| Commit message (Collapse) | Author | Age |
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Rather than always insisting on an exact match of the type OID in the
data to the element type or column type we expect, complain only when
both OIDs fall within the manually-assigned range. This acknowledges
the reality that user-defined types don't have stable OIDs, while
still preserving some of the mistake-detection value of the old test.
(It's not entirely clear whether to error if one OID is manually
assigned and the other isn't. But perhaps that case could arise in
cross-version cases where a former extension type has been imported
into core, so I let it pass.)
This change allows us to remove the prohibition on binary transfer
of user-defined arrays and composites in the recently-landed support
for binary logical replication (commit 9de77b545). We can just
unconditionally drop that check, since if the client has asked for
binary transfer it must be >= v14 and must have this change.
Discussion: https://postgr.es/m/CADK3HH+R3xMn=8t3Ct+uD+qJ1KD=Hbif5NFMJ+d5DkoCzp6Vgw@mail.gmail.com
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The bug fixed in commit 72eab84a5 would not have occurred if initdb
had a less surprising rule about which columns should be marked
NOT NULL by default. Let's make that rule be strictly that the
column must be fixed-width and its predecessors must be fixed-width
and NOT NULL, removing the hacky and unsafe exceptions for oidvector
and int2vector.
Since we do still want all existing oidvector and int2vector columns
to be marked NOT NULL, we have to put BKI_FORCE_NOT_NULL labels on
them. But making this less magic and more documented seems like a
good idea, even if it's a shade more verbose.
I didn't bump catversion since the initial catalog contents are
not actually changed by this patch. Note however that the
contents of postgres.bki do change, and feeding an old copy of
that to a new backend will produce wrong results.
Discussion: https://postgr.es/m/204760.1595181800@sss.pgh.pa.us
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The executor checks for this error, and so does the bootstrap catalog
loader, but we never checked for it in retail catalog manipulations.
The folly of that has now been exposed, so let's add assertions
checking it. Checking in CatalogTupleInsert[WithInfo] and
CatalogTupleUpdate[WithInfo] should be enough to cover this.
Back-patch to v10; the aforesaid functions didn't exist before that,
and it didn't seem worth adapting the patch to the oldest branches.
But given the risk of JIT crashes, I think we certainly need this
as far back as v11.
Pre-v13, we have to explicitly exclude pg_subscription.subslotname
and pg_subscription_rel.srsublsn from the checks, since they are
mismarked. (Even if we change our mind about applying BKI_FORCE_NULL
in the branch tips, it doesn't seem wise to have assertions that
would fire in existing databases.)
Discussion: https://postgr.es/m/298837.1595196283@sss.pgh.pa.us
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Many situations where the offset is infinity were not handled sanely.
We should generally allow the val versus base +/- offset comparison to
proceed according to the normal rules of IEEE arithmetic; however, we
must do something special for the corner cases where base +/- offset
would produce NaN due to subtracting two like-signed infinities.
That corresponds to asking which values infinitely precede +inf or
infinitely follow -inf, which should certainly be true of any finite
value or of the opposite-signed infinity. After some discussion it
seems that the best decision is to make it true of the same-signed
infinity as well, ie, just return constant TRUE if the calculation
would produce a NaN.
(We could write this with a bit less code by subtracting anyway,
and then checking for a NaN result. However, I prefer this
formulation because it'll be easier to transpose into numeric.c.)
Although this seems like clearly a bug fix with respect to finite
values, it is less obviously correct for infinite values. Between
that and the fact that the whole issue only arises for very strange
window specifications (e.g. RANGE BETWEEN 'inf' PRECEDING AND 'inf'
PRECEDING), I'll desist from back-patching.
Noted by Dean Rasheed.
Discussion: https://postgr.es/m/3393130.1594925893@sss.pgh.pa.us
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Strengthen the LockBuffer() assertion that verifies BufferIsValid() by
making it verify BufferIsPinned() instead. Do the same in nearby
related functions.
There is probably not much chance that anybody will try to lock a buffer
that is not already pinned, but we might as well make sure of that.
