggregate transition function 3 �
� =aggregate transition function 2 �
� =aggregate transition function 1 �
� =aggregate transition function 0 �
� =aggregate transition function /
� 9aggregate deserial function .
� 5aggregate serial function -
� 7aggregate combine function , , � =aggregate transition function + + � =aggregate transition function * * � =aggregate transition function ) �
� =aggregate transition function (
� 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 ��c �� ��� P�� ��� ��� H�� � ��� @�� � ��� �� ��� `�� �� ��� @�� � ��� �� ��� h�� �� ��� `�� �� ��� ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P ДP ��� 0�� ؓ� ��� (�� ؒ� ��� 8�� 葚 ��� @�� ��� ��� 8�� 菒 ��� @�� 莤 ��� 8�� � ��� 0�� ،� ��� (�� ��� P�� �� ��� X�� �� ��� h�� (�~ � ��� @�� � ��� �� Ȇ� h�� �� ��� X�� �� ��� p�� �� ȃ� x�� (�� � ��� 8�� ȁ� _ � � �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 Z �
� Sstatistics: tuples returned for database Y � � _statistics: blocks found in cache for database X � � Qstatistics: blocks fetched for database W � � Kstatistics: transactions rolled back V � � Gstatistics: transactions committed U � � Wstatistics: number of backends in database T q � ostatistics: port number of client connected to backend S p � gstatistics: address of client connected to backend R o � gstatistics: start time for current backend session Q ) � sstatistics: start time for backend's current transaction P . � istatistics: start time for current query of backend O % � {statistics: wait event on which backend is currently waiting N �
� �statistics: wait event type on which backend is currently waiting M � � Kstatistics: current query of backend L � � ?statistics: user ID of backend K � � cstatistics: get subtransaction status of backend J � � Gstatistics: database ID of backend I � � 7statistics: PID of backend H � � Astatistics: current backend PID G � � Wstatistics: information about subscription F W � cstatistics: information about subscription stats E V � Wstatistics: check if a stats object exists D � _statistics: information about replication slot C � � Wstatistics: information about WAL receiver B � wstatistics: information about currently active replication A � � �statistics: information about progress of backends running maintenance command @ � � qstatistics: information about currently active backends ? � � Sstatistics: currently active backend IDs > � � astatistics: number of auto analyzes for a table = � � estatistics: number of manual analyzes for a table < � � _statistics: number of auto vacuums for a table ; � � cstatistics: number of manual vacuums for a table : �
� _statistics: last auto analyze time for a table 9 �
� cstatistics: last manual analyze time for a table 8 �
� ]statistics: last auto vacuum time for a table 7 �
� astatistics: last manual vacuum time for a table 6 � � Ystatistics: number of blocks found in cache 5 � � Kstatistics: number of blocks fetched 4 � � qstatistics: number of tuples inserted since last vacuum 3 i � qstatistics: number of tuples changed since last analyze 2 ? � Estatistics: number of dead tuples 1 > � Estatistics: number of live tuples 0 I � kstatistics: number of tuples updated onto a new page / � � Sstatistics: number of tuples hot updated . � � Kstatistics: number of tuples deleted - � � Kstatistics: number of tuples updated , � � Mstatistics: number of tuples inserted + � � astatistics: number of tuples fetched by idxscan * � � [statistics: number of tuples read by seqscan ) � � estatistics: time of the last scan for table/index ( � � cstatistics: number of scans done for table/index ' c
� ;details about MCV list items & � � 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 ��c d� ��� (�� ��� @�� Н� ��� 0�� � p�� �� ț� h�� �� ��� h�� �� ��� X�� ؘ� x�� �� ��� X�� �� x�� �� h�(�� ��� 0�� ؓ� h�� �� Ȓ� x�� �� Б� ��� �� ��� @�� ؏� h�� �� ��� @�� ؍� h�� �� ��� @�� ��� H�� 芺 ��� �� ��� X�� ��`(�� ȇ� X�� �� ��t x�p �� ��� ��n P�b ��� ��� h�~ 0�d ��f ��� p�t �� �x ��� @�� �b ȁ| ��| S � � 5extract portion of string R � � 5extract portion of string Q � � octet length P � � ]convert LIKE pattern to use backslash escapes O � � ?does not match LIKE expression N � � 1matches LIKE expression M � � Kadjust time with time zone precision L � � -adjust time precision K � � ;adjust timestamptz precision J � � smaller of two I � � larger of two H � � 7adjust timestamp precision G h � Splanner support for time length coercion F M � ]planner support for timestamp length coercion E
� sort support D � � 'less-equal-greater C � � gconvert ascii-encoded text string into bytea value B � � kconvert bytea value into some ascii-only text string A � � )tablespace location @ [ � -current trigger depth ? X � �statistics: reset collected statistics for a single subscription > � �statistics: reset collected statistics for a single replication slot = � sstatistics: reset collected statistics for a single SLRU < � � �statistics: reset collected statistics for a single function in the current database ; � � 0 statistics: reset collected statistics for a single table or index in the current database or shared across all databases in the cluster : � � �statistics: reset collected statistics shared across the cluster 9 � � ystatistics: reset collected statistics for current database 8 Y � ystatistics: force stats to be flushed after the next commit 7 � � }statistics: discard current transaction's statistics snapshot 6 � � sstatistics: timestamp of the current statistics snapshot 5 � � �statistics: self execution time of function in current transaction, in milliseconds 4 � � �statistics: total execution time of function in current transaction, in milliseconds 3 � � ystatistics: number of function calls in current transaction 2 � � �statistics: number of blocks found in cache in current transaction 1 � � ystatistics: number of blocks fetched in current transaction 0 J � �statistics: 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 - � � ystatistics: number of tuples updated in current transaction , � � {statistics: number of tuples inserted in current transaction + � � �statistics: number of tuples fetched by idxscan in current transaction * � � �statistics: number of tuples read by seqscan in current transaction ) � � �statistics: number of scans done for table/index in current transaction ( � � {statistics: self execution time of function, in milliseconds ' � � }statistics: total execution time of function, in milliseconds & � � Kstatistics: number of function calls % � Ustatistics: information about SLRU caches $ h � ]statistics: information about WAL prefetching # p � Wstatistics: information about WAL activity " F � Wstatistics: per backend type IO statistics ! + � Sstatistics: number of buffer allocations � � �statistics: number of backend buffer writes that did their own fsync �
� estatistics: number of buffers written by backends Y � �statistics: checkpoint time spent synchronizing buffers to disk, in milliseconds X � �statistics: checkpoint 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 �
� �statistics: number of buffers written by the bgwriter during checkpoints �
� �statistics: number of backend requested checkpoints started by the bgwriter �
� �statistics: number of timed checkpoints started by the bgwriter { � 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 8d �� ��| ��| @�t 螢 ��� @�� � ��� P�� � ��� `�� �| ؛� ��� (�� �| ��f x�d (�� ؙ� ��R x�R @�n �n Иn ��n `�n (�b �r ��r h�r (�r �r ��� X�� �l �z ��� 0�� 蔌 ��� P�� ��� ��| x�| 8�r В� ��p X�v �� Б| ��v P�� �� �� � ��� x�� 0�� � x�� ��� ��� X�� �� ��� P�� �� ��� x�� 0�� 芐 ��� @�� 艤 ��� 8�� ؈� ��� 0�� � ��� P�~ �� ��� ��v @�v � ��� h�~ (�� �~ ��� H�� 胲 ��� X�l �� Ђ~ ��z H�� �j ȁ�
h � Iresume wal replay, if it was paused
g � � #pause wal replay
f � � =timestamp of last replay xact
e � � 3last wal replay location
d � � 7current wal flush location
c � � =true if server is in recovery
b � � %export a snapshot
a ] � [difference in bytes, given two wal locations
` E � ksequence 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
Z � ;create a named restore point
Y � � Wlog details of the current snapshot to WAL
X � /switch to new wal file
W l
� /promote standby server
V �
� ?finish taking an online backup
U | � Iprepare for taking an online backup
T 0 � 7terminate a server process
S { � Ocancel a server process' current query
R ' � Sis schema another session's temp schema?
Q & � cget OID of current session's temp schema, if any
P � � Kis collation visible in search path?
O � � kis text search configuration visible in search path?
N � � ais text search template visible in search path?
M � � eis text search dictionary visible in search path?
L � � ]is text search parser visible in search path?
K K
� [is statistics object visible in search path?
J - � Mis conversion visible in search path?
I � � Iis opfamily visible in search path?
H # � Gis opclass visible in search path?
G " � Iis operator visible in search path?
F ! � Iis function visible in search path?
E � Ais type visible in search path?
D � Cis table visible in search path?
C r � gget OID-based object address from name/args arrays
B 6
� {get identification of SQL object for pg_get_object_address()
A � � gget machine-parseable identification of SQL object
@ �
� Cget identification of SQL object
? �
� �get transaction Id, commit timestamp and replication origin of latest transaction commit
> � {get commit timestamp and replication origin of a transaction
= �
� Mget commit timestamp of a transaction
< � � =view members of a multixactid
; ) � 9view two-phase transactions
: 2
� Cisolationtester support function
9 0
� �get array of PIDs of sessions blocking specified backend PID from acquiring a safe snapshot
8
� �get array of PIDs of sessions blocking specified backend PID from acquiring a heavyweight lock
7 [ � ;view system lock information
6 j � 9show pg_ident.conf mappings
5 I
� /show pg_hba.conf rules
4
� 5show config file settings
3 ` � ?return flags for specified GUC
2 $ � /SHOW ALL as a function
1 � )SET X as a function
0 � � SHOW X as a function, optionally no error for missing variable
/ � +SHOW X as a function
. � 5convert bitstring to int8
- � 5convert int8 to bitstring
, � [extract text matching SQL regular expression
+ � Sextract text matching regular expression
* � Eadjust timestamp to new time zone
) � Eadjust timestamp to new time zone
( � odate difference from today preserving months and years
'
� Ydate difference preserving months and years
& � 3format timestamp to text
% � %finite timestamp?
$ � � Iconvert time to time with time zone
# � � Iconvert time with time zone to time
" * � +window RANGE support
! ) � +window RANGE support
( � +window RANGE support
' � +window RANGE support
& � +window RANGE support
A � sort support
� � 'less-equal-greater
� � 'intervals overlap?
� � 'intervals overlap?
� � 'intervals overlap?
� � 'intervals overlap?
S
� hash
� � hash
� � 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
3 � Ytrim 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 x/d �� ��� x�~ (�� �~ ��h X�� �� ��� x�~ 8�~ ��t ��t X�� �t ؛t ��v X�v �v ؚv ��� H�� ��� ��� h�� �� Иx h�� �� ��� 0�� Ȗ� `�� ��� ��� H�� � ��� @�� � ��� @�� � ��� P�� �� ��� `�� �� ��� `�� �� ��� `�� �� ��� p�� �� Ѝ� ��� 0�� � ��� @�� � ��� P�� �� ��� `�� �� ��� `�� �� ��� `�� �� ȇ� x�� (�� ؆� ��� 8�� 腖 ��� @�r � p�� � p�� � p�� � ��� ] � � gcurrent user privilege on language by language oid \ �
� �population variance of numeric input values (square of the population standard deviation) [ �
� �population variance of float8 input values (square of the population standard deviation) Z �
� �population variance of float4 input values (square of the population standard deviation) Y �
� �population variance of smallint input values (square of the population standard deviation) X �
� �population variance of integer input values (square of the population standard deviation) W �
� �population variance of bigint input values (square of the population standard deviation) V \ � Qplanner support for count run condition U �
� +number of input rows T c � �number of input rows for which the input expression is not null S � � Ominimum value of all xid8 input values R ^ � Sminimum value of all pg_lsn input values Q �
� Ominimum value of all inet input values P �
� Mminimum value of all tid input values O � � Sminimum value of all bpchar input values N � Wminimum value of all anyarray input values M b � Uminimum value of all numeric input values L a � Cminimum value of all text values K ` � Wminimum value of all interval input values J _ � wminimum value of all timestamp with time zone input values I ^ � Yminimum value of all timestamp input values H ] � Qminimum value of all money input values G \ � mminimum value of all time with time zone input values F [ � Ominimum value of all time input values E Z � Ominimum value of all date input values D X � Sminimum value of all float8 input values C W � Sminimum value of all float4 input values B V � Mminimum value of all oid input values A U � Wminimum value of all smallint input values @ T � Uminimum value of all integer input values ? S � Sminimum value of all bigint input values > � � Omaximum value of all xid8 input values = ] � Smaximum value of all pg_lsn input values < �
� Omaximum value of all inet input values ; �
� Mmaximum value of all tid input values : � � Smaximum value of all bpchar input values 9 � Wmaximum value of all anyarray input values 8 R � Umaximum value of all numeric input values 7 Q � Omaximum value of all text input values 6 P � Wmaximum value of all interval input values 5 O � wmaximum value of all timestamp with time zone input values 4 N � Ymaximum value of all timestamp input values 3 M � Qmaximum value of all money input values 2 L � mmaximum value of all time with time zone input values 1 K � Omaximum value of all time input values 0 J � Omaximum value of all date input values / H � Smaximum value of all float8 input values . G � Smaximum value of all float4 input values - F � Mmaximum value of all oid input values , E � Wmaximum value of all smallint input values + D � Umaximum value of all integer input values * C � Smaximum value of all bigint input values ) B � _sum as numeric across all numeric input values ( A � csum as interval across all interval input values ' @ � Wsum as money across all money input values & ? � [sum as float8 across all float8 input values % > � [sum as float4 across all float4 input values $ = � _sum as bigint across all smallint input values # < � ]sum as bigint across all integer input values " ; � ]sum as numeric across all bigint input values ! : � �the average (arithmetic mean) as interval of all interval values 9 � {the average (arithmetic mean) as float8 of all float8 values 8 � {the average (arithmetic mean) as float8 of all float4 values 7 � the average (arithmetic mean) as numeric of all numeric values 6 � �the average (arithmetic mean) as numeric of all smallint values 5 � the 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
� mread text from a file - old version for adminpack 1.0 � � -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 � arotate log file - old version for adminpack 1.0 >
� !rotate log file =
� 7reload configuration files P � Oget resource managers loaded in system q � 7get wal replay pause state � ;true if wal replay is paused �Od �� ��� �� ��� �� ��� 0�� 蜄 ��� X�� �� ț� ��� �� ��� `�� �� ��� @�� 蘪 ��� 8�� � ��� 0�� 薊 ��� X�� �� ȕ� ��� �� ��� P�� Г� x�� �� В� X�� �� ��t h�l (�x �n ��b ��n H�b �n ؏n ��n h�n 0�n ��n ��n ��n `�P 8�P �P �P ��� P�� (�P �P ،P ��P h�� @�P �P Ћ� ��P ��P 8�� ��z ЊP ��P `�� 8�P �P ��� h�� �� ��� x�^ H�^ �^ ��� X�� ��� ��� @�� 腮 ��� (�� Ȅ� h�� �� ��� X�� ��� ��� 8�� � e � � icurrent user privilege on language by language name d � � kuser privilege on language by user oid, language oid c � � muser privilege on language by user oid, language name b � � kuser privilege on language by username, language oid a � � 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 Z � � gcurrent user privilege on database by database oid Y � � icurrent user privilege on database by database name X � � kuser privilege on database by user oid, database oid W � � muser privilege on database by user oid, database name V � � kuser privilege on database by username, database oid U � � muser privilege on database by username, database name T � � (internal) S � � (internal) R � � (internal) Q � � gparse qualified identifier to array of identifiers P C � {get error details if string is not valid input for data type O B � ctest whether string is valid input for data type N � � Oconvert namespace name to regnamespace M � � I/O L � � I/O K � � ;convert role name to regrole J � � I/O I � I/O H 7 � 3convert text to regclass G �
� ;convert type name to regtype F � � I/O E � � I/O D c � Econvert classname to regcollation C b � I/O B a � I/O A �
� =convert classname to regclass @ � � I/O ? � � I/O > � � I/O = � � I/O < �
� Kconvert operator name to regoperator ; �
� Cconvert operator name to regoper : � � I/O 9 � � I/O 8 � � I/O 7 � � I/O 6 � � 'less-equal-greater 5 � � 'less-equal-greater 4 � � 'less-equal-greater 3 � � 'less-equal-greater 2 � � 'less-equal-greater 1 � � 'less-equal-greater 0 � � 'less-equal-greater / � � 'less-equal-greater .
