Arch1Panel/apps/pandawiki/2.8.2/data/postgres/base/5/2609

( 0  ؟P<00><>P<00><>P`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PНP<00><>P<00><>P@<40>~<00><><EFBFBD>МP<00><>P<00><>PX<>P0<>P<08>P<00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȚPx<><78>@<40>n<08>pЙd<00><>fX<>r<18>rИ<><00><>V`<60>|8<>P<10>P<00><>P<00><>Ph<><68><10><><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD> <20><><00><><EFBFBD>H<><48>ؓ<>p<><70><08><><00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȑP<00><>Px<>P<18><><00><><EFBFBD><00><>Pp<>PH<>P <20>P<00><>PЏP<00><><EFBFBD>P<>d<18>f<00><>PȎP<00><><EFBFBD>@<40>~<08>dЍf<00><>zX<>p<18>z،z<00><>z`<60>d <20>|<00><>l<00><>vh<>v(<28>v<00><>v<00><>nx<>n8<>z؉<><00><><EFBFBD>@<40>z<00>z<00><>r<00><>r@<40>v<00>v<00><>v<00><>v(<28><><00><><EFBFBD><00><><EFBFBD>P<><50><08><><00><><EFBFBD>x<><78>(<28><>؄<><00><><EFBFBD>P<>~<00><><00><>|x<><78>(<28><><00>P؂P<00><>nh<>b0<>n
<00>	_
<00>'less-equal-greater
<00>	9<00>sort support
<00>	^
<00>'less-equal-greater
	\
<00>	I/O
~	[
<00>	I/O
}	<00><00>Oreturn name of given index build phase
|	~<00>Ctest property of an index column
{	}<00>5test property of an index
z	|<00>Qtest property of an index access method
y	R
<00>7validate an operator class
x	<00><00>;brin: desummarize page range
w	<00><00>Mbrin: standalone scan new table pages
v	p<00>Mbrin: standalone scan new table pages
u	O
<00>Cbrin index access method handler
t	N
<00>Gspgist index access method handler
s	M
<00>Agin index access method handler
r	L
<00>Cgist index access method handler
q	K
<00>Chash index access method handler
p	J
<00>Ebtree index access method handler
o	<00>]row-oriented heap table access method handler
n	?
<00>/convert float4 to int4
m	>
<00>/convert int4 to float4
l	=
<00>/convert float8 to int4
k	<
<00>/convert int4 to float8
j	:
<00>+convert int4 to int2
i	9
<00>+convert int2 to int4
h	8
<00>3convert float8 to float4
g	7
<00>3convert float4 to float8
f	@
<00>ebucket number of operand in equal-width histogram
e	
<00>ocurrent date and time - increments during transactions
d	

<00>3concatenate name and oid
c	<00><00>'less-equal-greater
b	<00><00>'less-equal-greater
a	<00><00>/convert float4 to int2
`	<00><00>/convert float8 to int2
_	<00><00>/convert int2 to float4
^	<00><00>/convert int2 to float8
]	<00><00>%natural logarithm
\	<00><00>5natural exponential (e^x)
[		<00>sign of value
Z		<00>3nearest integer <= value
Y		<00>3nearest integer >= value
X		<00>3nearest integer >= value
W	<00><00>)truncate to integer
V	<00><00>3round to nearest integer
U	<00><00>smaller of two
T	<00><00>larger of two
S	
<00>7aggregate combine function
R	<00><00>=aggregate transition function
Q	<00><00>	I/O
P	<00><00>	I/O
O	<00><00>smaller of two
N	<00><00>larger of two
M	<00><00>=aggregate transition function
L	<00><00>	I/O
K	<00><00>	I/O
J	<00><00>	I/O
I	<00><00>	I/O
H	<00><00>	I/O
G	<00><00>	I/O
F	<00><00>_join selectivity for area-comparison operators
E	<00><00>mrestriction selectivity for area-comparison operators
D	|<00>	I/O
C	{<00>	I/O
B	z<00>	I/O
A	y<00>	I/O
@	x<00>	I/O
?	w<00>	I/O
>	v<00>	I/O
=	u<00>	I/O
<	n<00>	I/O
;	m<00>	I/O
:	<00>
<00><00>join selectivity of >= and related operators on scalar datatypes
9	<00>
<00><00>join selectivity of <= and related operators on scalar datatypes
8	Q
<00><00>restriction selectivity of >= and related operators on scalar datatypes
7	P
<00><00>restriction selectivity of <= and related operators on scalar datatypes
6	l<00><00>join selectivity of > and related operators on scalar datatypes
5	k<00><00>join selectivity of < and related operators on scalar datatypes
4	j<00>[join selectivity of <> and related operators
3	i<00>Yjoin selectivity of = and related operators
2	h<00><00>restriction selectivity of > and related operators on scalar datatypes
1	g<00><00>restriction selectivity of < and related operators on scalar datatypes
0	f<00>irestriction selectivity of <> and related operators
/	e<00>grestriction selectivity of = and related operators
.	Z<00>	I/O
-	X<00>	I/O
,	W<00>	I/O
+	V<00>	I/O
*	Y<00>5PostgreSQL version string
)	<00><00>length
(	T<00>Aplanner support for textregexeq
'	N<00>+convert int4 to char
&	M<00>+convert char to int4
%	<00><00>smaller of two
$	<00><00>larger of two
#	<00><00>)convert xid8 to xid

	'<00>	I/O
		&<00>	I/O
	#<00>	I/O
	"<00>	I/O
	!<00>	I/O
	<00><00>	I/O
	<00>	I/O
	<00><00>	I/O
	<00><00>	I/O

	<00><00>	I/O(P  ȟb<00><>nX<>b <20>n<00><>b<00><>nx<>b@<40>n<08>bНn<00><>n`<60>n(<28>b<00><>n<00><>b<00><>`P<>n<18>n؛r<00><>rX<>r<18>rؚr<00><>rX<>r<18>rؙr<00><>rX<>x<18>rؘr<00><>xX<>x(<28>R<00><>RȗR<00><>Rh<>R8<>R<08>RؖR<00><>Rx<>RH<>R<18>R<00><>R<00><>R<00><>RX<>R(<28>R<00><>RȔR<00><>Rh<>R8<>R<08>RؓR<00><>Rx<>RH<>R<18>R<00><>R<00><>R<00><>RX<>R<10><><00><><EFBFBD><00><>dP<>f(<28>P<00>P<00><>r<00><>r@<40>v<00>vЏR<00><>R`<60>v <20>v<00><>r<00><>rX<><58><08><><00><><EFBFBD>p<><70>8<>b<08>Z،Z<00><>Xx<>X0<><30>苂<00><>nx<>l@<40>l<08>jЊj<00><>~h<>P@<40>P<00>t<00><>t<00><>bP<>l<08><><00><><EFBFBD><00><>r0<><30><00><>r<00><><EFBFBD>@<40><>І<><00><>d`<60>f<18><><00><><EFBFBD>`<60><> <20>~<00><>~<00><><EFBFBD>P<><50><10><>ȃ<>p<><70><18><>Ђ<><00><>~P<>|

<00>	<00><00>5aggregate serial function

	<00><00>7aggregate combine function

~		<00>=aggregate transition function

}	`<00>ereplace any occurrences of an element in an array

|	_<00>gremove any occurrences of an element from an array

{	<00><00>Cplanner support for array_unnest

z		<00>9expand array to set of rows

y	<00>;array constructor with value

x	<00><00>;array constructor with value

w	<00><00>7array subscripts generator

v	<00><00>7array subscripts generator

u	<00><00>greturns an array of offsets of some value in array

t	<00><00>kreturns an offset of value in array with start index

s	<00><00>Ireturns an offset of value in array

r	<00>smaller of two

q	<00>larger of two

p	<00>
<00><00>concatenate array elements, using delimiter and null string, into text

o	<00>
<00>oconcatenate array elements, using delimiter, into text

n	<00>Osplit delimited text, with null string

m	<00>+split delimited text

l	x
<00>Osplit delimited text, with null string

k	<00>
<00>+split delimited text

j	{
<00>Iprepend element onto front of array

i	z
<00>Cappend element onto end of array

h	k<00>%array cardinality

g	<00><00>array length

f	,<00>-array upper dimension

e	+<00>-array lower dimension

d	<00><00>	I/O

c	<00><00>	I/O

b	<00><00>7number of array dimensions

a	<00><00>#array dimensions

`	<00><00>#system user name

_	<00><00>%session user name

^	<00><00>%current user name

]	<00>'number of set bits

\	<00><00>;substitute portion of string

[	<00><00>;substitute portion of string

Z	<00><00>set bit

Y	<00><00>get bit

X	<00><00>set byte

W	<00><00>get byte

V	<00><00>octet length

U	<00><00>Kdeprecated, use current_user instead

T	<00><00>Eadjust varchar() to typmod length

S	<00>Yplanner support for varchar length coercion

R	<00><00>?adj
<00>hash

:	<00>
<00>hash

9		<00>hash

8	I
<00>hash

7	<00>hash

6	<00>
<00>hash

5	<00>hash

4	<00>
<00>hash

3	<00>
<00>hash

2	<00>
<00>hash

1	<00>
<00>hash

0	<00>
<00>hash

/	<00>
<00>hash

.	<00>
<00>hash

-	<00>
<00>hash

,	<00>
<00>hash

+	<00>
<00>hash

*	<00>
<00>hash

)	<00>
<00>hash

(	<00>
<00>hash

'	<00>
<00>hash

&	<00><00>hash

%	<00>
<00>hash

$	<00>
<00>hash

#	<00>
<00>hash

"	<00>
<00>hash

!	<00>
<00>1convert char(n) to name

 	<00>
<00>1convert name to char(n)

	<00>
<00>+convert text to name

	<00>
<00>+convert name to text

	<00>
<00>1convert char(n) to text

	-<00>+window RANGE support

	,<00>+window RANGE support

	+<00>+window RANGE support

	$<00>+window RANGE support

	#<00>+window RANGE support

	"<00>+window RANGE support

	!<00>+window RANGE support

	 <00>+window RANGE support

	<00>+window RANGE support

	<00>+window RANGE support

	~
<00>'less-equal-greater

	y
<00>'less-equal-greater

	<00><00>equal image

	<00><00>sort support

	h
<00>'less-equal-greater


	?<00>sort support

	g
<00>'less-equal-greater

	f
<00>'less-equal-greater


	<00>
<00>'less-equal-greater

		><00>sort support

	d
<00>'less-equal-greater

	=<00>sort support

	c
<00>'less-equal-greater

	<<00>sort support

	b
<00>'less-equal-greater

	;<00>sort support

	J<00>'less-equal-greater


	:<00>sort support(  <00><><EFBFBD><00><>z0<><30>螄<00><>~h<>|(<28><><00><>z<00><><EFBFBD>(<28><><00><><EFBFBD><00><>dh<>x0<>jЛ<>x<><78>@<40>p<08>pКp<00><>\h<>d0<>f<00><>d<00><>f<00><>t8<><38><00><>x<00><><EFBFBD>h<><68>@<40>P<18>P<00><>d<00><>f`<60><> <20>z<00><>z<00><>t`<60>t0<>X<00>XЕX<00><>xP<>x<10>tДt<00><>rP<>r<18>l<00><>n<00><>lp<>n8<>l<00><>~<00><>p<00><>pH<>t<00><><00><>tx<><78>(<28><><00><>z<00><><EFBFBD>X<>r<10><><00><>Z<00><>\<00><>^@<40>t<00>|Ȏb<00><>r@<40><><00><><EFBFBD>ЍP<00><>Pp<>p8<>h<08>ZЌdX<><58><00><><EFBFBD><00><>P<00><>Ph<>^8<>^<10>P<00><>P<00><>^<00><>^P<>d<18>f<00><>n<00><>bx<>RH<>R<00><><EFBFBD>ȈP<00><>Ph<>n0<>b<00><>r<00><>n<00><>dH<>f <20>P<00><>PȆ^<00><>^p<>PH<>P<18>^<00><>^<00><><EFBFBD>X<><58><10><><00><>P<00><>P<00><>^`<60>^<10><><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD>h<>

<10><>
~	<00><00>]promote groups of 24 hours to numbers of days
}	<00>
<00><00>promote groups of 24 hours to numbers of days and promote groups of 30 days to numbers of months
|	<00><00>Sconvert date to timestamp with time zone
{	<<00>9extract field from interval
z	<00><00>9extract field from interval
y	;<00>Yextract field from timestamp with time zone
x	<00><00>Yextract field from timestamp with time zone
w	X<00>I/O typmod
v	W<00>I/O typmod
u	<00><00>	I/O
t	<00><00>	I/O
s	<00><00>Iadjust timestamp to local time zone
r	<00><00>Eadjust timestamp to new time zone
q	<00><00>Econvert UNIX epoch to timestamptz
p	\<00>I/O typmod
o	[<00>I/O typmod
n	<00>	I/O
m	~<00>	I/O
l	^<00>I/O typmod
k	]<00>I/O typmod
j	x<00>	I/O
i	w<00>	I/O
h	s<00>smaller of two
g	r<00>larger of two
f	S<00>'less-equal-greater
e	%<00>+window RANGE support
d	@<00>sort support
c	D<00>'less-equal-greater
b	=<00>	I/O
a	<<00>	I/O
`	9<00>cformat a type oid and atttypmod to canonical SQL
_	<00><00>hash
^	8<00>hash
]	
<00>sort support
\	6<00>'less-equal-greater
[	(<00>smaller of two
Z	'<00>larger of two
Y	d<00>I/O typmod
X	c<00>I/O typmod
W	<00>	I/O
V	<00>	I/O
U	b<00>I/O typmod
T	a<00>I/O typmod
S	<00>	I/O
R	<00>	I/O
Q	<00><00><00>convert ACL item array to table, primarily for use by information schema
P	g<00><00>show hardwired default privileges, primarily for use by the information schema
O	U<00>make ACL item
N	
<00>contains
M	<00>!remove ACL item
L	<00>)add/update ACL item
K	<00>	I/O
J	<00>	I/O
I	<00>Eadjust timestamp to new time zone
H	<00><00>?convert points to line segment
G	<00><00>+slope between points
F	<00><00>box diagonal
E	<00><00>5bounding box of two boxes
D	<00><00>-area of a closed path
C	<00><00>box height
B	<00><00>box width
A	<00><00>box area
@	<00><00>;large object unlink (delete)
?	<00>
<00>+write data at offset
>	<00>
<00>Sread large object from offset for length
=	<00>
<00>3read entire large object
<	<00>
<00>Wcreate new large object with given content
;	d<00>?truncate large object (64 bit)
:	<00><00>-truncate large object
9	c<00>?large object position (64 bit)
8	<00><00>-large object positio
	<00><00><00>bucket number of operand given a sorted array of bucket lower bounds
		<00><00>Uconcatenate aggregate input into an array
	<00><00>3aggregate final function
	<00><00>9aggregate deserial function
	<00><00>5aggregate serial function
	<00><00>7aggregate combine function
	<00><00>=aggregate transition function
		<00>Uconcatenate aggregate input into an array
		<00>3aggregate final function

	<00><00>9aggregate deserial function(<00>
   <00><><EFBFBD>P<><50><00><><00><><EFBFBD><18><>ȝ<>`<60><><08><><00><><EFBFBD>`<60>f(<28>d<00><>f<00><>dh<><68><10><>К|x<><78>0<><30>Й<>p<><70><00><><00><><EFBFBD><00><>\P<>\<08><><00><><EFBFBD><00><>dP<>f<08><>Жn<00><><EFBFBD>0<><30><00><>p<00><>p`<60><> <20>t<00><>n<00><>dx<>fH<>R<18>Rؓz<00><>zX<>v <20>n<00><><EFBFBD>h<><68><00><><00><><EFBFBD>h<>n0<>n<00><>n<00><>n<00><>nP<>n<18>n<00><>n<00><>P<00><>P`<60>^0<>^<00><>n<00><>n<00><>|P<>V<18>j<00><>l<00><>lp<>l8<>l<00><>z<00><>p<00><>``<60>\(<28>f<00><>f<00><>|`<60><><18><><00><>PȊP<00><>^h<>^0<>nȉ<><00><>jX<>j<18>z<00><>j<00><>bp<>b8<>d<00>fȇd<00><>fX<>j<18>x؆x<00><>xX<>x<00><><EFBFBD><00><><EFBFBD>`<60>b(<28>l<00><>j<00><>\<00><>fP<>f<18>f<00><>f<00><>fh<>x(<28>x<00><>p<00><>~h<><68> <20><>
u	}<00>;substitute portion of string
t	|<00>;substitute portion of string
s	{<00>7current schema search list
r	z<00>)current schema name
q	y<00>1convert name to varchar
p	x<00>1convert varchar to name
o	v<00>absolute value
n	u<00>absolute value
m	t<00>absolute value
l	s<00>absolute value
k	r<00>absolute value
j	`<00>factorial
i	n<00>#finite interval?
h	m<00>%finite timestamp?
g	]<00>finite date?
f	l<00>qconvert timestamp with time zone to time with time zone
e	j<00>odate difference from today preserving months and years
d	8<00>1extract field from time
c	i<00>1extract field from time
b	7<00>1extract field from date
a	h<00>1extract field from date
`	e<00>#character length
_	d<00>smaller of two
^	c<00>larger of two
]	b<00>smaller of two
\	a<00>larger of two
[	_<00>octet length
Z	^<00>octet length
Y	\<00>#character length
X	Z<00>3convert time to interval
W	Y<00>#character length
V	W<00>#character length
U	O<00><00>convert date and time with time zone to timestamp with time zone
T	N<00>'less-equal-greater
S	`<00>I/O typmod
R	_<00>I/O typmod
Q	G<00>	I/O
P	F<00>	I/O
O	E<00>Iprint type names of oidvector field
N	D<00>Udeprecated, use two-argument form instead
M	C<00>5natural exponential (e^x)
L	X<00>exponentiation
K	B<00>exponentiation
J	A<00>cube root
I	@<00>square root
H	?<00>)truncate to integer
G	><00>3round to nearest integer
<00>'current clock time
,	X
<00>/current statement time
+	W
<00>3current transaction time
*	<00>3current transaction time
)	<00><00>hash
(	<00><00>hash
'	<00>
<00>smaller of two
&	<00>
<00>larger of two
%	<00>
<00>'less-equal-greater
$	<00>-latest tid of a tuple
#	<00>wtrigger to suppress updates when new and old records match
"	<00>)convert oid to int8
!	<00>)convert int8 to oid
 	9<00>Oextract field from time with time zone
	<00><00>Oextract field from time with time zone
	<00><00>'intervals overlap?
	<00>Eplanner support for texticregexeq
	<00><00>smaller of two
	<00><00>larger of two
	<00>
<00>Gdecrement, ignores second argument
	<00>
<00>Gincrement, ignores second argument
	<00>
<00>decrement
	<00><00>increment
	<00><00>Ktruncate interval to specified units
	<00><00>truncate timestamp with time zone to specified units in specified time zone
	<00><00>ktruncate timestamp with time zone to specified units
	<00><00>mget description for object id and shared catalog name
	<00><00>Cget description for table column
	<00><00>_get description for object id and catalog name
	<00><00>5adjust interval precision
	N<00>[planner support for interval length coercion
	<00><00>Ydate difference preserving months and years