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The code has always set this column to NULL when it's not valid,
but the catalog header's description failed to reflect that,
as did the SGML docs, as did some of the code. To prevent future
coding errors of the same ilk, let's hide the field from C code
as though it were variable-length (which, in a sense, it is).
As with commit 72eab84a5, we can only fix this cleanly in HEAD
and v13; the problem extends further back but we'll need some
klugery in the released branches.
Discussion: https://postgr.es/m/367660.1595202498@sss.pgh.pa.us
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Commit b9c130a1f failed to apply the publisher-to-subscriber column
mapping while checking which columns were updated. Perhaps less
significantly, it didn't exclude dropped columns either. This could
result in an incorrect updated-columns bitmap and thus wrong decisions
about whether to fire column-specific triggers on the subscriber while
applying updates. In HEAD (since commit 9de77b545), it could also
result in accesses off the end of the colstatus array, as detected by
buildfarm member skink. Fix the logic, and adjust 003_constraints.pl
so that the problem is exposed in unpatched code.
In HEAD, also add some assertions to check that we don't access off
the ends of these newly variable-sized arrays.
Back-patch to v10, as b9c130a1f was.
Discussion: https://postgr.es/m/CAH2-Wz=79hKQ4++c5A060RYbjTHgiYTHz=fw6mptCtgghH2gJA@mail.gmail.com
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max_slot_wal_keep_size that was added in v13 and wal_keep_segments are
the GUC parameters to specify how much WAL files to retain for
the standby servers. While max_slot_wal_keep_size accepts the number of
bytes of WAL files, wal_keep_segments accepts the number of WAL files.
This difference of setting units between those similar parameters could
be confusing to users.
To alleviate this situation, this commit renames wal_keep_segments to
wal_keep_size, and make users specify the WAL size in it instead of
the number of WAL files.
There was also the idea to rename max_slot_wal_keep_size to
max_slot_wal_keep_segments, in the discussion. But we have been moving
away from measuring in segments, for example, checkpoint_segments was
replaced by max_wal_size. So we concluded to rename wal_keep_segments
to wal_keep_size.
Back-patch to v13 where max_slot_wal_keep_size was added.
Author: Fujii Masao
Reviewed-by: Álvaro Herrera, Kyotaro Horiguchi, David Steele
Discussion: https://postgr.es/m/574b4ea3-e0f9-b175-ead2-ebea7faea855@oss.nttdata.com
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The logical decoding infrastructure needs to know which top-level
transaction the subxact belongs to, in order to decode all the
changes. Until now that might be delayed until commit, due to the
caching (GPROC_MAX_CACHED_SUBXIDS), preventing features requiring
incremental decoding.
So we also write the assignment info into WAL immediately, as part
of the next WAL record (to minimize overhead) only when wal_level=logical.
We can not remove the existing XLOG_XACT_ASSIGNMENT WAL as that is
required for avoiding overflow in the hot standby snapshot.
Bump XLOG_PAGE_MAGIC, since this introduces XLR_BLOCK_ID_TOPLEVEL_XID.
Author: Tomas Vondra, Dilip Kumar, Amit Kapila
Reviewed-by: Amit Kapila
Tested-by: Neha Sharma and Mahendra Singh Thalor
Discussion: https://postgr.es/m/688b0b7f-2f6c-d827-c27b-216a8e3ea700@2ndquadrant.com
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There was no easy way to find how many times generic and custom plans
have been executed for a prepared statement. This commit exposes those
numbers of times in pg_prepared_statements view.
Author: Atsushi Torikoshi, Kyotaro Horiguchi
Reviewed-by: Tatsuro Yamada, Masahiro Ikeda, Fujii Masao
Discussion: https://postgr.es/m/CACZ0uYHZ4M=NZpofH6JuPHeX=__5xcDELF8hT8_2T+R55w4RQw@mail.gmail.com
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Author: Vignesh C
Reviewed-by: James Coleman
Backpatch-through: 13, where it was introduced
Discussion: https://postgr.es/m/CALDaNm0WjZqRvdeL59ZfYH0o4mLbKQ23jm-bnjXcFzgpANx55g@mail.gmail.com
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Valgrind builds with assertions enabled sometimes perform a
theoretically unsafe page access inside an assertion in
heapam_tuple_lock(). This happened when the eval-plan-qual isolation
test ran one of the permutations added by commit a2418f9e238.
