Mini Kabibi Habibi
H�d <X ��� H�� �P ��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 ��r ��r ��V H�| � ��� (�� ��� h�� �� ��� @�� �P �P ȖP ��P x�P P�P (�P �P ؕP ��P P�� ��� ДP ��P ��P X�P 0�P �P ��� ��d P�f (�P �P ��� ��d H�f �z Бp ��| P�| �z ؐd ��| `�l �v �v ��v `�v 8�P �P �P ��P ��P p�P 0�r 荈 ��h P�� �h ��� ��z @�z �r ��r ��v @�v �v ��v ��h P�h �h �h ��h p�h 8�h �h Ȉh ��h X�h �h �h ��h x�h P�P (�P �n ��b ��n H�b �n b ��n h�b 0�n ��b ��n ��b P�n �n �n ��n p�b 8�n �n Ȃn ��n X�n � ~ � 'less-equal-greater � } � 'less-equal-greater � | � 'less-equal-greater � y � 'less-equal-greater � h � 'less-equal-greater � ? � sort support � g � 'less-equal-greater � f � 'less-equal-greater � e � 'less-equal-greater � � � 'less-equal-greater > � sort support ~ d � 'less-equal-greater } = � sort support | c � 'less-equal-greater { < � sort support z b � 'less-equal-greater y ; � sort support x J � 'less-equal-greater w : � sort support v _ � 'less-equal-greater u 9 � sort support t ^ � 'less-equal-greater s \ � I/O r [ � I/O q �
� !btree(internal) p � � !btree(internal) o � !btree(internal) n � � !btree(internal) m L � !btree(internal) l H � !btree(internal) k R � !btree(internal) j Q � !btree(internal) i P � !btree(internal) h O � !btree(internal) g N � !btree(internal) f M � !btree(internal) e K � !btree(internal) d | � !btree(internal) c J � !btree(internal) b ? � /convert float4 to int4 a > � /convert int4 to float4 ` = � /convert float8 to int4 _ < � /convert int4 to float8 ^ : � +convert int4 to int2 ] 9 � +convert int2 to int4 \ 8 � 3convert float8 to float4 [ 7 � 3convert float4 to float8 Z @ � abucket number of operand in equidepth histogram Y � !finite abstime? X � ocurrent date and time - increments during transactions W � !end of interval V � � Acurrent date and time (abstime) U � � +tinterval to reltime T � � I/O S � � I/O R � � I/O Q � � I/O P � � I/O O � � I/O N � � /convert float4 to int2 M � � /convert float8 to int2 L � � /convert int2 to float4 K � � /convert int2 to float8 J � � %natural logarithm I � � 5natural exponential (e^x) H � sign of value G � 3largest integer <= value F � 5smallest integer >= value E � 5smallest integer >= value D � � )truncate to integer C � � 3round to nearest integer B � � smaller of two A � � larger of two @ � � =aggregate transition function ? � � I/O > � � I/O = � � smaller of two < � � larger of two ; � � =aggregate transition function : � � I/O 9 � � I/O 8 � � I/O 7 � � I/O 6 � � I/O 5 � � I/O 4 � � _join selectivity for area-comparison operators 3 � � mrestriction selectivity for area-comparison operators 2 | � I/O 1 { � I/O 0 z � I/O / y � I/O . x � I/O - w � I/O , v � I/O + u � I/O * n � I/O ) m � I/O ( l � �join selectivity of > and related operators on scalar datatypes ' k � �join selectivity of < and related operators on scalar datatypes & j � [join selectivity of <> and related operators % i � Yjoin selectivity of = and related operators $ h � �restriction selectivity of > and related operators on scalar datatypes # g � �restriction selectivity of < and related operators on scalar datatypes " f � irestriction selectivity of <> and related operators ! e � grestriction selectivity of = and related operators Y � 5PostgreSQL version string � � length N � +convert int4 to char M � +convert char to int4 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 � � I/O � � I/O c �+ � kdebug function for current text search configuration a �+ � [debug function for text search configuration 1e ( ��x ��r @�r �x ��x ��f P�f �f �f ��f p�f 8�f �f Ȝf ��f X�f �f �f ��f ��R P�R �R �R ��R ��R `�R 0�R �R ЙR ��R p�R @�R �R �R ��R x�d @�f �P �P ��r p�r 0�v �v ��R ��v @�v �r ��r x�� 0�� 蔌 ��� `�b 0�Z �Z ГX ��X X�� �� ؒl ��l h�j (�~ �P ؑP ��t X�t �b ؐ� ��� H�� 菶 ��� �� �d ��f p�~ 0�~ 荂 ��� `�� �� ،z ��� P�j � ��� p�P H�P �h ؊h ��p h�p 0�p �\ ȉd ��f X�d �f �f ��f x�f @�f �f Їf ��f `�f (�f �f ��f ��f H�f �f Ѕt ��x H�� �� P ��P x�d @�f ��� ��z x�z 8�t ��t ȂX ��X h�X (�r � � � +convert text to char � � � modulus � � � modulus � � modulus ~ � � -convert int8 to money } � � -convert int4 to money | � � 3convert numeric to money { � � 3convert money to numeric z � � ;output money amount as words y � � smaller of two x � � larger of two w w � I/O v v � I/O u 1 � Eget the currently executing query t ] � ;name of the current database s \ � 1convert char to char(n) r Q � -position of substring q �
� gist(internal) p � gist(internal) o
� gist(internal) n � gist(internal) m F � gist(internal) l � gist(internal) k
� gist(internal) j � gist(internal) i � gist(internal) h
� gist(internal) g � gist(internal) f � gist(internal) e ~ � gist(internal) d � gist(internal) c � smaller of two b � larger of two a � smaller of two ` � larger of two _ � � increment ^ � � )large object export ] � � )large object import \ � � )large object import [ � � !storage manager Z � � !storage manager Y � � I/O X � � I/O W � � cjoin selectivity for array-containment operators V � � qrestriction selectivity for array-containment operators U � � #array typanalyze T � Uconcatenate aggregate input into an array S � 3aggregate final function R � =aggregate transition function Q � 9expand array to set of rows P � ;array constructor with value O � � ;array constructor with value N � � 7array subscripts generator M � � 7array subscripts generator L � smaller of two K � larger of two J � � �concatenate array elements, using delimiter and null string, into text I x � gsplit delimited text into text[], with null string H � � oconcatenate array elements, using delimiter, into text G � � Csplit delimited text into text[] F { � Iprepend element onto front of array E z � Cappend element onto end of array D � � array length C , � -array upper dimension B + � -array lower dimension A � � I/O @ � � I/O ? � � 7number of array dimensions > � � #array dimensions = � � %session user name < � � %current user name ; � � ;substitute portion of string : � � ;substitute portion of string 9 � � set bit 8 � � get bit 7 � � set byte 6 � � get byte 5 � � octet length 4 � � Kdeprecated, use current_user instead 3 � � Eadjust varchar() to typmod length 2 � Itransform a varchar length coercion 1 � � ?adjust char() to typmod length 0 � � +convert int2 to int8 / � � +convert int8 to int2 . � � /convert float4 to int8 - � � /convert int8 to float4 , r � hash + � � /convert float8 to int8 * � � /convert int8 to float8 ) � � +convert int4 to int8 ( � � +convert int8 to int4 ' � � I/O & � � I/O % � � smaller of two $ � � larger of two # � � hash " � � hash ! � � hash � � hash I � hash � � hash � � hash � � hash � � hash � � hash � � hash � � hash � � hash � � hash � � hash � � hash �
� hash(internal) � � hash(internal) � � hash(internal) � � hash(internal) G � hash(internal) � � hash(internal)
� � hash(internal) � � hash(internal) � � hash(internal)
� � hash(internal) � � hash(internal) � � hash(internal) } � hash(internal) � � hash(internal) � � 1convert char(n) to name � � 1convert name to char(n) � � +convert text to name � � +convert name to text � � 1convert char(n) to text �Qe ��r ��l P�n �l �n ��l p�p 8�p ��t ��t p�� @�Z �\ �^ ��t h�b (�r � ��� p�P H�P �p ؚh ��Z p�d @�R ؙ� ��P ��P X�^ (�^ �P ؘP ��^ x�^ @�d �f Зn ��R H�� �P ��P ��n ��b P�n �d �f ��P ��P `�^ 0�^ �P �P ��^ ��^ 8�� � ȓP ��P p�^ @�^ � ��� `�� �� ��
0�� ؐ� ��� @�� � ��x `�� ��� ��� ��f H�d �f ؍d ��� 8�� ��| ��� X�� ��� ��� H�� �\ Њ� ��d `�f (�n ؉� ��p h�p �� Ȉt ��t P�n �d �f ��z `�z �v �n ��� 0�� ȅ� h�� 0�n ��n ��n ��n P�n �n �n ��n ��P X�P (�^ ��^ ��n ��n H�| �V } % � length | $ � 5convert timestamp to time { # � 'less-equal-greater z " � 'less-equal-greater y Z � I/O typmod x Y � I/O typmod w ! � I/O v � I/O u � 'intervals overlap? t � 'intervals overlap? s � 'intervals overlap? r � 'intervals overlap? q � 'intervals overlap? p � 'intervals overlap? o � 'intervals overlap? n � 'intervals overlap? m � mjoin selectivity for containment comparison operators l � {restriction selectivity for containment comparison operators k � gjoin selectivity for position-comparison operators j � urestriction selectivity for position-comparison operators i Y
� 'current clock time h X
� /current statement time g W
� 3current transaction time f � 3current transaction time e �
� smaller of two d �
� larger of two c �
� 'less-equal-greater b � -latest tid of a tuple a
� -latest tid of a tuple ` � wtrigger to suppress updates when new and old records match _ � )convert oid to int8 ^ � )convert int8 to oid ] � � Oextract field from time with time zone \ � � 'intervals overlap? [ � � smaller of two Z � � larger of two Y �
� Gincrement, ignores second argument X � � increment W � � Ktruncate interval to specified units V � � ktruncate timestamp with time zone to specified units U � � mget description for object id and shared catalog name T � � Cget description for table column S � � _get description for object id and catalog name R � � 5adjust interval precision Q N � Mtransform an interval length coercion P � � Ydate difference preserving months and years O � � larger of two N � � smaller of two M � � larger of two L � � smaller of two K � � 9convert interval to reltime J � � �age of a transaction ID, in transactions before current transaction I � � Yconvert timestamp with time zone to abstime H � � 1convert abstime to date G � � Sconvert timestamp with time zone to date F � � 9convert reltime to interval E � � econvert date and time to timestamp with time zone D � _promote groups of 30 days to numbers of months C � � ]promote groups of 24 hours to numbers of days B �
� �promote groups of 24 hours to numbers of days and promote groups of 30 days to numbers of months A � � Sconvert date to timestamp with time zone @ � � Yconvert abstime to timestamp with time zone ? � � 9extract field from interval > � � Yextract field from timestamp with time zone = X � I/O typmod < W � I/O typmod ; � � I/O : � � I/O 9 � � Eadjust timestamp to new time zone 8 � � Econvert UNIX epoch to timestamptz 7 \ � I/O typmod 6 [ � I/O typmod 5 � I/O 4 ~ � I/O 3 ^ � I/O typmod 2 ] � I/O typmod 1 x � I/O 0 w � I/O / s � smaller of two . r � larger of two - S � 'less-equal-greater , @ � sort support + D � 'less-equal-greater * = � I/O ) < � I/O ( 9 � cformat a type oid and atttypmod to canonical SQL ' 8 � hash & 6 � 'less-equal-greater % ( � smaller of two $ ' � larger of two # d � I/O typmod " c � I/O typmod ! � I/O � I/O b � I/O typmod a � I/O typmod � I/O � I/O � � convert ACL item array to table, for use by information schema g � TODO U � make ACL item
� contains � !remove ACL item � )add/update ACL item � I/O � I/O � Eadjust timestamp to new time zone � � ?convert points to line segment � � +slope between points � � box diagonal � � -area of a closed path � � box height
� � box width � � box area � � ;large object unlink (delete)
