Friday, October 22, 2010
PostgreSQL 9.0 Final Release Available Now!
Posted by press@postgresql.org
PostgreSQL 9.0 is here! The PostgreSQL Global Development Group announces the availability of our most eagerly awaited release. PostgreSQL 9.0 includes built-in, binary replication, and over a dozen other major features which will appeal to everyone from web developers to database hackers.
9.0 includes more major features than any release before it, including:
Hot standby
Streaming replication
In-place upgrades
64-bit Windows builds
Easy mass permissions management
Anonymous blocks and named parameter calls for stored procedures
New windowing functions and ordered aggregates
... and many more. For details on the over 200 additions and improvements in this version, developed by over a hundred contributors, please see the release notes.
"These kinds of feature additions continue to make a strong case for why mission-critical technology tasks can continue to depend on the power, flexibility and robustness of PostgreSQL,” said Afilias CTO Ram Mohan.
More information on PostgreSQL 9.0
Tuesday, April 6, 2010
NEW • Development Release: Mandriva Linux 2010.1 Beta 1
NEW • Distribution Release: Red Hat Enterprise Linux 5.5
Friday, March 26, 2010
NEW • Distribution Release: Sabayon Linux 5.2
Wednesday, March 24, 2010
NEW • Development Release: Ubuntu 10.04 Beta 1
NEW • BSD Release: FreeBSD 7.3
Monday, March 15, 2010
PHP 5.3.2 Release Announcement [04-Mar-2010]
Security Enhancements and Fixes in PHP 5.3.2:
Improved LCG entropy. (Rasmus, Samy Kamkar)
Fixed safe_mode validation inside tempnam() when the directory path does not end with a /). (Martin Jansen)
Fixed a possible open_basedir/safe_mode bypass in the session extension identified by Grzegorz Stachowiak. (Ilia)
Key Bug Fixes in PHP 5.3.2 include:
Added support for SHA-256 and SHA-512 to php's crypt.
Added protection for $_SESSION from interrupt corruption and improved "session.save_path" check.
Fixed bug #51059 (crypt crashes when invalid salt are given).
Fixed bug #50940 Custom content-length set incorrectly in Apache sapis.
Fixed bug #50847 (strip_tags() removes all tags greater then 1023 bytes long).
Fixed bug #50723 (Bug in garbage collector causes crash).
Fixed bug #50661 (DOMDocument::loadXML does not allow UTF-16).
Fixed bug #50632 (filter_input() does not return default value if the variable does not exist).
Fixed bug #50540 (Crash while running ldap_next_reference test cases).
Fixed bug #49851 (http wrapper breaks on 1024 char long headers).
Over 60 other bug fixes.
For users upgrading from PHP 5.2 there is a migration guide available here, detailing the changes between those releases and PHP 5.3.
Further information and downloads:
For a full list of changes in PHP 5.3.2, see the ChangeLog. For source downloads please visit our downloads page, Windows binaries can be found on windows.php.net/download/.
Thursday, March 11, 2010
Welcome to 4G
(from cnet dot com)
Fourth-generation technology, or 4G, is gaining traction and carriers are promising even faster data speeds.
So what is 4G?
To start, think of wireless technology as a family that gets faster with each generation. Second-generation (2G) networks were faster than the original first-generation wireless technology; third-generation (3G) is faster than 2G; and 4G is faster than 3G. Speed is important for data transmission (not so much for voice) because a faster network lets you do more with your phone. The 3G networks that we use today allow us to stream video, download music tracks and other large files, and surf the Web on full HTML browsers. Think of it like moving from a dial-up Internet connection to cable or DSL--suddenly you could do more with your computer and do it faster.
That's why it's easiest to think of 4G not in terms of what it is, but rather in terms of what it can do. While 3G offers data speeds of about 1.5 to 2 megabits per second (Mbps), 4G will double that--and it could go even faster. It's important to remember, however, that promises are just that. As any iPhone user can tell you, 3G speeds can vary widely in everyday use, so 4G performance won't always be perfect.
Types of 4G
Just as there are different types of 3G (EV-DO, UMTS, and HSDPA) there are two main types of 4G. I'll tell you the basics, but before we start it's important to note that 4G more or less marks the end of the traditional CDMA/GSM divide. Carriers can choose which technology they're going to employ--they aren't limited by what they're using now. That's why you'll get Verizon Wireless and AT&T both choosing the same 4G solution. They won't necessarily be interoperable, but they will be similar.
LTE
LTE, aka long-term evolution, is the natural outgrowth of current 3G technologies. As it has an all-IP architecture, it treats everything it transmits, even voice, as data. Verizon Wireless and AT&T have chosen LTE, and it's expected that T-Mobile will go that way as well. At the time of this writing, no commercial LTE devices are available in the U.S. market, though we expect to see announcements later this month at the annual CTIA show in Las Vegas.
Verizon said Monday that LTE testing in Seattle and Boston has gone well and that it will bring the technology to 25 to 30 markets this year. According to the carrier, its network is capable of download speeds of 40Mbps to 50Mbps and upload speeds of 20Mbps to 25Mbps. Average speeds, however, will more likely range from 5Mbps to 12Mbps for downloads and 2Mbps to 5Mbps for uploads.
In contrast, AT&T is a bit further behind. The carrier announced in February that it will begin LTE testing later this year and will deploy commercial networks in 2011. So, at least for the time being, don't get your hopes up that a 4G-capable iPhone will arrive at AT&T this summer. T-Mobile will be playing catch up for some time, too. Last month at the Mobile World Congress, T-Mobile CTO Cole Brodman said the carrier will expand its HSPA+ network to more U.S. cities this year. Though Brodman billed it as 4G technology, HSPA+ is an advanced 3G technology.
WiMax
In contrast to LTE, WiMax, which stands for Worldwide Interoperability for Microwave Access, isn't an evolution of current cellular systems. Rather, it's more related to current Wi-Fi technology. The initial version for mobile use is based on the 802.16e wireless standard (Wi-Fi is 802.110). It has potential for very long range transmission (up to 30 miles) and could offer speeds of about 10Mbps.
Sprint is the only U.S. carrier to adopt WiMax, but for now the carrier's network is more widely available than LTE. Sprint and Clearwire have a WiMax network in 27 cities with at least eight more slated for the first half of this year. Sprint is promising average speeds of 3Mbps to 6Mbps with peak speeds up to 10Mbps. The carrier also has no 4G phones for now, but it introduced a WiMax-capable router last January at CES. And we expect to see it roll out some real 4G phones at CTIA.
