Add missing initializations of p_perminfo
In a61b1f74823, we failed to update transformFromClauseItem() and
buildNSItemFromLists() to set ParseNamespaceItem.p_perminfo causing
it to point to garbage.
Pointed out by Tom Lane.
Reported-by: Farias de Oliveira
Discussion: https://postgr.es/m/317347
Add missing initializations of p_perminfo
In a61b1f74823, we failed to update transformFromClauseItem() and
buildNSItemFromLists() to set ParseNamespaceItem.p_perminfo causing
it to point to garbage.
Pointed out by Tom Lane.
Reported-by: Farias de Oliveira
Discussion: https://postgr.es/m/317347
Move privilege check for SET SESSION AUTHORIZATION.
Presently, the privilege check for SET SESSION AUTHORIZATION is
performed in session_authorization's assign_hook. A relevant
comment states, "It's OK because the check does not require catalog
access and can't fail during an end-of-transaction G
Fix privilege check for SET SESSION AUTHORIZATION.
Presently, the privilege check for SET SESSION AUTHORIZATION checks
whether the original authenticated role was a superuser at
connection start time. Even if the role loses the superuser
attribute, its existing sessions are permitted to change se
Allow the use of a hash index on the subscriber during replication.
Commit 89e46da5e5 allowed using BTREE indexes that are neither
PRIMARY KEY nor REPLICA IDENTITY on the subscriber during apply of
update/delete. This patch extends that functionality to also allow HASH
indexes.
We explored suppor
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Add indisreplident to fields refreshed by RelationReloadIndexInfo()
RelationReloadIndexInfo() is a fast-path used for index reloads in the
relation cache, and it has always forgotten about updating
indisreplident, which is something that would happen after an index is
selected for a replica identi
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Fix updates of indisvalid for partitioned indexes
indisvalid is switched to true for partitioned indexes when all its
partitions have valid indexes when attaching a new partition, up to the
top-most parent if all its leaves are themselves valid when dealing with
multiple layers of partitions.
The
Remove wal_sync_method=fsync_writethrough on Windows.
The "fsync" level already flushes drive write caches on Windows (as does
"fdatasync"), so it only confuses matters to have an apparently higher
level that isn't actually different at all.
That leaves "fsync_writethrough" only for macOS, where
Add information about line contents on parsing failure of wait_event_names.txt
The contents of the line whose parsing failed was not reported in the
error message produced by generate-wait_event_types.pl, making harder
than necessary the debugging of incorrectly-shaped entries in the file.
Report
Remove double quotes from the second column of wait_event_names.txt
The double quotes used for the wait event names are not required, as
the values quoted are made of single words. The files generated by
generate-wait_event_types.pl (pgstat_wait_event.c, wait_event_types.h
and wait_event_types.sg
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Handle DROP DATABASE getting interrupted
Until now, when DROP DATABASE got interrupted in the wrong moment, the removal
of the pg_database row would also roll back, even though some irreversible
steps have already been taken. E.g. DropDatabaseBuffers() might have thrown
out dirty buffers, or files
Release lock after encountering bogs row in vac_truncate_clog()
When vac_truncate_clog() encounters bogus datfrozenxid / datminmxid values, it
returns early. Unfortunately, until now, it did not release
WrapLimitsVacuumLock. If the backend later tries to acquire
WrapLimitsVacuumLock, the session /
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
Remove unnecessary pfree() in g_intbig_compress().
GiST compress functions (like all GiST opclass functions) are
supposed to be called in short-lived memory contexts, so that
minor memory leaks in them are not of concern, and indeed
explicit pfree's are likely slightly counterproductive.
But this
On Thu, Jul 13, 2023 at 1:08 PM Tom Lane wrote:
> Amit Langote writes:
> > Pass constructName to transformJsonValueExpr()
>
> Surely "char *constructName" should be "const char *constructName"?
Right you are. Fixed.
--
Thanks, Amit Langote
EDB: http://www.enterprisedb.com
Add missing const qualifier
Missed in commit 785480c9533d9.
Pointed out by Tom Lane.
Discussion: https://postgr.es/m/2795364.1689221300%40sss.pgh.pa.us
Branch
--
master
Details
---
https://git.postgresql.org/pg/commitdiff/40b3af72a787e5c7c842651a2e04e3f856b9460c
Modified Files
---
On Thu, Jul 13, 2023 at 5:12 PM Michael Paquier wrote:
>
> Hi Amit,
>
> On Thu, Jul 13, 2023 at 03:33:07AM +, Amit Langote wrote:
> > Don't include CaseTestExpr in JsonValueExpr.formatted_expr
> >
> > A CaseTestExpr is currently being put into
> > JsonValueExpr.formatted_expr as placeholder fo
Fix code indentation violation in commit b6e1157e7d
Per buildfarm member koel via Andrew Dunstan.
Branch
--
master
Details
---
https://git.postgresql.org/pg/commitdiff/328f492d2565cfbe383f13a69425d751fd79415f
Modified Files
--
src/backend/parser/parse_expr.c | 7 ---
1 fi
Fix untranslatable log message assembly
We can't inject the name of the logical replication worker into a log
message like that. But for these messages we don't really need the
precision of knowing what kind of worker it was, so just write
"logical replication worker" and keep the message in one
Fix untranslatable log message assembly
We can't inject the name of the logical replication worker into a log
message like that. But for these messages we don't really need the
precision of knowing what kind of worker it was, so just write
"logical replication worker" and keep the message in one
Hi Amit,
On Thu, Jul 13, 2023 at 03:33:07AM +, Amit Langote wrote:
> Don't include CaseTestExpr in JsonValueExpr.formatted_expr
>
> A CaseTestExpr is currently being put into
> JsonValueExpr.formatted_expr as placeholder for the result of
> evaluating JsonValueExpr.raw_expr, which in turn is
Remove duplicated assignment of LLVMJitHandle->lljit
This duplicated assignment when emiting some code not yet compiled.
Oversight in 6c57f2e.
Author: Matheus Alcantara
Reviewed-by: Gurjeet Singh
Discussion:
https://postgr.es/m/La1Tfi7wirg9uGbCx_y7Qb9kl2T15mYouDXjCKAFuDqzQWnTRwH7KNLGigLLcxRs91V
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