postgresql-9.1 9.1.5-0ubuntu12.04 source package in Ubuntu
Changelog
postgresql-9.1 (9.1.5-0ubuntu12.04) precise-security; urgency=low * New upstream bug fix/security release: - Prevent access to external files/URLs via XML entity references (Noah Misch, Tom Lane) xml_parse() would attempt to fetch external files or URLs as needed to resolve DTD and entity references in an XML value, thus allowing unprivileged database users to attempt to fetch data with the privileges of the database server. While the external data wouldn't get returned directly to the user, portions of it could be exposed in error messages if the data didn't parse as valid XML; and in any case the mere ability to check existence of a file might be useful to an attacker. (CVE-2012-3489) - Prevent access to external files/URLs via "contrib/xml2"'s xslt_process() (Peter Eisentraut) libxslt offers the ability to read and write both files and URLs through stylesheet commands, thus allowing unprivileged database users to both read and write data with the privileges of the database server. Disable that through proper use of libxslt's security options. (CVE-2012-3488) Also, remove xslt_process()'s ability to fetch documents and stylesheets from external files/URLs. While this was a documented "feature", it was long regarded as a bad idea. The fix for CVE-2012-3489 broke that capability, and rather than expend effort on trying to fix it, we're just going to summarily remove it. - Prevent too-early recycling of btree index pages (Noah Misch) When we allowed read-only transactions to skip assigning XIDs, we introduced the possibility that a deleted btree page could be recycled while a read-only transaction was still in flight to it. This would result in incorrect index search results. The probability of such an error occurring in the field seems very low because of the timing requirements, but nonetheless it should be fixed. - Fix crash-safety bug with newly-created-or-reset sequences (Tom Lane) If "ALTER SEQUENCE" was executed on a freshly created or reset sequence, and then precisely one nextval() call was made on it, and then the server crashed, WAL replay would restore the sequence to a state in which it appeared that no nextval() had been done, thus allowing the first sequence value to be returned again by the next nextval() call. In particular this could manifest for serial columns, since creation of a serial column's sequence includes an "ALTER SEQUENCE OWNED BY" step. - Fix race condition in enum-type value comparisons (Robert Haas, Tom Lane) Comparisons could fail when encountering an enum value added since the current query started. - Fix txid_current() to report the correct epoch when not in hot standby (Heikki Linnakangas) This fixes a regression introduced in the previous minor release. - Prevent selection of unsuitable replication connections as the synchronous standby (Fujii Masao) The master might improperly choose pseudo-servers such as pg_receivexlog or pg_basebackup as the synchronous standby, and then wait indefinitely for them. - Fix bug in startup of Hot Standby when a master transaction has many subtransactions (Andres Freund) This mistake led to failures reported as "out-of-order XID insertion in KnownAssignedXids". - Ensure the "backup_label" file is fsync'd after pg_start_backup() (Dave Kerr) - Fix timeout handling in walsender processes (Tom Lane) WAL sender background processes neglected to establish a SIGALRM handler, meaning they would wait forever in some corner cases where a timeout ought to happen. - Wake walsenders after each background flush by walwriter (Andres Freund, Simon Riggs) This greatly reduces replication delay when the workload contains only asynchronously-committed transactions. - Fix LISTEN/NOTIFY to cope better with I/O problems, such as out of disk space (Tom Lane) After a write failure, all subsequent attempts to send more NOTIFY messages would fail with messages like "Could not read from file "pg_notify/nnnn" at offset nnnnn: Success". - Only allow autovacuum to be auto-canceled by a directly blocked process (Tom Lane) The original coding could allow inconsistent behavior in some cases; in particular, an autovacuum could get canceled after less than deadlock_timeout grace period. - Improve logging of autovacuum cancels (Robert Haas) - Fix log collector so that log_truncate_on_rotation works during the very first log rotation after server start (Tom Lane) - Fix WITH attached to a nested set operation (UNION/INTERSECT/EXCEPT) (Tom Lane) - Ensure that a whole-row reference to a subquery doesn't include any extra GROUP BY or ORDER BY columns (Tom Lane) - Fix dependencies generated during ALTER TABLE ... ADD CONSTRAINT USING INDEX (Tom Lane) This command left behind a redundant pg_depend entry for the index, which could confuse later operations, notably ALTER TABLE ... ALTER COLUMN TYPE on one of the indexed columns. - Fix "REASSIGN OWNED" to work on extensions (Alvaro Herrera) - Disallow copying whole-row references in CHECK constraints and index definitions during "CREATE TABLE" (Tom Lane) This