Google has revealed details of two critical-risk vulnerabilities and some lesser issues it says are fixed.
The critical patches relate to buffer overrun vulnerabilities that could have let a remote attacker execute arbitrary software on a Chrome user's computer, said Mark Larson, a Google Chrome program manager, in a mailing list posting on Monday afternoon.
The first patch fixed a vulnerability in handling long file names, called the SaveAs vulnerability, and the second a vulnerability in dealing with the website addresses displayed in Chrome's status area when the user hovers over a link.
Larson also established a Google Chrome Releases blog for announcements and release notes relating to Chrome. The company had said earlier it was working on a way to release that information, in part after people requested such notes after Google started automatically updating Chrome browsers without saying what exactly was in the update.
Google fixed two lesser security issues, too. First was an issue in which typing "about:%" in the address bar could crash the computer. The problem also meant that a web page with that text as a hyperlink could crash the browser if a user hovered the mouse pointer over the link. Second was to prevent the user's desktop from being the default download directory to mitigate "the risk of malicious cluttering of the desktop with unwanted downloads, which can lead to executing unwanted files", Larson said.
Other fixes addressed non-security issues: a JavaScript problem with Facebook; a problem suggesting search terms while using various websites; and some data-transfer issues with the Safe Browsing mode.
For full coverage of the Google Chrome launch, see ZDNet.co.uk's roundup.

An update to Google Chrome means the browser can head off a particular technique that previously could crash the browser






Talkback
I find it hard to believe after all this time there are still buffer overrun situations in supposedly professional software.
I learned the hard way on the original BBC Model B when trying some assembly programming.