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�? b f is � #text_starts_with * �� C texteq
�? f is � texteq ) �� B int4lt
�? f is � int4lt ( �� A int4eq
�? f is � int4eq ' �� @ int2lt
�? f is � int2lt & �� ? int2eq
�? f is � int2eq % �� > nameeq
�? f is � nameeq $ �� = chareq
�? f is � chareq # �� < booleq
�? f is � booleq " �� 9 boolgt
�? f is � boolgt ! �� 8 boollt
�? f is � boollt �� 7 oidvectorout
�? f is � p oidvectorout �� 6 oidvectorin
�? f is p � oidvectorin �� 5 cidout
�? f is � p cidout �� 4 cidin
�? f is p �
cidin �� � xid8send
�? f is p � xid8send �� � xid8recv
�? f is � p � xid8recv �� � xid8out
�? f is � p � xid8out �� � xid8in
�? f is � p � xid8in �� 3 xidout
�? f is � p xidout �� 2 xidin
�? f is p �
xidin �� 1 tidout
�? f is � p tidout �� 0 tidin
�? f is p �
tidin �� / textout
�? f is � p textout �� . textin
�? f is p � textin �� �
to_regprocedure
�? f ss � p !to_regprocedure �� �
to_regproc
�? f ss p to_regproc �� - regprocout
�? f ss � p regprocout �� , regprocin
�? f ss p � regprocin �� + int4out
�? f is � p int4out
�� * int4in
�? f is p � int4in �� ) int2vectorout
�? f is � p int2vectorout �� ( int2vectorin
�? f is p � int2vectorin
�� ' int2out
�? f is � p int2out �� & int2in
�? f is p � int2in �� # nameout
�? f is � p nameout �� " namein
�? f is p � namein �� ! charout
�? f is � p charout �� � charin
�? f is p � charin �� byteaout
�? f is � p byteaout �� � byteain
�? f is p � byteain �� � boolout
�? f is � p boolout �� � boolin
�? f is p � boolin ��t � � 8����lȝn�nX�n��n�n0�nx�n��p�lH�x��zЕl�n`�n��n�n8�n��jȐj�xH�x��xȍx��P�h��p�n(�lh�|��~臀(��h�|��~���P��������耘 * �� l scalargtjoinsel
�? f ss � � � � � !scalargtjoinsel ) �� k scalarltjoinsel
�? f ss � � � � � !scalarltjoinsel ( �� j neqjoinsel
�? f ss � � � � � neqjoinsel ' �� i eqjoinsel
�? f ss � � � � � eqjoinsel & �� h scalargtsel
�? f ss � � � � scalargtsel % �� g scalarltsel
�? f ss � � � � scalarltsel $ �� f neqsel
�? f ss � � � � neqsel # �� e eqsel
�? f ss � � � �
eqsel " �� Z pg_ddl_command_send
�? f is p )pg_ddl_command_send ! �� X pg_ddl_command_recv
�? f is p � )pg_ddl_command_recv �� W pg_ddl_command_out
�? f is � p 'pg_ddl_command_out �� V pg_ddl_command_in
�? f is p � %pg_ddl_command_in �� Y version
�? f ss ` pgsql_version �� T boolne
�? f is � boolne �� � textcat
�? f is � textcat �� � textlen
�? f is p textlen �� T textregexeq_support
�? f is � p � )textregexeq_support �� � textregexne
�? f is � textregexne �� � textregexeq
�? T f is � textregexeq �� � nameregexne
�? f is � nameregexne �� O nameregexeq
�? T f is � nameregexeq �� N char
�? f is p i4tochar �� M int4
�? f is p chartoi4 �� J charge
�? f is � charge �� I chargt
�? f is � chargt �� H charle
�? f is � charle �� � charlt
�? f is � charlt �� F charne
�? f is � charne �� E cideq
�? f is �
cideq
�� � xid8_smaller
�? f is � � � � xid8_smaller �� � xid8_larger
�? f is � � � � xid8_larger �� � xid
�? f is p � xid8toxid
�� � xid8cmp
�? f is � � � xid8cmp �� � xid8ge
�? f is � � � xid8ge �� � xid8le
�? f is � � � xid8le �� � xid8gt
�? f is � � � xid8gt �� � xid8lt
�? f is � � � xid8lt �� � xid8ne
�? f is � � � xid8ne �� � xid8eq
�? f is � � � xid8eq �� � xidneq
�? f is � xidneq �� D xideq
�? f is �
xideq �� b text_starts_with_support
�? f is � p � 3text_starts_with_support �t � 8��p�����М��l`�n��z�z(�jp�l��h �jH�h��jؔf �h`�x��n�n8�n��nȏn�xH�v��xȌx�rP�l��r؉n��P����p�n(�np�n��n �nH�n��nn �p * �� � int2mul
�? f is � int2mul ) �� � int2ge
�? f is � int2ge ( �� � int4ge
�? f is � int4ge ' �� � int4le
�? f is � int4le & �� � int2le
�? f is � int2le % �� � int4gt
�? f is � int4gt $ �� � int2gt
�? f is � int2gt # �� � int2ne
�? f is � int2ne " �� � int4ne
�? f is � int4ne ! �� � int4mul
�? f is � int4mul �� � areajoinsel
�? f ss � � � � � areajoinsel �� � areasel
�? f ss � � � � areasel �� � box_center
�? f is X p [ box_center �� � on_ppath
�? f is � X Z on_ppath �� � on_pb
�? f is � X [
on_pb �� � point_eq
�? f is � X X point_eq �� � point_below
�? f is � X X point_below �� � point_right
�? f is � X X point_right �� � point_left
�? f is � X X point_left �� � point_above
�? f is � X X point_above �� � box_le
�? f is � [ [ box_le �� � box_lt
�? f is � [ [ box_lt �� � box_eq
�? f is � [ [ box_eq �� box_gt
�? f is � [ [ box_gt �� ~ box_ge
�? f is � [ [ box_ge �� } box_overlap
�? f is � [ [ box_overlap �� | box_out
�? f is � p [ box_out �� { box_in
�? f is [ p � box_in �� z path_out
�? f is � p Z path_out
�� y path_in
�? f is Z p � path_in �� x lseg_out
�? f is � p Y lseg_out �� w lseg_in
�? f is Y p � lseg_in
�� v point_out
�? f is � p X point_out �� u point_in
�? f is X p � point_in �� t box_below_eq
�? f is � [ [ box_below_eq �� s box_above_eq
�? f is � [ [ box_above_eq �� n unknownout
�? f is � p � unknownout �� m unknownin
�? f is � p � unknownin �� � scalargejoinsel
�? f ss � � � � � !scalargejoinsel �� � scalarlejoinsel
�? f ss � � � � � !scalarlejoinsel �� Q scalargesel
�? f ss � � � � scalargesel �� P scalarlesel
�? f ss � � � � scalarlesel �u � X H�p��p؝p �ph�n��p��p@�p��pИp�p`�p��p�p8�p��pȓp�rH�r��rȐr�nX�n��p�p0�nx�n��p�pP�l��l؈r�xX�r��z|�tX�|��~x�zX�| * �� � pg_node_tree_recv
�? f ss � p � %pg_node_tree_recv ) �� � pg_node_tree_out
�? f is � p � #pg_node_tree_out ( �� � pg_node_tree_in
�? f is � p � !pg_node_tree_in ' �� � box_contain_pt
�? f is � [ X box_contain_pt & �� � box_contained
�? f is � [ [ box_contained % �� � box_right
�? f is � [ [ box_right $ �� � box_overright
�? f is � [ [ box_overright # �� � box_overleft
�? f is � [ [ box_overleft " �� � box_left
�? f is � [ [ box_left ! �� � box_contain
�? f is � [ [ box_contain �� � box_same
�? f is � [ [ box_same �� � oidne
�? f is �
oidne �� � oideq
�? f is �
oideq �� � int42mi
�? f is � int42mi �� � int24mi
�? f is � int24mi �� � int4mi
�? f is � int4mi �� � int2mi
�? f is � int2mi �� � int42pl
�? f is � int42pl �� � int24pl
�? f is � int24pl �� � int4pl
�? f is � int4pl �� � int2pl
�? f is � int2pl �� � int42div
�? f is � int42div �� � int24div
�? f is � int24div �� � int42mul
�? f is � int42mul �� � int24mul
�? f is � int24mul �� � int42ge
�? f is � int42ge �� � int24ge
�? f is � int24ge �� � int42le
�? f is � int42le �� � int24le
�? f is � int24le
�� � int42ne
�? f is � int42ne �� � int24ne
�? f is � int24ne �� � int42gt
�? f is � int42gt
�� � int24gt
�? f is � int24gt �� � int42lt
�? f is � int42lt �� � int24lt
�? f is � int24lt �� � int42eq
�? f is � int42eq �� � int24eq
�? f is � int24eq �� � textne
�? f is � textne �� � int4mod
�? f is � int4mod �� � int2mod
�? f is � int2mod �� � int4div
�? f is � int4div �� � int2div
�? f is � int2div @;u � P @�|��jНl�tP�t��rКr�j`�l��z�z �|h�f��f��j@�l��t��t �r@�r��jЏl�zP�~��zЌ|�p`�p��f�f8�d��dȇf�dX�d��d�j0�bx�d��d�dP�d * �� � int2
�? f is p �
dtoi2 ) �� � float4
�? f is � p
i2tof ( �� � float8
�? f is � p
i2tod ' �� � dlog1
�? f is � p �
dlog1 & �� � dexp
�? f is � p � dexp % �� � dpow
�? f is � � � � dpow $ �� � dcbrt
�? f is � p �
dcbrt # �� � dsqrt
�? f is � p �
dsqrt " �� sign
�? f is � p �
dsign ! �� floor
�? f is � p � dfloor �� ceiling
�? f is � p �
dceil �� ceil
�? f is � p �
dceil �� � dtrunc
�? f is � p � dtrunc �� � dround
�? f is � p � dround �� � poly_center
�? f is X p \ poly_center �� � lseg_center
�? f is X p Y lseg_center �� � float8smaller
�? f is � � � � float8smaller �� � float8larger
�? f is � � � � float8larger �� float8_combine
�? f is � � � � float8_combine �� � float8_accum
�? f is � � � � float8_accum �� � float8abs
�? f is � p � float8abs �� � float8um
�? f is � p � float8um �� � float8mi
�? f is � � � � float8mi �� � float8pl
�? f is � � � � float8pl �� � float8div
�? f is � � � � float8div �� � float8mul
�? f is � � � � float8mul �� � float8out
�? f is � p � float8out �� � float8in
�? f is � p � float8in �� � int2um
�? f is p int2um
�� � int4um
�? f is p int4um �� � float4smaller
�? f is � � � � float4smaller �� � float4larger
�? f is � � � � float4larger
�� � float4_accum
�? f is � � � � float4_accum �� � float4abs
�? f is � p � float4abs �� � float4um
�? f is � p � float4um �� � float4mi
�? f is � � � � float4mi �� � float4pl
�? f is � � � � float4pl �� � float4div
�? f is � � � � float4div �� � float4mul
�? f is � � � � float4mul �� � float4out
�? f is � p � float4out �� � float4in
�? f is � p � float4in �� � pg_node_tree_send
�? f ss p � %pg_node_tree_send �Zu � P H�d��|ȝv�vH�v��vȚv�vH�|��vȗv�vH�v��vȔv�|H�|��dБr�rP�v��vЎt�tP�v��vЋt�tP�r��rЈr�rP�r��rЅr�rP�r��rЂr�rP�t ) �� + float48eq
�? f is � � � float48eq ( �� * float8ge
�? f is � � � float8ge ' �� ) float8gt
�? f is � � � float8gt & �� ( float8le
�? f is � � � float8le % �� ' float8lt
�? f is � � � float8lt $ �� & float8ne
�? f is � � � float8ne # �� % float8eq
�? f is � � � float8eq " �� $ float4ge
�? f is � � � float4ge ! �� # float4gt
�? f is � � � float4gt �� " float4le
�? f is � � � float4le �� ! float4lt
�? f is � � � float4lt �� float4ne
�? f is � � � float4ne �� float4eq
�? f is � � � float4eq �� float84mi
�? f is � � � � float84mi �� float84pl
�? f is � � � � float84pl �� float84div
�? f is � � � � float84div �� float84mul
�? f is � � � � float84mul �� float48mi
�? f is � � � � float48mi �� float48pl
�? f is � � � � float48pl �� float48div
�? f is � � � � float48div �� float48mul
�? f is � � � � float48mul �� inter_lb
�? f is � t [ inter_lb �� inter_sl
�? f is � Y t inter_sl �� timeofday
�? f vs ` timeofday ��
nameconcatoid
�? f is � nameconcatoid �� � bttextnamecmp
�? f is � bttextnamecmp �� � textnename
�? f is � textnename �� � textgtname
�? f is � textgtname
�� � textgename
�? f is � textgename �� � textlename
�? f is � textlename �� � textltname
�? f is � textltname
�� � texteqname
�? f is � texteqname �� � btnametextcmp
�? f is � btnametextcmp �� � namenetext
�? f is � namenetext �� � namegttext
�? f is � namegttext �� � namegetext
�? f is � namegetext �� � nameletext
�? f is � nameletext �� � namelttext
�? f is � namelttext �� � nameeqtext
�? f is � nameeqtext �� � line_distance
�? f is � � t t line_distance �� � int2
�? f is p �
ftoi2 �zu � P @�t��t��t �t@�t��t��t �t@�t��t��t�8�b��bȔf�fX�d��d�d0�dh����l��p@�p��nЌn�pP���������n@��x�����Ѕ��tP�z��tЂ|�~P�v ) �� X poly_right
�? f is � \ \ poly_right ( �� W poly_overright
�? f is � \ \ poly_overright ' �� V poly_overleft
�? f is � \ \ poly_overleft & �� U poly_left
�? f is � \ \ poly_left % �� T poly_contain
�? f is � \ \ poly_contain $ �� S poly_same
�? f is � \ \ poly_same # �� � pg_indexam_progress_phasename
�? f is � =pg_indexam_progress_phasename " �� ~ pg_index_column_has_property
�? f ss � � ;pg_index_column_has_property ! �� } pg_index_has_property
�? f ss � � -pg_index_has_property �� | pg_indexam_has_property
�? f ss � 1pg_indexam_has_property �� R amvalidate
�? f vs p amvalidate �� � brin_desummarize_range
�? f vu � � � /brin_desummarize_range �� � brin_summarize_range
�? f vu � � +brin_summarize_range �� p brin_summarize_new_values
�? f vu p � 5brin_summarize_new_values �� O brinhandler
�? f vs E p � brinhandler �� N spghandler
�? f vs E p � spghandler �� M ginhandler
�? f vs E p � ginhandler �� L gisthandler
�? f vs E p � gisthandler �� K hashhandler
�? f vs E p � hashhandler �� J bthandler
�? f vs E p � bthandler �� heap_tableam_handler
�? f vs
p � +heap_tableam_handler �� ? int4
�? f is p �
ftoi4 �� > float4
�? f is � p
i4tof �� = int4
�? f is p �
dtoi4 �� < float8
�? f is � p
i4tod �� : int2
�? f is p i4toi2 �� 9 int4
�? f is p i2toi4 �� 8 float4
�? f is � p � dtof
�� 7 float8
�? f is � p � ftod �� @ width_bucket
�? f is � � � � )width_bucket_float8 �� 6 float84ge
�? f is � � � float84ge
�� 5 float84gt
�? f is � � � float84gt �� 4 float84le
�? f is � � � float84le �� 3 float84lt
�? f is � � � float84lt �� 2 float84ne
�? f is � � � float84ne �� 1 float84eq
�? f is � � � float84eq �� 0 float48ge
�? f is � � � float48ge �� / float48gt
�? f is � � � float48gt �� . float48le
�? f is � � � float48le �� - float48lt
�? f is � � � float48lt �� , float48ne
�? f is � � � float48ne H�u � p @�~��zȝh�jP�t��|Кt�|P�t��|Зx��P�x���Дr�zP�~��tБt�|P�t��|Ў~�rP�v���������@��p�����Ȇ����X�|��z�p(�pp�p ( �� l dist_pb
�? f is � � X [ dist_pb ' �� | dist_sp
�? f is � � Y X dist_sp & �� k dist_ps
�? f is � � X Y dist_ps % �� j lseg_interpt
�? f is X � Y Y lseg_interpt $ �� i lseg_distance
�? f is � � Y Y lseg_distance # �� - in_range
�? f is � � � � 3in_range_numeric_numeric " �� , in_range
�? f is � � � � /in_range_float4_float8 ! �� + in_range
�? f is � � � � /in_range_float8_float8 �� $ in_range
�? f is � 'in_range_int2_int2 �� # in_range
�? f is � 'in_range_int2_int4 �� " in_range
�? f is � 'in_range_int2_int8 �� ! in_range
�? f is � 'in_range_int4_int2 �� in_range
�? f is � 'in_range_int4_int4 �� in_range
�? f is � 'in_range_int4_int8 �� in_range
�? f is � 'in_range_int8_int8 �� ~ btarraycmp
�? f is � � � btarraycmp �� y cash_cmp
�? f is � cash_cmp �� � btvarstrequalimage
�? f is p 'btvarstrequalimage �� � bttextsortsupport
�? f is � p � %bttextsortsupport �� h bttextcmp
�? f is � bttextcmp �� ? btnamesortsupport
�? f is � p � %btnamesortsupport �� g btnamecmp
�? f is � btnamecmp �� f btcharcmp
�? f is � btcharcmp �� � btoidvectorcmp
�? f is � btoidvectorcmp �� > btoidsortsupport
�? f is � p � #btoidsortsupport �� d btoidcmp
�? f is � btoidcmp �� = btfloat8sortsupport
�? f is � p � )btfloat8sortsupport
�� c btfloat8cmp
�? f is � � � btfloat8cmp �� < btfloat4sortsupport
�? f is � p � )btfloat4sortsupport �� b btfloat4cmp
�? f is � � � btfloat4cmp
�� ; btint8sortsupport
�? f is � p � %btint8sortsupport �� J btint8cmp
�? f is � btint8cmp �� : btint4sortsupport
�? f is � p � %btint4sortsupport �� _ btint4cmp
�? f is � btint4cmp �� 9 btint2sortsupport
�? f is � p � %btint2sortsupport �� ^ btint2cmp
�? f is � btint2cmp �� \ poly_out
�? f is � p \ poly_out �� [ poly_in
�? f is \ p � poly_in �� Z poly_overlap
�? f is � \ \ poly_overlap �� Y poly_contained
�? f is � \ \ poly_contained ��u � � H�p��p؝p�rX�r��r�l �|`�v��v�l(�rp�f��l �lH�p��pؒj��X�j���؏j��X�n���،n��X�h����j��`�j����j��`�p���t��P�r���Ѐp * �� � hashmacaddr
�? f is p = hashmacaddr ) �� hash_aclitem_extended
�? f is � -hash_aclitem_extended ( �� I hash_aclitem
�? f is p hash_aclitem ' �� hashoidvectorextended
�? f is � -hashoidvectorextended & �� � hashoidvector
�? f is p hashoidvector % �� hashvarlenaextended
�? f is � � )hashvarlenaextended $ �� � hashvarlena
�? f is p � hashvarlena # �� � hashtextextended
�? f is � #hashtextextended " �� � hashtext
�? f is p hashtext ! �� � hashnameextended
�? f is � #hashnameextended �� � hashname
�? f is p hashname �� � hashcharextended
�? f is � #hashcharextended �� � hashchar
�? f is p hashchar �� � hashoidextended
�? f is � !hashoidextended �� � hashoid
�? f is p hashoid �� � hashfloat8extended
�? f is � � 'hashfloat8extended �� � hashfloat8
�? f is p � hashfloat8 �� � hashfloat4extended
�? f is � � 'hashfloat4extended �� � hashfloat4
�? f is p � hashfloat4 �� � hashint8extended
�? f is � #hashint8extended �� � hashint8
�? f is p hashint8 �� � hashint4extended
�? f is � #hashint4extended �� � hashint4
�? f is p hashint4 �� � hashint2extended
�? f is � #hashint2extended �� � hashint2
�? f is p hashint2 �� � name
�? f is p bpchar_name �� � bpchar
�? f is p name_bpchar �� � name
�? f is p text_name �� � text
�? f is p name_text
�� � text
�? f is p rtrim1 �� u inter_sb
�? f is � Y [ inter_sb �� t on_sb
�? f is � Y [
on_sb
�� � dist_pathp
�? f is � � Z X dist_pathp �� s dist_ppath
�? f is � � X Z dist_ppath �� r path_distance
�? f is � � Z Z path_distance �� q on_ps
�? f is � X Y
on_ps �� p close_sb
�? f is X � Y [ close_sb �� o close_pb
�? f is X � X [ close_pb �� n close_ps
�? f is X � X Y close_ps �� } dist_bs
�? f is � � [ Y dist_bs �� m dist_sb
�? f is � � Y [ dist_sb �� e dist_bp
�? f is � � [ X dist_bp ��u � � 8����j�����r0��p�r������И��xP�z��f�h(�fp�n��n �pH�p��nؐn �nh�n��n��n@�p��pЋp�p`�p��p�d8�d��dȆd�nH����dd �dh�d��n��n * �� � namele
�? f is � namele ) �� � namelt
�? f is � namelt ( �� � int8
�? f is p
int28 ' �� � int2
�? f is p
int82 & �� � int8
�? f is p �
ftoi8 % �� � float4
�? f is � p
i8tof $ �� hash_array_extended
�? f is � � )hash_array_extended # �� r hash_array
�? f is p � hash_array " �� � int8
�? f is p �
dtoi8 ! �� � float8
�? f is � p
i8tod �� � int8
�? f is p
int48 �� � int4
�? f is p
int84 �� � int84ge
�? f is � int84ge �� � int84le
�? f is � int84le �� � int84gt
�? f is � int84gt �� � int84lt
�? f is � int84lt �� � int84ne
�? f is � int84ne �� � int84eq
�? f is � int84eq �� � int8ge
�? f is � int8ge �� � int8le
�? f is � int8le �� � int8gt
�? f is � int8gt �� � int8lt
�? f is � int8lt �� � int8ne
�? f is � int8ne �� � int8eq
�? f is � int8eq �� � int8div
�? f is � int8div �� � int8mul
�? f is � int8mul �� � int8mi
�? f is � int8mi �� � int8pl
�? f is � int8pl �� � int8um
�? f is p int8um
�� � int8out
�? f is � p int8out �� � int8in
�? f is p � int8in �� � text_smaller
�? f is � text_smaller
�� � text_larger
�? f is � text_larger ��? � num_nonnulls
�? � f is p � 3 � - v!pg_num_nonnulls ��? � num_nulls
�? � f is p � 3 � - vpg_num_nulls ��
hashmacaddr8extended
�? f is � +hashmacaddr8extended �� H hashmacaddr8
�? f is p hashmacaddr8 �� hash_numeric_extended
�? f is � � -hash_numeric_extended �� � hash_numeric
�? f is p � hash_numeric �� hashinetextended
�? f is � e #hashinetextended �� � hashinet
�? f is p e hashinet ��
hashmacaddrextended
�? f is � = )hashmacaddrextended ��u � � H�n��n؝n�vX�x��xؚx�xX�x��xؗx�x`�j��l�l0�tp�z����x(��`�����؎x �ph�p��p��p8�vx�v��|��v8�vx�x��p�pP�p��p�j(�jp�h��r�r
* �� � array_ne
�? f is � � � array_ne
) �� � array_eq
�? f is � � � array_eq
( �� � system_user
�? f ss ` system_user
' �� � session_user
�? f ss ` session_user
& �� � current_user
�? f ss ` current_user
% �� � text_ge
�? f is � text_ge
$ �� � text_gt
�? f is � text_gt
# �� � text_le
�? f is � text_le
" �� � text_lt
�? f is � text_lt
! �� � dist_cpoint
�? f is � � � X dist_cpoint
�� � dist_polyp
�? f is � � \ X dist_polyp
�� � dist_ppoly
�? f is � � X \ dist_ppoly
�� � poly_distance
�? f is � � \ \ poly_distance
�� dist_polyc
�? f is � � \ � dist_polyc
�� � dist_cpoly
�? f is � � � \ dist_cpoly
�� � dist_ls
�? f is � � t Y dist_ls
�� � dist_sl
�? f is � � Y t dist_sl
�� � dist_lp
�? f is � � t X dist_lp
�� � dist_pl
�? f is � � X t dist_pl
�� bit_count
�? f is p !bytea_bit_count
�� � overlay
�? f is � )byteaoverlay_no_len
�� � overlay
�? f is � byteaoverlay
�� � set_bit
�? f is � byteaSetBit
�� � get_bit
�? f is � byteaGetBit
�� � set_byte
�? f is � byteaSetByte
�� � get_byte
�? f is � byteaGetByte
�� � octet_length
�? f is p byteaoctetlen
�� � oidle
�? f is �
oidle
�� � oidlt
�? f is �
oidlt
�� � getpgusername
�? f ss ` current_user
�� � oidvectorgt
�? f is � oidvectorgt
�� � oidvectorge
�? f is � oidvectorge
�� � oidvectoreq
�? f is � oidvectoreq
�� � oidvectorle
�? f is � oidvectorle
�� � oidvectorlt
�? f is � oidvectorlt
�� k oidvectorne
�? f is � oidvectorne
�� � varchar
�? f is � varchar
�� varchar_support
�? f is � p � !varchar_support
�� � bpchar
�? f is � bpchar
�� � namene
�? f is � namene
�� � namege
�? f is � namege
�� � namegt
�? f is � namegt v � � @�r��r��r �rH�n��pКz�lX�x��xؗz�|X�z��|ؔt�|P����|ȑ��|@����z��| �~0��p�����؊��v@����r�����z0��h��������P����xȀ� ) �� � array_agg_array_transfn
�? f is � � � � 1array_agg_array_transfn ( �� array_agg
�? a is � p �
!aggregate_dummy ' �� array_agg_finalfn
�? f is � � � �
%array_agg_finalfn & �� � array_agg_deserialize
�? f is � � � -array_agg_deserialize % �� � array_agg_serialize
�? f is p � )array_agg_serialize $ �� � array_agg_combine
�? f is � � � � %array_agg_combine # �� array_agg_transfn
�? f is � � � �
%array_agg_transfn " �� ` array_replace
�? f is � � � � � array_replace ! �� _ array_remove
�? f is � � � � array_remove �� � array_unnest_support
�? f is � p � +array_unnest_support �� unnest
�? �B � f is � p � array_unnest �� array_fill
�? f is � � � � � ;array_fill_with_lower_bounds �� � array_fill
�? f is � � � � array_fill �� � generate_subscripts
�? zD f is � � 5generate_subscripts_nodir �� � generate_subscripts
�? zD f is � � )generate_subscripts �� � array_positions
�? f is � � � � !array_positions �� � array_position
�? f is � � � +array_position_start �� � array_position
�? f is � � � array_position �� array_smaller
�? f is � � � � array_smaller �� array_larger
�? f is � � � � array_larger �� � array_to_string
�? f ss � � 'array_to_text_null �� � array_to_string
�? f ss � � array_to_text �� string_to_table
�? zD f is � 'text_to_table_null �� string_to_table
�? zD f is � text_to_table �� x string_to_array
�? f is � � 'text_to_array_null �� � string_to_array
�? f is � � text_to_array �� array_cat
�? f is � � � � array_cat �� { array_prepend
�? f is � � � � array_prepend
�� z array_append
�? f is � � � � array_append �� k cardinality
�? f is p � %array_cardinality �� � array_length
�? f is � � array_length
�� , array_upper
�? f is � � array_upper �� + array_lower
�? f is � � array_lower �� � array_out
�? f ss � p � array_out �� � array_in
�? f ss � � � array_in �� � array_ndims
�? f is p � array_ndims �� � array_dims
�? f is p � array_dims �� � array_ge
�? f is � � � array_ge �� � array_le
�? f is � � � array_le �� � array_gt
�? f is � � � array_gt �� � array_lt
�? f is � � � array_lt H � � � 8��p�������xP����vЙt�zP�z�������* + �h@�v��x��v �x@�|��|��|�pH�r��zȍt�pX�p��p�p0�px�p��r��t@�p��rȅl�|H�|��|������ 3a
�� �N unaccent �
�? f ss � � unaccent_dict#$libdir/unaccent � + �+ ��" � lo_export
�? f vu � be_lo_exportK
� _oidK� * �+ ��" � lo_import
�? f vu � -be_lo_import_with_oidK
� ash ) �� _ int2_mul_cash
�? f is � int2_mul_cash ( �� ^ int4_mul_cash
�? f is � int4_mul_cash ' �� G
int8_mul_cash
�? f is � int8_mul_cash & �� 1 current_query
�? f vr ` current_query % �� ] current_database
�? f ss ` #current_database $ �� \ bpchar
�? f is p char_bpchar # �� [ namenlike
�? f is � namenlike " �� Z namelike
�? � f is � namelike ! �� Y int48ge
�? f is � int48ge �� X int48le
�? f is � int48le �� W int48gt
�? f is � int48gt �� V int48lt
�? f is � int48lt �� U int48ne
�? f is � int48ne �� T int48eq
�? f is � int48eq �� S textnlike
�? f is � textnlike �� � textlike_support
�? f is � p � #textlike_support �� R textlike
�? � f is � textlike �� Q position
�? f is � textpos �� P flt4_mul_cash
�? f is � � flt4_mul_cash �� O cash_div_flt4
�? f is � � cash_div_flt4 �� N cash_mul_flt4
�? f is � � cash_mul_flt4 �� int2smaller
�? f is � int2smaller �� int2larger
�? f is � int2larger �� int4smaller
�? f is � int4smaller �� int4larger
�? f is � int4larger �� � int4inc
�? f is p int4inc �� � arraycontjoinsel
�? f ss � � � � � #arraycontjoinsel �� � arraycontsel
�? f ss � � � � arraycontsel
�� � array_typanalyze
�? f ss p � #array_typanalyze �� H array_sample
�? f vs � � � array_sample �� G array_shuffle
�? f vs � p � array_shuffle �� trim_array
�? f is � � � trim_array �� � width_bucket
�? f is � � � 'width_bucket_array �� � array_agg
�? a is � p � !aggregate_dummy �� � array_agg_array_finalfn
�? f is � � � � 1array_agg_array_finalfn �� � array_agg_array_deserialize
�? f is � � � 9array_agg_array_deserialize �� � array_agg_array_serialize
�? f is p � 5array_agg_array_serialize �� � array_agg_array_combine
�? f is � � � � 1array_agg_array_combine 0Zv � @ @�|��|��| �|@�|��|Țh�jX�p��p�p0�px�p��p�pP�p��|В|�vP�x��|؏n�|X�r��r�l(�lp�p��p �pH�p��p؇p �ph�p��l��l8�v��p��t �v@��
* �� � lo_lseek
�? f vu � be_lo_lseek
) �� � lowrite
�? f vu � be_lowrite
( �� � loread
�? f vu � be_loread
' �� � lo_close
�? f vu p be_lo_close
& �� � lo_open
�? f vu � be_lo_open
% �� � text
�? f is p char_text
$ �� � char
�? f is p text_char
# �� � lcm
�? f is � int8lcm
" �� � lcm
�? f is � int4lcm
! �� � gcd
�? f is � int8gcd
�� � gcd
�? f is � int4gcd
�� � mod
�? f is � int8mod
�� � int8mod
�? f is � int8mod
�� � mod
�? f is � int4mod
�� � mod
�? f is � int2mod
�� � money
�? f ss p int8_cash
�� � money
�? f ss p int4_cash
�� � money
�? f ss p � numeric_cash
�� � numeric
�? f ss � p cash_numeric
�� � cash_div_cash
�? f is � � cash_div_cash
�� � cash_words
�? f is p cash_words
�� � flt8_mul_cash
�? f is � � flt8_mul_cash
�� � cashsmaller
�? f is � cashsmaller
�� � cashlarger
�? f is � cashlarger
�� � cash_div_flt8
�? f is � � cash_div_flt8
�� � cash_mul_flt8
�? f is � � cash_mul_flt8
�� cash_mi
�? f is � cash_mi
�� ~ cash_pl
�? f is � cash_pl
�� } cash_ge
�? f is � cash_ge
�� | cash_gt
�? f is � cash_gt
�� { cash_le
�? f is � cash_le
�� z cash_lt
�? f is � cash_lt
�� y cash_ne
�? f is � cash_ne
�� x cash_eq
�? f is � cash_eq
�� w cash_out
�? f ss � p cash_out
�� v cash_in
�? f ss p � cash_in
�� c cash_div_int2
�? f is � cash_div_int2
�� b cash_mul_int2
�? f is � cash_mul_int2
�� a cash_div_int4
�? f is � cash_div_int4
�� ` cash_mul_int4
�? f is � cash_mul_int4
��
cash_div_int8
�? f is � cash_div_int8
��
cash_mul_int8
�? f is � cash_mul_int8 �yv � p 8����p��r�nH�r��~������@�lx����| �lH�l��rȔr�vP�j��l�n �zh�l��|莀(�rh�t��t�t(�th�t��p�r0�vp�x��~�x0�~p�~��|�t0�tp�x ) �� � lseg_horizontal
�? f is p Y !lseg_horizontal ( �� � lseg_vertical
�? f is p Y lseg_vertical ' �� � lseg_perp
�? f is � Y Y lseg_perp & �� � lseg_parallel
�? f is � Y Y lseg_parallel % �� � lseg_intersect
�? f is � Y Y lseg_intersect $ �� � lseg
�? f is Y � X X lseg_construct # �� � slope
�? f is � � X X point_slope " �� � point_distance
�? f is � � X X point_distance ! �� � point_horiz
�? f is � X X point_horiz �� � point_vert
�? f is � X X point_vert �� � point_ne
�? f is � X X point_ne �� � path_length
�? f is � p Z path_length �� � path_n_ge
�? f is � Z Z path_n_ge �� � path_n_le
�? f is � Z Z path_n_le �� � path_n_eq
�? f is � Z Z path_n_eq �� � path_n_gt
