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Pkgsrc changes:
o Adjust dependencies to track package requirements
Upstream changes:
0.03 Thu, 11 Sep 2008 18:42:48 +0200
Florian Ragwitz (1):
Require DBIx::Class >= 0.08009.
0.02 Wed, 10 Sep 2008 23:02:57 +0200
Florian Ragwitz (4):
Another SYNOPSIS example.
Test accessor handling.
Test behaviour when columns with default values are set explicitly.
Improve documentation.
Tests for always_update.
Document always_update.
Implement always_update.
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as per private communication with previous maintainer.
No associated version bump.
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MESSAGE.NetBSD).
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Upstream changes (somewhat unclear, no updated Changes file...):
11.93-11.95:
o Document configuration options
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commands and scripts. Database objects, such as, tables and table columns
can be browsed.
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Pkgsrc changes:
o Adjust dependencies, 0.29 of CatalystX::CRUD now required
o Canonicalize HOMEPAGE
Upstream changes:
0.13 23 Aug 2008
* support new *_related methods in core API
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Pkgsrc changes:
o Sort dependencies according to list in upstream package
o Add overlooked dependency on p5-Class-Accessor
Upstream changes:
0.29 23 Aug 2008
* fix typos in the Tutorial
* add relationship methods to Controller, ModelAdapter and
Model core API.
* added sugary alias methods for read(), update() and
delete() to match CRUD.
* refactored REST controller to support related methods
and provide better HTTP status checks and responses.
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In the tradition of Rose::DB::Object::Helpers, more importable methods.
This class inherits from Rose::Object::MixIn. See the Rose::Object::MixIn
documentation for a full explanation of how to import methods from
this class. The helper methods themselves are described below.
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Upstream changes:
0.21 Fri Aug 22 00:26:05 UTC 2008
- doc fix (RT #31848)
- connection_info can be just the DSN instead of an arrayref
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Packages Collection.
The Perl 5 module DBIx::Class::TimeStamp is a DBIx::Class component
providing automatic setting and updating of date and time based
fields.
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NetBSD Packages Collection.
The Perl 5 module DBIx::Class::DynamicDefault is a DBIx::Class
component for automatically setting and updating fields with values
calculated at runtime.
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requested.
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unbreak PLIST for those versions. Bump revision.
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certain versions of NetBSD.
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MAJOR BUG-FIX:
* When running rrdtool update with multiple updates in one go and
MMAP enabled, there was a data corruption bug at wrap around.
See http://oss.oetiker.ch/rrdtool-trac/ticket/178 for details
Thanks to Kevin Brintnall
OTHER FIXES:
* Forward ported rra cur_row randomization patch from rrdtool
1.2.28 (it got lost in development).
* Contrary to the documentation imginfo did return the full path
of the image and not only the file name.
* Make --lazy mode work even when PRINT commands are present.
http://oss.oetiker.ch/rrdtool-trac/ticket/163
* Fix Ruby Bindings memory leak.
* Fix compilation on solaris 2.8
* Fix a ton of memory leaks in rrd_create and some in rrd_tool as
well. Based on valgrind analysis by Sven Engelhardt. Thanks!
* Fix handling of error conditions in rrd_tool.c (errno is not the
ideal indicator)
ENHANCEMENTS:
* Text Strings entered in the current locale will automatically be
transformed to utf8 for proper handling by Pango.
* Dramatically improved Pango Performance by introducing a static
fontmap. On my test system the persistent fontmap causes the
second graph with the same fonts in a single session to be
created about 0.18s faster than the first one. For a total graph
creation time of 0.21s this is a pretty substantial improvement.
With this patch, performance for the second graph is back to
1.2.x levels or even better.
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Bump package revision.
This is the second half of the fix for PR pkg/39500.
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with the "db4" package without problems. This is the first half of the
fix for PR pkg/39500.
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Packages Collection.
The Perl 5 module DBICx::MapMaker automatically creates a DBIx::Class
result source for "many to many" relationship.
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XXX pkglint does not catch this.
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Packages Collection.
The Perl 5 module DBICx::TestDatabase creates a temporary SQLite
database, deploys your DBIC schema, and then connects to it. This
lets you easily test your DBIC schema. Since you have a fresh
database for every test, you don't have to worry about cleaning up
after your tests, ordering of tests affecting failure, etc.
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Collection.
The Perl 5 module DBICx::Deploy deploys a DBIx::Class schema to a
database. A command line script, dbicdeploy, is provided.
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* Split the pager subsystem into separate pager and pcache subsystems.