	<00><00>larger of two
	<00><00>smaller of two
	<00><00>larger of two

	<00><00>smaller of two
		<00><00><00>subtract interval from timestamp with time zone in specified time zone
	O<00>asubtract interval from timestamp with time zone
	N<00><00>add interval to timestamp with time zone in specified time zone
	M<00>Sadd interval to timestamp with time zone
	c<00><00>age of a multi-transaction ID, in multi-transactions before current multi-transaction
	<00><00><00>age of a transaction ID, in transactions before current transaction
	<00><00>Sconvert timestamp with time zone to date
	<00><00>econvert date and time to timestamp with time zone

	<00>_promote groups of 30 days to numbers of months(  ȟn<00><>rX<>Z <20>d<00><>Z<00><>^<00><>ZX<>d(<28>Z<00><>^ȝ\<00><>zH<>t<10>b<00><>^<00><>^<00><>\@<40>t<00><><EFBFBD><00><>xx<>v8<>x<10>P<00><>P<00><>fx<>n@<40>j<00><><EFBFBD><00><>|h<><68>(<28>~<00><>t<00><>t<00><>PX<>P<18>~ؗ~<00><>rh<>\8<>\<08>\ؖ`<00><>\x<>\0<><30><00><>j<00><>j<00><>Pp<>P@<40>^<10>^Дx<00><><EFBFBD>H<>x<00><>ȓp<00><>vP<>n<00><><00><><EFBFBD>p<>p <20><>Б<><00><>P<00><>PP<>^ <20>^<00><>n<00><>b`<60><> <20>x<00><>v<00><>xh<>h8<>X<08>\؎^<00><>|h<>R8<>V<08>X؍\<00><>jh<>n0<>p茎<00><>dx<>h@<40>j<08>nЋn<00><>np<>N8<>h<00>lȊn<00><>xH<>|<08>~Љf<00><><EFBFBD>H<>~<08>rȈzx<><78>(<28><>؇<><00><><EFBFBD>8<><38><00><>tȆ\<00><>\X<>r<18>|؅~<00><><EFBFBD>(<28><><00><>|<00><><EFBFBD>X<>|<18>~Ѓ<><00><><EFBFBD>@<40>|肬<00><><EFBFBD>X<>|<18>|
<00>	<00><00>5extract portion of string
	<00><00>5extract portion of string
~	u<00>Ktrim spaces from both ends of string
}	t<00>etrim selected characters from both ends of string
|	s<00>5extract portion of string
{	r<00>Ktrim spaces from right end of string
z	q<00>Itrim spaces from left end of string
y	p<00>7right-pad string to length
x	o<00>5left-pad string to length
w	n<00>Ymap a set of characters appearing in string
v	m<00>5extract portion of string
u	l<00>etrim selected characters from right end of string
t	k<00>ctrim selected characters from left end of string
s	j<00>7right-pad string to length
r	i<00>5left-pad string to length
q	h<00>+capitalize each word
p	g<00>uppercase
o	f<00>lowercase
n	d<00>-position of substring
m	e<00>]convert LIKE pattern to use backslash escapes
l	
<00>?planner support for texticlike
k	<00><00>Uconvert SQL regexp pattern to POSIX style
j	<00><00>Uconvert SQL regexp pattern to POSIX style
i	W<00>Uconvert SQL regexp pattern to POSIX style
h	V<00>3replicate string n times
g	U<00>+convert int4 to char
f	T<00>7convert first char to int4
e	L<00>;complementary error function
d	K<00>error function
c	<00>	<00>7inverse hyperbolic tangent
b	<00>	<00>5inverse hyperbolic cosine
a	<00>	<00>1inverse hyperbolic sine
`	<00>	<00>'hyperbolic tangent
_	<00>	<00>%hyperbolic cosine
^	<00>	<00>!hyperbolic sine
]	J<00>PI
\	I<00>'degrees to radians
[	H<00>'radians to degrees
Z	<00>
<00>'cotangent, degrees
Y	<00>
<00>#tangent, degrees
X	<00>
<00>!cosine, degrees
W	<00>
<00>sine, degrees
V	<00>
<00>Garctangent, two arguments, degrees
U	<00>
<00>)arctangent, degrees
T	<00>
<00>'arccosine, degrees
S	<00>
<00>#arcsine, degrees
R	G<00>cotangent
Q	F<00>tangent
P	E<00>cosine
O	D<00>sine
N	C<00>5arctangent, two arguments
M	B<00>arctangent
L	A<00>arccosine
K	@<00>arcsine
J	?<00>!set random seed
I	<00><00>1random numeric in range
H	<00><00>/random bigint in range
G	<00><00>1random integer in range
F	D<00>Mrandom value from normal distribution
E	><00>random value
D	<<00>'less-equal-greater
C	i<00>I/O typmod
B	V<00>I/O typmod
A	,<00>	I/O
@	+<00>	I/O
?	a<00>Sstop making pinned objects during initdb
>	
<00>Oreturn the next oid for a system table
=	<00><00>)sequence last value
<	<00>gsequence parameters, for use by information schema
;	<00><00>Qset sequence value and is_called status
:	(<00>'set sequence value
9	'<00>/sequence current value
8	&<00>)sequence next value
7	$<00>?does not match LIKE expression
6	#<00>1matches LIKE expression
5	"<00>?does not match LIKE expression
4	!<00>1matches LIKE expression
3	h<00>I/O typmod
2	g<00>I/O typmod
1	<00>	I/O
0	<00>	I/O
/	<00>#number of points
.		<00>#number of points
-	<00>Iconvert circle to 12-vertex polygon
,	<00>center of
+	<00>center of
*	<00>diagonal of
)	<00>center of
(	<00><00>center of
'	<00><00>center of
&	<00><00>+sum of path segments
%	<00><00>7distance between endpoints
$	<00><00>7construct line from points
#	<00><00>	I/O
"	<00><00>	I/O
!	<00><00>-convert circle to box
 	<00><00>-convert box to circle
	<00><00>7convert point to empty box
	<00><00>Wconvert vertex count and circle to polygon
	<00><00>5convert polygon to circle
	<00><00>Gconvert point and radius to circle
	<00><00>#radius of circle
	<00><00>'diameter of circle
	<00><00>area of circle
	<00><00>	I/O
	<00><00>	I/O
	<00><00>1convert path to polygon
	<00><00>/convert box to polygon
	<00><00>1convert polygon to path
	<00><00>Aconvert polygon to bounding box
	<00><00>-convert x, y to point
	<00><00>open path
	<00><00>close path
	<00><00>path open?
	<00><00>path closed?

	<00><00>-convert points to box
	<00><00>3convert inte
	<00><00>horizontal
		<00><00>vertical
	<00><00>perpendicular
	<00><00>parallel
	<00><00>horizontal
	<00><00>vertical
	<00><00>perpendicular
	<00><00>parallel
	<00>+horizontally aligned

	~<00>'vertically aligned(<00>
<01>
  <00><><EFBFBD>X<>|<18>|؞|<00><>|X<>|<18><>؝<><00><>|X<>|<18>r؜r<00><>rX<>z<18>z؛z<00><>zX<>z<18>zؚt<00><>tH<><48><00><><EFBFBD><00><><EFBFBD>X<><58><08><><00><><EFBFBD>p<>x0<>x<00><>x<00><>xh<><68> <20><><00><>~<00><>~`<60>~ <20>~ؕ<><00><><EFBFBD>@<40><>蔮<00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>0<><30><00><>t<00><>~p<>~(<28><><00><>l<00><><EFBFBD>`<60><><18><>ؐ|<00><><EFBFBD>X<>p<18>vЏ<><00><><EFBFBD>@<40>z<00><><00><><EFBFBD>p<>|0<>|<00><>l<00><>rh<><68><10><>Ќr<00><>~ <20><>ȋ<><00><>t8<><38><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>P<><50><00><><00><><EFBFBD>`<60><><10><><00><><EFBFBD>p<><70> <20><><00><>n<00><><EFBFBD>h<>j0<>b<00><>|<00><>|h<><68><18><>Є<><00><>|H<><48><00><><00><><EFBFBD><00><>XX<>X <20>n<00><>PЂP<00><><EFBFBD>X<>n <20>b<00><>P
n	<00>	I/O
m	
<00>sort support
l	D<00>'less-equal-greater
k	<00><00>9MACADDR manufacturer fields
j	<00>
<00>	I/O
i	<00>
<00>	I/O
h	<00>'number of set bits
g	<00><00>set bit
f	<00><00>get bit
e	<00><00>Asubstitute portion of bitstring
d	<00><00>Asubstitute portion of bitstring
c	<00><00>;extract portion of bitstring
b	<00><00>5position of sub-bitstring
a	<00><00>Cadjust varbit() to typmod length
`	V<00>Wplanner support for varbit length coercion
_	<00><00>=adjust bit() to typmod length
^	<00><00>5convert bitstring to int4
]	<00><00>5convert int4 to bitstring
\	<00><00>octet length
[	<00><00>#bitstring length
Z	<00><00>;extract portion of bitstring
Y	<00><00>'less-equal-greater
X	w<00>Ureferential integrity ON UPDATE NO ACTION
W	v<00>Ureferential integrity ON DELETE NO ACTION
V	u<00>Yreferential integrity ON UPDATE SET DEFAULT
U	t<00>Yreferential integrity ON DELETE SET DEFAULT
T	s<00>Sreferential integrity ON UPDATE SET NULL
S	r<00>Sreferential integrity ON DELETE SET NULL
R	q<00>Sreferential integrity ON UPDATE RESTRICT
Q	p<00>Sreferential integrity ON DELETE RESTRICT
P	o<00>Qreferential integrity ON UPDATE CASCADE
O	n<00>Qreferential integrity ON DELETE CASCADE
N	m<00>creferential integrity FOREIGN KEY ... REFERENCES
M	l<00>creferential integrity FOREIGN KEY ... REFERENCES
L	<00><00>Cdeferred UNIQUE constraint check
K	<00><00>Koid of replica identity index if any
J	<00>-is a column updatable
I	<00>[is a relation insertable/updatable/deletable
H	Z<00><00>collation of the argument; implementation of the COLLATION FOR expression
G	<00><00>7base type of a domain type
F	S<00>+type of the argument
E	<00><00>econvert generic options array to name/value table
D	<00>Ulist of catalog foreign key relationships
C	<00><00>+list of SQL keywords

<00>1split string by pattern
	<00>
<00>1split string by pattern
	<00>
<00>1split string by pattern
	<00>
<00>1split string by pattern
	(<00>_split string by field_sep and return field_num
	}<00>Mextract substring that matches regexp
	|<00>Mextract substring that matches regexp
	{<00>Mextract substring that matches regexp
	z<00>Mextract substring that matches regexp
	y<00>Mextract substring that matches regexp
	x<00>-test for regexp match
	w<00>-test for regexp match
	v<00>3position of regexp match
	u<00>3position of regexp match
	t<00>3position of regexp match
	s<00>3position of regexp match
	r<00>3position of regexp match
	q<00>3position of regexp match

	p<00>+count regexp matches
	o<00>+count regexp matches
	n<00>+count regexp matches

	<00>
<00>5find match(es) for regexp
		<00>
<00>5find match(es) for regexp
	E
<00>9find first match for regexp
	D
<00>9find first match for regexp
	m<00>5replace text using regexp
	l<00>5replace text using regexp
	k<00>5replace text using regexp
	<00><00>5replace text using regexp
	<00><00>5replace text using regexp

	'<00><00>replace all occurrences in string of old_substr with new_substr(   ؟P<00><><EFBFBD>X<>n<18><>؞<><00><>xp<>PH<>P <20>P<00><>P<00><>d<00><>fP<>n<00><>Ȝb<00><><EFBFBD>8<><38><00><>v<00><>vh<><68>(<28>x<00><>n<00><>fp<><70>0<>z虌<00><>pp<>r0<>~<00><><EFBFBD><00><>~P<><50><00><><00><><EFBFBD>`<60>b(<28>b<00><>b<00><>b<00><>bH<>b<10>bؕh<00><>hh<>h0<>h<00><>h<00><><EFBFBD>P<><50><18>n<00><>R<00><>R<00><>RX<>R(<28>R<00><>RВP<00><>Px<>^H<>^<00><><EFBFBD><00><><EFBFBD>p<>f8<>d<00><>z<00><><EFBFBD>p<>~(<28><><00><>z<00><>zh<>z8<>X<00><>x<00><>t<00><>`X<>`<18>|؍|<00><>lh<>l(<28>t<00><>t<00><>fx<>f <20><>Ћ<>p<><70>0<>x<00><>l<00><>l<00><>|@<40>|<00>x<00><>|<00><>|P<>^ <20>^Ȉ<><00><>jX<>f <20>d<00><>n<00><>bp<>x0<>x<00><>x<00><>xp<>|0<>z<00><>z<00><>tp<>t0<>t<00><>x<00><>x`<60><> <20>v<00><>p<00><>pp<>t0<>t<00><>x<00><><EFBFBD>`<60>r <20>x
|	<00><00>1format interval to text
{	<00><00>+convert text to date
z	<00><00>Sconvert text to timestamp with time zone
y	<00><00>1convert text to numeric
x	<00><00>-format float8 to text
w	<00><00>-format float4 to text
v	<00><00>)format int8 to text
u	<00><00>)format int4 to text
t	<00><00>/format numeric to text
s	<00><00>Qformat timestamp with time zone to text
r	
<00>1convert jsonb to float8
q	}
<00>1convert jsonb to float4
p	|
<00>-convert jsonb to int8
o	{
<00>-convert jsonb to int4
n	z
<00>-convert jsonb to int2
m	y
<00>3convert jsonb to numeric
l	<00>
<00>3convert jsonb to boolean
k	<00><00>5convert numeric to pg_lsn
j	<00><00>1convert numeric to int2
i	<00><00>1convert int2 to numeric
h	<00><00>1convert int8 to numeric
g	<00><00>1convert numeric to int8
f	<00><00>sort support
e	<00><00>'less-equal-greater
d	<00><00>larger of two
c	<00><00>smaller of two
b	<00><00>#increment by one
a	z<00>ebucket number of operand in equal-width histogram
`	<00><00>trunc(x/y)
_	<00><00>trunc(x/y)
^	<00><00>5convert numeric to float8
]	<00><00>5convert numeric to float4
\	<00><00>1convert numeric to int4
[	<00><00>5convert float8 to numeric
Z	<00><00>5convert float4 to numeric
Y	<00><00>%base 10 logarithm
X	<00><00>%base 10 logarithm
W	<00><00>1convert int4 to numeric
V	<00><00>snumeric with minimum scale needed to represent the value
U	<00><00>Yminimum scale needed to represent the value
T	<00><00>anumber of decimal digits in the fractional part
S	y<00>exponentiation
R	<00><00>exponentiation
Q	<00><00>-logarithm base m of n
P	<00><00>-logarithm base m of n
O	<00><00>%natural logarithm
N	<00><00>%natural logarithm
M	<00><00>5natural exponential (e^x)
L	<00><00>5natural exponential (e^x)
K	<00><00>square root
J	<00><00>square root
I	<00><00>-least common multiple
H	<00><00>1greatest common divisor
G	<00><00>modulus
F	<00><00>3nearest integer <= value
E	w<00>3nearest integer >= value
D	<00><00>3nearest integer >= value
C	<00><00>Gvalue truncated to 'scale' of zero
B	<00><00>7value truncated to 'scale'
A	<00><00>Cvalue rounded to 'scale' of zero
@	<00><00>3value rounded to 'scale'
?	<00><00>sign of value
>	<00><00>absolute value
=	<00><00>Sadjust numeric to typmod precision/scale
<	U<00>Yplanner support for numeric length coercion
;	f<00>I/O typmod
:	e<00>I/O typmod
9	<00><00>	I/O
8	<00><00>	I/O
7	Z
<00>hash
6	<00><00>hash
5	R
<00>hash
4	<00><00>hash
3	Q
<00>hash
2	<00><00>hash
1	<00><00>'less-equal-greater
0	<00>
<00>Ojoin selectivity for network operators
/	<00>
<00>]rest
	<00><00>	I/O
		<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	<00>1set 7th bit in macaddr8
	<00>9convert macaddr8 to macaddr
	<00>9convert macaddr to macaddr8
	<00>'less-equal-greater
	<00>;MACADDR8 manufacturer fields