Avoid complaints from Valgrind by moving the assertion ever so slightly.
This is minor cleanup for commit 1e0dfd16, which added Valgrind buffer
access instrumentation.
No backpatch, since this only happens within an assertion, and seems
very unlikely to cause any real problems even with assert-enabled
builds.
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Make PinBuffer() mark buffers as defined to Valgrind unconditionally,
including when the buffer header spinlock must be acquired. Failure to
handle that case could lead to false positive reports from Valgrind.
This theoretically creates a risk that we'll mark buffers defined even
when external callers don't end up with a buffer pin. That seems
perfectly acceptable, though, since in general we make no guarantees
about buffers that are unsafe to access being reliably marked as unsafe.
Oversight in commit 1e0dfd16, which added valgrind buffer access
instrumentation.
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This patch adds a "binary" option to CREATE/ALTER SUBSCRIPTION.
When that's set, the publisher will send data using the data type's
typsend function if any, rather than typoutput. This is generally
faster, if slightly less robust.
As committed, we won't try to transfer user-defined array or composite
types in binary, for fear that type OIDs won't match at the subscriber.
This might be changed later, but it seems like fit material for a
follow-on patch.
Dave Cramer, reviewed by Daniel Gustafsson, Petr Jelinek, and others;
adjusted some by me
Discussion: https://postgr.es/m/CADK3HH+R3xMn=8t3Ct+uD+qJ1KD=Hbif5NFMJ+d5DkoCzp6Vgw@mail.gmail.com
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Author: Dave Cramer
Reviewed-by: David G. Johnston
Discussion: https://postgr.es/m/CADK3HHL8do4Fp1bsymgNasx375njV3AR7zY3UgYwzbL_Dx-n2Q@mail.gmail.com
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Author: Dave Cramer
Reviewed-by: David G. Johnston
Discussion: https://postgr.es/m/CADK3HHL8do4Fp1bsymgNasx375njV3AR7zY3UgYwzbL_Dx-n2Q@mail.gmail.com
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The term "hash_mem" will take on new significance when pending work to
add a new hash_mem_multiplier GUC is committed. Rename a local variable
that happens to have been called hash_mem now to avoid confusion.
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Teach Valgrind memcheck to maintain the "defined-ness" of each shared
buffer based on whether the backend holds at least one pin at the point
it is accessed by access method code. Bugs like the one fixed by commit
b0229f26 can be detected using this new instrumentation.
Note that backends running with Valgrind naturally have their own
independent ideas about whether any given byte in shared memory is safe
or unsafe to access. There is no risk that concurrent access by
multiple backends to the same shared memory will confuse Valgrind's
instrumentation, because everything already works at the process level
(or at the memory mapping level, if you prefer).
Author: Álvaro Herrera, Peter Geoghegan
Reviewed-By: Anastasia Lubennikova
Discussion: https://postgr.es/m/20150723195349.GW5596@postgresql.org
Discussion: https://postgr.es/m/CAH2-WzkLgyN3zBvRZ1pkNJThC=xi_0gpWRUb_45eexLH1+k2_Q@mail.gmail.com
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There is no advantage to attempting deduplication for a unique index
during CREATE INDEX, since there cannot possibly be any duplicates.
Doing so wastes cycles due to unnecessary copying. Make sure that we
avoid it consistently.
We already avoided unique index deduplication in the case where there
were some spool2 tuples to merge. That didn't account for the fact that
spool2 is removed early/unset in the common case where it has no tuples
that need to be merged (i.e. it failed to account for the "spool2 turns
out to be unnecessary" optimization in _bt_spools_heapscan()).
Oversight in commit 0d861bbb, which added nbtree deduplication
Backpatch: 13-, where nbtree deduplication was introduced.