�? f is � Z Z path_n_gt �� � path_n_lt
�? f is � Z Z path_n_lt �� � diagonal
�? f is Y p [ box_diagonal �� � bound_box
�? f is [ � [ [ !boxes_bound_box �� � box_intersect
�? f is [ � [ [ box_intersect �� � area
�? f is � p Z path_area �� � box_distance
�? f is � � [ [ box_distance �� � height
�? f is � p [ box_height �� � width
�? f is � p [ box_width �� � area
�? f is � p [ box_area �� � path_inter
�? f is � Z Z path_inter �� � lo_unlink
�? f vu p be_lo_unlink �� � close_pl
�? f is X � X t close_pl
�� � on_sl
�? f is � Y t
on_sl �� � on_pl
�? f is � X t
on_pl �� �
lo_put
�? f vu � � be_lo_put
�� �
lo_get
�? f vu � 'be_lo_get_fragment �� �
lo_get
�? f vu p be_lo_get �� �
lo_from_bytea
�? f vu � #be_lo_from_bytea �� d lo_truncate64
�? f vu � #be_lo_truncate64 �� � lo_truncate
�? f vu � be_lo_truncate �� c lo_tell64
�? f vu p be_lo_tell64 �� � lo_tell
�? f vu p be_lo_tell �� � lo_create
�? f vu p be_lo_create �� � lo_creat
�? f vu p be_lo_creat �� b lo_lseek64
�? f vu � be_lo_lseek64 Йv � H�p���ȝl�nP�t��tКx�vH����~0��p�z��l��v8�xx�|��n �x@�z��r��r �r@�r��r��r �|@�~��t��~�n@����xȆh�jX�p��p�p0�px�p��p �r ) �� D date_cmp
�? f is � : : date_cmp ( �� C date_ne
�? f is � : : date_ne ' �� B date_ge
�? f is � : : date_ge & �� A date_gt
�? f is � : : date_gt % �� @ date_le
�? f is � : : date_le $ �� ? date_lt
�? f is � : : date_lt # �� > date_eq
�? f is � : : date_eq " �� = date_out
�? f ss � p : date_out ! �� < date_in
�? f ss : p � date_in �� 9 format_type
�? f ss � format_type �� � hashbpcharextended
�? f is � 'hashbpcharextended �� 8 hashbpchar
�? f is p hashbpchar ��
bpchar_sortsupport
�? f is � p � 'bpchar_sortsupport �� 6 bpcharcmp
�? f is � bpcharcmp �� ( bpchar_smaller
�? f is � bpchar_smaller �� ' bpchar_larger
�? f is � bpchar_larger �� bpcharne
�? f is � bpcharne �� bpcharge
�? f is � bpcharge �� bpchargt
�? f is � bpchargt �� bpcharle
�? f is � bpcharle �� bpcharlt
�? f is � bpcharlt �� bpchareq
�? f is � bpchareq �� d varchartypmodout
�? f is � p #varchartypmodout �� c varchartypmodin
�? f is p � !varchartypmodin �� varcharout
�? f is � p varcharout �� varcharin
�? f is � � varcharin �� b bpchartypmodout
�? f is � p !bpchartypmodout �� a bpchartypmodin
�? f is p � bpchartypmodin
�� bpcharout
�? f is � p bpcharout �� bpcharin
�? f is � � bpcharin �� � aclexplode
�? A f ss � p
S
5 ioooo� acl , grantor , grantee H privilege_type @ is_grantableaclexplode
�� g acldefault
�? f is
� acldefault_sql �� U makeaclitem
�? f is � makeaclitem �� & aclitemeq
�? f is � aclitem_eq ��
aclcontains
�? f is �
aclcontains �� aclremove
�? f is
�
aclremove �� aclinsert
�? f is
�
aclinsert �� aclitemout
�? f ss � p aclitemout �� aclitemin
�? f ss p � aclitemin �� timezone
�? f is Z � � � %timestamptz_izone �� � lseg_eq
�? f is � Y Y lseg_eq ��v � P @�zh����p��p@�p��pКp�rP�x��zؗp�rX�r��x�j �r`�t��p�|(�|h�|��|� �x`�����؋z�zX�z��z؈z�zX�~���Ѕ��rP�z��|Ђx�xP�x ) �� � interval_lt
�? f is � � � interval_lt ( �� � interval_ne
�? f is � � � interval_ne ' �� � interval_eq
�? f is � � � interval_eq & �� X intervaltypmodout
�? f is � p %intervaltypmodout % �� W intervaltypmodin
�? f is p � #intervaltypmodin $ �� � interval_out
�? f ss � p � interval_out # �� � interval_in
�? f ss � � � interval_in " �� � timezone
�? f is Z � � #timestamptz_zone ! �� � to_timestamp
�? f is � p � 'float8_timestamptz �� � timestamptz_gt
�? f is � � � timestamp_gt �� � timestamptz_ge
�? f is � � � timestamp_ge �� � timestamptz_le
�? f is � � � timestamp_le �� � timestamptz_lt
�? f is � � � timestamp_lt �� � timestamptz_ne
�? f is � � � timestamp_ne �� � timestamptz_eq
�? f is � � � timestamp_eq �� \ timestamptztypmodout
�? f is � p +timestamptztypmodout �� [ timestamptztypmodin
�? f is p � )timestamptztypmodin �� timestamptz_out
�? f ss � p � !timestamptz_out �� ~ timestamptz_in
�? f ss � � � timestamptz_in �� } circle_div_pt
�? f is � � � X circle_div_pt �� | circle_mul_pt
�? f is � � � X circle_mul_pt �� { circle_sub_pt
�? f is � � � X circle_sub_pt �� z circle_add_pt
�? f is � � � X circle_add_pt �� y time_eq
�? f is � ; ; time_eq �� ^ timetypmodout
�? f is � p timetypmodout �� ] timetypmodin
�? f is p � timetypmodin �� x time_out
�? f is � p ; time_out �� w time_in
�? f ss ; � � time_in
�� v date_mii
�? f is : � : date_mii �� u date_pli
�? f is : � : date_pli �� t date_mi
�? f is � : : date_mi
�� s date_smaller
�? f is : � : : date_smaller �� r date_larger
�? f is : � : : date_larger �� S time_cmp
�? f is � ; ; time_cmp �� R time_ne
�? f is � ; ; time_ne �� Q time_ge
�? f is � ; ; time_ge �� P time_gt
�? f is � ; ; time_gt �� O time_le
�? f is � ; ; time_le �� N time_lt
�? f is � ; ; time_lt �� % in_range
�? f is � : : � /in_range_date_interval �� @ date_sortsupport
�? f is � p � #date_sortsupport �&� � 0 @�x��x��x�pH�x��x������8�|p����z薌 ��X�������z�h(�jh�z���ؐ� ��8��p�����Ќ���@�������� �z@�~����0��x������~0�hx�h 5a # �� �N uuid_nil �
�? f is � ` uuid_nil%$libdir/uuid-ossp 3a " �� �N unaccent_lexize �
�? f vs � � � � � � !unaccent_lexize#$libdir/unaccent �3a ! �� �N unaccent_init �
�? f vs � p � unaccent_init#$libdir/unaccent �3a �� �N unaccent �
�? f ss p unaccent_dict#$libdir/unaccent � ( �� �
int8dec
�? f is p int8dec ' �� � int8inc
�? f is p int8inc & �� � date_trunc
�? f is � � � interval_trunc % �� date_trunc
�? f is � � � /timestamptz_trunc_zone $ �� � date_trunc
�? f ss � � � %timestamptz_trunc �� � interval
�? N f is � � � interval_scale �� N interval_support
�? f is � p � #interval_support �� � age
�? f is � � � � !timestamptz_age �� � interval_larger
�? f is � � � � !interval_larger �� � interval_smaller
�? f is � � � � #interval_smaller �� � timestamptz_larger
�? f is � � � � #timestamp_larger �� � timestamptz_smaller
�? f is � � � � %timestamp_smaller �� � date_subtract
�? f is � � � � Atimestamptz_mi_interval_at_zone �� O date_subtract
�? f ss � � � � 1timestamptz_mi_interval �� � timestamptz_mi_interval
�? f ss � � � � 1timestamptz_mi_interval �� N date_add
�? f is � � � � Atimestamptz_pl_interval_at_zone �� M date_add
�? f ss � � � � 1timestamptz_pl_interval �� � timestamptz_pl_interval
�? f ss � � � � 1timestamptz_pl_interval �� � timestamptz_mi
�? f is � � � � timestamp_mi �� c mxid_age
�? f ss p mxid_age �� � age
�? f sr p xid_age �� � date
�? f ss : p � #timestamptz_date �� justify_days
�? f is � p � -interval_justify_days
�� � justify_hours
�? f is � p � /interval_justify_hours �� �
justify_interval
�? f is � p � 5interval_justify_interval �� � timestamptz
�? f ss � p : #date_timestamptz
�� < extract
�? f is � � � #extract_interval �� � date_part
�? f is � � � interval_part �� ; extract
�? f ss � � � )extract_timestamptz �� � date_part
�? f ss � � � #timestamptz_part �� � interval_mi
�? f is � � � � interval_mi �� � interval_pl
�? f is � � � � interval_pl �� � interval_um
�? f is � p � interval_um �� � interval_gt
�? f is � � � interval_gt �� � interval_ge
�? f is � � � interval_ge �� � interval_le
�? f is � � � interval_le @�v � � @�x��xȝh�vH�x��|��� �|@�|��|ȗh�hH�������x �~H�p��pБr�rX�p��p�r �rh�p��p�r0�rx�p��p �r@�r��hІh ��H�l���ȃl�lX�l��l�l * �� �
tidle
�? f is �
tidle ) �� �
tidge
�? f is �
tidge ( �� �
tidlt
�? f is �
tidlt ' �� �
tidgt
�? f is �
tidgt & �� � tidne
�? f is �
tidne % �� currtid2
�? f vu � %currtid_byrelname $ �� tideq
�? f is �
tideq # �� suppress_redundant_updates_trigger
�? f vs � ` Gsuppress_redundant_updates_trigger " �� int8
�? f is p oidtoi8 ! �� oid
�? f is p i8tooid �� � int28div
�? f is � int28div �� � int28mul
�? f is � int28mul �� � int28mi
�? f is � int28mi �� I int28pl
�? f is � int28pl �� H int82div
�? f is � int82div �� G int82mul
�? f is � int82mul �� F int82mi
�? f is � int82mi �� E int82pl
�? f is � int82pl �� int48div
�? f is � int48div �� int48mul
�? f is � int48mul �� � int48mi
�? f is � int48mi �� � int48pl
�? f is � int48pl �� � int84div
�? f is � int84div �� � int84mul
�? f is � int84mul �� � int84mi
�? f is � int84mi �� � int84pl
�? f is � int84pl �� 9 extract
�? f is � � � extract_timetz �� � date_part
�? f is � � � timetz_part �� � datetime_pl
�? f is Z � : ; 'datetime_timestamp
�� � overlaps
�? f is � � � � � !overlaps_timetz �� � int2abs
�? f is p int2abs �� � int4abs
�? f is p int4abs
�� � nameicregexne
�? f is � nameicregexne �� � nameicregexeq
�? f is � nameicregexeq �� � texticregexne
�? f is � texticregexne �� texticregexeq_support
�? f is � p � -texticregexeq_support �� � texticregexeq
�? f is � texticregexeq �� � int8smaller
�? f is � int8smaller �� � int8larger
�? f is � int8larger �� � int8abs
�? f is p int8abs �� �
int8dec_any
�? f is � � int8dec_any �� �
int8inc_any
�? f is � � int8inc_any B� � � @�r��t��v�hH���������КX �X`�x��p���P����������P����������� �(��h�t��|�~(�|h�z��v�h8�l��lȋn�zP�f��f�f(�dp�f ) �� 5a �� �N uuid_generate_v4 �
�? f vs � ` #uuid_generate_v4%$libdir/uuid-ossp 5a ��O �N uuid_generate_v3 �
�? f is � � � [ 4 namespace name#uuid_generate_v3%$libdir/uuid-ossp5a �� �N uuid_generate_v1mc �
�? f vs � ` 'uuid_generate_v1mc%$libdir/uuid-ossp 5a �� �N uuid_generate_v1 �
�? f vs � ` #uuid_generate_v1%$libdir/uuid-ossp 5a �� �N uuid_ns_x500 �
�? f is � ` uuid_ns_x500%$libdir/uuid-ossp 5a �� �N uuid_ns_oid �
�? f is � ` uuid_ns_oid%$libdir/uuid-ossp 5a �� �N uuid_ns_url �
�? f is � ` uuid_ns_url%$libdir/uuid-ossp 5a �� �N uuid_ns_dns �
�? f is � ` uuid_ns_dns%$libdir/uuid-ossp ) �� > round
�? f is � p � dround ( �� = ln
�? f is � p �
dlog1 ' �� � log10
�? f is � p � dlog10 & �� < log
�? f is � p � dlog10 % �� ; dlog10
�? f is � p � dlog10 $ �� . interval_div
�? f is � � � � interval_div # �� � xidneqint4
�? f is � xidneq " �� ' xideqint4
�? f is �
xideq ! �� & length
�? f is p bpcharlen �� % length
�? f is p textlen �� $ time
�? f is ; p Z timestamp_time �� # interval_cmp
�? f is � � � interval_cmp �� " timestamptz_cmp
�? f is � � � timestamp_cmp �� Z timestamptypmodout
�? f is � p 'timestamptypmodout �� Y timestamptypmodin
�? f is p � %timestamptypmodin �� ! timestamp_out
�? f ss � p Z timestamp_out �� timestamp_in
�? f ss Z � � timestamp_in �� overlaps
�? f is � ; ; ; ; overlaps_time �� overlaps
�? f is � � � � � 'overlaps_timestamp �� contjoinsel
�? f ss � � � � � contjoinsel �� contsel
�? f ss � � � � contsel �� positionjoinsel
�? f ss � � � � � !positionjoinsel
�� positionsel
�? f ss � � � � positionsel �� Y
clock_timestamp
�? f vs � ` !clock_timestamp �� X
statement_timestamp
�? f ss � ` )statement_timestamp
�� W
transaction_timestamp
�? f ss � ` now �� now
�? f ss � ` now �� datetimetz_pl
�? f is � � : � /datetimetz_timestamptz �� � hashtidextended
�? f is � !hashtidextended �� � hashtid
�? f is p hashtid �� �
tidsmaller
�? f is � tidsmaller �� �
tidlarger
�? f is � tidlarger �� �
bttidcmp
�? f is � bttidcmp �E� � ( H�f��d؝d �jh�j��b(� �v0�|x�n��v��x8�tx�t��t��t8�tx�t��v�8�l��h��t�lH�r��vȌx�zH�|��~Љh �zP�t��z І~�pX�z��x�p(�l * �� r abs
�? f is � p � float4abs * �� r abs
�? f is � p 5a
��O �N uuid_generate_v5 �
�? f is � � � [ 4 namespace name#uuid_generate_v5%$libdir/uuid-ossp * �� r abs
�? f is � p � float4abs ) �� ` factorial
�? f is � p numeric_fac ( �� n isfinite
�? f is p � !interval_finite ' �� m isfinite
�? f is p � #timestamp_finite & �� ] isfinite
�? f is p : date_finite % �� l timetz
�? f ss � p � 'timestamptz_timetz # �� 8 extract
�? f is � � ; extract_time " �� i date_part
�? f is � � ; time_part ! �� 7 extract
�? f is � � : extract_date �� e char_length
�? f is p textlen �� d timetz_smaller
�? f is � � � � timetz_smaller �� c timetz_larger
�? f is � � � � timetz_larger �� b time_smaller
�? f is ; � ; ; time_smaller �� a time_larger
�? f is ; � ; ; time_larger �� _ octet_length
�? f is p bpcharoctetlen �� ^ octet_length
�? f is p textoctetlen �� \ char_length
�? f is p bpcharlen �� Z interval
�? f is � p ; time_interval �� Y character_length
�? f is p textlen �� W character_length
�? f is p bpcharlen �� O timestamptz
�? f is � � : � /datetimetz_timestamptz �� N timetz_cmp
�? f is � � � timetz_cmp �� M timetz_gt
�? f is � � � timetz_gt �� L timetz_ge
�? f is � � � timetz_ge �� K timetz_le
�? f is � � � timetz_le �� J timetz_lt
�? f is � � � timetz_lt �� I timetz_ne
�? f is � � � timetz_ne
�� H timetz_eq
�? f is � � � timetz_eq �� ` timetztypmodout
�? f is � p !timetztypmodout �� _ timetztypmodin
�? f is p � timetztypmodin
�� G timetz_out
�? f is � p � timetz_out �� F timetz_in
�? f ss � � � timetz_in �� E oidvectortypes
�? f ss p oidvectortypes �� C exp
�? f is � p � dexp �� X power
�? f is � � � � dpow �� B pow
�? f is � � � � dpow �� A cbrt
�? f is � p �
dcbrt �� @ sqrt
�? f is � p �
dsqrt �� ? trunc
�? f is � p � dtrunc 8Mw � � H�l��h؝h �hh�l��l��n8�xp������v(�xh�|��t�t(�xh�|��t�t(�xh�t��t�v0�px�p��p�p H�������t�pH�r��n؆l�rX�x��xx�xX����t * �� � point_add
�? f is X � X X point_add * �� � point_add
�? f is X � X X point_add ) �� � point
�? f is X � � � !construct_point ( �� � path_div_pt
�? f is Z � Z X path_div_pt ' �� � path_mul_pt
�? f is Z � Z X path_mul_pt & �� � path_sub_pt
�? f is Z � Z X path_sub_pt % �� � path_add_pt
�? f is Z � Z X path_add_pt $ �� � path_add
�? f is Z � Z Z path_add # �� � popen
�? f is Z p Z path_open " �� � pclose
�? f is Z p Z path_close ! �� � path_npoints
�? f is p Z path_npoints �� � isopen
�? f is p Z path_isopen �� � isclosed
�? f is p Z path_isclosed �� � pt_contained_poly
�? f is � X \ %pt_contained_poly �� � poly_contain_pt
�? f is � \ X !poly_contain_pt �� � box_div
�? f is [ � [ X box_div �� � box_mul
�? f is [ � [ X box_mul �� � box_sub
�? f is [ � [ X box_sub �� � box_add
�? f is [ � [ X box_add �� � box
�? f is [ � X X points_box �� � time
�? f is ; p � interval_time �� � point
�? f is X p � circle_center �� � ishorizontal
�? f is p t !line_horizontal �� � isvertical
�? f is p t line_vertical �� � isperp
�? f is � t t line_perp �� � isparallel
�? f is � t t line_parallel �� � ishorizontal
�? f is p Y !lseg_horizontal �� � isvertical
�? f is p Y lseg_vertical �� � isperp
�? f is � Y Y lseg_perp
�� � isparallel
�? f is � Y Y lseg_parallel �� ishorizontal
�? f is � X X point_horiz �� ~ isvertical
�? f is � X X point_vert
�� } overlay
�? f is � 'textoverlay_no_len �� | overlay
�? f is � textoverlay �� { current_schemas
�? f su � p !current_schemas �� z current_schema
�? f su ` current_schema �� y varchar
�? f is p name_text �� x name
�? f is p text_name �� v abs
�? f is p int2abs �� u abs
�? f is p int4abs �� t abs
�? f is p int8abs �� s abs
�? f is � p � float8abs xmw � � @�t��t��t �rH�j��lؚj �lh�l��n�x0�~p�x���蔂(�z`����~�z �z`�t��t�t �t`�t��t�p(�xh�t����t(�tp�p��x��p0��h����l��n@�n��pЀp * �� � lseg_lt
�? f is � Y Y lseg_lt ) �� � lseg_ne
�? f is � Y Y lseg_ne ( �� � box
�? f is [ p � circle_box ' �� � circle
�? f is � p [ box_circle & �� � box
�? f is [ p X point_box % �� � pt_contained_circle
�? f is � X � )pt_contained_circle $ �� � circle_contain_pt
�? f is � � X %circle_contain_pt # �� � dist_pc
�? f is � � X � dist_pc " �� � polygon
�? f is \ � � circle_poly ! �� � circle
�? f is � p \ poly_circle �� � circle
�? f is � � X � cr_circle �� � circle_center
�? f is X p � circle_center �� � circle_distance
�? f is � � � � !circle_distance �� � radius
�? f is � p � circle_radius �� � diameter
�? f is � p � !circle_diameter �� � area
�? f is � p � circle_area �� � circle_ge
�? f is � � � circle_ge �� � circle_le
�? f is � � � circle_le �� � circle_gt
�? f is � � � circle_gt �� � circle_lt
�? f is � � � circle_lt �� � circle_ne
�? f is � � � circle_ne �� � circle_eq
�? f is � � � circle_eq �� � circle_above
�? f is � � � circle_above �� � circle_below
�? f is � � � circle_below �� � circle_overlap
�? f is � � � circle_overlap �� � circle_contained
�? f is � � � #circle_contained �� � circle_right
�? f is � � � circle_right �� � circle_overright
�? f is � � � #circle_overright �� � circle_overleft
�? f is � � � !circle_overleft
�� � circle_left
�? f is � � � circle_left �� � circle_contain
�? f is � � � circle_contain �� � circle_same
�? f is � � � circle_same
�� � circle_out
�? f is � p � circle_out �� � circle_in
�? f is � p � circle_in �� � polygon
�? f is \ p Z path_poly �� � polygon
�? f is \ p [ box_poly �� � path
�? f is Z p \ poly_path �� � box
�? f is [ p \ poly_box �� � poly_npoints
�? f is p \ poly_npoints �� � point_div
�? f is X � X X point_div �� � point_mul
�? f is X � X X point_mul �� � point_sub
�? f is X � X X point_sub �w � � H�p��p؝p �p`�r��v�h0�jx�p����z0�~p�|��t�t0�xx�p��p�pP�n��p؏r �n`�t ��r�r �vh�h��p�r0�rp�t��r�t8�p��p��v ��H�n��d ) �� L erfc
�? f is � p �
derfc ) �� L erfc
�? f is � p �
derfc ( �� pg_sequence_parameters
�? f ss � p k ; iooooooo � @ sequence_oid< start_value D minimum_value D maximum_value 4 increment @ cycle_option8 cache_size 4 data_type /pg_sequence_parameters ' �� � setval
�? f vu � � setval3_oid & �� ( setval
�? f vu � � setval_oid % �� ' currval
�? f vu p � currval_oid $ �� & nextval
�? f vu p � nextval_oid # �� $ notlike
�? f is � namenlike " �� # like
�? � f is � namelike ! �� " notlike
�? f is � textnlike �� ! like
�? � f is � textlike �� h bittypmodout
�? f is � p bittypmodout �� g bittypmodin
�? f is p � bittypmodin �� bit_out
�? f is � p bit_out �� bit_in
�? f is � � bit_in �� npoints
�? f is p \ poly_npoints �� npoints
�? f is p Z path_npoints �� center
�? f is X p � circle_center �� center
�? f is X p [ box_center �� lseg
�? f is Y p [ box_diagonal �� point
�? f is X p \ poly_center �� � point
�? f is X p [ box_center �� � point
�? f is X p Y lseg_center �� � length
�? f is � p Z path_length �� � length
�? f is � p Y lseg_length �� � line_horizontal
�? f is p t !line_horizontal �� � line_vertical
�? f is p t line_vertical �� � line_perp
�? f is � t t line_perp
�� � line_parallel
�? f is � t t line_parallel �� � line_intersect
�? f is � t t line_intersect �� � line_interpt
�? f is X � t t line_interpt
�� � line
�? f is t � X X %line_construct_pp �� � line_eq
�? f is � t t line_eq �� � line_out
�? f is � p t line_out �� � line_in
�? f is t p � line_in �� � close_lseg
�? f is X � Y Y close_lseg �� � close_ls
�? f is X � t Y close_ls �� � lseg_length
�? f is � p Y lseg_length �� � lseg_ge
�? f is � Y Y lseg_ge �� � lseg_gt
�? f is � Y Y lseg_gt �� � lseg_le
�? f is � Y Y lseg_le `�w � � 8��x�~����|8�nx�v��x �lH�l��lؗl �lh�l��n �` H�h��dؒd �dh�n��b��b@�b��bЍf�f`�f��p�d8�d��dȈd�hX�h��X�d8�d��dȃf�fX�f��b + �� K erf
�? f is � p � derf + �� K erf
�? f is � p � derf * �� � atanh
�? f is � p � datanh ) �� � acosh
�? f is � p � dacosh ( �� � asinh
�? f is � p � dasinh ' �� � tanh
�? f is � p �
dtanh & �� � cosh
�? f is � p �
dcosh % �� � sinh
�? f is � p �
dsinh $ �� J pi
�? f is � ` dpi # �� I radians
�? f is � p � radians " �� H degrees
�? f is � p � degrees ! �� �
cotd
�? f is � p �
dcotd �� �
tand
�? f is � p �
dtand �� �
cosd
�? f is � p �
dcosd �� �
sind
�? f is � p �
dsind �� �
atan2d
�? f is � � � � datan2d �� �
atand
�? f is � p � datand �� �
acosd
�? f is � p � dacosd �� �
asind
�? f is � p � dasind �� G cot
�? f is � p � dcot �� F tan
�? f is � p � dtan �� E cos
�? f is � p � dcos �� D sin
�? f is � p � dsin �� C atan2
�? f is � � � � datan2 �� B atan
�? f is � p �
datan �� A acos
�? f is � p �
dacos �� @ asin
�? f is � p �
dasin �� ? setseed
�? f vr � p � setseed �� > random
�? f vr � ` drandom �� < bitcmp
�? f is � bitcmp
�� ; bitlt
�? f is �
bitlt �� : bitle
�? f is �
bitle �� 9 bitgt
�? f is �
bitgt
�� 8 bitge
�? f is �
bitge �� . bitne
�? f is �
bitne �� - biteq
�? f is �
biteq �� i varbittypmodout
�? f is � p !varbittypmodout �� V varbittypmodin
�? f is p � varbittypmodin �� , varbit_out
�? f is � p varbit_out �� + varbit_in
�? f is � � varbit_in �� a pg_stop_making_pinned_objects
�? f vu � ` =pg_stop_making_pinned_objects �� pg_nextoid
�? f vu � � � pg_nextoid �� � pg_sequence_last_value
�? f vu p � /pg_sequence_last_value P�w � @�z��d؝` �n`�~���ؚ��~X�r��tؗv�~X�x��vؔx�xX�|��|ؑx�xX�v��x�p(�dp�d��h��r8�r��lȉl��H�| ��f؆f��X�l��f��� ) �� � substring
�? f is � 'text_substr_no_len ) �� � substring
�? f is � 'text_substr_no_len ) �� � substring
�? f is � 'text_substr_no_len ( �� � substring
�? f is � text_substr ' �� u btrim
�? f is p btrim1 & �� t btrim
�? f is �
btrim % �� s substr
�? f is � 'text_substr_no_len $ �� r rtrim
�? f is p rtrim1 # �� q ltrim
�? f is p ltrim1 �� n translate
�? f is � translate �� m substr
�? f is � text_substr �� l rtrim
�? f is �
rtrim �� k ltrim
�? f is �
ltrim �� j rpad
�? f is � rpad �� i lpad
�? f is � lpad �� h initcap
�? f is p initcap �� g upper
�? f is p
upper �� f lower
�? f is p
lower �� d strpos
�? f is � textpos �� } bpcharicnlike
�? f is � texticnlike �� | bpchariclike
�? f is � texticlike �� { bpcharregexne
�? f is � textregexne �� z bpcharregexeq
�? T f is � textregexeq �� y bpcharicregexne
�? f is � texticregexne �� x bpcharicregexeq
�? f is � texticregexeq �� e like_escape
�? f is � like_escape �� d nameicnlike
�? f is � nameicnlike �� c nameiclike
�? f is � nameiclike
�� b texticnlike
�? f is � texticnlike �� texticlike_support
�? f is � p � 'texticlike_support �� a texticlike
�? f is � texticlike
�� ` bpcharnlike
�? f is � textnlike �� _ bpcharlike
�? � f is � textlike �� X mul_d_interval
�? f is � � � � mul_d_interval �� � similar_to_escape
�? f is p )similar_to_escape_1 �� � similar_to_escape
�? f is � )similar_to_escape_2 �� W similar_escape
�? f is � similar_escape �� V repeat
�? f is � repeat �� U chr
�? f is p chr �� T ascii
�? f is p
ascii �� R interval_mul
�? f is � � � � interval_mul H�w � 8��h��������؛� ��8��p��������H�����������@��h�����ȏ���@��x�����Ћ� ��@�~p�����Ї� ��H�j��jЄx�vH�����ȁ|�~ ' �� convert
�? f ss � pg_convert & �� � convert_to
�? f ss � pg_convert_to % �� � convert_from
�? f ss � !pg_convert_from $ �� � length
�? f ss � 'length_in_encoding # �� * pg_client_encoding
�? f ss ` 'pg_client_encoding " �� getdatabaseencoding
�? f ss ` )getdatabaseencoding ! �� * to_hex
�? f is p to_hex64 �� ) to_hex
�? f is p to_hex32 �� �
regexp_split_to_array
�? f is � � -regexp_split_to_array �� �
regexp_split_to_array
�? f is � � ?regexp_split_to_array_no_flags �� �
regexp_split_to_table
�? zD f is � -regexp_split_to_table �� �
regexp_split_to_table
�? zD f is � ?regexp_split_to_table_no_flags �� ( split_part
�? f is � split_part �� } regexp_substr
�? f is � regexp_substr �� | regexp_substr
�? f is � 3regexp_substr_no_subexpr �� { regexp_substr
�? f is � /regexp_substr_no_flags �� z regexp_substr
�? f is � 'regexp_substr_no_n �� y regexp_substr
�? f is � /regexp_substr_no_start �� x regexp_like
�? f is � regexp_like �� w regexp_like
�? f is � +regexp_like_no_flags �� v regexp_instr
�? f is � regexp_instr �� u regexp_instr
�? f is � 1regexp_instr_no_subexpr �� t regexp_instr
�? f is � -regexp_instr_no_flags �� s regexp_instr
�? f is � 5regexp_instr_no_endoption �� r regexp_instr
�? f is � %regexp_instr_no_n �� q regexp_instr
�? f is � -regexp_instr_no_start
�� p regexp_count
�? f is � regexp_count �� o regexp_count
�? f is � -regexp_count_no_flags �� n regexp_count
�? f is � -regexp_count_no_start
�� �
regexp_matches
�? A f is � � regexp_matches �� �
regexp_matches
�? �? f is � � 1regexp_matches_no_flags �� E
regexp_match
�? f is � � regexp_match �� D
regexp_match
�? f is � � -regexp_match_no_flags �� m regexp_replace
�? f is � ?textregexreplace_extended_no_n �� l regexp_replace
�? f is � Gtextregexreplace_extended_no_flags �� k regexp_replace
�? f is � 5textregexreplace_extended �� � regexp_replace
�? f is � #textregexreplace �� � regexp_replace
�? f is � /textregexreplace_noopt �� ' replace
�? f is � replace_text 0
x � @�������� �lH�l��vȚ��vH�x��x���� ��`�|���Г|��H�x�����~���(��`�����Ȍ�x��������lH�zx�������vX�t��tx�x & �� o RI_FKey_cascade_upd
�? f vs � ` )RI_FKey_cascade_upd % �� n RI_FKey_cascade_del
�? f vs � ` )RI_FKey_cascade_del $ �� m RI_FKey_check_upd
�? f vs � ` %RI_FKey_check_upd # �� l RI_FKey_check_ins
�? f vs � ` %RI_FKey_check_ins " �� � unique_key_recheck
�? f vs � ` 'unique_key_recheck ! �� � pg_get_replica_identity_index
A f ss � p � =pg_get_replica_identity_index �� pg_column_is_updatable
A f ss � � /pg_column_is_updatable �� pg_relation_is_updatable
A f ss � � 3pg_relation_is_updatable �� Z pg_collation_for
�? f ss p � #pg_collation_for �� S pg_typeof
�? f ss � p � pg_typeof �� � pg_options_to_table
�? @@ f ss � p � C � 1 ioo� D options_array < option_name @ option_value)pg_options_to_table �� pg_get_catalog_foreign_keys
A zC f ss � ` [ � � � � 7 oooooo� , fktable ( fkcols , pktable ( pkcols 0 is_array( is_opt 9pg_get_catalog_foreign_keys �� � pg_get_keywords
A �C f ss � ` S 5 ooooo� word, catcode 4 barelabel , catdesc 0 baredesc!pg_get_keywords �� 5 pg_get_function_sqlbody
�? f ss p 1pg_get_function_sqlbody �� � pg_get_function_arg_default
�? f ss � 9pg_get_function_arg_default �� u pg_get_function_result
�? f ss p /pg_get_function_result �� � pg_get_function_identity_arguments
�? f ss p Gpg_get_function_identity_arguments �� r pg_get_function_arguments
�? f ss p 5pg_get_function_arguments �� 2 pg_get_functiondef
�? f ss p 'pg_get_functiondef �� � pg_get_serial_sequence
�? f ss � /pg_get_serial_sequence �� � pg_get_expr
�? f ss � � pg_get_expr �� k pg_get_constraintdef
�? f ss p +pg_get_constraintdef �� ~ pg_get_triggerdef
�? f ss p %pg_get_triggerdef �� P
pg_get_partition_constraintdef
�? f ss p ?pg_get_partition_constraintdef ��
pg_get_partkeydef
�? f ss p %pg_get_partkeydef
�� pg_get_statisticsobjdef_expressions
�? f ss � p Ipg_get_statisticsobjdef_expressions �� pg_get_statisticsobjdef_columns
�? f ss p Apg_get_statisticsobjdef_columns �� W
pg_get_statisticsobjdef
�? f ss p 1pg_get_statisticsobjdef
�� k pg_get_indexdef
�? f ss p !pg_get_indexdef �� j pg_get_userbyid