	<00>	I/O(<00>
  <00><><EFBFBD>X<><58><00><><00><><EFBFBD>@<40><><18>P<00><>P<00><>np<><70>(<28><><00><><EFBFBD><00><>bp<>p8<>p<00>fțf<00><>fH<><48><00><><EFBFBD><00><>|p<><70> <20><>ؙ<>x<><78>(<28><><00><><EFBFBD><00><><EFBFBD>8<><38><00><>z<00><><EFBFBD>X<><58><10><><00><><EFBFBD>`<60><><18><>ؕz<00><>zX<>z<18>zؔz<00><><EFBFBD>P<>~<08><>ȓ~<00><>|H<><48><08>|Ȓ<><00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>h<>~(<28>|萀<00><><EFBFBD>X<><58><10><>ȏ<><00><><EFBFBD>@<40>~<00>|<00><><EFBFBD><00><>~@<40>z<00>z<00><>z<00><>z@<40>z<00>z<00><><EFBFBD>p<><70>(<28><><00><>z<00><>zh<>z(<28>z<00><>z<00><>z`<60><> <20>~؉<><00><>|X<><58><18>z؈z<00><><EFBFBD>H<><48><00><><00><><EFBFBD>x<>z8<>z<00><><EFBFBD><00><><EFBFBD>h<>~(<28>z<00><>z<00><>zh<>z(<28>z<00><>z<00><>zh<>z(<28>z<00><>z<00><>z`<60><> <20>~<00><>|<00><><EFBFBD>`<60>z<10><>
p	<00>
<00>Uconcatenate aggregate input into a string
o	<00>
<00>3aggregate final function
n	<00><00>9aggregate deserial function
m	<00><00>5aggregate serial function
l	<00><00>7aggregate combine function
k	<00>
<00>=aggregate transition function
j	
<00>3aggregate final function
i	<00>3aggregate final function
h	<00>
<00>3aggregate final function
g	<00>
<00>3aggregate final function
f	<00>
<00>3aggregate final function
e	<00>
<00>3aggregate final function
d	<00>
<00>3aggregate final function
c	<00>
<00>3aggregate final function
b	<00>
<00>3aggregate final function
a	<00>
<00>3aggregate final function
`	<00>
<00>3aggregate final function
_	
<00>7aggregate combine function
^	<00>
<00>=aggregate transition function
]	<00>
<00>=aggregate transition function
\	<00>
<00>3aggregate final function
[	<00><00>3aggregate final function
Z	<00>
<00>=aggregate transition function
Y	<00>
<00>=aggregate transition function
X	<00><00>=aggregate transition function
W	<00><00>=aggregate transition function
V	<00><00>3aggregate final function
U	4<00>3aggregate final function
T	<00><00>9aggregate deserial function
S	<00><00>5aggregate serial function
R	<00>
<00>=aggregate transition function
Q	<00><00>7aggregate combine function
P	3<00>=aggregate transition function
O	A
<00>3aggregate final function
N	@
<00>3aggregate final function
M	?
<00>3aggregate final function
L	>
<00>3aggregate final function
K	=
<00>3aggregate final function
J	<
<00>3aggregate final function
I	2<00>=aggregate transition function
H	1<00>=aggregate transition function
G	0<00>=aggregate transition function
F	/<00>3aggregate final function
E	$
<00>3aggregate final function
D	.<00>3aggregate final function
C	<00>	<00>3aggregate final function
B	-<00>3aggregate final function
A	j<00>3aggregate final function
@	<00><00>7aggregate combine function
?	<00>
<00>9aggregate deserial function
>	<00>
<00>5aggregate serial function
=	<00>
<00>7aggregate combine function
<	;
<00>=aggregate transition function
;	<00>
<00>=aggregate transition function
:	<00>
<00>=aggregate transition function
9	<00>
<00>=aggregate transition function
8	<00>
<00>=aggregate transition function
7	
<00>9aggregate deserial function
6	
<00>5aggregate serial function
5	

<00>7aggregate combine function
4	,<00>=aggregate transition function
3	+<00>=aggregate transition function
2	*<00>=aggregate transition function
1	<00>
<00>=aggregate transition function
0	
<00>9aggregate deserial function
/	
<00>5aggregate serial function
.	<00>
<00>9aggregate deserial function
-	<00>
<00>5aggregate serial function
,		
<00>7aggregate combine function
+	*<00>=aggregate transition function
*	

<00>7aggregate combine function
)	)<00>=aggregate transition function
(	(<00>3aggregate final function
'	<00>	<00>3aggregate final function
&	'<00>3aggregate final function
%	<00>	<00>3aggregate final function
$	&<00>3aggregate final function
#	n
<00>Cjoin selectivity of exact prefix
"	m
<00>Qrestriction selectivity of exact prefix
!	%<00>kjoin selectivity of case-insensitive regex non-match
 	$<00>;join selectivity of NOT LIKE
	#<00>Ijoin selectivity of regex non-match
	"<00>cjoin selectivity of case-insensitive regex match
	!<00>3join selectivity of LIKE
	 <00>Ajoin selectivity of regex match
	<00>yrestriction selectivity of case-insensitive regex non-match
	<00>Irestriction selectivity of NOT LIKE
	<00>Wrestriction selectivity of regex non-match
	<00>qrestriction selectivity of case-insensitive regex match
	<00>Arestriction selectivity of LIKE
	<00>Orestriction selectivity of regex match
	<00>=join selectivity of NOT ILIKE
	<00>5join selectivity of ILIKE
	<00>Krestriction selectivity of NOT ILIKE
	<00>Crestriction selectivity of ILIKE
	<00>length in bits
	<00>length in bits
	<00>length in bits
	<00>
<00>)format text message

	<00>
<00>)format text message
	<00><00>reverse text
	<00><00>=extract the last n characters

	<00><00>?extract the first n characters
		<00><00>Gconcatenate values with separators
	<00><00>'concatenate values
	<00>	I/O
	<00>	I/O
	
<00>yquote a possibly-null data value for usage in a querystring
		<00>squote a possibly-null literal for usage in a querystring
	<00>]quote a data value for usage in a querystring
	<00>Wquote a literal for usage in a querystring

	<00>_quote an identifier for usage in a querystring(<00>
<01>
  <00><><EFBFBD>x<>z(<28><>؞<><00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>0<><30>؜<><00><><EFBFBD>(<28><>Л<>x<><78> <20><>Ț<>p<><70><18><><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD>8<><38>ؗ<>x<><78><18><><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD>@<40><>蔬<00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PБP<00><>P`<60><><08><><00><><EFBFBD>X<><58><00><><00><><EFBFBD>`<60><><10><><00><><EFBFBD>`<60><><18><>Ѝ<>p<><70><10><><00><><EFBFBD>p<><70><18><><00><><EFBFBD>h<><68><10><><00><><EFBFBD>`<60><><08><><00><><EFBFBD>`<60><><00><><00><>rH<><48>臾<00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>H<><48><00><><00><>~x<><78> <20><>؄<><00><><EFBFBD> <20><><00><><EFBFBD>`<60><><00><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>
`	<00><00>Wstatistics: number of backends in database
_	q<00>ostatistics: port number of client connected to backend
^	p<00>gstatistics: address of client connected to backend
]	o<00>gstatistics: start time for current backend session
\	)<00>sstatistics: start time for backend's current transaction
[	.<00>istatistics: start time for current query of backend
Z	%<00>{statistics: wait event on which backend is currently waiting
Y	<00>
<00><00>statistics: wait event type on which backend is currently waiting
X	<00><00>Kstatistics: current query of backend
W	<00><00>?statistics: user ID of backend
V	<00><00>cstatistics: get subtransaction status of backend
U	<00><00>Gstatistics: database ID of backend
T	<00><00>7statistics: PID of backend
S	<00><00>Astatistics: current backend PID
R	<00><00>Wstatistics: information about subscription
Q	W<00>cstatistics: information about subscription stats
P	V<00>Wstatistics: check if a stats object exists
O	<00>_statistics: information about replication slot
N	<00><00>Wstatistics: information about WAL receiver
M	<00>wstatistics: information about currently active replication
L	<00><00><00>statistics: information about progress of backends running maintenance command
K	<00><00>+describe wait events
J	<00><00>qstatistics: information about currently active backends
I	<00><00>Sstatistics: currently active backend IDs
H	<00><00>astatistics: number of auto analyzes for a table
G	<00><00>estatistics: number of manual analyzes for a table
F	<00><00>_statistics: number of auto vacuums for a table
E	<00><00>cstatistics: number of manual vacuums for a table
D	<00>
<00>_statistics: last auto analyze time for a table
C	<00>
<00>cstatistics: last manual analyze time for a table
B	<00>
<00>]statistics: last auto vacuum time for a table
A	<00>
<00>astatistics: last manual vacuum time for a table
@	<00><00>Ystatistics: number of blocks found in cache
?	<00><00>Kstatistics: number of blocks fetched
>	<00><00>qstatistics: number of tuples inserted since last vacuum
=	i<00>qstatistics: number of tuples changed since last analyze
<	?<00>Estatistics: number of dead tuples
;	><00>Estatistics: number of live tuples
:	I<00>kstatistics: number of tuples updated onto a new page
9	<00><00>Sstatistics: number of tuples hot updated
8	<00><00>Kstatistics: number of tuples deleted
7	<00><00>Kstatistics: number of tuples updated
6	<00><00>Mstatistics: number of tuples inserted
5	<00><00>astatistics: number of tuples fetched by idxscan
4	<00><00>[statistics: number of tuples read by seqscan
3	<00><00>estatistics: time of the last scan for table/index
2	<00><00>cstatistics: number of scans done for table/index
1	c
<00>;details about MCV list items
0	<00><00>	I/O
/	<00><00>	I/O
.	<00><00>	I/O
-	<00><00>	I/O
,	O
<00>	I/O
+	N
<00>	I/O
*	M
<00>	I/O
)	L
<00>	I/O
(	
<00>	I/O
'	
<00>	I/O
&	
<00>	I/O
%	
<00>	I/O
$	<00><00>acurrent user privilege on any column by rel oid
#	<00><00>ccurrent user privilege on any column by rel name
"	<00><00>euser privilege on any column by user oid, rel oid
!	<00><00>guser privilege on any column by user oid, rel name
 	<00><00>euser privilege on any column by username, rel oid
	<00><00>guser privilege on any column by username, rel name
	<00><00>qcurrent user privilege on column by rel oid, col attnum
	<00><00>mcurrent user privilege on column by rel oid, col name
	<00><00>scurrent user privilege on column by rel name, col attnum
	<00><00>ocurrent user privilege on column by rel name, col name
	<00><00>uuser privilege on column by user oid, rel oid, col attnum
	<00><00>quser privilege on column by user oid, rel oid, col name
	<00><00>wuser privilege on column by user oid, rel name, col attnum
	<00><00>suser privilege on column by user oid, rel name, col name
	<00><00>uuser privilege on column by username, rel oid, col attnum
	<00><00>quser privilege on column by username, rel oid, col name
	<00><00>wuser privilege on column by username, rel name, col attnum
	<00><00>suser privilege on column by username, rel name, col name
	<00><00>]current user privilege on sequence by seq oid
	<00><00>_current user privilege on sequence by seq name
	<00><00>auser privilege on sequence by user oid, seq oid
	<00><00>cuser privilege on sequence by user oid, seq name
	<00><00>auser privilege on sequence by username, seq oid

	<00><00>cuser privilege on sequence by username, seq name

	<00><00>auser privilege on relation by user oid, rel oid
		<00><00>cuser privilege on relation by user oid, rel name
	<00><00>auser privilege on relation by username, rel oid
	<00><00>cuser privilege on relation by username, rel name
	7<00>Qencode text from encoding to ASCII text
	6<00>Qencode text from encoding to ASCII text
	5<00>Wencode text from DB encoding to ASCII text
	<00>
<00>Sconcatenate aggregate input into a bytea
	<00>
<00>3aggregate final function

	<00>
<00>=aggregate transition function(T
<01>
  <00><><EFBFBD>h<><68><18><><00><><EFBFBD>p<><70> <20><>Н<><00><><EFBFBD>0<><30><00><><EFBFBD>X<><58><00><><EFBFBD>p<><70><00><><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>(<28><>З<>x<><78>(<28><>Ж<>h<><68><18><><00><><EFBFBD>8<><38>Д<><00><><EFBFBD><18><><00><><EFBFBD>0<><30><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD> <20><><00><>(
8<><38><00><><EFBFBD>0<>
<01><><EFBFBD><00><><EFBFBD>@<40><>荤<00><><EFBFBD>H<><48><00><><EFBFBD>x<><78><08><><00><><EFBFBD>0<><30>Ȋ<>h<><68><08><><00><><EFBFBD>0<><30>Ј<>h<><68><08><><00><><EFBFBD><10><><00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD> <20><>p<>`
<01><><EFBFBD><00><><EFBFBD> <20><><00><><EFBFBD>x<>t@<40>p<00><><EFBFBD><00><><EFBFBD>
	O	<00><00>gconvert ascii-encoded text string into bytea value
	N	<00><00>kconvert bytea value into some ascii-only text string
	M	<00><00>)tablespace location
	L	[<00>-current trigger depth
	K	X<00><00>statistics: reset collected statistics for a single subscription
	J	<00><00>statistics: reset collected statistics for a single replication slot
	I		<00>sstatistics: reset collected statistics for a single SLRU
	H	<00><00><00>statistics: reset collected statistics for a single function in the current database
	G	<00><00>0statistics: reset collected statistics for a single table or index in the current database or shared across all databases in the cluster
	F	<00><00><00>statistics: reset collected statistics shared across the cluster
	E	<00><00>ystatistics: reset collected statistics for current database
	D	Y<00>ystatistics: force stats to be flushed after the next commit
	C	<00><00>}statistics: discard current transaction's statistics snapshot
	B	<00><00>sstatistics: timestamp of the current statistics snapshot
	A	<00><00><00>statistics: self execution time of function in current transaction, in milliseconds
	@	<00><00><00>statistics: total execution time of function in current transaction, in milliseconds
	?	<00><00>ystatistics: number of function calls in current transaction
	>	<00><00><00>statistics: number of blocks found in cache in current transaction
	=	<00><00>ystatistics: number of blocks fetched in current transaction
	<	J<00><00>statistics: number of tuples updated onto a new page in current transaction
	;	<00><00><00>statistics: number of tuples hot updated in current transaction
	:	<00><00>ystatistics: number of tuples deleted in current transaction
	9	<00><00>ystatistics: number of tuples updated in current transaction
	8	<00><00>{statistics: number of tuples inserted in current transaction
	7	<00><00><00>statistics: number of tuples fetched by idxscan in current transaction
	6	<00><00><00>statistics: number of tuples read by seqscan in current transaction
	5	<00><00><00>statistics: number of scans done for table/index in current transaction
	4	<00><00>{statistics: self execution time of function, in milliseconds

<00><00>statistics: number of times the bgwriter stopped processing when it had written too many buffers while cleaning
	(	<00>
<00><00>statistics: number of buffers written by the bgwriter for cleaning dirty buffers
	'	<00><00>Ystatistics: last reset for the checkpointer
	&	<00>
<00><00>statistics: number of buffers written during checkpoints and restartpoints
	%	<00><00>mstatistics: number of backend performed restartpoints
	$	<00><00><00>statistics: number of backend requested restartpoints started by the checkpointer
	#	<00><00><00>statistics: number of timed restartpoints started by the checkpointer
	"	<00>
<00><00>statistics: number of backend requested checkpoints started by the checkpointer
	!	<00>
<00><00>statistics: number of timed checkpoints started by the checkpointer
	 	{<00>Wstatistics: information about WAL archiver
		/<00>statistics: number of sessions killed by administrative action
		.<00>ystatistics: number of sessions disconnected by fatal errors
		-<00><00>statistics: number of sessions disconnected by the client closing the network connection
		,<00>Kstatistics: total number of sessions
		+<00>}statistics: session idle in transaction time, in milliseconds
		*<00>cstatistics: session active time, in milliseconds
		)<00>Ustatistics: session time, in milliseconds
		<00>]statistics: block write time, in milliseconds
		<00>[statistics: block read time, in milliseconds
		O<00>ostatistics: number of bytes in temporary files written
		N<00>]statistics: number of temporary files written
		<00>Mstatistics: last reset for a database
		d
<00><00>statistics: when last checksum failure was detected in database
		b
<00>gstatistics: checksum failures detected in database
		P<00>Wstatistics: deadlocks detected in database
		<00><00>Wstatistics: recovery conflicts in database
		<00><00><00>statistics: recovery conflicts in database caused by buffer deadlock
		<00><00><00>statistics: recovery conflicts in database caused by shared buffer pin
	
	<00><00><00>statistics: recovery conflicts in database caused by logical replication slot
		<00><00><00>statistics: recovery conflicts in database caused by snapshot expiry
		<00><00><00>statistics: recovery conflicts in database caused by relation lock
	
	<00><00><00>statistics: recovery conflicts in database caused by drop tablespace
			<00>
<00>Ostatistics: tuples deleted in database
		<00>
<00>Ostatistics: tuples updated in database
		<00>
<00>Qstatistics: tuples inserted in database
		<00>
<00>Qstatistics: tuples fetched for database
		<00>
<00>Sstatistics: tuples returned for database
		<00><00>_statistics: blocks found in cache for database
		<00><00>Qstatistics: blocks fetched for database
		<00><00>Kstatistics: transactions rolled back
	
	<00><00>Gstatistics: transactions committed(<00>
<01>
  ȟn<00><>b8<><38>螚<00><>~p<>d8<>f<00><><EFBFBD><00><>t`<60><> <20>x؜<><00><><EFBFBD>H<>b<08>|ț|<00><>|H<>|<08>t<00><><EFBFBD>`<60><><08><><00><><EFBFBD>h<><68><18><><00><><EFBFBD>p<><70>(<28><><00><>|<00><><EFBFBD>H<><48><00><><EFBFBD><00><>|x<>f@<40>d<00><><EFBFBD><00><><EFBFBD>X<><58>(<28>R<00><>R<00><>n<00><>nP<>n<18>n<00><>n<00><>bh<>r(<28>r<00><>r<00><>rh<>r <20><>ؑ<><00><>l`<60>z<10><><00><><EFBFBD>h<><68> <20><>؏<><00><><EFBFBD>0<><30><00><>|<00><>|p<>r<08><>Ѝp<00><>vH<><48><08>|Ȍv<00><><EFBFBD>@<40><><00><>
8<>
<01><><EFBFBD><00><><EFBFBD>h<><68><18><><00><><EFBFBD>0<><30>舊<00><><EFBFBD>(<28><>Ї<><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>h<><68> <20><>Ѕ<>x<><78> <20><>Ȅ<>p<><70><10><><00><><EFBFBD>h<><68><18><>Ȃ<><00><>~@<40><><00><><EFBFBD>

h	<00>
<00>?finish taking an online backup

g	|<00>Iprepare for taking an online backup

f	0<00>7terminate a server process

e	{<00>Ocancel a server process' current query

d	'<00>Sis schema another session's temp schema?

c	&<00>cget OID of current session's temp schema, if any

b	<00><00>Kis collation visible in search path?

a	<00><00>kis text search configuration visible in search path?