* Factor out indentifier resolution procedures into separate files.
* Bug fixes.
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CVS. Bump PKGREVISION.
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packages need to be bumped as well.
Suggested by OBATA Akio.
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Noted by OBATA Akio.
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name change).
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Berkeley DB 4.7.25 Change Log
Database or Log File On-Disk Format Changes:
1. The log file format changed in 4.7.
New Features:
1. The lock manager may now be fully partitioned, improving performance
on some multi-CPU systems. [#15880]
2. Replication groups are now architecture-neutral, supporting
connections between differing architectures (big-endian or
little-endian, independent of structure padding). [#15787] [#15840]
3. Java: A new Direct Persistence Layer adds a built-in Plain Old Java
Object (POJO)-based persistent object model, which provides support
for complex object models without compromises in performance. For an
introduction to the Direct Persistence Layer API, see Getting Started
with Data Storage. [#15936]
4. Add the DB_ENV->set_intermediate_dir_mode method to support the
creation of intermediate directories needed during recovery. [#15097]
5. The DB_ENV->failchk method can now abort transactions for threads,
which have failed while blocked on a concurrency lock. This
significantly decreases the need for database environment recovery
after thread of control failure. [#15626]
6. Replication Manager clients now can be configured to monitor the
connection to the master using heartbeat messages, in order to
promptly discover connection failures. [#15714]
7. The logging system may now be configured to pre-zero log files when
they are created, improving performance on some systems. [#15758]
Database Environment Changes:
1. Restructure aborted page allocation handling on systems without an
ftruncate system call. This enables the Berkeley DB High Availability
product on systems, which do not support ftruncate. [#15602]
2. Fix a bug where closing a database handle after aborting a transaction
which included a failed open of that handle could result in
application failure. [#15650]
3. Fix minor memory leaks when closing a private database environment.
[#15663]
4. Fix a bug leading to a panic of "unpinned page returned" if a cursor
was used for a delete multiple times and deadlocked during one of the
deletes. [#15944]
5. Optionally signal processes still running in the environment before
running recovery. [#15984]
Concurrent Data Store Changes:
None.
General Access Method Changes:
1. Fix a bug where closing a database handle after aborting a transaction
which included a failed open of that database handle could result in
application failure. [#15650]
2. Fix a bug that could cause panic in a database environment configured
with POSIX-style thread locking, if a database open failed. [#15662]
3. Fix bug in the DB->compact method which could cause a panic if a
thread was about to release a page while another thread was truncating
the database file. [#15671]
4. Fix an obscure case of interaction between a cursor scan and delete
that was prematurely returning DB_NOTFOUND. [#15785]
5. Fix a bug in the DB->compact method where if read-uncommitted was
configured, a reader reading uncommitted data my see an inconsistent
entry between when the compact method detects an error and when it
aborts the enclosing transaction. [#15856]
6. Fix a bug in the DB->compact method where a thread of control mail
fail if two threads are compacting the same section of a Recno
database. [#15856]
7. Fix a bug in DB->compact method, avoid an assertion failure when zero
pages can be freed. [#15965]
8. Fix a bug return a non-zero error when DB->truncate is called with
open cursors. [#15973]
9. Fix a bug add HANDLE_DEAD checking for DB cursors. [#15990]
10. Fix a bug to now generate errors when DB_SEQUENCE->stat is called
without first opening the sequence. [#15995]
11. Fix a bug to no longer dereference a pointer into a hash structure,
when hash functionality is disabled. [#16095]
Btree Access Method Changes:
None.
Hash Access Method Changes:
1. Fix a bug where a database store into a Hash database could
self-deadlock in a database environment configured for the Berkeley DB
Concurrent Data Store product, and with a free-threaded DB_ENV or DB
handle. [#15718]
Queue Access Method Changes:
1. Fix a bug that could cause a put or delete of a queue element to
return a DB_NOTGRANTED error, if blocked. [#15933]
Recno Access Method Changes:
1. Expose db_env_set_func_malloc, db_env_set_func_realloc, and
db_env_set_func_free through the Windows API for the DB dll. [#16045]
C-specific API Changes:
None.
