infra/06_media/MoniDen/timescale_data/base/16384/2609

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}	¤çOreturn name of given index build phase
|	~çCtest property of an index column
{	}ç5test property of an index
z	|çQtest property of an index access method
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x	®ç;brin: desummarize page range
w	ŸçMbrin: standalone scan new table pages
v	pçMbrin: standalone scan new table pages
u	O
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t	N
çGspgist index access method handler
s	M
çAgin index access method handler
r	L
çCgist index access method handler
q	K
çChash index access method handler
p	J
çEbtree index access method handler
o	ç]row-oriented heap table access method handler
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ç/convert float4 to int4
m	>
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l	=
ç/convert float8 to int4
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ç+convert int4 to int2
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h	8
ç3convert float8 to float4
g	7
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f	@
çebucket number of operand in equal-width histogram
e	
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d	

ç3concatenate name and oid
c	ýç'less-equal-greater
b	öç'less-equal-greater
a	îç/convert float4 to int2
`	íç/convert float8 to int2
_	ìç/convert int2 to float4
^	ëç/convert int2 to float8
]	êç%natural logarithm
\	éç5natural exponential (e^x)
[		çsign of value
Z		ç3nearest integer <= value
Y		ç3nearest integer >= value
X		ç3nearest integer >= value
W	åç)truncate to integer
V	äç3round to nearest integer
U	àçsmaller of two
T	ßçlarger of two
S	
ç7aggregate combine function
R	Þç=aggregate transition function
Q	×ç	I/O
P	Öç	I/O
O	Óçsmaller of two
N	Ñçlarger of two
M	Ðç=aggregate transition function
L	Éç	I/O
K	Èç	I/O
J	Æç	I/O
I	Åç	I/O
H	Äç	I/O
G	Ãç	I/O
F	΍_join selectivity for area-comparison operators
E	‹çmrestriction selectivity for area-comparison operators
D	|ç	I/O
C	{ç	I/O
B	zç	I/O
A	yç	I/O
@	xç	I/O
?	wç	I/O
>	vç	I/O
=	uç	I/O
<	nç	I/O
;	mç	I/O
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çƒjoin selectivity of >= and related operators on scalar datatypes
9	‚
çƒjoin selectivity of <= and related operators on scalar datatypes
8	Q
ç‘restriction selectivity of >= and related operators on scalar datatypes
7	P
ç‘restriction selectivity of <= and related operators on scalar datatypes
6	lç�join selectivity of > and related operators on scalar datatypes
5	kç�join selectivity of < and related operators on scalar datatypes
4	jç[join selectivity of <> and related operators
3	içYjoin selectivity of = and related operators
2	hç�restriction selectivity of > and related operators on scalar datatypes
1	gç�restriction selectivity of < and related operators on scalar datatypes
0	fçirestriction selectivity of <> and related operators
/	eçgrestriction selectivity of = and related operators
.	Zç	I/O
-	Xç	I/O
,	Wç	I/O
+	Vç	I/O
*	Yç5PostgreSQL version string
)	éçlength
(	TçAplanner support for textregexeq
'	Nç+convert int4 to char
&	Mç+convert char to int4
%	êçsmaller of two
$	éçlarger of two
#	Ïç)convert xid8 to xid

	'ç	I/O
		&ç	I/O
	#ç	I/O
	"ç	I/O
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€	–ç5aggregate serial function

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~		ç=aggregate transition function

}	`çereplace any occurrences of an element in an array

|	_çgremove any occurrences of an element from an array

{	ύCplanner support for array_unnest

z		ç9expand array to set of rows

y	ç;array constructor with value

x	©ç;array constructor with value

w	¨ç7array subscripts generator

v	§ç7array subscripts generator

u	Ïçgreturns an array of offsets of some value in array

t	Îçkreturns an offset of value in array with start index

s	ÍçIreturns an offset of value in array

r	çsmaller of two

q	çlarger of two

p	€
ç�concatenate array elements, using delimiter and null string, into text

o	‹
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n	çOsplit delimited text, with null string

m	ç+split delimited text

l	x
çOsplit delimited text, with null string

k	Š
ç+split delimited text

j	{
çIprepend element onto front of array

i	z
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h	kç%array cardinality

g	ۍarray length

f	,ç-array upper dimension

e	+ç-array lower dimension

d	ïç	I/O

c	îç	I/O

b	ìç7number of array dimensions

a	ëç#array dimensions

`	§ç#system user name

_	êç%session user name

^	éç%current user name

]	ç'number of set bits

\	ðç;substitute portion of string

[	íç;substitute portion of string

Z	Ôçset bit

Y	Óçget bit

X	Òçset byte

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V	Ðçoctet length

U	ÆçKdeprecated, use current_user instead

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	-ç+window RANGE support

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}	—ç]promote groups of 24 hours to numbers of days
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{	–çSconvert date to timestamp with time zone
z	<ç9extract field from interval
y	Ӎ9extract field from interval
x	;çYextract field from timestamp with time zone
w	“çYextract field from timestamp with time zone
v	XçI/O typmod
u	WçI/O typmod
t	‰ç	I/O
s	ˆç	I/O
r	‡çEadjust timestamp to new time zone
q	†çEconvert UNIX epoch to timestamptz
p	\çI/O typmod
o	[çI/O typmod
n	ç	I/O
m	~ç	I/O
l	^çI/O typmod
k	]çI/O typmod
j	xç	I/O
i	wç	I/O
h	sçsmaller of two
g	rçlarger of two
f	Sç'less-equal-greater
e	%ç+window RANGE support
d	@çsort support
c	Dç'less-equal-greater
b	=ç	I/O
a	<ç	I/O
`	9çcformat a type oid and atttypmod to canonical SQL
_	Ìçhash
^	8çhash
]	
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\	6ç'less-equal-greater
[	(çsmaller of two
Z	'çlarger of two
Y	dçI/O typmod
X	cçI/O typmod
W	ç	I/O
V	ç	I/O
U	bçI/O typmod
T	açI/O typmod
S	ç	I/O
R	ç	I/O
Q	™ç“convert ACL item array to table, primarily for use by information schema
P	gçŸshow hardwired default privileges, primarily for use by the information schema
O	Uçmake ACL item
N	
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M	ç!remove ACL item
L	ç)add/update ACL item
K	ç	I/O
J	ç	I/O
I	çEadjust timestamp to new time zone
H	áç?convert points to line segment
G	àç+slope between points
F	Õçbox diagonal
E	ãç5bounding box of two boxes
D	Óç-area of a closed path
C	Ñçbox height
B	Ðçbox width
A	Ïçbox area
@	Äç;large object unlink (delete)
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=	‚
ç3read entire large object
<	�
çWcreate new large object with given content
;	dç?truncate large object (64 bit)
:	ìç-truncate large object
9	cç?large object position (64 bit)
8	¾ç-large object position
7	Ëç)large object create

	’ç‹bucket number of operand given a sorted array of bucket lower bounds
		ÕçUconcatenate aggregate input into an array
	Ôç3aggregate final function
	šç9aggregate deserial function
	™ç5aggregate serial function
	˜ç7aggregate combine function
	Óç=aggregate transition function
		çUconcatenate aggregate input into an array
		ç3aggregate final function

	—ç9aggregate deserial functionàÁ†
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u	}ç;substitute portion of string
t	|ç;substitute portion of string
s	{ç7current schema search list
r	zç)current schema name
q	yç1convert name to varchar
p	xç1convert varchar to name
o	vçabsolute value
n	uçabsolute value
m	tçabsolute value
l	sçabsolute value
k	rçabsolute value
j	`çfactorial
i	nç#finite interval?
h	mç%finite timestamp?
g	]çfinite date?
f	lçqconvert timestamp with time zone to time with time zone
e	jçodate difference from today preserving months and years
d	8ç1extract field from time
c	iç1extract field from time
b	7ç1extract field from date
a	hç1extract field from date
`	eç#character length
_	dçsmaller of two
^	cçlarger of two
]	bçsmaller of two
\	açlarger of two
[	_çoctet length
Z	^çoctet length
Y	\ç#character length
X	Zç3convert time to interval
W	Yç#character length
V	Wç#character length
U	Oçƒconvert date and time with time zone to timestamp with time zone
T	Nç'less-equal-greater
S	`çI/O typmod
R	_çI/O typmod
Q	Gç	I/O
P	Fç	I/O
O	EçIprint type names of oidvector field
N	DçUdeprecated, use two-argument form instead
M	Cç5natural exponential (e^x)
L	Xçexponentiation
K	Bçexponentiation
J	Açcube root
I	@çsquare root
H	?ç)truncate to integer
G	>ç3round to nearest integer
ç'current clock time
,	X
ç/current statement time
+	W
ç3current transaction time
*	ç3current transaction time
)	ºçhash
(	¹çhash
'	ì
çsmaller of two
&	ë
çlarger of two
%	ê
ç'less-equal-greater
$	ç-latest tid of a tuple
#	çwtrigger to suppress updates when new and old records match
"	ç)convert oid to int8
!	ç)convert int8 to oid
 	9çOextract field from time with time zone
	ùçOextract field from time with time zone
	֍'intervals overlap?
	çEplanner support for texticregexeq
	Õçsmaller of two
	Ôçlarger of two
	Û
çGdecrement, ignores second argument
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çGincrement, ignores second argument
	Ú
çdecrement
	Ãçincrement
	ÂçKtruncate interval to specified units
	ç™truncate timestamp with time zone to specified units in specified time zone
	Áçktruncate timestamp with time zone to specified units
	Éçmget description for object id and shared catalog name
	ÀçCget description for table column
	¿ç_get description for object id and catalog name
	°ç5adjust interval precision
	Nç[planner support for interval length coercion
	¯çYdate difference preserving months and years

	®çlarger of two
	­çsmaller of two
	larger of two

	«çsmaller of two
		�ç�subtract interval from timestamp with time zone in specified time zone
	Oçasubtract interval from timestamp with time zone
	Nç�add interval to timestamp with time zone in specified time zone
	MçSadd interval to timestamp with time zone
	cç­age of a multi-transaction ID, in multi-transactions before current multi-transaction
	�ç‰age of a transaction ID, in transactions before current transaction
	šçSconvert timestamp with time zone to date
	˜çeconvert date and time to timestamp with time zone

	ç_promote groups of 30 days to numbers of monthsâ†
(  ÀŸr�ŸZXŸd(ŸZøž^ÈžZ�žd`žZ0ž^ž\À�z€�tH�b�^èœ^¸œ\xœt0œˆð›x°›vp›xH›P ›Pèšf°šnxšj0šŽð™| ™ž`™~ ™tà˜t¸˜P�˜PP˜~˜~Зr —\p—\@—\—`à–\°–\h–�0–jø•jЕP¨•Px•^H•^•xÀ”†€”x8”†”pÀ“vˆ“n8“˜à’®¨’pX’–’šà‘P¸‘Pˆ‘^X‘^ ‘nè�b˜�”`�h0�X�\Ð�^��|`�R0�V�XÐŽ\˜Žj`Žn(Žpà�Ž¨�dp�h8�j�nÈŒn�ŒnhŒN0Œhø‹lÀ‹n€‹x@‹|‹~ÈŠf€Š‚@Š~ŠrÀ‰zp‰œ ‰œÐˆœˆˆ†0ˆ¤ð‡tÀ‡\�‡\P‡r‡|І~x†ª †¬à…|�… P…|…~È„�x„’8„|àƒ¬�ƒ’Pƒ|ƒ|¨‚Èh‚|(‚|
	íç5replace text using regexp
~	ìç5replace text using regexp
}	'ç�replace all occurrences in string of old_substr with new_substr
|	©ç5extract portion of string
{	¨ç5extract portion of string
z	uçKtrim spaces from both ends of string
y	tçetrim selected characters from both ends of string
x	sç5extract portion of string
w	rçKtrim spaces from right end of string
v	qçItrim spaces from left end of string
u	pç7right-pad string to length
t	oç5left-pad string to length
s	nçYmap a set of characters appearing in string
r	mç5extract portion of string
q	lçetrim selected characters from right end of string
p	kçctrim selected characters from left end of string
o	jç7right-pad string to length
n	iç5left-pad string to length
m	hç+capitalize each word
l	gçuppercase
k	fçlowercase
j	dç-position of substring
i	eç]convert LIKE pattern to use backslash escapes
h	
ç?planner support for texticlike
g	ÃçUconvert SQL regexp pattern to POSIX style
f	ÂçUconvert SQL regexp pattern to POSIX style
e	WçUconvert SQL regexp pattern to POSIX style
d	Vç3replicate string n times
c	Uç+convert int4 to char
b	Tç7convert first char to int4
a	Lç;complementary error function
`	Kçerror function
_	£	ç7inverse hyperbolic tangent
^	¢	ç5inverse hyperbolic cosine
]	¡	ç1inverse hyperbolic sine
\	 	ç'hyperbolic tangent
[	Ÿ	ç%hyperbolic cosine
Z	ž	ç!hyperbolic sine