`	<00><00>ais text search template visible in search path?

_	<00><00>eis text search dictionary visible in search path?

^	<00><00>]is text search parser visible in search path?

]	K
<00>[is statistics object visible in search path?

\	-<00>Mis conversion visible in search path?

[	<00><00>Iis opfamily visible in search path?

Z	#<00>Gis opclass visible in search path?

Y	"<00>Iis operator visible in search path?

X	!<00>Iis function visible in search path?

W	 <00>Ais type visible in search path?

V	<00>Cis table visible in search path?

U	r<00>gget OID-based object address from name/args arrays

T	6
<00>{get identification of SQL object for pg_get_object_address()

S	<00><00>gget machine-parseable identification of SQL object

R	<00>
<00>Cget identification of SQL object

Q	<00>
<00><00>get transaction Id, commit timestamp and replication origin of latest transaction commit

P	<00>{get commit timestamp and replication origin of a transaction

O	<00>
<00>Mget commit timestamp of a transaction

N	<00><00>=view members of a multixactid

M	)<00>9view two-phase transactions

L	2
<00>Cisolationtester support function

K	0
<00><00>get array of PIDs of sessions blocking specified backend PID from acquiring a safe snapshot

J	

<00><00>get array of PIDs of sessions blocking specified backend PID from acquiring a heavyweight lock

I	[<00>;view system lock information

H	j<00>9show pg_ident.conf mappings

G	I
<00>/show pg_hba.conf rules

F	

<00>5show config file settings

E	`<00>?return flags for specified GUC

D	$<00>/SHOW ALL as a function

C	<00>)SET X as a function

B	<00><00>SHOW X as a function, optionally no error for missing variable

A	<00>+SHOW X as a function

@	<00>5convert bitstring to int8

?	<00>5convert int8 to bitstring

>	<00>[extract text matching SQL regular expression

=	<00>Sextract text matching regular expression

<	<00><00>Iadjust timestamp to local time zone

;	<00>Eadjust timestamp to new time zone

:	<00>Eadjust timestamp to new time zone

9	<00>odate difference from today preserving months and years

8	
<00>Ydate difference preserving months and years

7	
<00>3format timestamp to text

6	<00>%finite timestamp?

5	<00><00>Iconvert time to time with time zone

4	<00><00>Iconvert time with time zone to time

3	*<00>+window RANGE support

2	)<00>+window RANGE support

1	(<00>+window RANGE support

0	'<00>+window RANGE support

/	&<00>+window RANGE support

.	A<00>sort support

-	<00><00>'less-equal-greater

,	<00><00>'intervals overlap?

+	<00><00>'intervals overlap?

*	<00><00>'intervals overlap?

)	<00><00>'intervals overlap?

(	S
<00>hash

'	<00><00>hash

&	<00><00>?adjust time to local time zone

%	<00><00>Oadjust time with time zone to new zone

$	<00><00>Oadjust time with time zone to new zone

#	<00><00>larger of two

"	<00><00>smaller of two

!	<00><00>5convert timestamp to date

 	<00><00>]convert timestamp to timestamp with time zone

	<00><00>]convert timestamp with time zone to timestamp

	<00><00>Gconvert date and time to timestamp

	<00><00>5convert date to timestamp

	:<00>;extract field from timestamp

	<00><00>;extract field from timestamp

	"<00>kbin timestamp with time zone into specified interval

	!<00>Mbin timestamp into specified interval

	<00><00>Mtruncate timestamp to specified units

	<00><00>Sconvert timestamp with time zone to time

	4<00>[trim selected bytes from right end of string

	3<00>Ytrim selected bytes from left end of string

	<00><00>[trim selected bytes from both ends of string

	<00><00>-position of substring

	&<00>5extract portion of string

	%<00>5extract portion of string

	<00><00>5extract portion of string

	<00><00>5extract portion of string

	<00><00>octet length


	<00><00>]convert LIKE pattern to use backslash escapes

	<00><00>?does not match LIKE expression

	<00><00>1matches LIKE expression


	<00><00>Kadjust time with time zone precision

		<00><00>-adjust time precision

	<00><00>;adjust timestamptz precision

	<00><00>smaller of two

	<00><00>larger of two

	<00><00>7adjust timestamp precision

	h<00>Splanner support for time length coercion

	M<00>]planner support for timestamp length coercion

	
<00>sort support


	<00><00>'less-equal-greater(<00>
<01>
  <00><>v<00><>v0<><30>螂<00><>~h<><68>(<28>~Н<><00><><EFBFBD>(<28><>М<><00><>lP<><50><10>~Лz<00><><EFBFBD>P<>j<08><><00><><EFBFBD><00><>~0<><30><00><>~<00><>hh<><68><18><>ؘ~<00><>~X<>t<18>tؗt<00><>tX<>v<18>vؖv<00><>vP<><50><08><><00><><EFBFBD>p<><70>(<28><>Д<><00><>x(<28><><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD> <20><><00><><EFBFBD>`<60><><08><><00><><EFBFBD>X<><58><00><><00><><EFBFBD>X<><58><00><><00><><EFBFBD>`<60><><10><><00><><EFBFBD>p<><70> <20><>Ќ<><00><><EFBFBD> <20><>Ћ<><00><><EFBFBD> <20><>Њ<><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>P<><50><00><><00><><EFBFBD>`<60><><10><><00><><EFBFBD>p<><70> <20><>Ѕ<>p<><70> <20><>Є<>p<><70> <20><>؃<><00><><EFBFBD>8<><38>肚<00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>
c	<00><00>Ominimum value of all xid8 input values
b	^<00>Sminimum value of all pg_lsn input values
a	<00>
<00>Ominimum value of all inet input values
`	<00>
<00>Mminimum value of all tid input values
_	<00><00>Sminimum value of all bpchar input values
^	<00>Wminimum value of all anyarray input values
]	b<00>Uminimum value of all numeric input values
\	a<00>Cminimum value of all text values
[	`<00>Wminimum value of all interval input values
Z	_<00>wminimum value of all timestamp with time zone input values
Y	^<00>Yminimum value of all timestamp input values
X	]<00>Qminimum value of all money input values
W	\<00>mminimum value of all time with time zone input values
V	[<00>Ominimum value of all time input values
U	Z<00>Ominimum value of all date input values
T	X<00>Sminimum value of all float8 input values
S	W<00>Sminimum value of all float4 input values
R	V<00>Mminimum value of all oid input values
Q	U<00>Wminimum value of all smallint input values
P	T<00>Uminimum value of all integer input values
O	S<00>Sminimum value of all bigint input values
N	<00><00>Omaximum value of all xid8 input values
M	]<00>Smaximum value of all pg_lsn input values
L	<00>
<00>Omaximum value of all inet input values
K	<00>
<00>Mmaximum value of all tid input values
J	<00><00>Smaximum value of all bpchar input values
I	<00>Wmaximum value of all anyarray input values
H	R<00>Umaximum value of all numeric input values
G	Q<00>Omaximum value of all text input values
F	P<00>Wmaximum value of all interval input values
E	O<00>wmaximum value of all timestamp with time zone input values
D	N<00>Ymaximum value of all timestamp input values
C	M<00>Qmaximum value of all money input values
B	L<00>mmaximum value of all time with time zone input values
A	K<00>Omaximum value of all time input values
@	J<00>Omaximum value of all date input values
?	H<00>Smaximum value of all float8 input values
>	G<00>Smaximum value of all float4 input values
=	F<00>Mmaximum value of all oid input values
<	E<00>Wmaximum value of all smallint input values
;	D<00>Umaximum value of all integer input values
:	C<00>Smaximum value of all bigint input values
9	B<00>_sum as numeric across all numeric input values
8	A<00>csum as interval across all interval input values
7	@<00>Wsum as money across all money input values
6	?<00>[sum as float8 across all float8 input values
5	><00>[sum as float4 across all float4 input values
4	=<00>_sum as bigint across all smallint input values
3	<<00>]sum as bigint across all integer input values
2	;<00>]sum as numeric across all bigint input values
1	:<00><00>the average (arithmetic mean) as interval of all interval values
0	9<00>{the average (arithmetic mean) as float8 of all float8 values
/	8<00>{the average (arithmetic mean) as float8 of all float4 values
.	7<00>the average (arithmetic mean) as numeric of all numeric values
-	6<00><00>the average (arithmetic mean) as numeric of all smallint values
,	5<00>the average (arithmetic mean) as numeric of all integer values
+	4<00>}the average (arithmetic mean) as numeric of all bigint values
*	<00><00>1convert boolean to text
)	;
<00>]Is JIT compilation available in this session?
(	`<00>?sleep until the specified time
'	_<00>Csleep for the specified interval
&	B
<00>Qsleep for the specified time in seconds
%	<00><00>=list all files in a directory
$	A
<00>=list all files in a directory
#	A<00>/read bytea from a file
"	<00><00>/read bytea from a file
!	<00><00>/read bytea from a file
 	<00><00>/read bytea from a file
	@<00>-read text from a file
	<00><00>-read text from a file
	<00><00>-read text from a file
	@
<00>-read text from a file
	<00><00>7get information about file
	?
<00>7get information about file
	<00><00>Qcurrent logging collector file location
	<00><00>Qcurrent logging collector file location
	>
<00>!rotate log file
	=
<00>7reload configuration files
	P<00>Oget resource managers loaded in system
	q<00>7get wal replay pause state
	
<00>;true if wal replay is paused
	<00>Iresume wal replay, if it was paused
	<00><00>#pause wal replay
	<00><00>=timestamp of last replay xact
	<00><00>3last wal replay location
	<00><00>7current wal flush location

	<00><00>=true if server is in recovery
	<00><00>%export a snapshot
	]<00>[difference in bytes, given two wal locations

	E<00>ksequence number and timeline ID given a wal filename
		#<00>Gwal filename, given a wal location
	"<00>gwal filename and byte offset, given a wal location
	
<00>7current wal flush location
	$<00>9current wal insert location
	!<00>7current wal write location
	<00>;create a named restore point
	<00><00>Wlog details of the current snapshot to WAL
	 <00>/switch to new wal file

	l
<00>/promote standby server(<00>
<01>
  <00><><EFBFBD>X<>r<08><><00><><EFBFBD><08><><00><><EFBFBD><08><><00><><EFBFBD><08><><00><><EFBFBD><18><><00><><EFBFBD>(<28><><00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>`<60><><18><>З<><00><><EFBFBD>(<28><>Ȗ<>h<><68><08><><00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>@<40><>蓪<00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>`<60><><18><>Б<><00><><EFBFBD>(<28><><00><><EFBFBD>X<><58>؏<><00><><EFBFBD>(<28><>؎<>`<60><><00><><EFBFBD><00><>tp<>l0<>x<00><>n<00><>b<00><>nP<>b<18>n<00><>n<00><>np<>n8<>n<00>nȊn<00><>nh<>P@<40>P<18>P<00><>P<00><><EFBFBD>X<><58>0<>P<08>P<00><>P<00><>Pp<><70>H<>P <20>P؇<><00><>P<00><>P@<40><><00><><EFBFBD><00><>z<00><>Ph<>P <20><><00><>PЅP<00><><EFBFBD>(<28><><00><><EFBFBD>h<><68>8<>^<08>^؃^x<><78><18><><00><><EFBFBD>X<><58><00><><00><><EFBFBD>
d	<00><00>gcurrent user privilege on database by database oid
c	<00><00>icurrent user privilege on database by database name
b	<00><00>kuser privilege on database by user oid, database oid
a	<00><00>muser privilege on database by user oid, database name
`	<00><00>kuser privilege on database by username, database oid
_	<00><00>muser privilege on database by username, database name
^	<00><00>(internal)
]	<00><00>(internal)
\	<00><00>(internal)
[	<00><00>gparse qualified identifier to array of identifiers
Z	C<00>{get error details if string is not valid input for data type
Y	B<00>ctest whether string is valid input for data type
X	<00><00>Oconvert namespace name to regnamespace
W	<00><00>	I/O
V	<00><00>	I/O
U	<00><00>;convert role name to regrole
T	<00><00>	I/O
S	<00>	I/O
R	7<00>3convert text to regclass
Q	<00><00>Gconvert type name to type modifier
P	<00>
<00>;convert type name to regtype
O	<00><00>	I/O
N	<00><00>	I/O
M	c<00>Econvert classname to regcollation
L	b<00>	I/O
K	a<00>	I/O
J	<00>
<00>=convert classname to regclass
I	<00><00>	I/O
H	<00><00>	I/O
G	<00><00>	I/O
F	<00><00>	I/O
E	<00>
<00>Kconvert operator name to regoperator
D	<00>
<00>Cconvert operator name to regoper
C	<00><00>	I/O
B	<00><00>	I/O
A	<00><00>	I/O
@	<00><00>	I/O
?	<00><00>'less-equal-greater
>	<00><00>'less-equal-greater
=	<00><00>'less-equal-greater
<	<00><00>'less-equal-greater
;	<00><00>'less-equal-greater
:	<00><00>'less-equal-greater
9	<00><00>'less-equal-greater
8	<00><00>'less-equal-greater
7	
<00>sort support
6	<00><00>'less-equal-greater
5	
<00>sort support
4	v<00>'less-equal-greater

<00><00>y-intercept of the least-squares-fit linear equation determined by the (X, Y) pairs
/		<00><00>slope of the least-squares-fit linear equation determined by the (X, Y) pairs
.	<00>Msquare of the correlation coefficient
-	<00>[average of the dependent variable (sum(Y)/N)
,	<00>_average of the independent variable (sum(X)/N)
+	<00><00>sum of products of independent times dependent variable (sum(X*Y) - sum(X) * sum(Y)/N)
*	<00><00>sum of squares of the dependent variable (sum(Y^2) - sum(Y)^2/N)
)	<00><00>sum of squares of the independent variable (sum(X^2) - sum(X)^2/N)
(	<00>ynumber of input rows in which both expressions are not null
'	o<00>Chistorical alias for stddev_samp
&	n<00>Chistorical alias for stddev_samp
%	m<00>Chistorical alias for stddev_samp
$	l<00>Chistorical alias for stddev_samp
#	k<00>Chistorical alias for stddev_samp
"	j<00>Chistorical alias for stddev_samp
!	<00>
<00>esample standard deviation of numeric input values
 	<00>
<00>csample standard deviation of float8 input values
	<00>
<00>csample standard deviation of float4 input values
	<00>
<00>gsample standard deviation of smallint input values
	<00>
<00>esample standard deviation of integer input values
	<00>
<00>csample standard deviation of bigint input values
	<00>
<00>mpopulation standard deviation of numeric input values
	<00>
<00>kpopulation standard deviation of float8 input values
	<00>
<00>kpopulation standard deviation of float4 input values
	<00>
<00>opopulation standard deviation of smallint input values
	<00>
<00>mpopulation standard deviation of integer input values
	<00>
<00>kpopulation standard deviation of bigint input values
	i<00>=historical alias for var_samp
	h<00>=historical alias for var_samp
	g<00>=historical alias for var_samp
	f<00>=historical alias for var_samp
	e<00>=historical alias for var_samp
	d<00>=historical alias for var_samp
	V
<00><00>sample variance of numeric input values (square of the sample standard deviation)
	U
<00><00>sample variance of float8 input values (square of the sample standard deviation)

	T
<00><00>sample variance of float4 input values (square of the sample standard deviation)
	S
<00><00>sample variance of smallint input values (square of the sample standard deviation)
	R
<00><00>sample variance of integer input values (square of the sample standard deviation)

	Q
<00><00>sample variance of bigint input values (square of the sample standard deviation)
		<00>
<00><00>population variance of numeric input values (square of the population standard deviation)
	<00>
<00><00>population variance of float8 input values (square of the population standard deviation)
	<00>
<00><00>population variance of float4 input values (square of the population standard deviation)
	<00>
<00><00>population variance of smallint input values (square of the population standard deviation)
	<00>
<00><00>population variance of integer input values (square of the population standard deviation)
	<00>
<00><00>population variance of bigint input values (square of the population standard deviation)
	\<00>Qplanner support for count run condition
	<00>
<00>+number of input rows

	c<00><00>number of input rows for which the input expression is not null(<00>
<01>
  <00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>(<28><>Н<>p<><70><10><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>@<40><>虨<00><><EFBFBD>0<><30>И<>p<><70><10><><00><><EFBFBD>P<><50>ؖ<>`<60><><00><><EFBFBD>p<><70><00><><00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>0<><30>ؒ<><00><><EFBFBD>(<28><>Б<>x<><78> <20><>А<><00><><EFBFBD> <20><><00><><EFBFBD>`<60><><08><><00><><EFBFBD>X<><58><00><><00><><EFBFBD>`<60><><00><><00><><EFBFBD>h<><68><10><><00><><EFBFBD>`<60><><08><><00><><EFBFBD>@<40><>Љ<>h<><68><08><><00><><EFBFBD> <20><><00><><EFBFBD>p<><70> <20><><00><>t<00><>^<00><>P`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PЄP<00><>P<00><>PX<>P0<>P<08>P<00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȂP<00><>Px<>PP<>P(<28>P<00>P؁P<00><>P

f	<00><00>	I/O

e	<00><00>	I/O

d	G
<00>	I/O

c	F
<00>	I/O

b	-<00>	I/O

a	,<00>	I/O

`	<00>
<00>	I/O

_	<00>
<00>	I/O

^	&
<00>	I/O

]	%
<00>	I/O

\	_	<00>	I/O

[	^	<00>	I/O

Z			<00>	I/O

Y		<00>	I/O

X	
	<00>	I/O

W		<00>	I/O

V	<00><00>	I/O

U	<00><00>	I/O

T	<00>	I/O

S	
<00>	I/O

R	<00><00>	I/O

Q	<00><00>	I/O

P	<00><00>	I/O

O	<00><00>	I/O

N	<00><00>	I/O

M	<00><00>	I/O

L	<00><00>	I/O

K	<00><00>	I/O

J	<00><00>	I/O

I	<00><00>	I/O

H	<00><00>	I/O

G	<00><00>	I/O

F		<00>(internal)