�? f ss p !pg_get_userbyid �� i pg_get_viewdef
�? f sr p pg_get_viewdef �� h pg_get_viewdef
�? f sr p )pg_get_viewdef_name �� % pg_get_ruledef
�? f ss p pg_get_ruledef �� g oidge
�? f is �
oidge �� f oidgt
�? f is �
oidgt �� pg_encoding_max_length
�? f is p 7pg_encoding_max_length_sql �� = pg_encoding_to_char
�? f ss p )PG_encoding_to_char �� � pg_char_to_encoding
�? f ss p )PG_char_to_encoding P*x � � @�z��z��x �x@�~��~��z �zH�l��lؗl �lh�l��l��n@�p��nВn�fX�z��|�n �|h�l��v�x0�lx�p��v��v8�xp������ �t`�|��t�n0�pp�t��v�v * �� ? macaddr_lt
�? f is � = = macaddr_lt ) �� > macaddr_eq
�? f is � = = macaddr_eq ( �� � trunc
�? f is = p = macaddr_trunc ' �� � macaddr_out
�? f is � p = macaddr_out & �� � macaddr_in
�? f is = p � macaddr_in % �� bit_count
�? f is p bit_bit_count $ �� � set_bit
�? f is � bitsetbit # �� � get_bit
�? f is � bitgetbit " �� � overlay
�? f is � %bitoverlay_no_len ! �� � overlay
�? f is � bitoverlay �� � substring
�? f is � #bitsubstr_no_len �� � position
�? f is � bitposition �� � varbit
�? V f is � varbit �� V varbit_support
�? f is � p � varbit_support �� � bit
�? f is � bit �� � int4
�? f is p bittoint4 �� � bit
�? f is � bitfromint4 �� � octet_length
�? f is p bitoctetlength �� � length
�? f is p bitlength �� � substring
�? f is � bitsubstr �� � bitcat
�? f is � bitcat �� � bitshiftright
�? f is � bitshiftright �� � bitshiftleft
�? f is � bitshiftleft �� � bitnot
�? f is p bitnot �� � bitxor
�? f is � bitxor �� � bitor
�? f is � bit_or �� � bitand
�? f is � bit_and �� � varbitcmp
�? f is � bitcmp �� � varbitlt
�? f is �
bitlt
�� � varbitle
�? f is �
bitle �� � varbitgt
�? f is �
bitgt �� � varbitge
�? f is �
bitge
�� � varbitne
�? f is �
bitne �� � varbiteq
�? f is �
biteq �� w RI_FKey_noaction_upd
�? f vs � ` +RI_FKey_noaction_upd �� v RI_FKey_noaction_del
�? f vs � ` +RI_FKey_noaction_del �� u RI_FKey_setdefault_upd
�? f vs � ` /RI_FKey_setdefault_upd �� t RI_FKey_setdefault_del
�? f vs � ` /RI_FKey_setdefault_del �� s RI_FKey_setnull_upd
�? f vs � ` )RI_FKey_setnull_upd �� r RI_FKey_setnull_del
�? f vs � ` )RI_FKey_setnull_del �� q RI_FKey_restrict_upd
�? f vs � ` +RI_FKey_restrict_upd �� p RI_FKey_restrict_del
�? f vs � ` +RI_FKey_restrict_del �Ix � p @�v��v��v �v@�x��pȚx�vH����pЗr�vP�x��xДx�xP�x��xБz�rP�z��xЎ|�|P�z��h�j(�hp�j��v�v0�vp�v��v�v0�~p����x�x0�|p�x ) �� � network_sup
�? � f is � e e network_sup ( �� � network_subeq
�? � f is � e e network_subeq ' �� � network_sub
�? � f is � e e network_sub & �� � network_cmp
�? f is � e e network_cmp % �� �
network_smaller
�? f is e � e e !network_smaller $ �� �
network_larger
�? f is e � e e network_larger # �� � network_ne
�? f is � e e network_ne " �� � network_ge
�? f is � e e network_ge ! �� � network_gt
�? f is � e e network_gt �� � network_le
�? f is � e e network_le �� � network_lt
�? f is � e e network_lt �� � network_eq
�? f is � e e network_eq �� � cidr_out
�? f is � p � cidr_out �� � cidr_in
�? f is � p � cidr_in �� � inet_out
�? f is � p e inet_out �� � inet_in
�? f is e p � inet_in �� macaddr8_set7bit
�? f is p #macaddr8_set7bit �� macaddr
�? f is = p %macaddr8tomacaddr �� macaddr8
�? f is p = %macaddrtomacaddr8 �� macaddr8_or
�? f is � macaddr8_or �� macaddr8_and
�? f is � macaddr8_and �� macaddr8_not
�? f is p macaddr8_not �� macaddr8_cmp
�? f is � macaddr8_cmp �� macaddr8_ne
�? f is � macaddr8_ne �� macaddr8_ge
�? f is � macaddr8_ge �� macaddr8_gt
�? f is � macaddr8_gt �� macaddr8_le
�? f is � macaddr8_le �� macaddr8_lt
�? f is � macaddr8_lt
�� macaddr8_eq
�? f is � macaddr8_eq �� trunc
�? f is p macaddr8_trunc �� macaddr8_out
�? f is � p macaddr8_out
�� macaddr8_in
�? f is p � macaddr8_in ��
macaddr_sortsupport
�? f is � p � )macaddr_sortsupport �� J macaddr_or
�? f is = � = = macaddr_or �� I macaddr_and
�? f is = � = = macaddr_and �� H macaddr_not
�? f is = p = macaddr_not �� D macaddr_cmp
�? f is � = = macaddr_cmp �� C macaddr_ne
�? f is � = = macaddr_ne �� B macaddr_ge
�? f is � = = macaddr_ge �� A macaddr_gt
�? f is � = = macaddr_gt �� @ macaddr_le
�? f is � = = macaddr_le ix � � @�|x��������@�p��p������8�vx�x��x��x8�|x�r��r��z8�rx�r��r��r8�r��hȎp�nX�n ��x�n��X�v������ �~@�xx�����脆(��h�����Ё� ) �� � inet_spg_inner_consistent
�? f is � � � � 5inet_spg_inner_consistent ) �� � inet_spg_inner_consistent
�? f is � � � � 5inet_spg_inner_consistent ( �� � inet_spg_picksplit
�? f is � � � � 'inet_spg_picksplit ' �� � inet_spg_choose
�? f is � � � � !inet_spg_choose & �� � inet_spg_config
�? f is � � � � !inet_spg_config % �� �
inet_gist_same
�? f is � � e e � inet_gist_same $ �� �
inet_gist_picksplit
�? f is � � � � )inet_gist_picksplit # �� �
inet_gist_penalty
�? f is � � � � � %inet_gist_penalty " �� �
inet_gist_fetch
�? f is � p � !inet_gist_fetch ! �� �
inet_gist_compress
�? f is � p � 'inet_gist_compress �� �
inet_gist_union
�? f is e � � � !inet_gist_union �� �
inet_gist_consistent
�? f is � � e � +inet_gist_consistent �� � inet_merge
�? f is � � e e inet_merge �� � inet_same_family
�? f is � e e #inet_same_family �� I
inetmi
�? f is � e e inetmi �� H
inetmi_int8
�? f is e � e inetmi_int8 �� F
inetpl
�? f is e � e inetpl �� E
inetor
�? f is e � e e inetor �� D
inetand
�? f is e � e e inetand �� C
inetnot
�? f is e p e inetnot �� � inet_server_port
�? f sr ` #inet_server_port �� � inet_server_addr
�? f sr e ` #inet_server_addr �� � inet_client_port
�? f sr ` #inet_client_port �� � inet_client_addr
�? f sr e ` #inet_client_addr �� � cidr
�? f is � p e inet_to_cidr �� R hostmask
�? f is e p e #network_hostmask �� � text
�? f is p e network_show �� � host
�? f is p e network_host
�� � broadcast
�? f is e p e %network_broadcast �� � masklen
�? f is p e !network_masklen �� � netmask
�? f is e p e !network_netmask
�� � network
�? f is � p e !network_network �� � family
�? f is p e network_family �� { set_masklen
�? f is � � � #cidr_set_masklen �� ] set_masklen
�? f is e � e #inet_set_masklen �� W abbrev
�? f is p � cidr_abbrev �� V abbrev
�? f is p e inet_abbrev �� � network_sortsupport
�? f is � p � )network_sortsupport �� �
network_overlap
�? f is � e e !network_overlap �� � network_subset_support
�? f is � p � /network_subset_support �� � network_supeq
�? � f is � e e network_supeq h�x � � 0��h�����z �nh�n��t�l(��p�p����t ��`�~��p�x(�zh�x��p��p@�p��r��| �| @�r��r��t �v@�v��v��v �v@�v��x��x �x@�x��x��x ) �� � numeric_mod
�? f is � � � � numeric_mod ) �� � numeric_mod
�? f is � � � � numeric_mod ) �� � numeric_mod
�? f is � � � � numeric_mod ( �� � mod
�? f is � � � � numeric_mod ' �� � numeric_div
�? f is � � � � numeric_div & �� � numeric_mul
�? f is � � � � numeric_mul % �� � numeric_sub
�? f is � � � � numeric_sub $ �� � numeric_add
�? f is � � � � numeric_add # �� � numeric_le
�? f is � � � numeric_le " �� � numeric_lt
�? f is � � � numeric_lt ! �� � numeric_ge
�? f is � � � numeric_ge �� � numeric_gt
�? f is � � � numeric_gt �� � numeric_ne
�? f is � � � numeric_ne �� � numeric_eq
�? f is � � � numeric_eq �� � floor
�? f is � p � numeric_floor �� w ceiling
�? f is � p � numeric_ceil �� � ceil
�? f is � p � numeric_ceil �� � trunc
�? f is � � � numeric_trunc �� � round
�? f is � � � numeric_round �� � sign
�? f is � p � numeric_sign �� � abs
�? f is � p � numeric_abs �� � numeric_abs
�? f is � p � numeric_abs �� � numeric
�? U f is � � � numeric �� U numeric_support
�? f is � p � !numeric_support �� f numerictypmodout
�? f is � p #numerictypmodout �� e numerictypmodin
�? f is p � !numerictypmodin �� � numeric_out
�? f is � p � numeric_out �� � numeric_in
�? f is � � � numeric_in
�� Z
interval_hash_extended
�? f is � � /interval_hash_extended �� � interval_hash
�? f is p � interval_hash �� R
timetz_hash_extended
�? f is � � +timetz_hash_extended
�� � timetz_hash
�? f is p � timetz_hash �� Q
time_hash_extended
�? f is � ; 'time_hash_extended �� � time_hash
�? f is p ; time_hash �� � btboolcmp
�? f is � btboolcmp �� � boolge
�? f is � boolge �� � boolle
�? f is � boolle �� � time_mi_time
�? f is � � ; ; time_mi_time �� �
networkjoinsel
�? f ss � � � � � networkjoinsel �� �
networksel
�? f ss � � � � networksel �� � inet_spg_leaf_consistent
�? f is � � � 3inet_spg_leaf_consistent ȥx � � @�x��x��r �rH�p��pؚn �n`�x��x�| �|`�|��t�| �~`�r ��v�v �r`�v��v؎���@��x�����芆 ��h�p����~(�xh����v�r(�rh�r��r ) �� � int2
�? f is p � numeric_int2 ) �� � int2
�? f is p � numeric_int2 ) �� � int2
�? f is p � numeric_int2 ( �� � numeric
�? f is � p int2_numeric ' �� � numeric
�? f is � p int8_numeric & �� � int8
�? f is p � numeric_int8 % �� � numeric_uminus
�? f is � p � numeric_uminus $ �� � numeric_sortsupport
�? f is � p � )numeric_sortsupport # �� � numeric_cmp
�? f is � � � numeric_cmp " �� � numeric_larger
�? f is � � � � numeric_larger ! �� � numeric_smaller
�? f is � � � � !numeric_smaller �� � numeric_inc
�? f is � p � numeric_inc �� � timetz_mi_interval
�? f is � � � � 'timetz_mi_interval �� � timetz_pl_interval
�? f is � � � � 'timetz_pl_interval �� � time_mi_interval
�? f is ; � ; � #time_mi_interval �� � time_pl_interval
�? f is ; � ; � #time_pl_interval �� z width_bucket
�? f is � � � � +width_bucket_numeric �� � numeric_div_trunc
�? f is � � � � %numeric_div_trunc �� � div
�? f is � � � � %numeric_div_trunc �� � float8
�? f is � p � numeric_float8 �� � float4
�? f is � p � numeric_float4 �� � int4
�? f is p � numeric_int4 �� � numeric
�? f is � p � float8_numeric �� � numeric
�? f is � p � float4_numeric �� � numeric
�? f is � p int4_numeric �� � trim_scale
�? f is � p � 'numeric_trim_scale �� � min_scale
�? f is p � %numeric_min_scale �� � scale
�? f is p � numeric_scale
�� � numeric_power
�? f is � � � � numeric_power �� y power
�? f is � � � � numeric_power �� � pow
�? f is � � � � numeric_power
�� � numeric_log
�? f is � � � � numeric_log �� � log
�? f is � � � � numeric_log �� � numeric_ln
�? f is � p � numeric_ln �� � ln
�? f is � p � numeric_ln �� � numeric_exp
�? f is � p � numeric_exp �� � exp
�? f is � p � numeric_exp �� � numeric_sqrt
�? f is � p � numeric_sqrt �� � sqrt
�? f is � p � numeric_sqrt �� � lcm
�? f is � � � � numeric_lcm �� � gcd
�? f is � � � � numeric_gcd ��x � P @�v��nȝt�nX�n��n�r �rX�����ؗz�zX�~��~Д��zX�p���ؑp�t0��p�v���Ѝd�f0��8��x�t��v��r��H�v ������脔��P�� ! ( �� regexeqsel
�? f ss � � � � regexeqsel ! ( �� regexeqsel
�? f ss � � � � regexeqsel ! ( �� regexeqsel
�? f ss � � � � regexeqsel ! ( �� regexeqsel
�? f ss � � � � regexeqsel ! ' �� icnlikejoinsel
�? f ss � � � � � icnlikejoinsel ! & �� iclikejoinsel
�? f ss � � � � � iclikejoinsel ! % �� icnlikesel
�? f ss � � � � icnlikesel ! $ �� iclikesel
�? f ss � � � � iclikesel ! �� �
format
�? f ss p text_format_nv ! ��? �
format
�? � f ss � � ; � / ivtext_format ! �� � reverse
�? f is p text_reverse ! �� � right
�? f is � text_right ! �� � left
�? f is � text_left ! ��? � concat_ws
�? � f ss � � ; � / iv text_concat_ws ! ��? � concat
�? � f ss p � 3 � - vtext_concat ! �� oidout
�? f is � p oidout ! �� oidin
�? f is p �
oidin ! ��
quote_nullable
�? f ss p � mselect pg_catalog.quote_nullable($1::pg_catalog.text) ! �� quote_nullable
�? f is p quote_nullable ! �� quote_literal
�? f ss p � kselect pg_catalog.quote_literal($1::pg_catalog.text) ! �� quote_literal
�? f is p quote_literal ! �� quote_ident
�? f is p quote_ident ! �� � to_char
�? f ss � � #interval_to_char ! �� � to_date
�? f ss : � to_date ! �� � to_timestamp
�? f ss � � to_timestamp ! �� � to_number
�? f ss � � %numeric_to_number ! �� � to_char
�? f ss � � float8_to_char !
�� � to_char
�? f ss � � float4_to_char ! �� � to_char
�? f ss � int8_to_char ! �� � to_char
�? f ss � int4_to_char !
�� � to_char
�? f ss � � !numeric_to_char ! �� � to_char
�? f ss � � )timestamptz_to_char ! ��
float8
�? f is � p � jsonb_float8 ! �� }
float4
�? f is � p � jsonb_float4 ! �� |
int8
�? f is p � jsonb_int8 ! �� {
int4
�? f is p � jsonb_int4 ! �� z
int2
�? f is p � jsonb_int2 ! �� y
numeric
�? f is � p � jsonb_numeric ! �� �
bool
�? f is p � jsonb_bool ! �� � pg_lsn
�? f is � p � numeric_pg_lsn p�x � @��x�����蜂 ��P��������蘖��H����������n8�vx�x��|��~8�|x�����莈 ��X����|Ћ���H�v��vȈv ��8��h����~�~(�~h�~�����~ " ( �� �
int8_avg_serialize
�? f is p � 'int8_avg_serialize " ' �� �
int8_avg_combine
�? f is � � � � #int8_avg_combine " & �� ;
int8_avg_accum_inv
�? f is � � � 'int8_avg_accum_inv " % �� �
int8_accum_inv
�? f is � � � int8_accum_inv " $ �� �
int4_accum_inv
�? f is � � � int4_accum_inv " # �� �
int2_accum_inv
�? f is � � � int2_accum_inv " " �� �
int8_avg_accum
�? f is � � � int8_avg_accum " ! ��
numeric_poly_deserialize
�? f is � � � 3numeric_poly_deserialize " ��
numeric_poly_serialize
�? f is p � /numeric_poly_serialize " ��
numeric_poly_combine
�? f is � � � � +numeric_poly_combine " �� , int8_accum
�? f is � � � int8_accum " �� + int4_accum
�? f is � � � int4_accum " �� * int2_accum
�? f is � � � int2_accum " �� �
numeric_accum_inv
�? f is � � � � %numeric_accum_inv " ��
numeric_deserialize
�? f is � � � )numeric_deserialize " ��
numeric_serialize
�? f is p � %numeric_serialize " �� �
numeric_avg_deserialize
�? f is � � � 1numeric_avg_deserialize " �� �
numeric_avg_serialize
�? f is p � -numeric_avg_serialize " ��
numeric_avg_combine
�? f is � � � � )numeric_avg_combine " �� * numeric_avg_accum
�? f is � � � � %numeric_avg_accum " ��
numeric_combine
�? f is � � � � !numeric_combine " �� ) numeric_accum
�? f is � � � � numeric_accum " �� ( float8_stddev_samp
�? f is � p � 'float8_stddev_samp " �� � float8_stddev_pop
�? f is � p � %float8_stddev_pop " �� ' float8_var_samp
�? f is � p � !float8_var_samp " �� � float8_var_pop
�? f is � p � float8_var_pop " �� & float8_avg
�? f is � p � float8_avg "
�� n
prefixjoinsel
�? f ss � � � � � prefixjoinsel " �� m
prefixsel
�? f ss � � � � prefixsel " �� % icregexnejoinsel
�? f ss � � � � � #icregexnejoinsel "
�� $ nlikejoinsel
�? f ss � � � � � nlikejoinsel " �� # regexnejoinsel
�? f ss � � � � � regexnejoinsel " �� " icregexeqjoinsel
�? f ss � � � � � #icregexeqjoinsel " �� ! likejoinsel
�? f ss � � � � � likejoinsel " �� regexeqjoinsel
�? f ss � � � � � regexeqjoinsel " �� icregexnesel
�? f ss � � � � icregexnesel " �� nlikesel
�? f ss � � � � nlikesel " �� regexnesel
�? f ss � � � � regexnesel " �� icregexeqsel
�? f ss � � � � icregexeqsel " �� likesel
�? f ss � � � � likesel �y � � 8��p����p �p@�x��z��~ ��@�r��r��r �z@�zx�����蓈 ��`�~���А��rP�~��~ȍ� ��H�j��r����(��h�x��x�x(�zh�z��v�| ��`�z��|�p # ) �� float8_corr
�? f is � p � float8_corr # ( �� float8_covar_samp
�? f is � p � %float8_covar_samp # ' �� �
float8_covar_pop
�? f is � p � #float8_covar_pop # & �� �
float8_regr_intercept
�? f is � p � -float8_regr_intercept # % �� �
float8_regr_slope
�? f is � p � %float8_regr_slope # $ �� �
float8_regr_r2
�? f is � p � float8_regr_r2 # # �� �
float8_regr_avgy
�? f is � p � #float8_regr_avgy # " �� �
float8_regr_avgx
�? f is � p � #float8_regr_avgx # ! �� �
float8_regr_sxy
�? f is � p � !float8_regr_sxy # �� �
float8_regr_syy
�? f is � p � !float8_regr_syy # �� �
float8_regr_sxx
�? f is � p � !float8_regr_sxx # ��
float8_regr_combine
�? f is � � � � )float8_regr_combine # �� �
float8_regr_accum
�? f is � � � � � %float8_regr_accum # �� �
int8inc_float8_float8
�? f is � � � -int8inc_float8_float8 # �� �
int2int4_sum
�? f is p � int2int4_sum # �� � int8_avg
�? f is � p � int8_avg # �� �
int4_avg_accum_inv
�? f is � � � 'int4_avg_accum_inv # �� �
int2_avg_accum_inv
�? f is � � � 'int2_avg_accum_inv # �� � int4_avg_accum
�? f is � � � int4_avg_accum # �� � int2_avg_accum
�? f is � � � int2_avg_accum # �� 4 interval_avg
�? f is � p � interval_avg # �� �
interval_accum_inv
�? f is � � � � 'interval_accum_inv # �� � interval_combine
�? f is � � � � #interval_combine # �� 3 interval_accum
�? f is � � � � interval_accum # �� A
numeric_poly_stddev_samp
�? f is � p � 3numeric_poly_stddev_samp # �� @
numeric_poly_stddev_pop
�? f is � p � 1numeric_poly_stddev_pop # �� ?
numeric_poly_var_samp
�? f is � p � -numeric_poly_var_samp # �� >
numeric_poly_var_pop
�? f is � p � +numeric_poly_var_pop #
�� =
numeric_poly_avg
�? f is � p � #numeric_poly_avg # �� <
numeric_poly_sum
�? f is � p � #numeric_poly_sum # �� 2 int8_sum
�? f is � � � int8_sum #
�� 1 int4_sum
�? f is � int4_sum # �� 0 int2_sum
�? f is � int2_sum # �� / numeric_stddev_samp
�? f is � p � )numeric_stddev_samp # �� $
numeric_stddev_pop
�? f is � p � 'numeric_stddev_pop # �� . numeric_var_samp
�? f is � p � #numeric_var_samp # �� � numeric_var_pop
�? f is � p � !numeric_var_pop # �� - numeric_avg
�? f is � p � numeric_avg # �� j numeric_sum
�? f is � p � numeric_sum # �� � int4_avg_combine
�? f is � � � � #int4_avg_combine # �� �
int8_avg_deserialize
�? f is � � � +int8_avg_deserialize �"y � � 8��p������ �~`�����ș���H�z��z��� �pP�p��p�p(�pp�p��p �pH�p��p؎p �ph�p��n��p@�h��pЉp�p`�n��p�h8�p��pȄp�nX�p��h�p $ * �� t int8shl
�? f is � int8shl $ ) � $ * �� t int8shl
�? f is � int8shl $ ) �� s int8not
�? f is p int8not $ ( �� r int8xor
�? f is � int8xor $ ' �� q int8or
�? f is � int8or $ & �� p int8and
�? f is � int8and $ % �� o int4shr
�? f is � int4shr $ $ �� n int4shl
�? f is � int4shl $ # �� m int4not
�? f is p int4not $ " �� l int4xor
�? f is � int4xor $ ! �� k int4or
�? f is � int4or $ �� j int4and
�? f is � int4and $ �� i int2shr
�? f is � int2shr $ �� h int2shl
�? f is � int2shl $ �� g int2not
�? f is p int2not $ �� f int2xor
�? f is � int2xor $ �� e int2or
�? f is � int2or $ �� d int2and
�? f is � int2and $ �� E int82ge
�? f is � int82ge $ �� D int82le
�? f is � int82le $ �� C int82gt
�? f is � int82gt $ �� B int82lt
�? f is � int82lt $ �� A int82ne
�? f is � int82ne $ �� @ int82eq
�? f is � int82eq $ �� ? int28ge
�? f is � int28ge $ �� > int28le
�? f is � int28le $ �� = int28gt
�? f is � int28gt $ �� < int28lt
�? f is � int28lt $ �� ; int28ne
�? f is � int28ne $ �� : int28eq
�? f is � int28eq $ �� 7 to_ascii
�? f is � #to_ascii_encname $ �� 6 to_ascii
�? f is � to_ascii_enc $
�� 5 to_ascii
�? f is p #to_ascii_default $ �� �
string_agg
�? a is � !aggregate_dummy $ �� �
bytea_string_agg_finalfn
�? f is p � 3bytea_string_agg_finalfn $ �� �
bytea_string_agg_transfn
�? f is � � � 3bytea_string_agg_transfn $ �� �
string_agg
�? a is � !aggregate_dummy $ �� �
string_agg_finalfn
�? f is p � 'string_agg_finalfn $ �� � string_agg_deserialize
�? f is � � � /string_agg_deserialize $ �� � string_agg_serialize
�? f is p � +string_agg_serialize $ �� � string_agg_combine
�? f is � � � � 'string_agg_combine $ �� �
string_agg_transfn
�? f is � � � 'string_agg_transfn �By � � H�p��f؝f �fh�j��j�t��H��x�����ؖ���8��`�����������0��P��p��������Ћ������@��h�����������0��X����������x % & ��
pg_ndistinct_in
�? f is !
p � !pg_ndistinct_in % % �� � has_any_column_privilege
A f ss � 9has_any_column_privilege_id % $ �� � has_any_column_privilege
A f ss � =has_any_column_privilege_name % # �� � has_any_column_privilege
A f ss � ?has_any_column_privilege_id_id % " �� � has_any_column_privilege
A f ss � Chas_any_column_privilege_id_name % ! �� � has_any_column_privilege
A f ss � Chas_any_column_privilege_name_id % �� � has_any_column_privilege
A f ss � Ghas_any_column_privilege_name_name % �� � has_column_privilege
�? f ss � ?has_column_privilege_id_attnum % �� � has_column_privilege
�? f ss � ;has_column_privilege_id_name % �� � has_column_privilege
�? f ss � Chas_column_privilege_name_attnum % �� � has_column_privilege
�? f ss � ?has_column_privilege_name_name % �� � has_column_privilege
�? f ss � Ehas_column_privilege_id_id_attnum % �� � has_column_privilege
�? f ss � Ahas_column_privilege_id_id_name % �� � has_column_privilege
�? f ss � Ihas_column_privilege_id_name_attnum % �� � has_column_privilege
�? f ss � Ehas_column_privilege_id_name_name % �� � has_column_privilege
�? f ss � Ihas_column_privilege_name_id_attnum % �� � has_column_privilege
�? f ss � Ehas_column_privilege_name_id_name % �� � has_column_privilege
�? f ss � Mhas_column_privilege_name_name_attnum % �� � has_column_privilege
�? f ss � Ihas_column_privilege_name_name_name % �� � has_sequence_privilege
�? f ss � 5has_sequence_privilege_id % �� � has_sequence_privilege
�? f ss � 9has_sequence_privilege_name % �� � has_sequence_privilege
�? f ss � ;has_sequence_privilege_id_id % �� � has_sequence_privilege
�? f ss � ?has_sequence_privilege_id_name % �� � has_sequence_privilege
�? f ss � ?has_sequence_privilege_name_id % �� � has_sequence_privilege
�? f ss � Chas_sequence_privilege_name_name %
�� � has_table_privilege
�? f ss � /has_table_privilege_id % �� � has_table_privilege
�? f ss � 3has_table_privilege_name % �� � has_table_privilege
�? f ss � 5has_table_privilege_id_id %
�� � has_table_privilege
�? f ss � 9has_table_privilege_id_name % �� � has_table_privilege
�? f ss � 9has_table_privilege_name_id % �� � has_table_privilege
�? f ss � =has_table_privilege_name_name % �� { numeric_uplus
�? f is � p � numeric_uplus % �� z float8up
�? f is � p � float8up % �� y float4up
�? f is � p � float4up % �� x int4up
�? f is p int4up % �� w int2up
�? f is p int2up % �� v int8up
�? f is p int8up % �� u int8shr
�? f is � int8shr cy � � @�z��|��| �~@��x������v0�xp�z��z8��p��������P��������� ��X���������(��`��������� ��X���������(��X�������� & ' �� �
pg_stat_get_db_tuples_inserted
�? f sr p ?pg_stat_get_db_tuples_inserted & & �� �
pg_stat_get_db_tuples_fetched
�? f sr p =pg_stat_get_db_tuples_fetched & % �� �
pg_stat_get_db_tuples_returned
�? f sr p ?pg_stat_get_db_tuples_returned & $ �� � pg_stat_get_backend_idset
�? �B f sr ` 5pg_stat_get_backend_idset & # �� � pg_stat_get_autoanalyze_count
�? f sr p =pg_stat_get_autoanalyze_count & " �� � pg_stat_get_analyze_count
�? f sr p 5pg_stat_get_analyze_count & ! �� � pg_stat_get_autovacuum_count
�? f sr p ;pg_stat_get_autovacuum_count & �� � pg_stat_get_vacuum_count
�? f sr p 3pg_stat_get_vacuum_count & �� �
pg_stat_get_last_autoanalyze_time
�? f sr � p Epg_stat_get_last_autoanalyze_time & �� �
pg_stat_get_last_analyze_time
�? f sr � p =pg_stat_get_last_analyze_time & �� �
pg_stat_get_last_autovacuum_time
�? f sr � p Cpg_stat_get_last_autovacuum_time & �� �
pg_stat_get_last_vacuum_time
�? f sr � p ;pg_stat_get_last_vacuum_time & �� � pg_stat_get_blocks_hit
�? f sr p /pg_stat_get_blocks_hit & �� � pg_stat_get_blocks_fetched
�? f sr p 7pg_stat_get_blocks_fetched & �� � pg_stat_get_ins_since_vacuum
�? f sr p ;pg_stat_get_ins_since_vacuum & �� i pg_stat_get_mod_since_analyze
�? f sr p =pg_stat_get_mod_since_analyze & �� ? pg_stat_get_dead_tuples
�? f sr p 1pg_stat_get_dead_tuples & �� > pg_stat_get_live_tuples
�? f sr p 1pg_stat_get_live_tuples & �� I pg_stat_get_tuples_newpage_updated
�? f sr p Gpg_stat_get_tuples_newpage_updated & �� � pg_stat_get_tuples_hot_updated
�? f sr p ?pg_stat_get_tuples_hot_updated & �� � pg_stat_get_tuples_deleted
�? f sr p 7pg_stat_get_tuples_deleted & �� � pg_stat_get_tuples_updated
�? f sr p 7pg_stat_get_tuples_updated & �� � pg_stat_get_tuples_inserted
�? f sr p 9pg_stat_get_tuples_inserted & �� � pg_stat_get_tuples_fetched
�? f sr p 7pg_stat_get_tuples_fetched & �� � pg_stat_get_tuples_returned
�? f sr p 9pg_stat_get_tuples_returned & �� � pg_stat_get_lastscan
�? f sr � p +pg_stat_get_lastscan &
�� � pg_stat_get_numscans
�? f sr p +pg_stat_get_numscans & �� c
pg_mcv_list_items
�? zD f ss � p � [ � � � � � 7 iooooo� 0 mcv_list$ index ( values $ nulls 4 frequency H base_frequency 7pg_stats_ext_mcvlist_items & �� � pg_mcv_list_send
�? f ss p � #pg_mcv_list_send &
�� � pg_mcv_list_recv
�? f ss � p � #pg_mcv_list_recv & �� � pg_mcv_list_out
�? f is � p � !pg_mcv_list_out & �� � pg_mcv_list_in
�? f is � p � pg_mcv_list_in & �� O
pg_dependencies_send
�? f ss p J
+pg_dependencies_send & �� N
pg_dependencies_recv
�? f ss J
p � +pg_dependencies_recv & �� M
pg_dependencies_out
�? f is � p J
)pg_dependencies_out & �� L
pg_dependencies_in
�? f is J
p � 'pg_dependencies_in & ��
pg_ndistinct_send
�? f ss p !
%pg_ndistinct_send & ��
pg_ndistinct_recv
�? f ss !
p � %pg_ndistinct_recv & ��
pg_ndistinct_out
�? f is � p !
#pg_ndistinct_out ��y � H h�*ș<З�p��x�� ����`�n���Ѝ�������芒��H��x��������@��x��������H�� ' �� � pg_stat_get_db_blocks_hit
�? f sr p 5pg_stat_get_db_blocks_hit ' �� � pg_stat_get_db_blocks_hit
�? f sr p 5pg_stat_get_db_blocks_hit ' �� � pg_stat_get_db_blocks_fetched
�? f sr p =pg_stat_get_db_blocks_fetched ' �� � pg_stat_get_db_xact_rollback
�? f sr p ;pg_stat_get_db_xact_rollback ' �� � pg_stat_get_db_xact_commit
�? f sr p 7pg_stat_get_db_xact_commit ' �� � pg_stat_get_db_numbackends
�? f sr p 7pg_stat_get_db_numbackends ' �� q pg_stat_get_backend_client_port
�? f sr p Apg_stat_get_backend_client_port ' �� p pg_stat_get_backend_client_addr
�? f sr e p Apg_stat_get_backend_client_addr ' �� o pg_stat_get_backend_start
�? f sr � p 5pg_stat_get_backend_start ' �� ) pg_stat_get_backend_xact_start
�? f sr � p ?pg_stat_get_backend_xact_start ' �� . pg_stat_get_backend_activity_start
�? f sr � p Gpg_stat_get_backend_activity_start ' �� % pg_stat_get_backend_wait_event
�? f sr p ?pg_stat_get_backend_wait_event ' �� �
pg_stat_get_backend_wait_event_type
�? f sr p Ipg_stat_get_backend_wait_event_type ' �� � pg_stat_get_backend_activity
�? f sr p ;pg_stat_get_backend_activity '
�� � pg_stat_get_backend_userid
�? f sr p 7pg_stat_get_backend_userid ' �� � pg_stat_get_backend_subxact
�? f sr � p C 1 ioo� bid D subxact_count X subxact_overflowed 9pg_stat_get_backend_subxact ' �� � pg_stat_get_backend_dbid
�? f sr p 3pg_stat_get_backend_dbid '
�� � pg_stat_get_backend_pid
�? f sr p 1pg_stat_get_backend_pid ' �� � pg_backend_pid
�? f sr ` pg_backend_pid ' �� � pg_stat_get_subscription
�? A f sr � p {
� � � � � ?