Java-specific API Changes:
1. Fix a bug where enabling MVCC on a database through the Java API was
ignored. [#15644]
2. Fixed memory leak bugs in error message buffering in the Java API.
[#15843]
3. Fix a bug where Java SecondaryConfig was not setting
SecondaryMultiKeyCreator from the underlying db handle [OTN FORUM}
4. Fix a bug so that getStartupComplete will now return a boolean instead
of an int. [#16067]
5. Fix a bug in the Java API, where Berkeley DB would hang on exit when
using replication. [#16142]
Direct Persistence Layer (DPL), Bindings and Collections API:
1. A new Direct Persistence Layer adds a built-in Plain Old Java Object
(POJO)-based persistent object model, which provides support for
complex object models without compromises in performance. For an
introduction to the Direct Persistence Layer API, see Getting Started
with Data Storage. [#15936]
2. Fixed a bug in the remove method of the Iterator instances returned
by the StoredCollection.iterator method in the collections package.
This bug caused ArrayIndexOutOfBoundsException in some cases when
calling next, previous, hasNext or hasPrevious after calling remove.
(Note that this issue does not apply to StoredIterator instances
returned by the StoredCollection.storedIterator method.) This bug was
reported in this forum thread:
http://forums.oracle.com/forums/thread.jspa?messageID=2187896
[#15858]
3. Fixed a bug in the remove method of the StoredIterator instances
returned by StoredCollection.storedIterator method in the collections
package. If the sequence of methods next-remove-previous was called,
previous would sometimes return the removed record. If the sequence of
methods previous-remove-next was called, next would sometimes return
the removed record. (Note that this issue does not apply to Iterator
instances returned by the StoredCollection.iterator method.) [#15909]
4. Fixed a bug that causes a memory leak for applications where many
Environment objects are opened and closed and the CurrentTransaction
or TransactionRunner class is used. The problem was reported in this
JE Forum thread:
http://forums.oracle.com/forums/thread.jspa?messageID=1782659 [#15444]
5. Added StoredContainer.areKeyRangesAllowed method. Key ranges and the
methods in SortedMap and SortedSet such as subMap and subSet are now
explicitly disallowed for RECNO and QUEUE databases -- they are only
supported for BTREE databases. Before, using key ranges in a RECNO or
QUEUE database did not work, but was not explicitly prohibited in the
Collections API. [#15936]
Tcl-specific API Changes:
1. The Berkeley DB Tcl API does not attempt to avoid evaluating input as
Tcl commands. For this reason, it may be dangerous to pass unreviewed
user input through the Berkeley DB Tcl API, as the input may
subsequently be evaluated as a Tcl command. To minimize the
effectiveness of a Tcl injection attack, the Berkeley DB Tcl API in
the 4.7 release routine resets process' effective user and group IDs
to the real user and group IDs. [#15597]
RPC-specific Client/Server Changes:
None.
Replication Changes:
1. Fix a bug where a master failure resulted in multiple attempts to
perform a "fast election"; subsequent elections, when necessary, now
use the normal nsites value. [#15099]
2. Replication performance enhancements to speed up failover. [#15490]
3. Fix a bug where replication could self-block in a database environment
configured for in-memory logging. [#15503]
4. Fix a bug where replication would attempt to read log file version
numbers in a database configured for in-memory logging. [#15503]
5. Fix a bug where log files were not removed during client
initialization in a database configured for in-memory logging.
[#15503]
6. The 4.7 release no longer supports live replication upgrade from the
4.2 or 4.3 releases, only from the 4.4 and later releases. [#15602]
7. Fix a bug where replication could re-request missing records on every
arriving record. [#15629]
8. Change the DB_ENV->rep_set_request method to use time, not the number
of messages, when re-requesting missed messages on a replication
client. [#15629]
9. Fix a minor memory leak on the master when updating a client during
internal initialization. [#15634]
10. Fix a bug where a client error when syncing with a new replication
group master could result in an inability to ever re-join the group.
[#15648]
11. Change dbenv->rep_set_request to use time-based values instead of
counters. [#15682]
12. Fix a bug where a LOCK_NOTGRANTED error could be returned from the
DB_ENV->rep_process_message method, instead of being handled
internally by replication. [#15685]
13. Fix a bug where the Replication Manager would reject a fresh
connection from a remote site that had crashed and restarted,
displaying the message: "redundant incoming connection will be
ignored". [#15731]
14. The Replication Manager now supports dynamic negotiation of the best
available wire protocol version, on a per-connection basis. [#15783]
15. Fix a bug, which could lead to slow performance of internal
initialization under the Replication Manager, as evidenced by "queue
limit exceeded" messages in verbose replication diagnostic output.