E	<00><00>-file path of relation

D	~
<00>Srelation OID for filenode and tablespace

C	<00><00>Afilenode identifier of relation

B	<00><00><00>disk space usage for all indexes attached to the specified table

A	<00><00><00>disk space usage for the specified table, including TOAST, free space and visibility map

@	
<00><00>convert a size in human-readable format with size units into bytes

?	^<00>yconvert a numeric to a human readable text using size units

>	<00><00>{convert a long int to a human readable text using size units

=	<00><00><00>total disk space usage for the specified table and associated indexes

<		<00>ydisk space usage for the specified fork of a table or index

;		<00><00>disk space usage for the main fork of the specified table or index

:	x<00>etotal disk space usage for the specified database

9		<00>etotal disk space usage for the specified database

8		<00>itotal disk space usage for the specified tablespace

7		<00>itotal disk space usage for the specified tablespace

6	<00><00>Echunk ID of on-disk TOASTed value

5	I<00>Ycompression method for the compressed datum

4	<00><00>ybytes required to store the value, perhaps with compression

3	<00>
<00>Wcurrent user privilege on role by role oid

2	<00>
<00>Ycurrent user privilege on role by role name

1	<00>
<00>[user privilege on role by user oid, role oid

0	<00>
<00>]user privilege on role by user oid, role name

/	<00>
<00>[user privilege on role by username, role oid

.	<00>
<00>]user privilege on role by username, role name

-	?<00>mcurrent user privilege on parameter by parameter name

,	><00>quser privilege on parameter by user oid, parameter name

+	=<00>quser privilege on parameter by username, parameter name

*	G<00>Wcurrent user privilege on type by type oid

)	F<00>Ycurrent user privilege on type by type name

(	E<00>[user privilege on type by user oid, type oid

'	D<00>]user privilege on type by user oid, type name

&	C<00>[user privilege on type by username, type oid

%	B<00>]user privilege on type by username, type name

$	<00><00>_current user privilege on server by server oid

#	<00><00>acurrent user privilege on server by server name

"	<00><00>cuser privilege on server by user oid, server oid

!	<00><00>euser privilege on server by user oid, server name

 	<00><00>cuser privilege on server by username, server oid

	<00><00>euser privilege on server by username, server name

	<00><00><00>current user privilege on foreign data wrapper by foreign data wrapper oid

	<00><00><00>current user privilege on foreign data wrapper by foreign data wrapper name

	<00><00><00>user privilege on foreign data wrapper by user oid, foreign data wrapper oid

	<00><00><00>user privilege on foreign data wrapper by user oid, foreign data wrapper name

	<00><00><00>user privilege on foreign data wrapper by username, foreign data wrapper oid

	<00><00><00>user privilege on foreign data wrapper by username, foreign data wrapper name

	[	<00>ocurrent user privilege on tablespace by tablespace oid

	Z	<00>qcurrent user privilege on tablespace by tablespace name

	Y	<00>suser privilege on tablespace by user oid, tablespace oid

	X	<00>uuser privilege on tablespace by user oid, tablespace name

	W	<00>suser privilege on tablespace by username, tablespace oid

	V	<00>uuser privilege on tablespace by username, tablespace name

	<00><00>_current user privilege on schema by schema oid

	<00><00>acurrent user privilege on schema by schema name

	<00><00>cuser privilege on schema by user oid, schema oid

	<00><00>euser privilege on schema by user oid, schema name

	<00><00>cuser privilege on schema by username, schema oid


	<00><00>euser privilege on schema by username, schema name

	<00><00>gcurrent user privilege on language by language oid

	<00><00>icurrent user privilege on language by language name

	<00><00>kuser privilege on language by user oid, language oid

		<00><00>muser privilege on language by user oid, language name

	<00><00>kuser privilege on language by username, language oid

	<00><00>muser privilege on language by username, language name

	<00><00>gcurrent user privilege on function by function oid

	<00><00>icurrent user privilege on function by function name

	<00><00>kuser privilege on function by user oid, function oid

	<00><00>muser privilege on function by user oid, function name

	<00><00>kuser privilege on function by username, function oid


	<00><00>muser privilege on function by username, function name(<00><02>  ؟P<00><>P<00><>P`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PНP<00><><EFBFBD>8<><38><08>Z؜Z<00><>bh<>b0<>b<00><>b<00><>n<00><>nP<>n<18>n<00><>n<00><>n<00><>PX<>P0<>P<08>P<00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȘP<00><>Px<>PP<>P(<28>P<00>PؗP<00><>P<00><>P`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PЕP<00><>P<00><>PX<>P0<>P<08>P<00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȓP<00><>Px<>PP<>P(<28>P<00>PؒP<00><>P<00><>P`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PАP<00><>P<00><>PX<>P0<>P<08>P<00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȎP<00><>Px<>PP<>P(<28>P<00>P؍P<00><>P<00><>P`<60>P8<>P<10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>PЋP<00><>P<00><>PX<>P0<>P<08>P<00><>P<00><>P<00><>Ph<>P@<40>P<18>P<00><>PȉPp<><70><18><><00><><EFBFBD>P<><50>Ї<>x<><78><18><><00><><EFBFBD>p<><70> <20><>؅<><00><><EFBFBD> <20><><00><>|p<><70><18><><00><><EFBFBD>`<60><><18><>Ђ<><00><>r
<00>	O<00>+generate XML comment
<00>	+<00>Anon-persistent series generator
<00>	*<00>Anon-persistent series generator
<00>	<00><00>[log memory contexts of the specified backend
<00>	<00><00>oinformation about all memory contexts of local backend
<00>	<00><00>aallocations from the main shared memory segment
<00>	<00><00><00>get the fraction of the asynchronous notification queue currently in use
<00>	<00><00>5send a notification event
<00>	<00><00>kget the channels that the current backend listens to
<00>	<00>
<00>[trigger description with pretty-print option
<00>	(<00>Eget the available time zone names
<00>	'
<00>Uget the available time zone abbreviations
<00>	<00>	<00>Mget the open cursors for this session
<00>	<00>	<00>[get the prepared statements for this session
<00>	<00>	<00>odeparse an encoded expression with pretty-print option
<00>	<00>	<00>aconstraint description with pretty-print option
<00>	<00>	<00><00>index description (full create statement or single expression) with pretty-print option
<00>	W<00><00>select statement of a view with pretty-printing and specified line wrapping
<00>	<00>	<00>iselect statement of a view with pretty-print option
<00>	<00>	<00>iselect statement of a view with pretty-print option
<00>	<00>	<00>_source text of a rule with pretty-print option
<00>	w
<00>	I/O
<00>	v
<00>	I/O
<00>	1<00>	I/O
<00>	0<00>	I/O
<00>	<00>	<00>	I/O
<00>	<00>	<00>	I/O
<00>	<00>	<00>	I/O
<00>	<00>	<00>	I/O
<00>	<00>	<00>	I/O
	<00>	<00>	I/O
~	<00>	<00>	I/O
}	<00>	<00>	I/O
|	<00>	<00>	I/O
{	<00>	<00>	I/O
z	<00>	<00>	I/O
y	<00>	<00>	I/O
x	<00>	<00>	I/O
w	<00>	<00>	I/O
v	<00>	<00>	I/O
u	<00>	<00>	I/O
t	<00>	<00>	I/O
s	<00>	<00>	I/O
r	<00>	<00>	I/O
q	<00>	<00>	I/O
p	<00>	<00>	I/O
o	<00>	<00>	I/O
n	<00>	<00>	I/O
m	<00>	<00>	I/O
l	<00>	<00>	I/O
k	<00>	<00>	I/O
j	<00>	<00>	I/O
i	<00>	<00>	I/O
h	<00>	<00>	I/O
g	<00>	<00>	I/O
f	<00>	<00>	I/O
e	<00>	<00>	I/O
d	<00>	<00>	I/O
c	<00>	<00>	I/O
b	<00>	<00>	I/O
a	<00>	<00>	I/O
`	<00>	<00>	I/O
_	<00>	<00>	I/O
^	<00>	<00>	I/O
]	<00>	<00>	I/O
\	<00>	<00>	I/O
[	<00>	<00>	I/O
Z	<00><00>	I/O
Y	<00><00>	I/O
X	<00><00>	I/O
W	<00><00>	I/O
V	<00>	<00>	I/O
U	<00>	<00>	I/O
T	e<00>	I/O
S	d<00>	I/O
R	<00>	<00>	I/O
Q	<00>	<00>	I/O
P	<00>	<00>	I/O
O	<00>	<00>	I/O
N	<00>	<00>	I/O
M	<00>	<00>	I/O
L	<00>	<00>	I/O
K	<00>	<00>	I/O
J	<00>	<00>	I/O
I	<00>	<00>	I/O
H	<00>	<00>	I/O
G	<00>	<00>	I/O
F	<00>	<00>	I/O
E	<00>	<00>	I/O
D	<00>	<00>	I/O
C	<00>	<00>	I/O
B	<00>	<00>	I/O
A	<00>	<00>	I/O
@	<00>	<00>	I/O
?	<00>	<00>	I/O
>	<00>	<00>	I/O
=	<00>	<00>	I/O
<		<00>	I/O
;	~	<00>	I/O
:	}	<00>	I/O
9	|
	<00><00>	I/O
		<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	
<00>	I/O

	
<00>	I/O(<00>
  <00><><EFBFBD>p<><70>(<28><><00><><EFBFBD><00><><EFBFBD>P<><50><08><><00><><EFBFBD>x<><78>0<><30>蜄<00><><EFBFBD>X<><58><18>z؛z<00><>tX<>r<18>tК<><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>h<><68> <20><><00><><EFBFBD><00><><EFBFBD>X<>|<18>zؗ|<00><><EFBFBD>H<>x<08>x<00><><EFBFBD>x<>t8<>x<00>bȕb<00><>bX<>b <20>b<00><>b<00><>bx<>b@<40>b<08>bГb<00><>b`<60>b(<28>b<00><>b<00><>b<00><>bH<>l<10>lؑl<00><>lX<><58> <20>p<00><>p<00><>px<>p8<>|<00><>|<00><>|x<>|8<>|<00><><EFBFBD><00><><EFBFBD>`<60><><18><>Ѝ<><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>h<><68> <20><>؋<><00><><EFBFBD>H<><48><00><><00><><EFBFBD>h<><68>(<28>v<00><>v<00><>vh<>v0<>n<00><>n<00><>n<00><>nP<>n<08><><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>P<><50><00><><00><><EFBFBD>p<><70>(<28><><00><><EFBFBD><00><><EFBFBD>`<60><><10><><00><><EFBFBD>p<><70> <20><>؂<><00><><EFBFBD>P<>~(<28>P<00>P
t	N<00>	I/O
s	M<00>	I/O
r	L<00>7release all advisory locks
q	K<00>;release shared advisory lock
p	J<00>Arelease exclusive advisory lock
o	<00>Sobtain shared advisory lock if available
n	I<00>Sobtain shared advisory lock if available
m	<00>Yobtain exclusive advisory lock if available
l	H<00>Yobtain exclusive advisory lock if available
k	<00>9obtain shared advisory lock
j	G<00>9obtain shared advisory lock
i	<00>?obtain exclusive advisory lock
h	F<00>?obtain exclusive advisory lock
g	E<00>;release shared advisory lock
f	D<00>Arelease exclusive advisory lock
e	<00>Sobtain shared advisory lock if available
d	C<00>Sobtain shared advisory lock if available
c	<00>Yobtain exclusive advisory lock if available
b	B<00>Yobtain exclusive advisory lock if available
a	<00>9obtain shared advisory lock
`	A<00>9obtain shared advisory lock
_	<00>?obtain exclusive advisory lock
^	@<00>?obtain exclusive advisory lock
]	<00><00>'BRIN bloom support
\	<00><00>'BRIN bloom support
[	<00><00>'BRIN bloom support
Z	<00><00>'BRIN bloom support
Y	<00><00>'BRIN bloom support
X	<00>/BRIN inclusion support
W	<00>/BRIN inclusion support
V	
<00>/BRIN inclusion support
U		<00>/BRIN inclusion support
T	<00>KBRIN multi minmax timestamp distance
S	<00>ABRIN multi minmax inet distance
R	<00>IBRIN multi minmax macaddr8 distance
Q	<00>GBRIN multi minmax macaddr distance
P	<00>EBRIN multi minmax pg_lsn distance
O	<00>EBRIN multi minmax timetz distance
N	<00>IBRIN multi minmax interval distance
M	<00>ABRIN multi minmax time distance
L	<00>ABRIN multi minmax date distance
K	<00>ABRIN multi minmax uuid distance
J	<00>?BRIN multi minmax tid distance
I	<00>GBRIN multi minmax numeric distance
H	<00>EBRIN multi minmax float8 distance
G	<00>EBRIN multi minmax float4 distance
F	<00>ABRIN multi minmax int8 distance
E	<00>ABRIN multi minmax int4 distance
D	
<00>ABRIN multi minmax int2 distance
C	<00>5BRIN multi minmax support
B	<00>5BRIN multi minmax support
A	
<00>5BRIN multi minmax support
@		<00>5BRIN multi minmax support
?	<00>5BRIN multi minmax support
>	:
<00>)BRIN minmax support
=	9
<00>)BRIN minmax support
<	8
<00>)BRIN minmax support
;	7
<00>)BRIN minmax support
:	<00>;GIN array support (obsolete)
9	P<00>%GIN array support
8	<00>
<00>%GIN array support
7	<00>
<00>%GIN array support
6	<00>
<00>%GIN array support
5	k
<00>sort support
4	<00><00>GiST support
3	<00><00>GiST support
2	<00><00>GiST support
1	<00><00>GiST support
0	<00><00>GiST support
/	<00>GiST support
.	 
<00>GiST support
-	
<00>GiST support
,	
<00>GiST support
+	
<00>GiST support
*	<00><00>GiST support
)	
<00>GiST support
(	
<00>GiST support
'	
<00>GiST support
&	
<00>GiST support
%	
<00>GiST support
$	<00><00>1configuration load time
#	
<00>-postmaster start time
"	<00>	<00>Mcurrent value from last used sequence
!	<00>	<00>1convert boolean to int4
 	<00>	<00>1convert int4 to boolean
	<00>	<00>Mget OIDs of databases in a tablespace
	<00>5bitwise-xor bit aggregate
	<00><00>3bitwise-or bit aggregate
	<00><00>5bitwise-and bit aggregate
	<00>;bitwise-xor bigint aggregate
	<00><00>9bitwise-or bigint aggregate
	<00><00>;bitwise-and bigint aggregate
	<00>=bitwise-xor integer aggregate
	<00><00>;bitwise-or integer aggregate
	<00><00>=bitwise-and integer aggregate
	<00>?bitwise-xor smallint aggregate
	<00><00>=bitwise-or smallint aggregate
	<00><00>?bitwise-and smallint aggregate
	<00>	<00>-boolean-and aggregate
	<00>	<00>+boolean-or aggregate
	<00>	<00>-boolean-and aggregate
	<00>
<00>3aggregate final function
	<00>
<00>3aggregate final function

	<00>
<00>=aggregate transition function
	<00>
<00>=aggregate transition function
	<00>	<00>=aggregate transition function

	<00>	<00>=aggregate transition function
		<00><00>Anon-persistent series generator
	<00><00>Anon-persistent series generator
	<00><00>Anon-persistent series generator
	<00><00>Anon-persistent series generator
	<00><00>Anon-persistent series generator
	<00><00>Iplanner support for generate_series
	-<00>Anon-persistent series generator
	,<00>Anon-persistent series generator

	<00><00>Iplanner support for generate_series(<00>
<01>
  <00><><EFBFBD>H<>t <20>P<00><>P<00><><EFBFBD>p<>v<18><>؝v<00><>|X<>x<18><>М<><00><><EFBFBD>8<><38>؛<>x<><78>8<>~<00><><EFBFBD><00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>@<40><><00>|<00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>P<><50><00><><EFBFBD>ЖP<00><>P<00><>PX<>P <20>lȕ<><00><>h8<><38><00><><EFBFBD><00><><EFBFBD>`<60><> <20>|<00><>|<00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>P<><50><08><><00><><EFBFBD>`<60><><00><><EFBFBD><00><><EFBFBD>p<>|<18><>؏~<00><><EFBFBD>(<28><><00><>l<00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>h<>v(<28>r<00><>r<00><><EFBFBD>X<><58><08><><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD><00><>P`<60>P(<28>n<00><>bȉP<00><>Pp<>R@<40>R<00>r<00><><EFBFBD>x<><78>P<>P(<28>P<00>P؇P<00><>np<>R@<40>R<08>dІf<00><>P<00><>PX<>P0<>P<00><>nȅR<00><>R`<60>f(<28>d؄<><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>8<><38><10>P<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>P
t	9<00>	I/O
s	<00>	I/O
r	6<00>	I/O
q	<00>	I/O
p	7<00>	I/O
o	<00>	I/O
n	<00>
<00>	I/O
m	<00>
<00>	I/O
l	<00>
<00>erange of the given enum type, as an ordered array
k	<00>
<00>{range between the two given enum values, as an ordered array
j	<00>
<00>Elast value of the input enum type
i	<00>
<00>Gfirst value of the input enum type
h	<00>
<00>Ominimum value of all enum input values
g	<00>
<00>Omaximum value of all enum input values
f	<00>
<00>larger of two
e	<00>
<00>smaller of two
d	V
<00>hash
c	<00>
<00>hash
b	<00>
<00>'less-equal-greater
a	<00>
<00>	I/O
`	<00>
<00>	I/O
_	<00>
<00>	I/O
^	<00>
<00>	I/O
]	\<00>smaller of two
\	[<00>larger of two
[	U
<00>hash
Z	<00><00>hash
Y	<00><00>'less-equal-greater
X	<00><00>	I/O
W	<00><00>	I/O
V	<00><00>	I/O
U	<00><00>	I/O
T	<00><00>Gextract version from RFC 4122 UUID
S	<00><00>9extract timestamp from UUID
R	h
<00>+generate random UUID
Q	T
<00>hash
P	<00><00>hash
O	<00><00>	I/O
N	<00><00>	I/O
M	<00><00>sort support
L	<00><00>'less-equal-greater
K	<00><00>	I/O
J	<00><00>	I/O
I	<00><00>;get the type of a json value
H	<00><00>yget set of records with fields from a json array of objects
G	<00><00>Kget record fields from a json object
F	y<00>yget set of records with fields from a json array of objects
E	x<00>Kget record fields from a json object
D	w<00>Ckey value pairs of a json object
C	v<00>Ckey value pairs of a json object
B	u<00>+get json object keys
A	
<00>Qtest XML value against XPath expression
	t<00>5evaluate XPath expression
	s<00>gevaluate XPath expression, with namespaces support
	z<00>umap database contents and structure to XML and XML Schema
	y<00>Kmap database structure to XML Schema
	x<00>;map database contents to XML
	w<00>qmap schema contents and structure to XML and XML Schema
	v<00>Gmap schema structure to XML Schema
	u<00>7map schema contents to XML
	r<00>kmap query result and structure to XML and XML Schema
	q<00>omap table contents and structure to XML and XML Schema
	p<00>Gmap cursor structure to XML Schema

	o<00>Smap query result structure to XML Schema
	n<00>Emap table structure to XML Schema
	m<00>9map rows from cursor to XML

	l<00>1map query result to XML
		k<00>5map table contents to XML
	<00><00>/generate XML text node
	j<00>[serialize an XML value to a character string
	U<00>/concatenate XML values
	T<00>=aggregate transition function
	S<00>	I/O
	R<00>	I/O
	Q<00>-validate an XML value

