Source-Git-URL: https://git.postgresql.org/git/pgtranslation/messages.git Source-Git-Hash: ff92e39b5698b83b8f5290094153a59df3056a1a
"Triggers on partitioned tables cannot have transition tables." is incorrect as we allow statement-level triggers on partitioned tables to have transition tables. This has been wrong since commit 86f575948; back-patch to v11 where that commit came in. Reviewed by Tom Lane. Discussion: https://postgr.es/m/CAPmGK17gk4vXLzz2iG%2BG4LWRWCoVyam70nZ3OuGm1hMJwDrhcg%40mail.gmail.com
Commit f56f8f8da6af added some code in CloneFkReferencing that's way too lax about a Constraint node it manufactures, not initializing enough struct members -- initially_valid in particular was forgotten. This causes some FKs in partitions added by ALTER TABLE ATTACH PARTITION to be marked as not validated. Set initially_valid true, which fixes the bug. While at it, make the struct initialization more complete. Very similar code was added in two other places by the same commit; make them all follow the same pattern for consistency, though no bugs are apparent there. This bug has never been reported: I only happened to notice while working on commit 614a406b4ff1. The test case that was added there with the improper result is repaired. Backpatch to 12. Discussion: https://postgr.es/m/20221005105523.bhuhkdx4olajboof@alvherre.pgsql
If a syntax error occurred in a SQL-language or PL/pgSQL-language CREATE FUNCTION or DO command executed in a logical replication worker, we'd suffer a null pointer dereference or assertion failure. That seems like a rather contrived case, but nonetheless worth fixing. The cause is that function_parse_error_transpose assumes it must be executing within the context of a Portal, but logical/worker.c doesn't create a Portal since it's not running the standard executor. We can just back off the hard Assert check and make it fail gracefully if there's not an ActivePortal. (I have a feeling that the aggressive check here was my fault originally, probably because I wasn't sure if the case would always hold and wanted to find out. Well, now we know.) The hazard seems to exist in all branches that have logical replication, so back-patch to v10. Maxim Orlov, Anton Melnikov, Masahiko Sawada, Tom Lane Discussion: https://postgr.es/m/b570c367-ba38-95f3-f62d-5f59b9808226@inbox.ru Discussion: https://postgr.es/m/adf0452f-8c6b-7def-d35e-ab516c80088e@inbox.ru
If we have no special-case code in s_lock.h for the current platform, but the compiler has __sync_lock_test_and_set, use that instead of failing. It's unlikely that anybody's __sync_lock_test_and_set would be so awful as to be worse than our semaphore-based fallback, but if it is, they can (continue to) use --disable-spinlocks. This allows removal of the RISC-V special case installed by commit c32fcac56, which generated exactly the same code but only on that platform. Usefully, the RISC-V buildfarm animals should now test at least the int variant of this patch. I've manually tested both variants on ARM by dint of removing the ARM-specific stanza. We don't want to drop that, because it already has some special knowledge and is likely to grow more over time. Likewise, this is not meant to preclude installing special cases for other arches if that proves worthwhile. Per discussion of a request to install the same code for loongarch64. Like the previous patch, we might as well back-patch to supported branches. Discussion: https://postgr.es/m/761ac43d44b84d679ba803c2bd947cc0@HSMAILSVR04.hs.handsome.com.cn
DST law changes in Chile, Fiji, Iran, Jordan, Mexico, Palestine, and Syria. Historical corrections for Chile, Crimea, Iran, and Mexico. Also, the Europe/Kiev zone has been renamed to Europe/Kyiv (retaining the old name as a link). The following zones have been merged into nearby, more-populous zones whose clocks have agreed since 1970: Antarctica/Vostok, Asia/Brunei, Asia/Kuala_Lumpur, Atlantic/Reykjavik, Europe/Amsterdam, Europe/Copenhagen, Europe/Luxembourg, Europe/Monaco, Europe/Oslo, Europe/Stockholm, Indian/Christmas, Indian/Cocos, Indian/Kerguelen, Indian/Mahe, Indian/Reunion, Pacific/Chuuk, Pacific/Funafuti, Pacific/Majuro, Pacific/Pohnpei, Pacific/Wake and Pacific/Wallis. (This indirectly affects zones that were already links to one of these: Arctic/Longyearbyen, Atlantic/Jan_Mayen, Iceland, Pacific/Ponape, Pacific/Truk, and Pacific/Yap.) America/Nipigon, America/Rainy_River, America/Thunder_Bay, Europe/Uzhgorod, and Europe/Zaporozhye were also merged into nearby zones after discovering that their claimed post-1970 differences from those zones seem to have been errors. While the IANA crew have been working on merging zones that have no post-1970 differences for some time, this batch of changes affects some zones that are significantly more populous than those merged in the past, notably parts of Europe. The loss of pre-1970 timezone history for those zones may be troublesome for applications expecting consistency of timestamptz display. As an example, the stored value '1944-06-01 12:00 UTC' would previously display as '1944-06-01 13:00:00+01' if the Europe/Stockholm zone is selected, but now it will read out as '1944-06-01 14:00:00+02'. There exists a "packrat" option that will build the timezone data files with this old data preserved, but the problem is that it also resurrects a bunch of other, far less well-attested data; so much so that actually more zones' contents change from 2022a with that option than without it. I have chosen not to do that here, for that reason and because it appears that no major OS distributions are using the "packrat" option, so that doing so would cause Postgres' behavior to diverge significantly depending on whether it was built with --with-system-tzdata. However, for anyone for whom these changes pose significant problems, there is a solution: build a set of timezone files with the "packrat" option and use those with Postgres.
When executing a utility statement, we must fetch everything we need out of the PlannedStmt data structure before calling standard_ProcessUtility. In certain cases (possibly only ROLLBACK in extended query protocol), that data structure will get freed during command execution. The situation is probably often harmless in production builds, but in debug builds we intentionally overwrite the freed memory with garbage, leading to picking up garbage values of statement location and length, typically causing an assertion failure later in pg_stat_statements. In non-debug builds, if something did go wrong it would likely lead to storing garbage for the query string. Report and fix by zhaoqigui (with cosmetic adjustments by me). It's an old problem, so back-patch to all supported versions. Discussion: https://postgr.es/m/17663-a344fd0675f92128@postgresql.org Discussion: https://postgr.es/m/1667307420050.56657@hundsun.com