ç'cotangent, degrees
U	±
ç#tangent, degrees
T	°
ç!cosine, degrees
S	¯
çsine, degrees
R	®
çGarctangent, two arguments, degrees
Q	­
ç)arctangent, degrees
P	¬
ç'arccosine, degrees
O	«
ç#arcsine, degrees
N	Gçcotangent
M	Fçtangent
L	Eçcosine
K	Dçsine
J	Cç5arctangent, two arguments
I	Bçarctangent
H	Açarccosine
G	@çarcsine
F	?ç!set random seed
E	DçMrandom value from normal distribution
D	>çrandom value
C	<ç'less-equal-greater
B	içI/O typmod
A	VçI/O typmod
@	,ç	I/O
?	+ç	I/O
>	açSstop making pinned objects during initdb
=	
çOreturn the next oid for a system table
<	Àç)sequence last value
;	çgsequence parameters, for use by information schema
:	åçQset sequence value and is_called status
9	(ç'set sequence value
8	'ç/sequence current value
7	&ç)sequence next value
6	$ç?does not match LIKE expression
5	#ç1matches LIKE expression
4	"ç?does not match LIKE expression
3	!ç1matches LIKE expression
2	hçI/O typmod
1	gçI/O typmod
0	ç	I/O
/	ç	I/O
.	ç#number of points
-		ç#number of points
,	çIconvert circle to 12-vertex polygon
+	çcenter of
*	çcenter of
)	çdiagonal of
(	çcenter of
'	þçcenter of
&	üçcenter of
%	ûç+sum of path segments
$	úç7distance between endpoints
#	Õç7construct line from points
"	Óç	I/O
!	Òç	I/O
 	Èç-convert circle to box
	Çç-convert box to circle
	ûç7convert point to empty box
	ÃçWconvert vertex count and circle to polygon
	Âç5convert polygon to circle
	ÁçGconvert point and radius to circle
	¾ç#radius of circle
	½ç'diameter of circle
	¼çarea of circle
	«ç	I/O
	ªç	I/O
	©ç1convert path to polygon
	¨ç/convert box to polygon
	§ç1convert polygon to path
	¦çAconvert polygon to bounding box
	 ç-convert x, y to point
	šçopen path
	™çclose path
	—çpath open?

	–çpath closed?
	�ç-convert points to box
	‹ç3convert interval to time

	ˆçcenter of
		‡çhorizontal
	†çvertical
	…çperpendicular
	„çparallel
	čhorizontal
	‚çvertical
	�çperpendicular
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	ç+horizontally alignedP‡
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  ÀŸ|€Ÿ|@Ÿ|Ÿ€Àž€€ž|@ž|žrÀ�r€�r@�z�zÀœz€œz@œzœzÀ›t€›t0›”àš”�š”@š”𙔘™¦X™x™xؘx˜˜xX˜~˜~ЗŒˆ—Œ8—–à–®€–¸(–¢Ø•’ˆ•’(•´è”t¨”~h”~ ”Šè“l˜“–X“€“ˆÐ’|ˆ’ŠP’p’vÈ‘„x‘’8‘zø�€¨�’h�|(�|ð�l°�r`�œ�¬ÈŽrXŽÜŽ¢À�tp�’(�ŠÐŒªxŒª(Œ˜Ø‹˜ˆ‹š8‹šèŠš˜ŠšHŠ ø‰ ¨‰œX‰œ ‰n؈‚ ˆjhˆb(ˆ|è‡| ‡„P‡ž‡ŠÈ†|€†‚8†ˆð…ˆÀ…X�…XX…n0…P…PÈ„€�„nX„b0„P„PÀƒ‚ˆƒnHƒ€ƒ€È‚x ‚Px‚PP‚P(‚Pð�d
q	ê
çlarger of two
p	“ç	I/O
o	óç	I/O
n	�ç	I/O
m	Žç	I/O
l	ç1set 7th bit in macaddr8
k	ç9convert macaddr8 to macaddr
j	ç9convert macaddr to macaddr8
i	ç'less-equal-greater
h	ç;MACADDR8 manufacturer fields
g	ç	I/O
f	ç	I/O
e	
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d	Dç'less-equal-greater
c	ñç9MACADDR manufacturer fields
b	µ
ç	I/O
a	´
ç	I/O
`	ç'number of set bits
_	Ùçset bit
^	Øçget bit
]	×çAsubstitute portion of bitstring
\	ÖçAsubstitute portion of bitstring
[	£ç;extract portion of bitstring
Z	¢ç5position of sub-bitstring
Y	—çCadjust varbit() to typmod length
X	VçWplanner support for varbit length coercion
W	•ç=adjust bit() to typmod length
V	Ӎ5convert bitstring to int4
U	“ç5convert int4 to bitstring
T	’çoctet length
S	‘ç#bitstring length
R	�ç;extract portion of bitstring
Q	ˆç'less-equal-greater
P	wçUreferential integrity ON UPDATE NO ACTION
O	vçUreferential integrity ON DELETE NO ACTION
N	uçYreferential integrity ON UPDATE SET DEFAULT
M	tçYreferential integrity ON DELETE SET DEFAULT
L	sçSreferential integrity ON UPDATE SET NULL
K	rçSreferential integrity ON DELETE SET NULL
J	qçSreferential integrity ON UPDATE RESTRICT
I	pçSreferential integrity ON DELETE RESTRICT
H	oçQreferential integrity ON UPDATE CASCADE
G	nçQreferential integrity ON DELETE CASCADE
F	mçcreferential integrity FOREIGN KEY ... REFERENCES
E	lçcreferential integrity FOREIGN KEY ... REFERENCES
D	âçCdeferred UNIQUE constraint check
C	èçKoid of replica identity index if any
B	ç-is a column updatable

ç1split string by pattern
	Ï
ç1split string by pattern
	Î
ç1split string by pattern
	Í
ç1split string by pattern
	(ç_split string by field_sep and return field_num
	}çMextract substring that matches regexp
	|çMextract substring that matches regexp
	{çMextract substring that matches regexp
	zçMextract substring that matches regexp
	yçMextract substring that matches regexp
	xç-test for regexp match
	wç-test for regexp match
	vç3position of regexp match
	uç3position of regexp match
	tç3position of regexp match

	sç3position of regexp match
	rç3position of regexp match
	qç3position of regexp match

	pç+count regexp matches
		oç+count regexp matches
	nç+count regexp matches
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ç5find match(es) for regexp
	Ë
ç5find match(es) for regexp
	E
ç9find first match for regexp
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ç9find first match for regexp
	mç5replace text using regexp
	lç5replace text using regexp

	kç5replace text using regexp€"‡
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  ÈŸf�Ÿn@ŸšŸbÀžŒxžŒ8žvø�v¨�˜h�x0�nøœf°œ‚pœz(œŒð›p°›rp›~ ›šàš~�šš@š˜Ø™Æ ™bh™b0™bø˜bÀ˜bˆ˜bP˜b˜hà—h¨—hp—h8—hà–¤�––X–n(–Rø•RÈ•R˜•Rh•R8•R•Pè”P¸”^ˆ”^8” è“š°“fx“d8“zð’Š°’~h’Ž(’zè‘z¨‘zx‘X8‘xø�tÈ�`˜�`X�|�|à�l¨�lh�t(�tðŽf¸Žf`Ž¨Ž °�ºp�x8�l�lÀŒ|€Œ|@ŒxŒ|À‹|�‹^`‹^‹¬ÐŠj˜Šf`Šd(Šnð‰b°‰xp‰x0‰xðˆx°ˆ|pˆz0ˆzð‡t°‡tp‡t0‡xð†x †˜`†v(†pð…p°…tp…t0…xà„š „r`„x„¦¸ƒž`ƒ¤ƒº ‚Àx‚PP‚P‚n
y	òç'concatenate values
x	ç	I/O
w	ç	I/O
v	
çyquote a possibly-null data value for usage in a querystring
u		çsquote a possibly-null literal for usage in a querystring
t	ç]quote a data value for usage in a querystring
s	çWquote a literal for usage in a querystring
r	ç_quote an identifier for usage in a querystring
q	èç1format interval to text
p	ôç+convert text to date
o	òçSconvert text to timestamp with time zone
n	ñç1convert text to numeric
m	ðç-format float8 to text
l	ïç-format float4 to text
k	îç)format int8 to text
j	íç)format int4 to text
i	ìç/format numeric to text
h	êçQformat timestamp with time zone to text
g	
ç1convert jsonb to float8
f	}
ç1convert jsonb to float4
e	|
ç-convert jsonb to int8
d	{
ç-convert jsonb to int4
c	z
ç-convert jsonb to int2
b	y
ç3convert jsonb to numeric
a	ä
ç3convert jsonb to boolean
`	×ç5convert numeric to pg_lsn
_	֍1convert numeric to int2
^	öç1convert int2 to numeric
]	õç1convert int8 to numeric
\	óç1convert numeric to int8
[	Óçsort support
Z	éç'less-equal-greater
Y	ççlarger of two
X	æçsmaller of two
W	äç#increment by one
V	zçebucket number of operand in equal-width histogram
U	¼çtrunc(x/y)
T	µçtrunc(x/y)
S	Òç5convert numeric to float8
R	Ñç5convert numeric to float4
Q	Ðç1convert numeric to int4
P	Ïç5convert float8 to numeric
O	Îç5convert float4 to numeric
N	Éç%base 10 logarithm
M	Íç%base 10 logarithm
L	Ìç1convert int4 to numeric
K	³çsnumeric with minimum scale needed to represent the value
J	²çYminimum scale needed to represent the value
I	Ñçanumber of decimal digits in the fractional part
H	yçexponentiation
G	Êçexponentiation
F	Éç-logarithm base m of n
E	Èç-logarithm base m of n
D	Çç%natural logarithm
C	Æç%natural logarithm
B	Åç5natural exponential (e^x)
A	Äç5natural exponential (e^x)
@	Ãçsquare root
?	Âçsquare root
>	¹ç-least common multiple
=	¸ç1greatest common divisor
<	Àçmodulus
;	°ç3nearest integer <= value
:	wç3nearest integer >= value
9	¯ç3nearest integer >= value
8	®çGvalue truncated to 'scale' of zero
7	­ç7value truncated to 'scale'
6	Cvalue rounded to 'scale' of zero
5	«ç3value rounded to 'scale'
4	ªçsign of value
3	©çabsolute value
2	§çSadjust numeric to typmod precision/scale
1	UçYplanner support for numeric length coercion
0	fçI/O typmod
/	eçI/O typmod
.	¦ç	I/O
-	¥ç	I/O
,	Z
çhash
+	¡çhash
*	R
çhash
)	 çhash
(	Q
çhash
'	˜çhash
&	�ç'less-equal-greater
%	é
çOjoin selectivity for network operators
$	è
ç]rest
	«ç1network part of address
		ÇçQaddress family (4 for IPv4, 6 for IPv6)
	{ç/change netmask of cidr
	]ç/change netmask of inet
	WçEabbreviated display of cidr value
	VçEabbreviated display of inet value
	©çsort support
	•çSplanner support for network_sub/superset
	žç'less-equal-greater

	ë
çsmaller of two°B‡
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  ¸ŸŽpŸ†(Ÿ„ðžb¸žp€žpHžfžfØ�f��Š@�’�|¸œ„hœ– œˆÀ›¸p›ž(›�ÈšÀ€šˆ@šz虪 ™�X™‚ø˜²¨˜˜`˜Š ˜zà—z —z`—z —zØ–„˜–~P–„–~Е|�•€P•|•€È”„€”„8”„ð“„°“~p“|0“€è’„ ’„X’„’„È‘„ˆ‘~H‘|‘€È�~ˆ�zH�z�zÈ�zˆ�zH�z�„¸Ž„pŽ„0Žzð�z°�zp�z0�zðŒz¨Œ„hŒ~ Œ„à‹z˜‹„P‹„‹„ÀŠ„€Šz@Šzø‰„°‰„p‰~0‰zðˆz°ˆzpˆz0ˆzð‡z°‡zp‡z0‡zð†z°†zh†„(†~è…|¨…€h…z…œÐ„„�„z@„šðƒž ƒ˜Pƒ˜ø‚ª ‚¨H‚ªð�¨
o	…çauser privilege on relation by user oid, rel oid
n	„çcuser privilege on relation by user oid, rel name
m	čauser privilege on relation by username, rel oid
l	‚çcuser privilege on relation by username, rel name
k	7çQencode text from encoding to ASCII text
j	6çQencode text from encoding to ASCII text
i	5çWencode text from DB encoding to ASCII text
h	Ù
çSconcatenate aggregate input into a bytea
g	Ø
ç3aggregate final function
f	×
ç=aggregate transition function
e	Ò
çUconcatenate aggregate input into a string
d	Ð
ç3aggregate final function
c	�ç9aggregate deserial function
b	ύ5aggregate serial function
a	ݍ7aggregate combine function
`	Ï
ç=aggregate transition function
_	
ç3aggregate final function
^	ç3aggregate final function
]	ÿ
ç3aggregate final function
\	þ
ç3aggregate final function
[	ý
ç3aggregate final function
Z	ü
ç3aggregate final function
Y	û
ç3aggregate final function
X	ú
ç3aggregate final function
W	ù
ç3aggregate final function
V	ø
ç3aggregate final function
U	÷
ç3aggregate final function
T	
ç7aggregate combine function
S	ö
ç=aggregate transition function
R	õ
ç=aggregate transition function
Q	ô
ç3aggregate final function
P	3aggregate final function
O	ó
ç=aggregate transition function
N	ò
ç=aggregate transition function
M	«ç=aggregate transition function
L	ªç=aggregate transition function
K	4ç3aggregate final function
J	Ý
ç=aggregate transition function
I	ýç7aggregate combine function
H	3ç=aggregate transition function
G	A
ç3aggregate final function
F	@
ç3aggregate final function
E	?
ç3aggregate final function
D	>
ç3aggregate final function
C	=
ç3aggregate final function
B	<
ç3aggregate final function
A	2ç=aggregate transition function
@	1ç=aggregate transition function
?	0ç=aggregate transition function
>	/ç3aggregate final function
=	$
ç3aggregate final function
<	.ç3aggregate final function
;	Ò	ç3aggregate final function
:	-ç3aggregate final function
9	jç3aggregate final function
8	üç7aggregate combine function
7	ã
ç9aggregate deserial function
6	â
ç5aggregate serial function
5	á
ç7aggregate combine function
4	;
ç=aggregate transition function
3	ñ
ç=aggregate transition function
2	ð
ç=aggregate transition function
1	ï
ç=aggregate transition function
0	º
ç=aggregate transition function
/	
ç9aggregate deserial function
.	
ç5aggregate serial function
-	