� sort support - � � 'less-equal-greater ,
� sort support + v � 'less-equal-greater *
� 1correlation coefficient ) � %sample covariance ( � -population covariance '
� �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 o � Chistorical alias for stddev_samp n � Chistorical alias for stddev_samp m � Chistorical alias for stddev_samp l � Chistorical alias for stddev_samp k � Chistorical alias for stddev_samp j � Chistorical 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) �od �� ��� P�� ��� ��� H�� � ��� 0�� М� p�� �� ��� 8�� ��� H�� Й� `�� �� ��� @�� 藬 ��� 8�� � ��� 0�� ؕ� ��� 0�� � ��� �� ��� h�� �� ��� `�� �� ��� `�� �� ��� `�� �� ��� H�� � x�� �� ��� H�� Ȍ� `�� �� ȋ� ��t X�^ 0�P �P �P ��P ��P h�P @�P �P �P ȉP ��P x�P P�P (�P �P ؈P ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P ІP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P ȄP ��P x�P P�P (�P � ��� `�Z 0�Z ��b ��b ��b P�b �n �n
q 5 � 'less-equal-greater
p ( � 'less-equal-greater
o ^
� SHA-512 hash
n ]
� SHA-384 hash
m \
� SHA-256 hash
l [
� SHA-224 hash
k � MD5 hash
j � MD5 hash
i � � ESYSTEM tablesample method handler
h � � KBERNOULLI tablesample method handler
g � � I/O
f � � I/O
e � � I/O
d � � I/O
c � � 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 G � I/O
V F � 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
� I/O
E � � I/O
D � � I/O
C � � I/O
B � � I/O
A � � I/O
@ � � I/O
? � � I/O
> � � I/O
= � � I/O
< � � I/O
; � � I/O
: � � I/O
9 � (internal)
8 � � -file path of relation
7 ~
� Srelation OID for filenode and tablespace
6 � � Afilenode identifier of relation
5 � � �disk space usage for all indexes attached to the specified table
4 � � �disk space usage for the specified table, including TOAST, free space and visibility map
3
� �convert a size in human-readable format with size units into bytes
2 ^ � yconvert a numeric to a human readable text using size units
1 � � {convert a long int to a human readable text using size units
0 � � �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
- x � etotal disk space usage for the specified database
, � etotal disk space usage for the specified database
+ � itotal disk space usage for the specified tablespace
* � itotal disk space usage for the specified tablespace
) I � Ycompression method for the compressed datum
( � � ybytes required to store the value, perhaps with compression
' �
� Wcurrent user privilege on role by role oid
& �
� Ycurrent user privilege on role by role name
% �
� [user privilege on role by user oid, role oid
$ �
� ]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 �d l� ȟn ��n X�n �n ��P ОP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P ȜP ��P x�P P�P (�P �P ؛P ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P ЙP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P ȗP ��P x�P P�P (�P �P ؖP ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P ДP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P ȒP ��P x�P P�P (�P �P ؑP ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P ЏP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P 荦 ��� 8�� Ȍ� H�� � ��� 8�� 芔 ��� P�� ��� ��� X�| �� ��� 0�� ؇� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 胄 ��� `�z �z �t ��r � � � +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 � + � 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 z '
� Uget the available time zone abbreviations y � � Mget the open cursors for this session x � � [get the prepared statements for this session w � � odeparse an encoded expression with pretty-print option v � � aconstraint description with pretty-print option u � � �index description (full create statement or single expression) with pretty-print option t W � �select statement of a view with pretty-printing and specified line wrapping s � � iselect statement of a view with pretty-print option r � � iselect statement of a view with pretty-print option q � � _source text of a rule with pretty-print option p w
� I/O o v
� I/O n 1 � I/O m 0 � 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 _ � � 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 � � I/O E � � I/O D � � I/O C � � I/O B � � I/O A � � I/O @ � � I/O ? � � I/O > � � I/O = � � I/O < e � I/O ; d � I/O : � � I/O 9 � � I/O 8 � � I/O 7 � � I/O 6 � � I/O 5 � � I/O 4 � � I/O 3 � � I/O 2 � � 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/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 � 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 �d � ��t x�� 0�� 螆 ��� X�� �� ȝ� ��� @�� �| ��z ��| 0�� �x ��x `�� �t �x ��b p�b 8�b �b șb ��b X�b �b �b ��b x�b @�b �b Зb ��b `�b (�b �l ��l ��l H�l �� ȕp ��p X�p �p �| ��| `�| �| �| ��� P�� �� ��� x�� 0�� 葆 ��� X�� �� Ȑ� ��� 8�� � ��� `�� �� Ўv ��v P�v �v ؍n ��n h�n 0�n ��n ��� h�� (�� 苀 ��� H�� ��� ��� `�� �� Љ� ��� H�� �� ��� h�� �� ȇ� ��� 8�� ��~ ІP ��P h�r �� ��t ��P `�P �� v ��� @�| �x ��� x�� (�� � ��� �� s r � kmap query result and structure to XML and XML Schema r q � omap table contents and structure to XML and XML Schema q p � Gmap cursor structure to XML Schema p o � Smap query result structure to XML Schema o n � Emap table structure to XML Schema n m � 9map rows from cursor to XML m l � 1map query result to XML l k � 5map table contents to XML k j � [serialize an XML value to a character string j U � /concatenate XML values i T � =aggregate transition function h S � I/O g R � I/O f Q � -validate an XML value e P � �perform a non-validating parse of a character string to produce an XML value d O � +generate XML comment c N � I/O b M � I/O a L � 7release all advisory locks ` K � ;release shared advisory lock _ J � Arelease exclusive advisory lock ^ � Sobtain shared advisory lock if available ] I � Sobtain shared advisory lock if available \ � Yobtain exclusive advisory lock if available [ H � Yobtain exclusive advisory lock if available Z � 9obtain shared advisory lock Y G � 9obtain shared advisory lock X � ?obtain exclusive advisory lock W F � ?obtain exclusive advisory lock V E � ;release shared advisory lock U D � Arelease exclusive advisory lock T � Sobtain shared advisory lock if available S C � Sobtain shared advisory lock if available R � Yobtain exclusive advisory lock if available Q B � Yobtain exclusive advisory lock if available P � 9obtain shared advisory lock O A � 9obtain shared advisory lock N � ?obtain exclusive advisory lock M @ � ?obtain exclusive advisory lock L � � 'BRIN bloom support K � � 'BRIN bloom support J � � 'BRIN bloom support I � � 'BRIN bloom support H � � 'BRIN bloom support G � /BRIN inclusion support F � /BRIN inclusion support E
� /BRIN inclusion support D � /BRIN inclusion support C � KBRIN multi minmax timestamp distance B � ABRIN multi minmax inet distance A � IBRIN multi minmax macaddr8 distance @ � GBRIN multi minmax macaddr distance ? � EBRIN multi minmax pg_lsn distance > � EBRIN multi minmax timetz distance = � IBRIN multi minmax interval distance < � ABRIN multi minmax time distance ; � ABRIN multi minmax date distance : � ABRIN multi minmax uuid distance 9 � ?BRIN multi minmax tid distance 8 � GBRIN multi minmax numeric distance 7 � EBRIN multi minmax float8 distance 6 � EBRIN multi minmax float4 distance 5 � ABRIN multi minmax int8 distance 4 � ABRIN multi minmax int4 distance 3
� ABRIN multi minmax int2 distance 2 � 5BRIN multi minmax support 1 � 5BRIN multi minmax support 0
� 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) ( P � %GIN array support ' �
� %GIN array support & �
� %GIN array support % �
� %GIN array support $ k
� sort support # � � GiST support " � � GiST support ! � � GiST support � � GiST support � � 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 �d �( ��~ x�� �� О� ��� �� ȝ� ��| 8�� М� ��� 0�� ؛� ��� X�P 0�P �P �P ��l P�� �h ��� x�� 0�� 蘄 ��| h�| �� ȗ� x�� (�� ؖ� ��� @�� 蕰 ��� 8�� ��| ��� `�~ �� ��� x�l �� В� x�� 0�� �v ��r p�r (�� � ��� 0�� � ��� 8�� �P �P ��n x�b P�P (�P ��R ȍR ��r `�P 8�P �P �P ��n ��R P�R �d �f ��P ��P h�P @�P �n ؊R ��R p�f 8�d 艖 ��� P�� �� ��� H�� �P ��P ЇP ��P ��P X�P 0�P �P �P ��P ��P h�P 0�n ��l ��~ p�� (�� �d ��r h�� �� ȃ� h�� (�t �t ��t h�t (�t v D � -GiST tsvector support u C � -GiST tsvector support t B � -GiST tsvector support s A � -GiST tsvector support r @ � -GiST tsvector support q � � sdelete lexemes that do not have one of the given weights p � � Kbuild tsvector from array of lexemes o � � Kconvert tsvector to array of lexemes n � � ?expand tsvector to set of rows m � � +delete given lexemes l � � delete lexeme k � � Gset given weight for given lexemes j ( � Iset given weight for whole tsvector i ' � 7strip position information h � %number of lexemes g & � 'less-equal-greater f ? � I/O e > � I/O d 8 � I/O c � I/O b 9 � I/O a � I/O ` 6 � I/O _ � I/O ^ 7 � I/O ] � I/O \ �
� I/O [ �
� I/O Z �
� erange of the given enum type, as an ordered array Y �
� {range between the two given enum values, as an ordered array X �
� Elast value of the input enum type W �
� Gfirst value of the input enum type V �
� Ominimum value of all enum input values U �
� Omaximum value of all enum input values T �
� larger of two S �
� smaller of two R V
� hash Q �
� hash P �
� 'less-equal-greater O �
� I/O N �
� I/O M �
� I/O L �
� I/O K \ � smaller of two J [ � larger of two I U
� hash H � � hash G � � 'less-equal-greater F � � I/O E � � I/O D � � I/O C � � I/O B h
� +generate random UUID A T
� hash @ � � hash ? � � I/O > � � I/O = � � sort support < � � 'less-equal-greater ; � � I/O : � � I/O 9 � � ;get the type of a json value 8 � � yget set of records with fields from a json array of objects 7 � � Kget record fields from a json object 6 y � yget set of records with fields from a json array of objects 5 x � Kget record fields from a json object 4 w � Ckey value pairs of a json object 3 v � Ckey value pairs of a json object 2 u � +get json object keys 1 t � +length of json array 0 � � /elements of json array / s � Ckey value pairs of a json object . q � _get value from json as text with path elements - o � Oget 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 object ) � � cmap text array of key value pairs to json object ( � � 7build an empty json object ' � � gbuild a json object from pairwise key/value inputs & � 5build an empty json array % ~ � Gbuild a json array from any inputs $ � � {aggregate non-NULL input into a json object with unique keys # � � iaggregate input into a json object with unique keys " � � Yaggregate non-NULL input into a json object ! } � Gaggregate input into a json object | � 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 `�d � ��t ��t 8�� ��t ��r x�r 8�r ��r ��r x�r 0�� 蜈 ��� X�� �� Л| ��n P�� �h Ț� ��h X�h �r ؙr ��r X�r �r ؘr ��� 8�� 藘 ��p h�� �� �\ ��\ ��\ `�\ 0�\ �\ Е\ ��\ `�z �z �r ��r p�^ @�^ �^ �^ ��^ h�� �� ��� ��^ P�^ �^ �^ ��^ ��^ `�^ 0�^ ��l ��l ��l P�l �� ��� x�� 0�� � ��� p�� 0�� �t ��b x�r 8�r ��r ��t ��b @�r �r ��r h�� �� ��� `�� �� ��� X�� �� ��� P�� �� �P ��P ��P h�P @�P �P �P ȆP ��P x�P P�P (�P Ѕ� x�� @�n ��� ��� h�� (�~ � ��� 8�� 肞 ��� H�� �� y � � Gaggregate inputs into jsonb object x � � Mjsonb object aggregate final function w � � Wjsonb object aggregate transition function v � � Wjsonb object aggregate transition function u � � Wjsonb object aggregate transition function t � � Wjsonb object aggregate transition function s � � Uaggregate input into jsonb skipping nulls r � � 7aggregate input into jsonb q � � ?jsonb aggregate final function p � � Ijsonb aggregate transition function o � � Ijsonb aggregate transition function n � � 'map input to jsonb m � � emap text array of key value pairs to jsonb object l � � emap text array of key value pairs to jsonb object 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 _ � � Eget current tsearch configuration ^ � � atrigger for automatic update of tsvector column ] � � atrigger for automatic update of tsvector column \ x � ctransform specified values from json to tsvector [ t � ]transform string values from json to tsvector Z v � etransform specified values from jsonb to tsvector Y s � _transform string values from jsonb to tsvector X w � ctransform specified values from json to tsvector W r � ]transform string values from json to tsvector V u � etransform specified values from jsonb to tsvector U q � _transform string values from jsonb to tsvector T � � +transform to tsquery S � � +transform to tsquery R � � +transform to tsquery Q � � make tsquery P � � -transform to tsvector O � � +transform to tsquery N � � +transform to tsquery M � � +transform to tsquery L � � make tsquery K � � -transform to tsvector J p � 9generate headline from json I o � 9generate headline from json H n � 9generate headline from json G m � 9generate headline from json F l � ;generate headline from jsonb E k � ;generate headline from jsonb D j � ;generate headline from jsonb C i � ;generate headline from jsonb B � � %generate headline A � � %generate headline @ � � %generate headline ? � � %generate headline > � � (internal) = � � (internal) < � � (internal) ; � � (internal) : � � (internal) 9 � � (internal) 8 � � (internal) 7 � � (internal) 6 ( � kdebug function for current text search configuration 5 ' � [debug function for text search configuration 4 � � Cnormalize one word by dictionary 3 � � (internal) 2 � � (internal) 1 � � (internal) 0 � � (internal) / � � (internal) . � � +parse text to tokens - � � +parse text to tokens , � � 3get parser's token types + � � 3get parser's token types * ~ � relevance ) } � relevance ( | � relevance ' { � relevance & z � relevance % y � relevance $ x � relevance # w � relevance " j � =statistics of tsvector column ! i � =statistics of tsvector column h � )tsvector typanalyze g � Qjoin selectivity of tsvector @@ tsquery f � _restriction selectivity of tsvector @@ tsquery � � AGiST tsquery support (obsolete) 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 Y � Mshow 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 �e � ��� P�� �� ��� `�~ �� ȝ� p�� �� Ȝ� ��| H�x �t țt ��� 8�� 蚔 ��� 0�� ș� ��� H�n �R �R ��` ��` X�` (�` ��` ȗ` ��` h�` 8�` 薖 ��p p�z 0�| �P �P ��P ��P P�r �f Д� ��| X�f �� ȓ� p�� �� ؒ� ��� H�� �P ��P БP ��P h�~ (�~ �r ��r h�r �� Џ� ��� `�P 8�P �P �P ��r h�r (�r Ѝ� ��� H�~ �~ ��� ��n X�R (�R ؋� ��` h�| �� Њ� p�� 0�� 艆 ��v h�z (�| � ��� P�� �� ��� x�z 8�| � ��� P�� �� ��� h�� (�| �z ��x ��P X�P 0�P �P �P ��P x�r 8�r �p ��� `�� �� w
� Kis the range's lower bound infinite? v � Mis the range's upper bound inclusive? u � Mis the range's lower bound inclusive? t
� )is the range empty? s � +upper bound of range r � +lower bound of range q � � I/O p � � I/O o � � I/O n � � I/O m � � I/O l � � I/O k * � 1fetch the Nth row value j ) � 3fetch the last row value i ( � 5fetch the first row value h ' � _fetch the Nth following row value with default g & � Efetch the Nth following row value f % � =fetch the following row value e $ � _fetch the Nth preceding row value with default d # � Efetch the Nth preceding row value c " � =fetch the preceding row value b � � 5planner support for ntile a ! � 3split rows into N groups ` � � =planner support for cume_dist _ � Ofractional row number within partition ^ � � Cplanner support for percent_rank ] � Cfractional rank within partition \ [ � ?planner support for dense_rank [ � 5integer rank without gaps Z Z � 3planner support for rank Y � /integer rank with gaps X Y � ?planner support for row_number W � 9row number within partition V � yflag an extension's table contents to be emitted by pg_dump U � Slist an extension's version update paths T � Elist available extension versions S