� � -truncate large object � � -large object position � � )large object create � � )large object create � � %large object seek � � 'large object write � � %large object read � � 'large object close � � %large object open � � +convert char to text re ,@ ȟj ��l X�l �l �z ��p x�` H�\ �f ؝f ��| H�� �� P ��P ��^ P�^ �n ��� p�x 8�j �j ��z ��j P�b �b �d ��f p�d 8�f �j ��~ ��~ @�x �x ��� @�� �b Жl ��j h�\ 0�f ��f ��f ��f P�f �x Дx ��p X�~ �� ȓ� ��n P�r �Z �d ��Z ��^ X�Z �d �Z ��^ ��\ P�z �t ؐb ��^ x�^ H�\ �t ��� ��x @�v �x ؎P ��P x�f @�n �j ��� ��| 0�� �t ��t p�r H�P �P �~ ��~ `�r 0�\ �\ Њ\ ��\ p�` @�\ �\ ȉ� ��j X�j 0�P �P ؈^ ��^ h�x �� �x ��� `�p �v �n ��� @�� �P �P ��^ ��^ X�n �b �h ��X ��\ X�^ �| �R ��V ��X X�\ �n �n ��N ��~ @�r � U � +convert int4 to char � T � 7convert first char to int4 � J � PI � I � 'degrees to radians � H � 'radians to degrees � G � cotangent F � tangent ~ E � cosine } D � sine | C � 5arctangent, two arguments { B � arctangent z A � arccosine y @ � arcsine x ? � !set random seed w > � random value v < � 'less-equal-greater u i � I/O typmod t V � I/O typmod s , � I/O r + � I/O q � gsequence parameters, for use by information schema p � � Qset sequence value and is_called status o ( � 'set sequence value n ' � /sequence current value m & � )sequence next value l $ � ?does not match LIKE expression k # � 1matches LIKE expression j " � ?does not match LIKE expression i ! � 1matches LIKE expression h h � I/O typmod g g � I/O typmod f � I/O e � I/O d � #number of points c � #number of points b � Iconvert circle to 12-vertex polygon a � center of ` � center of _ � diagonal of ^ � center of ] � � center of \ � � center of [ � � center of Z � � +sum of path segments Y � � 7distance between endpoints X � � 7construct line from points W � � I/O V � � I/O U � � +convert to tinterval T � � -convert circle to box S � � -convert box to circle R � � Wconvert vertex count and circle to polygon Q � � 5convert polygon to circle P � � Gconvert point and radius to circle O � � #radius of circle N � � 'diameter of circle M � � area of circle L � � I/O K � � I/O J � � 1convert path to polygon I � � /convert box to polygon H � � 1convert polygon to path G � � Aconvert polygon to bounding box F � � -convert x, y to point E � � open path D � � close path C � � path open? B � � path closed? A � � -convert points to box @ � � 3convert interval to time ? � � center of > � � horizontal = � � vertical < � � perpendicular ; � � parallel : � � horizontal 9 � � vertical 8 � � perpendicular 7 � � parallel 6 � +horizontally aligned 5 ~ � 'vertically aligned 4 } � ;substitute portion of string 3 | � ;substitute portion of string 2 { � 7current schema search list 1 z � )current schema name 0 y � 1convert name to varchar / x � 1convert varchar to name . v � absolute value - u � absolute value , t � absolute value + s � absolute value * r � absolute value ) ` � factorial ( n � #finite interval? ' m � %finite timestamp? & ] � finite date? % l � qconvert timestamp with time zone to time with time zone $ j � odate difference from today preserving months and years # i � 1extract field from time " h � 1extract field from date ! g � 7extract field from reltime f � 7extract field from abstime e � #character length d � smaller of two c � larger of two b � smaller of two a � larger of two _ � octet length ^ � octet length \ � #character length Z � 3convert time to interval Y � #character length W � #character length T � 1convert abstime to time O � �convert date and time with time zone to timestamp with time zone N � 'less-equal-greater ` � I/O typmod _ � I/O typmod G � I/O F � I/O
E � Iprint type names of oidvector field D � Udeprecated, use two-argument form instead C � 5natural exponential (e^x)
X � exponentiation B � exponentiation A � cube root @ � square root ? � )truncate to integer > � 3round to nearest integer = � %natural logarithm < � %base 10 logarithm ; � %base 10 logarithm & � #character length ��e � ��z p�� �� ؞t ��\ x�\ 8�r ��| ��~ `�� �� Ȝ| x�� 8�| ��~ ��� `�� �| Ț� x�� 8�| ��| ��� P�| �| Ș� ��� (�� �x ��x h�x (�x �~ ��~ `�� �� ȕ� p�� �� ��� h�� �� ��� x�t 8�~ ��~ ��� x�l @�p �v ��� h�� (�z 萀 ��� X�| �r ��� ��r �� Ȏ� p�� �� ȍ� x�� (�� ،� ��� 8�� 苠 ��� H�� ��� ��n x�� @�j �b ȉ| ��| @�� ��� ��� p�| (�� � ��� h�X 8�X �P �P ��x p�n H�P �P ��P ЅP ��n P�� �� Ȅv ��v 8�� ��x ��n ��f @�� �z ��� ��p @�r �~ o � � 7inet address of the client n � � +convert inet to cidr m R � )hostmask of address l � � Eshow all parts of inet/cidr value k � � 3show address octets only j � � ;broadcast address of network i � � netmask length h � � 'netmask of address g � � 1network part of address f � � Qaddress family (4 for IPv4, 6 for IPv6) e { � /change netmask of cidr d ] � /change netmask of inet c W � Eabbreviated display of cidr value b V � Eabbreviated display of inet value a � � 'less-equal-greater ` � � I/O _ � � I/O ^ � � I/O ] � � I/O \ D � 'less-equal-greater [ � � 1MAC manufacturer fields Z � � I/O Y � � I/O X � � set bit W � � get bit V � � Asubstitute portion of bitstring U � � Asubstitute portion of bitstring T � � ;extract portion of bitstring S � � 5position of sub-bitstring R � � Cadjust varbit() to typmod length Q V � Gtransform a varbit length coercion P � � =adjust bit() to typmod length O � � 5convert bitstring to int4 N � � 5convert int4 to bitstring M � � octet length L � � #bitstring length K � � ;extract portion of bitstring J � � 'less-equal-greater I w � Ureferential integrity ON UPDATE NO ACTION H v � Ureferential integrity ON DELETE NO ACTION G u � Yreferential integrity ON UPDATE SET DEFAULT F t � Yreferential integrity ON DELETE SET DEFAULT E s � Sreferential integrity ON UPDATE SET NULL D r � Sreferential integrity ON DELETE SET NULL C q � Sreferential integrity ON UPDATE RESTRICT B p � Sreferential integrity ON DELETE RESTRICT A o � Qreferential integrity ON UPDATE CASCADE @ n � Qreferential integrity ON DELETE CASCADE ? m � creferential integrity FOREIGN KEY ... REFERENCES > l � creferential integrity FOREIGN KEY ... REFERENCES = � � Cdeferred UNIQUE constraint check < Z � �collation of the argument; implementation of the COLLATION FOR expression ; S � +type of the argument : � � econvert generic options array to name/value table 9 � � +list of SQL keywords 8 u � 5result type of a function 7 � � Kidentity argument list of a function 6 r � 9argument list of a function 5 2 � 3definition of a function 4 � � Kname of sequence for a serial column 3 � � =deparse an encoded expression 2 k � /constraint description 1 ~ � )trigger description 0 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 �
� Cfind all match groups for regexp �
� Cfind all match groups for regexp � � 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 u � Ktrim spaces from both ends of string t � etrim selected characters from both ends of string s � 5extract portion of string r � Ktrim spaces from right end of string q � Itrim spaces from left end of string p � 7right-pad string to length o � 5left-pad string to length
n � Ymap a set of characters appearing in string m � 5extract portion of string l � etrim selected characters from right end of string
k � ctrim selected characters from left end of string j � 7right-pad string to length i � 5left-pad string to length h � +capitalize each word g � uppercase f � lowercase d � -position of substring e � ]convert LIKE pattern to use backslash escapes W � Yconvert SQL99 regexp pattern to POSIX style V � 3replicate string n times �e � ��� p�~ �� �n ��R ��R X�R 0�P �P ؝^ ��^ `�� �� f ��d `�z �� ؛~ ��� P�| �| Кz ��X p�` @�` �| ��| ��l P�l �t Иt ��f `�f �x �l ��| h�| (�x �| ��| x�^ H�^ � ��j ��f H�d �n Дx ��x P�x �x ��� ��v H�p �p Вt ��t P�x �� ��r ��x (�� ؐ� ��� �� ��� ��P p�P 8�n � ��� `�� (�b �p ��p ��f H�f �f Ȍ� x�� 8�| � ��� X�� ��� ��� `�� �� ��� x�z �� ؈� ��� 0�� �z ��z p�z 0�z �z ��� `�� �� Ѕ� ��� @�� �z ��z ��z @�z �z ��� p�� (�� � ��z X�� �� u � � =aggregate transition function t � � =aggregate transition function s 4 � 3aggregate final function r 3 � =aggregate transition function q 2 � =aggregate transition function p 1 � =aggregate transition function o 0 � =aggregate transition function n / � 3aggregate final function m $
� 3aggregate final function l . � 3aggregate final function k � � 3aggregate final function j - � 3aggregate final function i �
� =aggregate transition function h , � =aggregate transition function g + � =aggregate transition function f * � =aggregate transition function e * � =aggregate transition function d ) � =aggregate transition function c ( � 3aggregate final function b � � 3aggregate final function a ' � 3aggregate final function ` � � 3aggregate final function _ & � 3aggregate final function ^ % � 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 Z ! � 3join selectivity of LIKE Y � Ajoin selectivity of regex match X � yrestriction selectivity of case-insensitive regex non-match W � Irestriction selectivity of NOT LIKE V � Wrestriction selectivity of regex non-match U � qrestriction selectivity of case-insensitive regex match T � Arestriction selectivity of LIKE S � Orestriction selectivity of regex match R � =join selectivity of NOT ILIKE Q � 5join selectivity of ILIKE P � Krestriction selectivity of NOT ILIKE O � Crestriction selectivity of ILIKE N � length in bits M � length in bits L � length in bits K �
� )format text message J �
� )format text message I � � reverse text H � � =extract the last n characters G � � ?extract the first n characters F � � Gconcatenate values with separators E � � 'concatenate values D � I/O C � I/O B
� yquote a possibly-null data value for usage in a querystring A � squote a possibly-null literal for usage in a querystring @ � ]quote a data value for usage in a querystring ? � Wquote a literal for usage in a querystring > � _quote an identifier for usage in a querystring = � � 1format interval to text < � � +convert text to date ; � � Sconvert text to timestamp with time zone : � � 1convert text to numeric 9 � � -format float8 to text 8 � � -format float4 to text 7 � � )format int8 to text 6 � � )format int4 to text 5 � � /format numeric to text 4 � � Qformat timestamp with time zone to text 3 � � 1convert numeric to int2 2 � � 1convert int2 to numeric 1 � � 1convert int8 to numeric 0 � � 1convert numeric to int8 / � � 'less-equal-greater . � � larger of two - � � smaller of two , � � #increment by one + z � abucket number of operand in equidepth histogram * � � trunc(x/y) ) � � trunc(x/y) ( � � 5convert numeric to float8 ' � � 5convert numeric to float4 & � � 1convert numeric to int4 % � � 5convert float8 to numeric $ � � 5convert float4 to numeric # � � %base 10 logarithm " � � 1convert int4 to numeric ! y � exponentiation � � exponentiation � � -logarithm base m of n � � -logarithm base m of n � � %natural logarithm � � %natural logarithm � � 5natural exponential (e^x) � � 5natural exponential (e^x) � � square root � � square root � � modulus � � 3largest integer <= value w � 5smallest integer >= value � � 5smallest integer >= value � � Gvalue truncated to 'scale' of zero � � 7value truncated to 'scale' � � Cvalue rounded to 'scale' of zero � � 3value rounded to 'scale' � � sign of value � � absolute value
� � Sadjust numeric to typmod precision/scale U � Itransform a numeric length coercion f � I/O typmod
e � I/O typmod � � I/O � � I/O � � hash � � hash � � hash � � 'less-equal-greater � � Sserver's port number for this connection � � 7inet address of the server � � Sclient's port number for this connection X�e �� ��z x�� 0�� �z ��z p�z 0�z �z ��z p�z 0�z �z ��z p�z (�� �z ��� P�� �z ��� p�� �� Й� x�� �� Ș� p�� �� ��� h�� �� ��� `�� �� ��� P�� � ��� 0�� Г� p�� �� ��� P�� � ��� 0�� ؐ� ��� (�� Џ� x�� �� Ȏ� p�� �� ȍ� x�� (�� ،� ��� H�� ��� ��� P�� ��� ��� H�� � ��� @�� 舨 ��� 8�� ؇� ��� P�~ �� ��� p�� �� ��� `�� �� ��� P�� �� ��� h�� �� ��� p�� �� Ё� ^ �
� Qstatistics: tuples inserted in database ] �
� Qstatistics: tuples fetched for database \ �
� Sstatistics: tuples returned for database [ � � _statistics: blocks found in cache for database Z � � Qstatistics: blocks fetched for database Y � � Kstatistics: transactions rolled back X � � Gstatistics: transactions committed W � � Wstatistics: number of backends in database V q � ostatistics: port number of client connected to backend U p � gstatistics: address of client connected to backend T o � gstatistics: start time for current backend session S ) � sstatistics: start time for backend's current transaction R . � istatistics: start time for current query of backend Q % � istatistics: is backend currently waiting for a lock P � � Kstatistics: current query of backend O � � ?statistics: user ID of backend N � � Gstatistics: database ID of backend M � � 7statistics: PID of backend L � � Astatistics: current backend PID K � wstatistics: information about currently active replication J � � qstatistics: information about currently active backends I � � Sstatistics: currently active backend IDs H � � astatistics: number of auto analyzes for a table G � � estatistics: number of manual analyzes for a table F � � _statistics: number of auto vacuums for a table E � � cstatistics: number of manual vacuums for a table D �
� _statistics: last auto analyze time for a table C �
� cstatistics: last manual analyze time for a table B �
� ]statistics: last auto vacuum time for a table A �
� astatistics: last manual vacuum time for a table @ � � Ystatistics: number of blocks found in cache ? � � Kstatistics: number of blocks fetched > ? � Estatistics: number of dead tuples = > � Estatistics: number of live tuples < � � Sstatistics: number of tuples hot updated ; � � Kstatistics: number of tuples deleted : � � Kstatistics: number of tuples updated 9 � � Mstatistics: number of tuples inserted 8 � � astatistics: number of tuples fetched by idxscan 7 � � [statistics: number of tuples read by seqscan 6 � � cstatistics: number of scans done for table/index 5 � � acurrent user privilege on any column by rel oid 4 � � ccurrent user privilege on any column by rel name 3 � � euser privilege on any column by user oid, rel oid 2 � � guser privilege on any column by user oid, rel name 1 � � euser privilege on any column by username, rel oid 0 � � guser privilege on any column by username, rel name / � � qcurrent user privilege on column by rel oid, col attnum . � � mcurrent user privilege on column by rel oid, col name - � � scurrent user privilege on column by rel name, col attnum , � � ocurrent user privilege on column by rel name, col name + � � uuser privilege on column by user oid, rel oid, col attnum * � � quser privilege on column by user oid, rel oid, col name ) � � wuser privilege on column by user oid, rel name, col attnum ( � � suser privilege on column by user oid, rel name, col name ' � � uuser privilege on column by username, rel oid, col attnum & � � quser privilege on column by username, rel oid, col name % � � wuser privilege on column by username, rel name, col attnum $ � � suser privilege on column by username, rel name, col name # � � ]current user privilege on sequence by seq oid " � � _current user privilege on sequence by seq name ! � � auser privilege on sequence by user oid, seq oid � � cuser privilege on sequence by user oid, seq name � � auser privilege on sequence by username, seq oid � � cuser privilege on sequence by username, seq name � � ]current user privilege on relation by rel oid � � _current user privilege on relation by rel name � � auser privilege on relation by user oid, rel oid � � cuser privilege on relation by user oid, rel name � � auser privilege on relation by username, rel oid � � cuser privilege on relation by username, rel name 7 � Qencode text from encoding to ASCII text 6 � Qencode text from encoding to ASCII text 5 � Wencode text from DB encoding to ASCII text �
� Sconcatenate aggregate input into a bytea �
� 3aggregate final function �
� =aggregate transition function �
� Uconcatenate aggregate input into a string �
� 3aggregate final function �
� =aggregate transition function � 3aggregate final function
� 3aggregate final function �
� 3aggregate final function �
� 3aggregate final function
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� 3aggregate final function �
� 3aggregate final function �
� 3aggregate final function �
� 3aggregate final function �
� 3aggregate final function �
� 3aggregate final function �
� 3aggregate final function �
� =aggregate transition function �
� =aggregate transition function � � 3aggregate final function ��e �� ��� `�� �� ��� �� ��� 8�� 蜞 ��� H�� � ��� @�� � ��� �� ��� 0�� ��(H�� �� p�� �� ��� X�� �� ��� H�� ؔ� p�� �� ��� 8�� ؒ� p�� �� ��� H�� А� `�� ��� ��� 0�� ��� 0�� �t ��p X�� �� Ȍn x�� 0�� �~ ��d ��f 8�� ��t ��� h�x �� ȉ� ��b P�| �| Ј| ��| P�t �z ��� p�� (�� � ��| X�� �� ��� h�| �� �f ��d `�� �� �R ��n p�n 8�n �n Ȃn ��b H�� �� ȁl \ � %finite timestamp? [ � � Iconvert time to time with time zone Z � � Iconvert time with time zone to time Y A � sort support X � � 'less-equal-greater W � � 'intervals overlap? V � � 'intervals overlap? U � � 'intervals overlap? T � � 'intervals overlap? S � � hash R � � Oadjust time with time zone to new zone Q � � Oadjust time with time zone to new zone P � � larger of two O � � smaller of two N � � ;convert timestamp to abstime M � � 5convert timestamp to date L � � ]convert timestamp to timestamp with time zone K � � ]convert timestamp with time zone to timestamp J � � Gconvert date and time to timestamp I � � 5convert date to timestamp H � � ;convert abstime to timestamp G � � ;extract field from timestamp F � � Mtruncate timestamp to specified units E � � Sconvert timestamp with time zone to time D � � 3trim both ends of string C � � -position of substring B & � 5extract portion of string A % � 5extract portion of string @ � � 5extract portion of string ? � � 5extract portion of string > � � octet length = � � ]convert LIKE pattern to use backslash escapes < � � ?does not match LIKE expression ; � � 1matches LIKE expression : � � Kadjust time with time zone precision 9 � � -adjust time precision 8 � � ;adjust timestamptz precision 7 � � smaller of two 6 � � larger of two 5 � � 7adjust timestamp precision 4 h � Ctransform a time length coercion 3 M � Mtransform a timestamp length coercion 2 � � 'less-equal-greater 1 � � gconvert ascii-encoded text string into bytea value 0 � � kconvert bytea value into some ascii-only text string / � � )tablespace location . [ � -current trigger depth - � � �statistics: reset collected statistics for a single function in the current database , � � �statistics: reset collected statistics for a single table or index in the current database + � � �statistics: reset collected statistics shared across the cluster * � � ystatistics: reset collected statistics for current database ) � � }statistics: discard current transaction's statistics snapshot ( � � �statistics: self execution time of function in current transaction, in msec ' � � �statistics: total execution time of function in current transaction, in msec & � � ystatistics: number of function calls in current transaction % � � �statistics: number of blocks found in cache in current transaction $ � � ystatistics: number of blocks fetched in current transaction # � � �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 � � kstatistics: self execution time of function, in msec � � mstatistics: total execution time of function, in msec � � Kstatistics: number of function calls + � 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 msec X � �statistics: checkpoint time spent writing buffers to disk, in msec � 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 � Mstatistics: block write time, in msec
� Kstatistics: block read time, in msec O � ostatistics: number of bytes in temporary files written N � ]statistics: number of temporary files written
� Mstatistics: last reset for a 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 snapshot expiry � � �statistics: recovery conflicts in database caused by relation lock � � �statistics: recovery conflicts in database caused by drop tablespace �
� Ostatistics: tuples deleted in database �
� Ostatistics: tuples updated in database 0f �� ��z p�� �� Ȟ� ��� 0�� ؝� ��| X�| �r �p ��v X�� �� Л� ��� @�� ��� ��� h�� �� Й� x�� �� Ș� h�� �� ��� p�� �� �~ ��� P�� �x ȕ� ��� @�� � ��� 8�� �l ��� x�� 8�| � ��l h�� �� �~ ��h h�~ (�t �t ��v h�v �� Џ� ��x (�� ��� X�� �� ��� �� ��� `�� �� ��� X�� �� ��� X�� �� ��� `�� �� ��� p�� �� Ї� ��� 0�� І� ��� 0�� Ѕ� ��� 0�� � ��� @�� � ��� P�� �� ��� `�� �� ��� c Y � Uminimum value of all abstime input values b X � Sminimum value of all float8 input values a W � Sminimum value of all float4 input values ` V � Mminimum value of all oid input values _ U � Wminimum value of all smallint input values ^ T � Uminimum value of all integer input values ] S � Sminimum value of all bigint input values \ �
� Mmaximum value of all tid input values [ � � Smaximum value of all bpchar input values Z � Wmaximum value of all anyarray input values Y R � Umaximum value of all numeric input values X Q � Omaximum value of all text input values W P � Wmaximum value of all interval input values V O � wmaximum value of all timestamp with time zone input values U N � Ymaximum value of all timestamp input values T M � Qmaximum value of all money input values S L � mmaximum value of all time with time zone input values R K � Omaximum value of all time input values Q J � Omaximum value of all date input values P I � Umaximum value of all abstime input values O H � Smaximum value of all float8 input values N G � Smaximum value of all float4 input values M F � Mmaximum value of all oid input values L E � Wmaximum value of all smallint input values K D � Umaximum value of all integer input values J C � Smaximum value of all bigint input values I B � _sum as numeric across all numeric input values H A � csum as interval across all interval input values G @ � Wsum as money across all money input values F ? � [sum as float8 across all float8 input values E > � [sum as float4 across all float4 input values D = � _sum as bigint across all smallint input values C < � ]sum as bigint across all integer input values B ; � ]sum as numeric across all bigint input values A : � �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 9 B
� Qsleep for the specified time in seconds 8 A
� =list all files in a directory 7 � � /read bytea from a file 6 � � /read bytea from a file 5 � � -read text from a file 4 @
� -read text from a file 3 ?
� 7get information about file 2 >
� !rotate log file 1 =
� 7reload configuration files 0 � =true if xlog replay is paused / � Kresume xlog replay, if it was paused . � � %pause xlog replay - � � =timestamp of last replay xact , � � 5last xlog replay location + � � 9current xlog flush location * � � =true if server is in recovery ) � � %export a snapshot ( ] � ]difference in bytes, given two xlog locations ' # � Mxlog filename, given an xlog location & " � mxlog filename and byte offset, given an xlog location % $ � ;current xlog insert location $ ! � 9current xlog write location # � ;create a named restore point " � 1switch to new xlog file ! } � ?finish taking an online backup | � Iprepare for taking an online backup 0 � 7terminate a server process { � Ocancel a server process' current query ' � Sis schema another session's temp schema? & � cget OID of current session's temp schema, if any � � Kis collation visible in search path? � � kis text search configuration visible in search path? � � ais text search template visible in search path? � � eis text search dictionary visible in search path? � � ]is text search parser visible in search path? - � Mis conversion visible in search path? � � Iis opfamily visible in search path? # � Gis opclass visible in search path? " � Iis operator visible in search path? ! � Iis function visible in search path? � Ais type visible in search path? � Cis table visible in search path? �
� Cget identification of SQL object ) � 9view two-phase transactions
[ � ;view system lock information $ � /SHOW ALL as a function � )SET X as a function
� +SHOW X as a function � 5convert bitstring to int8 � 5convert int8 to bitstring � _extract text matching SQL99 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 �4f �� ��� `�� �� ��� `�� �� ��� h�� �� Ȝ� x�� (�� ��� ��r �� ��� �� ��� �� ��� �� ��� �� ��� (�� ��� h�� �� ؔ� ��� H�� �� ��� @�� � ��� �� ��� h�� �� ��� `�� �� ��� h�� �� ؎� ��� H�� �� ��� 8�� Ќ� P�� ��� ��� P�� ؊� `�� �t �l ��x p�n 8�n �n Ȉn ��n X�n �n �n ��n x�n P�P (�P �P ؆P ��P ��P `�P 8�P �P �P ��z x�^ H�^ �^ ��� X�� ��� ��� @�� 肮 ��� (�� ȁ� _ � � 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 \ � � gcurrent user privilege on database by database oid [ � � icurrent user privilege on database by database name Z � � kuser privilege on database by user oid, database oid Y � � muser privilege on database by user oid, database name X � � kuser privilege on database by username, database oid W � � muser privilege on database by username, database name V � � (internal) U � � (internal) T � � (internal) S 7 � 3convert text to regclass 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 � � 'less-equal-greater G � � 'less-equal-greater F � � 'less-equal-greater E � � 'less-equal-greater D � � 'less-equal-greater C � � 'less-equal-greater B � � 'less-equal-greater A � � 'less-equal-greater @ � � 'less-equal-greater ? 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 9 � Msquare of the correlation coefficient 8 � [average of the dependent variable (sum(Y)/N) 7 � _average of the independent variable (sum(X)/N) 6 � �sum of products of independent times dependent variable (sum(X*Y) - sum(X) * sum(Y)/N) 5 � �sum of squares of the dependent variable (sum(Y^2) - sum(Y)^2/N) 4 � �sum of squares of the independent variable (sum(X^2) - sum(X)^2/N) 3 � ynumber of input rows in which both expressions are not null 2 o � Chistorical alias for stddev_samp 1 n � Chistorical alias for stddev_samp 0 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) �
� �population variance of numeric input values (square of the population standard deviation) �
� �population variance of float8 input values (square of the population standard deviation) �
� �population variance of float4 input values (square of the population standard deviation) �
� �population variance of smallint input values (square of the population standard deviation) �
� �population variance of integer input values (square of the population standard deviation) �
� �population variance of bigint input values (square of the population standard deviation) �
� +number of input rows
c � �number of input rows for which the input expression is not null �
� Mminimum value of all tid input values � � Sminimum value of all bpchar input values
� Wminimum value of all anyarray input values b � Uminimum value of all numeric input values a � Cminimum value of all text values ` � Wminimum value of all interval input values _ � wminimum value of all timestamp with time zone input values ^ � Yminimum value of all timestamp input values ] � Qminimum value of all money input values \ � mminimum value of all time with time zone input values [ � Ominimum value of all time input values Z � Ominimum value of all date input values 0Uf �� ��� H�� � ��� 0�� Н� p�� �� ��� h�� �� ��� `�� �� ��� P�� � ��� 0�� И� p�� ��� ��� �� ��� �� ��P ��� 0�� ؔ� ��� (�� Г� x�� �� Ȓ� p�� �� ȑ� x�� �� Ȑ� p�� �� ȏ� x�� �� ��� h�� �� ��� P�� � ��� �� ��� 8�� Њ� ��� H�t �^ �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 ��Z ��Z H�n �n n ��n h�n 0�n �P �P ��P ��P h�P @�P �P �P ȂP ��P x�P P�P (�P �P P
o n � I/O
n m � I/O
m l � I/O
l k � I/O
k j � I/O
j i � I/O
i h � I/O
h g � I/O
g f � I/O
f e � I/O
e d � I/O
d c � I/O
c b � I/O
b a � I/O
a ` � I/O
` � � 'less-equal-greater
_ � � 'less-equal-greater
^ O � 'less-equal-greater
] B � 'less-equal-greater
\ 5 � 'less-equal-greater
[ ( � 'less-equal-greater
Z � MD5 hash
Y � MD5 hash
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
= � (internal)
< � � -file path of relation
; � � Afilenode identifier of relation
: � � �disk space usage for all indexes attached to the specified table
9 � � �disk space usage for the specified table, including TOAST, free space and visibility map
8 ^ � yconvert a numeric to a human readable text using size units
7 � � {convert a long int to a human readable text using size units
6 � � �total disk space usage for the specified table and associated indexes
5 � ydisk space usage for the specified fork of a table or index
4 � �disk space usage for the main fork of the specified table or index
3 x � etotal disk space usage for the specified database
2 � etotal disk space usage for the specified database
1 � itotal disk space usage for the specified tablespace
0 � itotal disk space usage for the specified tablespace
/ � � 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
( 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
- � I/O
� � �current user privilege on foreign data wrapper by foreign data wrapper name
� � �user privilege on foreign data wrapper by user oid, foreign data wrapper oid
� � �user privilege on foreign data wrapper by user oid, foreign data wrapper name
� � �user privilege on foreign data wrapper by username, foreign data wrapper oid
� � �user privilege on foreign data wrapper by username, foreign data wrapper name
[ � ocurrent user privilege on tablespace by tablespace oid
Z � qcurrent user privilege on tablespace by tablespace name
Y � suser privilege on tablespace by user oid, tablespace oid
X � uuser privilege on tablespace by user oid, tablespace name
W � suser privilege on tablespace by username, tablespace oid
V � uuser privilege on tablespace by username, tablespace name
� � _current user privilege on schema by schema oid
� � acurrent user privilege on schema by schema name
� � cuser privilege on schema by user oid, schema oid
� � euser privilege on schema by user oid, schema name
� � cuser privilege on schema by username, schema oid
� � euser privilege on schema by username, schema name
� � gcurrent user privilege on language by language oid
� � icurrent user privilege on language by language name
� � kuser privilege on language by user oid, language oid
� � muser privilege on language by user oid, language name
� � kuser privilege on language by username, language oid
� � muser privilege on language by username, language name
� � gcurrent user privilege on function by function oid
� � icurrent user privilege on function by function name
� � kuser privilege on function by user oid, function oid �uf `� ؟P ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P НP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P țP ��P x�P P�P (�P �P ؚP ��P ��P `�P 8�P �P �P ��P ��P p�P H�P �P ��P ИP ��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 ГP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �P �P ȑP p�� �� ��� P�� Џ� x�� �� ��� p�� �� ؍� ��� �� �| ��� P�� �� ��� x�� 0�� 芄 ��� `�t �r �t ��� P�� �� ��� x�� 8�� ��| ��z h�� (�x �x ��� X�t �x �b ��b p�b 8�b �b Ȅb ��b X�b �b �b ��b x�b @�b �b Ђd ��d � �
� gin(internal) � �
� gin(internal) � � � 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 | � � 3bitwise-or bit aggregate { � � 5bitwise-and bit aggregate z � � 9bitwise-or bigint aggregate y � � ;bitwise-and bigint aggregate x � � ;bitwise-or integer aggregate w � � =bitwise-and integer aggregate v � � =bitwise-or smallint aggregate u � � ?bitwise-and smallint aggregate t � � -boolean-and aggregate s � � +boolean-or aggregate r � � -boolean-and aggregate q � � =aggregate transition function p � � =aggregate transition function o � � Anon-persistent series generator n � � Anon-persistent series generator m - � Anon-persistent series generator l , � Anon-persistent series generator k + � Anon-persistent series generator j * � Anon-persistent series generator i � � 5send a notification event h � � kget the channels that the current backend listens to g �
� [trigger description with pretty-print option f ( � Eget the available time zone names e '
� Uget the available time zone abbreviations d � � Mget the open cursors for this session c � � [get the prepared statements for this session b � � odeparse an encoded expression with pretty-print option a � � aconstraint description with pretty-print option ` � � �index description (full create statement or single expression) with pretty-print option _ W � �select statement of a view with pretty-printing and specified line wrapping ^ � � iselect statement of a view with pretty-print option ] � � iselect statement of a view with pretty-print option \ � � _source text of a rule with pretty-print option [ 1 � I/O Z 0 � 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 < � � I/O ; � � 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 � � 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 | � 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 �f � ȟd ��d X�d �d �d ��d x�d @�d �d Нd ��d `�l (�l �l ��� `�� �� ؛� ��� H�� ��� ��� X�� �� ș� ��� 8�� ��� ��� h�� �� ȗ� x�� 0�� 薂 ��~ ��P X�P �r ��� `�t 8�P �P Ȕ� ��v 0�� �| ��x p�� (�� ؒ� ��� 0�� Б� ��~ H�� 萸 ��� P�� � ��� X�| �� ��� P�� �� ��� P�� (�P �P ،P ��P x�l �� �h ��� h�P @�P �n �P ��P ��R `�P 8�P �P �P ��n ��R H�f �d ��� p�� (�� � x�� �� ��P ІP ��P ��P X�P 0�P �P �P ��P ��P h�P @�P �n Єl ��~ H�� �t ȃt ��t H�t �t Ȃt ��t H�r �r y I � +GIN tsvector support x H � +GIN tsvector support w F � -GiST tsvector support v E � -GiST tsvector support u D � -GiST tsvector support t C � -GiST tsvector support s B � -GiST tsvector support r A � -GiST tsvector support q @ � -GiST tsvector support p ( � ?set weight of lexeme's entries o ' � 7strip position information n � %number of lexemes m & � 'less-equal-greater l ? � I/O k > � I/O j 8 � I/O i � I/O h 9 � I/O g � I/O f 6 � I/O e � I/O d 7 � I/O c � I/O b �
� I/O a �
� I/O ` �
� erange of the given enum type, as an ordered array _ �
� {range between the two given enum values, as an ordered array ^ �
� Elast value of the input enum type ] �
� Gfirst value of the input enum type \ �
� Ominimum value of all enum input values [ �
� Omaximum value of all enum input values Z �
� larger of two Y �
� smaller of two X �
� hash W �
� 'less-equal-greater V �
� I/O U �
� I/O T �
� I/O S �
� I/O R � � hash Q � � I/O P � � I/O O � � 'less-equal-greater N � � I/O M � � I/O L T � ]map row to json with optional pretty printing K S � !map row to json J R � amap array to json with optional pretty printing I Q � %map array to json H D � I/O G C � I/O F B � I/O E A � I/O D � � cdetermine if a string is well formed XML content C � � edetermine if a string is well formed XML document B � � Sdetermine if a string is well formed XML A � � 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 9 w � qmap schema contents and structure to XML and XML Schema 8 v � Gmap schema structure to XML Schema 7 u � 7map schema contents to XML 6 r � kmap query result and structure to XML and XML Schema 5 q � omap table contents and structure to XML and XML Schema 4 p � Gmap cursor structure to XML Schema 3 o � Smap query result structure to XML Schema 2 n � Emap table structure to XML Schema 1 m � 9map rows from cursor to XML 0 l � 1map query result to XML / k � 5map table contents to XML . j � [serialize an XML value to a character string - U � /concatenate XML values , T � =aggregate transition function + S � I/O * R � I/O ) Q � -validate an XML value ( P � �perform a non-validating parse of a character string to produce an XML value ' O � +generate XML comment & N � I/O % M � I/O $ 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 � 9obtain shared advisory lock G � 9obtain shared advisory lock � ?obtain exclusive advisory lock F � ?obtain exclusive advisory lock E � ;release shared advisory lock D � Arelease exclusive advisory lock � Sobtain shared advisory lock if available C � Sobtain shared advisory lock if available � Yobtain exclusive advisory lock if available B � Yobtain exclusive advisory lock if available � 9obtain shared advisory lock A � 9obtain shared advisory lock � ?obtain exclusive advisory lock @ � ?obtain exclusive advisory lock � ;GIN array support (obsolete) �
� %GIN array support
�
� %GIN array support �
� %GIN array support �
� gin(internal)
�
� gin(internal) �
� gin(internal) �
� gin(internal) E � gin(internal) �
� gin(internal) �
� gin(internal) �
� gin(internal) �
� gin(internal) �
� gin(internal) �
� gin(internal) ��f 0 ��r ��r @�r ��� ��� h�� 0�n ��h ��� p�h 8�h ��r ��r x�r 8�r ��r ��r x�r �� К� ��p P�� �� ؙ\ ��\ x�\ H�\ �\ �\ ��\ ��\ H�z �z ȗr ��r X�^ (�^ ��^ Ȗ^ ��^ P�� �^ �^ ��^ ��^ `�^ 0�^ �^ Д^ ��l `�l (�l �l ��t x�b 8�r ��t ��b ��r (�� Б� ��� `�P 8�P �P �P ��P ��P p�P H�P �P ��P ЏP ��P h�~ (�r �r ��r X�� �� ؍n ��| P�� �� ��� `�� �v �| ��� H�� �z ��� x�� �� ؉� ��� 8�� ��| ��z x�x P�P (�P �P ؇P ��P ��P H�r �r Іp ��� 0�� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0��
} � =implementation of &> operator
| � =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 � Kis the range's upper bound infinite?
p
� Kis the range's lower bound infinite?
o � Mis the range's upper bound inclusive?
n � Mis the range's lower bound inclusive?
m
� )is the range empty?
l � +upper bound of range
k � +lower bound of range
j � � I/O
i � � I/O
h � � I/O
g � � I/O
f � � I/O
e � � I/O
d * � 1fetch the Nth row value
c ) � 3fetch the last row value
b ( � 5fetch the first row value
a ' � _fetch the Nth following row value with default
` & � Efetch the Nth following row value
_ % � =fetch the following row value
^ $ � _fetch the Nth preceding row value with default
] # � Efetch the Nth preceding row value
\ " � =fetch the preceding row value
[ ! � 3split rows into N groups
Z � Ofractional row number within partition
Y � Cfractional rank within partition
X � 5integer rank without gaps
W � /integer rank with gaps
V � 9row number within partition
U � yflag an extension's table contents to be emitted by pg_dump
T � Slist an extension's version update paths
S � Elist available extension versions
R
� 5list available extensions
Q � � 'less-equal-greater
P � � ;is txid visible in snapshot?