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Commit 1e53fe0e70 has unified the usage of the config-file reload flag by
using the same signal handler function for the SIGHUP signal at many places
in the code. By mistake, it used the wrong SIGNAL in apply launcher
process for the SIGHUP signal handler function.
Author: Bharath Rupireddy
Reviewed-by: Dilip Kumar
Backpatch-through: 13, where it was introduced
Discussion: https://postgr.es/m/CALj2ACVzHCRnS20bOiEHaLtP5PVBENZQn4khdsSJQgOv_GM-LA@mail.gmail.com
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This representation saves 8 bytes per tuple compared to HeapTuple, and
avoids the need to allocate, copy and free on the receiving side.
Gather can emit the returned MinimalTuple directly, but GatherMerge now
needs to make an explicit copy because it buffers multiple tuples at a
time. That should be no worse than before.
Reviewed-by: Soumyadeep Chakraborty <soumyadeep2007@gmail.com>
Discussion: https://postgr.es/m/CA%2BhUKG%2B8T_ggoUTAE-U%3DA%2BOcPc4%3DB0nPPHcSfffuQhvXXjML6w%40mail.gmail.com
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This allows the huge page size to be set explicitly. The default is 0,
meaning it will use the system default, as before.
Author: Odin Ugedal <odin@ugedal.com>
Discussion: https://postgr.es/m/20200608154639.20254-1-odin%40ugedal.com
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When using the following functions, users could see various types of
errors of the type "cache lookup failed for OID XXX" with elog(), that
can only be used for internal errors:
* pg_describe_object()
* pg_identify_object()
* pg_identify_object_as_address()
The set of APIs managing object addresses for all object types are made
smarter by gaining a new argument "missing_ok" that allows any caller to
control if an error is raised or not on an undefined object. The SQL
functions listed above are changed to handle the case where an object is
missing.
Regression tests are added for all object types for the cases where
these are undefined. Before this commit, these cases failed with cache
lookup errors, and now they basically return NULL (minus the name of the
object type requested).
Author: Michael Paquier
Reviewed-by: Aleksander Alekseev, Dmitry Dolgov, Daniel Gustafsson,
Álvaro Herrera, Kyotaro Horiguchi
Discussion: https://postgr.es/m/CAB7nPqSZxrSmdHK-rny7z8mi=EAFXJ5J-0RbzDw6aus=wB5azQ@mail.gmail.com
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reparameterize_path_by_child() failed to reparameterize BitmapAnd
and BitmapOr paths. This matters only if such a path is chosen as
the inside of a nestloop partition-wise join, where we have to pass
in parameters from the outside of the nestloop. If that did happen,
we generated a bad plan that would likely lead to crashes at execution.
This is not entirely reparameterize_path_by_child()'s fault though;
it's the victim of an ancient decision (my ancient decision, I think)
to not bother filling in param_info in BitmapAnd/Or path nodes. That
caused the function to believe that such nodes and their children
contain no parameter references and so need not be processed.
In hindsight that decision looks pretty penny-wise and pound-foolish:
while it saves a few cycles during path node setup, we do commonly
need the information later. In particular, by reversing the decision
and requiring valid param_info data in all nodes of a bitmap path
tree, we can get rid of indxpath.c's get_bitmap_tree_required_outer()
function, which computed the data on-demand. It's not unlikely that
that nets out as a savings of cycles in many scenarios. A couple
of other things in indxpath.c can be simplified as well.
While here, get rid of some cases in reparameterize_path_by_child()
that are visibly dead or useless, given that we only care about
reparameterizing paths that can be on the inside of a parameterized
nestloop. This case reminds one of the maxim that untested code
probably does not work, so I'm unwilling to leave unreachable code
in this function. (I did leave the T_Gather case in place even
though it's not reached in the regression tests. It's not very
clear to me when the planner might prefer to put Gather below
rather than above a nestloop, but at least in principle the case
might be interesting.)
Per bug #16536, originally from Arne Roland but with a test case
by Andrew Gierth. Back-patch to v11 where this code came in.