� 5list available extensions R � � equal image Q s � Qless-equal-greater based on byte images P 1 � hash O 0 � hash N � � 'less-equal-greater M � � ;commit status of transaction L � � 7get current transaction ID K � � 7get current transaction ID J � � ;is xid8 visible in snapshot? I � � aget set of in-progress transactions in snapshot H � � +get xmax of snapshot G � � +get xmin of snapshot F � � +get current snapshot E � � I/O D � � I/O C � � I/O B � � I/O A
� ;commit status of transaction @ � � ;is txid visible in snapshot? ? � � Sget set of in-progress txids in snapshot > � � +get xmax of snapshot = � � +get xmin of snapshot < � � +get current snapshot ;
� 7get current transaction ID : � 7get current transaction ID 9 ~ � I/O 8 } � I/O 7 | � I/O 6 { � I/O 5 � � =implementation of @@ operator 4 � � =implementation of @? operator 3 � � ;jsonpath match with timezone 2 � � Qjsonpath query first item with timezone 1 � � ajsonpath query wrapped into array with timezone 0 � � ;jsonpath query with timezone / � � Gjsonpath exists test with timezone . � � jsonpath match - � � 5jsonpath query first item , � � Ejsonpath query wrapped into array + � � jsonpath query * � � +jsonpath exists test ) � � I/O ( � � I/O ' � � I/O & � � I/O % �
� 5Insert value into a jsonb $ � � 3Indented text from jsonb # � � )Set part of a jsonb " � � OSet part of a jsonb, handle NULL value ! �
� GIN support �
� GIN support �
� GIN support �
� GIN support �
� GIN support �
� 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 � � 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
d � aget 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 �0e � ��� P�� � ��n ��b H�b �b ؝b ��b h�b 0�b ��b ��b ��j 8�� � ��� X�� �� ��� h�� �� ș� x�� (�� Ș� ��t H�t �r ȗr ��p X�p �t ؖt ��t X�t �t ؕt ��P ��P `�P 8�P �P �P ��| h�| (�z ؓ� ��� 8�� 蒜 ��t P�� �n �l ��l h�~ (�~ �~ ��| h�| (�| �z ��z h�z (�~ �~ ��~ h�~ (�~ �~ ��~ h�~ (�~ �n ��� h�z �� Ћ� ��z @�� ��� ��� h�� 0�f ��f ��p x�� 0�� ��n ��� X�� �� ��� X�� �� ��� h�� �� ȅ� x�� (�� � ��� 8�� 胚 ��� H�� ��� ��� X�� �� p � � OSP-GiST support for quad tree over box o � � OSP-GiST support for quad tree over box n � � OSP-GiST support for quad tree over box m �
� SSP-GiST support for quad tree over range l �
� SSP-GiST support for quad tree over range k �
� SSP-GiST support for quad tree over range j �
� SSP-GiST support for quad tree over range i �
� SSP-GiST support for quad tree over range h � � SSP-GiST support for radix tree over text g � � SSP-GiST support for radix tree over text f � � SSP-GiST support for radix tree over text e � � SSP-GiST support for radix tree over text d � � SSP-GiST support for radix tree over text c � � QSP-GiST support for k-d tree over point b � � QSP-GiST support for k-d tree over point a � � 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 ^ � � SSP-GiST support for quad tree over point ] � � SSP-GiST support for quad tree over point \ � � SSP-GiST support for quad tree over point [ � � SSP-GiST support for quad tree over point Z �
� 'construct interval Y �
� Gconstruct timestamp with time zone X �
� Gconstruct timestamp with time zone W �
� )construct timestamp V � construct time U � construct date T
� Gexpand multirange to set of ranges S % � Arange aggregate by intersecting R $ � Arange aggregate by intersecting Q S � Ucombine aggregate input into a multirange P R � 3aggregate final function O Q � =aggregate transition function N � � Ucombine aggregate input into a multirange M � � 3aggregate final function L � � =aggregate transition function K � � 'anymultirange cast J � � 7int8multirange constructor I � � 7int8multirange constructor H � � 7int8multirange constructor G � � 7datemultirange constructor F � � 7datemultirange constructor E � � 7datemultirange constructor D � � 7tstzmultirange constructor C � � 7tstzmultirange constructor B � � 7tstzmultirange constructor A � � 3tsmultirange constructor @ � � 3tsmultirange constructor ? � � 3tsmultirange constructor > � � 5nummultirange constructor = � � 5nummultirange constructor < � � 5nummultirange constructor ; � � 7int4multirange constructor : � � 7int4multirange constructor 9 � � 7int4multirange constructor 8 � � %hash a multirange 7 � � %hash a multirange 6 � � 'less-equal-greater 5 � � crestriction selectivity for multirange operators 4 � � -multirange typanalyze 3 � � Uis the multirange's upper bound infinite? 2 � � Uis the multirange's lower bound infinite? 1 � � Wis the multirange's upper bound inclusive? 0 � � Wis the multirange's lower bound inclusive? / � � 3is the multirange empty? . � � 5upper bound of multirange - � � 5lower bound of multirange , � � I/O + � � I/O * � � I/O ) � � I/O ( � � I/O ' � � I/O & j � -int8range constructor % i � -int8range constructor $ f � -daterange constructor # e � -daterange constructor " b � -tstzrange constructor ! a � -tstzrange constructor ^ � )tsrange constructor ] � )tsrange constructor � +numrange constructor � +numrange constructor � -int4range constructor � -int4range constructor Z � sfloat8 difference of two timestamp with time zone values Y � Ufloat8 difference of two timestamp values U � Kfloat8 difference of two date values T � Qfloat8 difference of two numeric values S � Kfloat8 difference of two int8 values R � Kfloat8 difference of two int4 values K � Oconvert a date range to canonical form X � Qconvert an int8 range to canonical form J � Qconvert an int4 range to canonical form b � Arange aggregate by intersecting 1 � Arange 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 � Kis the range's upper bound infinite? �Pe �� ��� `�� �� ��� P�� � ��� h�x �� ��� X�� ��� ��� h�� �� Ț� p�� (�� ؙ� ��� 8�� 蘜 ��� 0�� 藄 ��� h�p (�z � ��z X�� �z Е� ��z H�� �z ��� ��z H�l �z ȓz ��z @�� �z ��� p�z �� �z ��t `�t �t �t ��t `�t �t �t ��t `�t �t �t ��t `�t �t �t ��� �� ��� P�� � ��� 0�� Њ� x�� �� ȉ� p�� �� ��� `�� �� ��� @�� � ��� �� ��� h�� �� ��� P�� � ��� 0�� Ђ� x�� �� ��� a � � 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 Z � � ointernal conversion function for SJIS to MULE_INTERNAL Y � � sinternal conversion function for EUC_JP to MULE_INTERNAL X � � ainternal conversion function for SJIS to EUC_JP W � � ainternal conversion function for EUC_JP to SJIS V � � sinternal conversion function for MULE_INTERNAL to EUC_CN U � � sinternal conversion function for EUC_CN to MULE_INTERNAL T � � minternal conversion function for WIN866 to ISO-8859-5 S � � minternal conversion function for ISO-8859-5 to WIN866 R � � ointernal conversion function for WIN1251 to ISO-8859-5 Q � � ointernal conversion function for ISO-8859-5 to WIN1251 P � � kinternal conversion function for KOI8R to ISO-8859-5 O � � kinternal conversion function for ISO-8859-5 to KOI8R N � � ginternal conversion function for WIN1251 to WIN866 M � � ginternal conversion function for WIN866 to WIN1251 L � � cinternal conversion function for WIN866 to KOI8R K � � cinternal conversion function for KOI8R to WIN866 J � � einternal conversion function for WIN1251 to KOI8R I � � einternal conversion function for KOI8R to WIN1251 H � � sinternal conversion function for MULE_INTERNAL to WIN866 G � � sinternal conversion function for WIN866 to MULE_INTERNAL F � � uinternal conversion function for MULE_INTERNAL to WIN1251 E � � uinternal conversion function for WIN1251 to MULE_INTERNAL D � � {internal conversion function for MULE_INTERNAL to ISO-8859-5 C � � {internal conversion function for ISO-8859-5 to MULE_INTERNAL B � � qinternal conversion function for MULE_INTERNAL to KOI8R A � � qinternal conversion function for KOI8R to MULE_INTERNAL @ � � -for use by pg_upgrade ? � � -for use by pg_upgrade > � � -for use by pg_upgrade = � � -for use by pg_upgrade < � -for use by pg_upgrade ; � � -for use by pg_upgrade : � -for use by pg_upgrade 9 � -for use by pg_upgrade 8 � -for use by pg_upgrade 7 � -for use by pg_upgrade 6 � -for use by pg_upgrade 5 � -for use by pg_upgrade 4 ' � -for use by pg_upgrade 3 & � -for use by pg_upgrade 2 � -for use by pg_upgrade 1 �
� -for use by pg_upgrade 0 � � 3aggregate final function / � � Mrank of hypothetical row without gaps . � � 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 value & � � 3aggregate final function % � � Amultiple continuous percentiles $ � � 3aggregate final function # � � Amultiple continuous percentiles " � � 3aggregate final function ! � � =multiple discrete percentiles � � 3aggregate final function � � Gcontinuous distribution percentile � � 3aggregate final function � � 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 �
� 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 �pe p� ��� @�� � ��� �� ��� `�� �� ��� P�� � ��� 0�� К� p�� �� ��� h�� �� ��� `�� �� ��� X�� �� ��� P�� ��� ��� H�� � ��� @�� 蓢 ��� 0�� В� x�� �� ȑ� p�� �� ��� h�� �� ��� P�� � ��� (�� ��� `�� �� Ȍ� p�� �� ��� @�� 芮 ��� 8�� � ��� (�� ؈� h�� �� ��� 8�� � ��� 0�� Ѕ� x�� 0�� 脆 ��z X�� ��� ��� H�� �� ��� X�� �� ��� V ~ � ilist of files in the pg_logical/snapshots directory U � � Mlist files in the pgsql_tmp directory T � � Mlist files in the pgsql_tmp directory S � � ]list of files in the archive_status directory R
� Glist of files in the WAL directory Q
� Alist files in the log directory P i � get actual version of database collation from operating system O x
� mget actual version of collation from operating system N u
� Qimport collations from operating system M � � 3jsonb subscripting logic L $ � ?raw array subscripting support K # � Istandard array subscripting support J t
� ipg_controldata init state information as a function I s
� qpg_controldata recovery state information as a function H r
� upg_controldata checkpoint state information as a function G q
� opg_controldata general state information as a function F H
� ?pg_config binary as a function E � � row security for current context active on table by table name D � � }row security for current context active on table by table oid C � � qreturns whether a relation can be part of a publication B � � �get information of the tables that are part of the specified publications A ~ � Sget progress for all replication origins @ } � yget an individual replication origin's replication progress ? | � aadvance replication origin to specific location > { � creset the transaction's origin lsn and timestamp = z � csetup the transaction's origin lsn and timestamp < y � iget the replication progress of the current session ; x � gis a replication origin configured in this session : w � eteardown configured replication progress tracking 9 v � �configure session to maintain replication progress tracking for the passed in origin 8 u � etranslate the replication origin's name to its id 7 t � _drop replication origin identified by its name 6 s � 9create a replication origin 5 � � ajoin selectivity for generic matching operators 4 � � orestriction selectivity for generic matching operators 3 # � �internal conversion function for SHIFT_JIS_2004 to EUC_JIS_2004 2 " � �internal conversion function for EUC_JIS_2004 to SHIFT_JIS_2004 1 ! � qinternal conversion function for UTF8 to SHIFT_JIS_2004 0 � qinternal conversion function for SHIFT_JIS_2004 to UTF8 / � minternal conversion function for UTF8 to EUC_JIS_2004 . � 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 LATIN1 & � ainternal conversion function for LATIN1 to UTF8 % � ointernal conversion function for ISO-8859 2-16 to UTF8 $ � ointernal conversion function for UTF8 to ISO-8859 2-16 # � [internal conversion function for UTF8 to GBK " � [internal conversion function for GBK to UTF8 ! � cinternal conversion function for UTF8 to GB18030 � cinternal conversion function for GB18030 to UTF8 � ainternal conversion function for UTF8 to EUC_TW � ainternal conversion function for EUC_TW to UTF8
� 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 �e �� ��� H�� �� ��~ x�� 0�� �t ��� p�� H�P �P ��P МP ��P ��P X�P 0�P � ��� X�x �� Țj x�� 0�� � ��� 8�� ��r ��� X�� �� Зf x�� (�� �p ��` p�� (�� �| ��t X�� �p �z ��� X�~ �� ��� ��f (�� Ȓ� p�� (�� 葀 ��� H�� ��� ��� p�p �� ��� x�R H�` �d Ȏ� ��� @�~ �x ��~ `�� �� Ќ� ��p P�� �j ؋r ��h h�h (�r �d ��x h�� �� ��� h�� �� �` ��\ ��d X�Z �l �l ��� P�� �f �j ��v `�v �� ��� ��p H�t ��� ��f x�� �� ��� `�� �� ��� H�� � o � � cpseudo-type representing a polymorphic base type n � � ipseudo-type representing an internal data structure m � � upseudo-type for the result of a language handler function l � � qpseudo-type for the result of an event trigger function k � � cpseudo-type for the result of a trigger function j � � {pseudo-type for the result of a function with no real result i � � epseudo-type representing a polymorphic array type h � � Epseudo-type representing any type g � � C-style string f � � Ypseudo-type representing any composite type e � � -multirange of bigints d � � )multirange of dates c � � Qmultirange of timestamps with time zone b � � Wmultirange of timestamps without time zone a � � /multirange of numerics ` c � /multirange of integers _ V � #range of bigints ^ H � range of dates ] F � Grange of timestamps with time zone \ D � Mrange of timestamps without time zone [ B � %range of numerics Z @ � %range of integers Y � � snapshot X � � txid snapshot W � � JSON path V � � Binary JSON U � � Eregistered text search dictionary T � � Kregistered text search configuration S � Kquery representation for text search R : � qGiST index internal text representation for text search Q � Itext representation for text search P � � 1PostgreSQL LSN datatype O � � UUID datatype N � � +registered namespace M � !registered role L � � !registered type K _ � +registered collation J � � #registered class I � � Aregistered operator (with args) H � � )registered operator G � � Cregistered procedure (with args) F � � Ereference to cursor (portal name) E � � qnumeric(precision, decimal), arbitrary precision number D � 7variable-length bit string C � 1fixed-length bit string B � � 7time of day with time zone A � � E@ <number> <units>, time interval @ � � ;date and time with time zone ? Z � date and time > ; � time of day = : � date < � �varchar(length), non-blank-padded string, variable storage length ; � qchar(length), blank-padded string, fixed storage length : � )access control list 9 � KXX:XX:XX:XX:XX:XX:XX:XX, MAC address 8 � � Ynetwork IP address/netmask, network address 7 e � gIP address/netmask, host address, netmask optional 6 = � ?XX:XX:XX:XX:XX:XX, MAC address 5 � 9monetary amounts, $d,ddd.cc 4 � � Ggeometric circle '(center,radius)' 3 � � ]pseudo-type representing an undetermined type 2 � � odouble-precision floating point number, 8-byte storage 1 � � osingle-precision floating point number, 4-byte storage 0 t � geometric line / \ � =geometric polygon '(pt1,...)' . [ � Sgeometric box '(lower left,upper right)' - Z � 7geometric path '(pt1,...)' , Y � Ggeometric line segment '(pt1,pt2)' + X � 3geometric point '(x, y)' * � � )full transaction id ) � Winternal type for passing CollectedCommand ( � � -multivariate MCV list ' J
� 5multivariate dependencies & !
