-<p>At work, we have a few hundred Linux servers, and with that amount
-of hardware it is important to keep track of when the hardware support
-contract expire for each server. We have a machine (and service)
-register, which until recently did not contain much useful besides the
-machine room location and contact information for the system owner for
-each machine. To make it easier for us to track support contract
-status, I've recently spent time on extending the machine register to
-include information about when the support contract expire, and to tag
-machines with expired contracts to make it easy to get a list of such
-machines. I extended a perl script already being used to import
-information about machines into the register, to also do some screen
-scraping off the sites of Dell, HP and IBM (our majority of machines
-are from these vendors), and automatically check the support status
-for the relevant machines. This make the support status information
-easily available and I hope it will make it easier for the computer
-owner to know when to get new hardware or renew the support contract.
-The result of this work documented that 27% of the machines in the
-registry is without a support contract, and made it very easy to find
-them. 27% might seem like a lot, but I see it more as the case of us
-using machines a bit longer than the 3 years a normal support contract
-last, to have test machines and a platform for less important
-services. After all, the machines without a contract are working fine
-at the moment and the lack of contract is only a problem if any of
-them break down. When that happen, we can either fix it using spare
-parts from other machines or move the service to another old
-machine.</p>
-
-<p>I believe the code for screen scraping the Dell site was originally
-written by Trond Hasle Amundsen, and later adjusted by me and Morten
-Werner Forsbring. The HP scraping was written by me after reading a
-nice article in ;login: about how to use WWW::Mechanize, and the IBM
-scraping was written by me based on the Dell code. I know the HTML
-parsing could be done using nice libraries, but did not want to
-introduce more dependencies. This is the current incarnation:</p>
-
-<pre>
-use LWP::Simple;
-use POSIX;
-use WWW::Mechanize;
-use Date::Parse;
-[...]
-sub get_support_info {
- my ($machine, $model, $serial, $productnumber) = @_;
- my $str;
-
- if ( $model =~ m/^Dell / ) {
- # fetch website from Dell support
- my $url = "http://support.euro.dell.com/support/topics/topic.aspx/emea/shared/support/my_systems_info/no/details?c=no&amp;cs=nodhs1&amp;l=no&amp;s=dhs&amp;ServiceTag=$serial";
- my $webpage = get($url);
- return undef unless ($webpage);
-
- my $daysleft = -1;
- my @lines = split(/\n/, $webpage);
- foreach my $line (@lines) {
- next unless ($line =~ m/Beskrivelse/);
- $line =~ s/&lt;[^>]+?>/;/gm;
- $line =~ s/^.+?;(Beskrivelse;)/$1/;
+<p>I spent Monday and tuesday this week in London with a lot of the
+people involved in the boot system on Debian and Ubuntu, to see if we
+could find more ways to speed up the boot system. This was an Ubuntu
+funded
+<a href="https://wiki.ubuntu.com/FoundationsTeam/BootPerformance/DebianUbuntuSprint">developer
+gathering</a>. It was quite productive. We also discussed the future
+of boot systems, and ways to handle the increasing number of boot
+issues introduced by the Linux kernel becoming more and more
+asynchronous and event base. The Ubuntu approach using udev and
+upstart might be a good way forward. Time will show.</p>
projects / homepage.git / blobdiff