iooooooooo
$ subid $ subid $ relid pid 8 leader_pid @ received_lsnX last_msg_send_time d last_msg_receipt_time H latest_end_lsn L latest_end_time 3pg_stat_get_subscription ' �� W pg_stat_get_subscription_stats
�? f sr � p S � 5 ioooo� $ subid $ subid T apply_error_count P sync_error_count< stats_reset ?pg_stat_get_subscription_stats ' �� pg_stat_get_replication_slot
�? f sr � p � � A ioooooooooo 4 slot_name 4 slot_name 8 spill_txns < spill_count < spill_bytes < stream_txns @ stream_count@ stream_bytes8 total_txns < total_bytes < stats_reset ;pg_stat_get_replication_slot ' �� � pg_stat_get_wal_receiver
�? f sr � ` � � � � � � � � I ooooooooooooooo � pid ( status T receive_start_lsn T receive_start_tli < written_lsn < flushed_lsn @ received_tliX last_msg_send_time d last_msg_receipt_time H latest_end_lsn L latest_end_time 4 slot_name < sender_host < sender_port 0 conninfo3pg_stat_get_wal_receiver ' �� pg_stat_get_wal_senders
�? A f sr � ` � � � � � � � � � C oooooooooooo 0 pid $ state 0 sent_lsn4 write_lsn 4 flush_lsn 8 replay_lsn 4 write_lag 4 flush_lag 8 replay_lag D sync_priority 8 sync_state 8 reply_time 1pg_stat_get_wal_senders ' �� � pg_stat_get_progress_info
�? �B f sr � p � [ iooooooooooooooooooooooo � , cmdtype pid $ datid $ relid ( param1 ( param2 ( param3 ( param4 ( param5 ( param6 ( param7 ( param8 ( param9 , param10 , param11 , param12 , param13 , param14 , param15 , param16 , param17 , param18 , param19 , param20 5pg_stat_get_progress_info ' �� � pg_stat_get_activity
�? �B f sr � p ` � � � � e � k iooooooooooooooooooooooooooooooo pid $ datid pid 0 usesysidP application_name$ state $ query L wait_event_type 8 wait_event 8 xact_start < query_start D backend_start @ state_change< client_addr L client_hostname < client_port < backend_xid @ backend_xmin@ backend_type ssl 8 sslversion 4 sslcipher , sslbits D ssl_client_dn T ssl_client_serial D ssl_issuer_dn 0 gss_auth4 gss_princ , gss_enc H gss_delegation 8 leader_pid 0 query_id+pg_stat_get_activity 8�y � P 0��`��������� ��P��x�����藊��@��p��������@��x�����؏���@��p������b��@��h�����Ȇ����(��X�����Ȃ��|P�p ( % �� � byteaeq
�? f is � byteaeq ( $ �� + pg_stat_get_buf_alloc
�? f sr ` -pg_stat_get_buf_alloc ( # �� � pg_stat_get_buf_fsync_backend
�? f sr ` =pg_stat_get_buf_fsync_backend ( " �� �
pg_stat_get_buf_written_backend
�? f sr ` Apg_stat_get_buf_written_backend ( ! �� Y pg_stat_get_checkpoint_sync_time
�? f sr � ` Cpg_stat_get_checkpoint_sync_time ( �� X pg_stat_get_checkpoint_write_time
�? f sr � ` Epg_stat_get_checkpoint_write_time ( �� pg_stat_get_bgwriter_stat_reset_time
�? f sr � ` Kpg_stat_get_bgwriter_stat_reset_time ( �� �
pg_stat_get_bgwriter_maxwritten_clean
�? f sr ` Mpg_stat_get_bgwriter_maxwritten_clean ( �� �
pg_stat_get_bgwriter_buf_written_clean
�? f sr ` Opg_stat_get_bgwriter_buf_written_clean ( �� �
pg_stat_get_bgwriter_buf_written_checkpoints
�? f sr ` [pg_stat_get_bgwriter_buf_written_checkpoints ( �� �
pg_stat_get_bgwriter_requested_checkpoints
�? f sr ` Wpg_stat_get_bgwriter_requested_checkpoints ( �� �
pg_stat_get_bgwriter_timed_checkpoints
�? f sr ` Opg_stat_get_bgwriter_timed_checkpoints ( �� { pg_stat_get_archiver
�? f sr � ` c � � � 9 ooooooo � H archived_count T last_archived_wal X last_archived_time @ failed_countL last_failed_wal P last_failed_time< stats_reset +pg_stat_get_archiver ( �� / pg_stat_get_db_sessions_killed
�? f sr p ?pg_stat_get_db_sessions_killed ( �� . pg_stat_get_db_sessions_fatal
�? f sr p =pg_stat_get_db_sessions_fatal ( �� - pg_stat_get_db_sessions_abandoned
�? f sr p Epg_stat_get_db_sessions_abandoned ( �� , pg_stat_get_db_sessions
�? f sr p 1pg_stat_get_db_sessions ( �� + pg_stat_get_db_idle_in_transaction_time
�? f sr � p Qpg_stat_get_db_idle_in_transaction_time ( �� * pg_stat_get_db_active_time
�? f sr � p 7pg_stat_get_db_active_time ( �� ) pg_stat_get_db_session_time
�? f sr � p 9pg_stat_get_db_session_time ( �� pg_stat_get_db_blk_write_time
�? f sr � p =pg_stat_get_db_blk_write_time ( �� pg_stat_get_db_blk_read_time
�? f sr � p ;pg_stat_get_db_blk_read_time ( �� O pg_stat_get_db_temp_bytes
�? f sr p 5pg_stat_get_db_temp_bytes ( �� N pg_stat_get_db_temp_files
�? f sr p 5pg_stat_get_db_temp_files (
�� pg_stat_get_db_stat_reset_time
�? f sr � p ?pg_stat_get_db_stat_reset_time ( �� d
pg_stat_get_db_checksum_last_failure
�? f sr � p Kpg_stat_get_db_checksum_last_failure ( �� b
pg_stat_get_db_checksum_failures
�? f sr p Cpg_stat_get_db_checksum_failures (
�� P pg_stat_get_db_deadlocks
�? f sr p 3pg_stat_get_db_deadlocks ( �� � pg_stat_get_db_conflict_all
�? f sr p 9pg_stat_get_db_conflict_all ( �� � pg_stat_get_db_conflict_startup_deadlock
�? f sr p Spg_stat_get_db_conflict_startup_deadlock ( �� � pg_stat_get_db_conflict_bufferpin
�? f sr p Epg_stat_get_db_conflict_bufferpin ( �� � pg_stat_get_db_conflict_logicalslot
�? f sr p Ipg_stat_get_db_conflict_logicalslot ( �� � pg_stat_get_db_conflict_snapshot
�? f sr p Cpg_stat_get_db_conflict_snapshot ( �� � pg_stat_get_db_conflict_lock
�? f sr p ;pg_stat_get_db_conflict_lock ( �� � pg_stat_get_db_conflict_tablespace
�? f sr p Gpg_stat_get_db_conflict_tablespace ( �� �
pg_stat_get_db_tuples_deleted
�? f sr p =pg_stat_get_db_tuples_deleted ( �� �
pg_stat_get_db_tuples_updated
�? f sr p =pg_stat_get_db_tuples_updated �y � ` ����x(��x�R������H��x�����ؒ���8��h�����������(��P����������~0�� $ % # & p�r����|(�|@��H��P��`��" �� � ) & �) ��" pg_stat_reset_replication_slot
�? f vs � p ?pg_stat_reset_replication_slotK � ) & �) ��" pg_stat_reset_replication_slot
�? f vs � p ?pg_stat_reset_replication_slotK � ) & �+ ��" pg_stat_reset_replication_slot
�? f vs � p ?pg_stat_reset_replication_slotK
� � ) % �+ ��" � pg_stat_reset_single_function_counters
�? f vs � p Opg_stat_reset_single_function_countersK
� � ) $ �+ ��" � pg_stat_reset_single_table_counters
�? f vs � p Ipg_stat_reset_single_table_countersK
� ruK� ) # �+ ��" pg_stat_reset_slru
�? f vs � p 'pg_stat_reset_slruK
� ) " �� � decode
�? f is � binary_decode ) ! �� � encode
�? f is � binary_encode ) �� � pg_tablespace_location
�? f ss p /pg_tablespace_location ) �� [ pg_trigger_depth
�? f sr ` #pg_trigger_depth ) �� Y pg_stat_force_next_flush
�? f vr � ` 3pg_stat_force_next_flush ) �� � pg_stat_clear_snapshot
�? f vr � ` /pg_stat_clear_snapshot ) �� � pg_stat_get_snapshot_timestamp
�? f sr � ` ?pg_stat_get_snapshot_timestamp ) �� � pg_stat_get_xact_function_self_time
�? f vr � p Ipg_stat_get_xact_function_self_time ) �� � pg_stat_get_xact_function_total_time
�? f vr � p Kpg_stat_get_xact_function_total_time ) �� � pg_stat_get_xact_function_calls
�? f vr p Apg_stat_get_xact_function_calls ) �� � pg_stat_get_xact_blocks_hit
�? f vr p 9pg_stat_get_xact_blocks_hit ) �� � pg_stat_get_xact_blocks_fetched
�? f vr p Apg_stat_get_xact_blocks_fetched ) �� J pg_stat_get_xact_tuples_newpage_updated
�? f vr p Qpg_stat_get_xact_tuples_newpage_updated ) �� � pg_stat_get_xact_tuples_hot_updated
�? f vr p Ipg_stat_get_xact_tuples_hot_updated )
�� � pg_stat_get_xact_tuples_deleted
�? f vr p Apg_stat_get_xact_tuples_deleted ) �� � pg_stat_get_xact_tuples_updated
�? f vr p Apg_stat_get_xact_tuples_updated ) �� � pg_stat_get_xact_tuples_inserted
�? f vr p Cpg_stat_get_xact_tuples_inserted )
�� � pg_stat_get_xact_tuples_fetched
�? f vr p Apg_stat_get_xact_tuples_fetched ) �� � pg_stat_get_xact_tuples_returned
�? f vr p Cpg_stat_get_xact_tuples_returned ) �� � pg_stat_get_xact_numscans
�? f vr p 5pg_stat_get_xact_numscans ) �� � pg_stat_get_function_self_time
�? f sr � p ?pg_stat_get_function_self_time ) �� � pg_stat_get_function_total_time
�? f sr � p Apg_stat_get_function_total_time ) �� � pg_stat_get_function_calls
�? f sr p 7pg_stat_get_function_calls ) �� pg_stat_get_slru
�? �B f sr � ` s � = ooooooooo ` name< blks_zeroed 0 blks_hit4 blks_read @ blks_written< blks_exists , flushes 4 truncates < stats_reset #pg_stat_get_slru ) �� h pg_stat_get_recovery_prefetch
�? �? f vs � ` {
� ?
oooooooooo�
< stats_reset 0 prefetch hit 4 skip_init 0 skip_new0 skip_fpw0 skip_rep@ wal_distanceH block_distance 0 io_depth=pg_stat_get_recovery_prefetch ) �� p pg_stat_get_wal
�? f sr � ` s � � � � = ooooooooo � < wal_records , wal_fpi 4 wal_bytes P wal_buffers_full4 wal_write 0 wal_syncH wal_write_time D wal_sync_time < stats_reset !pg_stat_get_wal ) �� F pg_stat_get_io
�? �A f vr � ` � � � � � � � O ooooooooooooooooooP @ backend_type( object , context $ reads 4 read_time ( writes 8 write_time 8 writebacks H writeback_time , extends < extend_time 0 op_bytes hits4 evictions ( reuses ( fsyncs 8 fsync_time < stats_reset pg_stat_get_io �y � � H�p��p؝p �ph�p��r�|(�|h�r����t(�v`����v�z�����P�t��vАt�vH����tȍr ��8��p������r(�th�v��v�z(��`�����~��P�v������ * ) �� � timestamp
�? f ss Z p � -timestamptz_timestamp * ( �� � timestamp
�? f is Z � : ; 'datetime_timestamp * ' �� � timestamp
�? f is Z p : date_timestamp * & �� : extract
�? f is � � Z %extract_timestamp * % �� � date_part
�? f is � � Z timestamp_part * $ �� " date_bin
�? f is � � � � � !timestamptz_bin * # �� ! date_bin
�? f is Z � � Z Z timestamp_bin * " �� � date_trunc
�? f is Z � Z !timestamp_trunc * ! �� � time
�? f ss ; p � #timestamptz_time * �� 4 rtrim
�? f is � byteartrim * �� 3 ltrim
�? f is � bytealtrim * �� � btrim
�? f is � byteatrim * �� � position
�? f is � byteapos * �� & substr
�? f is � )bytea_substr_no_len * �� % substr
�? f is � bytea_substr * �� � substring
�? f is � )bytea_substr_no_len * �� � substring
�? f is � bytea_substr * �� � byteacat
�? f is � byteacat * �� � length
�? f is p byteaoctetlen * �� � like_escape
�? f is � %like_escape_bytea * �� � notlike
�? f is � byteanlike * �� � like
�? � f is � bytealike * �� � byteanlike
�? f is � byteanlike * �� � bytealike
�? � f is � bytealike * �� � anytextcat
�? f ss � �
mselect $1::pg_catalog.text operator(pg_catalog.||) $2 * �� � textanycat
�? f ss � �
mselect $1 operator(pg_catalog.||) $2::pg_catalog.text * �� � timetz
�? h f is � � � timetz_scale * �� � time
�? h f is ; � ; time_scale *
�� � timestamptz
�? M f is � � � %timestamptz_scale * �� � oidsmaller
�? f is � oidsmaller * �� � oidlarger
�? f is � oidlarger *
�� � timestamp
�? M f is Z � Z !timestamp_scale * �� h time_support
�? f is � p � time_support * �� M timestamp_support
�? f is � p � %timestamp_support * ��
bytea_sortsupport
�? f is � p � %bytea_sortsupport * �� � byteacmp
�? f is � byteacmp * �� � byteane
�? f is � byteane * �� � byteage
�? f is � byteage * �� � byteagt
�? f is � byteagt * �� � byteale
�? f is � byteale * �� � bytealt
�? f is � bytealt �y � � 8��x�v��z�(��`�����ؙx�zX�v������ �|8��`��������Б����@�p��pȎz ��@�z��z��z �z@�z��z��| �~@��x������ t T �� substring
�? f is � 3see system_functions.sql + ' �� substring
�? f is � !textregexsubstr + ' �� substring
�? f is � !textregexsubstr + & � + ' �� substring
�? f is � !textregexsubstr + & � + ' �� substring
�? f is � !textregexsubstr + & � + ' �� substring
�? f is � !textregexsubstr + & �� date_mi_interval
�? f is Z � : � #date_mi_interval + % �� date_pl_interval
�? f is Z � : � #date_pl_interval + $ �� timezone
�? f is � � � Z !timestamp_izone + # �� timezone
�? f is � � Z timestamp_zone + ! ��
age
�? f is � � Z Z timestamp_age + �� timestamp_gt
�? f is � Z Z timestamp_gt + �� timestamp_ge
�? f is � Z Z timestamp_ge + �� timestamp_le
�? f is � Z Z timestamp_le + �� timestamp_lt
�? f is � Z Z timestamp_lt + �� timestamp_ne
�? f is � Z Z timestamp_ne + �� timestamp_eq
�? f is � Z Z timestamp_eq + �� to_char
�? f ss � Z %timestamp_to_char + �� isfinite
�? f is p Z #timestamp_finite + �� � timetz
�? f ss � p ; time_timetz + �� � time
�? f is ; p � timetz_time + �� * in_range
�? f is � � � � 3in_range_timetz_interval + �� ) in_range
�? f is � ; ; � /in_range_time_interval + �� ( in_range
�? f is � � � � 7in_range_interval_interval + �� ' in_range
�? f ss � � � � =in_range_timestamptz_interval + �� & in_range
�? f is � Z Z � 9in_range_timestamp_interval + �� A timestamp_sortsupport
�? f is � p � -timestamp_sortsupport + �� � timestamp_cmp
�? f is � Z Z timestamp_cmp + �� � overlaps
�? f is � Z Z Z Z 'overlaps_timestamp + �� S
timestamp_hash_extended
�? f is � Z 1timestamp_hash_extended +
�� � timestamp_hash
�? f is p Z timestamp_hash + �� � timezone
�? f is � � � � timetz_izone + �� � timezone
�? f ss � � � timetz_zone + �� � timestamp_larger
�? f is Z � Z Z #timestamp_larger + �� � timestamp_smaller
�? f is Z � Z Z %timestamp_smaller + �� � timestamp_mi_interval
�? f is Z � Z � -timestamp_mi_interval + �� � timestamp_pl_interval
�? f is Z � Z � -timestamp_pl_interval + �� � timestamp_mi
�? f is � � Z Z timestamp_mi + �� � date
�? f is : p Z timestamp_date + �� � timestamptz
�? f ss � p Z -timestamp_timestamptz �z � 8 @�x��lȝ����0����d0�� �6P�z������X��(�^`�� �|�b �����(������0�~h��������8�T! , �) ��" # , �) ��" j pg_ident_file_mappings
�? zD f vs � ` c 9 ooooooo� 8 map_number 4 file_name < line_number 0 map_name0 sys_name< pg_username $ error /pg_ident_file_mappingsK # , �+ ��" j pg_ident_file_mappings
�? zD f vs � ` c 9 ooooooo� 8 map_number 4 file_name < line_number 0 map_name0 sys_name< pg_username $ error /pg_ident_file_mappingsK
� K ! , �+ ��" I
pg_hba_file_rules
�? zD f vs � ` � � � � A ooooooooooo � < rule_number 4 file_name < line_number type0 database4 user_name , address , netmask < auth_method , options $ error %pg_hba_file_rulesK
� r , �� # pg_opclass_is_visible
A f ss p -pg_opclass_is_visible , �� " pg_operator_is_visible
A f ss p /pg_operator_is_visible , �� ! pg_function_is_visible
A f ss p /pg_function_is_visible , �� pg_type_is_visible
A f ss p 'pg_type_is_visible , �� pg_table_is_visible
A f ss p )pg_table_is_visible , �� r pg_get_object_address
�? f ss � � � � [ � � 7 iiiooo� type@ object_names< object_args , classid $ objid 0 objsubid-pg_get_object_address , �� 6
pg_identify_object_as_address
�? f ss � � [ � � 7 iiiooo� , classid $ objid 0 objsubid type@ object_names< object_args =pg_identify_object_as_address , �� � pg_identify_object
�? f ss � � c 9 iiioooo� , classid $ objid 0 objsubid type( schema name0 identity'pg_identify_object , �� �
pg_describe_object
�? f ss � 'pg_describe_object , �� �
pg_last_committed_xact
�? f vs � ` C � 1 ooos xid 4 timestamp , roident /pg_last_committed_xact , �� pg_xact_commit_timestamp_origin
�? f vs � p C � 1 ioos xid 4 timestamp , roident Apg_xact_commit_timestamp_origin , �� �
pg_xact_commit_timestamp
�? f vs � p 3pg_xact_commit_timestamp , �� � pg_get_multixact_members
�? zD f vs � p C 1 iooc 0 multixid xid mode3pg_get_multixact_members , �� ) pg_prepared_xact
�? zD f vs � ` S � 5 ooooo� < transaction gid 0 prepared, ownerid dbid#pg_prepared_xact , �� 2
pg_isolation_test_session_is_blocked
�? f vs � � Kpg_isolation_test_session_is_blocked ,
�� 0
pg_safe_snapshot_blocking_pids
�? f vs � p ?pg_safe_snapshot_blocking_pids , ��
pg_blocking_pids
�? f vs � p #pg_blocking_pids , �� [ pg_lock_status
�? zD f vs � ` � � K oooooooooooooooo � 0 locktype0 database0 relation page$ tuple 8 virtualxid D transactionid , classid $ objid 0 objsubidX virtualtransaction pid mode, granted 0 fastpath4 waitstart pg_lock_status , �� ` pg_settings_get_flags
�? f ss � p -pg_settings_get_flags , �� $ pg_show_all_settings
�? zD f ss � ` � � M ooooooooooooooooo � name, setting unit0 category8 short_desc 8 extra_desc , context , vartype ( source , min_val , max_val 0 enumvals0 boot_val4 reset_val 8 sourcefile 8 sourceline L pending_restart %show_all_settings , �� set_config
�? f vu � 'set_config_by_name , �� � current_setting
�? f ss � ?show_config_by_name_missing_ok , �� current_setting
�? f ss p )show_config_by_name , �� int8
�? f is p bittoint8 , �� bit
�? f is � bitfromint8 �8z � 8 8��p��������H����������t0��p�| ( ) ' ��v蕄 ���r �xؑ���X�v��t؎��~P��* + ���ȋ���v- , ������Ї��� ����8�� � � - - �) ��" =
pg_reload_conf
�? f vs ` pg_reload_confK� - - �) ��" =
pg_reload_conf
�? f vs ` pg_reload_confK
� 2K � - , �) ��" >
pg_rotate_logfile
�? f vs ` +pg_rotate_logfile_v2K
� umeK � - + �) ��" pg_wal_replay_resume � - - �+ ��" =
pg_reload_conf
�? f vs ` pg_reload_confK
� 2K � - , �+ ��" >
pg_rotate_logfile
�? f vs ` +pg_rotate_logfile_v2K
� umeK � - + �+ ��" pg_wal_replay_resume
�? f vs � ` +pg_wal_replay_resumeK
� seK � - * �+ ��" � pg_wal_replay_pause
�? f vs � ` )pg_wal_replay_pauseK
� napshot� - ) �+ ��" � pg_log_standby_snapshot
�? f vs � ` 1pg_log_standby_snapshotK
� lK� - ( �+ ��" pg_switch_wal
�? f vs � ` pg_switch_walK
� tK � - ' �+ ��" pg_create_restore_point
�? f vs � p 1pg_create_restore_pointK
� ST :con - # �� P pg_get_wal_resource_managers
�? HB f vs � ` C 1 ooo{ $ rm_id , rm_name 8 rm_builtin ;pg_get_wal_resource_managers - " �� q pg_get_wal_replay_pause_state
�? f vs ` =pg_get_wal_replay_pause_state - ! �� pg_is_wal_replay_paused
�? f vs ` 1pg_is_wal_replay_paused - �� � pg_last_xact_replay_timestamp
�? f vs � ` =pg_last_xact_replay_timestamp - �� � pg_last_wal_replay_lsn
�? f vs � ` /pg_last_wal_replay_lsn - �� � pg_last_wal_receive_lsn
�? f vs � ` 1pg_last_wal_receive_lsn - �� � pg_is_in_recovery
�? f vs ` %pg_is_in_recovery - �� � pg_export_snapshot
�? f vu ` 'pg_export_snapshot - �� ] pg_wal_lsn_diff
�? f is � � � � !pg_wal_lsn_diff - �� E pg_split_walfile_name
�? f ss � p C � 1 ioo� 4 file_name H segment_number < timeline_id -pg_split_walfile_name - �� # pg_walfile_name
�? f is p � !pg_walfile_name - �� " pg_walfile_name_offset
�? f is � p � C � 1 ioo{ lsn 4 file_name < file_offset /pg_walfile_name_offset - ��
pg_current_wal_flush_lsn
�? f vs � ` 3pg_current_wal_flush_lsn - �� $ pg_current_wal_insert_lsn
�? f vs � ` 5pg_current_wal_insert_lsn - �� ! pg_current_wal_lsn
�? f vs � ` 'pg_current_wal_lsn - �� { pg_cancel_backend
�? f vs p %pg_cancel_backend -
�� ' pg_is_other_temp_schema
�? f ss p 1pg_is_other_temp_schema - �� & pg_my_temp_schema
�? f sr ` %pg_my_temp_schema - �� � pg_collation_is_visible
A f ss p 1pg_collation_is_visible - �� � pg_ts_config_is_visible
A f ss p 1pg_ts_config_is_visible - �� � pg_ts_template_is_visible
A f ss p 5pg_ts_template_is_visible - �� � pg_ts_dict_is_visible
A f ss p -pg_ts_dict_is_visible - �� � pg_ts_parser_is_visible
A f ss p 1pg_ts_parser_is_visible - �� K
pg_statistics_obj_is_visible
A f ss p ;pg_statistics_obj_is_visible - �� - pg_conversion_is_visible
A f ss p 3pg_conversion_is_visible - �� � pg_opfamily_is_visible
A f ss p /pg_opfamily_is_visible (Vz � � @�t' ( 0 + , x��) * / - . 1 2 ��j �rH�j��xȚx�xH�x��xȗx�xH�x��xȔx�xH�x��xȑx�xH�x��x������Ќ������� ������p�2������� . � . 0 �) ��" ?
pg_stat_file
�? f vs � p c � � � � 9 ioooooo� 0 filename size( access @ modification( change 0 creation$ isdir %pg_stat_file_1argK � . 0 �) ��" ?
pg_stat_file
�? � . 2 �) ��" � pg_ls_dir
�? zD f vs � pg_ls_dirK� . 2 �+ ��" � pg_ls_dir
�? zD f vs � pg_ls_dirK
� K � . 1 �+ ��" A
pg_ls_dir
�? zD f vs p pg_ls_dir_1argK
� � . 0 �+ ��" ?
pg_stat_file
�? f vs � p c � � � � 9 ioooooo� 0 filename size( access @ modification( change 0 creation$ isdir %pg_stat_file_1argK
� � . / �+ ��" � pg_read_binary_file
�? f vs � 9pg_read_binary_file_off_lenK
� ing� . . �+ ��" A pg_read_binary_file
�? f vs � Apg_read_binary_file_all_missingK
� � . - �+ ��" � pg_read_binary_file
�? f vs p 1pg_read_binary_file_allK
� singK � . , �+ ��" � pg_read_file
�? f vs � ;pg_read_file_off_len_missingK
� � . + �+ ��" @
pg_read_file
�? f vs � +pg_read_file_off_lenK
� � . * �+ ��" @ pg_read_file
�? f vs � 3pg_read_file_all_missingK
� � . ) �+ ��" � pg_read_file
�? f vs p #pg_read_file_allK
� rgK � . ( �+ ��" � pg_current_logfile
�? f vs p 1pg_current_logfile_1argK
� leK � . ' �+ ��" � pg_current_logfile
�? f vs ` 'pg_current_logfileK
� . & �� D max
�? a is p !aggregate_dummy . % �� C max
�? a is p !aggregate_dummy . $ �� B sum
�? a is � p � !aggregate_dummy . # �� A sum
�? a is � p � !aggregate_dummy . " �� @ sum
�? a is p !aggregate_dummy . ! �� ? sum
�? a is � p � !aggregate_dummy . �� > sum
�? a is � p � !aggregate_dummy . �� = sum
�? a is p !aggregate_dummy . �� < sum
�? a is p !aggregate_dummy . �� ; sum
�? a is � p !aggregate_dummy . �� : avg
�? a is � p � !aggregate_dummy . �� 9 avg
�? a is � p � !aggregate_dummy . �� 8 avg
�? a is � p � !aggregate_dummy . �� 7 avg
�? a is � p � !aggregate_dummy . �� 6 avg
�? a is � p !aggregate_dummy . �� 5 avg
�? a is � p !aggregate_dummy . �� 4 avg
�? a is � p !aggregate_dummy . �� � text
�? f is p booltext . �� ; pg_jit_available
�? f vs ` #pg_jit_available . �� B
pg_sleep
�? f vs � p � pg_sleep . �� pg_read_file_old
�? f vs � pg_read_file . �� pg_rotate_logfile_old
�? f vs ` %pg_rotate_logfile �uz � @ @�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x��x��x �x@�x / ) �� c count
�? \ a is p � !aggregate_dummy / ( �� � min
�? a is � p � !aggregate_dummy / ' �� ^ min
�? a is � p � !aggregate_dummy / & �� �
min
�? a is e p e !aggregate_dummy / % �� �
min
�? a is p !aggregate_dummy / $ �� � min
�? a is p !aggregate_dummy / # �� min
�? a is � p � !aggregate_dummy / " �� b min
�? a is � p � !aggregate_dummy / ! �� a min
�? a is p !aggregate_dummy / �� ` min
�? a is � p � !aggregate_dummy / �� _ min
�? a is � p � !aggregate_dummy / �� ^ min
�? a is Z p Z !aggregate_dummy / �� ] min
�? a is p !aggregate_dummy / �� \ min
�? a is � p � !aggregate_dummy / �� [ min
�? a is ; p ; !aggregate_dummy / �� Z min
�? a is : p : !aggregate_dummy / �� X min
�? a is � p � !aggregate_dummy / �� W min
�? a is � p � !aggregate_dummy / �� V min
�? a is p !aggregate_dummy / �� U min
�? a is p !aggregate_dummy / �� T min
�? a is p !aggregate_dummy / �� S min
�? a is p !aggregate_dummy / �� � max
�? a is � p � !aggregate_dummy / �� ] max
�? a is � p � !aggregate_dummy / �� �
max
�? a is e p e !aggregate_dummy / �� �
max
�? a is p !aggregate_dummy / �� � max
�? a is p !aggregate_dummy / �� max
�? a is � p � !aggregate_dummy /
�� R max
�? a is � p � !aggregate_dummy / �� Q max
�? a is p !aggregate_dummy / �� P max
�? a is � p � !aggregate_dummy /
�� O max
�? a is � p � !aggregate_dummy / �� N max
�? a is Z p Z !aggregate_dummy / �� M max
�? a is p !aggregate_dummy / �� L max
�? a is � p � !aggregate_dummy / �� K max
�? a is ; p ; !aggregate_dummy / �� J max
�? a is : p : !aggregate_dummy / �� H max
�? a is � p � !aggregate_dummy / �� G max
�? a is � p � !aggregate_dummy / �� F max
�? a is p !aggregate_dummy / �� E max
�? a is p !aggregate_dummy ��z � H H�p��xȝx�xH�x��xȚx�xH�x��xȗx�xH�x��xȔx�xH�x��xȑx�xH�x��xȎx�xH�x��xȋx�xH�x��xȈx�xH�x��xȅx�xH�x��xȂ���H�� 0 ) �� regr_syy
�? a is � � � � !aggregate_dummy 0 ( �� regr_sxx
�? a is � � � � !aggregate_dummy 0 ' �� regr_count
�? a is � � � !aggregate_dummy 0 & �� o stddev
�? a is � p � !aggregate_dummy 0 % �� n stddev
�? a is � p � !aggregate_dummy 0 $ �� m stddev
�? a is � p � !aggregate_dummy 0 # �� l stddev
�? a is � p !aggregate_dummy 0 " �� k stddev
�? a is � p !aggregate_dummy 0 ! �� j stddev
�? a is � p !aggregate_dummy 0 �� �
stddev_samp
�? a is � p � !aggregate_dummy 0 �� �
stddev_samp
�? a is � p � !aggregate_dummy 0 �� �
stddev_samp
�? a is � p � !aggregate_dummy 0 �� �
stddev_samp
�? a is � p !aggregate_dummy 0 �� �
stddev_samp
�? a is � p !aggregate_dummy 0 �� �
stddev_samp
�? a is � p !aggregate_dummy 0 �� �
stddev_pop
�? a is � p � !aggregate_dummy 0 �� �
stddev_pop
�? a is � p � !aggregate_dummy 0 �� �
stddev_pop
�? a is � p � !aggregate_dummy 0 �� �
stddev_pop
�? a is � p !aggregate_dummy 0 �� �
stddev_pop
�? a is � p !aggregate_dummy 0 �� �
stddev_pop
�? a is � p !aggregate_dummy 0 �� i variance
�? a is � p � !aggregate_dummy 0 �� h variance
�? a is � p � !aggregate_dummy 0 �� g variance
�? a is � p � !aggregate_dummy 0 �� f variance
�? a is � p !aggregate_dummy 0 �� e variance
�? a is � p !aggregate_dummy 0 �� d variance
�? a is � p !aggregate_dummy 0 �� V
var_samp
�? a is � p � !aggregate_dummy 0
�� U
var_samp
�? a is � p � !aggregate_dummy 0 �� T
var_samp
�? a is � p � !aggregate_dummy 0 �� S
var_samp
�? a is � p !aggregate_dummy 0
�� R
var_samp
�? a is � p !aggregate_dummy 0 �� Q
var_samp
�? a is � p !aggregate_dummy 0 �� �
var_pop
�? a is � p � !aggregate_dummy 0 �� �
var_pop
�? a is � p � !aggregate_dummy 0 �� �
var_pop
�? a is � p � !aggregate_dummy 0 �� �
var_pop
�? a is � p !aggregate_dummy 0 �� �
var_pop
�? a is � p !aggregate_dummy 0 �� �
var_pop
�? a is � p !aggregate_dummy 0 �� \ int8inc_support
�? f is � p � !int8inc_support 0 �� �
count
�? \ a is ` !aggregate_dummy ��z � ( @�������� ��@�������� ��@�������� ��@��x�����蓄 ��X�����Ȑ����8�vx�v��v��v8�vx�v��z��z8�vx�x��l�nP�n��vЄt�vX�n��p�p(�v 1 ) �� a regcollationin
�? f ss _ p � regcollationin 1 ( �� �
to_regclass
�? f ss � p to_regclass 1 ' �� � regclassout
�? f ss � p � regclassout 1 & �� � regclassin
�? f ss � p � regclassin 1 % �� � regoperatorout
�? f ss � p � regoperatorout 1 $ �� � regoperatorin
�? f ss � p � regoperatorin 1 # �� �
to_regoperator
�? f ss � p to_regoperator 1 " �� �
to_regoper
�? f ss � p to_regoper 1 ! �� � regoperout
�? f ss � p � regoperout 1 �� � regoperin
�? f ss � p � regoperin 1 �� � regprocedureout
�? f ss � p � !regprocedureout 1 �� � regprocedurein
�? f ss � p � regprocedurein 1 �� � btfloat84cmp
�? f is � � � btfloat84cmp 1 �� � btfloat48cmp
�? f is � � � btfloat48cmp 1 �� � btint82cmp
�? f is � btint82cmp 1 �� � btint28cmp
�? f is � btint28cmp 1 �� � btint42cmp
�? f is � btint42cmp 1 �� � btint24cmp
�? f is � btint24cmp 1 �� � btint84cmp
�? f is � btint84cmp 1 �� � btint48cmp
�? f is � btint48cmp 1 ��
btbpchar_pattern_sortsupport
�? f is � p � ;btbpchar_pattern_sortsupport 1 �� � btbpchar_pattern_cmp
�? f is � +btbpchar_pattern_cmp 1 �� � bpchar_pattern_gt
�? f is � %bpchar_pattern_gt 1 �� � bpchar_pattern_ge
�? f is � %bpchar_pattern_ge 1 �� bpchar_pattern_le
�? f is � %bpchar_pattern_le 1 �� ~ bpchar_pattern_lt
�? f is � %bpchar_pattern_lt 1 ��
bttext_pattern_sortsupport
�? f is � p � 7bttext_pattern_sortsupport 1 �� v bttext_pattern_cmp
�? f is � 'bttext_pattern_cmp 1
�� t text_pattern_gt
�? f is � !text_pattern_gt 1 �� s text_pattern_ge
�? f is � !text_pattern_ge 1 �� q text_pattern_le
�? f is � !text_pattern_le 1
�� p text_pattern_lt
�? f is � !text_pattern_lt 1 ��
corr
�? a is � � � � !aggregate_dummy 1 �� covar_samp
�? a is � � � � !aggregate_dummy 1 �� covar_pop
�? a is � � � � !aggregate_dummy 1 ��
regr_intercept
�? a is � � � � !aggregate_dummy 1 �� regr_slope
�? a is � � � � !aggregate_dummy 1 �� regr_r2
�? a is � � � � !aggregate_dummy 1 �� regr_avgy
�? a is � � � � !aggregate_dummy 1 �� regr_avgx
�? a is � � � � !aggregate_dummy 1 �� regr_sxy
�? a is � � � � !aggregate_dummy ��z � � @�x��xȝl�nX�n��t�l(�np�n��v�x0�xh���� (��h�z��~Б���� ��H��x�����Ќ���� ��H��x�����Ї���� ��H��x�����Ђ���� 2 & �� � has_schema_privilege
�? f ss � ;has_schema_privilege_name_id 2 2 & �� � has_schema_privilege
�? f ss � ;has_schema_privilege_name_id 2 % �� � has_schema_privilege
�? f ss � ?has_schema_privilege_name_name 2 $ �� � has_language_privilege
�? f ss � 5has_language_privilege_id 2 # �� � has_language_privilege
�? f ss � 9has_language_privilege_name 2 " �� � has_language_privilege
�? f ss � ;has_language_privilege_id_id 2 ! �� � has_language_privilege
�? f ss � ?has_language_privilege_id_name 2 �� � has_language_privilege
�? f ss � ?has_language_privilege_name_id 2 �� � has_language_privilege
�? f ss � Chas_language_privilege_name_name 2 �� � has_function_privilege
�? f ss � 5has_function_privilege_id 2 �� � has_function_privilege
�? f ss � 9has_function_privilege_name 2 �� � has_function_privilege
�? f ss � ;has_function_privilege_id_id 2 �� � has_function_privilege
�? f ss � ?has_function_privilege_id_name 2 �� � has_function_privilege
�? f ss � ?has_function_privilege_name_id 2 �� � has_function_privilege
�? f ss � Chas_function_privilege_name_name 2 �� � has_database_privilege
�? f ss � 5has_database_privilege_id 2 �� � has_database_privilege
�? f ss � 9has_database_privilege_name 2 �� � has_database_privilege
�? f ss � ;has_database_privilege_id_id 2 �� � has_database_privilege
�? f ss � ?has_database_privilege_id_name 2 �� � has_database_privilege
�? f ss � ?has_database_privilege_name_id 2 �� � has_database_privilege
�? f ss � Chas_database_privilege_name_name 2 �� � fmgr_sql_validator
�? f ss � p 'fmgr_sql_validator 2 �� � fmgr_c_validator
�? f ss � p #fmgr_c_validator 2 �� � fmgr_internal_validator
�? f ss � p 1fmgr_internal_validator 2 �� C pg_input_error_info
�? f ss � � [ 7 iioooo� $ value 4 type_name , message ( detail hintH sql_error_code )pg_input_error_info 2
�� B pg_input_is_valid
�? f ss � %pg_input_is_valid 2 �� � to_regnamespace
�? f ss � p !to_regnamespace 2 �� � regnamespaceout
�? f ss � p � !regnamespaceout 2
�� � regnamespacein
�? f ss � p � regnamespacein 2 �� � to_regrole
�? f ss p to_regrole 2 �� � regroleout
�? f ss � p regroleout 2 �� regrolein
�? f ss p � regrolein 2 �� 7 regclass
�? f ss � p text_regclass 2 �� �
to_regtype
�? f ss � p to_regtype 2 �� � regtypeout
�? f ss � p � regtypeout 2 �� � regtypein
�? f ss � p � regtypein 2 �� c to_regcollation
�? f ss _ p !to_regcollation 2 �� b regcollationout
�? f ss � p _ !regcollationout ��z � � (��X��������蛮��8��`��������ؖ������8��`��������ؐ� ��0��`��������� ��P��������臬��@��p��������P����~Ѐv 3 & �� � pg_column_size
�? f ss p � pg_column_size 3 % �� �
pg_has_role
�? f ss � pg_has_role_id 3 $ �� �
pg_has_role
�? f ss � #pg_has_role_name 3 # �� �
pg_has_role
�? f ss � %pg_has_role_id_id 3 " �� �
pg_has_role
�? f ss � )pg_has_role_id_name 3 ! �� �
pg_has_role
�? f ss � )pg_has_role_name_id 3 �� �
pg_has_role
�? f ss � -pg_has_role_name_name 3 �� ? has_parameter_privilege
�? f ss � ;has_parameter_privilege_name 3 �� > has_parameter_privilege
�? f ss � Ahas_parameter_privilege_id_name 3 �� = has_parameter_privilege
�? f ss � Ehas_parameter_privilege_name_name 3 �� G has_type_privilege