� 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 � Y(block, offset), physical location of tuple � Uobject identifier(oid), maximum 4 billion � Wvariable-length string, no limit specified � +registered procedure � a-2 billion to 2 billion integer, 4-byte storage � Karray of int2, used in system tables � Y-32 thousand to 32 thousand, 2-byte storage � E~18 digit integer, 8-byte storage � Y63-byte type for storing system identifiers � #single character � ]variable-length string, binary values escaped � 1boolean, 'true'/'false' � � =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 6 � 9unescape Unicode characters � � 9check Unicode normalization � � -Unicode normalization `
� 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 8�e $P ��� (�� Ȟ� h�� �� ��� H�� � h�� �� ��� �� �n ��| x�T H�\ �\ �b ��n h�t 8�\ �b И\ ��T h�n (�t ��T ȗT ��T h�\ 8�T �\ ؖT ��` x�T H�\ �n Еt ��b h�\ 8�T �\ Дn ��t X�b (�\ � ��� h�` 8�T �T ؒ\ ��\ x�T H�\ �\ �b ��n h�t 8�T �T ؐ\ ��\ p�b 8�n ��t ȏT ��\ h�\ 0�b ��n ��t ��T X�\ (�\ �b ��n x�t H�X �f �V ��^ p�v 0�x �` ȋh ��Z h�X 8�Z �^ Ȋv ��x X�` �h �Z ��X ��Z H�� �r Јd ��l X�~ �� �^ ��` x�� H�X �j �Z ��� X�\ (�Z �j ��\ ��\ X�b �b �n ��n p�t 0�t �Z ЃV ��V p�X @�X �\ �T ��T ��\ P�\ � 9
less than � 9
less than � 9
equal � 9
equal 9
not equal ~ 9
modulus } 9
modulus | 9
divide { 9
divide z 9
multiply y
9
-greater than or equal x 9
-greater than or equal w 9
'less than or equal v
9
'less than or equal u 9
greater than t 9
greater than s 9
not equal r 9
not equal q 9
#distance between p 9
multiply o 9
center of n 9
apoint within closed path, or point on open path m � 9
contains l � 9
#point inside box k � 9
same as j � 9
9deprecated, use <<| instead i � 9
is right of h � 9
is left of g � 9
9deprecated, use |>> instead f � 9
7less than or equal by area e � 9
%less than by area d � 9
equal by area c � 9
+greater than by area b � 9
=greater than or equal by area a � 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 Z � 9
is left of Y � 9
overlaps X � 9
same as W � 9
contains V � 9
!is contained by U � 9
is right of T � 9
1overlaps or is right of S � 9
/overlaps or is left of R � 9
is left of Q � 9
negate P � 9
absolute value O � 9
modulus N � 9
-greater than or equal M � 9
'less than or equal L � 9
greater than K � 9
less than J � 9
not equal I � 9
equal H � 9
-greater than or equal G � 9
'less than or equal F � 9
greater than E � 9
less than D � 9
not equal C � 9
equal B �
9
-greater than or equal A �
9
'less than or equal @ �
9
greater than ? �
9
less than > � 9
not equal = � 9
equal < � 9
equal ; � 9
-greater than or equal : � 9
'less than or equal 9 � 9
greater than 8 � 9
less than 7 � 9
not equal 6 � 9
equal 5 � 9
not equal 4 � 9
not equal 3 a 9
equal 2 ` 9
equal 1 w 9
concatenate 0 v 9
Iprepend element onto front of array / ] 9
Cappend element onto end of array . 9
not equal - 9
greater than , 9
-greater than or equal + 9
'less than or equal * 9
less than ) 9
equal ( 9
not equal ' 9
greater than & 9
-greater than or equal % 9
'less than or equal $ � 9
less than # � 9
equal " % 9
starts with ! b 9
equal a 9
less than ` 9
equal _ 9
less than ^ 9
equal ] 9
equal \ 9
equal � 9
-greater than or equal � 9
'less than or equal [ 9
equal U 9
not equal ; 9
greater than : 9
less than R 9
-greater than or equal P 9
'less than or equal L 9
greater than % 9
less than $ 9
not equal 9
equal � � 5BRIN minmax-multi summary
� � '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 � � ypseudo-type for the result of a tablesample method function E � wpseudo-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 h�e Pp ȟb ��b `�\ 0�\ ��n ��n ��t @�t �Z �Z ��V ��V X�P 0�P �P �P ��Z ��Z P�Z �Z �V ��V ��V `�V 8�P �Z ؚV ��Z p�f H�P �Z �V ��Z ��f P�` �\ �T ��\ ��\ X�b �n �t ��\ ��\ H�b �n Жt ��T h�j 0�j ��j ��j ��j P�j �j �j ��j p�j 8�j �j ГT ��\ p�\ 8�b �n ��t ��\ `�\ (�n �b ��t `�� �� ��� `�� 0�\ �` Џ\ ��n `�b �t �\ ��n ��b @�t �T �\ ��\ x�n @�b �t Ȍf ��P p�Z @�Z �V �P ��Z ��Z X�V 0�P �Z ЊZ ��V x�P H�Z �Z �V ��P ��Z `�Z 0�V ��j ��j ��j P�j �j �\ ��v h�� �� ؆� ��` h�r (�| � ��~ p�Z 8�h �Z Єh ��Z h�f 8�T �\ Ѓb ��n X�t �j �\ ��� p�~ � 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 z � 9
;divide points (scale/rotate) y � 9
?multiply points (scale/rotate) x � 9
9subtract points (translate) w � 9
/add points (translate) v � 9
not equal u � 9
#distance between t � 9
#distance between s � 9
#distance between r � 9
#distance between q � 9
#distance between p 9 9
divide o 8 9
multiply n 7 9
subtract m 6 9
add l 5 9
divide k 4 9
multiply j 3 9
subtract i 2 9
add h � 9
divide g � 9
multiply f � 9
subtract e � 9
add d � 9
divide c � 9
multiply b � 9
subtract a � 9
add ` � 9
divide _ � 9
multiply ^ � 9
subtract ] � 9
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?conversion for UTF8 to WIN1258 J } /
?conversion for WIN1257 to UTF8 I | /
?conversion for UTF8 to WIN1257 H { /
?conversion for WIN1256 to UTF8 G z /
?conversion for UTF8 to WIN1256 F y /
?conversion for WIN1255 to UTF8 E x /
?conversion for UTF8 to WIN1255 D w /
?conversion for WIN1254 to UTF8 C v /
?conversion for UTF8 to WIN1254 B u /
?conversion for WIN1253 to UTF8 A t /
?conversion for UTF8 to WIN1253 @ s /
?conversion for WIN1252 to UTF8 ? r /
?conversion for UTF8 to WIN1252 > q /
?conversion for WIN1251 to UTF8 = p /
?conversion for UTF8 to WIN1251 < o /
?conversion for WIN1250 to UTF8 ; n /
?conversion for UTF8 to WIN1250 : m /
=conversion for WIN874 to UTF8 9 l /
=conversion for UTF8 to WIN874 8 k /
=conversion for WIN866 to UTF8 7 j /
=conversion for UTF8 to WIN866 6 i /
;conversion for KOI8U to UTF8 5 h /
;conversion for UTF8 to KOI8U 4 g /
;conversion for KOI8R to UTF8 3 f /
;conversion for UTF8 to KOI8R 2 e /
9conversion for UTF8 to BIG5 1 d /
9conversion for BIG5 to UTF8 0 a /
Oconversion for MULE_INTERNAL to LATIN4 / ` /
Oconversion for LATIN4 to MULE_INTERNAL . _ /
Oconversion for MULE_INTERNAL to LATIN3 - ^ /
Oconversion for LATIN3 to MULE_INTERNAL , ] /
Oconversion for MULE_INTERNAL to LATIN1 + \ /
Oconversion for LATIN1 to MULE_INTERNAL * [ /
Cconversion for WIN1250 to LATIN2 ) Z /
Cconversion for LATIN2 to WIN1250 ( Y /
Qconversion for MULE_INTERNAL to WIN1250 ' X /
Qconversion for WIN1250 to MULE_INTERNAL & W /
Oconversion for MULE_INTERNAL to LATIN2 % V /
Oconversion for LATIN2 to MULE_INTERNAL $ U /
Kconversion for MULE_INTERNAL to BIG5 # T /
Oconversion for MULE_INTERNAL to EUC_TW " S /
Kconversion for BIG5 to MULE_INTERNAL ! R /
Oconversion for EUC_TW to MULE_INTERNAL Q /
=conversion for BIG5 to EUC_TW P /
=conversion for EUC_TW to BIG5 O /
Oconversion for MULE_INTERNAL to EUC_KR N /
Oconversion for EUC_KR to MULE_INTERNAL M /
Kconversion for MULE_INTERNAL to SJIS L /
Oconversion for MULE_INTERNAL to EUC_JP 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 WIN866 C /
Kconversion for WIN1251 to ISO-8859-5 B /
Kconversion for ISO-8859-5 to WIN1251 A /
Gconversion for KOI8R to ISO-8859-5 @ /
Gconversion for ISO-8859-5 to KOI8R ? /
Cconversion for WIN1251 to WIN866
> /
Cconversion for WIN866 to WIN1251 = /
?conversion for WIN866 to KOI8R < /
?conversion for KOI8R to WIN866
; /
Aconversion for WIN1251 to KOI8R : /
Aconversion for KOI8R to WIN1251 9 /
Oconversion for MULE_INTERNAL to 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 X�f �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜄 ��� X�� �� Л� ��� P�~ �~ Ț� ��� 0�� � ��� 0�� �r ��� X�p ��� ��� h�l �� Ȗ� ��r H�z �� ��� X�� �� Ȕ� ��� 8�� � ��� `�� �� В� ��� @�� ��� ��� h�� �� ؐ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 茄 ��� X�� �� ȋ� ��� 8�� � ��� `�� �� Љ� ��� @�� ��� ��� h�� �� ؇� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 胆 ��� X�� �� Ȃ� ��� 8�� � [ j 3 � ;implementation of < operator [ i � � =implementation of <= operator [ h � =implementation of <> operator [ g � � ;implementation of + operator [ f � � ;implementation of - operator [ e � � ?implementation of @-@ operator [ d z � ;implementation of + operator [ c � ?implementation of <-> operator [ b �
� =implementation of <> operator [ a � � =implementation of |/ operator [ ` � � ;implementation of * operator [ _ > � =implementation of <= operator [ ^ � � ?implementation of ?|| operator [ ] � ;implementation of < operator [ \ R � =implementation of >= operator [ [ u � =implementation of ?# operator [ Z � � ;implementation of + operator [ Y � � =implementation of <@ operator [ X � � =implementation of >= operator [ W $ � =implementation of >= operator [ V Q � =implementation of >= operator [ U � � ;implementation of = operator [ T � � ?implementation of ?-| operator [ S � � ;implementation of * operator [ R � � =implementation of @> operator [ Q � � =implementation of <@ operator [ P � � =implementation of <@ operator [ O � � ;implementation of - operator [ N � � ;implementation of = operator [ M � � ;implementation of = operator [ L � � =implementation of <@ operator [ K � � ;implementation of @ operator [ J � ;implementation of = operator [ I � � ;implementation of > operator [ H � � ?implementation of <-> operator [ G m � =implementation of -> operator [ F C
� ;implementation of ~ operator [ E > � ;implementation of = operator [ D O � ;implementation of / operator [ C S � =implementation of ~= operator [ B { � =implementation of !~ operator [ A � =implementation of <= operator [ @ 6 � =implementation of >= operator [ ? T � ;implementation of = operator [ > � � =implementation of >= operator [ = � � ;implementation of < operator [ < � � =implementation of >= operator [ ; � =implementation of >= operator [ : � � ;implementation of ~ operator [ 9 � � ;implementation of / operator [ 8 X � =implementation of <= operator [ 7 � � ?implementation of <-> operator [ 6 8 � ;implementation of + operator [ 5 R � =implementation of ~~ operator [ 4 & � =implementation of >= operator [ 3 � � =implementation of #- operator [ 2 � � ;implementation of / operator [ 1 ? � ;implementation of < operator [ 0 � � ;implementation of > operator [ / � � =implementation of ?# operator [ . � � ;implementation of = operator [ - � � ;implementation of | operator [ , � ;implementation of < operator [ + � � ?implementation of -|- operator [ * b � ;implementation of * operator [ ) � � ;implementation of > operator [ ( � ;implementation of + operator [ ' I � ;implementation of & operator [ & � � ;implementation of > operator [ % � ;implementation of < operator $ � �
�sorts using the Unicode Collation Algorithm with default settings # � �
9sorts by Unicode code point " � �
3standard POSIX collation ! � �
+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 stopword � +simple configuration � /
]conversion for SHIFT_JIS_2004 to EUC_JIS_2004 � /
]conversion for EUC_JIS_2004 to SHIFT_JIS_2004 � /
Mconversion for UTF8 to SHIFT_JIS_2004 � /
Mconversion for SHIFT_JIS_2004 to UTF8 � /
Iconversion for UTF8 to EUC_JIS_2004 � /
Iconversion for EUC_JIS_2004 to UTF8 � /
7conversion for UTF8 to UHC � /
7conversion for UHC to UTF8 � /
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 ��f �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜂 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓄 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 芄 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聂 [ k � ;implementation of / operator [ j � � ?implementation of <-> operator [ i � ;implementation of / operator [ h � =implementation of <@ operator [ g I � ;implementation of + operator [ f Z � =implementation of && operator [ e y � ;implementation of + operator [ d � � ;implementation of - operator [ c � � ;implementation of + operator [ b � � =implementation of ~= operator [ a W � =implementation of &> operator [ ` H � =implementation of <= operator [ _ � � =implementation of <> operator [ ^ � � =implementation of ?| operator [ ] { � ;implementation of + operator [ \ B � ;implementation of < operator [ [ p � =implementation of ^@ operator [ Z � � ;implementation of > operator [ Y � � =implementation of <= operator [ X � ;implementation of + operator [ W � � ;implementation of - operator [ V � � =implementation of <> operator [ U � � =implementation of &< operator [ T � ;implementation of * operator [ S � � ;implementation of + operator [ R � � =implementation of ## operator [ Q � � =implementation of <= operator [ P @ � ;implementation of < operator [ O � � ;implementation of - operator [ N
� ?implementation of &<| operator [ M � � =implementation of @> operator [ L w � ;implementation of + operator [ K � � =implementation of >= operator [ J � � ;implementation of @ operator [ I � � =implementation of <= operator [ H � � ?implementation of ?|| operator [ G t � ?implementation of ~>~ operator [ F � � ;implementation of @ operator [ E � � ;implementation of - operator [ D � � =implementation of >= operator [ C � � ;implementation of - operator [ B U � =implementation of <> operator [ A � � ;implementation of / operator [ @ � � ;implementation of < operator [ ? x � =implementation of ~* operator [ > � � ;implementation of - operator [ = � � =implementation of << operator [ < � � =implementation of @> operator [ ; } � ?implementation of <-> operator [ : �
� =implementation of -> operator [ 9 P � ;implementation of * operator [ 8 � � ;implementation of > operator [ 7 l � ?implementation of ->> operator [ 6 � ;implementation of - operator [ 5 � � =implementation of @@ operator [ 4 ( � =implementation of <= operator [ 3 �
� ;implementation of < operator [ 2 � � ;implementation of + operator [ 1 � � =implementation of ## operator [ 0 8 � =implementation of >= operator [ / � =implementation of <> operator [ . � � ?implementation of <-> operator [ - 9 � ;implementation of > operator [ , � =implementation of && operator [ + �
� =implementation of @> operator [ * x � ;implementation of + operator [ ) P � ;implementation of > operator [ ( � � =implementation of << operator [ ' � � ;implementation of - operator [ & k � ;implementation of | operator [ % � � ;implementation of + operator [ $ � ;implementation of / operator [ # � � ;implementation of < operator [ " � � =implementation of ~~ operator [ ! � � =implementation of >= operator [ � � ;implementation of # operator [ � � =implementation of ?| operator [ B � ;implementation of < operator [ h � =implementation of << operator [ � =implementation of @> operator [ � � ;implementation of * operator [ � � ;implementation of < operator [ e � ?implementation of <-> operator [ � � =implementation of <= operator [ � � ;implementation of + operator [ � � ;implementation of = operator [ � =implementation of @> operator [ � � ;implementation of / operator [ � � ?implementation of |>> operator [ z � ;implementation of + operator [ B � =implementation of >= operator [ � � ;implementation of - operator [ G � ;implementation of * operator [ � � =implementation of <= operator [
� � =implementation of <> operator [ � � =implementation of ~= operator [ ' � ;implementation of < operator [
� ;implementation of > operator [ A � ;implementation of > operator [ � � =implementation of || operator [ � � =implementation of >> operator [ i � =implementation of >> operator [ . � =implementation of <> operator [ F � ;implementation of - operator [ j � ;implementation of & operator [ � � ;implementation of + operator [ � � =implementation of << operator ��f �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜄 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓂 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 芄 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聄 [ k � � =implementation of ?- operator [ j � � =implementation of <= operator [ i � � =implementation of &> operator [ h N � ;implementation of * operator [ g � � =implementation of <@ operator [ f � � =implementation of >= operator [ e * � =implementation of >= operator [ d � � ;implementation of + operator [ c M � ;implementation of > operator [ b � � =implementation of ?# operator [ a � ;implementation of + operator [ ` � � ;implementation of * operator [ _ � � ;implementation of > operator [ ^ � � ;implementation of > operator [ ] o � =implementation of ## operator [ \ T � =implementation of @> operator [ [ � � ;implementation of - operator [ Z � ;implementation of < operator [ Y � � ;implementation of + operator [ X - � ;implementation of < operator [ W � � =implementation of <= operator [ V � � ;implementation of < operator [ U � � ;implementation of - operator [ T � ;implementation of + operator [ S � � =implementation of >= operator [ R � � =implementation of <> operator [ Q � � ;implementation of % operator [ P � � ;implementation of * operator [ O � � ;implementation of / operator [ N � � ?implementation of <-> operator [ M E � ;implementation of + operator [ L G
