postgresql-14 14.10-0ubuntu0.22.04.1 source package in Ubuntu

Changelog

postgresql-14 (14.10-0ubuntu0.22.04.1) jammy-security; urgency=medium

  * New upstream version (LP: #2040469).

    + A dump/restore is not required for those running 14.X.

    + However, several mistakes have been discovered that could lead to
      certain types of indexes yielding wrong search results or being
      unnecessarily inefficient.  It is advisable to REINDEX
      potentially-affected indexes after installing this update.

    + Also, if you are upgrading from a version earlier than 14.9, see
      those release notes as well please.

    + Fix handling of unknown-type arguments in DISTINCT "any" aggregate
      functions (Tom Lane)

      This error led to a text-type value being interpreted as an unknown-type
      value (that is, a zero-terminated string) at runtime. This could result
      in disclosure of server memory following the text value.
      (CVE-2023-5868)

    + Detect integer overflow while computing new array dimensions
      (Tom Lane)

      When assigning new elements to array subscripts that are outside the
      current array bounds, an undetected integer overflow could occur in edge
      cases. Memory stomps that are potentially exploitable for arbitrary code
      execution are possible, and so is disclosure of server memory.
      (CVE-2023-5869)

    + Prevent the <literal>pg_signal_backend</literal> role from
      signalling background workers and autovacuum processes (Noah Misch,
      Jelte Fennema-Nio)

      The documentation says that pg_signal_backend cannot issue signals to
      superuser-owned processes. It was able to signal these background
      processes, though, because they advertise a role OID of zero. Treat that
      as indicating superuser ownership. The security implications of
      cancelling one of these process types are fairly small so far as the
      core code goes (we'll just start another one), but extensions might add
      background workers that are more vulnerable.

      Also ensure that the is_superuser parameter is set correctly in such
      processes. No specific security consequences are known for that
      oversight, but it might be significant for some extensions.
      (CVE-2023-5870)

    + Fix misbehavior during recursive page split in GiST index build
      (Heikki Linnakangas)

      Fix a case where the location of a page downlink was incorrectly
      tracked, and introduce some logic to allow recovering from such
      situations rather than silently doing the wrong thing.  This error
      could result in incorrect answers from subsequent index searches.
      It may be advisable to reindex all GiST indexes after installing
      this update.

    + Prevent de-duplication of btree index entries for interval columns
      (Noah Misch)

      There are interval values that are distinguishable but compare
      equal, for example "24:00:00" and "1 day".  This breaks assumptions
      made by btree de-duplication, so interval columns need to be excluded
      from de-duplication.  This oversight can cause incorrect results from
      index-only scans.  Moreover, after updating amcheck will report an
      error for almost all such indexes.  Users should reindex any btree
      indexes on interval columns.

    + Process date values more sanely in BRIN datetime_minmax_multi_ops
      indexes (Tomas Vondra)

      The distance calculation for dates was backward, causing poor
      decisions about which entries to merge.  The index still produces
      correct results, but is much less efficient than it should be.
      Reindexing BRIN minmax_multi indexes on date columns is advisable.

    + Process large timestamp and timestamptz values more sanely in BRIN
      datetime_minmax_multi_ops indexes (Tomas Vondra)

      Infinities were mistakenly treated as having distance zero rather
      than a large distance from other values, causing poor decisions about
      which entries to merge.  Also, finite-but-very-large values (near the
      endpoints of the representable timestamp range) could result in
      internal overflows, again causing poor decisions.  The index still
      produces correct results, but is much less efficient than it should
      be.  Reindexing BRIN minmax_multi indexes on timestamp and timestamptz
      columns is advisable if the column contains, or has contained,
      infinities or large finite values.

    + Details about these and many further changes can be found at:
      https://www.postgresql.org/docs/14/release-14-10.html

  * d/p/libpgport-pkglibdir: Adjust patch to reflect upstream changes.

  * d/p/50-per-version-dirs.patch: Adjust TestLib.pm's
    scan_server_header to account for unrelocatability of
    pg_config.
    This change replicates what is already being done in the
    check_pg_config function.  They are needed because, during build time,
    we want to be able to run the upstream tests using the pg_config
    binary from inside the "debian/" directory, but that doesn't work out
    of the box because it will print includedir paths that also point to
    "debian/", instead of to "/usr/include".  Therefore, we need to catch
    this specific scenario and print the proper includedir paths instead.

 -- Sergio Durigan Junior <email address hidden>  Wed, 22 Nov 2023 22:07:12 -0500

Upload details

Uploaded by:
Sergio Durigan Junior
Sponsored by:
Marc Deslauriers
Uploaded to:
Jammy
Original maintainer:
Ubuntu Developers
Architectures:
any all
Section:
database
Urgency:
Medium Urgency

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postgresql-14_14.10-0ubuntu0.22.04.1.debian.tar.xz 26.6 KiB 9c64ad1418188f2404d7d0e8237413f86fbc9bae9ed6315345e9bce83f9d5b59
postgresql-14_14.10-0ubuntu0.22.04.1.dsc 3.8 KiB f550e0256d76e3a74683ca488392429f4ac56a06559dc50aa7fd53e95b70b954