situation can arise in "CREATE TABLE" with LIKE or INHERITS. The copied whole-row variable was incorrectly labeled with the row type of the original table not the new one. Rejecting the case seems reasonable for LIKE, since the row types might well diverge later. For INHERITS we should ideally allow it, with an implicit coercion to the parent table's row type; but that will require more work than seems safe to back-patch. - Fix memory leak in ARRAY(SELECT ...) subqueries (Heikki Linnakangas, Tom Lane) - Fix planner to pass correct collation to operator selectivity estimators (Tom Lane) This was not previously required by any core selectivity estimation function, but third-party code might need it. - Fix extraction of common prefixes from regular expressions (Tom Lane) The code could get confused by quantified parenthesized subexpressions, such as ^(foo)?bar. This would lead to incorrect index optimization of searches for such patterns. - Fix bugs with parsing signed "hh":"mm" and "hh":"mm":"ss" fields in interval constants (Amit Kapila, Tom Lane) - Fix pg_dump to better handle views containing partial GROUP BY lists (Tom Lane) A view that lists only a primary key column in GROUP BY, but uses other table columns as if they were grouped, gets marked as depending on the primary key. Improper handling of such primary key dependencies in pg_dump resulted in poorly-ordered dumps, which at best would be inefficient to restore and at worst could result in outright failure of a parallel pg_restore run. - In PL/Perl, avoid setting UTF8 flag when in SQL_ASCII encoding (Alex Hunsaker, Kyotaro Horiguchi, Alvaro Herrera) - Use Postgres' encoding conversion functions, not Python's, when converting a Python Unicode string to the server encoding in PL/Python (Jan Urbanski) This avoids some corner-case problems, notably that Python doesn't support all the encodings Postgres does. A notable functional change is that if the server encoding is SQL_ASCII, you will get the UTF-8 representation of the string; formerly, any non-ASCII characters in the string would result in an error. - Fix mapping of PostgreSQL encodings to Python encodings in PL/Python (Jan Urbanski) - Report errors properly in "contrib/xml2"'s xslt_process() (Tom Lane) - Update time zone data files to tzdata release 2012e for DST law changes in Morocco and Tokelau -- Jamie Strandboge <email address hidden> Thu, 16 Aug 2012 16:49:18 -0500
Upload details
- Uploaded by:
- Jamie Strandboge
- Uploaded to:
- Precise
- Original maintainer:
- Ubuntu Developers
- Architectures:
- any all
- Section:
- database
- Urgency:
- Low Urgency
See full publishing history Publishing
Series | Published | Component | Section |
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Downloads
File | Size | SHA-256 Checksum |
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postgresql-9.1_9.1.5.orig.tar.bz2 | 14.9 MiB | 0b889c132426fc68d8c2eb1bf112bf99cc653e9c95b5f4bbebc55cd9a8d6ce44 |
postgresql-9.1_9.1.5-0ubuntu12.04.debian.tar.gz | 34.7 KiB | a44a59bd4d8f8f27f2148904c34dd64b05e2229532f8b5219219e5c6d3802785 |
postgresql-9.1_9.1.5-0ubuntu12.04.dsc | 3.2 KiB | 68ee8ec12be6f66badae29beca7b258394f6a268b0f0f6643a89a120d9a41edc |
Available diffs
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-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).
- 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.
- libpgtypes3: shared library libpgtypes for PostgreSQL 9.1
The libpgtypes shared library is used by programs built with ecpg.
(Embedded PostgreSQL for C).
.
PostgreSQL is an object-relational SQL database management system.
- 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.
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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.
- postgresql-9.1: object-relational SQL database, version 9.1 server
PostgreSQL is a fully featured object-relational database management
system. It supports a large part of the SQL standard and is designed
to be extensible by users in many aspects. Some of the features are:
ACID transactions, foreign keys, views, sequences, subqueries,
triggers, user-defined types and functions, outer joins, multiversion
concurrency control. Graphical user interfaces and bindings for many
programming languages are available as well.
.
This package provides the database server for PostgreSQL 9.1. Servers
for other major release versions can be installed simultaneously and
are coordinated by the postgresql-common package. A package providing
ident-server is needed if you want to authenticate remote connections
with identd.
- postgresql-9.1-dbg: debug symbols for postgresql-9.1
PostgreSQL is a fully featured object-relational database management
system. It supports a large part of the SQL standard and is designed
to be extensible by users in many aspects. Some of the features are:
ACID transactions, foreign keys, views, sequences, subqueries,
triggers, user-defined types and functions, outer joins, multiversion
concurrency control. Graphical user interfaces and bindings for many
programming languages are available as well.