� ;implementation of + operator [ K ' � =implementation of <> operator [ J � � =implementation of <= operator [ I � � =implementation of <= operator [ H � � =implementation of <> operator [ G � ;implementation of = operator [ F m � ?implementation of <-> operator [ E � ;implementation of + operator [ D " � ;implementation of < operator [ C % � ;implementation of = operator [ B / � ;implementation of > operator [ A � � ;implementation of > operator [ @ � � =implementation of >= operator [ ? �
� ;implementation of > operator [ > � � ;implementation of = operator [ = � � ;implementation of > operator [ < � � =implementation of || operator [ ; d � ;implementation of & operator [ : � � =implementation of ?| operator [ 9 v � ;implementation of + operator [ 8 � � =implementation of @> operator [ 7 � � ;implementation of > operator [ 6 � � ;implementation of * operator [ 5 � � ;implementation of & operator [ 4 m � ;implementation of ~ operator [ 3 u � ;implementation of + operator [ 2 � � =implementation of &< operator [ 1 # � =implementation of <= operator [ 0 � � =implementation of <> operator [ / � � =implementation of <@ operator [ . � � =implementation of <> operator [ - { � =implementation of <= operator [ , � � ;implementation of = operator [ + � � ;implementation of > operator [ * = � ;implementation of > operator [ ) � ;implementation of - operator [ ( � � =implementation of <> operator [ ' � � ?implementation of <-> operator [ & � =implementation of ?# operator [ %
� ?implementation of |>> operator [ $ � � ;implementation of - operator [ # � � =implementation of &< operator [ " 8 � ;implementation of < operator [ ! � � ;implementation of - operator [ I � ;implementation of > operator [ � � ;implementation of + operator [ � � =implementation of || operator [ � � ;implementation of < operator [ � � ;implementation of / operator [ ` � ?implementation of !~~ operator [ o � =implementation of >> operator [ �
� =implementation of && operator [ � � ;implementation of = operator [ } � =implementation of && operator [ � � ;implementation of < operator [ i � ?implementation of <-> operator [ 0 � =implementation of >= operator [ S � ?implementation of !~~ operator [ � � ;implementation of * operator [ � � =implementation of !~ operator [ � � ;implementation of - operator [ � � =implementation of @> operator [ � � =implementation of <@ operator [
� � =implementation of <= operator [ � � ;implementation of = operator [ � � =implementation of <= operator [
� � ;implementation of > operator [ t � ;implementation of - operator [ } � =implementation of >= operator [ n � =implementation of << operator [ � � =implementation of >= operator [
� ?implementation of |&> operator [ � � ;implementation of < operator [ � � =implementation of <> operator [ � � ;implementation of < operator [ ) � ;implementation of > operator ��f �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜄 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓂 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 节 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聄 [ ! k � =implementation of >= operator [ ! j D � =implementation of <= operator [ ! i � � ;implementation of < operator [ ! h r � ?implementation of <-> operator [ ! g
� ;implementation of - operator [ ! f � � =implementation of <@ operator [ ! e
� ?implementation of <<| operator [ ! d � � ;implementation of > operator [ ! c W � ;implementation of > operator [ ! b � � ;implementation of * operator [ ! a � � ;implementation of + operator [ ! ` � � ?implementation of >>= operator [ ! _ ; � ;implementation of < operator [ ! ^ � � =implementation of >= operator [ ! ] � � ;implementation of # operator [ ! \ 1 � ;implementation of = operator [ ! [ 4 � =implementation of <> operator [ ! Z # � =implementation of <> operator [ ! Y � � ;implementation of @ operator [ ! X � � =implementation of <= operator [ ! W : � ;implementation of = operator [ ! V � � ;implementation of = operator [ ! U R � =implementation of <> operator [ ! T � � ;implementation of < operator [ ! S � � ?implementation of <-> operator [ ! R � � ;implementation of > operator [ ! Q � � ?implementation of @-@ operator [ ! P a � ;implementation of / operator [ ! O � � ;implementation of * operator [ ! N ~ � ?implementation of ~<~ operator [ ! M 3 � =implementation of >= operator [ ! L � � ;implementation of + operator [ ! K � � ;implementation of * operator [ ! J � � =implementation of && operator [ ! I � =implementation of >= operator [ ! H F
� ;implementation of + operator [ ! G e � ;implementation of | operator [ ! F � � ?implementation of <<= operator [ ! E � � =implementation of @> operator [ ! D , � =implementation of <> operator [ ! C � � =implementation of >= operator [ ! B � � ;implementation of = operator [ ! A y � ?implementation of !~* operator [ ! @ � � ?implementation of <-> operator [ ! ? � � ;implementation of > operator [ ! > � � ;implementation of - operator [ ! = � � =implementation of <> operator [ ! < D � ;implementation of = operator [ ! ; K � =implementation of <= operator [ ! : g � =implementation of >= operator [ ! 9 � � ;implementation of * operator [ ! 8 � � ;implementation of = operator [ ! 7 a � ?implementation of ~~* operator [ ! 6 C � =implementation of <> operator [ ! 5 @ � =implementation of >= operator [ ! 4 � � =implementation of <@ operator [ ! 3 � � ;implementation of < operator [ ! 2 � � =implementation of >= operator [ ! 1 � � ;implementation of / operator [ ! 0 � � ;implementation of = operator [ ! / � � ?implementation of -|- operator [ ! . � � ;implementation of = operator [ ! - z � ;implementation of ~ operator [ ! , � � ;implementation of ^ operator [ ! + | � ;implementation of > operator [ ! * � � ;implementation of ^ operator [ ! ) � ;implementation of * operator [ ! ( � � ;implementation of < operator [ ! ' � � =implementation of >> operator [ ! & ! � ;implementation of < operator [ ! % 1 � ;implementation of = operator [ ! $ � =implementation of ?# operator [ ! # � � ?implementation of <-> operator [ ! " �
� ;implementation of = operator [ ! ! � � =implementation of <> operator [ ! L � ;implementation of > operator [ ! O � =implementation of <= operator [ ! & � ;implementation of = operator [ ! N � ;implementation of < operator [ ! � � =implementation of ~= operator [ ! � � ?implementation of <-> operator [ ! J � ;implementation of | operator [ ! � =implementation of &> operator [ ! � � =implementation of @> operator [ ! � ?implementation of -|- operator [ ! � � =implementation of >> operator [ ! � � =implementation of >> operator [ ! n � =implementation of ## operator [ ! � � ;implementation of = operator [ ! A � ;implementation of = operator [ ! A � ;implementation of > operator [ ! � ;implementation of > operator [ ! / � ;implementation of < operator [ ! � � ;implementation of + operator [ !
y � =implementation of <> operator [ ! � � ;implementation of @ operator [ ! � � =implementation of >= operator [ !
| � ;implementation of * operator [ !
� ?implementation of &<| operator [ ! � � ;implementation of = operator [ ! � � =implementation of >= operator [ ! _ � ;implementation of * operator [ ! � � ?implementation of <<| operator [ ! � � =implementation of <= operator [ ! U � =implementation of && operator [ ! � � =implementation of @> operator [ ! � ;implementation of = operator �g �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜄 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓂 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 芄 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聂 [ " k < � ;implementation of < operator [ " j � � =implementation of ?# operator [ " i � ;implementation of & operator [ " h � � =implementation of >= operator [ " g � � =implementation of <= operator [ " f � � ;implementation of + operator [ " e @ � ;implementation of = operator [ " d q � ;implementation of | operator [ " c � � ;implementation of > operator [ " b I
� ;implementation of - operator [ " a q � Aimplementation of ~<=~ operator [ " ` � � =implementation of &< operator [ " _ c � ?implementation of ~~* operator [ " ^ �
� ;implementation of > operator [ " ] � � =implementation of || operator [ " \ I � =implementation of <> operator [ " [ � � ;implementation of - operator [ " Z � � =implementation of << operator [ " Y C � ;implementation of = operator [ " X � � ;implementation of - operator [ " W � � =implementation of <> operator [ " V � =implementation of << operator [ " U � � ;implementation of > operator [ " T q � =implementation of <@ operator [ " S � � =implementation of << operator [ " R � � ;implementation of < operator [ " Q ! � =implementation of >= operator [ " P � � =implementation of <= operator [ " O C � =implementation of <> operator [ " N m � =implementation of *= operator [ " M ~ � =implementation of >= operator [ " L � � =implementation of <= operator [ " K . � =implementation of <= operator [ " J � � ;implementation of = operator [ " I v � ;implementation of - operator [ " H � � =implementation of <= operator [ " G � � ;implementation of % operator [ " F � � ;implementation of = operator [ " E � � ;implementation of > operator [ " D � � =implementation of @> operator [ " C O � =implementation of <= operator [ " B � � ;implementation of * operator [ " A � � ;implementation of - operator [ " @ s � ;implementation of ~ operator [ " ? � � ?implementation of <-> operator [ " > q � ?implementation of *<= operator [ " = < � ;implementation of < operator [ " < � � =implementation of ## operator [ " ; � � ;implementation of < operator [ " : � � =implementation of ~* operator [ " 9 p � ?implementation of ~<~ operator [ " 8 � � =implementation of <= operator [ " 7 � � =implementation of <= operator [ " 6 � � ;implementation of % operator [ " 5 � � =implementation of >= operator [ " 4 � � =implementation of @> operator [ " 3 � � ;implementation of < operator [ " 2 �
� =implementation of && operator [ " 1 � ;implementation of - operator [ " 0 ? � ;implementation of < operator [ " / � � Aimplementation of ~>=~ operator [ " . U � =implementation of << operator [ " - k � ?implementation of <-> operator [ " , � � =implementation of <= operator [ " + � � ;implementation of > operator [ " * � � ;implementation of - operator [ " ) 5 � ;implementation of > operator [ " ( � � =implementation of || operator [ " ' �
� =implementation of <= operator [ " & N � ;implementation of < operator [ " % � � ;implementation of = operator [ " $ � � =implementation of <> operator [ " # � � =implementation of <> operator [ " " � � ?implementation of <-> operator [ " ! � � =implementation of <> operator [ " � � ?implementation of <-> operator [ " r � ;implementation of # operator [ " G
� ;implementation of * operator [ " � � ?implementation of -|- operator [ " � ;implementation of ~ operator [ " � � ;implementation of + operator [ " _ � =implementation of ~~ operator [ " C � ;implementation of > operator [ " � � =implementation of >= operator [ " �
� =implementation of >= operator [ " � � =implementation of @> operator [ " X � ;implementation of * operator [ " � ;implementation of > operator [ " � � =implementation of <> operator [ " - � ;implementation of = operator [ " � � ;implementation of - operator [ " � ;implementation of > operator [ " � � =implementation of <= operator [ " � � ;implementation of < operator [ "
> � ;implementation of = operator [ " 2 � ;implementation of > operator [ " � =implementation of <= operator [ "
t � =implementation of << operator [ " + � ;implementation of = operator [ " k � =implementation of @> operator [ " � � ;implementation of > operator [ " � =implementation of <> operator [ " � � ;implementation of < operator [ " � ;implementation of = operator [ " � � ;implementation of + operator [ " j � ;implementation of # operator [ " � � ;implementation of > operator 3g �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜄 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓄 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 节 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聆 [ # k
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� =implementation of >= operator [ # P � � =implementation of <= operator [ # O % � ;implementation of > operator [ # N � ;implementation of < operator [ # M V � =implementation of &< operator [ # L � � ;implementation of # operator [ # K � � ;implementation of = operator [ # J � � =implementation of >= operator [ # I � � =implementation of &> operator [ # H $ � ;implementation of = operator [ # G Z � =implementation of ~~ operator [ # F � � =implementation of <= operator [ # E � � =implementation of @@ operator [ # D � � =implementation of ?& operator [ # C B � =implementation of >= operator [ # B � � ;implementation of = operator [ # A | � ?implementation of <-> operator [ # @ � � ;implementation of + operator [ # ? � � =implementation of @@ operator [ # > � � ;implementation of * operator [ # = � � ;implementation of = operator [ # < H � ;implementation of / operator [ # ;
� ;implementation of * operator [ # : � � ;implementation of = operator [ # 9 � � ;implementation of * operator [ # 8 : � =implementation of <= operator [ # 7 o � =implementation of *< operator [ # 6 � � ;implementation of - operator [ # 5 > � ;implementation of = operator [ # 4 p � =implementation of *> operator [ # 3 $ � =implementation of >= operator [ # 2 � � ;implementation of = operator [ # 1 � ;implementation of | operator [ # 0 � � ;implementation of + operator [ # / J � ;implementation of < operator [ # . J � =implementation of <= operator [ # - A � =implementation of <> operator [ # , ' � ;implementation of = operator [ # + J � =implementation of >= operator [ # * � � =implementation of >= operator [ # ) � � ;implementation of @ operator [ # ( b � Aimplementation of !~~* operator [ # ' K � ;implementation of = operator [ # & T � =implementation of <> operator [ # % � � =implementation of <> operator [ # $ ^ � ;implementation of * operator [ # # � � ;implementation of < operator [ # " r � ?implementation of *>= operator [ # ! � ;implementation of = operator [ # � � =implementation of &> operator [ # � � =implementation of && operator [ # � � =implementation of << operator [ #
� ?implementation of <<| operator [ # t � =implementation of <^ operator [ # ? � ;implementation of > operator [ # ; � =implementation of <> operator [ # �
� ;implementation of < operator [ # � � =implementation of <@ operator [ # n � ?implementation of ->> operator [ # � � ;implementation of ~ operator [ # " � ;implementation of > operator [ # � � =implementation of <> operator [ # � � ?implementation of <<| operator [ # � � =implementation of <@ operator [ # H � ;implementation of ~ operator [ # � � =implementation of @@ operator [ # O � ;implementation of ~ operator [ # � � ?implementation of |>> operator [ #
� � ;implementation of - operator [ # � � ?implementation of !~~ operator [ # ! � =implementation of <= operator [ #