ç7aggregate combine function
,	,ç=aggregate transition function
+	+ç=aggregate transition function
*	*ç=aggregate transition function
)	Ü
ç=aggregate transition function
(	
ç9aggregate deserial function
'	
ç5aggregate serial function
&	µ
ç9aggregate deserial function
%	´
ç5aggregate serial function
$		
ç7aggregate combine function
#	*ç=aggregate transition function
"	

ç7aggregate combine function
!	)ç=aggregate transition function
 	(ç3aggregate final function
	Ñ	ç3aggregate final function
	'ç3aggregate final function
	Ð	ç3aggregate final function
	&ç3aggregate final function
	n
çCjoin selectivity of exact prefix
	m
çQrestriction selectivity of exact prefix
	%çkjoin selectivity of case-insensitive regex non-match
	$ç;join selectivity of NOT LIKE
	#çIjoin selectivity of regex non-match
	"çcjoin selectivity of case-insensitive regex match
	!ç3join selectivity of LIKE
	 çAjoin selectivity of regex match
	çyrestriction selectivity of case-insensitive regex non-match
	çIrestriction selectivity of NOT LIKE
	çWrestriction selectivity of regex non-match
	çqrestriction selectivity of case-insensitive regex match
	çArestriction selectivity of LIKE
	çOrestriction selectivity of regex match

	ç=join selectivity of NOT ILIKE
	ç5join selectivity of ILIKE
	çKrestriction selectivity of NOT ILIKE

	çCrestriction selectivity of ILIKE
		çlength in bits
	çlength in bits
	çlength in bits
	Ô
ç)format text message
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ç)format text message
	öçreverse text
	õç=extract the last n characters
	ôç?extract the first n characters

	óçGconcatenate values with separatorsÈb‡
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  ¨Ÿ¦PŸ¤øžª ž¨Hžªð�¨˜�¦@�¤àœº€œ¾ œ¸À›¼`›º›¾ š¸@š¼à™¶€™º ™´À˜¸h˜®˜¬¸—®`—¬—ª°–¨ˆ–P`–P8–P–Pè•PÀ•P˜•Pp•PH•P •Pø”PДPˆ”‚0”ªØ“¬€“¢(“¨Ø’”ˆ’’8’’è‘šˆ‘²@‘Œø�Œ˜�¸8�¸è�’˜� @�¨èŽ¤�Žª8Ž¦à�ªˆ�¦0�¬ØŒ¨ˆŒš(Œ¸°‹æP‹¾‹ž¨Š¦XŠžŠª°‰žh‰ˆ(‰~àˆŽˆˆª@ˆ†ð‡’ˆ‡Ì ‡ÂȆ°h†º†®¸…®X…¶…žÀ„Žp„’ „˜Èƒ¦xƒš(ƒ˜Ø‚˜ˆ‚–8‚–È�Ò
_	ùç‹statistics: recovery conflicts in database caused by drop tablespace
^	Ê
çOstatistics: tuples deleted in database
]	É
çOstatistics: tuples updated in database
\	È
çQstatistics: tuples inserted in database
[	Ç
çQstatistics: tuples fetched for database
Z	Æ
çSstatistics: tuples returned for database
Y	™ç_statistics: blocks found in cache for database
X	˜çQstatistics: blocks fetched for database
W	—çKstatistics: transactions rolled back
V	–çGstatistics: transactions committed
U	•çWstatistics: number of backends in database
T	qçostatistics: port number of client connected to backend
S	pçgstatistics: address of client connected to backend
R	oçgstatistics: start time for current backend session
Q	)çsstatistics: start time for backend's current transaction
P	.çistatistics: start time for current query of backend
O	%ç{statistics: wait event on which backend is currently waiting
N	ä
ç…statistics: wait event type on which backend is currently waiting
M	ӍKstatistics: current query of backend
L	“ç?statistics: user ID of backend
K	Ûçcstatistics: get subtransaction status of backend
J	’çGstatistics: database ID of backend
I	‘ç7statistics: PID of backend
H	êçAstatistics: current backend PID
G	æçWstatistics: information about subscription
F	Wçcstatistics: information about subscription stats
E	VçWstatistics: check if a stats object exists
D	ç_statistics: information about replication slot
C	õçWstatistics: information about WAL receiver
B	çwstatistics: information about currently active replication
A	öçŸstatistics: information about progress of backends running maintenance command
@	æçqstatistics: information about currently active backends
?	�çSstatistics: currently active backend IDs
>	ñçastatistics: number of auto analyzes for a table
=	ðçestatistics: number of manual analyzes for a table
<	ïç_statistics: number of auto vacuums for a table
;	îçcstatistics: number of manual vacuums for a table
:	à
ç_statistics: last auto analyze time for a table
9	ß
çcstatistics: last manual analyze time for a table
8	Þ
ç]statistics: last auto vacuum time for a table
7	Ý
çastatistics: last manual vacuum time for a table
6	�çYstatistics: number of blocks found in cache
5	ŽçKstatistics: number of blocks fetched
4	½çqstatistics: number of tuples inserted since last vacuum
3	içqstatistics: number of tuples changed since last analyze
2	?çEstatistics: number of dead tuples
1	>çEstatistics: number of live tuples
0	Içkstatistics: number of tuples updated onto a new page
/	´çSstatistics: number of tuples hot updated
.	�çKstatistics: number of tuples deleted
-	΍Kstatistics: number of tuples updated
,	‹çMstatistics: number of tuples inserted
+	Šçastatistics: number of tuples fetched by idxscan
*	‰ç[statistics: number of tuples read by seqscan
)	¦çestatistics: time of the last scan for table/index
(	ˆçcstatistics: number of scans done for table/index
'	c
ç;details about MCV list items
&	�ç	I/O
%	ύ	I/O
$	ݍ	I/O
#	šç	I/O
"	O
ç	I/O
!	N
ç	I/O
 	M
ç	I/O
	L
ç	I/O
	
ç	I/O
	
ç	I/O
	
ç	I/O
	
ç	I/O
	Õçacurrent user privilege on any column by rel oid
	Ôçccurrent user privilege on any column by rel name
	Óçeuser privilege on any column by user oid, rel oid
	Òçguser privilege on any column by user oid, rel name
	Ñçeuser privilege on any column by username, rel oid
	Ðçguser privilege on any column by username, rel name
	Ïçqcurrent user privilege on column by rel oid, col attnum
	Îçmcurrent user privilege on column by rel oid, col name
	Íçscurrent user privilege on column by rel name, col attnum
	Ìçocurrent user privilege on column by rel name, col name
	Ëçuuser privilege on column by user oid, rel oid, col attnum
	Êçquser privilege on column by user oid, rel oid, col name
	Éçwuser privilege on column by user oid, rel name, col attnum

	Èçsuser privilege on column by user oid, rel name, col name
	Ççuuser privilege on column by username, rel oid, col attnum
	Æçquser privilege on column by username, rel oid, col name

	Åçwuser privilege on column by username, rel name, col attnum
		Äçsuser privilege on column by username, rel name, col name
	Šç]current user privilege on sequence by seq oid
	‰ç_current user privilege on sequence by seq name
	ˆçauser privilege on sequence by user oid, seq oid
	‡çcuser privilege on sequence by user oid, seq name
	†çauser privilege on sequence by username, seq oid
	…çcuser privilege on sequence by username, seq name
	‡ç]current user privilege on relation by rel oid

	†ç_current user privilege on relation by rel nameð‚‡
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•˜¨”Þ0”êØ“¬h“Ò“šÈ’žx’ž ’¤Ð‘œ€‘’‘Ä°�Â@�ØØ�Ðh�Ö� ŽÀ@ŽÀØ�Èh�à�À ŒÎ@ŒÀÀ‹òH‹ð芺€ŠÄ ŠÀÀ‰ÀX‰Ê¨ˆ`
(ˆòȇºX‡Òð†Ê°†tx†p†²À…®ˆ…nP…bø„¤¨„šh„~0„døƒf°ƒ‚pƒt ƒ’à‚x˜‚†@‚¤‚bÈ�|ˆ�|
	S	Ýç5extract portion of string
	R	Üç5extract portion of string
	Q	Úçoctet length
	P	Ùç]convert LIKE pattern to use backslash escapes
	O	Øç?does not match LIKE expression
	N	×ç1matches LIKE expression
	M	±çKadjust time with time zone precision
	L	°ç-adjust time precision
	K	¯ç;adjust timestamptz precision
	J	®çsmaller of two
	I	­çlarger of two
	H	©ç7adjust timestamp precision
	G	hçSplanner support for time length coercion
	F	Mç]planner support for timestamp length coercion
	E	
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	D	¢ç'less-equal-greater
	C	ݍgconvert ascii-encoded text string into bytea value
	B	šçkconvert bytea value into some ascii-only text string
	A	Âç)tablespace location
	@	[ç-current trigger depth
	?	Xçƒstatistics: reset collected statistics for a single subscription
	>	ç‹statistics: reset collected statistics for a single replication slot
	=		çsstatistics: reset collected statistics for a single SLRU
	<	Áç«statistics: reset collected statistics for a single function in the current database
	;	Àç0statistics: reset collected statistics for a single table or index in the current database or shared across all databases in the cluster
	:	¿çƒstatistics: reset collected statistics shared across the cluster
	9	âçystatistics: reset collected statistics for current database
	8	Yçystatistics: force stats to be flushed after the next commit
	7	¶ç}statistics: discard current transaction's statistics snapshot
	6	Ìçsstatistics: timestamp of the current statistics snapshot
	5	èç©statistics: self execution time of function in current transaction, in milliseconds
	4	çç«statistics: total execution time of function in current transaction, in milliseconds
	3	æçystatistics: number of function calls in cur
çestatistics: number of buffers written by backends
		Yç£statistics: checkpoint time spent synchronizing buffers to disk, in milliseconds
		Xç—statistics: checkpoint time spent writing buffers to disk, in milliseconds
		çQstatistics: last reset for the bgwriter
		Õ
çástatistics: number of times the bgwriter stopped processing when it had written too many buffers while cleaning
		Ô
ç£statistics: number of buffers written by the bgwriter for cleaning dirty buffers
		Ó
ç“statistics: number of buffers written by the bgwriter during checkpoints
		Ò
ç™statistics: number of backend requested checkpoints started by the bgwriter
		Ñ
ç�statistics: number of timed checkpoints started by the bgwriter
		{çWstatistics: information about WAL archiver
		/çstatistics: number of sessions killed by administrative action
		.çystatistics: number of sessions disconnected by fatal errors
		-ç³statistics: number of sessions disconnected by the client closing the network connection
		,çKstatistics: total number of sessions
		+ç}statistics: session idle in transaction time, in milliseconds
		*çcstatistics: session active time, in milliseconds
		)çUstatistics: session time, in milliseconds
		ç]statistics: block write time, in milliseconds
	
	ç[statistics: block read time, in milliseconds
		Oçostatistics: number of bytes in temporary files written
		Nç]statistics: number of temporary files written
	
	çMstatistics: last reset for a database
			d
ç�statistics: when last checksum failure was detected in database
		b
çgstatistics: checksum failures detected in database
		PçWstatistics: deadlocks detected in database
		þçWstatistics: recovery conflicts in database
		ýç‹statistics: recovery conflicts in database caused by buffer deadlock
		üç�statistics: recovery conflicts in database caused by shared buffer pin
		¥ç�statistics: recovery conflicts in database caused by logical replication slot
		ûç‹statistics: recovery conflicts in database caused by snapshot expiry
	
