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authorTomas Vondra <tomas.vondra@postgresql.org>2019-10-16 13:23:14 +0200
committerTomas Vondra <tomas.vondra@postgresql.org>2019-10-16 13:27:24 +0200
commit0a643de0871540c320a02717b202984a1a1ef5df (patch)
tree2fac9d646857e8c08b979b899755b2b3ebe0cfac /src/include/utils/jsonapi.h
parentd87de912774a1ad7239470bd677d9a2e95c31853 (diff)
Improve the check for pg_catalog.line data type in pg_upgrade
The pg_upgrade check for pg_catalog.line data type when upgrading from 9.3 had a couple of issues with domains and composite types. Firstly, it triggered false positives for composite types unused in objects with storage. This was enough to trigger an unnecessary pg_upgrade failure: CREATE TYPE line_composite AS (l pg_catalog.line) On the other hand, this only happened with composite types directly on the pg_catalog.line data type, but not with a domain. So this was not detected CREATE DOMAIN line_domain AS pg_catalog.line; CREATE TYPE line_composite_2 AS (l line_domain); unlike the first example. These false positives and inconsistencies are unfortunate, but what's worse we've failed to detected objects using the pg_catalog.line data type through a domain. So we missed cases like this CREATE TABLE t (l line_composite_2); The consequence is clusters broken after a pg_upgrade. This fixes these false positives and false negatives by using the same recursive CTE introduced by eaf900e842 for sql_identifier. 9.3 did not support domains on composite types, but we can still have multi-level composite types. Backpatch all the way to 9.4, where the format for pg_catalog.line data type changed. Author: Tomas Vondra Backpatch-to: 9.4- Discussion: https://postgr.es/m/16045-673e8fa6b5ace196%40postgresql.org
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