[#15788]
16. Fix a bug where replication control message were not portable between
replication clients with different endian architectures. [#15793]
17. Add a configuration option to turn off Replication Manager's special
handling of elections in 2-site groups. [#15873]
18. Fix a bug making it impossible to call replicationManagerAddRemoteSite
in the Java API after having called replicationManagerStart. [#15875]
19. Fix a bug where the DB_EVENT_REP_STARTUPDONE event could be triggered
too early. [#15887]
20. Fix a bug where the rcvd_ts timestamp is reset when the user just
changes the threshold. [#15895]
21. Fix a bug where the master in a 2-site replication group might wait
for client acknowledgement, even when there was no client connected.
[#15927]
22. Fix a bug, clean up and restart internal init if master log is gone.
[#16006]
23. Fix a bug, ignore page messages that are from an old internal init.
[#16075] [#16059]
24. Fix a bug where checkpoint records do not indicate a database was a
named in-memory database. [#16076]
25. Fix a bug with in-memory replication, where we returned with the log
region mutex held in an error path, leading to self-deadlock. [#16088]
26. Fix a bug which causes the DB_REP_CHECKPOINT_DELAY setting in
rep_set_timeout() to be interpreted in seconds, rather than
microseconds. [#16153]
XA Resource Manager Changes:
1. Fix a bug where the DB_ENV->failchk method and replication in general
could fail in database environments configured for XA. [#15654]
Locking Subsystem Changes:
1. Fix a bug causing a lock or transaction timeout to not be set properly
after the first timeout triggers on a particular lock id. [#15847]
2. Fix a bug that would cause a trap if DB_ENV->lock_id_free was passed
an invalid locker id. [#16005]
3. Fix a bug when thread tracking is enabled where an attempt is made to
release a mutex that is not lock. [#16011]
Logging Subsystem Changes:
1. Fix a bug, handle zero-length log records doing HA sync with in-memory
logs. [#15838]
2. Fix a bug that could cause DB_ENV->failcheck to leak log region
memory. [#15925]
3. Fix a bug where the abort of a transaction that opened a database
could leak log region memory. [#15953]
4. Fix a bug that could leak memory in the DB_ENV->log_archive interface
if a log file was not found. [#16013]
Memory Pool Subsystem Changes:
1. Fix multiple MVCC bugs including a race, which could result in
incorrect data being returned to the application. [#15653]
2. Fixed a bug that left an active file in the buffer pool after a
database create was aborted. [#15918]
3. Fix a bug where there could be uneven distribution of pages if a
single database and multiple cache regions are configured. [#16015]
4. Fix a bug where DB_MPOOLFILE->set_maxsize was dropping the wrong mutex
after open. [#16050]
Mutex Subsystem Changes:
1. Fix a bug where mutex contention in database environments configured
for hybrid mutex support could result in performance degradation.
[#15646]
2. Set the DB_MUTEX_PROCESS_ONLY flag on all mutexes in private
environments, they can't be shared and so we can use the faster,
intra-process only mutex implementations [#16025]
3. Fix a bug so that mutexes are now removed from the environment
signature if mutexes are disabled. [#16042]
Transaction Subsystem Changes:
1. Fix a bug that could cause a checkpoint to selfblock attempting to
flush a file, when the file handle was closed by another thread during
the flush. [#15692]
2. Fix a bug that could cause DB_ENV->failcheck to hang if there were
pending prepared transactions in the environment. [#15925]
3. Prepared transactions will now use the sync setting from the
environment. Default to flushing the log on commit (was nosync).
[#15995]
4. If __txn_getactive fails, we now return with the log region mutex
held. This is not a bus since __txn_getactive cannot really fail.
[#16088]
Utility Changes:
1. Update db_stat with -x option for mutex stats
2. Fix an incorrect assumption about buffer size when getting an overflow
page in db_verify. [#16064]
Configuration, Documentation, Sample Application, Portability and Build
Changes:
1. Fix an installation bug where the Berkeley DB PHP header file was not
installed in the correct place.
2. Merge the run-time configuration sleep and yield functions. [#15037]
3. Fix Handle_DEAD and other expected replication errors in the C++
sample application ReqQuoteExample.cpp. [15568]
4. Add support for monotonic timers. [#15670]
5. Fix bugs where applications using the db_env_func_map and
db_env_func_unmap run-time configuration functions could not join
existing database environments, or open multiple DB_ENV handles for a
single environment. [#15930]
6. Add documentation about building Berkeley DB for VxWorks 6.x.
7. Remove the HAVE_FINE_GRAINED_LOCK_MANAGER flag, it is obsolete in 4.7.
8. Fix a bug in ex_rep, add a missing break which could cause a segment
fault.