O � � Sget set of in-progress txids in snapshot
N � � +get xmax of snapshot
M � � +get xmin of snapshot
L � � +get current snapshot
K � 7get current transaction ID
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
> � � Eget current tsearch configuration
= � � atrigger for automatic update of tsvector column
< � � atrigger for automatic update of tsvector column
; � � +transform to tsquery
: � � make tsquery
9 � � -transform to tsvector
8 � � +transform to tsquery
7 � � make tsquery
6 � � -transform to tsvector
5 � � %generate headline
4 � � %generate headline
3 � � %generate headline
2 � � %generate headline
1 � � (internal)
0 � � (internal)
/ � � (internal)
. � � (internal)
- � � (internal)
, � � (internal)
+ � � (internal)
* � � (internal)
) � � Cnormalize one word by dictionary
( � � (internal)
' � � (internal)
& � � (internal)
% � � (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
u � +GiST tsquery support
t � +GiST tsquery support
s � +GiST tsquery support
r � +GiST tsquery support
q � +GiST tsquery support
p � +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
T � 'less-equal-greater
� AGIN tsvector support (obsolete)
� AGIN tsvector support (obsolete)
� AGIN tsvector support (obsolete)
�
� +GIN tsvector support
� � +GIN tsvector support
J � +GIN tsvector support 0�f �� ��� p�� (�� �n ��b ��b H�b �b ؝b ��b h�b 0�b ��j ��� X�� �� ��� h�� �� Ț� x�� �� ؙt ��t X�r �r �p ��p h�t (�t �t ��t h�t (�t �j ��j ��j H�j �j ؕj ��j h�j 0�j ��j ��j ��j P�j �j �j ��� @�� � ��� @�� � ��� P�� �� ��� `�� �� ��� p�� 0�x ؎� ��j P�� �� ��� h�� �� Ќr ��� 0�� � ��f P�� �� Њ` ��� H�h �z ��� ��~ 0�� 舄 ��� @�� � ��� �� ؆� ��� P�� �� ��� `�� (�p Ȅ� `�� 0�R �` ȃd ��� 8�� ��~ ��x x�~ �� Ё� n � � Ereference to cursor (portal name) m � � qnumeric(precision, decimal), arbitrary precision number l � 7variable-length bit string k � 1fixed-length bit string j � � 7time of day with time zone i � � E@ <number> <units>, time interval h � � ;date and time with time zone g Z � date and time f ; � time of day e : � date d � �varchar(length), non-blank-padded string, variable storage length c � qchar(length), blank-padded string, fixed storage length b � )access control list a � � Ynetwork IP address/netmask, network address ` e � gIP address/netmask, host address, netmask optional _ = � ?XX:XX:XX:XX:XX:XX, MAC address ^ � 9monetary amounts, $d,ddd.cc ] � � Ggeometric circle '(center,radius)' \ � � C(abstime,abstime), time interval [ � � qrelative, limited-range time interval (Unix delta time) Z � � sabsolute, limited-range date and time (Unix system time) Y � � odouble-precision floating point number, 8-byte storage X � � osingle-precision floating point number, 4-byte storage W t � Cgeometric line (not implemented) V \ � =geometric polygon '(pt1,...)' U [ � Sgeometric box '(lower left,upper right)' T Z � 7geometric path '(pt1,...)' S Y � Ggeometric line segment '(pt1,pt2)' R X � 3geometric point '(x, y)' Q � � !storage manager P � � Ustring representing an internal node tree O � � XML content N � Karray of oids, used in system tables M � icommand identifier type, sequence in transaction id L � transaction id K � Y(block, offset), physical location of tuple J � Uobject identifier(oid), maximum 4 billion I � Wvariable-length string, no limit specified H � +registered procedure G � a-2 billion to 2 billion integer, 4-byte storage F � Karray of int2, used in system tables E � Y-32 thousand to 32 thousand, 2-byte storage D � E~18 digit integer, 8-byte storage C � Y63-byte type for storing system identifiers B � #single character A � ]variable-length string, binary values escaped @ � 1boolean, 'true'/'false' ? � � USP-GiST support for suffix tree over text > � � USP-GiST support for suffix tree over text = � � USP-GiST support for suffix tree over text < � � USP-GiST support for suffix tree over text ; � � USP-GiST support for suffix tree over text : � � QSP-GiST support for k-d tree over point 9 � � QSP-GiST support for k-d tree over point 8 � � QSP-GiST support for k-d tree over point 7 � � QSP-GiST support for k-d tree over point 6 � � mSP-GiST support for quad tree and k-d tree over point 5 � � SSP-GiST support for quad tree over point 4 � � SSP-GiST support for quad tree over point 3 � � SSP-GiST support for quad tree over point 2 � � SSP-GiST support for quad tree over point 1 � � #spgist(internal) 0 � � #spgist(internal) / � � #spgist(internal) . � � #spgist(internal) - � � #spgist(internal) , � � #spgist(internal) + � � #spgist(internal) * � � #spgist(internal) ) � � #spgist(internal) ( � � #spgist(internal) ' � � #spgist(internal) & � � #spgist(internal) % � � #spgist(internal) $ � � #spgist(internal) # � � #spgist(internal) " 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
L � #range typanalyze > � hash a range ) � GiST support
( � GiST support ' � GiST support & � GiST support % � GiST support $ � GiST support # � GiST support � 'less-equal-greater � ;implementation of - operator � ;implementation of * operator � ;implementation of + operator ��f HX ��� ��p 8�� �j Ȟh ��d H�� 蝸 ��� H�� �� Ȝd ��l X�l �� ��� ��f P�j �T �\ ��\ ��b P�n �t �\ ��b x�\ H�T �n Иt ��T p�T @�T �\ �T ��\ ��T 8�� � ��` ��T `�T 0�\ �| ��T ��T `�T 0�\ �\ Ȕb ��n P�t �T �\ ��\ ��b P�n �t �T ��\ ��\ H�b �n Бt ��X h�f 8�V �^ Ȑv ��x X�` �h �Z ��X ��Z `�^ �v �x ��` x�h H�Z �X �Z ��� `�r (�d �l ��~ ��Z P�^ �` �Z ��X ��j X�Z �� Њ\ ��Z h�j 8�\ �\ Љb ��b `�n (�n �t ��t x�Z H�V �V �X ��X ��\ X�T (�T ��\ Ȇ\ ��b X�b (�\ ��\ ��n ��n H�t �t Z ��Z x�V H�V �P ��P ЃP ��P x�Z H�Z �Z �Z ��V ��V X�T � 0 9
equal � / 9
negate � . 9
negate � - 9
subtract � , 9
subtract � + 9
subtract � * 9
subtract � ) 9
add � ( 9
add � ' 9
add � & 9
add � # 9
divide � " 9
divide ! 9
multiply ~ 9
multiply } 9
-greater than or equal | 9
-greater than or equal { 9
'less than or equal z 9
'less than or equal y 9
not equal x 9
not equal w 9
greater than v 9
greater than u 9
less than t 9
less than s 9
equal r 9
equal q 9
not equal p 9
modulus o 9
modulus n 9
divide m 9
divide l 9
multiply k
9
-greater than or equal j 9
-greater than or equal i 9
'less than or equal h
9
'less than or equal g 9
greater than f 9
greater than e 9
not equal d 9
not equal c 9
#distance between b 9
multiply a 9
center of ` 9
apoint within closed path, or point on open path _ � 9
contains ^ � 9
#point inside box ] � 9
same as \ � 9
is below [ � 9
is right of Z � 9
is left of Y � 9
is above X � 9
7less than or equal by area W � 9
%less than by area V � 9
equal by area U � 9
+greater than by area T � 9
=greater than or equal by area S � 9
overlaps R � 9
same as Q � 9
contains P � 9
!is contained by O � 9
is right of N � 9
1overlaps or is right of M � 9
/overlaps or is left of L � 9
is left of K � 9
overlaps J � 9
same as I � 9
contains H � 9
!is contained by G � 9
is right of F � 9
1overlaps or is right of E � 9
/overlaps or is left of D � 9
is left of C � 9
negate B � 9
absolute value A � 9
modulus @ � 9
-greater than or equal ? � 9
'less than or equal > � 9
greater than = � 9
less than < � 9
not equal ; � 9
equal : � 9
-greater than or equal 9 � 9
'less than or equal 8 � 9
greater than 7 � 9
less than 6 � 9
not equal 5 � 9
equal 4 �
9
-greater than or equal 3 �
9
'less than or equal 2 �
9
greater than 1 �
9
less than 0 � 9
not equal / � 9
equal . � 9
equal - � 9
equal , � 9
5deprecated, use ! instead + � 9
factorial * a 9
equal ) ` 9
equal ( w 9
concatenate ' v 9
Iprepend element onto front of array & ] 9
Cappend element onto end of array % 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 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
@ � %range of integers � � txid snapshot � � Eregistered text search dictionary
� � Kregistered text search configuration � Kquery representation for text search : � qGiST index internal text representation for text search � Itext representation for text search � � UUID datatype � � !registered type � � #registered class � � Aregistered operator (with args) � � )registered operator � � Cregistered procedure (with args) 8g H` П\ ��\ h�b 0�n �t ��T ��\ `�\ (�b �n ��t ��X P�Z �Z �h ��p x�p 8�v � ��� ��P P�Z �h �V ��V ��P `�Z 0�V �Z șf ��P p�Z @�V �Z ؘf ��` x�\ @�l �r ЗT ��\ p�\ 8�b �n ��t ��\ `�\ (�b �n ��t ��T H�j �j ؔj ��j h�j 0�j �T Г\ ��\ h�b 0�n �t ��\ ��\ X�n �b �t ��� 8�� 萞 ��� `�\ 0�` �\ ȏn ��b P�t �\ �n ��b p�t @�T �\ �\ ��n p�b 0�t ��f ЌP ��Z p�Z @�V �P �Z ��Z ��V `�P 0�Z �Z ЊV ��P x�Z H�Z �V �P ��Z ��Z `�V (�j �j ��j ��j H�j �\ ؇v ��� P�� �� ؆` ��r X�| �� Ѕ~ ��Z h�h 8�Z �h ЄZ ��f h�T 8�\ �b ȃn ��t P�j �\ � ��~ `�~ � ! 9
7is below (allows touching) � 9
7is above (allows touching) � 9
9sum of path segment lengths � 9
intersect � 9
#number of points � 9
-greater than or equal � 9
'less than or equal � 9
greater than � 9
less than � 9
equal � 9
absolute value � � 9
contains � � 9
!is contained by � 9
contains ~ � 9
!is contained by } � 9
contains | � 9
7divide (rotate/scale path) { � 9
;multiply (rotate/scale path) z � 9
5subtract (translate path) y � 9
+add (translate path) x � 9
concatenate w � 9
;divide points (scale/rotate) v � 9
?multiply points (scale/rotate) u � 9
9subtract points (translate) t � 9
/add points (translate) s � 9
not equal r � 9
#distance between q � 9
#distance between p � 9
#distance between o � 9
#distance between n � 9
#distance between m 9 9
divide l 8 9
multiply k 7 9
subtract j 6 9
add i 5 9
divide h 4 9
multiply g 3 9
subtract f 2 9
add e � 9
divide d � 9
multiply c � 9
subtract b � 9
add a � 9
divide ` � 9
multiply _ � 9
subtract ^ � 9
add ] � 9
divide \ � 9
multiply [ � 9
subtract Z � 9
add Y � 9
absolute value X � 9
-greater than or equal W � 9
greater than V � 9
'less than or equal U � 9
less than T � 9
not equal S � 9
equal R � 9
-greater than or equal Q � 9
greater than P � 9
'less than or equal O � 9
less than N � 9
-greater than or equal M � 9
greater than L � 9
'less than or equal K � 9
less than J � 9
concatenate I � 9
not equal H � 9
edoes not match regular expression, case-sensitive G � 9
Wmatches regular expression, case-sensitive F � 9
edoes not match regular expression, case-sensitive E 9
Wmatches regular expression, case-sensitive D z 9
-greater than or equal C y 9
greater than B x 9
'less than or equal A w 9
less than @ v 9
not equal ? q 9
-greater than or equal > p 9
'less than or equal = o 9
greater than < n 9
less than ; m 9
not equal : l 9
equal 9 j 9
#distance between 8 i 9
#distance between 7 h 9
#distance between 6 g 9
#distance between 5 f 9
#distance between 4 e 9
#distance between 3 � 9
equal 2 � 9
-greater than or equal 1 � 9
'less than or equal 0 � 9
greater than / � 9
less than . � 9
not equal - d 9
-greater than or equal , c 9
'less than or equal + b 9
greater than * a 9
less than ) ` 9
not equal ( _ 9
equal ' ^ 9
+convert to tinterval & 9
%start of interval % U 9
cube root $ T 9
square root # S 9
absolute value " R 9
multiply ! Q 9
divide P 9
subtract O 9
add N 9
absolute value M 9
multiply L 9
divide K 9
subtract J 9
add I 9
negate H 9
negate G 9
!is contained by F 9
subtract E 9
add D 9
Agreater than or equal by length C 9
;less than or equal by length B 9
/greater than by length A 9
)less than by length @ 9
)not equal by length ? 9
!equal by length > 9
overlaps
= 9
contains < 9
same as ; 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
-greater than or equal 4 9
'less than or equal 3 9
greater than 2 9
less than 1 9
not equal �8g 8h ��~ ��j @�� ��� ��� p�� 0�r ��n ȝT ��\ h�\ 0�b ��n ��t ��Z X�V (�Z ��T ț\ ��\ `�b (�n �t ��P ��Z `�Z 0�V �Z ЙV ��Z p�V @�Z �Z �Z ��V x�f @�p �h ؗZ ��T x�\ H�\ �\ �T ��� @�� �\ �\ ��n p�b 0�t �T Д\ ��\ h�b 0�n �t ȓP ��Z h�T 8�\ �\ Вn ��b X�t (�Z �P БZ ��T p�\ @�\ �n Аb ��t `�T 0�\ �\ ȏn ��b P�t (�P ��Z ȎV ��Z h�T 8�\ �\ Ѝb ��n X�t 0�P �Z ЌV ��Z p�T @�\ �\ ؋b ��n `�t �x ؊� ��x P�� �x ȉ� p�� �� ��� h�� �� ��� ��T X�\ (�\ �n ��b x�t P�P �Z �Z ��T ��\ `�\ (�n �b ��t ��V X�P (�Z � x�� 0�� Ȃ� ��Z h�\ � � 9
center of � w 9
subtract � V 9
�convert time with time zone and date to timestamp with time zone � S 9
Gconvert time and date to timestamp � Q 9