	P<00><00>perform a non-validating parse of a character string to produce an XML value(  ؟P<00><>P<00><>P`<60>P(<28>n<00><>l<00><>~h<><68> <20><><00><>d<00><>r`<60><><10><><00><><EFBFBD>`<60><> <20>t<00><>t<00><>t`<60>t <20>t<00><>t<00><>tX<><58><18>tؙr<00><>rX<>r<18>rؘr<00><>rP<><50><08><><00><><EFBFBD>x<><78>0<><30><00><>|<00><>np<><70>8<>h蕔<00><>hx<>h8<>r<00><>r<00><>rx<>r8<>r<00><>r<00><><EFBFBD>X<><58><08><>Вp<00><><EFBFBD>@<40><><10>\<00><>\<00><>\<00><>\P<>\ <20>\<00><>\<00><>\<00><>z@<40>z<00>r<00><>r<00><>^`<60>^0<>^<00>^Ў^<00><><EFBFBD>0<><30>Ѝ<><00><>^p<>^@<40>^<10>^<00><>^<00><>^<00><>^P<>^<18>l<00><>l<00><>lp<>l(<28><><00><><EFBFBD><00><><EFBFBD>P<><50><10><>Љ<><00><><EFBFBD>P<><50><10>t؈b<00><>rX<>r<18>r؇t<00><>b`<60>r <20>r<00><>r<00><><EFBFBD>0<><30>؅<><00><><EFBFBD>(<28><>Є<>x<><78> <20><>ȃ<>p<><70>(<28><><00>P؂P<00><>P<00><>P`<60>P8<>P<10>P
z	<00><00>	I/O
y	<00><00>	I/O
x	<00><00>	I/O
w	<00><00>	I/O
v	<00><00>	I/O
u	<00><00>	I/O
t	<00><00>	I/O
s	<00><00>Eget current tsearch configuration
r	<00><00>atrigger for automatic update of tsvector column
q	<00><00>atrigger for automatic update of tsvector column
p	x<00>ctransform specified values from json to tsvector
o	t<00>]transform string values from json to tsvector
n	v<00>etransform specified values from jsonb to tsvector
m	s<00>_transform string values from jsonb to tsvector
l	w<00>ctransform specified values from json to tsvector
k	r<00>]transform string values from json to tsvector
j	u<00>etransform specified values from jsonb to tsvector
i	q<00>_transform string values from jsonb to tsvector
h	<00><00>+transform to tsquery
g	<00><00>+transform to tsquery
f	<00><00>+transform to tsquery
e	<00><00>make tsquery
d	<00><00>-transform to tsvector
c	<00><00>+transform to tsquery
b	<00><00>+transform to tsquery
a	<00><00>+transform to tsquery
`	<00><00>make tsquery
_	<00><00>-transform to tsvector
^	p<00>9generate headline from json
]	o<00>9generate headline from json
\	n<00>9generate headline from json
[	m<00>9generate headline from json
Z	l<00>;generate headline from jsonb
Y	k<00>;generate headline from jsonb
X	j<00>;generate headline from jsonb
W	i<00>;generate headline from jsonb
V	<00><00>%generate headline
U	<00><00>%generate headline
T	<00><00>%generate headline
S	<00><00>%generate headline
R	<00><00>(internal)
Q	<00><00>(internal)
P	<00><00>(internal)
O	<00><00>(internal)
N	<00><00>(internal)
M	<00><00>(in
<00>+GIN tsvector support
	<00><00>+GIN tsvector support
	Q<00>+GIN tsvector support
	J<00>+GIN tsvector support
	I<00>+GIN tsvector support
	H<00>+GIN tsvector support
	j
<00>-GiST tsvector support
	<00><00>CGiST tsvector support (obsolete)
	F<00>-GiST tsvector support
	E<00>-GiST tsvector support
	D<00>-GiST tsvector support
	C<00>-GiST tsvector support
	B<00>-GiST tsvector support
	A<00>-GiST tsvector support
	@<00>-GiST tsvector support
	<00><00>sdelete lexemes that do not have one of the given weights
	<00><00>Kbuild tsvector from array of lexemes

	<00><00>Kconvert tsvector to array of lexemes
	<00><00>?expand tsvector to set of rows
	<00><00>+delete given lexemes

	<00><00>delete lexeme
		<00><00>Gset given weight for given lexemes
	(<00>Iset given weight for whole tsvector
	'<00>7strip position information
	<00>%number of lexemes
	&<00>'less-equal-greater
	?<00>	I/O
	><00>	I/O
	8<00>	I/O

	<00>	I/O(<00>
<01>
  ؟P<00><>P<00><>P`<60>P8<>P<00><><EFBFBD><00><><EFBFBD>P<>n<08><><00><><EFBFBD>x<><78>8<>~蜜<00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>X<><58><10><><00><><EFBFBD>`<60><><00><><EFBFBD><00><><EFBFBD>p<>~<18><>ؘ<><00><><EFBFBD>0<><30>ؗ<><00><>|X<>x<18>tؖt<00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>@<40><><08>nؓR<00><>Rx<>`H<>`<18>`<00><>`<00><>`<00><>`X<>`(<28>`<00><>`<00><><EFBFBD>p<>p0<>z<00><>|ȐP<00><>Px<>PP<>P<10>r؏f<00><><EFBFBD>P<>|<18>fЎ<><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>P<><50><08><><00><>P<00><>P<00><>Ph<>P(<28>~<00><>~<00><>rh<>r(<28>r؊<><00><><EFBFBD>H<><48> <20>P<00><>PЉP<00><>Ph<>r(<28>r<00><>r<00><><EFBFBD>H<><48><08>~ȇ~<00><><EFBFBD>H<>n<18>R<00><>R<00><><EFBFBD>h<>`(<28>|<00><><EFBFBD><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>h<>v(<28>z<00><>|<00><><EFBFBD>X<><58><10><><00><><EFBFBD>x<><78>8<>z<00><>|
v	<00><00>5planner support for ntile
u	!<00>3split rows into N groups
t	<00><00>=planner support for cume_dist
s	 <00>Ofractional row number within partition
r	<00><00>Cplanner support for percent_rank
q	<00>Cfractional rank within partition
p	[<00>?planner support for dense_rank
o	<00>5integer rank without gaps
n	Z<00>3planner support for rank
m	<00>/integer rank with gaps
l	Y<00>?planner support for row_number
k	<00>9row number within partition
j	<00>yflag an extension's table contents to be emitted by pg_dump
i	<00>Slist an extension's version update paths
h	<00>Elist available extension versions
g	
<00>5list available extensions
f	<00><00>equal image
e	s<00>Qless-equal-greater based on byte images
d	1<00>hash
c	0<00>hash
b	<00><00>'less-equal-greater
a	<00><00>;commit status of transaction
`	<00><00>7get current transaction ID
_	<00><00>7get current transaction ID
^	<00><00>;is xid8 visible in snapshot?
]	<00><00>aget set of in-progress transactions in snapshot
\	<00><00>+get xmax of snapshot
[	<00><00>+get xmin of snapshot
Z	<00><00>+get current snapshot
Y	<00><00>	I/O
X	<00><00>	I/O
W	<00><00>	I/O
V	<00><00>	I/O
U	 
<00>;commit status of transaction
T	<00><00>;is txid visible in snapshot?
S	<00><00>Sget set of in-progress txids in snapshot
R	<00><00>+get xmax of snapshot
Q	<00><00>+get xmin of snapshot
P	<00><00>+get current snapshot
O	
<00>7get current transaction ID
N	<00>7get current transaction ID
M	~<00>	I/O
L	}<00>	I/O
K	|<00>	I/O
J	{<00>	I/O
I	<00><00>=implementation of @@ operator
H	<00><00>=implementation of @? operator
G	<00><00>;jsonpath match with timezone
F	<00><00>Qjsonpath query first item with timezone
E	<00><00>ajsonpath query wrapped into array with timezone
D	<00><00>;jsonpath query with timezone
C	<00><00>Gjsonpath exists test with timezone
B	<00><00>jsonpath match
A	<00><00>5jsonpath query first item
@	<00><00>Ejsonpath query wrapped into array
?	<00><00>jsonpath query
>	<00><00>+jsonpath exists test
=	<00><00>	I/O
<	<00><00>	I/O
;	<00><00>	I/O
:	<00><00>	I/O
9	<00>
<00>5Insert value into a jsonb
8	<00><00>3Indented text from jsonb
7	<00><00>)Set part of a jsonb
6	<00><00>OSet part of a jsonb, handle NULL value
5	<00>
<00>GIN support
4	<00>
<00>GIN support
3	<00>
<00>GIN support
2	<00>
<00>GIN support
1	<00>
<00>GIN support
0	<00>
<00>GIN support
/	<00>
<00>GIN support
.	<00>
<00>GIN support
-	<00>
<00>GIN support
,	X
<00>hash
+	<00><00>hash
*	<00><00>'less-equal-greater
)	<00><00>=get the type of a jsonb value
(	<00>
<00>{get set of records with fields from a jsonb array of objects
'	<00>
<00>Mget record fields from a jsonb object
&	<00>
<00>{get set of records with fields from a jsonb array of objects
%	<00><00>Wtest get record fields from a jsonb object
$	<00><00>Mget record fields from a jsonb obje
	<00><00>Ijsonb aggregate transition function
		<00><00>Ijsonb aggregate transition function
	<00><00>'map input to jsonb
	<00><00>emap text array of key value pairs to jsonb object
	<00><00>emap text array of key value pairs to jsonb object
	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O

	<00><00>	I/O(<00>
<01>
  <00><><EFBFBD>p<><70><18><>О<><00><><EFBFBD>0<><30><00><>|<00><>zp<>xH<>P <20>P<00><>PМP<00><>P<00><>P@<40>r<00>rțpx<><78>(<28><>ؚ<><00><><EFBFBD>8<><38>虠<00><><EFBFBD>(<28><><00><>n<00><>b<00><>bH<>b<10>bؗb<00><>bh<>b0<>b<00><>b<00><>jp<><70>(<28><><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>P<><50><00><><00><><EFBFBD>`<60><><00><><00><>t<00><>t@<40>r<00>rȑp<00><>pP<>t<10>tАt<00><>tP<>t<10>t<00><>P<00><>P<00><>Pp<>PH<>P <20>P<00><>|<00><>|`<60>z<10><><00><><EFBFBD>p<><70> <20><><00><>t<00><><EFBFBD>P<>n<18>l<00><>l<00><>~`<60>~ <20>~<00><>|<00><>|`<60>| <20>z<00><>z<00><>z`<60>~ <20>~<00><>~<00><>~`<60>~ <20>~<00><>~<00><>~`<60>~(<28>n<00><><EFBFBD><00><>zP<><50><08><>ȅzx<><78>0<><30>脈<00><><EFBFBD>h<>f0<>f<00><>p<00><><EFBFBD>h<><68>0<>n<00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD>
u	<00><00>SSP-GiST support for quad tree over point
t	<00><00>SSP-GiST support for quad tree over point
s	<00><00>SSP-GiST support for quad tree over point
r	<00><00>SSP-GiST support for quad tree over point
q	<00>
<00>'construct interval
p	<00>
<00>Gconstruct timestamp with time zone
o	<00>
<00>Gconstruct timestamp with time zone
n	<00>
<00>)construct timestamp
m	<00>construct time
l	<00>construct date
k	
<00>Gexpand multirange to set of ranges
j	%<00>Arange aggregate by intersecting
i	$<00>Arange aggregate by intersecting
h	S<00>Ucombine aggregate input into a multirange
g	R<00>3aggregate final function
f	Q<00>=aggregate transition function
e	<00><00>Ucombine aggregate input into a multirange
d	<00><00>3aggregate final function
c	<00><00>=aggregate transition function
b	<00><00>'anymultirange cast
a	<00><00>7int8multirange constructor
`	<00><00>7int8multirange constructor
_	<00><00>7int8multirange constructor
^	<00><00>7datemultirange constructor
]	<00><00>7datemultirange constructor
\	<00><00>7datemultirange constructor
[	<00><00>7tstzmultirange constructor
Z	<00><00>7tstzmultirange constructor
Y	<00><00>7tstzmultirange constructor
X	<00><00>3tsmultirange constructor
W	<00><00>3tsmultirange constructor
V	<00><00>3tsmultirange constructor
U	<00><00>5nummultirange constructor
T	<00><00>5nummultirange constructor
S	<00><00>5nummultirange constructor
R	<00><00>7int4multirange constructor
Q	<00><00>7int4multirange constructor
P	<00><00>7int4multirange constructor
O	<00><00>%hash a multirange
N	<00><00>%hash a multirange
M	<00><00>'less-equal-greater
L	<00><00>crestriction selectivity for multirange operators
K	<00><00>-multirange typanalyze
J	<00><00>Uis the multirange's upper bound infinite?
I	<00><00>Uis the multirange's lower bound infinite?

<00>GiST support
 	)<00>GiST support
	(<00>GiST support
	'<00>GiST support
	$<00>GiST support
	#<00>GiST support
	<00>'less-equal-greater
	<00><00>othe smallest range which includes the whole multirange
	<00><00>wthe smallest range which includes both of the given ranges
	<00><00>Yplanner support for elem_contained_by_range
	<00><00>Qplanner support for range_contains_elem
	<00>Kis the range's upper bound infinite?
	
<00>Kis the range's lower bound infinite?
	<00>Mis the range's upper bound inclusive?
	<00>Mis the range's lower bound inclusive?
	