.
This package provides detached debugging symbols for PostgreSQL 9.1.
- postgresql-client-9.1: front-end programs for PostgreSQL 9.1
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 9.1. If you install
PostgreSQL 9.1 on a standalone machine, you need the server package
postgresql-9.1, 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-contrib-9.1: additional facilities for PostgreSQL
The PostgreSQL contrib package provides several additional features
for the PostgreSQL database. This version is built to work with the
server package postgresql-9.1. contrib often serves as a testbed for
features before they are adopted into PostgreSQL proper:
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adminpack - File and log manipulation routines, used by pgAdmin
btree_gist - B-Tree indexing using GiST (Generalised Search Tree)
chkpass - An auto-encrypted password datatype
cube - Multidimensional-cube datatype (GiST indexing example)
dblink - Functions to return results from a remote database
earthdistance - Operator for computing the distance (in miles) between
two points on the earth's surface
fuzzystrmatch - Levenshtein, metaphone, and soundex fuzzy string matching
hstore - Store (key, value) pairs
intagg - Integer aggregator/enumerator
_int - Index support for arrays of int4, using GiST (benchmark
needs the libdbd-pg-perl package)
isn - type extensions for ISBN, ISSN, ISMN, EAN13 product numbers
lo - Large Object maintenance
ltree - Tree-like data structures
oid2name - Maps OIDs to table names
pageinspect - Inspection of database pages
passwordcheck - Simple password strength checker
pg_buffercache - Real time queries on the shared buffer cache
pg_freespacemap- Displays the contents of the free space map (FSM)
pg_trgm - Determine the similarity of text based on trigram matching
pg_standby - Create a warm stand-by server
pgbench - TPC-B like benchmark
pgcrypto - Cryptographic functions
pgrowlocks - A function to return row locking information
pgstattuple - Returns the percentage of dead tuples in a table; this
indicates whether a vacuum is required.
seg - Confidence-interval datatype (GiST indexing example)
spi - PostgreSQL Server Programming Interface; 4 examples of
its use:
autoinc - A function for implementing AUTOINCREMENT/
IDENTITY
insert_ username - function for inserting user names
moddatetim e - Update modification timestamps
refint - Functions for implementing referential
integrity (foreign keys). Note that this is
now superseded by built-in referential
integrity.
timetravel - Re-implements in user code the time travel
feature that was removed in 6.3.
tablefunc - examples of functions returning tables
uuid-ossp - UUID generation functions
vacuumlo - Remove orphaned large objects
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PostgreSQL is an object-relational SQL database management system.
- postgresql-doc-9.1: documentation for the PostgreSQL database management system
This package contains all README files, user manual, and examples for
PostgreSQL 9.1. The manual is in HTML format.
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PostgreSQL is an object-relational SQL database management system.
- postgresql-plperl-9.1: PL/Perl procedural language for PostgreSQL 9.1
PL/Perl enables an SQL developer to write procedural language functions
for PostgreSQL 9.1 in Perl. You need this package if you have any
PostgreSQL 9.1 functions that use the languages plperl or plperlu.
.
PostgreSQL is an object-relational SQL database management system.
- postgresql-plpython-9.1: PL/Python procedural language for PostgreSQL 9.1
PL/Python enables an SQL developer to write procedural language functions
for PostgreSQL 9.1 in Python. You need this package if you have any
PostgreSQL 9.1 functions that use the languages plpython or plpythonu.
.
PostgreSQL is an object-relational SQL database management system.
- postgresql-plpython3-9.1: PL/Python 3 procedural language for PostgreSQL 9.1
PL/Python 3 enables an SQL developer to write procedural language functions
for PostgreSQL 9.1 in Python 3. You need this package if you have any
PostgreSQL 9.1 functions that use the languages plpython3 or plpython3u.
.
PostgreSQL is an object-relational SQL database management system.
- postgresql-pltcl-9.1: PL/Tcl procedural language for PostgreSQL 9.1
PL/Tcl enables an SQL developer to write procedural language functions
for PostgreSQL 9.1 in Tcl. You need this package if you have any
PostgreSQL 9.1 functions that use the languages pltcl or pltclu.
.
PostgreSQL is an object-relational SQL database management system.
- postgresql-server-dev-9.1: development files for PostgreSQL 9.1 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.