Discussion: https://postgr.es/m/16536-2213ee0b3aad41fd@postgresql.org
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Three groups of issues needed to be addressed:
load_external_function() and related functions returned PGFunction,
even though not necessarily all callers are looking for a function of
type PGFunction. Since these functions are really just wrappers
around dlsym(), change to return void * just like dlsym().
In dynahash.c, we are using strlcpy() where a function with a
signature like memcpy() is expected. This should be safe, as the new
comment there explains, but the cast needs to be augmented to avoid
the warning.
In PL/Python, methods all need to be cast to PyCFunction, per Python
API, but this now runs afoul of these warnings. (This issue also
exists in core CPython.)
To fix the second and third case, we add a new type pg_funcptr_t that
is defined specifically so that gcc accepts it as a special function
pointer that can be cast to any other function pointer without the
warning.
Also add -Wcast-function-type to the standard warning flags, subject
to configure check.
Reviewed-by: Tom Lane <tgl@sss.pgh.pa.us>
Discussion: https://www.postgresql.org/message-id/flat/1e97628e-6447-b4fd-e230-d109cec2d584%402ndquadrant.com
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Removing the unused 'miinfo' parameter has been raised a couple of times
now. It was decided in the 2nd discussion below that we're going to leave
it alone. It seems like it might be useful to add a comment to mention
this fact so that nobody wastes any time in the future proposing its
removal again.
Discussion: https://postgr.es/m/CAApHDvpCf-qR5HC1rXskUM4ToV+3YDb4-n1meY=vpAHsRS_1PA@mail.gmail.com
Discussion: https://postgr.es/m/CAE9k0P%3DFvcDswnSVtRpSyZMpcAWC%3DGp%3DifZ0HdfPaRQ%3D__LBtw%40mail.gmail.com
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An ALTER TABLE to validate a foreign key in which another subcommand
already caused a pending table rewrite could fail due to ALTER TABLE
attempting to validate the foreign key before the actual table rewrite
takes place. This situation could result in an error such as:
ERROR: could not read block 0 in file "base/nnnnn/nnnnn": read only 0 of 8192 bytes
The failure here was due to the SPI call which validates the foreign key
trying to access an index which is yet to be rebuilt.
Similarly, we also incorrectly tried to validate CHECK constraints before
the heap had been rewritten.
The fix for both is to delay constraint validation until phase 3, after
the table has been rewritten. For CHECK constraints this means a slight
behavioral change. Previously ALTER TABLE VALIDATE CONSTRAINT on
inheritance tables would be validated from the bottom up. This was
different from the order of evaluation when a new CHECK constraint was
added. The changes made here aligns the VALIDATE CONSTRAINT evaluation
order for inheritance tables to be the same as ADD CONSTRAINT, which is
generally top-down.
Reported-by: Nazli Ugur Koyluoglu, using SQLancer
Discussion: https://postgr.es/m/CAApHDvp%3DZXv8wiRyk_0rWr00skhGkt8vXDrHJYXRMft3TjkxCA%40mail.gmail.com
Backpatch-through: 9.5 (all supported versions)
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Incorrect function names were referenced. As this fixes some portions
of tableam.h, that is mentioned in the docs as something to look at when
implementing a table AM, backpatch down to 12 where this has been
introduced.
Author: Hironobu Suzuki
Discussion: https://postgr.es/m/8fe6d672-28dd-3f1d-7aed-ac2f6d599d3f@interdb.jp
Backpatch-through: 12
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The qual pushdown logic assumed that all Vars in a restriction clause
must be Vars referencing subquery outputs; but since we introduced
LATERAL, it's possible for such a Var to be a lateral reference instead.
This led to an assertion failure in debug builds. In a non-debug
build, there might be no ill effects (if qual_is_pushdown_safe decided
the qual was unsafe anyway), or we could get failures later due to
construction of an invalid plan. I've not gone to much length to
characterize the possible failures, but at least segfaults in the
executor have been observed.
Given that this has been busted since 9.3 and it took this long for
anybody to notice, I judge that the case isn't worth going to great
lengths to optimize. Hence, fix by just teaching qual_is_pushdown_safe
that such quals are unsafe to push down, matching the previous behavior
when it accidentally didn't fail.