<00>)is the range empty?
		<00>+upper bound of range
	<00>+lower bound of range
	<00><00>	I/O
	<00><00>	I/O

	<00><00>	I/O
	<00><00>	I/O
	<00><00>	I/O

	<00><00>	I/O
		*<00>1fetch the Nth row value
	)<00>3fetch the last row value
	(<00>5fetch the first row value
	'<00>_fetch the Nth following row value with default
	&<00>Efetch the Nth following row value
	%<00>=fetch the following row value
	$<00>_fetch the Nth preceding row value with default
	#<00>Efetch the Nth preceding row value

	"<00>=fetch the preceding row value(<00>
<01>
  <00><><EFBFBD>P<><50><00><><00><><EFBFBD>`<60><><10><><00><><EFBFBD>p<><70> <20><>М<><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>P<><50><00><><00><><EFBFBD>8<><38>蘠<00><><EFBFBD>@<40><><00><><EFBFBD><00><>xX<><58><10><><00><><EFBFBD>H<><48><00><><00><><EFBFBD>h<><68><18><><00><><EFBFBD>x<><78>(<28><>ؓ<>x<><78>(<28><>ؒ<><00><><EFBFBD> <20><>ؑ<><00><><EFBFBD>X<>p<18>zА<><00><>zH<><48><08>z<00><><EFBFBD><00><>z8<><38><00><>z<00><><EFBFBD>p<>z8<>l<00><>z<00><>zx<>z0<><30><00><>z<00><><EFBFBD>`<60>z<10><>Ћz<00><>tP<>t<10>tЊt<00><>tP<>t<10>tЉt<00><>tP<>t<10>tЈt<00><>tP<>t<10>tЇt<00><>t0<><30>؆<>x<><78><18><><00><><EFBFBD>H<><48>脼<00><><EFBFBD>(<28><>ȃ<>p<><70><18><><00><><EFBFBD>h<><68><10><><00><><EFBFBD>
d	<00><00>ginternal conversion function for WIN1251 to WIN866
c	<00><00>ginternal conversion function for WIN866 to WIN1251
b	<00><00>cinternal conversion function for WIN866 to KOI8R
a	<00><00>cinternal conversion function for KOI8R to WIN866
`	<00><00>einternal conversion function for WIN1251 to KOI8R
_	<00><00>einternal conversion function for KOI8R to WIN1251
^	<00><00>sinternal conversion function for MULE_INTERNAL to WIN866
]	<00><00>sinternal conversion function for WIN866 to MULE_INTERNAL
\	<00><00>uinternal conversion function for MULE_INTERNAL to WIN1251
[	<00><00>uinternal conversion function for WIN1251 to MULE_INTERNAL
Z	<00><00>{internal conversion function for MULE_INTERNAL to ISO-8859-5
Y	<00><00>{internal conversion function for ISO-8859-5 to MULE_INTERNAL
X	<00><00>qinternal conversion function for MULE_INTERNAL to KOI8R
W	<00><00>qinternal conversion function for KOI8R to MULE_INTERNAL
V	<00><00>]for use by pg_upgrade (remote_lsn for origin)
U	<00><00>sfor use by pg_upgrade (relation for pg_subscription_rel)
T	<00><00>-for use by pg_upgrade
S	<00><00>-for use by pg_upgrade
R	<00><00>-for use by pg_upgrade
Q	<00><00>-for use by pg_upgrade
P	<00><00>-for use by pg_upgrade
O	<00>-for use by pg_upgrade
N	<00><00>-for use by pg_upgrade
M	<00>-for use by pg_upgrade
L	<00>-for use by pg_upgrade
K	<00>-for use by pg_upgrade
J	<00>-for use by pg_upgrade
I	<00>-for use by pg_upgrade
H	<00>-for use by pg_upgrade
G	'<00>-for use by pg_upgrade
F	&<00>-for use by pg_upgrade
E	<00>-for use by pg_upgrade
D	<00>
<00>-for use by pg_upgrade
C	<00><00>3aggregate final function
B	<00><00>Mrank of hypothetical row without gaps
A	<00><00>3aggregate final function
@	<00><00>Ycumulative distribution of hypothetical row
?	<00><00>3aggregate final function
>	<00><00>Ifra
	<00><00>SSP-GiST support for radix tree over text
		<00><00>SSP-GiST support for radix tree over text
	<00><00>SSP-GiST support for radix tree over text
	<00><00>SSP-GiST support for radix tree over text
	<00><00>SSP-GiST support for radix tree over text
	<00><00>QSP-GiST support for k-d tree over point
	<00><00>QSP-GiST support for k-d tree over point
	<00><00>QSP-GiST support for k-d tree over point
	<00><00>QSP-GiST support for k-d tree over point

	<00><00>mSP-GiST support for quad tree and k-d tree over point(p
p
  <00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD> <20><><00><><EFBFBD>`<60><><00><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>0<><30>К<>p<><70><10><><00><><EFBFBD>`<60><><00><><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD> <20><><00><><EFBFBD>`<60><><08><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>0<><30>Г<>p<><70><18><><00><><EFBFBD>h<><68><10><><00><><EFBFBD>`<60><><08><><00><><EFBFBD>X<><58><00><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>@<40><>茢<00><><EFBFBD>0<><30>Ћ<>x<><78> <20><>Ȋ<>p<><70><18><><00><><EFBFBD>h<><68><10><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>(<28><><00><><EFBFBD>`<60><><08><>ȅ<>p<><70><18><><00><><EFBFBD>@<40><>胮<00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>(<28><>؁<><00><>Rp<>f
V	<00><00>PostgreSQL LSN
U	<00><00>UUID
T	~<00>Sget progress for all replication origins
S	}<00>yget an individual replication origin's replication progress
R	|<00>aadvance replication origin to specific location
Q	{<00>creset the transaction's origin lsn and timestamp
P	z<00>csetup the transaction's origin lsn and timestamp
O	y<00>iget the replication progress of the current session
N	x<00>gis a replication origin configured in this session
M	w<00>eteardown configured replication progress tracking
L	v<00><00>configure session to maintain replication progress tracking for the passed in origin
K	u<00>etranslate the replication origin's name to its id
J	t<00>_drop replication origin identified by its name
I	s<00>9create a replication origin
H	<00><00>ajoin selectivity for generic matching operators
G	<00><00>orestriction selectivity for generic matching operators
F	#<00><00>internal conversion function for SHIFT_JIS_2004 to EUC_JIS_2004
E	"<00><00>internal conversion function for EUC_JIS_2004 to SHIFT_JIS_2004
D	!<00>qinternal conversion function for UTF8 to SHIFT_JIS_2004
C	 <00>qinternal conversion function for SHIFT_JIS_2004 to UTF8
B	<00>minternal conversion function for UTF8 to EUC_JIS_2004
A	<00>minternal conversion function for EUC_JIS_2004 to UTF8
@	<00>[internal conversion function for UTF8 to UHC
?	<00>[internal conversion function for UHC to UTF8
>	<00>]internal conversion function for UTF8 to SJIS
=	<00>]internal conversion function for SJIS to UTF8
<	<00>_internal conversion function for UTF8 to JOHAB
;	<00>_internal conversion function for JOHAB to UTF8
:	<00>ainternal conversion function for UTF8 to LATIN1
9	<00>ainternal conversion function for LATIN1 to UTF8
8	<00>ointernal conversion function for ISO-8859 2-16 to UTF8
7	<00>ointernal conversion function for UTF8 to ISO-8859 2-16
6	<00>[internal conversion function for UTF8 to GB
<00>ainternal conversion function for EUC_JP to UTF8
,		<00>ainternal conversion function for UTF8 to EUC_CN
+	<00>ainternal conversion function for EUC_CN to UTF8
*	<00>[internal conversion function for WIN to UTF8
)	<00>[internal conversion function for UTF8 to WIN
(	<00>_internal conversion function for KOI8U to UTF8
'	<00>_internal conversion function for UTF8 to KOI8U
&	<00>_internal conversion function for KOI8R to UTF8
%	<00>_internal conversion function for UTF8 to KOI8R
$	
<00>]internal conversion function for UTF8 to BIG5
#	<00>]internal conversion function for BIG5 to UTF8
"	<00><00>sinternal conversion function for MULE_INTERNAL to LATIN4
!	<00><00>sinternal conversion function for LATIN4 to MULE_INTERNAL
 	<00><00>sinternal conversion function for MULE_INTERNAL to LATIN3
	<00><00>sinternal conversion function for LATIN3 to MULE_INTERNAL
	<00><00>sinternal conversion function for MULE_INTERNAL to LATIN1
	<00><00>sinternal conversion function for LATIN1 to MULE_INTERNAL
	<00><00>ginternal conversion function for WIN1250 to LATIN2
	<00><00>ginternal conversion function for LATIN2 to WIN1250
	<00><00>uinternal conversion function for MULE_INTERNAL to WIN1250
	<00><00>uinternal conversion function for WIN1250 to MULE_INTERNAL
	<00><00>sinternal conversion function for MULE_INTERNAL to LATIN2
	<00><00>sinternal conversion function for LATIN2 to MULE_INTERNAL
	<00><00>ointernal conversion function for MULE_INTERNAL to BIG5
	<00><00>sinternal conversion function for MULE_INTERNAL to EUC_TW
	<00><00>ointernal conversion function for BIG5 to MULE_INTERNAL
	<00><00>sinternal conversion function for EUC_TW to MULE_INTERNAL
	<00><00>ainternal conversion function for BIG5 to EUC_TW
	<00><00>ainternal conversion function for EUC_TW to BIG5
	<00><00>sinternal conversion function for MULE_INTERNAL to EUC_KR
	<00><00>sinternal conversion function for EUC_KR to MULE_INTERNAL
	<00><00>ointernal conversion function for MULE_INTERNAL to SJIS

	<00><00>sinternal conversion function for MULE_INTERNAL to EUC_JP
	<00><00>ointernal conversion function for SJIS to MULE_INTERNAL
	<00><00>sinternal conversion function for EUC_JP to MULE_INTERNAL

	<00><00>ainternal conversion function for SJIS to EUC_JP
		<00><00>ainternal conversion function for EUC_JP to SJIS
	<00><00>sinternal conversion function for MULE_INTERNAL to EUC_CN
	<00><00>sinternal conversion function for EUC_CN to MULE_INTERNAL
	<00><00>minternal conversion function for WIN866 to ISO-8859-5
	<00><00>minternal conversion function for ISO-8859-5 to WIN866
	<00><00>ointernal conversion function for WIN1251 to ISO-8859-5
	<00><00>ointernal conversion function for ISO-8859-5 to WIN1251
	<00><00>kinternal conversion function for KOI8R to ISO-8859-5

	<00><00>kinternal conversion function for ISO-8859-5 to KOI8R(<00>
<01>
  <00><><EFBFBD>0<><30>Ȟ<>`<60><><18><><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD>X<><58><10><>Лz<00><><EFBFBD> <20><><00><><EFBFBD>p<><70>(<28><>Й<><00><><EFBFBD>0<><30>ؘ<><00><><EFBFBD> <20><>ؗ<><00><>~P<><50><08><><00><><EFBFBD>p<><70>8<>p<00><>t<00><><EFBFBD>x<><78>P<>P(<28>P<00>PؔP<00><>P<00><>P`<60>P8<>P蓘<00><><EFBFBD>X<><58><10><>Вr<00><>x8<><38><00>j<00><><EFBFBD>h<><68><18><>Ȑ<>p<><70>0<>r<00><><EFBFBD><00><><EFBFBD>8<><38><00>f<00><><EFBFBD>X<><58> <20>p<00><>`<00><><EFBFBD>X<><58><18>|،t<00><><EFBFBD>P<>p<08><><00><><EFBFBD>`<60><><00><><00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD>@<40><>航<00><><EFBFBD>`<60><><08><><00><><EFBFBD>h<><68>0<>pІ<>h<><68>8<>R<08>`Ѕd<00><><EFBFBD>8<><38><00><>~<00><>xx<>~<18><>Ѓ<><00><><EFBFBD>P<>p<08><>Ђj<00><>rX<>h <20>h<00><>r
i	<00><00>+registered namespace
h	<00>!registered role
g	<00><00>!registered type
f	_<00>+registered collation
e	<00><00>#registered class
d	<00><00>Aregistered operator (with args)
c	<00><00>)registered operator
b	<00><00>Cregistered procedure (with args)
a	<00><00>Ereference to cursor (portal name)
`	<00><00>o'numeric(precision, scale)' arbitrary precision number
_	<00>7variable-length bit string
^	<00>1fixed-length bit string
]	<00><00>7time of day with time zone
\	<00><00>Stime interval, format 'number units ...'
[	<00><00>;date and time with time zone
Z	Z<00>date and time
Y	;<00>time of day
X	:<00>date
W	<00><00>'varchar(length)' non-blank-padded string, variable storage length
V	<00>s'char(length)' blank-padded string, fixed storage length
U		<00>)access control list
T	<00>KXX:XX:XX:XX:XX:XX:XX:XX, MAC address
S	<00><00>Ynetwork IP address/netmask, network address
R	e<00>gIP address/netmask, host address, netmask optional
Q	=<00>?XX:XX:XX:XX:XX:XX, MAC address
P	<00>9monetary amounts, $d,ddd.cc
O	<00><00>cgeometric circle, format '<center point,radius>'
N	<00><00>]pseudo-type representing an undetermined type
M	<00><00>odouble-precision floating point number, 8-byte storage
L	<00><00>osingle-precision floating point number, 4-byte storage
K	t<00>igeometric line, formats '{A,B,C}'/'[point1,point2]'
J	\<00>Sgeometric polygon, format '(point1,...)'
I	[<00>wgeometric box, format 'lower left point,upper right point'
H	Z<00>Mgeometric path, format '(point1,...)'
G	Y<00>cgeometric line segment, format '[point1,point2]'
F	X<00>Ageometric point, format '(x,y)'

	#<00>Istandard array subscripting support
		t
<00>ipg_controldata init state information as a function
	s
<00>qpg_controldata recovery state information as a function
	r
<00>upg_controldata checkpoint state information as a function
	q
<00>opg_controldata general state information as a function
	H
<00>?pg_config binary as a function
	<00><00>row security for current context active on table by table name
	<00><00>}row security for current context active on table by table oid
	<00><00>qreturns whether a relation can be part of a publication

	<00><00><00>get information of the tables that are part of the specified publications(<00>
  <00><><EFBFBD>X<><58><08><><00><><EFBFBD>p<><70>@<40>`<10>\Нr<00><>rX<>l <20>lМ<><00><><EFBFBD>P<>f<18>j؛v<00><>vH<><48><00><><EFBFBD><00><>p<00><>t0<><30><00><>f<00><><EFBFBD>X<><58><00><><EFBFBD><00><><EFBFBD>8<><38>ؗ<><00><><EFBFBD>(<28><><00><><EFBFBD>P<><50><00><><EFBFBD><00><><EFBFBD>0<><30>Д<>h<><68><10><><00><><EFBFBD>0<><30>Ȓ<>X<><58><00><><EFBFBD><00><><EFBFBD>@<40><><10>T<00><>\<00><>\x<>b@<40>n<00>tЏ\<00><>bh<>\8<>T<00>n<00><>t<00><>T`<60>T0<>T<00>\ЍT<00><>\p<>T@<40>`<10>T<00><>\<00><>nh<>t0<>b<00>\ЋT<00><>\h<>n(<28>t<00><>b<00><>\x<><78>0<><30><00>`ЉT<00><>Tp<>\@<40>\<10>T<00><>\<00><>\x<>b@<40>n<00>tЇT<00><>Tp<>\@<40>\<08>bІn<00><>t`<60>T0<>\<00>\ȅb<00><>nP<>t <20>T<00><>\<00><>\<00><>bP<>n<10>t<00><>X<00><>fx<>VH<>^<08>vȂx<00><>``<60>h0<>Z<00>X
x	<00>
9
same as
w	<00>
9
contains
v	<00>
9
!is contained by
u	<00>
9
is right of
t	<00>
9
1overlaps or is right of
s	<00>
9
/overlaps or is left of
r	<00>
9
is left of
q	<00>
9
negate
p	<00>
9
absolute value
o	<00>
9
modulus
n	<00>
9
-greater than or equal
m	<00>
9
'less than or equal
l	<00>
9
greater than
k	<00>
9
less than
j	<00>
9
not equal
i	<00>
9

equal
h	<00>
9
-greater than or equal
g	<00>
9
'less than or equal
f	<00>
9
greater than
e	<00>
9
less than
d	<00>
9
not equal
c	<00>
9

equal
b	<00>
9
-greater than or equal
a	<00>
9
'less than or equal
`	<00>
9
greater than
_	<00>
9
less than
^	<00>
9
not equal
]	<00>
9

equal
\	<00>
9

equal
[	<00>9
-greater than or equal
Z	<00>9
'less than or equal
Y	<00>9
greater than
X	<00>9
less than
W	<00>9
not equal
V	<00>9

equal
U	<00>9
not equal
T	<00>9
not equal
S	a
9

equal
R	`
9

equal
Q	w
9
concatenate
P	v
9
Iprepend element onto front of array
O	]
9
Cappend element onto end of array
N		
9
not equal
M	
9
greater than
L	
9
-greater than or equal
K	
9
'less than or equal
J	
9
less than
I	
9

equal
H	
9
not equal
G	
9
greater than
F	

9
-greater than or equal
E	
9
'less than or equal
D	<00>9
less than
C	<00>9

equal
B	%9
starts with
A	b9

equal
@	a9
less than
?	`9

equal
>	_9
less than
=	^9

equal
<	]9

equal
;	\9

equal
:	<00>9
-greater than or equal
9	<00>9
'less than or equal
8	[9

equal
7	U9
not equal
6	;9
greater than
5	:9
less than
4	R9
-greater than or equal
3	P9
'less than or equal
2	L9
greater than
1	%9
less than
0	$9
not equal
/	9

equal
.	<00><00>gpseudo-type representing BRIN minmax-multi summary
-	<00><00>Ypseudo-type representing BRIN bloom summary
,	<00><00><00>pseudo-type representing a multirange over a polymorphic common type
+	<00><00><00>pseudo-type representing a polymorphic base type that is a multirange
*	<00><00><00>pseudo-type representing a range over a polymorphic common type
)	<00><00><00>pseudo-type representing a polymorphic common type that is not an array
(	<00><00><00>pseudo-type representing an array of polymorphic common type elements
'	<00><00>gpseudo-type representing a polymorphic common type
&	<00><00>}pseudo-type representing a range over a polymorphic base type
%	

<00>upseudo-type for the result of a table AM handler function
$	<00><00>ypseudo-type for the result of a tablesample method function
#	E
<00>wpseudo-type for the result of an index AM handler function
"	+<00>mpseudo-type for the result of an FDW handler function
!	<00>
<00><00>pseudo-type representing a polymorphic base type that is an enum
 	<00>
<00><00>pseudo-type representing a polymorphic base type that is not an array
	<00><00>cpseudo-type representing a polymorphic base type
	<00><00>ipseudo-type representing an internal data structure
	<00><00>upseudo-type for the result of a language handler function
	<00><00>qpseudo-type for the result of an event trigger function
	<00><00>cpseudo-type for the result of a trigger function
	<00><00>{pseudo-type for the result of a function with no real result
	<00><00>epseudo-type representing a polymorphic array type
	<00><00>Epseudo-type representing any type
	<00><00>C-style string
	<00><00>Ypseudo-type representing any composite type
	<00><00>-multirange of bigints
	<00><00>)multirange of dates
	<00><00>Qmultirange of timestamps with time zone
	<00><00>Wmultirange of timestamps without time zone
	<00><00>/multirange of numerics
	c<00>/multirange of integers
	V<00>#range of bigints
	H<00>range of dates

	F<00>Grange of timestamps with time zone
	D<00>Mrange of timestamps without time zone
	B<00>%range of numerics

	@<00>%range of integers
		<00><00>+transaction snapshot
	<00><00>+transaction snapshot
	<00><00>JSON path
	<00><00>Binary JSON
	<00><00>Eregistered text search dictionary
	<00><00>Kregistered text search configuration
	<00>Kquery representation for text search
	:<00>qGiST index internal text representation for text search