�convert date and time with time zone to timestamp with time zone � P 9
Gconvert date and time to timestamp � : 9
subtract � 9 9
add � 8 9
negate 7 9
-greater than or equal ~ 6 9
greater than } 5 9
'less than or equal | 4 9
less than { 3 9
not equal z 2 9
equal y 1 9
subtract x 0 9
subtract w / 9
add v - 9
-greater than or equal u , 9
greater than t + 9
'less than or equal s * 9
less than r ) 9
not equal q ( 9
equal p � 9
idoes not match regular expression, case-insensitive o � 9
[matches regular expression, case-insensitive n � 9
idoes not match regular expression, case-insensitive m � 9
[matches regular expression, case-insensitive l � 9
idoes not match regular expression, case-insensitive k � 9
[matches regular expression, case-insensitive j � 9
?does not match LIKE expression i � 9
1matches LIKE expression h � 9
?does not match LIKE expression g � 9
1matches LIKE expression f � 9
?does not match LIKE expression e � 9
1matches LIKE expression d o 9
-greater than or equal c n 9
'less than or equal b m 9
greater than a l 9
less than ` k 9
not equal _ j 9
equal ^ i 9
multiply ] h 9
divide \ g 9
subtract [ f 9
add Z e 9
-greater than or equal Y d 9
'less than or equal X c 9
greater than W b 9
less than V a 9
not equal U ` 9
equal T _ 9
multiply S ^ 9
divide R ] 9
subtract Q \ 9
add P 9
-greater than or equal O 9
greater than N 9
'less than or equal M 9
less than L 9
not equal K 9
equal J Y 9
-greater than or equal I X 9
greater than H W 9
'less than or equal G V 9
less than F U 9
not equal E T 9
equal D M 9
subtract C L 9
add B K 9
subtract A J 9
-greater than or equal @ I 9
greater than ? H 9
'less than or equal > G 9
less than = F 9
not equal < E 9
equal ; 5 9
subtract : 4 9
add 9 3 9
-greater than or equal 8 2 9
'less than or equal 7 1 9
greater than 6 0 9
less than 5 / 9
not equal 4 . 9
equal 3 % 9
-greater than or equal 2 $ 9
greater than 1 # 9
'less than or equal 0 " 9
less than / ! 9
not equal . 9
edoes not match regular expression, case-sensitive - 9
Wmatches regular expression, case-sensitive , 9
equal + � 9
center of * � 9
center of ) � 9
center of ( � 9
equal ' � 9
contains & � 9
!remove ACL item % � 9
)add/update ACL item $ � 9
exponentiation # � 9
divide " � 9
multiply ! � 9
multiply � 9
multiply � 9
divide � 9
multiply � 9
divide � 9
multiply � 9
divide � 9
multiply � 9
subtract � 9
add � 9
-greater than or equal � 9
'less than or equal � 9
greater than � 9
less than � 9
not equal � 9
equal M 9
multiply L 9
divide K 9
multiply 0 9
-greater than or equal
/ 9
'less than or equal . 9
greater than - 9
less than
, 9
not equal + 9
equal ) 9
'vertically aligned ( 9
+horizontally aligned ' 9
9divide box by point (scale) & 9
=multiply box by point (scale) % 9
Isubtract point from box (translate) $ 9
;add point to box (translate) # 9
#box intersection " 9
7deprecated, use && instead Yg H` ȟd ��l X�l �r ؞~ ��� `�^ �v �x ��` x�h H�Z �X �Z ��Z ��Z `�P 0�Z �Z ЛV ��j `�j (�j �j ��j ��\ X�Z �d �^ ��Z ��T X�n (�\ ��\ Ș\ ��d X�h �b �h ��x h�x (�x �x ��x h�x (�x �x ��Z ��Z X�V (�\ �p ��� h�v �� �~ ��\ ��Z H�d �^ �Z ��T ��n P�T �\ �\ ��n ��b @�t �` �` ��^ ��T P�\ �\ �n ��b p�t @�\ �n ؎` ��r h�` 8�` �^ �P ��P ��Z X�Z �� ��� `�� �� ��� `�� 0�V �T Њ\ ��\ h�n 0�b �t ȉP ��Z h�Z 8�V �X Јf ��f h�T 8�\ �\ Їb ��n X�t (�` ��^ ��r ��` P�n �p �` ��P ��Z h�P 8�Z �T \ ��\ p�b 8�n ��t ЃP ��T p�\ @�\ �b Ђn ��t `�T � L 9
equal � K 9
-greater than or equal � J 9
'less than or equal � I 9
greater than � H 9
less than � G 9
not equal � F 9
equal � 9 9
add � 9
-greater than or equal � 9
'less than or equal � 9
greater than � 9
less than �
9
not equal 9
equal ~ 9
subtract }
9
add | 9
subtract { 9
add z 9
concatenate y 9
)bitwise shift right x 9
'bitwise shift left w 9
bitwise not v 9
+bitwise exclusive or u 9
bitwise or t � 9
bitwise and s � 9
-greater than or equal r � 9
'less than or equal q � 9
greater than p � 9
less than o � 9
not equal n � 9
equal m � 9
absolute value l 9
exponentiation k � 9
modulus j � 9
divide i � 9
multiply h � 9
subtract g � 9
add f � 9
-greater than or equal e � 9
greater than d � 9
'less than or equal c � 9
less than b � 9
not equal a � 9
equal ` � 9
negate _ ^ 9
cdoes not match LIKE expression, case-insensitive ^ ] 9
Umatches LIKE expression, case-insensitive ] \ 9
cdoes not match LIKE expression, case-insensitive \ [ 9
Umatches LIKE expression, case-insensitive [ Z 9
cdoes not match LIKE expression, case-insensitive Z Y 9
Umatches LIKE expression, case-insensitive Y P
9
subtract X O
9
subtract W N
9
add V M
9
add U L
9
bitwise or T K
9
bitwise and S J
9
bitwise not R � 9
+is supernet or equal Q � 9
is supernet P � 9
'is subnet or equal O � 9
is subnet N � 9
-greater than or equal M � 9
greater than L � 9
'less than or equal K � 9
less than J � 9
not equal I � 9
equal H M 9
bitwise or G L 9
bitwise and F K 9
bitwise not E � 9
-greater than or equal D � 9
greater than C � 9
'less than or equal B � 9
less than A � 9
not equal @ � 9
equal ? Q 9
'intersection point > P 9
equal = O 9
vertical < N 9
horizontal ; M 9
perpendicular : L 9
parallel 9 K 9
intersect 8 7 9
7distance between endpoints 7 6 9
Agreater than or equal by length 6 5 9
/greater than by length 5 4 9
;less than or equal by length 4 3 9
)less than by length 3 2 9
not equal 2 1 9
divide 1 0 9
multiply 0 / 9
multiply / * 9
1closest point to A on B . ) 9
1closest point to A on B - 9
1closest point to A on B , 9
1closest point to A on B + 9
1closest point to A on B * 9
1closest point to A on B ) 9
1closest point to A on B ( 9
1closest point to A on B '
9
!is contained by & 9
lseg on line % 9
!is contained by $
9
point on line # 9
intersect " 9
intersect ! 9
intersect 9
'intersection point � 9
equal � 9
vertical � 9
horizontal � 9
perpendicular � 9
parallel � 9
intersect � 9
#distance between � 9
#distance between � 9
#distance between � 9
#number of points � 9
#distance between � 9
divide � 9
multiply � 9
subtract � 9
add � 9
is below � 9
is above � 9
overlaps
� 9
same as � 9
contains � 9
!is contained by
� 9
is right of � 9
1overlaps or is right of � 9
/overlaps or is left of � 9
is left of � 9
=greater than or equal by area � 9
7less than or equal by area � 9
+greater than by area � 9
%less than by area � 9
%not equal by area � 9
equal by area �yg HP П\ ��\ h�b 0�n �t ��` ��^ P�r �` �n ��p ��` P�^ �r �` ��n p�p @�` �^ Лr ��` h�n 0�p �^ К^ ��^ p�^ @�^ �^ �T ��\ ��\ H�n �b Иt ��x H�� �` �T ��\ ��\ P�n �b ؖt ��P ��Z P�Z �\ �n ��t p�b @�\ �n Ȕt ��b `�\ (�n ��T ��t ��b P�\ �\ �n ��T x�t @�b �\ �\ ��n x�T 8�t �b А\ ��\ h�n 8�T ��t ��b ��\ `�\ (�n ��T ��t ��b P�\ �\ �n ��T x�t @�b �\ �P ��P ��P p�P H�P �Z ؋r ��r h�Z 8�Z ��r ��r ��Z H�r �r ؉Z ��Z p�h @�` �` Ј~ ��~ P�~ �~ Ї~ ��~ P�~ �~ І~ ��~ P�~ �~ Ѕ~ ��~ P�~ �~ Є~ ��~ `�T 0�\ �\ ȃb ��n P�t �T �\ ��\ ��b P�n � �
9
'less than or equal � �
9
greater than � �
9
less than � �
9
not equal � �
9
equal � � 9
-greater than or equal � � 9
'less than or equal � � 9
greater than � � 9
less than � � 9
not equal � � 9
equal � = 9
7deprecated, use @> instead � < 9
7deprecated, use <@ instead ; 9
7deprecated, use <@ instead ~ : 9
7deprecated, use <@ instead } 9 9
7deprecated, use <@ instead | 8 9
7deprecated, use @> instead { 7 9
7deprecated, use <@ instead z 6 9
7deprecated, use @> instead y 5 9
7deprecated, use <@ instead x 4 9
7deprecated, use @> instead w 3 9
7deprecated, use <@ instead v 2 9
7deprecated, use <@ instead u 1 9
7deprecated, use @> instead t 0 9
7deprecated, use <@ instead s / 9
7deprecated, use @> instead r . 9
7deprecated, use <@ instead q - 9
7deprecated, use @> instead p , 9
7deprecated, use <@ instead o �
9
concatenate n �
9
concatenate m �
9
!is contained by l �
9
contains k �
9
overlaps j
9
+overlaps or is above i
9
+overlaps or is below h
9
is above g
9
+overlaps or is above f
9
+overlaps or is below e
9
is below d
9
is above c
9
+overlaps or is above b
9
+overlaps or is below a
9
is below ` � 9
add _ � 9
add ^ � 9
add ] � 9
add \ � 9
add [ � 9
not equal Z � 9
greater than Y � 9
-greater than or equal X � 9
equal W � 9
'less than or equal V � 9
less than U � 9
not equal T � 9
greater than S � 9
-greater than or equal R � 9
equal Q � 9
'less than or equal P � 9
less than O U 9
not equal N T 9
greater than M S 9
-greater than or equal L R 9
equal K Q 9
'less than or equal J P 9
less than I H 9
not equal H G 9
greater than G F 9
-greater than or equal F E 9
equal E D 9
'less than or equal D C 9
less than C ; 9
not equal B : 9
greater than A 9 9
-greater than or equal @ 8 9
equal ? 7 9
'less than or equal > 6 9
less than = . 9
not equal < - 9
greater than ; , 9
-greater than or equal : + 9
equal 9 * 9
'less than or equal 8 ) 9
less than 7 9
greater than 6 9
-greater than or equal 5 9
'less than or equal 4 9
less than 3 9
greater than 2
9
-greater than or equal 1 9
'less than or equal 0
9
less than / 9
subtract . 9
subtract - 9
add , 9
-greater than or equal + 9
greater than * 9
'less than or equal ) 9
less than (
9
not equal ' 9
equal & � 9
concatenate % � 9
?does not match LIKE expression $ � 9
1matches LIKE expression # � 9
-greater than or equal " � 9
greater than ! � 9
'less than or equal � 9
less than � 9
not equal � 9
equal � 9
unary plus � 9
unary plus 9
unary plus ~ 9
unary plus } 9
unary plus | 9
unary plus c 9
)bitwise shift right b 9
'bitwise shift left a 9
bitwise not ` 9
+bitwise exclusive or _ 9
bitwise or ^ 9
bitwise and ] 9
)bitwise shift right \ 9
'bitwise shift left [ 9
bitwise not Z 9
+bitwise exclusive or
Y 9
bitwise or X 9
bitwise and W 9
)bitwise shift right
V 9
'bitwise shift left U 9
bitwise not T 9
+bitwise exclusive or S 9
bitwise or R 9
bitwise and Q 9
-greater than or equal P 9
'less than or equal O 9
greater than N 9
less than M 9
not equal H�g �� ��t ��\ X�n (�T ��\ ��t ��b P�` �l �l ��~ `�~ 0�\ ��n ȜT ��\ X�t �b �h ��f ��` P�Z �h �l ��l x�T H�\ �\ �b ��n h�t 8�T �\ ؘ\ ��n `�t (�b ��Z ȗZ ��Z `�h (�h ��^ Ȗ` ��v H�x �f �` ��j p�n 0�~ �z ��z p�x 0�� ��n ��� p�v 0�t 蒊 ��v h�r �� Бp p�� �� �l ��� @�� �r ��z x�� 0�� 莂 ��� X�� �� ȍ� ��� 8�� � ��� `�� �� Ћ� ��� @�� ��� ��� h�� �� ؉� ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 腂 ��� X�� �� Ȅ� ��� 8�� � ��� `�� �� Ђ� ��� @�� ��� x W � =implementation of &> operator w V � =implementation of &< operator v U � =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 � � ;implementation of = operator f �
� =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 _ E � ;implementation of = operator ^ o � ;implementation of ! operator ] ' � ;implementation of = operator \ D � ;implementation of = operator [ � =implementation of || operator Z C � ;implementation of = operator Y B � ;implementation of < operator X A � ;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 T � =implementation of <> operator O 9 � ;implementation of > operator N 8 � ;implementation of < operator M Y � =implementation of >= operator L X � =implementation of <= operator K W � ;implementation of > operator J V � ;implementation of < operator I U � =implementation of <> operator H T � ;implementation of = operator G � �
3standard POSIX collation F � �
+standard C collation E d �
;database's default collation D � � ithesaurus dictionary: phrase by phrase substitution C � � %ispell dictionary B � � asynonym dictionary: replace word by its synonym A � � usimple dictionary: just lower case and check for stopword @ � )default word parser ? � usimple dictionary: just lower case and check for stopword > � +simple configuration = � 7
/standard public schema < c 7
Creserved schema for TOAST tables ; 7
-system catalog schema : 4
/SQL-language functions 9
4
?dynamically-loaded C functions 8 4
'built-in functions 7 � )
9SP-GiST index access method 6 �
)
1GIN index access method 5 )
3GiST index access method 4 � )
3hash index access method 3 � )
7b-tree index access method 2 < 9
'range intersection 1 ; 9
#range difference 0 : 9
range union / 9 9
is adjacent to . 8 9
1overlaps or is right of - 7 9
/overlaps or is left of , 6 9
is right of + 5 9
is left of * 4 9
!is contained by ) 3 9
!is contained by ( 2 9
contains ' 1 9
contains & 0 9
overlaps % / 9
greater than $ . 9
-greater than or equal # - 9
