Quite a few colleagues and friends were interested in the LaTeX template I used for my theses. As it clearly evolved during the last years, my diploma looks quite different, though :)
For those who are interested: I just created a new webpage where you can download the archive. It contains both the LaTeX sources and LyX files. Feel free to use or modify them. I’d also be very happy to also receive comments or modifications!
Have fun :)
That perfectly describes … life.
I should really stick to resolutions I made: do not (in any case) read business mails on the weekend or in the free time!
I finally decided to move my gallery to a (more specialised) service provider. Maybe you already noticed the new naming scheme. Even though Menalto Gallery is a great piece of software, I wanted to have an easy-to-use, safe solution that does not require manual software updates or upgrades to be installed. I’m getting lazy, I know :)
So, the new gallery is still reachable via http://phbaer.net/gallery/ but it will be redirected to http://photos.phbaer.net/. Unfortunately, SmugMug offers no secured connections to the user galleries. You will further need to enable JavaScript, just in case you deactivated it.
Please do not be alarmed by the new domain name of missing capabilities of the new service. I hope you still enjoy browsing through my collection and do not hesitate to comment or rate the pictures! :)
Yesterday, I unintentionally deleted the (master) ext4 superblock of one of my (virtual) server’s partitions by accidentally executing
pvcreate <device>
Only some seconds later, I realised that I definitively chose the wrong lvm volume. Some more minutes later, I found out that this can be (partly) reverted by letting e2fsck recreate the master superblock by first going through the information stored in one of the backup superblocks. Their locations can be calculated by mke2fs, given the parametrisation is still known. Given, as in most cases no custom values were used, the list of backup superblocks is revealed by running
mke2fs -n <device>
The -n argument makes e2fsck carry out a dry run only. Finally, the master superblock is restored by issuing
e2fsck -p <backup superblock offset> <device>
Some error messages will be displayed and some corrections will be carried out. In the end, however, I got back a fully functional filesystem with all the data … at least it seems so :)