	<00>Itext representation for text search(Pp  ПZ<00><>^`<60>v <20>x<00><>`<00><>h<00><>ZX<>X(<28>Z<00><><EFBFBD><00><>rh<>d0<>l<00><>~<00><><EFBFBD><00><>^P<>`<10><><00><>X<00><>jx<>Z <20><><00><>\<00><>Z<00><>jX<>\(<28>\<00><>b<00><>b<00><>nH<>n<08>tȘt<00><>Zh<>V8<>V<08>XؗX<00><>\x<>TH<>T<18>\<00><>\<00><>bx<>bH<>\<18>\<00><>n<00><>nh<>t(<28>t<00><>ZȔZ<00><>Vh<>V@<40>P<18>P<00><>PȓP<00><>Zh<>Z8<>Z<08>ZؒV<00><>Vx<>VH<>V <20>P<00><>Z<00><>V<00><>ZX<>f0<>P<00>ZАV<00><>Zh<>f8<>`<08>\؏T<00><>\x<>\@<40>b<08>nȎt<00><>\h<>\0<>b<00><>n<00><>t<00><>TP<>j<18>j<00><>j<00><>jp<>j8<>j<00>jȋj<00><>jX<>j <20>j<00><>j<00><>T<00><>\X<>\ <20>b<00><>n<00><>tx<>\H<>\<10>n؈b<00><>tH<><48><00><><EFBFBD><00><><EFBFBD>H<><48><18>\<00><>`<00><>\<00><>nH<>b<08>t؅\<00><>nh<>b(<28>t<00><>TȄ\<00><>\`<60>n(<28>b<00><>t<00><>f<00><>PX<>Z(<28>Z<00><>VЂP<00><>Zp<>Z
<00>	<00>9
multiply
<00>	<00>9
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<00>	<00>9
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<00>	<00>9
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<00>	<00>9
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y	<00>9
less than
x	<00>9
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w	<00>9
not equal
v	<00>9
edoes not match regular expression, case-sensitive
u	<00>9
Wmatches regular expression, case-sensitive
t	<00>9
edoes not match regular expression, case-sensitive
s	9
Wmatches regular expression, case-sensitive
r	z9
-greater than or equal
q	y9
greater than
p	x9
'less than or equal
o	w9
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not equal
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-greater than or equal
l	p9
'less than or equal
k	o9
greater than
j	n9
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i	m9
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h	l9

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g	9
#distance between
f	j9
#distance between
e	<00>9
#distance between
d	i9
#distance between
c	<00>9
#distance between
b	h9
#distance between
a	^9
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`	g9
#distance between
_	<00>9
#distance between
^	f9
#distance between
]	<00>9
#distance between
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#distance between
[	<00>9

equal
Z	<00>9
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Y	<00>9
'less than or equal
X	<00>9
greater than
W	<00>9
less than
V	<00>9
not equal
U	d9
-greater than or equal
T	c9
'less than or equal
S	b9
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R	a9
less than
Q	`9
not equal
P	_9

equal
O	U9
cube root
N	T9
square root
M	S9
absolute value
L	R9
multiply
K	Q9
divide
J	P9
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I	O9
	add
H	N9
absolute value
G	M9
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F	L9
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E	K9
subtract
D	J9
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C	I9
negate
B	H9
negate
A	/9
negate
@	.9
negate
?	-9
subtract
>	,9
subtract
=	+9
subtract
<	*9
subtract
;	)9
	add
:	(9
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9	'9
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8	&9
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7	#9
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6	"9
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5	!9
multiply
4	 9
multiply
3	9
-greater than or equal
2	9
-greater than or equal
1	9
'less than or equal
0	9
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/	9
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.	9
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-	9
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,	9
greater than
+	9
less than
*	9
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equal
(	9

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'	9
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&	9
modulus
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$	9
divide
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"	9
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9
-greater than or equal
 	9
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	9
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9
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?get jsonb object field as text
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j	9
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i	~9
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h	}9
?get json array element as text
g	|9
/get json array element
f	{9
=get json object field as text
e	z9
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'range intersection
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#range difference
b	:9
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?conversion for UTF8 to WIN1255
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?conversion for WIN1254 to UTF8
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?conversion for WIN1253 to UTF8
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?conversion for UTF8 to WIN1253
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?conversion for WIN1251 to UTF8
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?conversion for UTF8 to WIN1251
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?conversion for WIN1250 to UTF8
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?conversion for UTF8 to WIN1250
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;conversion for KOI8U to UTF8
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;conversion for UTF8 to KOI8U
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;conversion for KOI8R to UTF8
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Cconversion for LATIN2 to WIN1250
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=conversion for LATIN4 to UTF8
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=conversion for UTF8 to LATIN4
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7conversion for UTF8 to GBK
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7conversion for GBK to UTF8
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?conversion for UTF8 to GB18030

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?conversion for GB18030 to UTF8
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=conversion for EUC_TW to UTF8

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=conversion for EUC_KR to UTF8
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=conversion for EUC_JP to UTF8
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=conversion for UTF8 to EUC_CN
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=conversion for EUC_CN to UTF8
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?conversion for UTF8 to WIN1258
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?conversion for WIN1257 to UTF8

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?conversion for UTF8 to WIN1257(<28>J
<00>
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k<00><00>;implementation of @ operatord
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F<00><00>;implementation of + operatord
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D<00><00>;implementation of < operatord
C<00><00>=implementation of ~~ operatord
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8<00><00>;implementation of + operatord
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3z<00>;implementation of + operatord
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<01>
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<00>*e<00>2<00>
%Sardinian (Italy)f
<00>*d<00>2<00>
Sardinianf
<00>*c<00>2<00>
#Sangu (Tanzania)f
<00>*b<00>2<00>

Sanguf
<00>*a<00>2<00>
5Santali (Ol Chiki, India)f
<00>*`<00>2<00>
'Santali (Ol Chiki)f
<00>*_<00>2<00>
Santalif
<00>*^<00>2<00>
!Samburu (Kenya)f
<00>*]<00>2<00>
Samburuf
<00>*\<00>2<00>
Yakut (Russia)f
<00>*[<00>2<00>

Yakutf
<00>*Z<00>2<00>
#Sanskrit (India)f
<00>*Y<00>2<00>
Sanskritf
<00>*X<00>2<00>
Rwa (Tanzania)f
<00>*W<00>2<00>
	Rwaf
<00>*V<00>2<00>
+Kinyarwanda (Rwanda)f
<00>*U<00>2<00>
Kinyarwandaf
*T<00>2<00>
%Russian (Ukraine)f
~*S<00>2<00>
q2<00>
Nepalif
2*	p2<00>
3North Ndebele (Zimbabwe)f
1*o2<00>
North Ndebelef
-*k2<00>
Nama (Namibia)f
,*j2<00>
Namaf
+*i2<00>
'Mazanderani (Iran)f
**h2<00>
Mazanderanif
)*g2<00>
5Burmese (Myanmar [Burma])f
(*f2<00>
Burmesef
'*
e2<00>
'Mundang (Cameroon)<00><>J
(  ПZ<00><>nX<>~ <20>l<00><>X<00><>nh<><68> <20><><00><>~<00><>~h<>h<18><>؜<><00><>xX<>x(<28>\<00><>l<00><><EFBFBD>x<>X@<40>l<08>jؚX<00><>~`<60>h(<28>n<00><>j<00><>T<00><>dP<>l<18>j<00><>l<00><>Vx<>fH<>R<10>bؗd<00><>Tp<>n@<40>R<08>hؖZ<00><>nh<>p8<>X<00><>vȕV<00><>f`<60>X(<28>j<00><>j<00><>T<00><>fX<>X <20>h<00><>x<00><><EFBFBD>h<>V0<>f<00>\Ȓp<00><>R`<60>b(<28>h<00><>T<00><>f<00><><EFBFBD>H<>j<00><>Ȑd<00><>|`<60>P0<>`<00><>r<00><>\<00><>nX<>^<18>r<00><>T<00><>j<00><>V@<40>r<10>T؍h<00><>Th<>r8<>R<00>dЌX<00><>nh<>X0<>h<00>Vȋf<00><>j`<60>\(<28>n<00><>r<00><>tx<>\8<>v<00><><EFBFBD><00><>xX<><58><18><>Ȉ<><00><>XX<>r<18><>ȇ<>x<><78>0<><30><00><>t<00><><EFBFBD>P<><50><08><>؅R<00><>ph<>j<18><>Є<><00><><EFBFBD>8<><38>胒<00><><EFBFBD>P<><50><08><><00><><EFBFBD>p<><70>(<28><><00>
+<00>u3Isnowball stemmer for dutch language<67>
+<00>t3Econfiguration for danish language<00>
+s3Ksnowball stemmer for danish language
+~r3Gconfiguration for catalan language}
+}q3Msnowball stemmer for catalan languagey
+|p3Econfiguration for basque languagew
+{o3Ksnowball stemmer for basque languages
+zn3Iconfiguration for armenian languageq
+ym3Osnowball stemmer for armenian languagem
+xl3Econfiguration for arabic languagek
+wk3Ksnowball stemmer for arabic languagej
+vj3<00>#snowball stemmerf
)+ug3<00>
)Zulu (South Africa)f
(+tf3<00>
Zuluf
'+se3<00>
=Chinese (Traditional, Taiwan)f
&+rd3<00>
OChinese (Traditional, Macao SAR China)f
%+qc3<00>
WChinese (Traditional, Hong Kong SAR China)f
$+pb3<00>
-Chinese (Traditional)f
#+oa3<00>
AChinese (Simplified, Singapore)f
"+n`3<00>
MChinese (Simplified, Macao SAR China)f
!+m_3<00>
UChinese (Simplified, Hong Kong SAR China)f
 +l^3<00>
9Chinese (Simplified, China)f
+k]3<00>
+Chinese (Simplified)f
+j\3<00>
Chinesef
+i[3<00>
MStandard Moroccan Tamazight (Morocco)f
+hZ3<00>
9Standard Moroccan Tamazightf
+gY3<00>
[Cantonese (Traditional, Hong Kong SAR China)f
+fX3<00>
1Cantonese (Traditional)f
+eW3<00>
=Cantonese (Simplified, China)f
+dV3<00>
/Cantonese (Simplified)f
+cU3<00>
Cantonesef
+bT3<00>
-Nheengatu (Venezuela)f
+aS3<00>
+Nheengatu (Colombia)f
+`R3<00>
'Nheengatu (Brazil)f
+_Q3<00>
Nheengatuf
+^P3<00>
#Yoruba (Nigeria)f
+]O3<00>
Yoruba (Benin)f
+\N3<00>
Yorubaf
+[M3<00>
!Yiddish (world)f
+ZL3<00>
Yiddishf

+YK3<00>
'Yangben (Cameroon)f
+XJ3<00>
Yangbenf
+WI3<00>
Soga (Uganda)f

+VH3<00>
Sogaf
	+UG3<00>
+Xhosa (South Africa)f
+TF3<00>

Xhosaf
+SE3<00>
!Wolof (Senegal)f
+RD3<00>

Woloff
+QC3<00>
+Walser (Switzerland)f
+PB3<00>
Walserf
+OA3<00>
#Vunjo (Tanzania)f
+N@3<00>

Vunjof

+M?3<00>
+Vietnamese (Vietnam)f
+L>3<00>
Vietnamesef
<00>+K=3<00>
'Vai (Vai, Liberia)f
<00>+J<3<00>
Vai (Vai)f
<00>+I;3<00>
+Vai (Latin, Liberia)f
<00>+H:3<00>
Vai (Latin)f
<00>+G93<00>
	Vaif
<00>+F83<00>
5Uzbek (Latin, Uzbekistan)f
<00>+E73<00>
Uzbek (Latin)f
<00>+D63<00>
;Uzbek (Cyrillic, Uzbekistan)f
<00>+C53<00>
#Uzbek (Cyrillic)f
<00>+B43<00>
9Uzbek (Arabic, Afghanistan)f
<00>+A33<00>
Uzbek (Arabic)f
<00>+@23<00>

Uzbekf
<00>+?13<00>
!Urdu (Pakistan)f
<00>+>03<00>
Urdu (India)f
<00>+=/3<00>
Urduf
<00>+<.3<00>
)Ukrainian (Ukraine)f
<00>+;-3<00>
Ukrainianf
<00>+:,3<00>
Uyghur (China)f
<00>+9+3<00>
Uyghurf
<00>+8*3<00>
ECentral Atlas Tamazight (Morocco)f
<00>+7)3<00>
1Central Atlas Tamazightf
<00>+6(3<00>
!Tasawaq (Niger)f
<00>+5'3<00>
Tasawaqf
<00>+4&3<00>
Tatar (Russia)f
<00>+3%3<00>

Tatarf
<00>+2$3<00>
#Turkish (Turkey)f
<00>+1#3<00>
#Turkish (Cyprus)f
<00>+0"3<00>
Turkishf
<00>+/!3<00>
Tongan (Tonga)f
<00>+. 3<00>
Tonganf
<00>+-3<00>
/Turkmen (Turkmenistan)f
<00>+,3<00>
Turkmenf
<00>++3<00>
)Tigrinya (Ethiopia)f
<00>+*3<00>
'Tigrinya (Eritrea)f
<00>+)3<00>
Tigrinyaf
<00>+(3<00>
!Thai (Thailand)f
<00>+'3<00>
Thaif
<00>+&3<00>
'Tajik (Tajikistan)f
<00>+%3<00>

Tajikf
<00>+$3<00>
Teso (Uganda)f
<00>+#3<00>
Teso (Kenya)f
<00>+"3<00>
Tesof
<00>+!3<00>
Telugu (India)f
<00>+ 3<00>
Teluguf
<00>+3<00>
%Tamil (Singapore)f
<00>+3<00>
#Tamil (Malaysia)f
<00>+3<00>
%Tamil (Sri Lanka)f
<00>+3<00>
Tamil (India)f
<00>+
3<00>

Tamilf
<00>+3<00>
#Swahili (Uganda)f
<00>+3<00>
'Swahili (Tanzania)f
<00>+
3<00>
!Swahili (Kenya)f
<00>+	3<00>
7Swahili (Congo - Kinshasa)f
<00>+3<00>
Swahilif
<00>+3<00>
#Swedish (Sweden)f
<00>+3<00>
%Swedish (Finland)f
<00>+3<00>
Swedishf
<00>+3<00>
;Sundanese (Latin, Indonesia)f
<00>+3<00>
%Sundanese (Latin)f
<00>+
3<00>
Sundanesef
<00>+3<00>
1Serbian (Latin, Kosovo)f
<00>+<00>2<00>
1Serbian (Latin, Serbia)f
<00>+
<00>2<00>
9Serbian (Latin, Montenegro)f
<00>+<00>2<00>
MSerbian (Latin, Bosnia & Herzegovina)f
<00>+<00>2<00>
!Serbian (Latin)f
<00>+
<00>2<00>
7Serbian (Cyrillic, Kosovo)f
<00>+	<00>2<00>
7Serbian (Cyrillic, Serbia)f
<00>+<00>2<00>
?Serbian (Cyrillic, Montenegro)f
<00>+<00>2<00>
SSerbian (Cyrillic, Bosnia & Herzegovina)f
<00>+<00>2<00>
'Serbian (Cyrillic)f
<00>+<00>2<00>
Serbianf
<00>+<00>2<00>
%Albanian (Kosovo)f
<00>+<00>2<00>
7Albanian (North Macedonia)f
<00>+<00>2<00>
'Albanian (Albania)f
<00>+
<00>2<00>
AlbanianبJ
<00>  <00><><EFBFBD>h<><68> <20><>О<><00><><EFBFBD>8<><38><00><><EFBFBD><00><><EFBFBD>X<><58><10><>Ȝ<><00><><EFBFBD>8<><38>蛘<00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>h<><68><18><>Й<><00><><EFBFBD>0<><30><00><><EFBFBD><00><><EFBFBD>H<><48><00><><EFBFBD><00><><EFBFBD>X<><58><08><><00><><EFBFBD>p<><70>(<28><>ؕ<><00><><EFBFBD>@<40><><00><><EFBFBD><00><><EFBFBD>`<60><><18><>Г<><00><><EFBFBD>8<><38>蒔<00><><EFBFBD>X<><58><10><>
;PL/pgSQL procedural language<00>,.
5;PL/pgSQL procedural language,-<00>3Gconfiguration for yiddish language
,,<00>3Msnowball stemmer for yiddish language	,+<00>3Gconfiguration for turkish language,*<00>3Msnowball stemmer for turkish language,)<00>3Cconfiguration for tamil language
,(<00>3Isnowball stemmer for tamil language<67>
,'<00>3Gconfiguration for swedish language<00>
,&<00>3Msnowball stemmer for swedish language<00>
,%<00>3Gconfiguration for spanish language<00>
,$<00>3Msnowball stemmer for spanish language<00>
,#<00>3Gconfiguration for serbian language<00>
,"<00>3Msnowball stemmer for serbian language<00>
,!<00>3Gconfiguration for russian language<00>
, <00>3Msnowball stemmer for russian language<00>
,<00>3Iconfiguration for romanian language<67>
,<00>3Osnowball stemmer for romanian language<00>
,<00>3Mconfiguration for portuguese language<00>
,<00>3Ssnowball stemmer for portuguese language<00>
,<00>3Kconfiguration for norwegian language<00>
,<00>3Qsnowball stemmer for norwegian language<00>
,<00>3Econfiguration for nepali language<00>
,<00>3Ksnowball stemmer for nepali language<00>
,<00>3Mconfiguration for lithuanian language<00>
,<00>3Ssnowball stemmer for lithuanian language<00>
,<00>3Gconfiguration for italian language<00>
,<00>3Msnowball stemmer for italian language<00>
,<00>3Cconfiguration for irish language<00>
,<00>3Isnowball stemmer for irish language<67>
,<00>3Mconfiguration for indonesian language<00>
,<00>3Ssnowball stemmer for indonesian language<00>
,<00>3Kconfiguration for hungarian language<00>
,<00>3Qsnowball stemmer for hungarian language<00>
,
<00>3Cconfiguration for hindi language<00>
,<00>3Isnowball stemmer for hindi language<67>
,<00>3Cconfiguration for greek language<00>
,
3Isnowball stemmer for greek language<67>
,	~3Econfiguration for german language<00>
,}3Ksnowball stemmer for german language<00>
,|3Econfiguration for french language<00>
,{3Ksnowball stemmer for french language<00>
,z3Gconfiguration for finnish language<00>
,y3Msnowball stemmer for finnish language<00>
,x3Gconfiguration for english language<00>
,w3Msnowball stemmer for english language<00>
,
v3Cconfiguration for dutch language