Per report from Tom Ellis. Back-patch to all supported branches.
Discussion: https://postgr.es/m/20200713175124.GQ8220@cloudinit-builder
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Remove previous hack in KeepLogSeg that added a case to deal with a
(badly represented) invalid segment number. This was added for the sake
of GetWALAvailability. But it's not needed if in that function we
initialize the segment number to be retreated to the currently being
written segment, so do that instead.
Per valgrind-running buildfarm member skink, and some sparc64 animals.
Discussion: https://postgr.es/m/1724648.1594230917@sss.pgh.pa.us
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This is a replacement for 4cad2534. Instead of projecting all tuples
going into a HashAgg, only remove unnecessary attributes when actually
spilling. This avoids the regression for the in-memory case.
Discussion: https://postgr.es/m/a2fb7dfeb4f50aa0a123e42151ee3013933cb802.camel%40j-davis.com
Backpatch-through: 13
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This reverts commit 4cad2534da6d17067d98cf04be2dfc1bda8f2cd0 due to a
performance regression. It will be replaced by a new approach in an
upcoming commit.
Reported-by: Andres Freund
Discussion: https://postgr.es/m/20200614181418.mx4bvljmfkkhoqzl@alap3.anarazel.de
Backpatch-through: 13
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The stats with this commit was available only for WALSenders, however,
users might want to see for backends doing logical decoding via SQL API.
Then, users might want to reset and access these stats across server
restart which was not possible with the current patch.
List of commits reverted:
caa3c4242c Don't call elog() while holding spinlock.
e641b2a995 Doc: Update the documentation for spilled transaction
statistics.
5883f5fe27 Fix unportable printf format introduced in commit 9290ad198.
9290ad198b Track statistics for spilling of changes from ReorderBuffer.
Additionaly, remove the release notes entry for this feature.
Backpatch-through: 13, where it was introduced
Discussion: https://postgr.es/m/CA+fd4k5_pPAYRTDrO2PbtTOe0eHQpBvuqmCr8ic39uTNmR49Eg@mail.gmail.com
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This includes two changes:
- Addition of a new function pg_xact_commit_timestamp_origin() able, for
a given transaction ID, to return the commit timestamp and replication
origin of this transaction. An equivalent function existed in
pglogical.
- Addition of the replication origin to pg_last_committed_xact().
The commit timestamp manager includes already APIs able to return the
replication origin of a transaction on top of its commit timestamp, but
the code paths for replication origins were never stressed as those
functions have never looked for a replication origin, and the SQL
functions available have never included this information since their
introduction in 73c986a.
While on it, refactor a test of modules/commit_ts/ to use tstzrange() to
check that a transaction timestamp is within the wanted range, making
the test a bit easier to read.
Bump catalog version.
Author: Movead Li
Reviewed-by: Madan Kumar, Michael Paquier
Discussion: https://postgr.es/m/2020051116430836450630@highgo.ca
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The raw_buf and line_buf buffers aren't used when reading binary format,
so skip allocating them. raw_buf is 64K so that seems like a worthwhile
savings. An unused line_buf only wastes 1K, but as long as we're checking
it's free to avoid allocating that too.
Bharath Rupireddy, tweaked a bit by me
Discussion: https://postgr.es/m/CALj2ACXcCKaGPY0whowqrJ4OPJvDnTssgpGCzvuFQu5z0CXb-g@mail.gmail.com
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"relkind" normally refers to the char field from pg_class. However, in
the parse nodes AlterTableStmt and CreateTableAsStmt, "relkind" was used
for a field of type enum ObjectType, that could refer to other object
types than those possible for a relkind. Such fields being usually
named "objtype", switch the name in both structures to make things more
consistent. Note that this led to some confusion in functions that
also operate on a RangeTableEntry object, which also has a field named
"relkind".
This naming goes back to commit 09d4e96, where only OBJECT_TABLE and
OBJECT_INDEX were used. This got extended later to use as well
OBJECT_TYPE with e440e12, not really a relation kind.
