We all know and love table of processes or simply top. Its a common admin tool. I found a derivitive that I like better. All hail htop.

Everything is broken.
I know it sounds bad, but try it. It really works.
I got this list from here. I just wanted to post this list here in case it goes away one day.
I had read about the transparent compression that zfs offers. I wanted to verify it so I did, and sent my results off.
As we all know no experiment is valid unless verifiable. I wanted be sure that the transparent compression was actually working so I set up a sample zfs volume and purposefully made some files that i knew would compress really well. I grabbed their sizes, transferred them to another machine without zfs, and compared the size. It works.
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1. Create the zfs filesystem
root@machine1:~# zfs create rpool/ztest
root@machine1:~# zfs set mountpoint=/ztest rpool/ztest
as soon as you do this /ztest shows up in the filesystem
root@machine1:~# ls /ztest/
2. enable compression and set it use gzip at level 6 (default)
root@machine1:/ztest# zfs set compression=gzip rpool/ztest
3. create some files you know will compress well
time for i in $(seq 1 3); do echo -n “file${i} “; echo $(seq 1 10000000) >> file${i} 2>&1; done
4. check the compression ratio
root@machine1:/ztest# zfs get compressratio rpool/ztest
NAME PROPERTY VALUE SOURCE
rpool/ztest compressratio 3.69x –
5. verify the compression is working by transferring the file to a machine without such an awesome FS, and checking the filesize there
root@machine1:/ztest# du -sh file1
23M file1
scp -rvp /ztest/file1 root@machine2:/root/file1
root@machine2]# du -sh file1
83M file1
Conclusion: transparent compression is working, and working rather well on a file I made to be easily compressed.
I lost more hours than I can count playing this game.
https://youtu.be/gKLRksGedOI
I have been using Miro for a while now. Some of my favorite things to watch are things that would never make it to the ol’skool TV, but I think Stump the Chef has a shot. The theme of the show is as follows: The chef is presented with three seemingly random ingredients. He then has to take these three random ingredients, and mold something that the panel of three judges would pass as not only edible, but actually good. The difficulty of this task is usually exacerbated by how terribly the three ingredients would mesh traditionally. I really like the idea, its the kind of edutainment I wish was around when I was a TV watching kid. What do you think?
edit 01/2021 – miro is long gone but here are the stump the chef videos:
https://www.dailymotion.com/stumpthechef
I should have known about this for a while, but I recently learned that I could use seq to generate a sequence of numbers. It has options for doing things like only outputting even numbers in the generated sequences, and more. Great for used in bash loops.
This is a test post with the iPhone app. Already I can see that one would need to be pretty bored to use this everyday. Typing with the iPhone keyboard, while not too hard; became a chore before this post was done.
Basically I just backed up my data and followed the instructions on the wordpress site. It seems to be all good.
Stateless Linux sounds like a great idea for those of us that have many systems with similar configurations to manage. If you have never heard of the idea RTFM. I have stateless linux almost working here at my house. Here are the steps that I followed thus far.
on server system:
yum -y install cobbler
configure cobbler to manage dhcpd and start it
download Fedora 9 DVD ISO
sha1sum the iso to make sure the checksums match
mount the iso somewhere with the -o loop option eg. mount -o loop Fedora9.iso /media
import the distro into cobbler eg. cobbler import –mirror=/media/ –name=Fedora9
cp /sbin/lspci to /usr/sbin/lspci (if you skip this anaconda fails later under fedora 9)
mkdir -p /export/NFSroots/F9/
install os image into that directory eg. anaconda –headless -r /export/NFSroots/F9/ -m http://black/cobbler/ks_mirror/Fedora9/ –kickstart /var/lib/cobbler/kickstarts/f9base.ks
chroot into newly created environment
update environment (yum -y update)
create initrd
edit /etc/sysconfig/readonly-root
exit chroot
create cobbler distro
create cobbler profile
create cobbler system
on client system:
boot from lan.