'less than or equal " , 9
less than ! + 9
not equal * 9
equal � 9
-greater than or equal � 9
'less than or equal � 9
greater than � 9
less than � 9
not equal � 9
equal � 9
%text search match � 9
%text search match n 9
!is contained by m 9
contains b 9
NOT tsquery a 9
OR-concatenate ` 9
!AND-concatenate _ 9
greater than ^ 9
-greater than or equal ] 9
not equal \ 9
equal [ 9
'less than or equal
Z 9
less than M 9
7deprecated, use @@ instead L 9
7deprecated, use @@ instead
5 9
%text search match 4 9
%text search match 1 9
concatenate 0 9
greater than / 9
-greater than or equal . 9
not equal - 9
equal , 9
'less than or equal + 9
less than �
9
-greater than or equal ��g �� ��� 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�� 芄 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聆 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 � � ;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 [ � � ;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 � ;implementation of = operator 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 � � ;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 ; � � ;implementation of / operator : � � ;implementation of / operator 9 � � ;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 / � � ;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 ! � � ;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 � � =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 Z � =implementation of && operator S � =implementation of ~= operator T � =implementation of @> operator Y � =implementation of <@ operator X � =implementation of >> operator 8�g �� ��� 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�� 芆 ��� 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 t � =implementation of <^ operator f s � =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 [ � � =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 i � ?implementation of <-> operator K � � ?implementation of <-> operator J r � ?implementation of <-> operator I � � ?implementation of <-> operator H � � ;implementation of / operator G � � ;implementation of * operator F � � ;implementation of - operator E I � ;implementation of + operator D H � ;implementation of / operator C G � ;implementation of * operator B F � ;implementation of - operator A E � ;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 � � ;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 / & � =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 ! � � =implementation of !~ operator O � ;implementation of ~ operator J � =implementation of >= operator I � ;implementation of > operator H � =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 � ;implementation of = operator s � ?implementation of <-> operator m � ?implementation of <-> operator � � ?implementation of <-> operator l � ?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 k � =implementation of <> operator g � =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 ��g �� ��� 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�� 节 ��� X�� �� ȉ� ��� 8�� � ��� `�� �� Ї� ��� @�� ��� ��� h�� �� � ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 聂 k � � ;implementation of < operator j � � =implementation of <> operator i � � ;implementation of = operator h y � ?implementation of !~* operator g x � =implementation of ~* operator f � � ?implementation of !~* operator e � � =implementation of ~* operator d � � ?implementation of !~* operator c � � =implementation of ~* operator b ` � ?implementation of !~~ operator a _ � =implementation of ~~ operator ` S � ?implementation of !~~ operator _ R � =implementation of ~~ operator ^ [ � ?implementation of !~~ operator ] Z � =implementation of ~~ operator \ 6 � =implementation of >= operator [ 4 � =implementation of <= operator Z 5 � ;implementation of > operator Y 3 � ;implementation of < operator X 2 � =implementation of <> operator W 1 � ;implementation of = operator V � ;implementation of * operator U � ;implementation of / operator T � ;implementation of - operator S � ;implementation of + operator R 0 � =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 L � =implementation of >= operator G M � ;implementation of > operator F K � =implementation of <= operator E J � ;implementation of < operator D I � =implementation of <> operator C H � ;implementation of = operator B Q � =implementation of >= operator A P � ;implementation of > operator @ O � =implementation of <= operator ? N � ;implementation of < operator > R � =implementation of <> operator = y � ;implementation of = operator < v � ;implementation of - operator ; u � ;implementation of + operator : t � ;implementation of - operator 9 B � =implementation of >= operator 8 A � ;implementation of > operator 7 @ � =implementation of <= operator 6 ? � ;implementation of < operator 5 C � =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 * � ;implementation of > operator ) � =implementation of <= operator ( � ;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 _ � ;implementation of * operator ^ � ;implementation of * operator � � ;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 } � =implementation of >= operator { � =implementation of <= operator | � ;implementation of > operator z � ;implementation of < operator y � =implementation of <> operator
x � ;implementation of = operator P � ;implementation of * operator O � ;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 � � =implementation of ?| operator � � =implementation of ?- operator � � ;implementation of / operator ( h �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜂 ��� 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�� 聂 k F
� ;implementation of + operator j E
� ;implementation of | operator i D
� ;implementation of & operator h C
� ;implementation of ~ operator g � � ?implementation of >>= operator f � � =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 ] J � ;implementation of | operator \ I � ;implementation of & operator [ H � ;implementation of ~ operator Z B � =implementation of >= operator Y A � ;implementation of > operator X @ � =implementation of <= operator W ? � ;implementation of < operator V C � =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 . � ;implementation of / operator F X � ;implementation of * operator E R � ;implementation of * operator D � � =implementation of ## operator C � � =implementation of ## operator B � � =implementation of ## operator A p � =implementation of ## operator @ � � =implementation of ## operator ? o � =implementation of ## operator > n � =implementation of ## operator = � � =implementation of ## operator < t � =implementation of <@ operator ; � � =implementation of <@ operator : q � =implementation of <@ operator 9 � � =implementation of <@ operator 8 � =implementation of ?# operator 7 u � =implementation of ?# operator 6 � =implementation of ?# operator 5 j � ;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 * � � ?implementation of <-> operator ) } � ;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 � � =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 � � ;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 � � ;implementation of > operator � � =implementation of <= operator �<h �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜂 ��� 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�� 聈 k � Aimplementation of ~<=~ operator j ~ � ?implementation of ~<~ operator i t � ?implementation of ~>~ operator h s � Aimplementation of ~>=~ operator g q � Aimplementation of ~<=~ operator f p � ?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 [ � � ?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 z � ;implementation of + operator Q y � ;implementation of + operator P x � ;implementation of + operator O w � ;implementation of + operator N v � ;implementation of + operator M u � =implementation of >> operator L t � =implementation of << operator K s � ;implementation of ~ operator J r � ;implementation of # operator I q � ;implementation of | operator H p � ;implementation of & operator G o � =implementation of >> operator F n � =implementation of << operator E m � ;implementation of ~ operator D l � ;implementation of # operator C k � ;implementation of | operator B j � ;implementation of & operator A i � =implementation of >> operator @ h � =implementation of << operator ? g � ;implementation of ~ operator > f � ;implementation of # operator = e � ;implementation of | operator < d � ;implementation of & operator ; E � =implementation of >= operator : D � =implementation of <= operator 9 C � ;implementation of > operator 8 B � ;implementation of < operator 7 A � =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 / 8 � ;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 ! � � ;implementation of ~ operator � � ;implementation of # operator � � ;implementation of | operator � � ;implementation of & operator 8 � =implementation of >= operator : � =implementation of <= operator 9 � ;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
� � ;implementation of < operator � � =implementation of <> operator � � ;implementation of = operator
� � ;implementation of - operator } � Aimplementation of !~~* operator | � ?implementation of ~~* operator b � Aimplementation of !~~* operator a � ?implementation of ~~* operator d � Aimplementation of !~~* operator c � ?implementation of ~~* operator I
� ;implementation of - operator H
� ;implementation of - operator G
� ;implementation of + operator ]h �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蜂 ��� 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�� � ��� @�� � j �+ /
Uconversion for MULE_INTERNAL to SQL_ASCII i �+ � yinternal conversion function for MULE_INTERNAL to SQL_ASCII h �+ /
Uconversion for SQL_ASCII to MULE_INTERNAL g �+ � yinternal conversion function for SQL_ASCII to MULE_INTERNAL f " � ;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 [ � � =implementation of @@ operator Z l � =implementation of <@ operator Y k � =implementation of @> operator X W � =implementation of !! operator W V � =implementation of || operator V U � =implementation of && operator U S � ;implementation of > operator T R � =implementation of >= operator S Q � =implementation of <> operator R P � ;implementation of = operator Q O � =implementation of <= operator P N � ;implementation of < operator O 3 � =implementation of @@ operator N 2 � =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 � ;implementation of < operator F �
� =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 ; � � ;implementation of = operator : � � =implementation of || operator 9 � � =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 /
� ?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 ! � � ;implementation of < operator � � =implementation of <> operator � � ;implementation of > operator � � =implementation of >= operator � � ;implementation of = operator � � =implementation of <= operator � � ;implementation of < operator N � =implementation of <> operator L � ;implementation of > operator M � =implementation of >= operator K � ;implementation of = operator J � =implementation of <= operator I � ;implementation of < operator A � =implementation of <> operator ? � ;implementation of > operator @ � =implementation of >= operator > � ;implementation of = operator = � =implementation of <= operator < � ;implementation of < operator 4 � =implementation of <> operator
2 � ;implementation of > operator 3 � =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 � � Aimplementation of ~>=~ operator @}h �� ��� P�� � ��� 8�� 蝞 ��� 0�� М� ��� �� Л� p�� �� ��� p�� �� Й� x�� 0�� ؘ� ��� 8�� � ��� P�� ��� ��� P�� �� ��� `�� �� ��� P�� �� ��� X�� ��� ��� P�� �� ��� P�� ��� ��� X�� �� ��� `�� �� ��� P�� �� ��� P�� � ��� @�� � ��� P�� ��� ��� P�� �� ��� P�� � ��� @�� � ��� @�� � ��� 0�� � ��� 0�� � ��� 8�� � ��� @�� � ��� 0�� � Z #, /
Oconversion for LATIN3 to MULE_INTERNAL Y ", � sinternal conversion function for LATIN3 to MULE_INTERNAL X !, /