Author: Mark Dilger
Reviewed-by: Daniel Gustafsson, Álvaro Herrera, Michael Paquier
Discussion: https://postgr.es/m/609181AE-E399-47C7-9221-856E0F96BF93@enterprisedb.com
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SQL standard doesn't define numeric Inf or NaN values. It appears even more
ridiculous to support then in jsonpath assuming JSON doesn't support these
values as well. This commit forbids returning NaN from .double(), which was
previously allowed. NaN can't be result of inner-jsonpath computation over
non-NaNs. So, we can not expect NaN in the jsonpath output.
Reported-by: Tom Lane
Discussion: https://postgr.es/m/203949.1591879542%40sss.pgh.pa.us
Author: Alexander Korotkov
Reviewed-by: Tom Lane
Backpatch-through: 12
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When jsonpath .double() method detects that numeric or string can't be
converted to double precision, it throws an error. This commit makes these
errors explicitly express the reason of failure.
Discussion: https://postgr.es/m/CAPpHfdtqJtiSXkP7tOXez18NxhLUH_-75bL8%3DOce4Ki%2Bbv7V6Q%40mail.gmail.com
Author: Alexander Korotkov
Reviewed-by: Tom Lane
Backpatch-through: 12
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This order makes more sense because the location is effectively at the
lowest level of the backtrace.
Discussion: https://www.postgresql.org/message-id/flat/90f5fa04-c410-a54e-9449-aa3749fb7972%402ndquadrant.com
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This message was being emitted on the grounds that only crashed
summarization could cause it, but in reality even an aborted vacuum
could do it ... which makes it way too noisy, particularly since it
shows up in regression tests and makes them die.
Reported by Tom Lane.
Discussion: https://postgr.es/m/489091.1593534251@sss.pgh.pa.us
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Due to not having our signals straight about CRLF vs. LF line
termination, the output of pg_current_logfile() included a trailing
\r on Windows. To fix, force the file descriptor it uses into text
mode.
While here, move a couple of local variable declarations to make
the function's logic clearer.
In v12 and v13, also back-patch the test added by 1c4e88e2f so that
this function has some test coverage. However, the 004_logrotate.pl
test script doesn't exist before v12, and it didn't seem worth adding
to older branches just for this.
Per report from Thomas Kellerer. Back-patch to v10 where this
function was added.
Discussion: https://postgr.es/m/412ae8da-76bb-640f-039a-f3513499e53d@gmx.net
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The Sort node does not put a space between the number of kilobytes and
the "kB" of memory or disk space used, but HashAgg does. Here we align
HashAgg to do the same as Sort. Sort has been displaying this
information for longer than HashAgg, so it makes sense to align HashAgg
to Sort rather than the other way around.
Reported-by: Justin Pryzby
Discussion: https://postgr.es/m/20200708163021.GW4107@telsasoft.com
Backpatch-through: 13, where the hashagg started showing these details
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Author: Andres Freund
Reviewed-By: David Steele
Discussion: https://postgr.es/m/20200615182235.x7lch5n6kcjq4aue@alap3.anarazel.de
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Leader already is the more widely used terminology, but a few places
didn't get the message.
Author: Andres Freund
Reviewed-By: David Steele
Discussion: https://postgr.es/m/20200615182235.x7lch5n6kcjq4aue@alap3.anarazel.de
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Also changed "in the primary" to "on the primary", and added a few
"the" before "primary".
Author: Andres Freund
Reviewed-By: David Steele
Discussion: https://postgr.es/m/20200615182235.x7lch5n6kcjq4aue@alap3.anarazel.de
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Since slot_keep_segs indicates the number of WAL segments not LSN,
its datatype should not be XLogRecPtr.
Back-patch to v13 where this issue was added.
Reported-by: Atsushi Torikoshi
Author: Atsushi Torikoshi, tweaked by Fujii Masao
Discussion: https://postgr.es/m/ebd0d674f3e050222238a960cac5251a@oss.nttdata.com
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Author: Daniel Gustafsson
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Author: Masahiro Ikeda
Discussion: https://postgr.es/m/0043eee90b38351ea199d7e3294c10c4@oss.nttdata.com
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