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Binary packages built by this source

libecpg-compat3: older version of run-time library for ECPG programs

 The libecpg_compat shared library is used by programs built with ecpg.
 (Embedded PostgreSQL for C).
 .
 PostgreSQL is an object-relational SQL database management system.

libecpg-compat3-dbgsym: debug symbols for libecpg-compat3
libecpg-dev: development files for ECPG (Embedded PostgreSQL for C)

 This package contains the necessary files to build ECPG (Embedded
 PostgreSQL for C) programs. It includes the development libraries
 and the preprocessor program ecpg.
 .
 PostgreSQL is an object-relational SQL database management system.
 .
 Install this package if you want to write C programs with SQL statements
 embedded in them (rather than run by an external process).

libecpg-dev-dbgsym: debug symbols for libecpg-dev
libecpg6: run-time library for ECPG programs

 The libecpg shared library is used by programs built with ECPG
 (Embedded PostgreSQL for C).
 .
 PostgreSQL is an object-relational SQL database management system.

libecpg6-dbgsym: debug symbols for libecpg6
libpgtypes3: shared library libpgtypes for PostgreSQL 14

 The libpgtypes shared library is used by programs built with ecpg.
 (Embedded PostgreSQL for C).
 .
 PostgreSQL is an object-relational SQL database management system.

libpgtypes3-dbgsym: debug symbols for libpgtypes3
libpq-dev: header files for libpq5 (PostgreSQL library)

 Header files and static library for compiling C programs to link
 with the libpq library in order to communicate with a PostgreSQL
 database backend.
 .
 PostgreSQL is an object-relational SQL database management system.

libpq5: PostgreSQL C client library

 libpq is a C library that enables user programs to communicate with
 the PostgreSQL database server. The server can be on another machine
 and accessed through TCP/IP. This version of libpq is compatible
 with servers from PostgreSQL 8.2 or later.
 .
 This package contains the run-time library, needed by packages using
 libpq.
 .
 PostgreSQL is an object-relational SQL database management system.

libpq5-dbgsym: debug symbols for libpq5
postgresql-14: The World's Most Advanced Open Source Relational Database

 PostgreSQL, also known as Postgres, is a free and open-source relational
 database management system (RDBMS) emphasizing extensibility and SQL
 compliance. It features transactions with Atomicity, Consistency, Isolation,
 Durability (ACID) properties, automatically updatable views, materialized
 views, triggers, foreign keys, and stored procedures. It is designed to handle
 a range of workloads, from single machines to data warehouses or Web services
 with many concurrent users.
 .
 This package provides the database server for PostgreSQL 14.

postgresql-14-dbgsym: debug symbols for postgresql-14
postgresql-client-14: front-end programs for PostgreSQL 14

 This package contains client and administrative programs for
 PostgreSQL: these are the interactive terminal client psql and
 programs for creating and removing users and databases.
 .
 This is the client package for PostgreSQL 14. If you install
 PostgreSQL 14 on a standalone machine, you need the server package
 postgresql-14, too. On a network, you can install this package on
 many client machines, while the server package may be installed on
 only one machine.
 .
 PostgreSQL is an object-relational SQL database management system.

postgresql-client-14-dbgsym: debug symbols for postgresql-client-14
postgresql-doc-14: documentation for the PostgreSQL database management system

 This package contains all README files, user manual, and examples for
 PostgreSQL 14. The manual is in HTML format.
 .
 PostgreSQL is an object-relational SQL database management system.

postgresql-plperl-14: PL/Perl procedural language for PostgreSQL 14

 PL/Perl enables an SQL developer to write procedural language functions
 for PostgreSQL 14 in Perl. You need this package if you have any
 PostgreSQL 14 functions that use the languages plperl or plperlu.
 .
 PostgreSQL is an object-relational SQL database management system.

postgresql-plperl-14-dbgsym: debug symbols for postgresql-plperl-14
postgresql-plpython3-14: PL/Python 3 procedural language for PostgreSQL 14

 PL/Python 3 enables an SQL developer to write procedural language functions
 for PostgreSQL 14 in Python 3. You need this package if you have any
 PostgreSQL 14 functions that use the languages plpython3 or plpython3u.
 .
 PostgreSQL is an object-relational SQL database management system.

postgresql-plpython3-14-dbgsym: debug symbols for postgresql-plpython3-14
postgresql-pltcl-14: PL/Tcl procedural language for PostgreSQL 14

 PL/Tcl enables an SQL developer to write procedural language functions
 for PostgreSQL 14 in Tcl. You need this package if you have any
 PostgreSQL 14 functions that use the languages pltcl or pltclu.
 .
 PostgreSQL is an object-relational SQL database management system.

postgresql-pltcl-14-dbgsym: debug symbols for postgresql-pltcl-14
postgresql-server-dev-14: development files for PostgreSQL 14 server-side programming

 Header files for compiling SSI code to link into PostgreSQL's backend; for
 example, for C functions to be called from SQL.
 .
 This package also contains the Makefiles necessary for building add-on
 modules of PostgreSQL, which would otherwise have to be built in the
 PostgreSQL source-code tree.
 .
 PostgreSQL is an object-relational SQL database management system.