�? f ss � -has_type_privilege_id 3 �� F has_type_privilege
�? f ss � 1has_type_privilege_name 3 �� E has_type_privilege
�? f ss � 3has_type_privilege_id_id 3 �� D has_type_privilege
�? f ss � 7has_type_privilege_id_name 3 �� C has_type_privilege
�? f ss � 7has_type_privilege_name_id 3 �� B has_type_privilege
�? f ss � ;has_type_privilege_name_name 3 �� � has_server_privilege
�? f ss � 1has_server_privilege_id 3 �� � has_server_privilege
�? f ss � 5has_server_privilege_name 3 �� � has_server_privilege
�? f ss � 7has_server_privilege_id_id 3 �� � has_server_privilege
�? f ss � ;has_server_privilege_id_name 3 �� � has_server_privilege
�? f ss � ;has_server_privilege_name_id 3 �� � has_server_privilege
�? f ss � ?has_server_privilege_name_name 3 �� � has_foreign_data_wrapper_privilege
�? f ss � Mhas_foreign_data_wrapper_privilege_id 3 �� � has_foreign_data_wrapper_privilege
�? f ss � Qhas_foreign_data_wrapper_privilege_name 3 �� � has_foreign_data_wrapper_privilege
�? f ss � Shas_foreign_data_wrapper_privilege_id_id 3
�� � has_foreign_data_wrapper_privilege
�? f ss � Whas_foreign_data_wrapper_privilege_id_name 3 �� � has_foreign_data_wrapper_privilege
�? f ss � Whas_foreign_data_wrapper_privilege_name_id 3 �� � has_foreign_data_wrapper_privilege
�? f ss � [has_foreign_data_wrapper_privilege_name_name 3
�� [ has_tablespace_privilege
�? f ss � 9has_tablespace_privilege_id 3 �� Z has_tablespace_privilege
�? f ss � =has_tablespace_privilege_name 3 �� Y has_tablespace_privilege
�? f ss � ?has_tablespace_privilege_id_id 3 �� X has_tablespace_privilege
�? f ss � Chas_tablespace_privilege_id_name 3 �� W has_tablespace_privilege
�? f ss � Chas_tablespace_privilege_name_id 3 �� V has_tablespace_privilege
�? f ss � Ghas_tablespace_privilege_name_name 3 �� � has_schema_privilege
�? f ss � 1has_schema_privilege_id 3 �� � has_schema_privilege
�? f ss � 5has_schema_privilege_name 3 �� � has_schema_privilege
�? f ss � 7has_schema_privilege_id_id 3 �� � has_schema_privilege
�? f ss � ;has_schema_privilege_id_name �{ � � 8��p�������� P�����șv ��@�t��t��x���0��h�����ؒ| �nh�n��p��f@�h��pȍr�hX�j��n�p(�zh�|����(�ph�r��t�v0�jx�l��|��� 4 ) �� &
domain_recv
�? f ss � � � domain_recv 4 ) �� &
domain_recv
�? f ss � � � domain_recv 4 ( �� %
domain_in
�? f ss � � � domain_in 4 ' �� _ shell_out
�? f is � p � shell_out 4 & �� ^ shell_in
�? f is � p � shell_in 4 % �� anyelement_out
�? f is � p � anyelement_out 4 $ �� anyelement_in
�? f is � p � anyelement_in 4 # �� internal_out
�? f is � p � internal_out 4 " �� internal_in
�? f is � p � internal_in 4 ! �� � language_handler_out
�? f is � p � +language_handler_out 4 �� � language_handler_in
�? f is � p � )language_handler_in 4 �� event_trigger_out
�? f is � p � %event_trigger_out 4 ��
event_trigger_in
�? f is � p � #event_trigger_in 4 �� � trigger_out
�? f is � p � trigger_out 4 �� � trigger_in
�? f is � p � trigger_in 4 �� � void_out
�? f is � p � void_out 4 �� � void_in
�? f is � p � void_in 4 �� � anyarray_out
�? f ss � p � anyarray_out 4 �� � anyarray_in
�? f is � p � anyarray_in 4 �� � any_out
�? f is � p � any_out 4 �� � any_in
�? f is � p � any_in 4 �� � cstring_out
�? f is � p � cstring_out 4 �� � cstring_in
�? f is � p � cstring_in 4 �� � record_out
�? f ss � p � record_out 4 �� � record_in
�? f ss � � � record_in 4 �� postgresql_fdw_validator
�? f is � � 3postgresql_fdw_validator 4 �� � pg_relation_filepath
�? f ss p � +pg_relation_filepath 4 �� ~
pg_filenode_relation
�? f ss � � +pg_filenode_relation 4 �� � pg_relation_filenode
�? f ss p � +pg_relation_filenode 4
�� � pg_indexes_size
�? f vs p � !pg_indexes_size 4 �� � pg_table_size
�? f vs p � pg_table_size 4 ��
pg_size_bytes
�? f is p pg_size_bytes 4
�� ^ pg_size_pretty
�? f is p � /pg_size_pretty_numeric 4 �� � pg_size_pretty
�? f is p pg_size_pretty 4 �� � pg_total_relation_size
�? f vs p � /pg_total_relation_size 4 �� pg_relation_size
�? f vs � � #pg_relation_size 4 �� x pg_database_size
�? f vs p -pg_database_size_name 4 �� pg_database_size
�? f vs p +pg_database_size_oid 4 �� pg_tablespace_size
�? f vs p 1pg_tablespace_size_name 4 �� pg_tablespace_size
�? f vs p /pg_tablespace_size_oid 4 �� I pg_column_compression
�? f ss p � -pg_column_compression �3{ � H @�v��x��v �x@��x����v��x8��p����z�|(��`�����Г���@��p�����؏���H����~Ќj�lX�r��r؉r�rP�����������0��h��������H�� 5 ( �� 1 date_eq_timestamptz
�? f ss � : � )date_eq_timestamptz 5 ' �� 0 date_le_timestamptz
�? f ss � : � )date_le_timestamptz 5 & �� / date_lt_timestamptz
�? f ss � : � )date_lt_timestamptz 5 % �� ( date_cmp_timestamp
�? f is � : Z 'date_cmp_timestamp 5 $ �� ' date_ne_timestamp
�? f is � : Z %date_ne_timestamp 5 # �� & date_ge_timestamp
�? f is � : Z %date_ge_timestamp 5 " �� % date_gt_timestamp
�? f is � : Z %date_gt_timestamp 5 ! �� $ date_eq_timestamp
�? f is � : Z %date_eq_timestamp 5 �� # date_le_timestamp
�? f is � : Z %date_le_timestamp 5 �� " date_lt_timestamp
�? f is � : Z %date_lt_timestamp 5 �� ^
sha512
�? f is p sha512_bytea 5 �� ]
sha384
�? f is p sha384_bytea 5 �� \
sha256
�? f is p sha256_bytea 5 �� [
sha224
�? f is p sha224_bytea 5 �� md5
�? f is p md5_bytea 5 �� md5
�? f is p md5_text 5 �� � system
�? f vs � p � 'tsm_system_handler 5 �� � bernoulli
�? f vs � p � -tsm_bernoulli_handler 5 �� � anycompatiblemultirange_out
�? f ss � p � 9anycompatiblemultirange_out 5 �� � anycompatiblemultirange_in
�? f ss � � � 7anycompatiblemultirange_in 5 �� � anycompatiblerange_out
�? f ss � p � /anycompatiblerange_out 5 �� � anycompatiblerange_in
�? f ss � � � -anycompatiblerange_in 5 �� � anycompatiblenonarray_out
�? f is � p � 5anycompatiblenonarray_out 5 �� � anycompatiblenonarray_in
�? f is � p � 3anycompatiblenonarray_in 5 �� � anycompatiblearray_send
�? f ss p � 1anycompatiblearray_send 5 �� � anycompatiblearray_recv
�? f ss � p � 1anycompatiblearray_recv 5 �� � anycompatiblearray_out
�? f ss � p � /anycompatiblearray_out 5
�� � anycompatiblearray_in
�? f is � p � -anycompatiblearray_in 5 �� � anycompatible_out
�? f is � p � %anycompatible_out 5 �� � anycompatible_in
�? f is � p � #anycompatible_in 5
�� table_am_handler_out
�? f is � p
+table_am_handler_out 5 �� table_am_handler_in
�? f is
p � )table_am_handler_in 5 �� � tsm_handler_out
�? f is � p � !tsm_handler_out 5 �� � tsm_handler_in
�? f is � p � tsm_handler_in 5 �� G index_am_handler_out
�? f is � p E +index_am_handler_out 5 �� F index_am_handler_in
�? f is E p � )index_am_handler_in 5 �� - fdw_handler_out
�? f is � p + !fdw_handler_out 5 �� , fdw_handler_in
�? f is + p � fdw_handler_in 5 �� �
anynonarray_out
�? f is � p �
!anynonarray_out 5 �� �
anynonarray_in
�? f is �
p � anynonarray_in �S{ � � 8��p��������P�����������0��h�����ؕ���H��������� ��P�����������@��p�����Љ� ��0��`�����Ѕ~�nX����p�j0�jx�j��j 6 ( �� g int4send
�? f is p int4send 6 ' �� f int4recv
�? f is p � int4recv 6 & �� e int2send
�? f is p int2send 6 % �� d int2recv
�? f is p � int2recv 6 $ �� c record_send
�? f ss p � record_send 6 # �� b record_recv
�? f ss � � � record_recv 6 " �� a array_send
�? f ss p � array_send 6 ! �� ` array_recv
�? f ss � � � array_recv 6 �� � timestamptz_cmp_timestamp
�? f ss � � Z 5timestamptz_cmp_timestamp 6 �� � timestamptz_ne_timestamp
�? f ss � � Z 3timestamptz_ne_timestamp 6 �� � timestamptz_ge_timestamp
�? f ss � � Z 3timestamptz_ge_timestamp 6 �� � timestamptz_gt_timestamp
�? f ss � � Z 3timestamptz_gt_timestamp 6 �� � timestamptz_eq_timestamp
�? f ss � � Z 3timestamptz_eq_timestamp 6 �� � timestamptz_le_timestamp
�? f ss � � Z 3timestamptz_le_timestamp 6 �� � timestamptz_lt_timestamp
�? f ss � � Z 3timestamptz_lt_timestamp 6 �� � timestamp_cmp_timestamptz
�? f ss � Z � 5timestamp_cmp_timestamptz 6 �� � timestamp_ne_timestamptz
�? f ss � Z � 3timestamp_ne_timestamptz 6 �� � timestamp_ge_timestamptz
�? f ss � Z � 3timestamp_ge_timestamptz 6 �� � timestamp_gt_timestamptz
�? f ss � Z � 3timestamp_gt_timestamptz 6 �� � timestamp_eq_timestamptz
�? f ss � Z � 3timestamp_eq_timestamptz 6 �� � timestamp_le_timestamptz
�? f ss � Z � 3timestamp_le_timestamptz 6 �� � timestamp_lt_timestamptz
�? f ss � Z � 3timestamp_lt_timestamptz 6 �� O timestamptz_cmp_date
�? f ss � � : +timestamptz_cmp_date 6 �� N timestamptz_ne_date
�? f ss � � : )timestamptz_ne_date 6 �� M timestamptz_ge_date
�? f ss � � : )timestamptz_ge_date 6 �� L timestamptz_gt_date
�? f ss � � : )timestamptz_gt_date 6 �� K timestamptz_eq_date
�? f ss � � : )timestamptz_eq_date 6
�� J timestamptz_le_date
�? f ss � � : )timestamptz_le_date 6 �� I timestamptz_lt_date
�? f ss � � : )timestamptz_lt_date 6 �� B timestamp_cmp_date
�? f is � Z : 'timestamp_cmp_date 6
�� A timestamp_ne_date
�? f is � Z : %timestamp_ne_date 6 �� @ timestamp_ge_date
�? f is � Z : %timestamp_ge_date 6 �� ? timestamp_gt_date
�? f is � Z : %timestamp_gt_date 6 �� > timestamp_eq_date
�? f is � Z : %timestamp_eq_date 6 �� = timestamp_le_date
�? f is � Z : %timestamp_le_date 6 �� < timestamp_lt_date
�? f is � Z : %timestamp_lt_date 6 �� 5 date_cmp_timestamptz
�? f ss � : � +date_cmp_timestamptz 6 �� 4 date_ne_timestamptz
�? f ss � : � )date_ne_timestamptz 6 �� 3 date_ge_timestamptz
�? f ss � : � )date_ge_timestamptz 6 �� 2 date_gt_timestamptz
�? f ss � : � )date_gt_timestamptz t{ � � H�j��jНv�vX�l��l�j0�jx�p��p�hP�h��tЕt�j`�j��n�n8�n��nȐn�nP�~��n؍� �ph�j��j��j@�j��hЈh�h`�h��h�h8�p��p��z �zH�p��pЀx 7 + �� � regoperatorrecv
�? f is � p � !regoperatorrecv 7 * �� � regopersend
�? f is p � regopersend 7 ) �� � regoperrecv
�? f is � p � regoperrecv 7 ( �� � regproceduresend
�? f is p � #regproceduresend 7 ' �� � regprocedurerecv
�? f is � p � #regprocedurerecv 7 & �� � regprocsend
�? f is p regprocsend 7 % �� � regprocrecv
�? f is p � regprocrecv 7 $ �� � cidsend
�? f is p cidsend 7 # �� � cidrecv
�? f is p � cidrecv 7 " �� � xidsend
�? f is p xidsend 7 ! �� � xidrecv
�? f is p � xidrecv 7 �� � tidsend
�? f is p tidsend 7 �� � tidrecv
�? f is p � tidrecv 7 �� � boolsend
�? f is p boolsend 7 �� � boolrecv
�? f is p � boolrecv 7 �� � charsend
�? f is p charsend 7 �� � charrecv
�? f is p � charrecv 7 �� � varcharsend
�? f ss p varcharsend 7 �� � varcharrecv
�? f ss � � varcharrecv 7 �� bpcharsend
�? f ss p bpcharsend 7 �� ~ bpcharrecv
�? f ss � � bpcharrecv 7 �� } point_send
�? f is p X point_send 7 �� | point_recv
�? f is X p � point_recv 7 �� { float8send
�? f is p � float8send 7 �� z float8recv
�? f is � p � float8recv 7 �� y float4send
�? f is p � float4send 7 �� x float4recv
�? f is � p � float4recv 7 �� w namesend
�? f ss p namesend 7 �� v namerecv
�? f ss p � namerecv 7 �� u oidvectorsend
�? f is p oidvectorsend 7
�� t oidvectorrecv
�? f is p � oidvectorrecv 7 �� s oidsend
�? f is p oidsend 7 �� r oidrecv
�? f is p � oidrecv 7
�� q unknownsend
�? f is p � unknownsend 7 �� p unknownrecv
�? f is � p � unknownrecv 7 �� o textsend
�? f ss p textsend 7 �� n textrecv
�? f ss p � textrecv 7 �� m byteasend
�? f is p byteasend 7 �� l bytearecv
�? f is p � bytearecv 7 �� k int2vectorsend
�? f is p int2vectorsend 7 �� j int2vectorrecv
�? f is p � int2vectorrecv 7 �� i int8send
�? f is p int8send 7 �� h int8recv
�? f is p � int8recv �{ � @�x��r��r �z@�z��pКp�p`�p��z�z �zh�j����p(��h�r��l��l8�|��l����p@����v�����z0��p�t��l �lH�l��l؆j �jh�l��l��l@�l��pЁp�l 8 * �� � cash_recv
�? f is p � cash_recv 8 ) �� � circle_send
�? f is p � circle_send 8 ( �� � circle_recv
�? f is � p � circle_recv 8 ' �� � line_send
�? f is p t line_send 8 & �� � line_recv
�? f is t p � line_recv 8 % �� � poly_send
�? f is p \ poly_send 8 $ �� � poly_recv
�? f is \ p � poly_recv 8 # �� � box_send
�? f is p [ box_send 8 " �� � box_recv
�? f is [ p � box_recv 8 ! �� � path_send
�? f is p Z path_send 8 �� � path_recv
�? f is Z p � path_recv 8 �� � lseg_send
�? f is p Y lseg_send 8 �� � lseg_recv
�? f is Y p � lseg_recv 8 �� � interval_send
�? f is p � interval_send 8 �� � interval_recv
�? f is � � � interval_recv 8 �� � timestamptz_send
�? f is p � #timestamptz_send 8 �� � timestamptz_recv
�? f is � � � #timestamptz_recv 8 �� � timestamp_send
�? f is p Z timestamp_send 8 �� � timestamp_recv
�? f is Z � � timestamp_recv 8 �� � timetz_send
�? f is p � timetz_send 8 �� � timetz_recv
�? f is � � � timetz_recv 8 �� � time_send
�? f is p ; time_send 8 �� � time_recv
�? f is ; � � time_recv 8 �� � date_send
�? f is p : date_send 8 �� � date_recv
�? f is : p � date_recv 8 �� � numeric_send
�? f is p � numeric_send 8 �� � numeric_recv
�? f is � � � numeric_recv 8 �� � varbit_send
�? f is p varbit_send 8 �� � varbit_recv
�? f is � � varbit_recv 8
�� � bit_send
�? f is p bit_send 8 �� � bit_recv
�? f is � � bit_recv 8 �� � regnamespacesend
�? f is p � #regnamespacesend 8
�� � regnamespacerecv
�? f is � p � #regnamespacerecv 8 �� � regrolesend
�? f is p regrolesend 8 �� � regrolerecv
�? f is p � regrolerecv 8 �� � regtypesend
�? f is p � regtypesend 8 �� � regtyperecv
�? f is � p � regtyperecv 8 �� e regcollationsend
�? f is p _ #regcollationsend 8 �� d regcollationrecv
�? f is _ p � #regcollationrecv 8 �� � regclasssend
�? f is p � regclasssend 8 �� � regclassrecv
�? f is � p � regclassrecv 8 �� � regoperatorsend
�? f is p � !regoperatorsend ��{ � p H�l��rȝr�lX�l��l�l(�rh�r��t�t0�lx�l��t��t0��h�����ؑ���@��x��ЍL`��(�d�z ��`�|��t؆� ��@��p�� 9 $ �� � generate_ser+ + _ �#% ��" � pg_get_backend_memory_contexts
�? �B f vr � ` s = ooooooooo ` name$ ident ( parent $ level < total_bytes D total_nblocks 8 free_bytes < free_chunks 8 used_bytes ?pg_get_backend_memory_contextsK
� 9 $ �� � generate_series_int4_support
�? f is � p � ;generate_series_int4_support 9 # �� + generate_series
�? zD � f is � +generate_series_int4 9 " �� 9 $ �� � generate_series_int4_support
�? f is � p � ;generate_series_int4_support 9 # �� + generate_series
�? zD � f is � +generate_series_int4 9 " �� * generate_series
�? zD � f is � 5generate_series_step_int4 9 �� � pg_notification_queue_usage
�? f vr � ` 9pg_notification_queue_usage 9 �� � pg_notify
�? f vr � � pg_notify 9 �� � pg_listening_channels
�? A f sr ` -pg_listening_channels 9 �� �
pg_get_triggerdef
�? f ss � -pg_get_triggerdef_ext 9 �� ( pg_timezone_names
�? zD f ss � ` K � 3 oooo� name( abbrev 8 utc_offset ( is_dst %pg_timezone_names 9 �� '
pg_timezone_abbrevs
�? zD f ss � ` C � 1 ooo{ ( abbrev 8 utc_offset ( is_dst )pg_timezone_abbrevs 9 �� � pg_cursor
�? zD f sr � ` [ � 7 oooooo� name4 statement < is_holdable 4 is_binary D is_scrollable D creation_time pg_cursor 9 �� � pg_prepared_statement
�? zD f sr � ` k � � � ; oooooooo P name4 statement @ prepare_timeL parameter_types @ result_types0 from_sqlD generic_plans @ custom_plans-pg_prepared_statement 9 �� � pg_get_expr
�? f ss � � !pg_get_expr_ext 9 �� � pg_get_constraintdef
�? f ss � 3pg_get_constraintdef_ext 9 �� � pg_get_indexdef
�? f ss � )pg_get_indexdef_ext 9 �� W pg_get_viewdef
�? f sr � )pg_get_viewdef_wrap 9 �� � pg_get_viewdef
�? f sr � 'pg_get_viewdef_ext 9 �� � pg_get_viewdef
�? f sr � 1pg_get_viewdef_name_ext 9 �� � pg_get_ruledef
�? f ss � 'pg_get_ruledef_ext 9 �� w
macaddr8_send
�? f is p macaddr8_send 9 �� v
macaddr8_recv
�? f is p � macaddr8_recv 9
�� 1 void_send
�? f is p � void_send 9 �� 0 void_recv
�? f is � p � void_recv 9 �� � anyarray_send
�? f ss p � anyarray_send 9
�� � anyarray_recv
�? f ss � p � anyarray_recv 9 �� � cstring_send
�? f ss p � cstring_send 9 �� � cstring_recv
�? f ss � p � cstring_recv 9 �� � cidr_send
�? f is p � cidr_send 9 �� � cidr_recv
�? f is � p � cidr_recv 9 �� � inet_send
�? f is p e inet_send 9 �� � inet_recv
�? f is e p � inet_recv 9 �� � macaddr_send
�? f is p = macaddr_send 9 �� � macaddr_recv
�? f is = p � macaddr_recv 9 �� � cash_send
�? f is p cash_send p�{ � 8 0��h�����������(��X��x�����藂(�vh�~��r�r(�xh�x��x�x(�xh�x��x�x(�xh�x��x�x(�xh�x��x �(�lp�l��`���8�t : ( �� � pg_conf_load_time
�? f sr � ` %pg_conf_load_time : : ( �� � pg_conf_load_time
�? f sr � ` %pg_conf_load_time : : ( �� � pg_conf_load_time
�? f sr � ` %pg_conf_load_time : : ( �� � pg_conf_load_time
�? f sr � ` %pg_conf_load_time : : ( �� � pg_conf_load_time
�? f sr � ` %pg_conf_load_time : : ( �� � pg_conf_load_time
�? f sr � ` %pg_conf_load_time : ' ��
pg_postmaster_start_time
�? f ss � ` 3pg_postmaster_start_time : & �� � lastval
�? f vu ` lastval : % �� � int4
�? f is p bool_int4 : $ �� � bool
�? f is p int4_bool : # �� � pg_tablespace_databases
�? zD f ss p 1pg_tablespace_databases : �� bit_xor
�? a is p !aggregate_dummy : �� � bit_or
�? a is p !aggregate_dummy : �� � bit_and
�? a is p !aggregate_dummy : �� bit_xor
�? a is p !aggregate_dummy : �� � bit_or
�? a is p !aggregate_dummy : �� � bit_and
�? a is p !aggregate_dummy : �� bit_xor
�? a is p !aggregate_dummy : �� � bit_or
�? a is p !aggregate_dummy : �� � bit_and
�? a is p !aggregate_dummy : �� bit_xor
�? a is p !aggregate_dummy : �� � bit_or
�? a is p !aggregate_dummy : �� � bit_and
�? a is p !aggregate_dummy : �� � every
�? a is p !aggregate_dummy : �� � bool_or
�? a is p !aggregate_dummy : �� � bool_and
�? a is p !aggregate_dummy : �� �
bool_anytrue
�? f is p � bool_anytrue :
�� �
bool_alltrue
�? f is p � bool_alltrue : �� �
bool_accum_inv
�? f is � � � bool_accum_inv : �� �
bool_accum
�? f is � � � bool_accum :
�� � boolor_statefunc
�? f is � #boolor_statefunc : �� � booland_statefunc
�? f is � %booland_statefunc : �� � generate_series
�? zD f is � � � � � Igenerate_series_timestamptz_at_zone : �� � generate_series
�? zD f ss � � � � � 9generate_series_timestamptz : �� � generate_series
�? zD f is Z � Z Z � 5generate_series_timestamp : �� � generate_series
�? zD f is � � � � 1generate_series_numeric : �� � generate_series
�? zD f is � � � � � ;generate_series_step_numeric : �� � generate_series_int8_support
�? f is � p � ;generate_series_int8_support : �� - generate_series
�? zD � f is � +generate_series_int8 : �� , generate_series
�? zD � f is � 5generate_series_step_int8 �{ � P @�t��|��| �t@�v��~��~ �v8��p�����ؖ���P�~������� �~H�������� �z(��X��������芆 ��@��`����������z8�|x�~���肜��P�� ; ' �� :
brin_minmax_union
�? f is � � � � %brin_minmax_union ; & �� 9
brin_minmax_consistent
�? f is � � � � /brin_minmax_consistent ; % �� 8
brin_minmax_add_value
�? f is � � � � � -brin_minmax_add_value ; $ �� 7
brin_minmax_opcinfo
�? f is � p � )brin_minmax_opcinfo ; # �� �
arraycontained
�? f is � � � arraycontained ; " �� �
arraycontains
�? f is � � � arraycontains ; ! �� �
arrayoverlap
�? f is � � � arrayoverlap ; �� ginarrayextract
�? f is � � � � -ginarrayextract_2args ; �� P ginarraytriconsistent
�? f is � � � � � � -ginarraytriconsistent ; �� �
ginarrayconsistent
�? f is � � � � � � � 'ginarrayconsistent ; �� �
ginqueryarrayextract
�? f is � � � � � � � � +ginqueryarrayextract ; �� �
ginarrayextract
�? f is � � � � � !ginarrayextract ; �� k
gist_point_sortsupport
�? f is � p � /gist_point_sortsupport ; �� � gist_poly_distance
�? f is � � � \ � 'gist_poly_distance ; �� � gist_circle_distance
�? f is � � � � � +gist_circle_distance ; �� � gist_point_distance
�? f is � � � X � )gist_point_distance ; �� � gist_point_consistent
�? f is � � X � -gist_point_consistent ; �� � gist_point_fetch
�? f is � p � #gist_point_fetch ; �� gist_point_compress
�? f is � p � )gist_point_compress ; ��
gist_circle_compress
�? f is � p � +gist_circle_compress ; ��
gist_circle_consistent
�? f is � � � � /gist_circle_consistent ; ��
gist_poly_compress
�? f is � p � 'gist_poly_compress ; ��
gist_poly_consistent
�? f is � � \ � +gist_poly_consistent ; �� � gist_box_distance
�? f is � � � [ � %gist_box_distance ; ��
gist_box_same
�? f is � � [ [ � gist_box_same ; ��
gist_box_union
�? f is [ � � � gist_box_union ;
��
gist_box_picksplit
�? f is � � � � 'gist_box_picksplit ; ��
gist_box_penalty
�? f is � � � � � #gist_box_penalty ; ��
gist_box_consistent
�? f is � � [ � )gist_box_consistent ;
��
circle_overabove
�? f is � � � #circle_overabove ; ��
circle_overbelow
�? f is � � � #circle_overbelow ; ��
poly_above
�? f is � \ \ poly_above ; ��
poly_overabove
�? f is � \ \ poly_overabove ; ��
poly_overbelow
�? f is � \ \ poly_overbelow ; ��
poly_below
�? f is � \ \ poly_below ; ��
box_above
�? f is � [ [ box_above ; ��
box_overabove
�? f is � [ [ box_overabove ; ��
box_overbelow
�? f is � [ [ box_overbelow ; ��
box_below
�? f is � [ [ box_below | � 8��`��������� ��P��������З����(��X�����������0��X��������؍���8��h�����؉~��8��p����~腄 ��P��������聖�� < & �� C pg_try_advisory_lock_shared
�? f vr p Cpg_try_advisory_lock_shared_int8 < % �� pg_try_advisory_xact_lock
�? f vr p ?pg_try_advisory_xact_lock_int8 < $ �� B pg_try_advisory_lock
�? f vr p 5pg_try_advisory_lock_int8 < # �� pg_advisory_xact_lock_shared
�? f vr � p Epg_advisory_xact_lock_shared_int8 < " �� A pg_advisory_lock_shared
�? f vr � p ;pg_advisory_lock_shared_int8 < ! �� pg_advisory_xact_lock
�? f vr � p 7pg_advisory_xact_lock_int8 < �� @ pg_advisory_lock
�? f vr � p -pg_advisory_lock_int8 < �� � brin_bloom_options
�? f is � p � 'brin_bloom_options < �� � brin_bloom_union
�? f is � � � � #brin_bloom_union < �� � brin_bloom_consistent
�? f is � � � � -brin_bloom_consistent < �� � brin_bloom_add_value
�? f is � � � � � +brin_bloom_add_value < �� � brin_bloom_opcinfo
�? f is � p � 'brin_bloom_opcinfo < �� brin_inclusion_union
�? f is � � � � +brin_inclusion_union < �� brin_inclusion_consistent
�? f is � � � � 5brin_inclusion_consistent < ��
brin_inclusion_add_value
�? f is � � � � � 3brin_inclusion_add_value < �� brin_inclusion_opcinfo
�? f is � p � /brin_inclusion_opcinfo < �� brin_minmax_multi_distance_timestamp
�? f is � � � � Kbrin_minmax_multi_distance_timestamp < �� brin_minmax_multi_distance_inet
�? f is � � � � Abrin_minmax_multi_distance_inet < �� brin_minmax_multi_distance_macaddr8
�? f is � � � � Ibrin_minmax_multi_distance_macaddr8 < �� brin_minmax_multi_distance_macaddr
�? f is � � � � Gbrin_minmax_multi_distance_macaddr < �� brin_minmax_multi_distance_pg_lsn
�? f is � � � � Ebrin_minmax_multi_distance_pg_lsn < �� brin_minmax_multi_distance_timetz
�? f is � � � � Ebrin_minmax_multi_distance_timetz < �� brin_minmax_multi_distance_interval
�? f is � � � � Ibrin_minmax_multi_distance_interval < �� brin_minmax_multi_distance_time
�? f is � � � � Abrin_minmax_multi_distance_time < �� brin_minmax_multi_distance_date
�? f is � � � � Abrin_minmax_multi_distance_date <
�� brin_minmax_multi_distance_uuid
�? f is � � � � Abrin_minmax_multi_distance_uuid < �� brin_minmax_multi_distance_tid
�? f is � � � � ?brin_minmax_multi_distance_tid < �� brin_minmax_multi_distance_numeric
�? f is � � � � Gbrin_minmax_multi_distance_numeric <
�� brin_minmax_multi_distance_float8
�? f is � � � � Ebrin_minmax_multi_distance_float8 < �� brin_minmax_multi_distance_float4
�? f is � � � � Ebrin_minmax_multi_distance_float4 < �� brin_minmax_multi_distance_int8
�? f is � � � � Abrin_minmax_multi_distance_int8 < �� brin_minmax_multi_distance_int4
�? f is � � � � Abrin_minmax_multi_distance_int4 < ��
brin_minmax_multi_distance_int2
�? f is � � � � Abrin_minmax_multi_distance_int2 < �� brin_minmax_multi_options
�? f is � p � 5brin_minmax_multi_options < �� brin_minmax_multi_union
�? f is � � � � 1brin_minmax_multi_union < ��
brin_minmax_multi_consistent
�? f is � � � � ;brin_minmax_multi_consistent < �� brin_minmax_multi_add_value
�? f is � � � � � 9brin_minmax_multi_add_value < �� brin_minmax_multi_opcinfo
�? f is � p � 5brin_minmax_multi_opcinfo �+| � ` (��`�����Ȝ����(��P��������ؗ� ��8��h����~�f8�h��nȑl�xP�j��j؎v�x`�lP�@� �>� ��(�*ȅ0��8�� ��*`�: = # ��O w schema_to_xml_and_xmlschema
�B f sr � � � ( schema $ nulls < tableforest 0 targetns9schema_to_xml_and_xmlschema = " ��O v schema_to_xmlschema
�B f sr � � � ( schema $ nulls < tableforest 0 targetns)schema_to_xmlschema = ! ��O u schema_to_xml
�B f sr � � � ( schema $ nulls < tableforest 0 targetns schema_to_xml = ��O r query_to_xml_and_xmlschema
�B f vu � � � $ query $ nulls < tableforest 0 targetns7query_to_xml_and_xmlschema = ��O q table_to_xml_and_xmlschema
�B f sr � � � � tbl $ nulls < tableforest 0 targetns7table_to_xml_and_xmlschema = ��O p cursor_to_xmlschema
�B f vu � � � � ( cursor $ nulls < tableforest 0 targetns)cursor_to_xmlschema = ��O o query_to_xmlschema
�B f vu � � � $ query $ nulls < tableforest 0 targetns'query_to_xmlschema = ��O n table_to_xmlschema
�B f sr � � � � tbl $ nulls < tableforest 0 targetns'table_to_xmlschema = ��O m cursor_to_xml
�B f vu � � � � ( cursor $ count $ nulls < tableforest 0 targetns cursor_to_xml = ��O l query_to_xml
�B f vu � � � $ query $ nulls < tableforest 0 targetnsquery_to_xml = ��O k table_to_xml
�B f sr � � � � tbl $ nulls < tableforest 0 targetnstable_to_xml = �� j text
�? f is p � xmltotext = �� U xmlagg
�? a is � p � !aggregate_dummy = �� T xmlconcat2
�? f is � � � � xmlconcat2 = �� S xml_send
�? f ss p � xml_send = �� R xml_recv
�? f ss � p � xml_recv = �� Q xmlvalidate
�? f is � � xmlvalidate = �� P xml
�? f ss � p texttoxml = �� O xmlcomment
�? f is � p xmlcomment = �� N xml_out
�? f is � p � xml_out = �� M xml_in
�? f ss � p � xml_in = �� L pg_advisory_unlock_all
�? f vr � ` /pg_advisory_unlock_all =
�� K pg_advisory_unlock_shared
�? f vr � ?pg_advisory_unlock_shared_int4 = �� J pg_advisory_unlock
�? f vr � 1pg_advisory_unlock_int4 = �� pg_try_advisory_xact_lock_shared
�? f vr � Mpg_try_advisory_xact_lock_shared_int4 =
�� I pg_try_advisory_lock_shared
�? f vr � Cpg_try_advisory_lock_shared_int4 = �� pg_try_advisory_xact_lock
�? f vr � ?pg_try_advisory_xact_lock_int4 = �� H pg_try_advisory_lock
�? f vr � 5pg_try_advisory_lock_int4 = �� pg_advisory_xact_lock_shared
�? f vr � � Epg_advisory_xact_lock_shared_int4 = �� G pg_advisory_lock_shared
�? f vr � � ;pg_advisory_lock_shared_int4 = �� pg_advisory_xact_lock
�? f vr � � 7pg_advisory_xact_lock_int4 = �� F pg_advisory_lock
�? f vr � � -pg_advisory_lock_int4 = �� E pg_advisory_unlock_shared
�? f vr p ?pg_advisory_unlock_shared_int8 = �� D pg_advisory_unlock
�? f vr p 1pg_advisory_unlock_int8 = �� pg_try_advisory_xact_lock_shared
�? f vr p Mpg_try_advisory_xact_lock_shared_int8 J| � � ���� �t `�t��� ؙ~��H����hؖj �lh�l��t�(�p`�����А��zP�x��x���茦��0��h�����舀(��h��x�����Ȅ� ��H�p��� > ' �� � json_object
�? f is r � � � )json_object_two_arg > ' �� � json_object
�? f is r � � � )json_object_two_arg > ' �� � json_object
�? f is r � � � )json_object_two_arg > & �� � json_object
�? f is r p � json_object > % �� � json_build_object
�? f ss r ` 3json_build_object_noargs > $ ��? � json_build_object
�? � f ss r p � 3 � - v%json_build_object > # �� json_build_array
�? f ss r ` 1json_build_array_noargs > " ��? ~ json_build_array
�? � f ss r p � 3 � - v#json_build_array > ! �� � json_object_agg_unique_strict
�? a ss r � � � !aggregate_dummy > �� � json_object_agg_unique
�? a ss r � � � !aggregate_dummy > �� � json_object_agg_strict
�? a ss r � � � !aggregate_dummy > �� } json_object_agg
�? a ss r � � � !aggregate_dummy > �� | json_object_agg_finalfn
�? f is r p � 1json_object_agg_finalfn > �� � json_object_agg_unique_strict_transfn
�? f ss � � � � � Mjson_object_agg_unique_strict_transfn > �� � json_object_agg_unique_transfn
�? f ss � � � � � ?json_object_agg_unique_transfn > �� � json_object_agg_strict_transfn
�? f ss � � � � � ?json_object_agg_strict_transfn > �� l json_object_agg_transfn
�? f ss � � � � � 1json_object_agg_transfn > �� � json_agg_strict
�? a ss r p � !aggregate_dummy > �� g json_agg
�? a ss r p � !aggregate_dummy > �� f json_agg_finalfn
�? f is r p � #json_agg_finalfn > �� � json_agg_strict_transfn
�? f ss � � � � 1json_agg_strict_transfn > �� e json_agg_transfn
�? f ss � � � � #json_agg_transfn > �� T row_to_json
�? f ss r � � 'row_to_json_pretty > �� S row_to_json
�? f ss r p � row_to_json > �� R array_to_json
�? f ss r � � +array_to_json_pretty > �� Q array_to_json
�? f ss r p � array_to_json > �� D json_send
�? f is p r json_send > �� C json_recv
�? f is r p � json_recv >
�� B json_out
�? f is � p r json_out > �� A json_in
�? f is r p � json_in > �� � xml_is_well_formed_content
�? f is p 7xml_is_well_formed_content >
�� � xml_is_well_formed_document
�? f is p 9xml_is_well_formed_document > �� � xml_is_well_formed
�? f ss p 'xml_is_well_formed > �� � xpath_exists
�? f is � � � xpath_exists > �� 6
xmlexists
�? f is � � xmlexists > �� s xpath
�? f is � � � �
xpath > ��O z database_to_xml_and_xmlschema
�B f sr � � { $ nulls < tableforest 0 targetns=database_to_xml_and_xmlschema > ��O y database_to_xmlschema
�B f sr � � { $ nulls < tableforest 0 targetns-database_to_xmlschema > ��O x database_to_xml
�B f sr � � { $ nulls < tableforest 0 targetns!database_to_xml hh| � � H�h��z�����������X�V(�` �JЕT�|P�z(�P��Z 8�vx�|��p�hP�j��p�p(�pp�p��p �p@�r��zȇl�lX�l���p �lh�n��t ? % �� � pg_lsn_lt
�? f is � � � pg_lsn_lt ? ? % �� � pg_lsn_lt
�? f is � � � pg_lsn_lt ? ? % �� � pg_lsn_lt
�? f is � � � pg_lsn_lt ? $ �� � pg_lsn_out
�? f is � p � pg_lsn_out ? # �� � pg_lsn_in
�? f is � p � pg_lsn_in ? " �� h
gen_random_uuid
�? f vs � ` !gen_random_uuid ? ! �� T
uuid_hash_extended
�? f is � � 'uuid_hash_extended ? �� � uuid_hash
�? f is p � uuid_hash ? �� � uuid_send
�? f is p � uuid_send ? �� � uuid_recv
�? f is � p � uuid_recv ? �� � uuid_sortsupport
�? f is � p � #uuid_sortsupport ? �� � uuid_cmp
�? f is � � � uuid_cmp ? �� � uuid_ne
�? f is � � � uuid_ne ? �� � uuid_gt
�? f is � � � uuid_gt ? �� � uuid_ge
�? f is � � � uuid_ge ? �� � uuid_eq
�? f is � � � uuid_eq ? �� � uuid_le
�? f is � � � uuid_le ? �� � uuid_lt
�? f is � � � uuid_lt ? �� � uuid_out
�? f is � p � uuid_out ? �� � uuid_in
�? f is � p � uuid_in ? �� � json_typeof
�? f is p r json_typeof ? �� � json_to_recordset
�? �B f ss � p r %json_to_recordset ? �� � json_to_record
�? f ss � p r json_to_record ? �� w json_each_text
�? �B f is � p r C r 1 ioos 4 from_json key $ value json_each_text ?