� � ;implementation of - operator [ # � � =implementation of <= operator [ # � � =implementation of ~* operator [ # � � ;implementation of / operator [ # � � =implementation of >= operator [ # � � =implementation of <> operator [ # � � ;implementation of ? operator [ # E � ;implementation of = operator [ # � � ;implementation of + operator [ # � � ;implementation of + operator HSg �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜄 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓂 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 芄 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聄 [ $ k � � =implementation of <> operator [ $ j � � =implementation of >= operator [ $ i � � =implementation of >= operator [ $ h � � =implementation of <> operator [ $ g n � ?implementation of *<> operator [ $ f � � ;implementation of < operator [ $ e X � =implementation of >> operator [ $ d � � ;implementation of > operator [ $ c � � =implementation of >= operator [ $ b V � =implementation of || operator [ $ a � � ;implementation of / operator [ $ ` � Aimplementation of ~<=~ operator [ $ _ 3 � =implementation of @@ operator [ $ ^ � � ;implementation of + operator [ $ ] � � =implementation of >> operator [ $ \ = � ;implementation of = operator [ $ [ N � =implementation of <> operator [ $ Z � =implementation of <= operator [ $ Y # � ;implementation of > operator [ $ X � � ?implementation of <-> operator [ $ W � � ;implementation of = operator [ $ V ` � ;implementation of * operator [ $ U A � =implementation of <> operator [ $ T � � =implementation of >= operator [ $ S ? � =implementation of >= operator [ $ R � � ?implementation of ~>~ operator [ $ Q � � =implementation of <= operator [ $ P > � ;implementation of = operator [ $ O � ;implementation of + operator [ $ N � � ;implementation of > operator [ $ M � � ;implementation of < operator [ $ L � � ;implementation of / operator [ $ K � =implementation of &< operator [ $ J � � ;implementation of - operator [ $ I � � ;implementation of < operator [ $ H E � =implementation of >= operator [ $ G � � ;implementation of + operator [ $ F � � =implementation of <> operator [ $ E � � ?implementation of ->> operator [ $ D � � ;implementation of + operator [ $ C Q � =implementation of <> operator [ $ B | � ?implementation of ~~* operator [ $ A � � =implementation of -> operator [ $ @ � � ;implementation of < operator [ $ ? � =implementation of <> operator [ $ > � � =implementation of &> operator [ $ = � � ;implementation of / operator [ $ < � � ;implementation of + operator [ $ ; � � ;implementation of < operator [ $ : � � =implementation of <@ operator [ $ 9 � � =implementation of <> operator [ $ 8 ~ � ;implementation of + operator [ $ 7 u � =implementation of >> operator [ $ 6 � =implementation of >> operator [ $ 5 f � ;implementation of > operator [ $ 4 � ;implementation of - operator [ $ 3 9 � ;implementation of > operator [ $ 2 � � =implementation of <> operator [ $ 1 � � =implementation of >> operator [ $ 0 < � ;implementation of = operator [ $ / " � ;implementation of = operator [ $ . � � =implementation of <> operator [ $ - � ;implementation of * operator [ $ , � � ;implementation of % operator [ $ + � � ;implementation of > operator [ $ * � � ?implementation of ->> operator [ $ ) � � ;implementation of - operator [ $ ( g � ;implementation of ~ operator [ $ ' p � ;implementation of & operator [ $ & � � =implementation of >= operator [ $ % � � =implementation of <= operator [ $ $ � � =implementation of @@ operator [ $ # � � =implementation of >= operator [ $ " � � ;implementation of > operator [ $ ! F � =implementation of <> operator [ $ � ;implementation of + operator [ $ � � ?implementation of <-> operator [ $ �
� =implementation of <@ operator [ $ } � ;implementation of / operator [ $ � � =implementation of !~ operator [ $ t � =implementation of <@ operator [ $ l � ?implementation of <-> operator [ $ � � ;implementation of - operator [ $ � ;implementation of = operator [ $ k � =implementation of -> operator [ $ k � =implementation of <> operator [ $ H � ;implementation of = operator [ $ L � =implementation of >= operator [ $ � � =implementation of && operator [ $
� ?implementation of |&> operator [ $ � � =implementation of @@ operator [ $ " � =implementation of <= operator [ $ z � ;implementation of < operator [ $ E
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� � =implementation of <@ operator [ $ � � =implementation of >= operator [ $ s � ?implementation of <-> operator [ $ � � =implementation of ?- operator [ $ � � ;implementation of - operator [ $ � � ;implementation of / operator [ $
� ?implementation of |>> operator [ $ � � =implementation of || operator [ $ 2 � =implementation of @@ operator [ $ � ;implementation of - operator xsg � ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜂 ��� X�� �� ț� ��� 8�� � ��� `�� �� Й� ��� @�� ��� ��� h�� �� ؗ� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蓄 ��� X�� �� Ȓ� ��� 8�� � ��� `�� �� А� ��� @�� ��� ��� h�� �� ؎� ��� H�� �� ��� p�� (�� � ��� P�� �� Ћj ��\ h�p (�z ��T ��j ��R X�b (�X �n ��V ��f @�� �j Јl ��j `�f �x �j ��h x�d @�h �j Іh ��j `�f (�j �p ��d p�� 8�f ��t ��f ��j H�r �f d ��j h�f 8�Z �j P ��f p�Z 8�j �` ] . % u e0 �
Azerbaijani] - % t d0 �
#Asturian (Spain) ] , % s c0 �
Asturian ] + % r b0 �
Asu (Tanzania) ] * % q a0 �
Asu] ) % p `0 �
#Assamese (India) ] ( % o _0 �
Assamese ] ' % n ^0 �
Arabic (Yemen) ] & % m ]0 �
#Arabic (Tunisia) ] % % l \0 �
Arabic (Chad) ] $ % k [0 �
Arabic (Syria) ] # % j Z0 �
+Arabic (South Sudan) ] " % i Y0 �
#Arabic (Somalia) ] ! % h X0 �
Arabic (Sudan) ] % g W0 �
-Arabic (Saudi Arabia) ] % f V0 �
Arabic (Qatar) ] % e U0 �
CArabic (Palestinian Territories) ] % d T0 �
Arabic (Oman) ] % c S0 �
)Arabic (Mauritania)] % b R0 �
#Arabic (Morocco) ] % a Q0 �
Arabic (Libya) ] % ` P0 �
#Arabic (Lebanon) ] % _ O0 �
!Arabic (Kuwait) ] % ^ N0 �
#Arabic (Comoros) ] % ] M0 �
!Arabic (Jordan) ] % \ L0 �
Arabic (Iraq) ] % [ K0 �
!Arabic (Israel) ] % Z J0 �
#Arabic (Eritrea) ] % Y I0 �
1Arabic (Western Sahara) ] % X H0 �
Arabic (Egypt) ] % W G0 �
#Arabic (Algeria) ] % V F0 �
%Arabic (Djibouti) ] % U E0 �
#Arabic (Bahrain) ]
% T D0 �
=Arabic (United Arab Emirates) ] % S C0 �
Arabic (World) ] % R B0 �
Arabic ]
% Q A0 �
'Amharic (Ethiopia) ] % P @0 �
Amharic ] % O ?0 �
Akan (Ghana) ] % N >0 �
Akan ] % M =0 �
#Aghem (Cameroon) ] % L <0 �
Aghem ] % K ;0 �
3Afrikaans (South Africa) ] % J :0 �
)Afrikaans (Namibia)] % I 90 �
Afrikaans ] % H 80 �
#Unknown language [ % G � � =implementation of <> operator [ % F � � ;implementation of < operator [ % E � � =implementation of && operator [ % D � � ;implementation of < operator [ % C } � Aimplementation of !~~* operator [ % B � � =implementation of <> operator [ % A � =implementation of || operator [ % @ � � ;implementation of - operator [ % ? � � =implementation of << operator [ % > % � ;implementation of > operator [ % = � � ;implementation of * operator [ % < � � ;implementation of / operator [ % ; � � ?implementation of ||/ operator [ % : 0 � =implementation of <= operator [ % 9 @ � =implementation of <= operator [ % 8 � � ?implementation of ?-| operator [ % 7 l � =implementation of <@ operator [ % 6
� ;implementation of / operator [ % 5 � ;implementation of * operator [ % 4 � � ;implementation of = operator [ % 3 � � =implementation of <= operator [ % 2 � � =implementation of <> operator [ % 1 l � ;implementation of # operator [ % 0 � � ?implementation of <-> operator [ % / @ � =implementation of <= operator [ % . � � ;implementation of - operator [ % - ? � ;implementation of = operator [ % , � � =implementation of >> operator [ % + � � =implementation of <> operator [ % * � � =implementation of &> operator [ % ) � � =implementation of >= operator [ % ( � � ;implementation of * operator [ % ' 4 � =implementation of <= operator [ % & . � ;implementation of / operator [ % % Y � =implementation of <@ operator [ % $ � � =implementation of ?| operator [ % # � � =implementation of <= operator [ % " 2 � =implementation of <> operator [ % ! � � ?implementation of !~* operator [ % y � ;implementation of = operator [ % f � ;implementation of # operator [ % s � Aimplementation of ~>=~ operator [ % M � =implementation of >= operator [ % � � ;implementation of - operator [ % c � ;implementation of / operator [ % � � =implementation of << operator [ % � � ;implementation of - operator [ % �
� =implementation of <= operator [ % � � ;implementation of / operator [ % � � =implementation of &< operator [ % � � ;implementation of = operator [ %
� ?implementation of |&> operator [ % W � =implementation of !! operator [ % � � ;implementation of > operator [ % D
� ;implementation of & operator [ % � � ;implementation of < operator [ % � � ;implementation of / operator [ % � � =implementation of <> operator [ %
� � ;implementation of + operator [ % � � ;implementation of - operator [ % � � ;implementation of < operator [ %
S � ;implementation of > operator [ % � � ;implementation of < operator [ % P � ;implementation of = operator [ % � � =implementation of <> operator [ % H
� ;implementation of - operator [ % I � ;implementation of < operator [ % [ � ?implementation of !~~ operator [ % � � ;implementation of + operator [ % � � ;implementation of > operator [ % � � ;implementation of > operator ��g 48 ��v x�� @�p ��� ȞT ��j `�^ �r �T ��f ��R P�h �\ �r ��X x�f H�V �p ؛f ��X p�h 8�h �V Кh ��R h�b 8�X �n ��� x�h (�� ��X ��l ��h P�j �h �V ��p x�f H�X �j �X ��t p�T 8�f �Z ȕz ��h P�v �v �T ��h x�T 8�v �V Гj ��n h�T 0�d �V Ȓj ��j P�r �j �f ��v h�p 8�T �d Ȑd ��x X�T �j �^ ��r ��Z H�l �R �b ��P ��` X�^ (�T �f ��f ��X P�h �j Ќ� ��� X�n �z �l ��p p�n 8�l �l Ȋl ��l X�n �j �j ��� `�t �v �n ��~ p�j 8�l ��v ��l ��n P�l �l �f ��~ `�r �z �l ��n x�h @�p �j Єf ��j P�� �l �j ��t h�h �� �j ��l p�h 8�n ] � & � �0 �
'English (Kiribati) ] � & � �0 �
!English (Kenya) ] � & � �0 �
%English (Jamaica) ] � & � �0 �
#English (Jersey) ] � & � �0 �
SEnglish (British Indian Ocean Territory) ] � & � �0 �
!English (India) ] � & � �0 �
-English (Isle of Man) ] � & � �0 �
#English (Israel) ] � & �0 �
%English (Ireland) ] � & ~ �0 �
=English (Hong Kong SAR China) ] � & } �0 �
#English (Guyana) ] � & | �0 �
English (Guam) ] � & { �0 �
#English (Gambia) ] � & z �0 �
)English (Gibraltar)] � & y �0 �
!English (Ghana) ] � & x �0 �
'English (Guernsey) ] � & w �0 �
%English (Grenada) ] � & v �0 �
3English (United Kingdom) ] � & u �0 �
+English (Micronesia) ] � & t �0 �
7English (Falkland Islands) ] � & s �0 �
English (Fiji) ] � & r �0 �
%English (Finland) ] � & q �0 �
%English (Eritrea) ] � & p �0 �
'English (Dominica) ] � & o �0 �
%English (Denmark) ] � & n �0 �
/English (Diego Garcia) ] � & m �0 �
%English (Germany) ] � & l �0 �
#English (Cyprus) ] � & k �0 �
7English (Christmas Island) ] � & j �0 �
'English (Cameroon) ] � & i �0 �
/English (Cook Islands) ] � & h �0 �
-English (Switzerland) ] � & g �0 �
EEnglish (Cocos [Keeling] Islands) ] � & f �0 �
#English (Canada) ] � & e �0 �
#English (Belize) ] � & d �0 �
'English (Botswana) ] � & c �0 �
%English (Bahamas) ] � & b �0 �
%English (Bermuda) ] � & a �0 �
%English (Burundi) ] � & ` �0 �
%English (Belgium) ] � & _ �0 �
'English (Barbados) ] � & ^ �0 �
)English (Australia)] � & ] �0 �
%English (Austria) ] � & \ �0 �
3English (American Samoa) ] � & [ �0 �
'English (Anguilla) ] � & Z �0 �
9English (Antigua & Barbuda)] � & Y �0 �
?English (United Arab Emirates) ] � & X �0 �
#English (Europe) ] � & W �0 �
!English (World) ] � & V �0 �
English ] � & U �0 �
Greek (Greece) ] � & T �0 �
Greek (Cyprus) ] � & S �0 �
Greek ] � & R �0 �
Ewe (Togo) ] & Q �0 �
Ewe (Ghana)] ~ & P �0 �
Ewe] } & O �0 �
Embu (Kenya) ] | & N �0 �
Embu ] { & M �0 �
%Dzongkha (Bhutan) ] z & L �0 �
Dzongkha ] y & K �0 �
+Jola-Fonyi (Senegal) ] x & J �0 �
Jola-Fonyi ] w & I �0 �
#Duala (Cameroon) ] v & H �0 �
Duala ] u & G �0 �
1Lower Sorbian (Germany) ] t & F �0 �
Lower Sorbian ] s & E �0 �
Zarma (Niger) ] r & D �0 �
Zarma ] q & C �0 �
)German (Luxembourg)] p & B �0 �
/German (Liechtenstein) ] o & A �0 �
German (Italy) ] n & @ �0 �
#German (Germany) ] m & ? �0 �
+German (Switzerland) ] l & > �0 �
#German (Belgium) ] k & = �0 �
#German (Austria) ] j & < �0 �
German ] i & ; �0 �
Taita (Kenya) ] h & : �0 �
Taita ] g & 9 �0 �
'Danish (Greenland) ] f & 8 �0 �
#Danish (Denmark) ] e & 7 �0 �
Danish ] d & 6 �0 �
/Welsh (United Kingdom) ] c & 5 �0 �
Welsh ] b & 4 �0 �
!Czech (Czechia) ] a & 3 �0 �
Czech ] ` & 2 �0 �
/Central Kurdish (Iran) ] _ & 1 �0 �
/Central Kurdish (Iraq) ] ^ & 0 �0 �
!Central Kurdish ] ] & / �0 �
3Cherokee (United States) ] \ & . �0 �
Cherokee ] [ & - �0 �
Chiga (Uganda) ] Z & , �0 �
Chiga ] Y & + �0 �
-Cebuano (Philippines) ] X & * �0 �
Cebuano ] W & ) �0 �
#Chechen (Russia) ] V & ( �0 �
Chechen ] U & ' �0 �
Chakma (India) ] T & & �0 �
)Chakma (Bangladesh)] S & % �0 �
Chakma ] R & $ �0 �
!Catalan (Italy) ] Q & # �0 �
#Catalan (France) ] P & " �0 �
!Catalan (Spain) ] O & ! �0 �
%Catalan (Andorra) ] N & �0 �
Catalan ] M & �0 �
MBosnian (Latin, Bosnia & Herzegovina) ] L & �0 �
!Bosnian (Latin) ] K & �0 �
SBosnian (Cyrillic, Bosnia & Herzegovina) ] J & �0 �
'Bosnian (Cyrillic) ] I & �0 �
Bosnian ] H & 0 �
Bodo (India) ] G & ~0 �
Bodo ] F & }0 �
!Breton (France) ] E & |0 �
Breton ] D & {0 �
!Tibetan (India) ] C & z0 �
!Tibetan (China) ] B & y0 �
Tibetan ] A & x0 �
Bangla (India) ] @ & w0 �
)Bangla (Bangladesh)] ? & v0 �
Bangla ] > & u0 �
Bambara (Mali) ] = & t0 �
Bambara ] < & s0 �
+Bulgarian (Bulgaria) ] ; &
r0 �
Bulgarian ] : & q0 �
!Bena (Tanzania) ] 9 & p0 �
Bena ] 8 &
o0 �
Bemba (Zambia) ] 7 & n0 �
Bemba ] 6 & m0 �
+Belarusian (Belarus) ] 5 & l0 �
Belarusian ] 4 & k0 �
#Basaa (Cameroon) ] 3 & j0 �
Basaa ] 2 & i0 �
AAzerbaijani (Latin, Azerbaijan) ] 1 & h0 �
)Azerbaijani (Latin)] 0 & g0 �
GAzerbaijani (Cyrillic, Azerbaijan) ] / & f0 �
/Azerbaijani (Cyrillic) �g 0 ��� ��z H�p �l ؞l ��r X�~ �| Н� ��r X�h �p �j ��n x�l 8�z �l ��t ��h P�f �t К~ ��t X�n �~ ؙt ��h h�j (�| �r ��h x�j @�p �r ȗn ��v H�t �v Жn ��� P�l �h ؕ� ��j h�n 0�j 蔈 ��x `�� �� Г� ��� P�l �h ؒv ��j h�n 8�\ �l БX ��x X�p �l �j ��j x�h @�n �r ȏf ��� @�| �l Ўh ��� X�p �n �z ��j p�p 8�j �f ��t ��t H�n �t ȋx ��l X�p (�Z �n ��V ��f X�V �l �X ��t x�f H�T �d Ј� ��x P�r �t Їt ��� H�v �| Ȇr ��v H�� �v Ѕd ��� P�x �r Єt ��t H�� �v ȃ| ��r H�v �� Ȃv ��X `�l 0�Z ] 4 ' k1 �
Filipino ] 3 ' ~ j1 �
%Finnish (Finland) ] 2 ' } i1 �
Finnish ] 1 ' | h1 �
/Fulah (Latin, Senegal) ] 0 ' { g1 �
9Fulah (Latin, Sierra Leone)] / ' z f1 �
/Fulah (Latin, Nigeria) ] . ' y e1 �
+Fulah (Latin, Niger) ] - ' x d1 �
5Fulah (Latin, Mauritania) ] , ' w c1 �
/Fulah (Latin, Liberia) ] + ' v b1 �
;Fulah (Latin, Guinea-Bissau) ] * ' u a1 �
-Fulah (Latin, Guinea) ] ) ' t `1 �
-Fulah (Latin, Gambia) ] ( ' s _1 �
+Fulah (Latin, Ghana) ] ' ' r ^1 �
1Fulah (Latin, Cameroon) ] & ' q ]1 �
9Fulah (Latin, Burkina Faso)] % ' p \1 �
Fulah (Latin) ] $ ' o [1 �
/Fulah (Adlam, Senegal) ] # ' n Z1 �
9Fulah (Adlam, Sierra Leone)] " ' m Y1 �
/Fulah (Adlam, Nigeria) ] ! ' l X1 �
+Fulah (Adlam, Niger) ] ' k W1 �
5Fulah (Adlam, Mauritania) ] ' j V1 �
/Fulah (Adlam, Liberia) ] ' i U1 �
;Fulah (Adlam, Guinea-Bissau) ] ' h T1 �
-Fulah (Adlam, Guinea) ] ' g S1 �
-Fulah (Adlam, Gambia) ] ' f R1 �
+Fulah (Adlam, Ghana) ] ' e Q1 �
1Fulah (Adlam, Cameroon) ] ' d P1 �
9Fulah (Adlam, Burkina Faso)] ' c O1 �
Fulah (Adlam) ] ' b N1 �
Fulah ] ' a M1 �
Persian (Iran) ] ' ` L1 �
-Persian (Afghanistan) ] ' _ K1 �
Persian ] ' ^ J1 �
%Ewondo (Cameroon) ] ' ] I1 �
Ewondo ] ' \ H1 �
Basque (Spain) ] ' [ G1 �
Basque ] ' Z F1 �
'Estonian (Estonia) ] ' Y E1 �
Estonian ]
' X D1 �
)Spanish (Venezuela)] ' W C1 �
%Spanish (Uruguay) ] ' V B1 �
1Spanish (United States) ]
' U A1 �
-Spanish (El Salvador) ] ' T @1 �
'Spanish (Paraguay) ] ' S ?1 �
-Spanish (Puerto Rico) ] ' R >1 �
-Spanish (Philippines) ] ' Q =1 �
Spanish (Peru) ] ' P <1 �
#Spanish (Panama) ] ' O ;1 �
)Spanish (Nicaragua)] ' N :1 �
#Spanish (Mexico) ] ' M 91 �
3Spanish (Canary Islands) ] ' L 81 �
'Spanish (Honduras) ] ' K 71 �
)Spanish (Guatemala)] � ' J 61 �
9Spanish (Equatorial Guinea)] � ' I 51 �
!Spanish (Spain) ] � ' H 41 �
%Spanish (Ecuador) ] � ' G 31 �
5Spanish (Ceuta & Melilla) ] � ' F 21 �
;Spanish (Dominican Republic) ] � ' E 11 �
Spanish (Cuba) ] � ' D 01 �
+Spanish (Costa Rica) ] � ' C /1 �
'Spanish (Colombia) ] � ' B .1 �
!Spanish (Chile) ] � ' A -1 �
#Spanish (Belize) ] � ' @ ,1 �
#Spanish (Brazil) ] � ' ? +1 �
%Spanish (Bolivia) ] � ' > *1 �
)Spanish (Argentina)] � ' = )1 �
1Spanish (Latin America) ] � ' < (1 �
Spanish ] � ' ; '1 �
%Esperanto (World) ] � ' : &1 �
Esperanto ] � ' 9 %1 �
'English (Zimbabwe) ] � ' 8 $1 �
#English (Zambia) ] � ' 7 #1 �
/English (South Africa) ] � ' 6 "1 �
!English (Samoa) ] � ' 5 !1 �
%English (Vanuatu) ] � ' 4 1 �
=English (U.S. Virgin Islands) ] � ' 3 1 �
CEnglish (British Virgin Islands) ] � ' 2 1 �
GEnglish (St. Vincent & Grenadines) ] � ' 1 1 �
EEnglish (United States, Computer) ] � ' 0 1 �
1English (United States) ] � ' / 1 �
AEnglish (U.S. Outlying Islands) ] � ' . 1 �
#English (Uganda) ] � ' - 1 �
'English (Tanzania) ] � ' , 1 �
#English (Tuvalu) ] � ' + 1 �
9English (Trinidad & Tobago)] � ' * 1 �
!English (Tonga) ] � ' ) 1 �
%English (Tokelau) ] � ' ( 1 �
CEnglish (Turks & Caicos Islands) ] � ' ' 1 �
'English (Eswatini) ] � ' & 1 �
/English (Sint Maarten) ] � ' % 1 �
-English (South Sudan) ] � ' $ 1 �
/English (Sierra Leone) ] � ' # 1 �
'English (Slovenia) ] � ' " 1 �
+English (St. Helena) ] � ' !