	úç‡statistics: recovery conflicts in database caused by relation lock0£‡
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  ÀŸ|€Ÿ|@Ÿt螢˜ž @ž¢ð�š �”P�”𜲨œ‚`œ‚ œ|Ø›Ž€›¤(›¤èš|°šfxšd(š–Ø™–¨™Rx™R@™n™nИn˜˜n`˜n(˜bè—r¨—rh—r(—rè–r –�X–� –là•z�• 0•¶è”Œ ”ŒP”šø“¢¸“|x“|8“rВƘ’pX’v’†Ð‘|�‘vP‘€‘‚€�
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¸�Šx�€0�„àŽ”xŽÂø�ú°�ŠX�®ðŒÂ˜Œ®PŒŠŒˆÀ‹�x‹�0‹ŽèŠ�˜Š”@Š¢è‰¤�‰¬8‰¨Øˆ²ˆˆ’0ˆªà‡š�‡–P‡~‡�À††€†v@†vð…ž¨…‚h…~(…€è„~�„®H„Žèƒ²�ƒ¢Xƒlƒ„Ђ~�‚zH‚„‚jÈ��

h	çIresume wal replay, if it was paused

g	ÿç#pause wal replay

f	öç=timestamp of last replay xact

e	íç3last wal replay location

d	ìç7current wal flush location

c	âç=true if server is in recovery

b	áç%export a snapshot

a	]ç[difference in bytes, given two wal locations

`	Eçksequence number and timeline ID given a wal filename

_	#çGwal filename, given a wal location

^	"çgwal filename and byte offset, given a wal location

]	
ç7current wal flush location

\	$ç9current wal insert location

[	!ç7current wal write location

Z	ç;create a named restore point

Y	¡çWlog details of the current snapshot to WAL

X	 ç/switch to new wal file

W	l
ç/promote standby server

V	³
ç?finish taking an online backup

U	|çIprepare for taking an online backup

T	0ç7terminate a server process

S	{çOcancel a server process' current query

R	'çSis schema another session's temp schema?

Q	&çcget OID of current session's temp schema, if any

P	ççKis collation visible in search path?

O	®çkis text search configuration visible in search path?

N	¸çais text search template visible in search path?

M	­çeis text search dictionary visible in search path?

L	]is text search parser visible in search path?

K	K
ç[is statistics object visible in search path?

J	-çMis conversion visible in search path?

I	õçIis opfamily visible in search path?

H	#çGis opclass visible in search path?

G	"çIis operator visible in search path?

F	!çIis function visible in search path?

E	 çAis type visible in search path?

D	çCis table visible in search path?

C	rçgget OID-based object address from name/args arrays

B	6
ç{get identification of SQL object for pg_get_object_address()

A	ÿçgget machine-parseable identification of SQL object

@	Ñ
çCget identification of SQL object

?	ÿ
ç³get transaction Id, commit timestamp and replication origin of latest transaction commit

>	ç{get commit timestamp and replication origin of a transaction

=	ý
çMget commit timestamp of a transaction

<	ëç=view members of a multixactid

;	)ç9view two-phase transactions

:	2
çCisolationtester support function

9	0
ç¹get array of PIDs of sessions blocking specified backend PID from acquiring a safe snapshot

8	

ç¿get array of PIDs of sessions blocking specified backend PID from acquiring a heavyweight lock

7	[ç;view system lock information

6	jç9show pg_ident.conf mappings

5	I
ç/show pg_hba.conf rules

4	

ç5show config file settings

3	`ç?return flags for specified GUC

2	$ç/SHOW ALL as a function

1	ç)SET X as a function

0	ÞçSHOW X as a function, optionally no error for missing variable

/	ç+SHOW X as a function

.	ç5convert bitstring to int8

-	ç5convert int8 to bitstring

,	ç[extract text matching SQL regular expression

+	çSextract text matching regular expression

*	çEadjust timestamp to new time zone

)	çEadjust timestamp to new time zone

(	çodate difference from today preserving months and years

'	
çYdate difference preserving months and years

&	
ç3format timestamp to text

%	ç%finite timestamp?

$	ÿçIconvert time to time with time zone

#	þçIconvert time with time zone to time

"	*ç+window RANGE support

!	)ç+window RANGE support

 	(ç+window RANGE support

	'ç+window RANGE support

	&ç+window RANGE support

	Açsort support

	ýç'less-equal-greater

	üç'intervals overlap?

	ûç'intervals overlap?

	úç'intervals overlap?

	ùç'intervals overlap?

	S
çhash

	֍hash

	öçOadjust time with time zone to new zone

	õçOadjust time with time zone to new zone

	ôçlarger of two

	óçsmaller of two

	íç5convert timestamp to date

	ìç]convert timestamp to timestamp with time zone

	ëç]convert timestamp with time zone to timestamp

	éçGconvert date and time to timestamp


	èç5convert date to timestamp

	:ç;extract field from timestamp

	åç;extract field from timestamp


	"çkbin timestamp with time zone into specified interval

		!çMbin timestamp into specified interval

	äçMtruncate timestamp to specified units

	ãçSconvert timestamp with time zone to time

	4ç[trim selected bytes from right end of string

	3çYtrim selected bytes from left end of string

	ßç[trim selected bytes from both ends of string

	Þç-position of substring

	&ç5extract portion of string


	%ç5extract portion of stringpÇ
Œ
˜
  ¸Ÿ‚xŸ~(Ÿ–èž~°žhXž¨ž˜¸�˜x�~8�~øœt¸œtXœ´œtØ›t˜›vX›v›vØšv�š„Hš„ø™˜°™Šh™†™¤Ð˜xh˜Ä˜Æ˜—È0—ÆÈ–Â`–Âø•Ê •¤H•¤ð”¦˜”¢@”¢ð“ž˜“ª@“¦ð’š ’œP’ž’”°‘š`‘š‘–À�–`�´�˜À� `�¾�žÀŽ–pŽœ ŽžÐ�š€�”0�–àŒš�Œ–@Œšð‹œ ‹žP‹”‹š°Šš`Š–Š–°‰´`‰˜‰ °ˆ¾`ˆžˆŠÈ‡œx‡ž(‡šØ†”ˆ†–8†šè…–€…È@…rð„˜p„úðƒüpƒþð‚úp‚úð�ü˜�®
]	Ûçgcurrent user privilege on language by language oid
\	£
çµpopulation variance of numeric input values (square of the population standard deviation)
[	¢
ç³population variance of float8 input values (square of the population standard deviation)
Z	¡
ç³population variance of float4 input values (square of the population standard deviation)
Y	 
ç·population variance of smallint input values (square of the population standard deviation)
X	Ÿ
çµpopulation variance of integer input values (square of the population standard deviation)
W	ž
ç³population variance of bigint input values (square of the population standard deviation)
V	\çQplanner support for count run condition
U	ó
ç+number of input rows
T	cç�number of input rows for which the input expression is not null
S	ìçOminimum value of all xid8 input values
R	^çSminimum value of all pg_lsn input values
Q	í
çOminimum value of all inet input values
P	î
çMminimum value of all tid input values
O	ÅçSminimum value of all bpchar input values
N	çWminimum value of all anyarray input values
M	bçUminimum value of all numeric input values
L	açCminimum value of all text values
K	`çWminimum value of all interval input values
J	_çwminimum value of all timestamp with time zone input values
I	^çYminimum value of all timestamp input values
H	]çQminimum value of all money input values
G	\çmminimum value of all time with time zone input values
F	[çOminimum value of all time input values
E	ZçOminimum value of all date input values
D	XçSminimum value of all float8 input values
C	WçSminimum value of all float4 input values
B	VçMminimum value of all oid input values
A	UçWminimum value of all smallint input values
@	TçUminimum value of all integer input values
?	SçSminimum value of all bigint input values
>	ëçOmaximum value of all xid8 input values
=	]çSmaximum value of all pg_lsn input values
<	ì
çOmaximum value of all inet input values
;	í
çMmaximum value of all tid input values
:	ÄçSmaximum value of all bpchar input values
9	çWmaximum value of all anyarray input values
8	RçUmaximum value of all numeric input values
7	QçOmaximum value of all text input values
6	PçWmaximum value of all interval input values
5	Oçwmaximum value of all timestamp with time zone input values
4	NçYmaximum value of all timestamp input values
3	MçQmaximum value of all money input values
2	Lçmmaximum value of all time with time zone input values
1	KçOmaximum value of all time input values
0	JçOmaximum value of all date input values
/	HçSmaximum value of all float8 input values
.	GçSmaximum value of all float4 input values
-	FçMmaximum value of all oid input values
,	EçWmaximum value of all smallint input values
+	DçUmaximum value of all integer input values
*	CçSmaximum value of all bigint input values
)	Bç_sum as numeric across all numeric input values
(	Açcsum as interval across all interval input values
'	@çWsum as money across all money input values
&	?ç[sum as float8 across all float8 input values
%	>ç[sum as float4 across all float4 input values
$	=ç_sum as bigint across all smallint input values
#	<ç]sum as bigint across all integer input values
"	;ç]sum as numeric across all bigint input values
!	:çƒthe average (arithmetic mean) as interval of all interval values
 	9ç{the average (arithmetic mean) as float8 of all float8 values
	8ç{the average (arithmetic mean) as float8 of all float4 values
	7çthe average (arithmetic mean) as numeric of all numeric values
	6ç�the average (arithmetic mean) as numeric of all smallint values
	5çthe average (arithmetic mean) as numeric of all integer values
	4ç}the average (arithmetic mean) as numeric of all bigint values
	ݍ1convert boolean to text
	;
ç]Is JIT compilation available in this session?
	`ç?sleep until the specified time
	_çCsleep for the specified interval
	B
çQsleep for the specified time in seconds
	áç=list all files in a directory
	A
ç=list all files in a directory
	Aç/read bytea from a file
	ôç/read bytea from a file
	ßç/read bytea from a file
	óç/read bytea from a file
	@ç-read text from a file
	òç-read text from a file

	çmread text from a file - old version for adminpack 1.0
	Ýç-read text from a file
	@
ç-read text from a file

	ëç7get information about file
		?
ç7get information about file
	ÙçQcurrent logging collector file location
	ØçQcurrent logging collector file location
	çarotate log file - old version for adminpack 1.0
	>
ç!rotate log file
	=
ç7reload configuration files
	PçOget resource managers loaded in system
	qç7get wal replay pause state

	
ç;true if wal replay is pausedˆã‡
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  ˆŸêŸì˜žî žê¨�ê0�ì蜄 œ„Xœ„œ„È›„€›„ ›²Àš´`š¶š² ™²@™´è˜ª�˜¬8˜®à—ªˆ—ª0—¬è–Š –ŠX–Š–ŠÈ•Š€•Š •À¸”ÎP”ÊГöx“¦ “¢Ð’”X’äà‘ð ‘th‘l(‘xð�n¸�b€�nH�b�nØ�n �nh�n0�nøŽnÀŽnˆŽn`ŽP8ŽPŽPè�P �ŠP�’(�P�PØŒP°ŒPhŒ„@ŒPŒPЋŒ¨‹P€‹P8‹‚øŠzЊP¨ŠP`Š‚8ŠPŠPÀ‰–h‰ª‰Â¨ˆ®xˆ^Hˆ^ˆ^¸‡´X‡²ø†´˜†²@†°è…®ˆ…´(…²È„´h„²„°¸ƒ®Xƒ´ø‚²˜‚´8‚²à�°
e	Úçicurrent user privilege on language by language name
d	Ùçkuser privilege on language by user oid, language oid
c	Øçmuser privilege on language by user oid, language name
b	×çkuser privilege on language by username, language oid
a	Öçmuser privilege on language by username, language name
`	Õçgcurrent user privilege on function by function oid
_	Ôçicurrent user privilege on function by function name
^	Óçkuser privilege on function by user oid, function oid
]	Òçmuser privilege on function by user oid, function name
\	Ñçkuser privilege on function by username, function oid
[	Ðçmuser privilege on function by username, function name
Z	Ïçgcurrent user privilege on database by database oid
Y	Îçicurrent user privilege on database by database name
X	Íçkuser privilege on database by user oid, database oid
W	Ìçmuser privilege on database by user oid, database name
V	Ëçkuser privilege on database by username, database oid
U	Êçmuser privilege on database by username, database name
T	Èç(internal)
S	Çç(internal)
R	Æç(internal)
Q	ôçgparse qualified identifier to array of identifiers
P	Cç{get error details if string is not valid input for data type
O	Bçctest whether string is valid input for data type
N	öçOconvert namespace name to regnamespace
M	õç	I/O
L	ôç	I/O
K	ýç;convert role name to regrole
J	üç	I/O
I	ç	I/O
H	7ç3convert text to regclass
G	¥
ç;convert type name to regtype
F	­ç	I/O
E		I/O
D	cçEconvert classname to regcollation
C	bç	I/O
B	aç	I/O
A	§
ç=convert classname to regclass
@	«ç	I/O
?	ªç	I/O
>	©ç	I/O
=	¨ç	I/O
<	”
çKconvert operator name to regoperator
;	¤
çCconvert operator name to regoper
:	§ç	I/O
9	¦ç	I/O
8	¥ç	I/O
7	¤ç	I/O
6	“ç'less-equal-greater
5	’ç'less-equal-greater