�� v json_each
�? �B f is � p r C r r 1 ioos 4 from_json key $ value json_each ? �� u json_object_keys
�? �B f is p r #json_object_keys ? �� t json_array_length
�? f is p r %json_array_length ?
�� � json_array_elements_text
�? �B f is p r ; r / ioc 4 from_json $ value 3json_array_elements_text ? �� s json_array_elements
�? �B f is r p r ; r r / ioc 4 from_json $ value )json_array_elements ? �� q json_extract_path_text
�? f is � r � ; r � / ivk 4 from_json 8 path_elems /json_extract_path_text ? �� o json_extract_path
�? f is r � r � ; r � / ivk 4 from_json 8 path_elems %json_extract_path ? ��O n json_array_element_text
�? f is � r s 4 from_json D element_index 1json_array_element_text ? ��O m json_array_element
�? f is r � r s 4 from_json D element_index 'json_array_element ? ��O l json_object_field_text
�? f is � r k 4 from_json 8 field_name /json_object_field_text ? ��O k json_object_field
�? f is r � r k 4 from_json 8 field_name %json_object_field ? �� � json_strip_nulls
�? f is r p r #json_strip_nulls ? �� h to_json
�? f ss r p � to_json ��| � � @�t��t��t �t@�t��tȚp�pP�v��pЗ��|P�~��v Дv�n`�p��p�j8�p��pȏp�pX�p��p�r(�j`����z�x �x`�x��n�l(��h�v��t�l8�nx�r��p @ * �� tsvectorout
�? f is � p tsvectorout @ ) � @ * �� tsvectorout
�? f is � p tsvectorout @ ) �� 7 tsvectorrecv
�? f is p � tsvectorrecv @ ( �� tsvectorin
�? f is p � tsvectorin @ ' �� �
enum_send
�? f ss p �
enum_send @ & �� �
enum_recv
�? f ss �
� � enum_recv @ % �� �
enum_range
�? f ss � p �
enum_range_all @ $ �� �
enum_range
�? f ss � � �
�
%enum_range_bounds @ # �� �
enum_last
�? f ss �
p �
enum_last @ " �� �
enum_first
�? f ss �
p �
enum_first @ ! �� �
min
�? a is �
p �
!aggregate_dummy @ �� �
max
�? a is �
p �
!aggregate_dummy @ �� �
enum_larger
�? f is �
� �
�
enum_larger @ �� �
enum_smaller
�? f is �
� �
�
enum_smaller @ �� V
hashenumextended
�? f is � �
#hashenumextended @ �� �
hashenum
�? f is p �
hashenum @ �� �
enum_cmp
�? f is � �
�
enum_cmp @ �� �
enum_ge
�? f is � �
�
enum_ge @ �� �
enum_le
�? f is � �
�
enum_le @ �� �
enum_gt
�? f is � �
�
enum_gt @ �� �
enum_lt
�? f is � �
�
enum_lt @ �� �
enum_ne
�? f is � �
�
enum_ne @ �� �
enum_eq
�? f is � �
�
enum_eq @ �� �
enum_out
�? f ss � p �
enum_out @ �� �
enum_in
�? f ss �
� � enum_in @ �� �
anyenum_out
�? f ss � p �
anyenum_out @ �� �
anyenum_in
�? f is �
p � anyenum_in @ �� � pg_lsn_mii
�? f is � � � � pg_lsn_mii @ �� � pg_lsn_pli
�? f is � � � � pg_lsn_pli @
�� \ pg_lsn_smaller
�? f is � � � � pg_lsn_smaller @ �� [ pg_lsn_larger
�? f is � � � � pg_lsn_larger @ �� U
pg_lsn_hash_extended
�? f is � � +pg_lsn_hash_extended @
�� � pg_lsn_hash
�? f is p � pg_lsn_hash @ �� � pg_lsn_cmp
�? f is � � � pg_lsn_cmp @ �� � pg_lsn_send
�? f is p � pg_lsn_send @ �� � pg_lsn_recv
�? f is � p � pg_lsn_recv @ �� � pg_lsn_mi
�? f is � � � � pg_lsn_mi @ �� � pg_lsn_ne
�? f is � � � pg_lsn_ne @ �� � pg_lsn_gt
�? f is � � � pg_lsn_gt @ �� � pg_lsn_ge
�? f is � � � pg_lsn_ge @ �� � pg_lsn_eq
�? f is � � � pg_lsn_eq @ �� � pg_lsn_le
�? f is � � � pg_lsn_le ȧ| � � @�r��lНp�n`�p��p�r(�xh�x��x�x(�xh�x��z�x(�v`�����ȑ� ��8���0�|p�|����x0�xp�x��x�~(��`��������8��`����|Ё���� A ( �� I gin_extract_tsquery
�? f is � � � � � � � )gin_extract_tsquery A ' �� H gin_extract_tsvector
�? f is � � � � +gin_extract_tsvector A & �� j
gtsvector_options
�? f is � p � %gtsvector_options A % �� � gtsvector_consistent
�? f is � � : � 9gtsvector_consistent_oldsig A $ �� F gtsvector_consistent
�? f is � � � +gtsvector_consistent A # �� E gtsvector_penalty
�? f is � � � � � %gtsvector_penalty A " �� D gtsvector_same
�? f is � � : : � gtsvector_same A ! �� C gtsvector_union
�? f is : � � � !gtsvector_union A �� B gtsvector_picksplit
�? f is � � � � )gtsvector_picksplit A �� A gtsvector_decompress
�? f is � p � +gtsvector_decompress A �� @ gtsvector_compress
�? f is � p � 'gtsvector_compress A �� � ts_match_tq
�B f ss � ts_match_tq A �� � ts_match_tt
�B f ss � ts_match_tt A �� 3 ts_match_qv
�? f is � ts_match_qv A �� 2 ts_match_vq
�? f is � ts_match_vq A �� � ts_filter
�? f is � � !tsvector_filter A �� � array_to_tsvector
�? f is p � %array_to_tsvector A �� � tsvector_to_array
�? f is � p %tsvector_to_array A �� � unnest
�? A f is � p K � � 3 iooo� 0 tsvector( lexeme 4 positions , weights !tsvector_unnest A �� � ts_delete
�? f is � � )tsvector_delete_arr A �� � ts_delete
�? f is � )tsvector_delete_str A �� ) tsvector_concat
�? f is � !tsvector_concat A �� � setweight
�? f is � � ;tsvector_setweight_by_filter A �� ( setweight
�? f is � 'tsvector_setweight A �� ' strip
�? f is p tsvector_strip A �� length
�? f is p !tsvector_length A �� & tsvector_cmp
�? f is � tsvector_cmp A
�� % tsvector_gt
�? f is � tsvector_gt A �� $ tsvector_ge
�? f is � tsvector_ge A �� # tsvector_ne
�? f is � tsvector_ne A
�� " tsvector_eq
�? f is � tsvector_eq A �� ! tsvector_le
�? f is � tsvector_le A �� tsvector_lt
�? f is � tsvector_lt A �� ? gtsvectorout
�? f is � p : gtsvectorout A �� > gtsvectorin
�? f is : p � gtsvectorin A �� 8 tsquerysend
�? f is p tsquerysend A �� tsqueryout
�? f is � p tsqueryout A �� 9 tsqueryrecv
�? f is p � tsqueryrecv A �� tsqueryin
�? f is p � tsqueryin A �� 6 tsvectorsend
�? f is p tsvectorsend ��| � ��@��x��������(��H��`�����ؖv�vX�v��vؓv�vX�x��xؐv�~H����pЍ|�~P�x��pЊ���H�|�����~���0��`���������0�t �` B ' �� i ts_stat
A @ F f vu � p K 3 iooo{ $ query word ndoc( nentry ts_stat1 B & �� h ts_typanalyze
�? f ss p � ts_typanalyze B % �� g tsmatchjoinsel
�? f ss � � � � � tsmatchjoinsel B $ �� f tsmatchsel
�? f ss � � � � tsmatchsel B # �� � gtsquery_consistent
�? f is � � � � 7gtsquery_consistent_oldsig B " �� u gtsquery_consistent
�? f is � � � )gtsquery_consistent B ! �� t gtsquery_penalty
�? f is � � � � � #gtsquery_penalty B �� s gtsquery_same
�? f is � � � gtsquery_same B �� r gtsquery_union
�? f is � � � gtsquery_union B �� q gtsquery_picksplit
�? f is � � � � 'gtsquery_picksplit B �� o gtsquery_compress
�? f is � p � %gtsquery_compress B �� e ts_rewrite
�B f vu � -tsquery_rewrite_query B �� d ts_rewrite
�? f is � !tsquery_rewrite B �� Y querytree
�? f is p tsquerytree B �� X numnode
�? f is p !tsquery_numnode B �� l tsq_mcontained
�? f is � tsq_mcontained B �� k tsq_mcontains
�? f is � tsq_mcontains B �� W tsquery_not
�? f is p tsquery_not B �� � tsquery_phrase
�? f is � 1tsquery_phrase_distance B �� � tsquery_phrase
�? f is � tsquery_phrase B �� V tsquery_or
�? f is � tsquery_or B �� U tsquery_and
�? f is � tsquery_and B �� T tsquery_cmp
�? f is � tsquery_cmp B �� S tsquery_gt
�? f is � tsquery_gt B �� R tsquery_ge
�? f is � tsquery_ge B �� Q tsquery_ne
�? f is � tsquery_ne B
�� P tsquery_eq
�? f is � tsquery_eq B �� O tsquery_le
�? f is � tsquery_le B �� N tsquery_lt
�? f is � tsquery_lt B
�� � gin_clean_pending_list
�? f vu p � /gin_clean_pending_list B �� � gin_tsquery_consistent
�? f is � � � � � � =gin_tsquery_consistent_oldsig B �� � gin_extract_tsquery
�? f is � � � � � � � 7gin_extract_tsquery_oldsig B �� gin_tsquery_consistent
�? f is � � � � ;gin_tsquery_consistent_6args B �� gin_extract_tsquery
�? f is � � � � � 5gin_extract_tsquery_5args B �� gin_extract_tsvector
�? f is � � � 7gin_extract_tsvector_2args B �� �
gin_cmp_prefix
�? f is � � gin_cmp_prefix B �� � gin_cmp_tslexeme
�? f is � #gin_cmp_tslexeme B �� Q gin_tsquery_triconsistent
�? f is � � � � � 5gin_tsquery_triconsistent B �� J gin_tsquery_consistent
�? f is � � � � � � /gin_tsquery_consistent ��| � � ����0��p����v蚎 ��X����zH��������h����v�(�j`����r�t �rX����tЋ��rH����v���臚 ��X����x���� C # �� j ts_headline
�B f is � � � � /ts_headline_jsonb_byid C " �� i ts_headline
�B f is � � � � 7ts_headline_jsonb_byid_opt C # �� j ts_headline
�B f is � � � � /ts_headline_jsonb_byid C " �� i ts_headline
�B f is � � � � C # �� j ts_headline
�B f is � � � � /ts_headline_jsonb_byid C " �� i ts_headline
�B f is � � � � 7ts_headline_jsonb_byid_opt C ! �� � ts_headline
�B f ss � ts_headline C �� � ts_headline
�B f ss � !ts_headline_opt C �� � ts_headline
�B f is � � #ts_headline_byid C �� � ts_headline
�B f is � � +ts_headline_byid_opt C �� � thesaurus_lexize
�? f is � � � � � � #thesaurus_lexize C �� � thesaurus_init
�? f is � p � thesaurus_init C �� � dispell_lexize
�? f is � � � � � � dispell_lexize C �� � dispell_init
�? f is � p � dispell_init C �� � dsynonym_lexize
�? f is � � � � � � !dsynonym_lexize C �� � dsynonym_init
�? f is � p � dsynonym_init C �� � dsimple_lexize
�? f is � � � � � � dsimple_lexize C �� � dsimple_init
�? f is � p � dsimple_init C �� � ts_lexize
�? f is � � � ts_lexize C �� � prsd_lextype
�? f is � p � prsd_lextype C �� � prsd_headline
�? f is � � � � prsd_headline C �� � prsd_end
�? f is � p � prsd_end C �� � prsd_nexttoken
�? f is � � � � � prsd_nexttoken C �� � prsd_start
�? f is � � � prsd_start C
�� � ts_parse
�? zD f ss � � K 3 iioo� < parser_name txt $ tokid $ token !ts_parse_byname C �� � ts_parse
�? zD f is � � K 3 iioo� 8 parser_oid txt $ tokid $ token ts_parse_byid C �� � ts_token_type
�? �A f ss � p K 3 iooo� < parser_name $ tokid $ alias < description +ts_token_type_byname C
�� � ts_token_type
�? �A f is � p K 3 iooo� 8 parser_oid $ tokid $ alias < description 'ts_token_type_byid C �� ~ ts_rank_cd
�? f is � � ts_rankcd_tt C �� } ts_rank_cd
�? f is � � ts_rankcd_ttf C �� | ts_rank_cd
�? f is � � � ts_rankcd_wtt C �� { ts_rank_cd
�? f is � � � ts_rankcd_wttf C �� z ts_rank
�? f is � � ts_rank_tt C �� y ts_rank
�? f is � � ts_rank_ttf C �� x ts_rank
�? f is � � � ts_rank_wtt C �� w ts_rank
�? f is � � � ts_rank_wttf C �� j ts_stat
A @ F f vu � � S 5 iiooo� $ query , weights word ndoc( nentry ts_stat2 �} � 8 0��h���������(��`�����ؘ���@����pЕn�xP�z���������0��h�����Ȏ����(��`�����Њ|�pX�r��t؇t�xX�z��|| �jh�n��l��n8�r D ( �� � jsonb_object
�? f is � p � jsonb_object D ' �� � jsonb_send
�? f is p � jsonb_send D & �� � jsonb_out
�? f is � p � jsonb_out D % �� � jsonb_recv
�? f is � p � jsonb_recv D $ �� � jsonb_in
�? f is � p � jsonb_in D # �� � regdictionarysend
�? f is p � %regdictionarysend D " �� � regdictionaryrecv
�? f is � p � %regdictionaryrecv D ! �� � regdictionaryout
�? f ss � p � #regdictionaryout D �� � regdictionaryin
�? f ss � p � !regdictionaryin D �� � regconfigsend
�? f is p � regconfigsend D �� � regconfigrecv
�? f is � p � regconfigrecv D �� � regconfigout
�? f ss � p � regconfigout D �� � regconfigin
�? f ss � p � regconfigin D �� � get_current_ts_config
�? f ss � ` -get_current_ts_config D �� � tsvector_update_trigger_column
�? f vs � ` Ctsvector_update_trigger_bycolumn D �� � tsvector_update_trigger
�? f vs � ` ;tsvector_update_trigger_byid D �� x json_to_tsvector
�B f is � � r � -json_to_tsvector_byid D �� t to_tsvector
�B f is � � r ;json_string_to_tsvector_byid D �� v jsonb_to_tsvector
�B f is � � � � /jsonb_to_tsvector_byid D �� s to_tsvector
�B f is � � � =jsonb_string_to_tsvector_byid D �� w json_to_tsvector
�B f ss � r � #json_to_tsvector D �� r to_tsvector
�B f ss p r 1json_string_to_tsvector D �� u jsonb_to_tsvector
�B f ss � � � %jsonb_to_tsvector D �� q to_tsvector
�B f ss p � 3jsonb_string_to_tsvector D �� � websearch_to_tsquery
�B f ss p +websearch_to_tsquery D �� � phraseto_tsquery
�B f ss p #phraseto_tsquery D �� � plainto_tsquery
�B f ss p !plainto_tsquery D
�� � to_tsquery
�B f ss p to_tsquery D �� � to_tsvector
�B f ss p to_tsvector D �� � websearch_to_tsquery
�B f is � � 5websearch_to_tsquery_byid D
�� � phraseto_tsquery
�B f is � � -phraseto_tsquery_byid D �� � plainto_tsquery
�B f is � � +plainto_tsquery_byid D �� � to_tsquery
�B f is � � !to_tsquery_byid D �� � to_tsvector
�B f is � � #to_tsvector_byid D �� p ts_headline
�B f ss r � r #ts_headline_json D �� o ts_headline
�B f ss r � r +ts_headline_json_opt D �� n ts_headline
�B f is r � � r -ts_headline_json_byid D �� m ts_headline
�B f is r � � r 5ts_headline_json_byid_opt D �� l ts_headline
�B f ss � � � %ts_headline_jsonb D �� k ts_headline
�B f ss � � � -ts_headline_jsonb_opt p$} � 8����j���蜒(�|h�x��xؙ� ��(��H�������� ��@��������ȑ�ؐ���P�|X��X��X��P� �X�b��L��VЅ~�|�R��\职�� E # �� �
jsonb_populate_recordset
�? �B f ss � � � � 3jsonb_populate_recordset E " �� � jsonb_populate_record
�? f ss � � � � -jsonb_populate_record E ! �� \ jsonb_each_text
�? �B f is � p � C � 1 ioos 4 from_json key $ value !jsonb_each_text E �� � jsonb_each
�? �B f is � p � C � � 1 ioos 4 from_json key $ value jsonb_each E �� [ jsonb_object_keys
�? �B f is p � %jsonb_object_keys E �� � jsonb_array_length
�? f is p � 'jsonb_array_length E �� �
jsonb_array_elements_text
�? �B f is p � ; � / ioc 4 from_json $ value 5jsonb_array_elements_text E �� � jsonb_array_elements
�? �B f is � p � ; � � / ioc 4 from_json $ value +jsonb_array_elements E �� d jsonb_extract_path_text
�? f is � � � ; � � / ivk 4 from_json 8 path_elems 1jsonb_extract_path_text E �� � jsonb_extract_path
�? f is � � � � ; � � / ivk 4 from_json 8 path_elems 'jsonb_extract_path E ��O � jsonb_array_element_text
�? f is � � s 4 from_json D element_index 3jsonb_array_element_text E ��O � jsonb_array_element
�? f is � � � s 4 from_json D element_index )jsonb_array_element E ��O � jsonb_object_field_text
�? f is � � k 4 from_json 8 field_name 1jsonb_object_field_text E ��O �
jsonb_object_field
�? f is � � � k 4 from_json 8 field_name 'jsonb_object_field E �� � jsonb_strip_nulls
�? f is � p � %jsonb_strip_nulls E �� � jsonb_build_object
�? f ss � ` 5jsonb_build_object_noargs E ��? � jsonb_build_object
�? � f ss � p � 3 � - v'jsonb_build_object E �� � jsonb_build_array
�? f ss � ` 3jsonb_build_array_noargs E ��? � jsonb_build_array
�? � f ss � p � 3 � - v%jsonb_build_array E �� � jsonb_object_agg_unique_strict
�? a is � � � � !aggregate_dummy E �� � jsonb_object_agg_unique
�? a is � � � � !aggregate_dummy E �� � jsonb_object_agg_strict
�? a is � � � � !aggregate_dummy E
�� � jsonb_object_agg
�? a is � � � � !aggregate_dummy E �� � jsonb_object_agg_finalfn
�? f ss � p � 3jsonb_object_agg_finalfn E �� � jsonb_object_agg_unique_strict_transfn
�? f ss � � � � � Ojsonb_object_agg_unique_strict_transfn E
�� � jsonb_object_agg_unique_transfn
�? f ss � � � � � Ajsonb_object_agg_unique_transfn E �� � jsonb_object_agg_strict_transfn
�? f ss � � � � � Ajsonb_object_agg_strict_transfn E �� � jsonb_object_agg_transfn
�? f ss � � � � � 3jsonb_object_agg_transfn E �� � jsonb_agg_strict
�? a ss � p � !aggregate_dummy E �� � jsonb_agg
�? a ss � p � !aggregate_dummy E �� � jsonb_agg_finalfn
�? f ss � p � %jsonb_agg_finalfn E �� � jsonb_agg_strict_transfn
�? f ss � � � � 3jsonb_agg_strict_transfn E �� � jsonb_agg_transfn
�? f ss � � � � %jsonb_agg_transfn E �� � to_jsonb
�? f ss � p � to_jsonb E �� � jsonb_object
�? f is � � � � +jsonb_object_two_arg �C} � � @�x��~��r �r@�r��r��r �r@�r��tȗn ��@�~��z����0��h��������� ��0��H��`��x����z��z0�� �X8�� x�r( ��p �t@�r��tЁV � F ( �) ��� �
jsonb_insert
�? f is � � � � � � � F ( �+ ��� �
jsonb_insert
�? f is � � � � � � 0 jsonb_in path< replacement @ insert_after h ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 132 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})jsonb_insert F F ' �� � jsonpath_send
�? f is p � jsonpath_send F & �� � jsonpath_out
�? f is � p � jsonpath_out F % �� � jsonpath_recv
�? f is � p � jsonpath_recv F $ �� � jsonpath_in
�? f is � p � jsonpath_in F " �� � jsonb_pretty
�? f is p � jsonb_pretty F �� � jsonb_delete_path
�? f is � � � � %jsonb_delete_path F ��
jsonb_delete
�? f is � � � � ; � � / ivk 4 from_json 8 path_elems 'jsonb_delete_array F �� � jsonb_delete
�? f is � � � #jsonb_delete_idx F �� � jsonb_delete
�? f is � � � jsonb_delete F �� � jsonb_concat
�? f is � � � � jsonb_concat F �� �
gin_triconsistent_jsonb_path
�? f is � � � � � � ;gin_triconsistent_jsonb_path F �� �
gin_consistent_jsonb_path
�? f is � � � � � � � 5gin_consistent_jsonb_path F �� �
gin_extract_jsonb_query_path
�? f is � � � � � � � � ;gin_extract_jsonb_query_path F �� �
gin_extract_jsonb_path
�? f is � � � � � /gin_extract_jsonb_path F �� �
gin_triconsistent_jsonb
�? f is � � � � � � 1gin_triconsistent_jsonb F �� �
gin_consistent_jsonb
�? f is � � � � � � � +gin_consistent_jsonb F �� �
gin_extract_jsonb_query
�? f is � � � � � � � � 1gin_extract_jsonb_query F �� �
gin_extract_jsonb
�? f is � � � � � %gin_extract_jsonb F �� �
gin_compare_jsonb
�? f is � %gin_compare_jsonb F �� � jsonb_contained
�? f is � � � !jsonb_contained F �� � jsonb_exists_all
�? f is � � � #jsonb_exists_all F �� � jsonb_exists_any
�? f is � � � #jsonb_exists_any F �� � jsonb_exists
�? f is � � jsonb_exists F
�� � jsonb_contains
�? f is � � � jsonb_contains F �� X
jsonb_hash_extended
�? f is � � )jsonb_hash_extended F �� � jsonb_hash
�? f is p � jsonb_hash F
�� � jsonb_cmp
�? f is � � � jsonb_cmp F �� � jsonb_eq
�? f is � � � jsonb_eq F �� � jsonb_ge
�? f is � � � jsonb_ge F �� � jsonb_le
�? f is � � � jsonb_le F �� � jsonb_gt
�? f is � � � jsonb_gt F �� � jsonb_lt
�? f is � � � jsonb_lt F �� � jsonb_ne
�? f is � � � jsonb_ne F �� � jsonb_typeof
�? f is p � jsonb_typeof F �� �
jsonb_to_recordset
�? �B f ss � p � 'jsonb_to_recordset F �� �
jsonb_to_record
�? f ss � p � !jsonb_to_record 8b} � � ) + * 8��p����v�x0�zp�z��v虎(�xh�z��z�x ��`�v��v�x �z`�z��x�z �z`�x���؍v��P�v��tЊt�tP�t��Ȅ���� � G + �) ��� � jsonb_path_query_array_tz
�? f ss � � � � � { ( target � G + �) ��� � jsonb_path_query_array_tz
�? f ss � � � � � { ( target � G + �+ ��� � jsonb_path_query_array_tz
�? f ss � � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 103 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 157 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})5jsonb_path_query_array_tz � G * �+ ��� � jsonb_path_match_tz
�? f ss � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 97 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 145 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]}))jsonb_path_match_tz� G ) �+ ��� � jsonb_path_query_array
�? f is � � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 100 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 154 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})/jsonb_path_query_array G G ( �� � record_gt
�? f is � � � record_gt G ' �� � record_lt
�? f is � � � record_lt G & �� � record_ne
�? f is � � � record_ne G % �� � record_eq
�? f is � � � record_eq G $ �� � pg_xact_status
�? f vs p � pg_xact_status G # �� � pg_current_xact_id_if_assigned
�? f su � ` ?pg_current_xact_id_if_assigned G " �� � pg_current_xact_id
�? f su � ` 'pg_current_xact_id G ! �� � pg_visible_in_snapshot
�? f is � � � /pg_visible_in_snapshot G �� � pg_snapshot_xip
�? HB f is � p � !pg_snapshot_xip G �� � pg_snapshot_xmax
�? f is � p � #pg_snapshot_xmax G �� � pg_snapshot_xmin
�? f is � p � #pg_snapshot_xmin G �� � pg_current_snapshot
�? f ss � ` )pg_current_snapshot G �� � pg_snapshot_send
�? f is p � #pg_snapshot_send G �� � pg_snapshot_recv
�? f is � p � #pg_snapshot_recv G �� � pg_snapshot_out
�? f is � p � !pg_snapshot_out G �� � pg_snapshot_in
�? f is � p � pg_snapshot_in G ��
txid_status
�? f vs p pg_xact_status G �� � txid_visible_in_snapshot
�? f is � � /pg_visible_in_snapshot G �� � txid_snapshot_xip
�? HB f is p � !pg_snapshot_xip G �� � txid_snapshot_xmax
�? f is p � #pg_snapshot_xmax G �� � txid_snapshot_xmin
�? f is p � #pg_snapshot_xmin G �� � txid_current_snapshot
�? f ss � ` )pg_current_snapshot G ��
txid_current_if_assigned
�? f su ` ?pg_current_xact_id_if_assigned G �� txid_current
�? f su ` 'pg_current_xact_id G �� ~ txid_snapshot_send
�? f is p � #pg_snapshot_send G �� } txid_snapshot_recv
�? f is � p � #pg_snapshot_recv G �� | txid_snapshot_out
�? f is � p � !pg_snapshot_out G
�� { txid_snapshot_in
�? f is � p � pg_snapshot_in G �� � jsonb_path_match_opr
�? f is � � � +jsonb_path_match_opr G �� � jsonb_path_exists_opr
�? f is � � � -jsonb_path_exists_opr �} � 8 @�t��t��x�p@�������� ��@�����������8�r �lh�& ��P����tȏ��hP����tȌ��x@����r�����r0��x�n���� �pX�������~ �|8�� H & �� * nth_value
�? w is � � � #window_nth_value H % �� ) last_value
�? w is � p � %window_last_value H $ �� ( first_value
�? w is � p � 'window_first_value H # �� ' lead
�? w is � � � � Iwindow_lead_with_offset_and_default H " �� & lead
�? w is � � � 1window_lead_with_offset H ! �� % lead
�? w is � p � window_lead H �� $ lag
�? w is � � � � Gwindow_lag_with_offset_and_default H �� # lag
�? w is � � � /window_lag_with_offset H �� " lag
�? w is � p � window_lag H �� � window_ntile_support
�? f is � p � +window_ntile_support H �� ! ntile
�? � w is p window_ntile H �� � window_cume_dist_support
�? f is � p � 3window_cume_dist_support H �� cume_dist
�? � w is � ` #window_cume_dist H �� � window_percent_rank_support
�? f is � p � 9window_percent_rank_support H �� percent_rank
�? � w is � ` )window_percent_rank H �� [ window_dense_rank_support
�? f is � p � 5window_dense_rank_support H �� dense_rank
�? [ w is ` %window_dense_rank H �� Z window_rank_support
�? f is � p � )window_rank_support H �� rank
�? Z w is ` window_rank H �� Y window_row_number_support
�? f is � p � 5window_row_number_support H �� row_number
�? Y w is ` %window_row_number H �� pg_extension_config_dump
�? f vu � � � 3pg_extension_config_dump H �� pg_extension_update_paths
A �B f ss � p K 3 iooo{ name( source ( target path5pg_extension_update_paths H �� pg_available_extension_versions
A �B f ss � ` k � ; oooooooo� name, version 4 superuser , trusted < relocatable ( schema 0 requires, comment Apg_available_extension_versions H ��
pg_available_extensions
A �B f ss � ` C 1 ooo{ nameL default_version , comment 1pg_available_extensions H
�� � btequalimage
�? f is p btequalimage H �� s btrecordimagecmp
�? f is � � � #btrecordimagecmp H �� r record_image_ge
�? f is � � � !record_image_ge H
�� q record_image_le
�? f is � � � !record_image_le H �� p record_image_gt
�? f is � � � !record_image_gt H �� o record_image_lt
�? f is � � � !record_image_lt H �� n record_image_ne
�? f is � � � !record_image_ne H �� m record_image_eq
�? f is � � � !record_image_eq H �� 1 hash_record_extended
�? f is � � +hash_record_extended H �� 0 hash_record
�? f is p � hash_record H �� � btrecordcmp
�? f is � � � btrecordcmp H �� � record_ge
�? f is � � � record_ge H �� � record_le
�? f is � � � record_le �} � � @����r��z�lH�~��nؚp �ph�p��x�x(�xh�x��r�r(�~`����~ؑ���P�~��zЎx�~P����xЋx��H����xȈt�rH�r��rȅr�(��`�����Ё���� I ) ��
multirange_gist_consistent
�? f is � � � � 7multirange_gist_consistent I ( �� ) range_gist_same
�? f is � � � � � !range_gist_same I ' �� ( range_gist_picksplit
�? f is � � � � +range_gist_picksplit I & �� ' range_gist_penalty
�? f is � � � � � 'range_gist_penalty I % �� $ range_gist_union
�? f is � � � � #range_gist_union I $ �� # range_gist_consistent
�? f is � � � � -range_gist_consistent I # �� " range_gt
�? f is � � � range_gt I " �� ! range_ge
�? f is � � � range_ge I ! �� range_le
�? f is � � � range_le I �� range_lt
�? f is � � � range_lt I �� range_cmp
�? f is � � � range_cmp I �� range_minus
�? f is � � � � range_minus I �� range_intersect
�? f is � � � � !range_intersect I �� � range_merge
�? f is � p � 9range_merge_from_multirange I �� � range_merge
�? f is � � � � range_merge I �� range_union
�? f is � � � � range_union I �� range_overright
�? f is � � � !range_overright I �� range_overleft
�? f is � � � range_overleft I �� range_after
�? f is � � � range_after I �� range_before
�? f is � � � range_before I �� range_adjacent
�? f is � � � range_adjacent I �� range_contained_by
�? f is � � � 'range_contained_by I �� elem_contained_by_range
�? f is � � � 1elem_contained_by_range I �� range_contains
�? f is � � � range_contains I �� range_contains_elem
�? f is � � � )range_contains_elem I �� range_overlaps
�? f is � � � range_overlaps I �� range_ne
�? f is � � � range_ne I �� range_eq
�? f is � � � range_eq I
�� upper_inf
�? f is p � !range_upper_inf I ��
lower_inf
�? f is p � !range_lower_inf I �� upper_inc
�? f is p � !range_upper_inc I
�� lower_inc
�? f is p � !range_lower_inc I ��
isempty
�? f is p � range_empty I �� upper
�? f is � p � range_upper I �� lower
�? f is � p � range_lower I �� � range_send
�? f ss p � range_send I �� � range_recv
�? f ss � � � range_recv I �� � range_out
�? f ss � p � range_out I �� � range_in
�? f ss � � � range_in I �� � anyrange_out
�? f ss � p � anyrange_out I �� � anyrange_in
�? f ss � � � anyrange_in �} � ( 8����n�����z0��`����x� ��`�����Ж���@���������(��`�����Џ���@��x�����苎 ��X�����Ј|��H�v�����x �z@�z��z����(�� J ( �� � lower_inf
�? f is p � +multirange_lower_inf J ' �� � upper_inc
�? f is p � +multirange_upper_inc J & �� � lower_inc
�? f is p � +multirange_lower_inc J % �� � isempty
�? f is p � #multirange_empty J $ �� � upper
�? f is � p � #multirange_upper J # �� � lower
�? f is � p � #multirange_lower J " �� � multirange_send
�? f ss p � !multirange_send J ! �� � multirange_recv
�? f ss � � � !multirange_recv J �� � multirange_out
�? f ss � p � multirange_out J �� � multirange_in
�? f ss � � � multirange_in J �� � anymultirange_out
�? f ss � p � %anymultirange_out J �� � anymultirange_in
�? f ss � � � #anymultirange_in J �� j int8range
�? f is V � 'range_constructor3 J �� i int8range
�? f is V � 'range_constructor2 J �� f daterange
�? f is H � : : 'range_constructor3 J �� e daterange
�? f is H � : : 'range_constructor2 J �� b tstzrange
�? f is F � � � 'range_constructor3 J �� a tstzrange
�? f is F � � � 'range_constructor2 J �� ^ tsrange
�? f is D � Z Z 'range_constructor3 J �� ] tsrange
�? f is D � Z Z 'range_constructor2 J �� numrange
�? f is B � � � 'range_constructor3 J �� numrange
�? f is B � � � 'range_constructor2 J �� int4range
�? f is @ � 'range_constructor3 J �� int4range
�? f is @ � 'range_constructor2 J �� Z tstzrange_subdiff
�? f is � � � � %tstzrange_subdiff J �� Y tsrange_subdiff
�? f is � � Z Z !tsrange_subdiff J �� U daterange_subdiff
�? f is � � : : %daterange_subdiff J
�� T numrange_subdiff
�? f is � � � � #numrange_subdiff J �� S int8range_subdiff
�? f is � � %int8range_subdiff J �� R int4range_subdiff
�? f is � � %int4range_subdiff J
�� K daterange_canonical
�? f is H p H )daterange_canonical J �� X int8range_canonical
�? f is V p V )int8range_canonical J �� J int4range_canonical
�? f is @ p @ )int4range_canonical J �� b range_intersect_agg
�? a is � p � !aggregate_dummy J �� 1 range_intersect_agg_transfn
�? f is � � � � 9range_intersect_agg_transfn J �� a rangesel
�? f ss � � � � rangesel J �� L range_typanalyze
�? f ss p � #range_typanalyze J �� Y
hash_range_extended
�? f is � � )hash_range_extended J �� > hash_range
�? f is p � hash_range J �� multirange_gist_compress
�? f is � p � 3multirange_gist_compress ��} � 8��p������|(�|X��������蘒��H��x�����ؔ���0��`�����������0��`�����Ќ� ��0��`��������� ��X�����Ȅ��~H�|��|ȁ|�| K ' �� � multirange_gt
�? f is � � � multirange_gt K & �� � multirange_ge
�? f is � � � multirange_ge K % �� � multirange_le
�? f is � � � multirange_le K $ �� � multirange_lt
�? f is � � � multirange_lt K # �� � multirange_cmp
�? f is � � � multirange_cmp K " �� � multirange_intersect
�? f is � � � � +multirange_intersect K ! �� � multirange_minus
�? f is � � � � #multirange_minus K �� � multirange_union
�? f is � � � � #multirange_union K �� � multirange_overright_multirange
�? f is � � � Amultirange_overright_multirange K �� � multirange_overright_range
�? f is � � � 7multirange_overright_range K �� � range_overright_multirange
�? f is � � � 7range_overright_multirange K �� � multirange_overleft_multirange
�? f is � � � ?multirange_overleft_multirange K �� � multirange_overleft_range
�? f is � � � 5multirange_overleft_range K �� � range_overleft_multirange
�? f is � � � 5range_overleft_multirange K �� � multirange_after_multirange
�? f is � � � 9multirange_after_multirange K �� � multirange_after_range
�? f is � � � /multirange_after_range K �� � range_after_multirange
�? f is � � � /range_after_multirange K �� � multirange_before_multirange
�? f is � � � ;multirange_before_multirange K �� � multirange_before_range
�? f is � � � 1multirange_before_range K �� � range_before_multirange
�? f is � � � 1range_before_multirange K �� � multirange_adjacent_range
�? f is � � � 5multirange_adjacent_range K �� � multirange_adjacent_multirange
�? f is � � � ?multirange_adjacent_multirange K �� � range_adjacent_multirange
�? f is � � � 5range_adjacent_multirange K �� � multirange_contained_by_multirange
�? f is � � � Gmultirange_contained_by_multirange K �� � multirange_contained_by_range
�? f is � � � =multirange_contained_by_range K �� � range_contains_multirange
�? f is � � � 5range_contains_multirange K
�� � range_contained_by_multirange
�? f is � � � =range_contained_by_multirange K �� � elem_contained_by_multirange
�? f is � � � ;elem_contained_by_multirange K �� � multirange_contains_multirange
�? f is � � � ?multirange_contains_multirange K
�� � multirange_contains_range
�? f is � � � 5multirange_contains_range K �� � multirange_contains_elem
�? f is � � � 3multirange_contains_elem K �� � multirange_overlaps_multirange
�? f is � � � ?multirange_overlaps_multirange K �� � multirange_overlaps_range
�? f is � � � 5multirange_overlaps_range K �� � range_overlaps_multirange
�? f is � � � 5range_overlaps_multirange K �� � multirange_ne
�? f is � � � multirange_ne K �� � multirange_eq
�? f is � � � multirange_eq K �� � multirangesel
�? f ss � � � � multirangesel K �� � multirange_typanalyze
�? f ss p � -multirange_typanalyze K �� � upper_inf
�? f is p � +multirange_upper_inf x ~ � ` @�xp�����蜈��0��h��p�����藈��0��h��p�����蒈��0��h��p��������X�x���Ȋ��x0��p�x��|���Ѕ���0��4`�l � ^ ��O �
make_interval
�? f is � � � � $ years ( months $ weeks days$ hours mins secs make_interval L # ��O �
make_timestamptz
�? f ss � � � � year$ month mday hour min sec 0 timezone;make_timestamptz_at_timezone L " ��O �
make_timestamptz