Oconversion for MULE_INTERNAL to LATIN1 W , � sinternal conversion function for MULE_INTERNAL to LATIN1 V , /
Oconversion for LATIN1 to MULE_INTERNAL U , � sinternal conversion function for LATIN1 to MULE_INTERNAL T , /
Cconversion for WIN1250 to LATIN2 S , � ginternal conversion function for WIN1250 to LATIN2 R , /
Cconversion for LATIN2 to WIN1250 Q , � ginternal conversion function for LATIN2 to WIN1250 P , /
Qconversion for MULE_INTERNAL to WIN1250 O , � uinternal conversion function for MULE_INTERNAL to WIN1250 N , /
Qconversion for WIN1250 to MULE_INTERNAL M , � uinternal conversion function for WIN1250 to MULE_INTERNAL L , /
Oconversion for MULE_INTERNAL to LATIN2 K , � sinternal conversion function for MULE_INTERNAL to LATIN2 J , /
Oconversion for LATIN2 to MULE_INTERNAL I , � sinternal conversion function for LATIN2 to MULE_INTERNAL H , /
Kconversion for MULE_INTERNAL to BIG5 G , � ointernal conversion function for MULE_INTERNAL to BIG5 F , /
Oconversion for MULE_INTERNAL to EUC_TW E , � sinternal conversion function for MULE_INTERNAL to EUC_TW D
, /
Kconversion for BIG5 to MULE_INTERNAL C , � ointernal conversion function for BIG5 to MULE_INTERNAL B , /
Oconversion for EUC_TW to MULE_INTERNAL A
, � sinternal conversion function for EUC_TW to MULE_INTERNAL @ , /
=conversion for BIG5 to EUC_TW ? , � ainternal conversion function for BIG5 to EUC_TW > , /
=conversion for EUC_TW to BIG5 = , � ainternal conversion function for EUC_TW to BIG5 < , /
Oconversion for MULE_INTERNAL to EUC_KR ; , � sinternal conversion function for MULE_INTERNAL to EUC_KR : , /
Oconversion for EUC_KR to MULE_INTERNAL 9 , � sinternal conversion function for EUC_KR to MULE_INTERNAL 8 , /
Kconversion for MULE_INTERNAL to SJIS 7 , � ointernal conversion function for MULE_INTERNAL to SJIS 6 �+ /
Oconversion for MULE_INTERNAL to EUC_JP 5 �+ � sinternal conversion function for MULE_INTERNAL to EUC_JP 4 �+ /
Kconversion for SJIS to MULE_INTERNAL 3 �+ � ointernal conversion function for SJIS to MULE_INTERNAL 2 �+ /
Oconversion for EUC_JP to MULE_INTERNAL 1 �+ � sinternal conversion function for EUC_JP to MULE_INTERNAL 0 �+ /
=conversion for SJIS to EUC_JP / �+ � ainternal conversion function for SJIS to EUC_JP . �+ /
=conversion for EUC_JP to SJIS - �+ � ainternal conversion function for EUC_JP to SJIS , �+ /
Oconversion for MULE_INTERNAL to EUC_CN + �+ � sinternal conversion function for MULE_INTERNAL to EUC_CN * �+ /
Oconversion for EUC_CN to MULE_INTERNAL ) �+ � sinternal conversion function for EUC_CN to MULE_INTERNAL ( �+ /
Iconversion for WIN866 to ISO-8859-5 ' �+ � minternal conversion function for WIN866 to ISO-8859-5 & �+ /
Iconversion for ISO-8859-5 to WIN866 % �+ � minternal conversion function for ISO-8859-5 to WIN866 $ �+ /
Kconversion for WIN1251 to ISO-8859-5 # �+ � ointernal conversion function for WIN1251 to ISO-8859-5 " �+ /
Kconversion for ISO-8859-5 to WIN1251 ! �+ � ointernal conversion function for ISO-8859-5 to WIN1251 �+ /
Gconversion for KOI8R to ISO-8859-5 �+ � kinternal conversion function for KOI8R to ISO-8859-5 �+ /
Gconversion for ISO-8859-5 to KOI8R �+ � kinternal conversion function for ISO-8859-5 to KOI8R �+ /
Cconversion for WIN1251 to WIN866 �+ � ginternal conversion function for WIN1251 to WIN866 �+ /
Cconversion for WIN866 to WIN1251 �+ � ginternal conversion function for WIN866 to WIN1251 �+ /
?conversion for WIN866 to KOI8R �+ � cinternal conversion function for WIN866 to KOI8R �+ /
?conversion for KOI8R to WIN866 �+ � cinternal conversion function for KOI8R to WIN866 �+ /
Aconversion for WIN1251 to KOI8R �+ � einternal conversion function for WIN1251 to KOI8R �+ /
Aconversion for KOI8R to WIN1251 �+ � einternal conversion function for KOI8R to WIN1251 �+ /
Oconversion for MULE_INTERNAL to WIN866 �+ � sinternal conversion function for MULE_INTERNAL to WIN866 �+ /
Oconversion for WIN866 to MULE_INTERNAL
�+ � sinternal conversion function for WIN866 to MULE_INTERNAL �+ /
Qconversion for MULE_INTERNAL to WIN1251 �+ � uinternal conversion function for MULE_INTERNAL to WIN1251
�+ /
Qconversion for WIN1251 to MULE_INTERNAL �+ � uinternal conversion function for WIN1251 to MULE_INTERNAL �+ /
Wconversion for MULE_INTERNAL to ISO-8859-5 �+ � {internal conversion function for MULE_INTERNAL to ISO-8859-5 �+ /
Wconversion for ISO-8859-5 to MULE_INTERNAL �+ � {internal conversion function for ISO-8859-5 to MULE_INTERNAL �+ /
Mconversion for MULE_INTERNAL to KOI8R �+ � qinternal conversion function for MULE_INTERNAL to KOI8R �+ /
Mconversion for KOI8R to MULE_INTERNAL �+ � qinternal conversion function for KOI8R to MULE_INTERNAL Нh �� ��� P�� � ��� @�� � ��� P�� ��� ��� X�� �� ��� ��� (�� � ��� @�� 虦 ��� H�� �� ��� p�� (�� � ��� P�� �� ��� x�� 0�� 蕆 ��� X�� �� Ȕ� ��� 8�� � ��� `�� �� В� ��� @�� ��� ��� X�� �� Ȑ� ��� 8�� � ��� `�� �� Ў� ��� 0�� 荆 ��� H�� � ��� P�� �� ��� h�� �� Ȋ� p�� (�� Љ� ��� 0�� 舄 ��� H�� � ��� P�� �� ��� p�~ �� ~ ��� H�� � ��� `�� �� Ѓ� ��� @�� ��� ��� X�� �� ��� e �, � ainternal conversion function for UTF8 to LATIN1 d �, /
=conversion for LATIN1 to UTF8 c �, � ainternal conversion function for LATIN1 to UTF8 b �, /
Econversion for ISO-8859-8 to UTF8 a �, /
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 [ |, /
?conversion for UTF8 to LATIN10 Z ) l, � iinternal conversion function for ISO-8859-8 to UTF8 Y m, /
=conversion for LATIN2 to UTF8 X k, /
=conversion for UTF8 to LATIN2 W i, /
7conversion for UTF8 to GBK V h, � [internal conversion function for UTF8 to GBK U g, /
7conversion for GBK to UTF8 T f, � [internal conversion function for GBK to UTF8 S e, /
?conversion for UTF8 to GB18030 R d, � cinternal conversion function for UTF8 to GB18030 Q c, /
?conversion for GB18030 to UTF8 P b, � cinternal conversion function for GB18030 to UTF8 O a, /
=conversion for UTF8 to EUC_TW N `, � ainternal conversion function for UTF8 to EUC_TW M _, /
=conversion for EUC_TW to UTF8 L ^, � ainternal conversion function for EUC_TW to UTF8 K ], /
=conversion for UTF8 to EUC_KR J \, � ainternal conversion function for UTF8 to EUC_KR I [, /
=conversion for EUC_KR to UTF8 H Z, � ainternal conversion function for EUC_KR to UTF8 G Y, /
=conversion for UTF8 to EUC_JP F X, � ainternal conversion function for UTF8 to EUC_JP E W, /
=conversion for EUC_JP to UTF8 D V, � ainternal conversion function for EUC_JP to UTF8 C U, /
=conversion for UTF8 to EUC_CN B T, � ainternal conversion function for UTF8 to EUC_CN A S, /
=conversion for EUC_CN to UTF8 @ R, � ainternal conversion function for EUC_CN to UTF8 ? Q, /
?conversion for WIN1258 to UTF8 > ) <, � cinternal conversion function for WIN1258 to UTF8 = P, /
?conversion for UTF8 to WIN1258 < ) :, � cinternal conversion function for UTF8 to WIN1258 ; O, /
?conversion for WIN1257 to UTF8 : y, /
=conversion for LATIN8 to UTF8 9 N, /
?conversion for UTF8 to WIN1257 8 ~, /
Econversion for UTF8 to ISO-8859-5 7 M, /
?conversion for WIN1256 to UTF8 6 u, /
=conversion for LATIN6 to UTF8 5 L, /
?conversion for UTF8 to WIN1256 4 {, /
=conversion for LATIN9 to UTF8 3 K, /
?conversion for WIN1255 to UTF8 2 t, /
=conversion for UTF8 to LATIN6 1 J, /
?conversion for UTF8 to WIN1255 0 ) j, � iinternal conversion function for UTF8 to ISO-8859-8 / I, /
?conversion for WIN1254 to UTF8 . s, /
=conversion for LATIN5 to UTF8 - H, /
?conversion for UTF8 to WIN1254 , x, /
=conversion for UTF8 to LATIN8 + G, /
?conversion for WIN1253 to UTF8 * r, /
=conversion for UTF8 to LATIN5 ) F, /
?conversion for UTF8 to WIN1253 ( }, /
?conversion for LATIN10 to UTF8 ' E, /
?conversion for WIN1252 to UTF8 & q, /
=conversion for LATIN4 to UTF8 % D, /
?conversion for UTF8 to WIN1252 $ w, /
=conversion for LATIN7 to UTF8 # C, /
?conversion for WIN1251 to UTF8 " p, /
=conversion for UTF8 to LATIN4 ! B, /
?conversion for UTF8 to WIN1251 z, /
=conversion for UTF8 to LATIN9 A, /
?conversion for WIN1250 to UTF8 o, /
=conversion for LATIN3 to UTF8 @, /
?conversion for UTF8 to WIN1250 v, /
=conversion for UTF8 to LATIN7 ?, /
=conversion for WIN874 to UTF8 n, /
=conversion for UTF8 to LATIN3 >, /
=conversion for UTF8 to WIN874 =, /
=conversion for WIN866 to UTF8 ;, /
=conversion for UTF8 to WIN866 9, /
;conversion for KOI8U to UTF8 8, � _internal conversion function for KOI8U to UTF8 7, /
;conversion for UTF8 to KOI8U 6, � _internal conversion function for UTF8 to KOI8U 5, /
;conversion for KOI8R to UTF8 4, � _internal conversion function for KOI8R to UTF8 3, /
;conversion for UTF8 to KOI8R 2, � _internal conversion function for UTF8 to KOI8R 1, /
9conversion for UTF8 to BIG5
0, � ]internal conversion function for UTF8 to BIG5 /, /
9conversion for BIG5 to UTF8 ., � ]internal conversion function for BIG5 to UTF8
-, /
Cconversion for UTF8 to SQL_ASCII ,, � ginternal conversion function for UTF8 to SQL_ASCII +, /
Cconversion for SQL_ASCII to UTF8 *, � ginternal conversion function for SQL_ASCII to UTF8 ), /
Oconversion for MULE_INTERNAL to LATIN4 (, � sinternal conversion function for MULE_INTERNAL to LATIN4 ', /
Oconversion for LATIN4 to MULE_INTERNAL &, � sinternal conversion function for LATIN4 to MULE_INTERNAL %, /
Oconversion for MULE_INTERNAL to LATIN3 $, � sinternal conversion function for MULE_INTERNAL to LATIN3 X�t �
��� `�� �� ��� x�� �� � ��� H�� � ��~ X�� �~ ��� p�� �� Ț� h�� �� ��� h�� �� ��� @�� 藤 ��j `�� �� Ж� ��� 8�� � ��� X�� �� ��� p�� (�� ؓ� ��� 8�� � ��� P�� �� ��� `�� �� Ȑ� ��� 0�� 菎 ��� P�� �� ��� p�� (�� ؍� � ; @ Qadministrative functions for PostgreSQL : �- 4
;PL/pgSQL procedural language 9 �- ;PL/pgSQL procedural language � 8 �, Gconfiguration for turkish language � 7 �, Msnowball stemmer for turkish language | 6 �, Gconfiguration for swedish language z 5 �, Msnowball stemmer for swedish language s 4 �, Gconfiguration for spanish language q 3 �, Msnowball stemmer for spanish language j 2 �, Gconfiguration for russian language h 1 �, Msnowball stemmer for russian language a 0 �, Iconfiguration for romanian language _ / �, Osnowball stemmer for romanian language X . �, Mconfiguration for portuguese language V - �, Ssnowball stemmer for portuguese language O , �, Kconfiguration for norwegian language M + �, Qsnowball stemmer for norwegian language F * �, Gconfiguration for italian language D ) �, Msnowball stemmer for italian language = ( �, Kconfiguration for hungarian language ; ' �, Qsnowball stemmer for hungarian language 4 & �, Econfiguration for german language 2 % �, Ksnowball stemmer for german language + $ �, Econfiguration for french language ) # �, Ksnowball stemmer for french language " " �, Gconfiguration for finnish language ! �, Msnowball stemmer for finnish language �, Gconfiguration for english language �, Msnowball stemmer for english language �, Cconfiguration for dutch language �, Isnowball stemmer for dutch language �, Econfiguration for danish language �, Ksnowball stemmer for danish language �, � #snowball stemmer �, /
]conversion for SHIFT_JIS_2004 to EUC_JIS_2004 �, � �internal conversion function for SHIFT_JIS_2004 to EUC_JIS_2004 �, /
]conversion for EUC_JIS_2004 to SHIFT_JIS_2004 �, � �internal conversion function for EUC_JIS_2004 to SHIFT_JIS_2004 �, /
Mconversion for UTF8 to SHIFT_JIS_2004 �, � qinternal conversion function for UTF8 to SHIFT_JIS_2004 �, /
Mconversion for SHIFT_JIS_2004 to UTF8 �, � qinternal conversion function for SHIFT_JIS_2004 to UTF8 �, /
Iconversion for UTF8 to EUC_JIS_2004 �, � minternal conversion function for UTF8 to EUC_JIS_2004 �, /
Iconversion for EUC_JIS_2004 to UTF8 �, � minternal conversion function for EUC_JIS_2004 to UTF8
�, /
7conversion for UTF8 to UHC �, � [internal conversion function for UTF8 to UHC �, /
7conversion for UHC to UTF8
�, � [internal conversion function for UHC to UTF8 �, /
9conversion for UTF8 to SJIS �, � ]internal conversion function for UTF8 to SJIS �, /
9conversion for SJIS to UTF8 �, � ]internal conversion function for SJIS to UTF8 �, /
;conversion for UTF8 to JOHAB �, � _internal conversion function for UTF8 to JOHAB �, /
;conversion for JOHAB to UTF8 �, � _internal conversion function for JOHAB to UTF8 �, /
=conversion for UTF8 to LATIN1