ç©y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs
&		ç�slope of the least-squares-fit linear equation determined by the (X, Y) pairs
%	çMsquare of the correlation coefficient
$	ç[average of the dependent variable (sum(Y)/N)
#	ç_average of the independent variable (sum(X)/N)
"	ç¯sum of products of independent times dependent variable (sum(X*Y) - sum(X) * sum(Y)/N)
!	çƒsum of squares of the dependent variable (sum(Y^2) - sum(Y)^2/N)
 	ç‡sum of squares of the independent variable (sum(X^2) - sum(X)^2/N)
	çynumber of input rows in which both expressions are not null
	oçChistorical alias for stddev_samp
	nçChistorical alias for stddev_samp
	mçChistorical alias for stddev_samp
	lçChistorical alias for stddev_samp
	kçChistorical alias for stddev_samp
	jçChistorical alias for stddev_samp
	�
çesample standard deviation of numeric input values
	œ
çcsample standard deviation of float8 input values
	›
çcsample standard deviation of float4 input values
	š
çgsample standard deviation of smallint input values
	™
çesample standard deviation of integer input values
	˜
çcsample standard deviation of bigint input values
	©
çmpopulation standard deviation of numeric input values
	¨
çkpopulation standard deviation of float8 input values
	§
çkpopulation standard deviation of float4 input values
	¦
çopopulation standard deviation of smallint input values
	¥
çmpopulation standard deviation of integer input values

	¤
çkpopulation standard deviation of bigint input values
	iç=historical alias for var_samp
	hç=historical alias for var_samp

	gç=historical alias for var_samp
		fç=historical alias for var_samp
	eç=historical alias for var_samp
	dç=historical alias for var_samp
	V
ç¥sample variance of numeric input values (square of the sample standard deviation)
	U
ç£sample variance of float8 input values (square of the sample standard deviation)
	T
ç£sample variance of float4 input values (square of the sample standard deviation)
	S
ç§sample variance of smallint input values (square of the sample standard deviation)
	R
ç¥sample variance of integer input values (square of the sample standard deviation)

	Q
ç£sample variance of bigint input values (square of the sample standard deviation)Ј
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  ¨Ÿ¬PŸªøž¬ žªHž¨ð�¦��¼0�ºÐœ¼pœºœ¸°›¶8›äÀšâHšäЙâ`™àð˜Þ˜˜¬@˜ªè—¬�—ª8—¨à–¦ˆ–¤0–¢Ø•¤€•¢0• à”ž€”¸ ”¸À“´h“¤“¢¸’¤`’¢’ À‘ž`‘À‘ ¸�°`�°�¬°�¬H�ÎèŽÀxŽÔŽÂ°�ÀH�ÎÈŒú`ŒÊŒˆÈ‹šˆ‹tX‹^0‹P‹PàŠP¸ŠP�ŠPhŠP@ŠPŠPð‰PȉP ‰Px‰PP‰P(‰P‰P؈P°ˆPˆˆP`ˆP8ˆPˆPè‡PÀ‡P˜‡Pp‡PH‡P ‡Pø†PІP¨†P€†PX†P0†P†Pà…P¸…P�…Ph…P@…P…Pð„PÈ„P „Px„PP„P(„P؃’�ƒŒ`ƒZ0ƒZø‚bÀ‚bˆ‚bP‚b‚nà�n

q	5	ç'less-equal-greater

p	(	ç'less-equal-greater

o	^
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n	]
çSHA-384 hash

m	\
çSHA-256 hash

l	[
çSHA-224 hash

k		çMD5 hash

j		çMD5 hash

i	òçESYSTEM tablesample method handler

h	ñçKBERNOULLI tablesample method handler

g	č	I/O

f	‚ç	I/O

e	çç	I/O

d	æç	I/O

c	åç	I/O

b	äç	I/O

a	ãç	I/O

`	âç	I/O

_	áç	I/O

^	àç	I/O

]	ßç	I/O

\	Þç	I/O

[	
ç	I/O

Z	
ç	I/O

Y	ðç	I/O

X	ïç	I/O

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ç	I/O

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U	-ç	I/O

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ç	I/O

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ç	I/O

Q	&
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P	%
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O	_	ç	I/O

N	^	ç	I/O

M			ç	I/O

L		ç	I/O

K	
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J		ç	I/O

I	ÿç	I/O

H	þç	I/O

G	ç	I/O

F	
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E	ýç	I/O

D	üç	I/O

C	ûç	I/O

B	úç	I/O

A	ùç	I/O

@	øç	I/O

?	֍	I/O

>	öç	I/O

=	õç	I/O

<	ôç	I/O

;	óç	I/O

:	òç	I/O

9		ç(internal)

8	Úç-file path of relation

7	~
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6	·çAfilenode identifier of relation

5	¶çƒdisk space usage for all indexes attached to the specified table

4	µç³disk space usage for the specified table, including TOAST, free space and visibility map

3	
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2	^çyconvert a numeric to a human readable text using size units

1	ðç{convert a long int to a human readable text using size units

0	îç�total disk space usage for the specified table and associated indexes

/		çydisk space usage for the specified fork of a table or index

.		ç‡disk space usage for the main fork of the specified table or index

-	xçetotal disk space usage for the specified database

,		çetotal disk space usage for the specified database

+		çitotal disk space usage for the specified tablespace

*		çitotal disk space usage for the specified tablespace

)	IçYcompression method for the compressed datum

(	õçybytes required to store the value, perhaps with compression

'	–
çWcurrent user privilege on role by role oid

&	•
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%	”
ç[user privilege on role by user oid, role oid

$	“
ç]user privilege on role by user oid, role name

#	’
ç[user privilege on role by username, role oid

"	‘
ç]user privilege on role by username, role name

!	?çmcurrent user privilege on parameter by parameter name

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	=çquser privilege on parameter by username, parameter name

	GçWcurrent user privilege on type by type oid

	FçYcurrent user privilege on type by type name

	Eç[user privilege on type by user oid, type oid

	Dç]user privilege on type by user oid, type name

	Cç[user privilege on type by username, type oid

	Bç]user privilege on type by username, type name

	Ãç_current user privilege on server by server oid

	Âçacurrent user privilege on server by server name

	Áçcuser privilege on server by user oid, server oid

	Àçeuser privilege on server by user oid, server name

	¿çcuser privilege on server by username, server oid

	¾çeuser privilege on server by username, server name

	½ç—current user privilege on foreign data wrapper by foreign data wrapper oid

	¼ç™current user privilege on foreign data wrapper by foreign data wrapper name

	»ç›user privilege on foreign data wrapper by user oid, foreign data wrapper oid

	ºç�user privilege on foreign data wrapper by user oid, foreign data wrapper name

	¹ç›user privilege on foreign data wrapper by username, foreign data wrapper oid


	¸ç�user privilege on foreign data wrapper by username, foreign data wrapper name

	[	çocurrent user privilege on tablespace by tablespace oid

	Z	çqcurrent user privilege on tablespace by tablespace name


	Y	çsuser privilege on tablespace by user oid, tablespace oid

		X	çuuser privilege on tablespace by user oid, tablespace name

	W	çsuser privilege on tablespace by username, tablespace oid

	V	çuuser privilege on tablespace by username, tablespace name

	áç_current user privilege on schema by schema oid

	àçacurrent user privilege on schema by schema name

	ßçcuser privilege on schema by user oid, schema oid

	Þçeuser privilege on schema by user oid, schema name

	Ýçcuser privilege on schema by username, schema oid


	Üçeuser privilege on schema by username, schema nameè#ˆ
l   ÈŸn�ŸnXŸn ŸnøžPОP¨žP€žPXžP0žPžPà�P¸�P��Ph�P@�P�PðœPÈœP œPxœPPœP(œPœPØ›P°›Pˆ›P`›P8›P›PèšPÀšP˜šPpšPHšP šPø™PЙP¨™P€™PX™P0™P™Pà˜P¸˜P�˜Ph˜P@˜P˜Pð—PÈ—P —Px—PP—P(—P—PØ–P°–Pˆ–P`–P8–P–Pè•PÀ•P˜•Pp•PH•P •Pø”PДP¨”P€”PX”P0”P”Pà“P¸“P�“Ph“P@“P“Pð’PÈ’P ’Px’PP’P(’P’PØ‘P°‘Pˆ‘P`‘P8‘P‘Pè�PÀ�P˜�Pp�PH�P �Pø�PÐ�P¨�P€�PX�P0�P�PàŽP¸ŽP�ŽPhŽP@ŽPè�¦��°8�°ÈŒàHŒøð‹¨�‹¶8‹¢èŠ”˜ŠœPŠŒø‰¢˜‰²X‰|èˆÚ�ˆ¨0ˆ¶Ø‡¢�‡ˆH‡ˆ‡�¸†ˆp†ˆ(†�à…ˆ˜…ˆP…ˆ…ˆÀ„ˆx„„0„„胄 ƒ„`ƒz ƒzà‚t ‚r
•	Ö	ç+boolean-or aggregate
”	Õ	ç-boolean-and aggregate
“	«
ç3aggregate final function
’	ª
ç3aggregate final function
‘	©
ç=aggregate transition function
�	¨
ç=aggregate transition function
�	Ô	ç=aggregate transition function
Ž	Ó	ç=aggregate transition function
�	‚çAnon-persistent series generator
Œ	«çAnon-persistent series generator
‹	ªçAnon-persistent series generator
Š	¼çAnon-persistent series generator
‰	»çAnon-persistent series generator
ˆ	›çIplanner support for generate_series
‡	-çAnon-persistent series generator
†	,çAnon-persistent series generator
…	šçIplanner support for generate_series
„	+çAnon-persistent series generator
ƒ	*çAnon-persistent series generator
‚	¿ç[log memory contexts of the specified backend
�	êçoinformation about all memory contexts of local backend
€	¼çaallocations from the main shared memory segment
	àç“get the fraction of the asynchronous notification queue currently in use
~	Üç5send a notification event
}	Ûçkget the channels that the current backend listens to
|	ª
ç[trigger description with pretty-print option
{	(çEget the available time zone names
z	'
çUget the available time zone abbreviations
y	Ï	çMget the open cursors for this session
x	Î	ç[get the prepared statements for this session
w	Í	çodeparse an encoded expression with pretty-print option
v	Ì	çaconstraint description with pretty-print option
u	Ë	ç±index description (full create statement or single expression) with pretty-print option
t	Wç™select statement of a view with pretty-printing and specified line wrapping
s	Ê	çiselect statement of a view with pretty-print option
r	É	çiselect statement of a view with pretty-print option
q	È	ç_source text of a rule with pretty-print option
p	w
ç	I/O
o	v
ç	I/O
n	1ç	I/O
m	0ç	I/O
l	Ç	ç	I/O
k	Æ	ç	I/O
j	Å	ç	I/O
i	Ä	ç	I/O
h	Ã	ç	I/O
g	Â	ç	I/O
f	Á	ç	I/O
e	À	ç	I/O
d	¿	ç	I/O
c	¾	ç	I/O
b	½	ç	I/O
a	¼	ç	I/O
`	»	ç	I/O
_	º	ç	I/O
^	¹	ç	I/O
]	¸	ç	I/O
\	·	ç	I/O
[	¶	ç	I/O
Z	µ	ç	I/O
Y	´	ç	I/O
X	³	ç	I/O
W	²	ç	I/O
V	±	ç	I/O
U	°	ç	I/O
T	¯	ç	I/O
S	®	ç	I/O
R	­	ç	I/O
Q	¬	ç	I/O
P	«	ç	I/O
O	ª	ç	I/O
N	©	ç	I/O
M	¨	ç	I/O
L	§	ç	I/O
K	¦	ç	I/O
J	¥	ç	I/O
I	¤	ç	I/O
H	�	ç	I/O
G	œ	ç	I/O
F	›	ç	I/O
E	š	ç	I/O
D	™	ç	I/O
C	˜	ç	I/O
B	øç	I/O
A	֍	I/O
@	ÿç	I/O
?	þç	I/O
>	—	ç	I/O
=	–	ç	I/O
<	eç	I/O
;	dç	I/O
:	•	ç	I/O
9	”	ç	I/O
8	“	ç	I/O
7	’	ç	I/O
6	‘	ç	I/O
5	�	ç	I/O
4	�	ç	I/O
3	Ž	ç	I/O
2	�	ç	I/O
1	Œ	ç	I/O
0	‹	ç	I/O
/	Š	ç	I/O
.	‰	ç	I/O
-	ˆ	ç	I/O
,	‡	ç	I/O
+	†	ç	I/O
*	…	ç	I/O
)	„	ç	I/O
(	ƒ	ç	I/O
'	‚	ç	I/O
&	�	ç	I/O
%	€	ç	I/O
$		ç	I/O
#	~	ç	I/O
"	}	ç	I/O
!	|
	e	ç	I/O
		d	ç	I/O
	c	ç	I/O
	b	ç	I/O
	a	ç	I/O
	`	ç	I/O
	å	ç'less-equal-greater
	Þ	ç'less-equal-greater
	O	ç'less-equal-greater