�? f ss � � � � year$ month mday hour min sec #make_timestamptz L ! ��O �
make_timestamp
�? f is Z � � � year$ month mday hour min sec make_timestamp L ��O make_time
�? f is ; � � [ hour min sec make_time L ��O make_date
�? f is : � c year$ month day make_date L ��
unnest
�? �B f is � p � %multirange_unnest L �� % range_intersect_agg
�? a is � p � !aggregate_dummy L �� $ multirange_intersect_agg_transfn
�? f is � � � � Cmultirange_intersect_agg_transfn L �� S range_agg
�? a is � p � !aggregate_dummy L �� R multirange_agg_finalfn
�? f is � � � � %range_agg_finalfn L �� Q multirange_agg_transfn
�? f is � � � � /multirange_agg_transfn L �� � range_agg
�? a is � p � !aggregate_dummy L �� � range_agg_finalfn
�? f is � � � � %range_agg_finalfn L �� � range_agg_transfn
�? f is � � � � %range_agg_transfn L �� � multirange
�? f is � p � 1multirange_constructor1 L ��? � int8multirange
�? V f is � p W 3 W - v1multirange_constructor2 L �� � int8multirange
�? f is � p V 1multirange_constructor1 L �� � int8multirange
�? f is � ` 1multirange_constructor0 L ��? � datemultirange
�? H f is � p I 3 I - v1multirange_constructor2 L �� � datemultirange
�? f is � p H 1multirange_constructor1 L �� � datemultirange
�? f is � ` 1multirange_constructor0 L ��? � tstzmultirange
�? F f is � p G 3 G - v1multirange_constructor2 L
�� � tstzmultirange
�? f is � p F 1multirange_constructor1 L �� � tstzmultirange
�? f is � ` 1multirange_constructor0 L ��? � tsmultirange
�? D f is � p E 3 E - v1multirange_constructor2 L
�� � tsmultirange
�? f is � p D 1multirange_constructor1 L �� � tsmultirange
�? f is � ` 1multirange_constructor0 L ��? � nummultirange
�? B f is � p C 3 C - v1multirange_constructor2 L �� � nummultirange
�? f is � p B 1multirange_constructor1 L �� � nummultirange
�? f is � ` 1multirange_constructor0 L ��? � int4multirange
�? @ f is c p A 3 A - v1multirange_constructor2 L �� � int4multirange
�? f is c p @ 1multirange_constructor1 L �� � int4multirange
�? f is c ` 1multirange_constructor0 L �� � hash_multirange_extended
�? f is � � 3hash_multirange_extended L �� � hash_multirange
�? f is p � !hash_multirange 8 ~ � @��������蜔��X�|��|Й���H��������� ��X��������� ��X�����Ȏ����(��`����� � ���臊��r �( M ! �� ~ pg_copy_logical_replication_slot
�? f vu � � [ � 7 iiiioo� D src_slot_name D dst_slot_name 4 temporary ( plugin 4 slot_name lsn Gpg_copy_logica M ! �� ~ pg_copy_logical_replication_slot
�? f vu � � [ � 7 iiiioo� D src_slot_name D dst_slot_name 4 temporary ( plugin 4 slot_name lsn Gpg_copy_logical_replic M ! �� ~ pg_copy_logical_replication_slot
�? f vu � � [ � 7 iiiioo� D src_slot_name D dst_slot_name 4 temporary ( plugin 4 slot_name lsn Gpg_copy_logical_replication_slot_a M �� � pg_get_replication_slots
�? A f ss � ` � � � I ooooooooooooooo 4 slot_name ( plugin 4 slot_type ( datoid 4 temporary ( active 8 active_pid xmin@ catalog_xmin< restart_lsn \ confirmed_flush_lsn 8 wal_status D safe_wal_size 4 two_phase < conflicting 3pg_get_replication_slots M �� � pg_drop_replication_slot
�? f vu � p 3pg_drop_replication_slot M �� } pg_copy_physical_replication_slot
�? f vu � � K � 3 iioo� D src_slot_name D dst_slot_name 4 slot_name lsn Ipg_copy_physical_replication_slot_b M �� | pg_copy_physical_replication_slot
�? f vu � � S � 5 iiioo� D src_slot_name D dst_slot_name 4 temporary 4 slot_name lsn Ipg_copy_physical_replication_slot_a M �� � spg_poly_quad_compress
�? f is [ p \ /spg_poly_quad_compress M �� � spg_bbox_quad_config
�? f is � � � � +spg_bbox_quad_config M �� � spg_box_quad_leaf_consistent
�? f is � � � ;spg_box_quad_leaf_consistent M �� � spg_box_quad_inner_consistent
�? f is � � � � =spg_box_quad_inner_consistent M �� � spg_box_quad_picksplit
�? f is � � � � /spg_box_quad_picksplit M �� � spg_box_quad_choose
�? f is � � � � )spg_box_quad_choose M �� � spg_box_quad_config
�? f is � � � � )spg_box_quad_config M �� �
spg_range_quad_leaf_consistent
�? f is � � � ?spg_range_quad_leaf_consistent M �� �
spg_range_quad_inner_consistent
�? f is � � � � Aspg_range_quad_inner_consistent M �� �
spg_range_quad_picksplit
�? f is � � � � 3spg_range_quad_picksplit M �� �
spg_range_quad_choose
�? f is � � � � -spg_range_quad_choose M �� �
spg_range_quad_config
�? f is � � � � -spg_range_quad_config M �� � spg_text_leaf_consistent
�? f is � � � 3spg_text_leaf_consistent M
�� � spg_text_inner_consistent
�? f is � � � � 5spg_text_inner_consistent M �� � spg_text_picksplit
�? f is � � � � 'spg_text_picksplit M �� � spg_text_choose
�? f is � � � � !spg_text_choose M
�� � spg_text_config
�? f is � � � � !spg_text_config M �� � spg_kd_inner_consistent
�? f is � � � � 1spg_kd_inner_consistent M �� � spg_kd_picksplit
�? f is � � � � #spg_kd_picksplit M �� � spg_kd_choose
�? f is � � � � spg_kd_choose M �� � spg_kd_config
�? f is � � � � spg_kd_config M �� � spg_quad_leaf_consistent
�? f is � � � 3spg_quad_leaf_consistent M �� � spg_quad_inner_consistent
�? f is � � � � 5spg_quad_inner_consistent M �� � spg_quad_picksplit
�? f is � � � � 'spg_quad_picksplit M �� � spg_quad_choose
�? f is � � � � !spg_quad_choose M �� � spg_quad_config
�? f is � � � � !spg_quad_config �:~ � ����� ���蚢������.(��h�t�����ؑ���H��x�����荞(��X�������� ��(��h�x��vh�� �� � N �) ��� � pg_logical_slot_peek_changes
zD zD f vu � � � � c � � � � N �) ��� � pg_logical_slot_peek_binary_changes
zD zD f vu � � � � c � � � 9 iiivooo� 4 slot_name 0 upto_lsnD upto_nchanges , options lsn xid data � ({CONST :consttype 1009 :consttypmod� N �+ ��� � pg_logical_slot_peek_binary_changes
zD zD f vu � � � � c � � � 9 iiivooo� 4 slot_name 0 upto_lsnD upto_nchanges , options lsn xid data � ({CONST :consttype 1009 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 161 :constvalue 16 [ 64 0 0 0 0 0 0 0 0 0 0 0 25 0 0 0 ]})Ipg_logical_slot_peek_binary_changesd� N �+ ��� � pg_logical_slot_peek_changes
zD zD f vu � � � � c � � � 9 iiivooo� 4 slot_name 0 upto_lsnD upto_nchanges , options lsn xid data � ({CONST :consttype 1009 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 154 :constvalue 16 [ 64 0 0 0 0 0 0 0 0 0 0 0 25 0 0 0 ]});pg_logical_slot_peek_changes N �� � mode_final
�? f is � � � � mode_final N �� � mode
�? a is � p � !aggregate_dummy N �� � percentile_cont_interval_multi_final
�? f is � � � � Kpercentile_cont_interval_multi_final N �� � percentile_cont
�? a is � � � � !aggregate_dummy N �� � percentile_cont_float8_multi_final
�? f is � � � � Gpercentile_cont_float8_multi_final N �� � percentile_cont
�? a is � � � � !aggregate_dummy N �� � percentile_disc_multi_final
�? f is � � � � � 9percentile_disc_multi_final N �� � percentile_disc
�? a is � � � � !aggregate_dummy N �� � percentile_cont_interval_final
�? f is � � � � ?percentile_cont_interval_final N �� � percentile_cont
�? a is � � � � !aggregate_dummy N �� � percentile_cont_float8_final
�? f is � � � � ;percentile_cont_float8_final N �� � percentile_cont
�? a is � � � � !aggregate_dummy N �� � percentile_disc_final
�? f is � � � � � -percentile_disc_final N �� � percentile_disc
�? a is � � � � !aggregate_dummy N ��? � ordered_set_transition_multi
�? � f is � � � � ; � � / iv;ordered_set_transition_multi N �� � ordered_set_transition
�? f is � � � � /ordered_set_transition N
�� � pg_event_trigger_ddl_commands
A �B f sr � ` s = ooooooooo p , classid $ objid 0 objsubid< command_tag < object_type < schema_name L object_identity @ in_extension, command =pg_event_trigger_ddl_commands N �� � pg_event_trigger_table_rewrite_reason
�? f sr ` Mpg_event_trigger_table_rewrite_reason N �� � pg_event_trigger_table_rewrite_oid
�? f sr ` 3 - o; oid Gpg_event_trigger_table_rewrite_oid N
�� �
pg_event_trigger_dropped_objects
A �B f sr � ` � � � C oooooooooooo 0 , classid $ objid 0 objsubid0 original( normal @ is_temporary< object_type < schema_name < object_name L object_identity D address_names @ address_argsCpg_event_trigger_dropped_objects N �� �
pg_logical_emit_message
�? f vu � � =pg_logical_emit_message_bytea N �� �
pg_logical_emit_message
�? f vu � � ;pg_logical_emit_message_text N �� & pg_replication_slot_advance
�? f vu � � � K � � 3 iioo� 4 slot_name 0 upto_lsn4 slot_name , end_lsn 9pg_replication_slot_advance N �� � pg_copy_logical_replication_slot
�? f vu � � K � 3 iioo� D src_slot_name D dst_slot_name 4 slot_name lsn Gpg_copy_logical_replication_slot_c N �� pg_copy_logical_replication_slot
�? f vu � � S � 5 iiioo� D src_slot_name D dst_slot_name 4 temporary 4 slot_name lsn Gpg_copy_logical_replication_slot_b �Z~ � h ���� ���(�� �0��(�X��������������0��`�����������荪��8��`�����������Ї��� ����0��H��X��h�� O " �� � win1251_to_koi8r
�? f is � � � #win1251_to_koi8r3$libdir/cyrillic_and_mic O ! �� � koi8r_to_win1251
�? f is � � � #koi8r_to_win12513$libdir/cyrillic_and_mic O �� � mic_to_win866
�? f is � � � mic_to_win8663$libdir/cyrillic_and_mic O �� � win866_to_mic
�? f is � � � win866_to_mic3$libdir/cyrillic_and_mic O �� � mic_to_win1251
�? f is � � � mic_to_win12513$libdir/cyrillic_and_mic O �� � win1251_to_mic
�? f is � � � win1251_to_mic3$libdir/cyrillic_and_mic O �� � mic_to_iso
�? f is � � � mic_to_iso3$libdir/cyrillic_and_mic O �� � iso_to_mic
�? f is � � � iso_to_mic3$libdir/cyrillic_and_mic O �� � mic_to_koi8r
�? f is � � � mic_to_koi8r3$libdir/cyrillic_and_mic O �� � koi8r_to_mic
�? f is � � � koi8r_to_mic3$libdir/cyrillic_and_mic O �� � binary_upgrade_set_next_pg_tablespace_oid
�? f vu � p Ubinary_upgrade_set_next_pg_tablespace_oid O �� � binary_upgrade_set_next_toast_relfilenode
�? f vu � p Ubinary_upgrade_set_next_toast_relfilenode O �� � binary_upgrade_set_next_index_relfilenode
�? f vu � p Ubinary_upgrade_set_next_index_relfilenode O �� � binary_upgrade_set_next_heap_relfilenode
�? f vu � p Sbinary_upgrade_set_next_heap_relfilenode O �� binary_upgrade_set_missing_value
�? f vu � � Cbinary_upgrade_set_missing_value O �� � binary_upgrade_set_record_init_privs
�? f vr � p Kbinary_upgrade_set_record_init_privs O �� binary_upgrade_create_empty_extension
�? f vu � � � � Mbinary_upgrade_create_empty_extension O �� binary_upgrade_set_next_pg_authid_oid
�? f vr � p Mbinary_upgrade_set_next_pg_authid_oid O �� binary_upgrade_set_next_pg_enum_oid
�? f vr � p Ibinary_upgrade_set_next_pg_enum_oid O �� binary_upgrade_set_next_toast_pg_class_oid
�? f vr � p Wbinary_upgrade_set_next_toast_pg_class_oid O �� binary_upgrade_set_next_index_pg_class_oid
�? f vr � p Wbinary_upgrade_set_next_index_pg_class_oid O
�� binary_upgrade_set_next_heap_pg_class_oid
�? f vr � p Ubinary_upgrade_set_next_heap_pg_class_oid O �� ' binary_upgrade_set_next_multirange_array_pg_type_oid
�? f vr � p kbinary_upgrade_set_next_multirange_array_pg_type_oid O �� & binary_upgrade_set_next_multirange_pg_type_oid
�? f vr � p _binary_upgrade_set_next_multirange_pg_type_oid O
�� binary_upgrade_set_next_array_pg_type_oid
�? f vr � p Ubinary_upgrade_set_next_array_pg_type_oid O �� �
binary_upgrade_set_next_pg_type_oid
�? f vr � p Ibinary_upgrade_set_next_pg_type_oid O ��? � dense_rank_final
�? � f is � � � ; � � / iv=hypothetical_dense_rank_final O ��? � dense_rank
�? � a is p � 3 � - v!aggregate_dummy O ��? � cume_dist_final
�? � f is � � � � ; � � / iv;hypothetical_cume_dist_final O ��? � cume_dist
�? � a is � p � 3 � - v!aggregate_dummy O ��? � percent_rank_final
�? � f is � � � � ; � � / ivAhypothetical_percent_rank_final O ��? � percent_rank
�? � a is � p � 3 � - v!aggregate_dummy O ��? � rank_final
�? � f is � � � ; � � / iv1hypothetical_rank_final O ��? � rank
�? � a is p � 3 � - v!aggregate_dummy �z~ � � �� ��0��@��X��p�����������Ж��� ����0��H��`��x�����������،����� ��8��P��`��p��������������ȁ��� P " �� � mic_to_latin1
�? f is � � � mic_to_latin1-$libdir/latin_and_mic P ! �� � latin1_to_mic
�? f is � � � latin1_to_mic-$libdir/latin_and_mic P �� � win1250_to_latin2
�? f is � � � %win1250_to_latin27$libdir/latin2_and_win1250 P �� � latin2_to_win1250
�? f is � � � %latin2_to_win12507$libdir/latin2_and_win1250 P �� � mic_to_win1250
�? f is � � � mic_to_win12507$libdir/latin2_and_win1250 P �� � win1250_to_mic
�? f is � � � win1250_to_mic7$libdir/latin2_and_win1250 P �� � mic_to_latin2
�? f is � � � mic_to_latin27$libdir/latin2_and_win1250 P �� � latin2_to_mic
�? f is � � � latin2_to_mic7$libdir/latin2_and_win1250 P �� � mic_to_big5
�? f is � � � mic_to_big51$libdir/euc_tw_and_big5 P �� � mic_to_euc_tw
�? f is � � � mic_to_euc_tw1$libdir/euc_tw_and_big5 P �� � big5_to_mic
�? f is � � � big5_to_mic1$libdir/euc_tw_and_big5 P �� � euc_tw_to_mic
�? f is � � � euc_tw_to_mic1$libdir/euc_tw_and_big5 P �� � big5_to_euc_tw
�? f is � � � big5_to_euc_tw1$libdir/euc_tw_and_big5 P �� � euc_tw_to_big5
�? f is � � � euc_tw_to_big51$libdir/euc_tw_and_big5 P �� � mic_to_euc_kr
�? f is � � � mic_to_euc_kr/$libdir/euc_kr_and_mic P �� � euc_kr_to_mic
�? f is � � � euc_kr_to_mic/$libdir/euc_kr_and_mic P �� � mic_to_sjis
�? f is � � � mic_to_sjis1$libdir/euc_jp_and_sjis P �� � mic_to_euc_jp
�? f is � � � mic_to_euc_jp1$libdir/euc_jp_and_sjis P �� � sjis_to_mic
�? f is � � � sjis_to_mic1$libdir/euc_jp_and_sjis P �� � euc_jp_to_mic
�? f is � � � euc_jp_to_mic1$libdir/euc_jp_and_sjis P �� � sjis_to_euc_jp
�? f is � � � sjis_to_euc_jp1$libdir/euc_jp_and_sjis P
�� � euc_jp_to_sjis
�? f is � � � euc_jp_to_sjis1$libdir/euc_jp_and_sjis P �� � mic_to_euc_cn
�? f is � � � mic_to_euc_cn/$libdir/euc_cn_and_mic P �� � euc_cn_to_mic
�? f is � � � euc_cn_to_mic/$libdir/euc_cn_and_mic P
�� � win866_to_iso
�? f is � � � win866_to_iso3$libdir/cyrillic_and_mic P �� � iso_to_win866
�? f is � � � iso_to_win8663$libdir/cyrillic_and_mic P �� � win1251_to_iso
�? f is � � � win1251_to_iso3$libdir/cyrillic_and_mic P �� � iso_to_win1251
�? f is � � � iso_to_win12513$libdir/cyrillic_and_mic P �� � koi8r_to_iso
�? f is � � � koi8r_to_iso3$libdir/cyrillic_and_mic P �� � iso_to_koi8r
�? f is � � � iso_to_koi8r3$libdir/cyrillic_and_mic P �� � win1251_to_win866
�? f is � � � %win1251_to_win8663$libdir/cyrillic_and_mic P �� � win866_to_win1251
�? f is � � � %win866_to_win12513$libdir/cyrillic_and_mic P �� � win866_to_koi8r
�? f is � � � !win866_to_koi8r3$libdir/cyrillic_and_mic P �� � koi8r_to_win866
�? f is � � � !koi8r_to_win8663$libdir/cyrillic_and_mic ��~ � ��0��H��`��x�����������ؗ����� ��8��P��h�����������Ȏ����� ����0��@��P��`��p�����������Ђ��� �� Q " �� utf8_to_uhc
�? f is � � � utf8_to_uhc+$libdir/utf8_and_uhc Q ! �� uhc_to_utf8
�? f is � � � uhc_to_utf8+$libdir/utf8_and_uhc Q �� utf8_to_sjis
�? f is � � � utf8_to_sjis-$libdir/utf8_and_sjis Q �� sjis_to_utf8
�? f is � � � sjis_to_utf8-$libdir/utf8_and_sjis Q �� utf8_to_johab
�? f is � � � utf8_to_johab/$libdir/utf8_and_johab Q �� johab_to_utf8
�? f is � � � johab_to_utf8/$libdir/utf8_and_johab Q �� utf8_to_iso8859_1
�? f is � � � %utf8_to_iso8859_17$libdir/utf8_and_iso8859_1 Q �� iso8859_1_to_utf8
�? f is � � � %iso8859_1_to_utf87$libdir/utf8_and_iso8859_1 Q �� iso8859_to_utf8
�? f is � � � !iso8859_to_utf83$libdir/utf8_and_iso8859 Q �� utf8_to_iso8859
�? f is � � � !utf8_to_iso88593$libdir/utf8_and_iso8859 Q �� utf8_to_gbk
�? f is � � � utf8_to_gbk+$libdir/utf8_and_gbk Q �� gbk_to_utf8
�? f is � � � gbk_to_utf8+$libdir/utf8_and_gbk Q �� utf8_to_gb18030
�? f is � � � !utf8_to_gb180303$libdir/utf8_and_gb18030 Q �� gb18030_to_utf8
�? f is � � � !gb18030_to_utf83$libdir/utf8_and_gb18030 Q �� utf8_to_euc_tw
�? f is � � � utf8_to_euc_tw1$libdir/utf8_and_euc_tw Q �� euc_tw_to_utf8
�? f is � � � euc_tw_to_utf81$libdir/utf8_and_euc_tw Q ��
utf8_to_euc_kr
�? f is � � � utf8_to_euc_kr1$libdir/utf8_and_euc_kr Q �� euc_kr_to_utf8
�? f is � � � euc_kr_to_utf81$libdir/utf8_and_euc_kr Q �� utf8_to_euc_jp
�? f is � � � utf8_to_euc_jp1$libdir/utf8_and_euc_jp Q ��
euc_jp_to_utf8
�? f is � � � euc_jp_to_utf81$libdir/utf8_and_euc_jp Q �� utf8_to_euc_cn
�? f is � � � utf8_to_euc_cn1$libdir/utf8_and_euc_cn Q
�� euc_cn_to_utf8
�? f is � � � euc_cn_to_utf81$libdir/utf8_and_euc_cn Q �� win_to_utf8
�? f is � � � win_to_utf8+$libdir/utf8_and_win Q �� utf8_to_win
�? f is � � � utf8_to_win+$libdir/utf8_and_win Q
�� koi8u_to_utf8
�? f is � � � koi8u_to_utf85$libdir/utf8_and_cyrillic Q �� utf8_to_koi8u
�? f is � � � utf8_to_koi8u5$libdir/utf8_and_cyrillic Q �� koi8r_to_utf8
�? f is � � � koi8r_to_utf85$libdir/utf8_and_cyrillic Q �� utf8_to_koi8r
�? f is � � � utf8_to_koi8r5$libdir/utf8_and_cyrillic Q �� utf8_to_big5
�? f is � � � utf8_to_big5-$libdir/utf8_and_big5 Q �� big5_to_utf8
�? f is � � � big5_to_utf8-$libdir/utf8_and_big5 Q �� � mic_to_latin4
�? f is � � � mic_to_latin4-$libdir/latin_and_mic Q �� � latin4_to_mic
�? f is � � � latin4_to_mic-$libdir/latin_and_mic Q �� � mic_to_latin3
�? f is � � � mic_to_latin3-$libdir/latin_and_mic Q �� � latin3_to_mic
�? f is � � � latin3_to_mic-$libdir/latin_and_mic P�~ � 0 �� ��(��0��8��@��x����� $ " # & % ! P�����ȕ� ��' ���Ȑt(�8،��� ��0��8��@��H��P��`��h��0�h � R # �) ��" y pg_replication_origin_session_progress � R & �) ��" z pg_replication_origin_xact_setup
�? f vr � � � � Cpg_replication_origin_xact_setupK � R & �) ��" z pg_r' R ' �) ��" H
pg_config
�? �A f sr � ` ; / ooS name, setting pg_configK' R ' �+ ��" H
pg_config
�? �A f sr � ` ; / ooS name, setting pg_configK
� � R & �+ ��" z pg_replication_origin_xact_setup
�? f vr � � � � Cpg_replication_origin_xact_setupK
� � R % �+ ��" { pg_replication_origin_xact_reset
�? f vr � ` Cpg_replication_origin_xact_resetK
� up� R $ �+ ��" v pg_replication_origin_session_setup
�? f vu � p Ipg_replication_origin_session_setupK
� ogr� R # �+ ��" y pg_replication_origin_session_progress
�? f vu � p Opg_replication_origin_session_progressK
� � R " �+ ��" x pg_replication_origin_session_is_setup
�? f vr ` Opg_replication_origin_session_is_setupK
� essK� R ! �+ ��" } pg_replication_origin_progress
�? f vu � � ?pg_replication_origin_progressK
� idK� R �+ ��" u pg_replication_origin_oid
�? f ss p 5pg_replication_origin_oidK
� dropK� R �+ ��" t pg_replication_origin_drop
�? f vu � p 7pg_replication_origin_dropK
� R �� # array_subscript_handler
�? f is � p � 1array_subscript_handler R �� t
pg_control_init
�? f vs � ` � A ooooooooooo � X max_data_alignment \ database_block_size X blocks_per_segment H wal_block_size d bytes_per_wal_segment d max_identifier_length T max_index_columns ` max_toast_chunk_sizel large_object_chunk_size ` float8_pass_by_valuex data_page_checksum_version !pg_control_init R �� s
pg_control_recovery
�? f vs � ` S � � � 5 ooooo p ` min_recovery_end_lsnt min_recovery_end_timeline P backup_start_lsnH backup_end_lsn � end_of_backup_record_required )pg_control_recovery R �� r
pg_control_checkpoint
�? f vs � ` � � � � O oooooooooooooooooo� H checkpoint_lsn 0 redo_lsnD redo_wal_file < timeline_id P prev_timeline_idP full_page_writes0 next_xid0 next_oidT next_multixact_id T next_multi_offset 8 oldest_xid L oldest_xid_dbid T oldest_active_xid P oldest_multi_xidT oldest_multi_dbid ` oldest_commit_ts_xid` newest_commit_ts_xidL checkpoint_time -pg_control_checkpoint R �� q
pg_control_system
�? f vs � ` K � 3 oooo� X pg_control_version X catalog_version_no T system_identifier p pg_control_last_modified%pg_control_system R �� � row_security_active
�? f ss p 3row_security_active_name R �� � row_security_active
�? f ss p )row_security_active R �� � pg_relation_is_publishable
�? f ss p � 7pg_relation_is_publishable R �� � pg_get_publication_tables
�? zD f ss � p � S � � 5 voooo� , pubname $ pubid $ relid $ attrs qual5pg_get_publication_tables R �� � matchingjoinsel
�? f ss � � � � � !matchingjoinsel R �� � matchingsel
�? f ss � � � � matchingsel R �� # shift_jis_2004_to_euc_jis_2004
�? f is � � � ?shift_jis_2004_to_euc_jis_20043$libdir/euc2004_sjis2004 R �� " euc_jis_2004_to_shift_jis_2004
�? f is � � � ?euc_jis_2004_to_shift_jis_20043$libdir/euc2004_sjis2004 R �� ! utf8_to_shift_jis_2004
�? f is � � � /utf8_to_shift_jis_20045$libdir/utf8_and_sjis2004 R �� shift_jis_2004_to_utf8
�? f is � � � /shift_jis_2004_to_utf85$libdir/utf8_and_sjis2004 R �� utf8_to_euc_jis_2004
�? f is � � � +utf8_to_euc_jis_20043$libdir/utf8_and_euc2004 R �� euc_jis_2004_to_utf8
�? f is � � � +euc_jis_2004_to_utf83$libdir/utf8_and_euc2004 ��~ � � 8��p��������( ! " # $ % & �������PЗ| �fP�����������(��X����������x0��ȍ�`�������@��Ȇ�h���� ��� � S & �) ��" ~ pg_ls_logicalsnapdir � S & �) ��" � pg_ls_replslotdir
A �A f vs � p K � 3 iooo� 4 slot_name name size@ modification%pg_ls_replslotdirk
� -
� S ( �+ ��"
pg_ls_logdir
A �A f vs � ` C � 1 oook name size@ modificationpg_ls_logdirk
� -
� � S & �+ ��" � pg_ls_replslotdir
A �A f vs � p K � 3 iooo� 4 slot_name name size@ modification%pg_ls_replslotdirk
� -
� � S % �+ ��" ~ pg_ls_logicalsnapdir
A �A f vs � ` C � 1 oook name size@ modification+pg_ls_logicalsnapdirk
� -
� � S $ �+ ��" � pg_ls_tmpdir
A �A f vs � p K � 3 iooo� 8 tablespace name size@ modification%pg_ls_tmpdir_1argk
� -
� -� S # �+ ��" � pg_ls_tmpdir
A �A f vs � ` C � 1 oook name size@ modification)pg_ls_tmpdir_noargsk
� -
�
� S " �+ ��" � pg_ls_archive_statusdir
A �A f vs � ` C � 1 oook name size@ modification1pg_ls_archive_statusdirk
� -
� � S ! �+ ��"
pg_ls_waldir
A �A f vs � ` C � 1 oook name size@ modificationpg_ls_waldirk
� -
� � S �+ ��� � is_normalized
�? f is � | ({CONST :consttype 25 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 62 :constvalue 7 [ 28 0 0 0 78 70 67 ]})-unicode_is_normalizede 2� S �+ ��� � normalize
�? f is � � ({CONST :consttype 25 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 115 :constvalue 7 [ 28 0 0 0 78 70 67 ]})/unicode_normalize_func S �� � any_value_transfn
�? f is � � � � %any_value_transfn S �� � any_value
�? a is � p � !aggregate_dummy S �� ! brin_minmax_multi_summary_send
�? f ss p � ?brin_minmax_multi_summary_send S �� brin_minmax_multi_summary_recv
�? f ss � p � ?brin_minmax_multi_summary_recv S �� brin_minmax_multi_summary_out
�? f is � p � =brin_minmax_multi_summary_out S �� brin_minmax_multi_summary_in
�? f is � p � ;brin_minmax_multi_summary_in S �� � brin_bloom_summary_send
�? f ss p � 1brin_bloom_summary_send S �� � brin_bloom_summary_recv
�? f ss � p � 1brin_bloom_summary_recv S �� � brin_bloom_summary_out
�? f is � p � /brin_bloom_summary_out S �� � brin_bloom_summary_in
�? f is � p � -brin_bloom_summary_in S �� 6 unistr
�? f is p unistr S �� `
pg_partition_root
�? f is � p � %pg_partition_root S �� a
pg_partition_ancestors
�? A f vs � p � ; � � / ioc < partitionid $ relid /pg_partition_ancestors S �� _
pg_partition_tree
�? zD f vs � p � S � � � 5 ioooo� 4 rootrelid $ relid < parentrelid ( isleaf $ level %pg_partition_tree S ��/ � satisfies_hash_partition
�? � f is � � 3 iiiv3satisfies_hash_partition S �� i pg_database_collation_actual_version
�B f vs p Kpg_database_collation_actual_version S �� x
pg_collation_actual_version
�B f vs p 9pg_collation_actual_version S �� u
pg_import_system_collations
�B f vu p � 9pg_import_system_collations S �� � jsonb_subscript_handler
�? f is � p � 1jsonb_subscript_handler S �� $ raw_array_subscript_handler
�? f is � p � 9raw_array_subscript_handler @�~ , � �� 0�� � �� ��� ) ) V #% ��" � pg_get_shmem_allocations
�? HB f vs � ` K 3 oooo� name off sizeH allocated_size 3pg_get_shmem_allocationsK
� v T + ��
bit_length
�? f is p {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 514 :opfuncid 141 :opresulttype 23 :opretset false :opcollid 0 :inputcollid 0 :args ({FUNCEXPR :funcid 720 :funcresulttype 23 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 17 :paramtypmod -1 :paramcollid 0 :location 135}) :location 122} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 141 :constvalue 4 [ 8 0 0 0 0 0 0 0 ]}) :location 139} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} u T + ��
bit_length
�? f is p � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1681 :funcresulttype 23 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1560 :paramtypmod -1 :paramcollid 0 :location 127}) :location 120} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} t T + ��
substring
�? f is � D {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2073 :funcresulttype 25 :funcretset false :funcvariadic false :funcformat 0 :funccollid 100 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 141} {FUNCEXPR :funcid 1986 :funcresulttype 25 :funcretset false :funcvariadic false :funcformat 0 :funccollid 100 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 163} {PARAM :paramkind 0 :paramid 3 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 167}) :location 145}) :location 131} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} s T + ��
p rpad
�? f is � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 874 :funcresulttype 25 :funcretset false :funcvariadic false :funcformat 0 :funccollid 100 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 126} {PARAM :paramkind 0 :paramid 2 :paramtype 23 :paramtypmod -1 :paramcollid 0 :location 130} {CONST :consttype 25 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 134 :constvalue 5 [ 20 0 0 0 32 ]}) :location 121} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} r T + ��
o lpad
�? f is � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 873 :funcresulttype 25 :funcretset false :funcvariadic false :funcformat 0 :funccollid 100 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 1662} {PARAM :paramkind 0 :paramid 2 :paramtype 23 :paramtypmod -1 :paramcollid 0 :location 1666} {CONST :consttype 25 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 1670 :constvalue 5 [ 20 0 0 0 32 ]}) :location 1657} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} 0 0 � �� Ȗt��0 ��0 � ��� � U + ��
` pg_sleep_until
�? f vs � p � & O {QUERY : commandT ype 1 :q uerySour ce 0 :ca nSetTag true :ut ilityStm t <> :re sultRelation2has Aggs falseWindo wFunc Ta�rgetSRF �SubLink DistinctOnRecursiveMod ifyingCTEForUpd�at +RowSBityisReturn�cteLis�table eperminfosjoi ntree {F ROMEXPR @:froml=qual+} :m�ergeAc)\UseOute�rJoi�t ( ({TARGETENT�expr@ {FUNCou ncid 2626
�t�227�8tset^ variadic� formatǁcollid inputargs (� 174Q� 701�!2�OP�opno 1�759 �25a�1700 �o�p� 6203�^7� I�1S�COHNST1�ns�5�mod -1# =len byval�isnDulloc3�136!value 9 [ 36 0101 11 2 111 99 104 ]} {PARAM : paramkin �
� .184 � �47}b) 28}? ��7�7 � O149 + � + 'O1A��88�69) 51
- 11�9}b~1� amT� essortgr@ouprefr esorigtblcojunk�doverridb�onCon0flice�a#ingV�fClaus }e�)ingSethavi@ngQualw{r!FdA�l�imitOff�!CounOpu�rowMark}setOperH"JraintDepwith`CheckE:t(mt_�0en 0} { U + ��
� round
�? f is � p � P {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1707 :funcresulttype 1700 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1700 :paramtypmod -1 :paramcollid 0 :location 125} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 129 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]}) :location 119} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} z U + ��
� log10
�? f is � p � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1736 :funcresulttype 1700 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({FUNCEXPR :funcid 1740 :funcresulttype 1700 :funcretset false :funcvariadic false :funcformat 2 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 123 :constvalue 4 [ 10 0 0 0 0 0 0 0 ]}) :location -1} {PARAM :paramkind 0 :paramid 1 :paramtype 1700 :paramtypmod -1 :paramcollid 0 :location 127}) :location 119} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0}y U + ��
� log
�? f is � p � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1736 :funcresulttype 1700 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({FUNCEXPR :funcid 1740 :funcresulttype 1700 :funcretset false :funcvariadic false :funcformat 2 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 121 :constvalue 4 [ 10 0 0 0 0 0 0 0 ]}) :location -1} {PARAM :paramkind 0 :paramid 1 :paramtype 1700 :paramtypmod -1 :paramcollid 0 :location 125}) :location 117} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0}x U + ��� D random_normal
�? f vr � � � � S mean( stddev < ({FUNCEXPR :funcid 316 :funcresulttype 701 :funcretset false :funcvariadic false :funcformat 2 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 62 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]}) :location -1} {FUNCEXPR :funcid 316 :funcresulttype 701 :funcretset false :funcvariadic false :funcformat 2 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 87 :constvalue 4 [ 1 0 0 0 0 0 0 0 ]}) :location -1}) drandom_normal w U + ��
bit_length
�? f is p {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 514 :opfuncid 141 :opresulttype 23 :opretset false :opcollid 0 :inputcollid 0 :args ({FUNCEXPR :funcid 1374 :funcresulttype 23 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 134}) :location 121} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 140 :constvalue 4 [ 8 0 0 0 0 0 0 0 ]}) :location 138} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} @4 4 p x� @�f
�
h� ��� �tp�� ) V + ��" � pg_get_shmem_allocations
�? HB f vs � ` K 3 oooo� name off sizeH allocated_size 3pg_get_shmem_allocationsk
� /
� � V + ��� � pg_create_logical_replication_slot
�? f vu � � [ � 7 iiiioo� 4 slot_name ( plugin 4 temporary 0 twophase4 slot_name lsn � ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 135 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 174 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})Gpg_create_logical_replication_slot � V + ��
j age
�? f ss � p � @ {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1199 :funcresulttype 1186 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({FUNCEXPR :funcid 1174 :funcresulttype 1184 :funcretset false :funcvariadic false :funcformat 1 :funccollid 0 :inputcollid 0 :args ({SQLVALUEFUNCTION :op 0 :type 1082 :typmod -1 :location 128}) :location 123} {PARAM :paramkind 0 :paramid 1 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 158}) :location 119} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} V + ��
polygon
�? f is \ p � L {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1475 :funcresulttype 604 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 128 :constvalue 4 [ 12 0 0 0 0 0 0 0 ]} {PARAM :paramkind 0 :paramid 1 :paramtype 718 :paramtypmod -1 :paramcollid 0 :location 132}) :location 120} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} ~ V + ��
� path_contain_pt
�? f is � Z X \ {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 137 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 600 :paramtypmod -1 :paramcollid 0 :location 142} {PARAM :paramkind 0 :paramid 1 :paramtype 602 :paramtypmod -1 :paramcollid 0 :location 146}) :location 133} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} } V + ��
� numeric_pl_pg_lsn
�? f is � � � � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 5025 :opfuncid 5022 :opresulttype 3220 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 3220 :paramtypmod -1 :paramcollid 0 :location 138} {PARAM :paramkind 0 :paramid 1 :paramtype 1700 :paramtypmod -1 :paramcollid 0 :location 143}) :location 141} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} | V + ��
� trunc
�? f is � p � P {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1709 :funcresulttype 1700 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1700 :paramtypmod -1 :paramcollid 0 :location 125} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 129 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]}) :location 119} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} �S 4 @�� X�� ��� X�f
�f
�| �� � W + ��" � pg_stat_reset
�? f vs � ` pg_stat_resetK
� � W + ���" l
pg_promote
�? f vs � [ wait@ wait_seconds � ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 61 :constvalue 1 [ 1 0 0 0 0 0 0 0 ]} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 96 :constvalue 4 [ 60 0 0 0 0 0 0 0 ]})pg_promoteK
� � W + ��
timetzdate_pl
�? f is � � � : � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1361 :opfuncid 1297 :opresulttype 1184 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1082 :paramtypmod -1 :paramcollid 0 :location 136} {PARAM :paramkind 0 :paramid 1 :paramtype 1266 :paramtypmod -1 :paramcollid 0 :location 141}) :location 139} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � W + ��
timedate_pl
�? f is Z � ; : � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1360 :opfuncid 1272 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1082 :paramtypmod -1 :paramcollid 0 :location 130} {PARAM :paramkind 0 :paramid 1 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 135}) :location 133} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � W + ��
� timestamptz
�? f ss � � : ; L {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2028 :funcresulttype 1184 :funcretset false :funcvariadic false :funcformat 1 :funccollid 0 :inputcollid 0 :args ({OPEXPR :opno 1360 :opfuncid 1272 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1082 :paramtypmod -1 :paramcollid 0 :location 135} {PARAM :paramkind 0 :paramid 2 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 140}) :location 138}) :location 129} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � W + ��
h date_part
�? f is � � : � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2021 :funcresulttype 701 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 145} {FUNCEXPR :funcid 2024 :funcresulttype 1114 :funcretset false :funcvariadic false :funcformat 1 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1082 :paramtypmod -1 :paramcollid 0 :location 154}) :location 149}) :location 135} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � W + ��
age
�? f ss � p Z @ {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2058 :funcresulttype 1186 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 0 :args ({FUNCEXPR :funcid 2024 :funcresulttype 1114 :funcretset false :funcvariadic false :funcformat 1 :funccollid 0 :inputcollid 0 :args ({SQLVALUEFUNCTION :op 0 :type 1082 :typmod -1 :location 126}) :location 121} {PARAM :paramkind 0 :paramid 1 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 154}) :location 117} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} �s 0 � Țf
��f
X�f
�f
�f
��b
� X + ��
� integer_pl_date
�? f is : � : � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1100 :opfuncid 1141 :opresulttype 1082 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1082 :paramtypmod -1 :paramcollid 0 :location 132} {PARAM :paramkind 0 :paramid 1 :paramtype 23 :paramtypmod -1 :paramcollid 0 :location 137}) :location 135} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � X + ��
� interval_pl_timestamptz
�? f ss � � � � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1327 :opfuncid 1189 :opresulttype 1184 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 152} {PARAM :paramkind 0 :paramid 1 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 157}) :location 155} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � X + ��
� interval_pl_timestamp
�? f is Z � � Z � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 2066 :opfuncid 2032 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 149} {PARAM :paramkind 0 :paramid 1 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 154}) :location 152} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � X + ��
� interval_pl_timetz
�? f is � � � � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1802 :opfuncid 1749 :opresulttype 1266 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1266 :paramtypmod -1 :paramcollid 0 :location 140} {PARAM :paramkind 0 :paramid 1 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 145}) :location 143} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � X + ��
� interval_pl_date
�? f is Z � � : � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1076 :opfuncid 2071 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1082 :paramtypmod -1 :paramcollid 0 :location 139} {PARAM :paramkind 0 :paramid 1 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 144}) :location 142} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � X + ��
8 interval_pl_time
�? f is ; � � ; � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 1800 :opfuncid 1747 :opresulttype 1083 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 134} {PARAM :paramkind 0 :paramid 1 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 139}) :location 137} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} P� 4 � ��
`�px��
���
��������� � Y + ��" X pg_stat_reset_subscription_stats
�? f vs � p Cpg_stat_reset_subscription_statsK
� � Y + ��" V pg_stat_have_stats
�? f vr � 'pg_stat_have_statsK
� � Y + ��" � pg_stat_reset_shared
�? f vs � p +pg_stat_reset_sharedK
� � Y + ��
� overlaps
�? f is � Z Z Z � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2041 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 154} {PARAM :paramkind 0 :paramid 2 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 158} {PARAM :paramkind 0 :paramid 3 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 172} {OPEXPR :opno 2066 :opfuncid 2032 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 3 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 177} {PARAM :paramkind 0 :paramid 4 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 182}) :location 180}) :location 162} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � Y + ��
overlaps
�? f ss � � � � � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1304 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 157} {OPEXPR :opno 1327 :opfuncid 1189 :opresulttype 1184 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 162} {PARAM :paramkind 0 :paramid 2 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 167}) :location 165} {PARAM :paramkind 0 :paramid 3 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 182} {PARAM :paramkind 0 :paramid 4 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 186}) :location 172} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � Y + ��
overlaps
�? f ss � � � � � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1304 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 154} {OPEXPR :opno 1327 :opfuncid 1189 :opresulttype 1184 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 159} {PARAM :paramkind 0 :paramid 2 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 164}) :location 162} {PARAM :paramkind 0 :paramid 3 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 179} {OPEXPR :opno 1327 :opfuncid 1189 :opresulttype 1184 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 3 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 184} {PARAM :paramkind 0 :paramid 4 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 189}) :location 187}) :location 169} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0}� Y + ��
overlaps
�? f ss � � � � � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1304 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 157} {PARAM :paramkind 0 :paramid 2 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 161} {PARAM :paramkind 0 :paramid 3 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 175} {OPEXPR :opno 1327 :opfuncid 1189 :opresulttype 1184 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 3 :paramtype 1184 :paramtypmod -1 :paramcollid 0 :location 180} {PARAM :paramkind 0 :paramid 4 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 185}) :location 183}) :location 165} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} �� 0 � ��
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� � Z + ��" � pg_read_binary_file
�? f vs � Ipg_read_binary_file_off_len_missingK
� � Z + ��" � lo_import
�? f vu p be_lo_importK
� � Z + ��
overlaps
�? f is � ; ; ; � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1308 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 139} {PARAM :paramkind 0 :paramid 2 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 143} {PARAM :paramkind 0 :paramid 3 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 157} {OPEXPR :opno 1800 :opfuncid 1747 :opresulttype 1083 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 3 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 162} {PARAM :paramkind 0 :paramid 4 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 167}) :location 165}) :location 147} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � Z + ��
overlaps
�? f is � ; � ; � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1308 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 143} {OPEXPR :opno 1800 :opfuncid 1747 :opresulttype 1083 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 148} {PARAM :paramkind 0 :paramid 2 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 153}) :location 151} {PARAM :paramkind 0 :paramid 3 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 168} {OPEXPR :opno 1800 :opfuncid 1747 :opresulttype 1083 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 3 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 173} {PARAM :paramkind 0 :paramid 4 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 178}) :location 176}) :location 158} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0}� Z + ��
� overlaps
�? f is � Z � Z � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2041 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 153} {OPEXPR :opno 2066 :opfuncid 2032 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 158} {PARAM :paramkind 0 :paramid 2 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 163}) :location 161} {PARAM :paramkind 0 :paramid 3 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 178} {OPEXPR :opno 2066 :opfuncid 2032 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 3 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 183} {PARAM :paramkind 0 :paramid 4 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 188}) :location 186}) :location 168} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0}� Z + ��
� overlaps
�? f is � Z � Z Z � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2041 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 154} {OPEXPR :opno 2066 :opfuncid 2032 :opresulttype 1114 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 159} {PARAM :paramkind 0 :paramid 2 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 164}) :location 162} {PARAM :paramkind 0 :paramid 3 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 179} {PARAM :paramkind 0 :paramid 4 :paramtype 1114 :paramtypmod -1 :paramcollid 0 :location 183}) :location 169} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � 8 p ��
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� � P�( X��h��p�� � [ + ��" w pg_replication_origin_session_reset
�? f vu � ` Ipg_replication_origin_session_resetK
� � [ + ��" s pg_replication_origin_create
�? f vu p ;pg_replication_origin_createK
� � [ + ��" | pg_replication_origin_advance
�? f vu � � � =pg_replication_origin_advanceK
� � [ + ��
_ pg_sleep_for
�? f vs � p � � [ {QUERY : commandT ype 1 :q uerySour ce 0 :ca nSetTag true :ut ilityStm t <> :re sultRelation2has Aggs falseWindo wFunc Ta�rgetSRF �SubLink DistinctOnRecursiveMod ifyingCTEForUpd�at +RowSBityisReturn�cteLis�table eperminfosjoi ntree {F ROMEXPR @:froml=qual+} :m�ergeAc)\UseOute�rJoi�t ( ({TARGETENT�expr@ {FUNCou ncid 2626
�t�227�8tset^ variadic� formatǁcollid inputargs (� 174Q� 701�!2�OP�opno 1�759 �25a�1700 �o�p� 6203�^7� I�1S�COHNST1�ns�5�mod -1# =len byval�isnDulloc3�133value 9 [ 36 0101 112 111 99 �104 ]} ��327�18�4184 �32649? � ^ � ? 1�*42 } {PARAM :paramk|in,
� �6 �f]62}�)
0 23}O/��92/� /=}203)�84 �6
-1q 14}r�1q amd�essort grouprefresorigHtblcojunk�doverrid� onC�onflicu�q/ingf�fCla|us}u�)i ngSetha vingQual�w�-FdA�limitOf�f�CounOp��rowMark}setOp erH"Jrai ntDepwi�thCheckE�:tmt_�0 en 0} � [ + ��
� xpath_exists
�? f is � � $ {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 3049 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 141} {PARAM :paramkind 0 :paramid 2 :paramtype 142 :paramtypmod -1 :paramcollid 0 :location 145} {CONST :consttype 1009 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 149 :constvalue 16 [ 64 0 0 0 0 0 0 0 0 0 0 0 25 0 0 0 ]}) :location 128} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � [ + ��
t xpath
�? f is � � � ( {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2931 :funcresulttype 143 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 25 :paramtypmod -1 :paramcollid 100 :location 125} {PARAM :paramkind 0 :paramid 2 :paramtype 142 :paramtypmod -1 :paramcollid 0 :location 129} {CONST :consttype 1009 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 133 :constvalue 16 [ 64 0 0 0 0 0 0 0 0 0 0 0 25 0 0 0 ]}) :location 119} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � [ + ��
G
int8pl_inet
�? f is e � e � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {OPEXPR :opno 2637 :opfuncid 2630 :opresulttype 869 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 2 :paramtype 869 :paramtypmod -1 :paramcollid 0 :location 127} {PARAM :paramkind 0 :paramid 1 :paramtype 20 :paramtypmod -1 :paramcollid 0 :location 132}) :location 130} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} � [ + ��
overlaps
�? f is � ; � ; ; � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 1308 :funcresulttype 16 :funcretset false :funcvariadic false :funcformat 3 :funccollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 139} {OPEXPR :opno 1800 :opfuncid 1747 :opresulttype 1083 :opretset false :opcollid 0 :inputcollid 0 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 144} {PARAM :paramkind 0 :paramid 2 :paramtype 1186 :paramtypmod -1 :paramcollid 0 :location 149}) :location 147} {PARAM :paramkind 0 :paramid 3 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 164} {PARAM :paramkind 0 :paramid 4 :paramtype 1083 :paramtypmod -1 :paramcollid 0 :location 168}) :location 154} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} �� 4 � p� ؒ.����� x��ȂZ� � � ]
% ��" pg_ls_logicalmapdir
A �A f vs � ` C � 1 oook name size@ modification)pg_ls_logicalmapdirK
� � \ + ��" � pg_log_backend_memory_contexts
�? f vs p ?pg_log_backend_memory_contextsK
� � \ + ��" � pg_stat_file
�? f vs � � k � � � � ; iioooooo� 0 filename8 missing_ok size( access @ modification( change 0 creation$ isdir pg_stat_fileK
� � \ + ��" ~ pg_show_replication_origin_status
�? �B f vr � ` K � � 3 oooo� 0 local_id< external_id 8 remote_lsn 4 local_lsn Epg_show_replication_origin_statusK
� � \ + ��
D obj_description
�B f ss p � � (({QUERY :comman dType 1 :querySo urce 0 : canSetTa g true : utilityS tmt <> : resultRe@lation2h asAggs falseWin�dowFunc TargetSRF SubLink DistinctOnRec@ursiveM odifyingCTEForUpdat +Row"SBityis ReturecteLis�tab le ({RAN GETBLENTA;alias"e ref {ALIASname pg_descr�ip :col s ("objo id" "class objsuFb 7")}�ekindarel�id 2609 r lockm od��sample�permi nfoindex!lateral nh�inFrPomCls)Q�ual�})�PsTEPERM ISSIONIN FO �[requ iredPerm s 2 :che ckAsUser�selecte dCols (b 8 10 11")Dser) :u��joi ntree {F ROMEXPR �:froml���REF�
9q� {BOOL6bo olop and :arg�OPopno 607
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�9} {CON�STAns�}�len �4 byva5�\is�s9>v alue 4 [� 0 ]�88 � 5}} :merpgeAcVU seOuterJ4oiV?tR�(({@TARGETT5ePxpr �4�5) �95 �,4 �25yQ`es� Q�Z�r essortgroupQ�R�sor`igtblV�col_resju nkNoverridrUonCo`nflicuDayi ngWiClau>sS�u cingSetc�hav�ingQ�wrwF dA�lim`itOff1\ChounOo wMark}se�tOperT"t raintDep�withCQ�E�:tmt_�a en 0}))� \ + ��
� shobj_description
�B f ss � r � (({QUERY :comman dType 1 :querySo urce 0 : canSetTa g true : utilityS tmt <> : resultRe@lation2h asAggs falseWin�dowFunc TargetSRF SubLinksnhasDi stinctOn'RecursiveModif�yingCTE ForUpdat! +RowSBityisReturecteLis�table ( {RANGETBLENT:alias"eref @{ALIASn ame pg_s hdescrip! :cols ("objoid " "class# ,")}zekindWreli�d 2396 r lockmod��sample�permin�foindex!�lateral�nhkinFro(mCls Qudal�})�PsTEPERMI SSIONINFO �[requi redPerms 2 :chec�kAsUser� selected Cols (b �8 9 10)Cser) :u��joint ree {FRO MEXPR :f0roml��RE.F� 9q�{BOOL6bool op and :Harg�OPo�pno 607
funcid 1�843t2>6tsetaopcol0�putcVAR :varno�var�att X26 �mod -H< ullingre(varlevelsup#osyFn bloc3�1 75} {PAR AM :para�m%{
� ��g�[84q2T} \i2 \R2 �9\SUBLINKX :sC�Rs4Irtestexp�r2�operNAJ�
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]A|y!��A�b�RGmat*X-2o��a251}} :�mergeAcvUseOut�erJoiv6tr�(({TARGE�Tt,����w214KG} q�oid
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� obj_description
�B f ss � � � (({QUERY :comman dType 1 :querySo urce 0 : canSetTa g true : utilityS tmt <> : resultRe@lation2h asAggs falseWin�dowFunc TargetSRF SubLinksnhasDi stinctOn'RecursiveModif�yingCTE ForUpdat! +RowSBityisReturecteLis�table ( {RANGETBLENT:alias"eref @{ALIASn ame pg_d@escrip :cols (" objoid" @"class o`bjsub 7")}�ekind`relid 2X609 r l�ockmod��@sample�p erminfoindex!lat�eral nht inFromCl�s)Qual�,})�PsTE PERMISSI�ONINFO �[ required Perms 2 :checkAsUser�sel ectedCol s (b 8 9� 10 11)Fser ) :u��joint ree {FRO MEXPR :f0roml��RE.F� 9q�{BOOL6bool op and :Harg�OPo�pno 607
funcid 1�843
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�? f vs p � � {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {FUNCEXPR :funcid 2332 :funcresulttype 20 :funcretset false :funcvariadic false :funcformat 0 :funccollid 0 :inputcollid 100 :args ({PARAM :paramkind 0 :paramid 1 :paramtype 2205 :paramtypmod -1 :paramcollid 0 :location 137} {CONST :consttype 25 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 141 :constvalue 8 [ 32 0 0 0 109 97 105 110 ]}) :location 120} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} �� L � �� h�6@�J �4x�NȌT��~@����^�T��� � ] �) ���" | pg_b� ]
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�? f vr � � S $ label fast d ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 78 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})!pg_backup_startK
� � ] + ��� � pg_create_physical_replication_slot
�? f vu � � S � 5 iiioo� 4 slot_name \ immediately_reserve 4 temporary 4 slot_name lsn � ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 126 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 166 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})Ipg_create_physical_replication_slot � ]
+ ��� � pg_logical_slot_get_binary_changes
zD zD f vu � � � � c � � � 9 iiivooo� 4 slot_name 0 upto_lsnD upto_nchanges , options lsn xid data � ({CONST :consttype 1009 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 160 :constvalue 16 [ 64 0 0 0 0 0 0 0 0 0 0 0 25 0 0 0 ]})Gpg_logical_slot_get_binary_changes � ] + ��� � pg_logical_slot_get_changes
zD zD f vu � � � � c � � � 9 iiivooo� 4 slot_name 0 upto_lsnD upto_nchanges , options lsn xid data � ({CONST :consttype 1009 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 153 :constvalue 16 [ 64 0 0 0 0 0 0 0 0 0 0 0 25 0 0 0 ]})9pg_logical_slot_get_changes � ] + ��� y json_populate_recordset
�? �B f ss � � � r � base4 from_json P use_json_as_text h ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 167 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})1json_populate_recordset � ] + ��� x json_populate_record
�? f ss � � � r � base4 from_json P use_json_as_text h ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 164 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})+json_populate_record � ] + ��� 0 pg_terminate_backend
�? f vs � S pid , timeout � ({FUNCEXPR :funcid 481 :funcresulttype 20 :funcretset false :funcvariadic false :funcformat 2 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 84 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]}) :location -1})+pg_terminate_backend � ] + ��
( ts_debug
�B zD f ss � p c � � � 9 ioooooo� 0 document$ alias < description $ token @ dictionaries8 dictionary , lexemes � � (({QUERY :comman dType 1 :querySo urce 0 : canSetTa g true : utilityS tmt <> : resultRe@lation2h asAggs falseWin�dowFunc TargetSRF SubLink DistinctOnRec@ursiveM odifyingCTEForUpdat +Row"SBityis ReturecteLis�tab le ({RAN GETBLENTA;alias"e ref {ALIASname ts_debug�fls (" " "descrip8" "toDkedicarie%y" "lexemes")}�ekin d 3 :fun%s�FUNCTION expr� {EXPR�id 618?�Bt!2249tset�var`iadic$f`ormat�c ollidinput100 0:arg��37�5p�3734
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' ts_debug
�B zD f ss � � � k � � � � ; iioooooo ( config 0 document$ alias < description $ token @ dictionaries8 dictionary , lexemes G �' � ] + ��
� col_description
�B f ss � � l
(({QUERY :comman dType 1 :querySo urce 0 : canSetTa g true : utilityS tmt <> : resultRe@lation2h asAggs falseWin�dowFunc TargetSRF SubLink DistinctOnRec@ursiveM odifyingCTEForUpdat +Row"SBityis ReturecteLis�tab le ({RAN GETBLENTA;alias"e ref {ALIASname pg_descr�ip :col s ("objo id" "class objsuFb 7")}�ekindarel�id 2609 r lockm od��sample�permi nfoindex!lateral nh�inFrPomCls)Q�ual�})�PsTEPERM ISSIONIN FO �[requ iredPerm s 2 :che ckAsUser�selecte dCols (b 8 9 10 �11)Fser p) :u��j ointree {FROMEXP R :froml���REF� 9�q�{BOOL6 boolop a�nd :arg�OPopno 607
func�id 1843
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pg_backup_stop
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� � ^ + ��� � jsonb_path_query_first_tz
�? f ss � � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 103 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 157 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})5jsonb_path_query_first_tz � ^
+ ��� � jsonb_path_query_tz
�? zD f ss � � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 97 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 145 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]}))jsonb_path_query_tz� ^ + ��� � jsonb_path_exists_tz
�? f ss � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 98 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 147 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})+jsonb_path_exists_tz � ^ + ��� � jsonb_path_query_first
�? f is � � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 100 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 154 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})/jsonb_path_query_first � ^ + ��� � jsonb_path_query
�? zD f is � � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 94 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 142 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})#jsonb_path_query � ^ + ��� � jsonb_path_match
�? f is � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 94 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 142 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})#jsonb_path_match � ^ + ��� � jsonb_path_exists
�? f is � � � � { ( target path vars( silent � ({CONST :consttype 3802 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 95 :constvalue 8 [ 32 0 0 0 0 0 0 32 ]} {CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 144 :constvalue 1 [ 0 0 0 0 0 0 0 0 ]})%jsonb_path_exists � ^ + ��� � parse_ident
�? f is � � S str ( strict d ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 74 :constvalue 1 [ 1 0 0 0 0 0 0 0 ]})parse_ident � ^ + ��� � jsonb_set_lax
�? f is � � � � � � 0 jsonb_in path< replacement T create_if_missing ` null_value_treatment | ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 138 :constvalue 1 [ 1 0 0 0 0 0 0 0 ]} {CONST :consttype 25 :consttypmod -1 :constcollid 100 :constlen -1 :constbyval false :constisnull false :location 190 :constvalue 17 [ 68 0 0 0 117 115 101 95 106 115 111 110 95 110 117 108 108 ]}) jsonb_set_lax � ^ + ��� � jsonb_set
�? f is � � � � � � 0 jsonb_in path< replacement T create_if_missing h ({CONST :consttype 16 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 134 :constvalue 1 [ 1 0 0 0 0 0 0 0 ]})jsonb_set� ^ + ��� �
make_interval
�? f is � � � � $ years ( months $ weeks days$ hours mins secs � ({CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 62 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 85 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 107 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 144 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 166 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]} {CONST :consttype 23 :consttypmod -1 :constcollid 0 :constlen 4 :constbyval true :constisnull false :location 187 :constvalue 4 [ 0 0 0 0 0 0 0 0 ]} {FUNCEXPR :funcid 1746 :funcresulttype 701 :funcretset false :funcvariadic false :funcformat 2 :funccollid 0 :inputcollid 0 :args ({CONST :consttype 1700 :consttypmod -1 :constcollid 0 :constlen -1 :constbyval false :constisnull false :location 236 :constvalue 6 [ 24 0 0 0 -128 -128 ]}) :location -1}) make_interval �K� 4 � ��8��X�� �n��� (����� _ ��
79 _pg_truetypmod 39
�B f is � K G , {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {CASEEXPR :casetype 23 :casecollid 0 :arg <> :args ({CASEWHEN :expr {OPEXPR :opno 92 :opfuncid 61 :opresulttype 16 :opretset false :opcollid 0 :inputcollid 0 :args ({FIELDSELECT :arg {PARAM :paramkind 0 :paramid 2 :paramtype 71 :paramtypmod -1 :paramcollid 0 :location 164} :fieldnum 7 :resulttype 18 :resulttypmod -1 :resultcollid 0} {CONST :consttype 18 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 177 :constvalue 1 [ 100 0 0 0 0 0 0 0 ]}) :location 175} :result {FIELDSELECT :arg {PARAM :paramkind 0 :paramid 2 :paramtype 71 :paramtypmod -1 :paramcollid 0 :location 186} :fieldnum 27 :resulttype 23 :resulttypmod -1 :resultcollid 0} :location 159}) :defresult {FIELDSELECT :arg {PARAM :paramkind 0 :paramid 1 :paramtype 75 :paramtypmod -1 :paramcollid 0 :location 204} :fieldnum 7 :resulttype 23 :resulttypmod -1 :resultcollid 0} :location 154} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} _ ��
69 _pg_truetypid 39
�B f is � K G , {QUERY :commandType 1 :querySource 0 :canSetTag true :utilityStmt <> :resultRelation 0 :hasAggs false :hasWindowFuncs false :hasTargetSRFs false :hasSubLinks false :hasDistinctOn false :hasRecursive false :hasModifyingCTE false :hasForUpdate false :hasRowSecurity false :isReturn true :cteList <> :rtable <> :rteperminfos <> :jointree {FROMEXPR :fromlist <> :quals <>} :mergeActionList <> :mergeUseOuterJoin false :targetList ({TARGETENTRY :expr {CASEEXPR :casetype 26 :casecollid 0 :arg <> :args ({CASEWHEN :expr {OPEXPR :opno 92 :opfuncid 61 :opresulttype 16 :opretset false :opcollid 0 :inputcollid 0 :args ({FIELDSELECT :arg {PARAM :paramkind 0 :paramid 2 :paramtype 71 :paramtypmod -1 :paramcollid 0 :location 162} :fieldnum 7 :resulttype 18 :resulttypmod -1 :resultcollid 0} {CONST :consttype 18 :consttypmod -1 :constcollid 0 :constlen 1 :constbyval true :constisnull false :location 175 :constvalue 1 [ 100 0 0 0 0 0 0 0 ]}) :location 173} :result {FIELDSELECT :arg {PARAM :paramkind 0 :paramid 2 :paramtype 71 :paramtypmod -1 :paramcollid 0 :location 184} :fieldnum 26 :resulttype 26 :resulttypmod -1 :resultcollid 0} :location 157}) :defresult {FIELDSELECT :arg {PARAM :paramkind 0 :paramid 1 :paramtype 75 :paramtypmod -1 :paramcollid 0 :location 204} :fieldnum 3 :resulttype 26 :resulttypmod -1 :resultcollid 0} :location 152} :resno 1 :resname <> :ressortgroupref 0 :resorigtbl 0 :resorigcol 0 :resjunk false}) :override 0 :onConflict <> :returningList <> :groupClause <> :groupDistinct false :groupingSets <> :havingQual <> :windowClause <> :distinctClause <> :sortClause <> :limitOffset <> :limitCount <> :limitOption 0 :rowMarks <> :setOperations <> :constraintDeps <> :withCheckOptions <> :stmt_location 0 :stmt_len 0} _ ��
59 _pg_index_position 39
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1) as g(s) _ _ �� �8 dsnowball_lexize
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�? f vu � p � dsnowball_init-$libdir/dict_snowball + _ + ��" � pg_get_backend_memory_contexts
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>9 _pg_datetime_precision 39
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