1 �
)English (Singapore)] � ' 1 �
#English (Sweden) ] � ' 1 �
!English (Sudan) ] � '
1 �
+English (Seychelles) ] � ' 1 �
5English (Solomon Islands) ] � ' 1 �
#English (Rwanda) ] � ' 1 �
!English (Palau) ] � ' 1 �
-English (Puerto Rico) ] � ' 1 �
7English (Pitcairn Islands) ] � ' 1 �
'English (Pakistan) ] � ' 1 �
-English (Philippines) ] � ' 1 �
7English (Papua New Guinea) ] � ' 1 �
-English (New Zealand) ] � ' 1 �
English (Niue) ] � ' �0 �
!English (Nauru) ] � ' �0 �
-English (Netherlands) ] � ' �0 �
%English (Nigeria) ] � ' �0 �
3English (Norfolk Island) ] � ' �0 �
%English (Namibia) ] � ' �0 �
'English (Malaysia) ] � '
�0 �
#English (Malawi) ] � ' �0 �
)English (Mauritius)] � ' �0 �
!English (Malta) ] � '
�0 �
+English (Montserrat) ] � ' �0 �
GEnglish (Northern Mariana Islands) ] � ' �0 �
5English (Macao SAR China) ] � ' �0 �
7English (Marshall Islands) ] � ' �0 �
+English (Madagascar) ] � ' �0 �
%English (Lesotho) ] � ' �0 �
%English (Liberia) ] � ' �0 �
)English (St. Lucia)] � ' �0 �
3English (Cayman Islands) ] � ' �0 �
9English (St. Kitts & Nevis) 8�g 8@ ��v ��X X�l �x �V ��j p�t 8�j �f ȝh ��| @�� ��� ��r ��l H�l �j ؛h ��f `�v (�h �p ��~ x�f @�j �p Йj ��h `�p (�p �d ��p ��p H�n �v Зf ��| H�� �h ؖp ��j h�f 0�d ��d ��j ��j H�z �j �Z ��j p�h (�� ��T ��v ��h H�h �� ВZ ��j `�b �~ �t ��� h�Z 0�j �T Ȑd ��R `�n 0�T ��d ��d ��h X�Z �z �V ��h ��T H�d �Z Ѝ� ��n `�d �x �\ ��p ��Z P�n �` �p ��^ x�v H�R �f �^ ��n x�\ @�p �X Љt ��h X�r �v �Z ��j ��V H�l �X �n ��Z p�r @�Z �n ؆V ��j p�T 8�d �X Ѕn ��b X�| �b �p ��V ��f P�V �p �R ��h ��` @�x �Z j ��T p�j @�X ] � ( � �1 �
Kannada ] � ( � �1 �
#Khmer (Cambodia) ] � ( � �1 �
Khmer ] � ( � �1 �
#Kalenjin (Kenya) ] � ( � �1 �
Kalenjin ] � ( � �1 �
1Kalaallisut (Greenland) ] � ( � �1 �
Kalaallisut] � ( � �1 �
!Kako (Cameroon) ] � ( � �1 �
Kako ] � ( �1 �
)Kazakh (Kazakhstan)] � ( ~ �1 �
Kazakh ] � ( } �1 �
Kikuyu (Kenya) ] � ( | �1 �
Kikuyu ] � ( { �1 �
)Koyra Chiini (Mali)] � ( z �1 �
Koyra Chiini ] � ( y �1 �
5Kabuverdianu (Cape Verde) ] � ( x �1 �
Kabuverdianu ] � ( w �1 �
'Makonde (Tanzania) ] � ( v �1 �
Makonde ] � ( u �1 �
Kamba (Kenya) ] � ( t �1 �
Kamba ] � ( s �1 �
#Kabyle (Algeria) ] � ( r �1 �
Kabyle ] � ( q �1 �
'Georgian (Georgia) ] � ( p �1 �
Georgian ] � ( o �1 �
+Javanese (Indonesia) ] � ( n �1 �
Javanese ] � ( m �1 �
'Machame (Tanzania) ] � ( l �1 �
Machame ] � ( k �1 �
%Ngomba (Cameroon) ] � ( j �1 �
Ngomba ] � ( i �1 �
#Japanese (Japan) ] � ( h �1 �
Japanese ] � ( g �1 �
/Italian (Vatican City) ] � ( f �1 �
+Italian (San Marino) ] � ( e �1 �
!Italian (Italy) ] � ( d �1 �
-Italian (Switzerland) ] � ( c �1 �
Italian ] � ( b �1 �
)Icelandic (Iceland)] � ( a �1 �
Icelandic ] � ( ` �1 �
'Sichuan Yi (China) ] � ( _ �1 �
Sichuan Yi ] � ( ^ �1 �
Igbo (Nigeria) ] � ( ] �1 �
Igbo ] � ( \ �1 �
/Indonesian (Indonesia) ] � ( [ �1 �
Indonesian ] � ( Z �1 �
)Interlingua (World)] � ( Y �1 �
Interlingua] � ( X �1 �
'Armenian (Armenia) ] � ( W �1 �
Armenian ] � ( V �1 �
)Hungarian (Hungary)] � ( U �1 �
Hungarian ] � ( T �1 �
1Upper Sorbian (Germany) ] � ( S �1 �
Upper Sorbian ] � ( R �1 �
'Croatian (Croatia) ] � ( Q �1 �
ACroatian (Bosnia & Herzegovina) ] � ( P �1 �
Croatian ] � ( O �1 �
Hindi (India) ] � ( N �1 �
Hindi ] � ( M �1 �
!Hebrew (Israel) ] � ( L �1 �
Hebrew ] � ( K �1 �
3Hawaiian (United States) ] � ( J �1 �
Hawaiian ] � ( I �1 �
!Hausa (Nigeria) ] ( H �1 �
Hausa (Niger) ] ~ ( G �1 �
Hausa (Ghana) ] } ( F �1 �
Hausa ] | ( E �1 �
'Manx (Isle of Man) ] { ( D �1 �
Manx ] z ( C �1 �
Gusii (Kenya) ] y ( B �1 �
Gusii ] x ( A �1 �
#Gujarati (India) ] w ( @ �1 �
Gujarati ] v ( ? �1 �
;Swiss German (Liechtenstein) ] u ( > �1 �
-Swiss German (France) ] t ( = �1 �
7Swiss German (Switzerland) ] s ( < �1 �
Swiss German ] r ( ; �1 �
#Galician (Spain) ] q ( : �1 �
Galician ] p ( 9 �1 �
CScottish Gaelic (United Kingdom) ] o ( 8 �1 �
!Scottish Gaelic ] n ( 7 �1 �
!Irish (Ireland) ] m ( 6 �1 �
/Irish (United Kingdom) ] l ( 5 �1 �
Irish ] k ( 4 �1 �
=Western Frisian (Netherlands) ] j ( 3 �1 �
!Western Frisian ] i ( 2 �1 �
#Friulian (Italy) ] h ( 1 �1 �
Friulian ] g ( 0 �1 �
#French (Mayotte) ] f ( / �1 �
3French (Wallis & Futuna) ] e ( . �1 �
#French (Vanuatu) ] d ( - �1 �
#French (Tunisia) ] c ( , �1 �
French (Togo) ] b ( + �1 �
French (Chad) ] a ( * �1 �
French (Syria) ] ` ( ) �1 �
#French (Senegal) ] _ ( ( �1 �
)French (Seychelles)] ^ ( ' �1 �
!French (Rwanda) ] \ ( & �1 �
?French (St. Pierre & Miquelon) ] [ ( % �1 �
5French (French Polynesia) ] Z ( $ �1 �
French (Niger) ] Y ( # �1 �
/French (New Caledonia) ] X ( " �1 �
'French (Mauritius) ] W ( ! �1 �
)French (Mauritania)] V ( �1 �
)French (Martinique)] U ( �1 �
French (Mali) ] T ( �1 �
)French (Madagascar)] S ( �1 �
)French (St. Martin)] R ( �1 �
!French (Monaco) ] Q ( �1 �
#French (Morocco) ] P ( �1 �
)French (Luxembourg)] O ( �1 �
#French (Comoros) ] N ( �1 �
French (Haiti) ] M ( �1 �
7French (Equatorial Guinea) ] L ( �1 �
)French (Guadeloupe)] K ( �1 �
!French (Guinea) ] J ( �1 �
/French (French Guiana) ] I ( �1 �
French (Gabon) ] H ( 1 �
!French (France) ] G ( ~1 �
#French (Algeria) ] F ( }1 �
%French (Djibouti) ] E ( |1 �
%French (Cameroon) ] C ( z1 �
+French (Switzerland) ] B (
y1 �
;French (Congo - Brazzaville) ] A ( x1 �
EFrench (Central African Republic) ] @ ( w1 �
5French (Congo - Kinshasa) ] ? (
v1 �
!French (Canada) ] = ( t1 �
French (Benin) ] < ( s1 �
#French (Burundi) ] ; ( r1 �
-French (Burkina Faso) ] : ( q1 �
#French (Belgium) ] 9 ( p1 �
French ] 8 ( o1 �
1Faroese (Faroe Islands) ] 7 ( n1 �
%Faroese (Denmark) ] 6 ( m1 �
Faroese ] 5 ( l1 �
/Filipino (Philippines) p�g @X ȟh ��V X�r �r �X ��h ��Z H�l �z ؝Z ��p p�T 8�j �\ Мp ��X h�j 8�X ��z țV ��p `�T (�j �d ��~ ��T H�f �V ؙv ��X p�j 0�~ 蘎 ��� x�P H�^ �d Зr ��r `�^ �v �b ��� x�P H�` �T �d ��X x�j H�Z �j �T ��d p�j @�R �b ؓZ ��r h�Z (�t �f ��� ��T H�p �^ Б� ��\ h�l 8�\ ��r ȐZ ��l P�z �X �h ��T ��f H�l �j ؎l ��X p�h @�X �n ؍X ��| h�` 0�n �R Ȍf ��d P�z �^ �r ��z p�V 8�f �f ЊT ��d `�h �� �p ��j h�r 8�V �l Ȉl ��~ X�\ �r �R ��n ��Z H�l �T �j ��d x�R @�b �X l ��j p�X 8�j ��~ ��n ��| H�h �| V ��h p�V 0�r ��l Ȃ^ ��p X�p ] O ) � �2 �
)Portuguese (Brazil)] N ) � �2 �
)Portuguese (Angola)] M ) � �2 �
Portuguese ] L ) � �2 �
%Pashto (Pakistan) ] K ) � �2 �
+Pashto (Afghanistan) ] J ) � �2 �
Pashto ] I ) � �2 �
!Polish (Poland) ] H ) � 2 �
Polish ] G ) � ~2 �
5Nigerian Pidgin (Nigeria) ] F ) � }2 �
!Nigerian Pidgin ] E ) � |2 �
5Punjabi (Gurmukhi, India) ] D ) {2 �
'Punjabi (Gurmukhi) ] C ) ~ z2 �
7Punjabi (Arabic, Pakistan) ] B ) } y2 �
#Punjabi (Arabic) ] A ) | x2 �
Punjabi ] @ ) { w2 �
#Ossetic (Russia) ] ? ) z v2 �
%Ossetic (Georgia) ] > ) y u2 �
Ossetic ] = ) x t2 �
Odia (India) ] < ) w s2 �
Odia ] ; ) v r2 �
Oromo (Kenya) ] : ) u q2 �
#Oromo (Ethiopia) ] 9 ) t p2 �
Oromo ] 8 ) s o2 �
%Nyankole (Uganda) ] 7 ) r n2 �
Nyankole ] 6 ) q m2 �
'Nuer (South Sudan) ] 5 ) p l2 �
Nuer ] 4 ) o k2 �
+Ngiemboon (Cameroon) ] 3 ) n j2 �
Ngiemboon ] 2 ) m i2 �
7Norwegian Nynorsk (Norway) ] 1 ) l h2 �
%Norwegian Nynorsk ] 0 ) k g2 �
%Kwasio (Cameroon) ] / ) j f2 �
Kwasio ] . ) i e2 �
+Dutch (Sint Maarten) ] - ) h d2 �
#Dutch (Suriname) ] , ) g c2 �
)Dutch (Netherlands)] * ) f a2 �
=Dutch (Caribbean Netherlands) ] ) ) e `2 �
!Dutch (Belgium) ] ( ) d _2 �
Dutch (Aruba) ] ' ) c ^2 �
Dutch ] & ) b ]2 �
Nepali (Nepal) ] % ) a \2 �
Nepali (India) ] $ ) ` [2 �
Nepali ] # ) _ Z2 �
3Low German (Netherlands) ] " ) ^ Y2 �
+Low German (Germany) ] ! ) ] X2 �
Low German ] ) \ W2 �
3North Ndebele (Zimbabwe) ] ) [ V2 �
North Ndebele ] ) Z R2 �
Nama (Namibia) ] ) Y Q2 �
Nama ] ) X P2 �
'Mazanderani (Iran) ] ) W O2 �
Mazanderani] ) V N2 �
5Burmese (Myanmar [Burma]) ] ) U M2 �
Burmese ] ) T L2 �
'Mundang (Cameroon) ] ) S K2 �
Mundang ] ) R J2 �
!Maltese (Malta) ] ) Q I2 �
Maltese ] ) P H2 �
%Malay (Singapore) ] ) O G2 �
#Malay (Malaysia) ] ) N F2 �
%Malay (Indonesia) ] ) M E2 �
Malay (Brunei) ]
) L D2 �
Malay ] ) K C2 �
!Marathi (India) ] ) J B2 �
Marathi ]
) I A2 �
3Manipuri (Bangla, India) ] ) H @2 �
%Manipuri (Bangla) ] ) G ?2 �
Manipuri ] ) F >2 �
+Mongolian (Mongolia) ] ) E =2 �
Mongolian ] ) D <2 �
%Malayalam (India) ] ) C ;2 �
Malayalam ] ) B :2 �
;Macedonian (North Macedonia) ] ) A 92 �
Macedonian ] ) @ 82 �
)Maori (New Zealand)] ) ? 72 �
Maori ] � ) > 42 �
9Makhuwa-Meetto (Mozambique)] � ) = 32 �
Makhuwa-Meetto ] � ) < 22 �
-Malagasy (Madagascar) ] � ) ; 12 �
Malagasy ] � ) : 02 �
+Morisyen (Mauritius) ] � ) 9 /2 �
Morisyen ] � ) 8 .2 �
Meru (Kenya) ] � ) 7 -2 �
Meru ] � ) 6 ,2 �
#Masai (Tanzania) ] � ) 5 +2 �
Masai (Kenya) ] � ) 4 *2 �
Masai ] � ) 3 )2 �
#Maithili (India) ] � ) 2 (2 �
Maithili ] � ) 1 '2 �
#Latvian (Latvia) ] � ) 0 &2 �
Latvian ] � ) / %2 �
Luyia (Kenya) ] � ) . $2 �
Luyia ] � ) - #2 �
Luo (Kenya)] � ) , "2 �
Luo] � ) + !2 �
ALuba-Katanga (Congo - Kinshasa) ] � ) * 2 �
Luba-Katanga ] � ) ) 2 �
/Lithuanian (Lithuania) ] � ) ( 2 �
Lithuanian ] � ) ' 2 �
+Northern Luri (Iran) ] � ) & 2 �
+Northern Luri (Iraq) ] � ) % 2 �
Northern Luri ] � ) $ 2 �
Lao (Laos) ] � ) # 2 �
Lao] � ) " 2 �
=Lingala (Congo - Brazzaville) ] � ) ! 2 �
GLingala (Central African Republic) ] � ) 2 �
7Lingala (Congo - Kinshasa) ] � ) 2 �
#Lingala (Angola) ] � ) 2 �
Lingala ] � ) 2 �
/Lakota (United States) ] � ) 2 �
Lakota ] � ) 2 �
Ganda (Uganda) ] � ) 2 �
Ganda ] � ) 2 �
7Luxembourgish (Luxembourg) ] � ) 2 �
Luxembourgish ] � )
2 �
#Langi (Tanzania) ] � ) 2 �
Langi ] � ) 2 �
)Kyrgyz (Kyrgyzstan)] � )
2 �
Kyrgyz ] � ) 2 �
3Cornish (United Kingdom) ] � ) 2 �
Cornish ] � ) 2 �
#Kurdish (Turkey) ] � ) 2 �
Kurdish ] � ) 2 �
)Colognian (Germany)] � ) 2 �
Colognian ] � )
2 �
#Bafia (Cameroon) ] � ) 2 �
Bafia ] � ) 2 �
)Shambala (Tanzania)] � )
2 �
Shambala ] � ) �1 �
3Kashmiri (Arabic, India) ] � ) �1 �
%Kashmiri (Arabic) ] � ) �1 �
Kashmiri ] � ) �1 �
!Konkani (India) ] � ) �1 �
Konkani ] � ) �1 �
+Korean (South Korea) ] � ) �1 �
+Korean (North Korea) ] � ) �1 �
Korean ] � ) �1 �
!Kannada (India) �h 0X ��z ��x 8�� ��~ ��x p�� 0�x �t ��z ��X H�l �l f ��X h�t 8�T �h ЛZ ��n `�n 0�T ��j ȚX ��l P�r �r ؙl ��j h�l 8�` ��r ИP ��f h�T 0�f �X ȗh ��X `�n �| �T ��j ��V P�h �| ؕp ��~ `�d �x �v ��v p�R 8�l �h ��v ��T H�� �\ �l ��~ `�r �� �X ��p ��V H�l �\ ؐr ��^ h�r 8�T �j ЏV ��l `�l (�f �j ��Z ��n H�~ �l �X ��n X�� �� Ќ~ ��~ X�h �� ȋ� ��x H�x �\ �l ��� h�X 0�l ��j ȉX ��~ P�h �n �j ��T x�d @�l �j Їl ��V h�f 8�R �b Ȇd ��T `�n 0�R ��h ȅZ ��n X�p (�X �v ��V ��f P�X �j �j ��T x�f H�X �h Ђx ��� X�V ] � * � 3 �
Uyghur ] � * �
3 �
ECentral Atlas Tamazight (Morocco) ] � * � 3 �
1Central Atlas Tamazight ] � * � 3 �
!Tasawaq (Niger) ] � * �
3 �
Tasawaq ] � * � 3 �
Tatar (Russia) ] � * � 3 �
Tatar ] � * 3 �
#Turkish (Turkey) ] � * ~ 3 �
#Turkish (Cyprus) ] � * } 3 �
Turkish ] � * | 3 �
Tongan (Tonga) ] � * { 3 �
Tongan ] � * z 3 �
/Turkmen (Turkmenistan) ] � * y 3 �
Turkmen ] � * x 3 �
)Tigrinya (Ethiopia)] � * w �2 �
'Tigrinya (Eritrea) ] � * v �2 �
Tigrinya ] � * u �2 �
!Thai (Thailand) ] � * t �2 �
Thai ] � * s �2 �
'Tajik (Tajikistan) ] � * r �2 �
Tajik ] � * q �2 �
Teso (Uganda) ] � * p �2 �
Teso (Kenya) ] � * o �2 �
Teso ] � * n �2 �
Telugu (India) ] � * m �2 �
Telugu ] � * l �2 �
%Tamil (Singapore) ] � * k �2 �
#Tamil (Malaysia) ] � * j �2 �
%Tamil (Sri Lanka) ] � * i �2 �
Tamil (India) ] � * h �2 �
Tamil ] � * g �2 �
#Swahili (Uganda) ] � * f �2 �
'Swahili (Tanzania) ] � * e �2 �
!Swahili (Kenya) ] � * d �2 �
7Swahili (Congo - Kinshasa) ] � * c �2 �
Swahili ] � * b �2 �
#Swedish (Sweden) ] � * a �2 �
%Swedish (Finland) ] � * ` �2 �
Swedish ] � * _ �2 �
;Sundanese (Latin, Indonesia) ] � * ^ �2 �
%Sundanese (Latin) ] � * ] �2 �
Sundanese ] � * \ �2 �
1Serbian (Latin, Kosovo) ] � * [ �2 �
1Serbian (Latin, Serbia) ] � * Z �2 �
9Serbian (Latin, Montenegro)] � * Y �2 �
MSerbian (Latin, Bosnia & Herzegovina) ] � * X �2 �
!Serbian (Latin) ] � * W �2 �
7Serbian (Cyrillic, Kosovo) ] � * V �2 �
7Serbian (Cyrillic, Serbia) ] � * U �2 �
?Serbian (Cyrillic, Montenegro) ] � * T �2 �
SSerbian (Cyrillic, Bosnia & Herzegovina) ] � * S �2 �
'Serbian (Cyrillic) ] � * R �2 �
Serbian ] � * Q �2 �
%Albanian (Kosovo) ] � * P �2 �
7Albanian (North Macedonia) ] � * O �2 �
'Albanian (Albania) ] � * N �2 �
Albanian ] � * M �2 �
#Somali (Somalia) ] � * L �2 �
Somali (Kenya) ] � * K �2 �
%Somali (Ethiopia) ] � * J �2 �
%Somali (Djibouti) ] � * I �2 �
Somali ] � * H �2 �
#Shona (Zimbabwe) ] � * G �2 �
Shona ] � * F �2 �
+Inari Sami (Finland) ] � * E �2 �
Inari Sami ] � * D �2 �
+Slovenian (Slovenia) ] � * C �2 �
Slovenian ] � * B �2 �
%Slovak (Slovakia) ] � * A �2 �
Slovak ] � * @ �2 �
)Sinhala (Sri Lanka)] � * ? �2 �
Sinhala ] � * > �2 �
=Tachelhit (Tifinagh, Morocco) ] � * = �2 �
+Tachelhit (Tifinagh) ] � * < �2 �
7Tachelhit (Latin, Morocco) ] � * ; �2 �
%Tachelhit (Latin) ] � * : �2 �
Tachelhit ] � * 9 �2 �
CSango (Central African Republic) ] � * 8 �2 �
Sango ] � * 7 �2 �
/Koyraboro Senni (Mali) ] � * 6 �2 �
!Koyraboro Senni ] � * 5 �2 �
%Sena (Mozambique) ] � * 4 �2 �
Sena ] � * 3 �2 �
/Northern Sami (Sweden) ] � * 2 �2 �
/Northern Sami (Norway) ] � * 1 �2 �
1Northern Sami (Finland) ] � * 0 �2 �
Northern Sami ] * / �2 �
7Sindhi (Devanagari, India) ] ~ * . �2 �
)Sindhi (Devanagari)] } * - �2 �
5Sindhi (Arabic, Pakistan) ] | * , �2 �
!Sindhi (Arabic) ] { * + �2 �
Sindhi ] z * * �2 �
#Sangu (Tanzania) ] y * ) �2 �
Sangu ] x * ( �2 �
5Santali (Ol Chiki, India) ] w * ' �2 �
'Santali (Ol Chiki) ] v * & �2 �
Santali ] u * % �2 �
!Samburu (Kenya) ] t * $ �2 �
Samburu ] s * # �2 �
Sakha (Russia) ] r * " �2 �
Sakha ] q * ! �2 �
Rwa (Tanzania) ] p * �2 �
Rwa] o * �2 �
+Kinyarwanda (Rwanda) ] n * �2 �
Kinyarwanda] m * �2 �
%Russian (Ukraine) ] l * �2 �
#Russian (Russia) ] k * �2 �
%Russian (Moldova) ] j * �2 �
+Russian (Kazakhstan) ] i * �2 �
+Russian (Kyrgyzstan) ] h * �2 �
%Russian (Belarus) ] g * �2 �
Russian ] f * �2 �
#Rombo (Tanzania) ] e * �2 �
Rombo ] d * �2 �
'Romanian (Romania) ] c * �2 �
'Romanian (Moldova) ] b * �2 �
Romanian ] a * �2 �
!Rundi (Burundi) ] ` * �2 �
Rundi ] _ * �2 �
-Romansh (Switzerland) ] ^ * �2 �
Romansh ] ] *
�2 �
Quechua (Peru) ] \ * �2 �
%Quechua (Ecuador) ] [ * �2 �
%Quechua (Bolivia) ] Z *
�2 �
Quechua ] Y * �2 �
3Portuguese (Timor-Leste) ] W * �2 �
-Portuguese (Portugal) ] V * �2 �
1Portuguese (Mozambique) ] U * �2 �
;Portuguese (Macao SAR China) ] T * �2 �
1Portuguese (Luxembourg) ] S * �2 �
7Portuguese (Guinea-Bissau) ] R * �2 �
?Portuguese (Equatorial Guinea) ] Q * �2 �
1Portuguese (Cape Verde) ] P * �2 �
3Portuguese (Switzerland) �4h � ȟf ��\ `�p 0�R ��b ��h ��T X�f �� �j ��� `�d �| ��P Ȝ` ��r X�\ �n �^ ��r ��T H�j �V ؚr ��T p�h @�T �r ЙR ��d h�X 0�n �X Șh ��V `�f (�j ��\ ��v p�� 0�x ؖ� ��� H�� �X ؕr ��� H�� ��� ��� p�t �� Г� ��� X�R �p �j ��� P�� �� ��� h�� �� А� ��� 8�� � ��� `�� �� Ȏ� x�� 0�� � ��� H�� �� ��� p�� (�� � ��� @�� � ��� X�� �� ��� x�� (�� ؈� ��� @�� � ��� P�� �� ��� h�� �� Ѕ� ��� 8�� 脔 ��� P�� �� ��� x�� (�� � ��� H�� �� � + r �: ;PL/pgSQL procedural language + q 29 Gconfiguration for yiddish language + p 19 Msnowball stemmer for yiddish language + o 09 Gconfiguration for turkish language � + n /9 Msnowball stemmer for turkish language � + m .9 Cconfiguration for tamil language � + l -9 Isnowball stemmer for tamil language� + k ,9 Gconfiguration for swedish language � + j +9 Msnowball stemmer for swedish language � + i *9 Gconfiguration for spanish language � + h )9 Msnowball stemmer for spanish language � + g (9 Gconfiguration for serbian language � + f '9 Msnowball stemmer for serbian language � + e &9 Gconfiguration for russian language � + d %9 Msnowball stemmer for russian language � + c $9 Iconfiguration for romanian language� + b #9 Osnowball stemmer for romanian language � + a "9 Mconfiguration for portuguese language � + ` !9 Ssnowball stemmer for portuguese language � + _ 9 Kconfiguration for norwegian language � + ^ 9 Qsnowball stemmer for norwegian language � + ] 9 Econfiguration for nepali language � + \ 9 Ksnowball stemmer for nepali language � + [ 9 Mconfiguration for lithuanian language � + Z 9 Ssnowball stemmer for lithuanian language � + Y 9 Gconfiguration for italian language � + X 9 Msnowball stemmer for italian language � + W 9 Cconfiguration for irish language � + V 9 Isnowball stemmer for irish language� + U 9 Mconfiguration for indonesian language � + T 9 Ssnowball stemmer for indonesian language � + S 9 Kconfiguration for hungarian language � + R 9 Qsnowball stemmer for hungarian language � + Q 9 Cconfiguration for hindi language � + P 9 Isnowball stemmer for hindi language� + O 9 Cconfiguration for greek language � + N 9 Isnowball stemmer for greek language� + M 9 Econfiguration for german language � + L
9 Ksnowball stemmer for german language � + K 9 Econfiguration for french language � + J 9 Ksnowball stemmer for french language � + I
9 Gconfiguration for finnish language � + H 9 Msnowball stemmer for finnish language � + G 9 Gconfiguration for english language � + F 9 Msnowball stemmer for english language � + E 9 Cconfiguration for dutch language � + D 9 Isnowball stemmer for dutch language| + C 9 Econfiguration for danish language z + B 9 Ksnowball stemmer for danish language v + A 9 Gconfiguration for catalan language t + @ 9 Msnowball stemmer for catalan language p + ? 9 Econfiguration for basque language n + > �8 Ksnowball stemmer for basque language j + = �8 Iconfiguration for armenian languageh + < �8 Osnowball stemmer for armenian language d + ; �8 Econfiguration for arabic language b + : �8 Ksnowball stemmer for arabic language a + 9 �8 � #snowball stemmer ] + 8 F3 �
)Zulu (South Africa)] + 7 E3 �
Zulu ]
+ 6 D3 �
=Chinese (Traditional, Taiwan) ] + 5 C3 �
OChinese (Traditional, Macao SAR China) ] + 4 B3 �
WChinese (Traditional, Hong Kong SAR China) ]
+ 3 A3 �
-Chinese (Traditional) ] + 2 @3 �
AChinese (Simplified, Singapore) ] + 1 ?3 �
MChinese (Simplified, Macao SAR China) ] + 0 >3 �
UChinese (Simplified, Hong Kong SAR China) ] + / =3 �
9Chinese (Simplified, China)] + . <3 �
+Chinese (Simplified) ] + - ;3 �
Chinese ] + , :3 �
MStandard Moroccan Tamazight (Morocco) ] + + 93 �
9Standard Moroccan Tamazight] + * 83 �
[Cantonese (Traditional, Hong Kong SAR China) ] + ) 73 �
1Cantonese (Traditional) ] � + ( 63 �
=Cantonese (Simplified, China) ] � + ' 53 �
/Cantonese (Simplified) ] � + & 43 �
Cantonese ] � + % 33 �
#Yoruba (Nigeria) ] � + $ 23 �
Yoruba (Benin) ] � + # 13 �
Yoruba ] � + " 03 �
!Yiddish (World) ] � + ! /3 �
Yiddish ] � + .3 �
'Yangben (Cameroon) ] � + -3 �
Yangben ] � + ,3 �
Soga (Uganda) ] � + +3 �
Soga ] � + *3 �
+Xhosa (South Africa) ] � + )3 �
Xhosa ] � + (3 �
!Wolof (Senegal) ] � + '3 �
Wolof ] � + &3 �
+Walser (Switzerland) ] � + %3 �
Walser ] � + $3 �
#Vunjo (Tanzania) ] � + #3 �
Vunjo ] � + "3 �
+Vietnamese (Vietnam) ] � + !3 �
Vietnamese ] � + 3 �
'Vai (Vai, Liberia) ] � + 3 �
Vai (Vai) ] � + 3 �
+Vai (Latin, Liberia) ] � + 3 �
Vai (Latin)] � + 3 �
Vai] � +
3 �
5Uzbek (Latin, Uzbekistan) ] � + 3 �
Uzbek (Latin) ] � + 3 �
;Uzbek (Cyrillic, Uzbekistan) ] � +
3 �
#Uzbek (Cyrillic) ] � + 3 �
9Uzbek (Arabic, Afghanistan)] � + 3 �
Uzbek (Arabic) ] � + 3 �
Uzbek ] � + 3 �
!Urdu (Pakistan) ] � + 3 �
Urdu (India) ] � + 3 �
Urdu ] � + 3 �
)Ukrainian (Ukraine)] � + 3 �
Ukrainian ] � + 3 �
Uyghur (China) `5h � ��� � , �: 4
;PL/pgSQL procedural language