	B	ç'less-equal-greaterøCˆ
ä
   ÀŸtxŸ†0Ÿ„螆 ž„Xž‚ž„È�‚ˆ�€@�‚�|Àœz€œ|0œ”ð›x°›x`›” ›tàšx¨šbpšb8šbšbÈ™b�™bX™b ™bè˜b°˜bx˜b@˜b˜bЗb˜—b`—b(—bð–l¸–l€–lH–l–‚È•p�•pX•p •pà”| ”|`”| ”|à“|˜“ˆP“ˆ“ˆÀ’Œx’Œ0’Žè‘† ‘ˆX‘ˆ‘ˆÈ��€�Œ8�Œð�Ž¨��`�ˆ�’ÐŽv�ŽvPŽvŽvØ�n �nh�n0�nøŒn°Œ†hŒ†(Œ€è‹€˜‹ H‹ øŠš¨Šš`ŠˆŠ‚Љ†ˆ‰†H‰€‰€¸ˆ hˆ ˆšÈ‡š€‡ˆ8‡‚ø†~ІP¨†Ph†rð…â°…tˆ…P`…P…„Ø„v€„¢@„|„xÀƒ€xƒŒ(ƒšà‚Ž€‚¶ ‚²
s	rçkmap query result and structure to XML and XML Schema
r	qçomap table contents and structure to XML and XML Schema
q	pçGmap cursor structure to XML Schema
p	oçSmap query result structure to XML Schema
o	nçEmap table structure to XML Schema
n	mç9map rows from cursor to XML
m	lç1map query result to XML
l	kç5map table contents to XML
k	jç[serialize an XML value to a character string
j	Uç/concatenate XML values
i	Tç=aggregate transition function
h	Sç	I/O
g	Rç	I/O
f	Qç-validate an XML value
e	Pç›perform a non-validating parse of a character string to produce an XML value
d	Oç+generate XML comment
c	Nç	I/O
b	Mç	I/O
a	Lç7release all advisory locks
`	Kç;release shared advisory lock
_	JçArelease exclusive advisory lock
^	çSobtain shared advisory lock if available
]	IçSobtain shared advisory lock if available
\	çYobtain exclusive advisory lock if available
[	HçYobtain exclusive advisory lock if available
Z	ç9obtain shared advisory lock
Y	Gç9obtain shared advisory lock
X	ç?obtain exclusive advisory lock
W	Fç?obtain exclusive advisory lock
V	Eç;release shared advisory lock
U	DçArelease exclusive advisory lock
T	çSobtain shared advisory lock if available
S	CçSobtain shared advisory lock if available
R	çYobtain exclusive advisory lock if available
Q	BçYobtain exclusive advisory lock if available
P	ç9obtain shared advisory lock
O	Aç9obtain shared advisory lock
N	ç?obtain exclusive advisory lock
M	@ç?obtain exclusive advisory lock
L	óç'BRIN bloom support
K	òç'BRIN bloom support
J	ñç'BRIN bloom support
I	ðç'BRIN bloom support
H	ïç'BRIN bloom support
G	ç/BRIN inclus
ç/BRIN inclusion support
D		ç/BRIN inclusion support
C	çKBRIN multi minmax timestamp distance
B	çABRIN multi minmax inet distance
A	çIBRIN multi minmax macaddr8 distance
@	çGBRIN multi minmax macaddr distance
?	çEBRIN multi minmax pg_lsn distance
>	çEBRIN multi minmax timetz distance
=	çIBRIN multi minmax interval distance
<	çABRIN multi minmax time distance
;	çABRIN multi minmax date distance
:	çABRIN multi minmax uuid distance
9	ç?BRIN multi minmax tid distance
8	çGBRIN multi minmax numeric distance
7	çEBRIN multi minmax float8 distance
6	çEBRIN multi minmax float4 distance
5	çABRIN multi minmax int8 distance
4	çABRIN multi minmax int4 distance
3	
çABRIN multi minmax int2 distance
2	ç5BRIN multi minmax support
1	ç5BRIN multi minmax support
0	
ç5BRIN multi minmax support
/		ç5BRIN multi minmax support
.	ç5BRIN multi minmax support
-	:
ç)BRIN minmax support
,	9
ç)BRIN minmax support
+	8
ç)BRIN minmax support
*	7
ç)BRIN minmax support
)	ç;GIN array support (obsolete)
(	Pç%GIN array support
'	¸
ç%GIN array support
&	Ö
ç%GIN array support
%	·
ç%GIN array support
$	k
çsort support
#	ØçGiST support
"	ÐçGiST support
!	øçGiST support
 	čGiST support
	ÒçGiST support
	çGiST support
	 
çGiST support
	
çGiST support
	
çGiST support
	
çGiST support
	žçGiST support
	
çGiST support
	
çGiST support
	
çGiST support
	
çGiST support
	
çGiST support
	òç1configuration load time
	
ç-postmaster start time
	ÿ	çMcurrent value from last used sequence
	þ	ç1convert boolean to int4
	ý	ç1convert int4 to boolean
	ü	çMget OIDs of databases in a tablespace

	ç5bitwise-xor bit aggregate
	Ãç3bitwise-or bit aggregate
	Âç5bitwise-and bit aggregate

	ç;bitwise-xor bigint aggregate
		Áç9bitwise-or bigint aggregate
	Àç;bitwise-and bigint aggregate
	ç=bitwise-xor integer aggregate
	¿ç;bitwise-or integer aggregate
	¾ç=bitwise-and integer aggregate
	ç?bitwise-xor smallint aggregate
	½ç=bitwise-or smallint aggregate
	¼ç?bitwise-and smallint aggregate

	×	ç-boolean-and aggregatedˆ
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(  ÀŸ~xŸŽŸ¸Ðž‚€ž’ ž¼È�®ˆ�|8�˜ÐœÈ€œ˜0œšØ›¬€›ªX›P0›P›PàšP¨šlPš¨šhÀ™¤x™Ž0™Žè˜„¨˜|h˜|˜œÈ—œx—œ(—œØ–’�–Ž@– è•°€•Â8•Žø”| ”®`”~”ª°“¬x“l “¨Ð’–x’¦0’Šð‘v°‘rp‘r(‘Šà�Š��’0�Àà�’€�À8�‚�PèŽP°ŽnxŽbPŽP(ŽPø�RÈ�Rˆ�r`�P8�P�PèŒP°Œn€ŒRPŒRŒdà‹f¸‹P�‹Ph‹P@‹P‹nØŠR¨ŠRpŠf8Šd艖˜‰–P‰Ž‰Œ ˆÂHˆ¬ ˆPø‡PЇP¨‡P€‡PX‡P0‡P‡Pà†P¸†P�†Ph†P0†nø…l¸…~p…�(…Žð„d°„rh„†„’ȃ’hƒº(ƒtè‚t¨‚th‚t(‚t
v	Dç-GiST tsvector support
u	Cç-GiST tsvector support
t	Bç-GiST tsvector support
s	Aç-GiST tsvector support
r	@ç-GiST tsvector support
q	÷çsdelete lexemes that do not have one of the given weights
p	ÿçKbuild tsvector from array of lexemes
o	þçKconvert tsvector to array of lexemes
n	úç?expand tsvector to set of rows
m	ûç+delete given lexemes
l	ùçdelete lexeme
k	øçGset given weight for given lexemes
j	(çIset given weight for whole tsvector
i	'ç7strip position information
h	ç%number of lexemes
g	&ç'less-equal-greater
f	?ç	I/O
e	>ç	I/O
d	8ç	I/O
c	ç	I/O
b	9ç	I/O
a	ç	I/O
`	6ç	I/O
_	ç	I/O
^	7ç	I/O
]	ç	I/O
\	Í
ç	I/O
[	Ì
ç	I/O
Z	Ë
çerange of the given enum type, as an ordered array
Y	Ê
ç{range between the two given enum values, as an ordered array
X	É
çElast value of the input enum type
W	È
çGfirst value of the input enum type
V	Ç
çOminimum value of all enum input values
U	Æ
çOmaximum value of all enum input values
T	Å
çlarger of two
S	Ä
çsmaller of two
R	V
çhash
Q	»
çhash
P	º
ç'less-equal-greater
O	³
ç	I/O
N	²
ç	I/O
M	±
ç	I/O
L	°
ç	I/O
K	\çsmaller of two
J	[çlarger of two
I	U
çhash
H	´çhash
G	³ç'less-equal-greater
F	§ç	I/O
E	¦ç	I/O
D	
	éç�test XML value against XPath expression, with namespace support
		6
çQtest XML value against XPath expression
	tç5evaluate XPath expression
	sçgevaluate XPath expression, with namespaces support
	zçumap database contents and structure to XML and XML Schema
	yçKmap database structure to XML Schema
	xç;map database contents to XML
	wçqmap schema contents and structure to XML and XML Schema
	vçGmap schema structure to XML Schema

	uç7map schema contents to XMLX„ˆ
ü
  ÀŸt€Ÿt8ŸŠøžt¸žrxžr8žrø�r¸�rx�r0�ˆèœˆ œˆXœˆœˆÐ›|˜›nP›Š›hÈš”�šhXšhšrØ™r˜™rX™r™rؘr�˜ˆ8˜¦è—˜°—ph—„ —„ð–\À–\�–\`–\0–\–\Е\ •\`•z •zà”r ”rp”^@”^”^à“^°“^h“Š“¢°’²€’^P’^ ’^ð‘^À‘^�‘^`‘^0‘^ø�lÀ�lˆ�lP�l�‚À�‚x�‚0�‚ðŽ€°Ž€pŽ€0Ž€ð�t¸�bx�r8�røŒr¸Œt€Œb@ŒrŒrÀ‹rh‹¦‹¬¸Š¤`ŠªŠ¦°‰¬X‰¤‰ª¨ˆ¨Pˆ¨ˆŒà‡P¸‡P�‡Ph‡P@‡P‡Pð†PȆP †Px†PP†P(†PÐ…¬x…¬@…nø„�°„�h„†(„~؃œˆƒž8ƒžè‚ž˜‚žH‚”‚Ž
y	ÆçGaggregate inputs into jsonb object
x	ÅçMjsonb object aggregate final function
w	�çWjsonb object aggregate transition function
v	ŽçWjsonb object aggregate transition function
u	�çWjsonb object aggregate transition function
t	ÄçWjsonb object aggregate transition function
s	΍Uaggregate input into jsonb skipping nulls
r	Ãç7aggregate input into jsonb
q	Âç?jsonb aggregate final function
p	‹çIjsonb aggregate transition function
o	ÁçIjsonb aggregate transition function
n	Ëç'map input to jsonb
m	Àçemap text array of key value pairs to jsonb object
l	¿çemap text array of key value pairs to jsonb object
k	Ûç	I/O
j	Üç	I/O
i	Ýç	I/O
h	Þç	I/O
g	¾ç	I/O
f	½ç	I/O
e	¼ç	I/O
d	ȍ	I/O
c	ݍ	I/O
b	šç	I/O
a	™ç	I/O
`	˜ç	I/O
_	¯çEget current tsearch configuration
^	©çatrigger for automatic update of tsvector column
]	¨çatrigger for automatic update of tsvector column
\	xçctransform specified values from json to tsvector
[	tç]transform string values from json to tsvector
Z	vçetransform specified values from jsonb to tsvector
Y	sç_transform string values from jsonb to tsvector
X	wçctransform specified values from json to tsvector
W	rç]transform string values from json to tsvector
V	uçetransform specified values from jsonb to tsvector
U	qç_transform string values from jsonb to tsvector
T	‘ç+transform to tsquery
S	‰ç+transform to tsquery
R	§ç+transform to tsquery
Q	¦çmake tsquery
P	¥ç-transform to tsvector
O	�ç+transform to tsquery
N	Ž
	Œ
ç+GIN tsvector support
		΍+GIN tsvector support
	Qç+GIN tsvector support
	Jç+GIN tsvector support
	Iç+GIN tsvector support
	Hç+GIN tsvector support
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ç-GiST tsvector support
	ÎçCGiST tsvector support (obsolete)
	Fç-GiST tsvector support