9. Fix build warnings from 64 bit Windows build. [#16029]
10. Fix an alignment bug on ARM Linux. Force the assignment to use
memcpy. [#16125]
11. Fix a bug in the Windows specific code of ex_sequence.c, where there
was an invalide printf specifier. [#16131]
12. Improve the timer in ex_tpcb to use high resolution timers. [#16154]
13. Mention in the documentation that env->open() requires DB_THREAD to be
specified when using repmgr. [#16163]
14. Disable support for mmap on Windows CE. The only affect is that we do
not attempt to mmap small read only databases into the mpool. [#16169]
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2.5.0:
- Windows binaries are now cross-built using mingw on Linux
- import various fixes from Python 2.6 version
- Connection has new method iterdump() that allows you to create a script file
that can be used to clone a database
- the docs are now built using Sphinx and were imported from Python 2.6's
sqlite3 module
- Connection.enable_load_extension(enabled) to allow/disallow extension
loading. Allows you to use fulltext search extension, for example ;-)
- Give the remaining C functions used in multiple .c source files the pysqlite_
prefix.
- Release GIL during sqlite3_prepare() calls for better concurrency.
- Automatically download the SQLite amalgamation when building statically.
2.4.1:
- Made unicode strings for the database parameter in connect() work again
- Removed bad defaults from setup.cfg
2.4.0:
- Implemented context managers. pysqlite's connections can now be used as
context managers with Python 2.5 or later:
from __future__ import with_statement
from pysqlite2 import dbapi2 as sqlite
con = sqlite.connect(":memory:")
con.execute("create table person (id integer primary key, firstname varchar unique)")
# Successful, con.commit() is called automatically afterwards
with con:
con.execute("insert into person(firstname) values (?)", ("Joe",))
# con.rollback() is called after the with block finishes with an exception, the
# exception is still raised and must be catched
try:
with con:
con.execute("insert into person(firstname) values (?)", ("Joe",))
except sqlite.IntegrityError:
print "couldn't add Joe twice"
- pysqlite connections can now be created from APSW connections. This enables
users to use APSW functionality in applications using the DB-API from
pysqlite:
from pysqlite2 import dbapi2 as sqlite
import apsw
apsw_con = apsw.Connection(":memory:")
apsw_con.createscalarfunction("times_two", lambda x: 2*x, 1)
# Create pysqlite connection from APSW connection
con = sqlite.connect(apsw_con)
result = con.execute("select times_two(15)").fetchone()[0]
assert result == 30
con.close()
Caveat: This will only work if both pysqlite and APSW are dynamically
linked against the same SQLite shared library. Otherwise you will
experience a segfault.
- Fixed shuffled docstrings for fetchXXX methods.
- Workaround for SQLite 3.5.x versions which apparently return NULL for
"no-operation" statements.
- Disable the test for rollback detection on old SQLite versions. This prevents
test failures on systems that ship outdated SQLite libraries like MacOS X.
- Implemented set_progress_handler for progress callbacks from SQLite. This is
particularly useful to update GUIs during long-running queries. Thanks to
exarkun for the original patch.
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2008-09-05 Mikio Hirabayashi
* tcutil.c (tcmapaddint, tcmapadddouble): checking data size was added.
- Release: 1.3.8
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oriented interface to databases like DBIx-Class is for Perl. It is quite
extensible and widely deployed.
It contains compilers for a number of database engines which are used
only if they're requested explicitly, nevertheless the package offers to
depend on some of them explicitly as requested by
PKG_OPTIONS.py-sqlalchemy.
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Tokyo Cabinet is a library of routines for managing a database. The database is
a simple data file containing records, each is a pair of a key and a value.
Every key and value is serial bytes with variable length. Both binary data and
character string can be used as a key and a value. There is neither concept of
data tables nor data types. Records are organized in hash table, B+ tree, or
fixed-length array.
This package provides Ruby binding of Tokyo Cabinet.
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Tokyo Cabinet is a library of routines for managing a database. The database is
a simple data file containing records, each is a pair of a key and a value.
Every key and value is serial bytes with variable length. Both binary data and
character string can be used as a key and a value. There is neither concept of
data tables nor data types. Records are organized in hash table, B+ tree, or
fixed-length array.
This package provides Perl binding of Tokyo Cabinet.
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Tokyo Cabinet is a library of routines for managing a database. The database is
a simple data file containing records, each is a pair of a key and a value.
Every key and value is serial bytes with variable length. Both binary data and
character string can be used as a key and a value. There is neither concept of
data tables nor data types. Records are organized in hash table, B+ tree, or
fixed-length array.
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