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  °Ÿ PŸ¾èžÐ ž�`ž~ž°È�€p�ª �˜Èœ¨ˆœ|HœxœtÈ›t€›Œ8›Œèš”€šÂ0š”ș€™„H™n™Rè˜R¸˜`ˆ˜`X˜`(˜`ø—`È—`˜—`h—`8—`è––°–pp–z0–|–Pà•P¸•P�•PP•r•fДŒ�”|X”f”ŽÈ“‚p“¨ “˜Ø’‚�’„H’„ ’Pø‘PБP¨‘Ph‘~(‘~è�r¨�rh�r�šÐ�‚ˆ�‚`�P8�P�PèŽP¨ŽrhŽr(ŽrÐ�¨ˆ�‚H�~�~ÀŒ‚ˆŒnXŒR(ŒRØ‹˜¨‹`h‹| ‹ŒÐŠšpŠÀ0Š€è‰†¨‰vh‰z(‰|àˆ†˜ˆŠPˆŠˆ–¸‡„x‡z8‡|ð†„¨†ŒP†¦†„À…Œh…¦(…|è„z¨„x€„PX„P0„P„PàƒP¸ƒPxƒr8ƒrƒp°‚”`‚”‚’
w	
çKis the range's lower bound infinite?
v	çMis the range's upper bound inclusive?
u	çMis the range's lower bound inclusive?
t	
ç)is the range empty?
s		ç+upper bound of range
r	ç+lower bound of range
q	ýç	I/O
p	üç	I/O
o	ûç	I/O
n	úç	I/O
m	ùç	I/O
l	øç	I/O
k	*ç1fetch the Nth row value
j	)ç3fetch the last row value
i	(ç5fetch the first row value
h	'ç_fetch the Nth following row value with default
g	&çEfetch the Nth following row value
f	%ç=fetch the following row value
e	$ç_fetch the Nth preceding row value with default
d	#çEfetch the Nth preceding row value
c	"ç=fetch the preceding row value
b	¤ç5planner support for ntile
a	!ç3split rows into N groups
`	£ç=planner support for cume_dist
_	 çOfractional row number within partition
^	¢çCplanner support for percent_rank
]	çCfractional rank within partition
\	[ç?planner support for dense_rank
[	ç5integer rank without gaps
Z	Zç3planner support for rank
Y	ç/integer rank with gaps
X	Yç?planner support for row_number
W	ç9row number within partition
V	çyflag an extension's table contents to be emitted by pg_dump
U	çSlist an extension's version update paths
T	çElist available extension versions
S	
ç5list available extensions
R	ȍequal image
Q	sçQless-equal-greater based on byte images
P	1çhash
O	0çhash
N	«ç'less-equal-greater
M	Êç;commit status of transaction
L	Äç7get current transaction ID
K	Ãç7get current transaction ID
J	Éç;is xid8 visible in snapshot?
I	Èçaget set of in-progress transactions in snapshot
H	Çç+get xmax of snapshot
G	Æç+get xmin of snapshot
F	Åç+get current snapshot
E	Âç	I/O
D	Áç	I/O
C	Àç	I/O
B	¿ç	I/O
A	 
ç;commit status of transaction
@	„ç;is txid visible in snapshot?
?	čSget set of in-progress txids in snapshot
>	‚ç+get xmax of snapshot
=	�ç+get xmin of snapshot
<	ۍ+get current snapshot
;	
ç7get current transaction ID
:	ç7get current transaction ID
9	~ç	I/O
8	}ç	I/O
7	|ç	I/O
6	{ç	I/O
5	«ç=implementation of @@ operator
4	ªç=implementation of @? operator
3	îç;jsonpath match with timezone
2	ççQjsonpath query first item with timezone
1	ύajsonpath query wrapped into array with timezone
0	ݍ;jsonpath query with timezone
/	™çGjsonpath exists test with timezone
.	©çjsonpath match
-	¨ç5jsonpath query first item
,	§çEjsonpath query wrapped into array
+	¦çjsonpath query
*	¥ç+jsonpath exists test
)	¤ç	I/O
(	£ç	I/O
'	¢ç	I/O
&	¡ç	I/O
%	û
ç5Insert value into a jsonb
$	êç3Indented text from jsonb
#	éç)Set part of a jsonb
"	¾çOSet part of a jsonb, handle NULL value
!	¡
çGIN support
 	Ÿ
çGIN support
	ž
çGIN support
	�
çGIN support
	 
çGIN support
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çGIN support
	›
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çGIN support
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çGIN support
	X
çhash
	Íçhash
	Ìç'less-equal-greater
	Šç=get the type of a jsonb value
	£
ç{get set of records with fields from a jsonb array of objects
	¢
çMget record fields from a jsonb object
	“
ç{get set of records with fields from a jsonb array of objects
	‰çMget record fields from a jsonb object
	\çEkey value pairs of a jsonb object
	dçaget value from jsonb as text with path elements
		‘çQget value from jsonb with path elements
	¾çcremove object fields with null values from jsonb
	Êç9build an empty jsonb object
	Éçibuild a jsonb object from pairwise key/value inputs
	Èç7build an empty jsonb array
	ÇçIbuild a jsonb array from any inputs
	’ç‰aggregate non-NULL inputs into jsonb object checking key uniqueness
	‘çwaggregate inputs into jsonb object checking key uniqueness

	�çYaggregate non-NULL inputs into jsonb object¨Äˆ
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  °Ÿ’PŸ¾ðž¶¸žn€žbHžbžbØ�b �bh�b0�bøœbÀœbˆœj8œ ð›ˆ¨›ˆX›˜›˜¸š–hš’š’È™˜x™’(™œÈ˜ºˆ˜tH˜t˜rÈ—r�—pX—p—tØ–t˜–tX–t–tØ•t°•Pˆ•P`•P8•P•Pè”P¨”|h”|(”zØ“žˆ“ž8“œè’œ¨’tP’ª’nà‘l¨‘lh‘~(‘~è�~¨�|h�|(�|è�z¨�zh�z(�~èŽ~¨Ž~hŽ~(Ž~è�~¨�~h�~(�~ðŒn¨Œ„hŒzŒœÐ‹„�‹z@‹œøŠˆ°ŠˆhŠŽ0Šfø‰fÀ‰px‰Ž0‰Žøˆn¨ˆšXˆšˆš¸‡šX‡´‡˜¸†˜h†˜†˜È…šx…š(…šØ„šˆ„š8„šèƒš˜ƒšHƒšø‚š¨‚–X‚–‚–
p	–çOSP-GiST support for quad tree over box
o	•çOSP-GiST support for quad tree over box
n	ӍOSP-GiST support for quad tree over box
m	‘
çSSP-GiST support for quad tree over range
l	�
çSSP-GiST support for quad tree over range
k	�
çSSP-GiST support for quad tree over range
j	Ž
çSSP-GiST support for quad tree over range
i	�
çSSP-GiST support for quad tree over range
h	¿çSSP-GiST support for radix tree over text
g	¾çSSP-GiST support for radix tree over text
f	½çSSP-GiST support for radix tree over text
e	¼çSSP-GiST support for radix tree over text
d	ȍSSP-GiST support for radix tree over text
c	ºçQSP-GiST support for k-d tree over point
b	¹çQSP-GiST support for k-d tree over point
a	¸çQSP-GiST support for k-d tree over point
`	·çQSP-GiST support for k-d tree over point
_	¶çmSP-GiST support for quad tree and k-d tree over point
^	µçSSP-GiST support for quad tree over point
]	´çSSP-GiST support for quad tree over point
\	³çSSP-GiST support for quad tree over point
[	²çSSP-GiST support for quad tree over point
Z	ˆ
ç'construct interval
Y	‡
çGconstruct timestamp with time zone
X	†
çGconstruct timestamp with time zone
W	…
ç)construct timestamp
V	çconstruct time
U	çconstruct date
T	
çGexpand multirange to set of ranges
S	%çArange aggregate by intersecting
R	$çArange aggregate by intersecting
Q	SçUcombine aggregate input into a multirange
P	Rç3aggregate final function
O	Qç=aggregate transition function
N	ÍçUcombine aggregate input into a multirange
M	Ìç3aggregate final function
L	Ëç=aggregate t
	
çGiST support
		)çGiST support
	(çGiST support
	'çGiST support
	$çGiST support
	#çGiST support
	ç'less-equal-greater
	„çothe smallest range which includes the whole multirange
	Ùçwthe smallest range which includes both of the given ranges

	çKis the range's upper bound infinite?Ðäˆ
œ
À
  °Ÿ–`Ÿ–èžê˜ž PžŽð�¶¨�Šh�x�²ÀœŒXœÊø›´°›ˆh›Œ›šÈš”pš¢(šŠØ™˜ˆ™–8™ è˜œ�˜¦0˜¶è—„ —„h—p(—zà–Ž –zX–Ž–zЕ„�•zH•ˆ•zÀ”ˆ€”zH”l”zÈ“zˆ“z@“�“z°’ p’z ’”à‘z ‘t`‘t ‘tà�t �t`�t �tà�t �t`�t �tàŽt Žt`Žt Žtà�t€�¸ �¸¸ŒÂPŒÂð‹¼�‹¼0‹ºÐŠºxŠ¬ Š¬È‰ªp‰ª‰®Àˆ®`ˆ²ˆ² ‡¶@‡¶à†´€†´ †ºÀ…ºh…¨…¨°„ºP„¶ðƒº�ƒ¶0ƒºÐ‚ºx‚¨ ‚¨À�º
a	îçsinternal conversion function for EUC_TW to MULE_INTERNAL
`	íçainternal conversion function for BIG5 to EUC_TW
_	ìçainternal conversion function for EUC_TW to BIG5
^	ëçsinternal conversion function for MULE_INTERNAL to EUC_KR
]	êçsinternal conversion function for EUC_KR to MULE_INTERNAL
\	éçointernal conversion function for MULE_INTERNAL to SJIS
[	èçsinternal conversion function for MULE_INTERNAL to EUC_JP
Z	ççointernal conversion function for SJIS to MULE_INTERNAL
Y	æçsinternal conversion function for EUC_JP to MULE_INTERNAL
X	åçainternal conversion function for SJIS to EUC_JP
W	äçainternal conversion function for EUC_JP to SJIS
V	ãçsinternal conversion function for MULE_INTERNAL to EUC_CN
U	âçsinternal conversion function for EUC_CN to MULE_INTERNAL
T	áçminternal conversion function for WIN866 to ISO-8859-5
S	àçminternal conversion function for ISO-8859-5 to WIN866
R	ßçointernal conversion function for WIN1251 to ISO-8859-5
Q	Þçointernal conversion function for ISO-8859-5 to WIN1251
P	Ýçkinternal conversion function for KOI8R to ISO-8859-5
O	Üçkinternal conversion function for ISO-8859-5 to KOI8R
N	Ûçginternal conversion function for WIN1251 to WIN866
M	Úçginternal conversion function for WIN866 to WIN1251
L	Ùçcinternal conversion function for WIN866 to KOI8R
K	Øçcinternal conversion function for KOI8R to WIN866
J	×çeinternal conversion function for WIN1251 to KOI8R
I	Öçeinternal conversion function for KOI8R to WIN1251
H	Õçsinternal conversion function for MULE_INTERNAL to WIN866
G	Ôçsinternal conversion function for WIN866 to MULE_INTERNAL
F	Óçuinternal conversion function for MULE_INTERNAL to WIN1251
E	Òçuinternal conversion function for WIN1251 to MULE_INTERNAL
D	Ñç{internal conversion function for MULE_INTERNAL to ISO-8859-5
C	Ðç{internal conversion function for ISO-8859-5 to MULE_INTERNAL
B	Ïçqinternal conversion function for MULE_INTERNAL to KOI8R
	ÊçEset up a logical replication slot
		Åçkinformation about replication slots currently in use
	Äç1drop a replication slot
	}çCcopy a physical replication slot
	|çocopy a physical replication slot, changing temporality
	ÃçGcreate a physical replication slot
	“çYSP-GiST support for quad tree over polygons
	’ç£SP-GiST support for quad tree over 2-D types represented by their bounding boxes
	˜çOSP-GiST support for quad tree over box

	—çOSP-GiST support for quad tree over boxà‰
p
°
   Ÿ¶@Ÿºàž¶€žº žºÀ�¼`�¼�®°œ®Pœºð›º�›º0›ºÐšºpšºš¤À™¤h™¦™¦¸˜¦`˜¦˜¢°—¢X—¨—¨¨–¨P–¨ø•¨ •¨H•¨ð”¨˜”ª@”ªè“¢�“¢0“¶Ð’¶x’¨ ’¨È‘¦p‘¦‘¤À�¤h�¢�¢°�´P�´ðŽ¸�Ž¸(ŽÈÀ�È`�¶�¨ÈŒ€pŒ¦Œ¬˜‹ò@‹¬èŠ®�Š°8Šªà‰ªˆ‰¨(‰À؈šhˆÜˆ¸ ‡Ä8‡Æð††�†¶0†¼Ð…¸x…°0…�脆¨„zX„˜øƒ´�ƒÆHƒˆƒŽ¨‚¤X‚”‚”°�°
V	~çilist of files in the pg_logical/snapshots directory
U	¦çMlist files in the pgsql_tmp directory
T	¥çMlist files in the pgsql_tmp directory
S	§ç]list of files in the archive_status directory
R	
çGlist of files in the WAL directory
Q	
çAlist files in the log directory
P	içget actual version of database collation from operating system
O	x
çmget actual version of collation from operating system
N	u
çQimport collations from operating system
M	Òç3jsonb subscripting logic
L	$ç?raw array subscripting support
K	#çIstandard array subscripting support
J	t
çipg_controldata init state information as a function
I	s
çqpg_controldata recovery state information as a function
H	r
çupg_controldata checkpoint state information as a function
G	q
çopg_controldata general state information as a function
F	H
ç?pg_config binary as a function
E	ãçrow security for current context active on table by table name
D	âç}row security for current context active on table by table oid
C	éçqreturns whether a relation can be part of a publication
B	çç•get information of the tables that are part of the specified publications
A	~çSget progress for all replication origins
@	}çyget an individual replication origin's replication progress
?	|çaadvance replication origin to specific location
>	{çcreset the transaction's origin lsn and timestamp
=	zçcsetup the transaction's origin lsn and timestamp
<	yçiget the replication progress of the current session
;	xçgis a replication origin configured in this session
:	wçeteardown configured replication progress tracking
9	vç«configure session to maintain replication progress tracking for the passed in origin
8	uçetranslate the replication origin's name to its id
7	tç_drop replication origin identified by its name

çainternal conversion function for EUC_JP to UTF8
		çainternal conversion function for UTF8 to EUC_CN
	çainternal conversion function for EUC_CN to UTF8
	ç[internal conversion function for WIN to UTF8
	ç[internal conversion function for UTF8 to WIN
	ç_internal conversion function for KOI8U to UTF8
	ç_internal conversion function for UTF8 to KOI8U
	ç_internal conversion function for KOI8R to UTF8
	ç_internal conversion function for UTF8 to KOI8R
	
ç]internal conversion function for UTF8 to BIG5
	ç]internal conversion function for BIG5 to UTF8
	ýçsinternal conversion function for MULE_INTERNAL to LATIN4
	üçsinternal conversion function for LATIN4 to MULE_INTERNAL

	ûçsinternal conversion function for MULE_INTERNAL to LATIN3
	úçsinternal conversion function for LATIN3 to MULE_INTERNAL
	ùçsinternal conversion function for MULE_INTERNAL to LATIN1

	øçsinternal conversion function for LATIN1 to MULE_INTERNAL
		֍ginternal conversion function for WIN1250 to LATIN2
	öçginternal conversion function for LATIN2 to WIN1250
	õçuinternal conversion function for MULE_INTERNAL to WIN1250
	ôçuinternal conversion function for WIN1250 to MULE_INTERNAL
	óçsinternal conversion function for MULE_INTERNAL to LATIN2
	òçsinternal conversion function for LATIN2 to MULE_INTERNAL
	ñçointernal conversion function for MULE_INTERNAL to BIG5
	ðçsinternal conversion function for MULE_INTERNAL to EUC_TW

	ïçointernal conversion function for BIG5 to MULE_INTERNAL%‰
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ð
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o	ëßcpseudo-type representing a polymorphic base type
n	éßipseudo-type representing an internal data structure
m	èßupseudo-type for the result of a language handler function
l	þßqpseudo-type for the result of an event trigger function
k	çßcpseudo-type for the result of a trigger function
j	æß{pseudo-type for the result of a function with no real result
i	åßepseudo-type representing a polymorphic array type
h	äßEpseudo-type representing any type
g	ãßC-style string
f	ÉßYpseudo-type representing any composite type
e	¸ß-multirange of bigints
d	·ß)multirange of dates
c	¶ßQmultirange of timestamps with time zone
b	µßWmultirange of timestamps without time zone
a	´ß/multirange of numerics
`	cß/multirange of integers
_	Vß#range of bigints
^	Hßrange of dates
]	FßGrange of timestamps with time zone
\	DßMrange of timestamps without time zone
[	Bß%range of numerics
Z	@ß%range of integers
Y	®ßsnapshot
X	šßtxid snapshot
W	èßJSON path
V	ÚßBinary JSON
U	¹ßEregistered text search dictionary
T	–ßKregistered text search configuration
S	ßKquery representation for text search
R	:ßqGiST index internal text representation for text search
Q	ßItext representation for text search
P	”ß1PostgreSQL LSN datatype
O	†ßUUID datatype
N	ùß+registered namespace
M	ß!registered role
L	žß!registered type
K	_ß+registered collation
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	ôç	I/O
		6ç9unescape Unicode characters
	ÿç9check Unicode normalization
	þç-Unicode normalization
	`
çGget top-most partition root parent
	a
çAview ancestors of the partition
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	¤çAhash partition CHECK constraint
	ۍklist of files in the pg_replslot/slot_name directory

	çglist of files in the pg_logical/mappings directory0E‰
$P  �ŸÔ(ŸÊÈž´hž¾žÀ �ÄH�®ØœÔhœØœÈ�›Ô ›Òèšn¨š|xšTHš\š\à™b¨™nh™t8™\™bИ\ ˜Th˜n(˜tø—TÈ—T˜—Th—\8—T—\Ø–T¨–`x–TH–\–nЕt˜•bh•\8•T•\Дn�”tX”b(”\à“Š˜“�h“`8“T“TØ’\¨’\x’TH’\’\à‘b¨‘nh‘t8‘T‘TØ�\¨�\p�b8�nø�tÈ�T˜�\h�\0�bøŽn¸ŽtˆŽTXŽ\(Ž\ð�b¸�nx�tH�X�fàŒV°Œ^pŒv0ŒxŒ`È‹h˜‹Zh‹X8‹Z‹^ÈŠvˆŠxXŠ` Šhð‰ZÀ‰X�‰ZH‰„‰rЈd˜ˆlXˆ~ˆ€è‡^¸‡`x‡€H‡X‡jà†Zˆ†¨X†\(†Zð…jÀ…\�…\X…b …bè„n°„np„t0„t„ZЃV ƒVpƒX@ƒXƒ\à‚T°‚T€‚\P‚\
ƒ	9
less than
‚	9
less than
�	9

equal
€	9

equal
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not equal
~	9
modulus
}	9
modulus
|	9
divide
{	9
divide
z	9
multiply
y	
9
-greater than or equal
x	9
-greater than or equal
w	9
'less than or equal
v	
9
'less than or equal
u		9
greater than
t	9
greater than
s	9
not equal
r	9
not equal
q	9
#distance between
p	9
multiply
o	
9
center of
n	9
apoint within closed path, or point on open path
m	±
9
contains
l	ÿ
9
#point inside box
k	þ
9
same as
j	ý
9
9deprecated, use <<| instead
i	ü
9
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h	û
9
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g	ú
9
9deprecated, use |>> instead
f	ù
9
7less than or equal by area
e	ø
9
%less than by area
d	÷
9
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c	ö
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+greater than by area
b	õ
9
=greater than or equal by area
a	ô
9
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`	ó
9
same as
_	ò
9
contains
^	ñ
9
!is contained by
]	ð
9
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\	ï
9
1overlaps or is right of
[	î
9
/overlaps or is left of
Z	í
9
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Y	ì
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X	ë
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W	ê
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V	é
9
!is contained by
U	è
9
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T	ç
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1overlaps or is right of
S	æ
9
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R	å
9
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Q	ä
9
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P	Ù
9
absolute value
O	·
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modulus
N	®
9
-greater than or equal
M	¤
9
'less than or equal
L	£
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greater than
K	¢
9
less than
J	¡
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not equal
I	 
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equal
H	Ÿ
9
-greater than or equal
G	ž
9
'less than or equal
F	�
9
greater than
E	œ
9
less than
D	›
9
not equal
C	š
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equal
B	ò
9
-greater than or equal
A	ñ
9
'less than or equal
@	ð
9
greater than
?	ï
9
less than
>	’
9
not equal
=	ƒ
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equal
<	�
9

equal
;	Ô9
-greater than or equal
:	Ó9
'less than or equal
9	Ò9
greater than
8	Ñ9
less than
7	Ð9
not equal
6	Ì9

equal
5	ô9
not equal
4	ó9
not equal
3	a
9

equal
2	`
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equal
1	w
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concatenate
0	v
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Iprepend element onto front of array
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9
Cappend element onto end of array
.		
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-	
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greater than
,	
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-greater than or equal
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'less than or equal
*	
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less than
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(	
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'	
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greater than
&	

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-greater than or equal
%	
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'less than or equal
$	ÿ9
less than
#	þ9

equal
"	%9
starts with
!	b9

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less than
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-greater than or equal
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not equal
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-greater than or equal
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	ùß5BRIN minmax-multi summary

	øß'BRIN bloom summary
	ºß‹pseudo-type representing a multirange over a polymorphic common type
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	Øß�pseudo-type representing a range over a polymorphic common type
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	Öß�pseudo-type representing an array of polymorphic common type elements
	Õßgpseudo-type representing a polymorphic common type
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	îßypseudo-type for the result of a tablesample method function
	E
ßwpseudo-type for the result of an index AM handler function
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Pp  ÈŸb�Ÿb`Ÿ\0Ÿ\øžnÀžn€žt@žtžZà�Z°�V€�VX�P0�P�PàœP°œZ€œZPœZ œZð›VÀ›V�›V`›V8›P›ZØšV¨šZpšfHšPšZè™V¸™Z€™fP™` ™\ð˜TÀ˜\�˜\X˜b ˜nà—t°—\€—\H—b—nЖt –Th–j0–jø•jÀ•jˆ•jP•j•jà”j¨”jp”j8”j”jГT “\p“\8“b“nÀ’t�’\`’\(’nð‘b°‘t`‘ž‘¬¸�ž`�¬0�\�`Ð�\˜�n`�b �tðŽ\¸Žn€Žb@ŽtŽTà�\°�\x�n@�b�tÈŒf ŒPpŒZ@ŒZŒVè‹P¸‹Zˆ‹ZX‹V0‹P‹ZЊZ ŠVxŠPHŠZŠZè‰VÀ‰P�‰Z`‰Z0‰VøˆjÀˆjˆˆjPˆjˆjè‡\¨‡vh‡€ ‡†Ø†‚¨†`h†r(†|à…‚ …~p…Z8…h…ZЄh „Zh„f8„T„\Ѓb˜ƒnXƒt ƒjð‚\°‚€p‚~
Ž	 9
7is above (allows touching)
�	9
9sum of path segment lengths
Œ	9
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‹	9
#number of points
Š	9
-greater than or equal
‰	9
'less than or equal
ˆ	9
greater than
‡	9
less than
†	9

equal
…	9
absolute value
„	÷9
contains
ƒ	ö9
!is contained by
‚	õ9
contains
�	ô9
!is contained by
€	ó9
contains
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7divide (rotate/scale path)
~	â9
;multiply (rotate/scale path)
}	á9
5subtract (translate path)
|	à9
+add (translate path)
{	ß9
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z	Þ9
;divide points (scale/rotate)
y	Ý9
?multiply points (scale/rotate)
x	Ü9
9subtract points (translate)
w	Û9
/add points (translate)
v	É9
not equal
u	È9
#distance between
t	Å9
#distance between
s	Ä9
#distance between
r	Ã9
#distance between
q	Â9
#distance between
p	99
divide
o	89
multiply
n	79
subtract
m	69
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l	59
divide
k	49
multiply
j	39
subtract
i	29
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h	·9
divide
g	¶9
multiply
f	µ9
subtract
e	´9
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d	³9
divide
c	²9
multiply
b	±9
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a	°9
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`	¯9
divide
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multiply
^	­9
subtract
]	¬9
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\	ª9
absolute value
[	£9
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Z	¢9
greater than
Y	¡9
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X	 9
less than
W	Ÿ9
not equal
V	ž9

equal
U	›9
-greater than or equal
T	š9
greater than
S	™9
'less than or equal
R	˜9
less than
Q	—9
-greater than or equal
P	–9
greater than
O	•9
'less than or equal
N	”9
less than
M	Ž9
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L	ƒ9
not equal
K	‚9
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J	�9
Wmatches regular expression, case-sensitive
I	€9
edoes not match regular expression, case-sensitive
H	9
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G	z9
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F	y9
greater than
E	x9
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D	w9
less than
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not equal
B	q9
-greater than or equal
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@	o9
greater than
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less than
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not equal
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equal
<	9
#distance between
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#distance between
:	û9
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9	i9
#distance between
8	ú9
#distance between
7	h9
#distance between
6	^9
#distance between
5	g9
#distance between
4	ù9
#distance between
3	f9
#distance between
2	ø9
#distance between
1	e9
#distance between
0	‰9

equal
/	ˆ9
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-	†9
greater than
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less than
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not equal
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-greater than or equal
)	c9
'less than or equal
(	b9
greater than
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less than
&	`9
not equal
%	_9

equal
$	U9
cube root
#	T9
square root
"	S9
absolute value
!	R9
multiply
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divide
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subtract
	O9
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absolute value
	M9
multiply
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divide
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subtract
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negate
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negate
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negate
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negate
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subtract
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subtract
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subtract
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subtract
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	add
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	add

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	add
	#9
divide
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divide

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multiply
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multiply
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-greater than or equal
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-greater than or equal
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greater thanˆ…‰
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ˆ	Þ9
%less than by area
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