How to make (whatever) Linux have a nice bash shell with my favorite aliases

This is a newer version of my post How to make Ubuntu have a nice bash shell like OpenSuSE which should supersede it. I keep coming back to this topic, and think that the right way to do this is:

touch ~/.bash_aliases

vim ~/.bash_aliases

alias ll='ls -la'
alias ..='cd ..'

And then alter .bashrc to include this aliases file:

vim ~/.bashrc

At the end of the file, insert this:

if [ -f ~/.bash_aliases ]; then
    . ~/.bash_aliases
fi

Finally, reload bash with this:

source ~/.bashrc

The other change I always make is to edit /etc/inputrc and make the history search keys the PgUp key.

sudo vim /etc/inputrc

Find # "\e[5~": history-search-backward and uncomment it

New Fedora KDE Spin: re-do power saving setting

There is a bug in my AMD Ryzen 1700 which manifests on Linux during power sleep states. Now that I’m on Fedora KDE Spin, I need to implement it again. Fedora KDE Spin does startup scripts a little differently than the previous systems I’ve used before.

Previously, I’d used /etc/init.d/

Well, Fedora KDE Spin doesn’t use that; it uses Systemd and systemctl

As root:

cd /etc/systemd/system

vim set_c6_acpi_state_disabled.service

Paste in the following:

[Unit]
Description=Set C6 ACPI State Disabled
After=network.target

[Service]
Type=simple
ExecStart=/usr/bin/python3 /home/bazoozle/zenstates.py --c6-disable

[Install]
WantedBy=multi-user.target

Technically, I don’t need to wait until after the network is started to run the zenstates.py python script. But it isn’t obvious what would be the equivalent to @reboot in a crontab.

Then we do this:

systemctl start set_c6_acpi_state_disabled.service

systemctl enable set_c6_acpi_state_disabled.service

Migrated from Manjaro to Fedora KDE Spin on my main machine

Around six months ago, I migrated my main machine to Manjaro, as mentioned here. I liked it, and I liked it enough that I also switched to using it as my home media PC / alarm clock.

It has been great, using it as my alarm clock. I don’t think I’ve been happier with my alarm clock setup, ever. The interface of using KAlarm is super easy, and as a proper calendar ought to, it can handle “second Sunday of the month” or “on the 15th of the month” events (for example). That Manjaro hooks into the high-quality audio on the soundbar I use on my television, makes the music it plays a joy to wake up to.

Alas, on my main machine, I drive Manjaro harder, and it crashes.

Of course, I have a lot more installed on my main machine. I do more with ImageMagick, Tesseract OCR, The GIMP, Kdenlive, and Mozilla Thunderbird. Although I have webmail, my primary interface to my mail server is Thunderbird. I like Thunderbird enough that I do a monthly donation to the project to help keep it going.

Both machines have the Nextcloud client on them; that’s how I get the MP3 files to the alarm clock PC. But I tend to do more file organizing on my main machine than on the alarm clock PC.

I don’t do Discord on the alarm clock PC, and I do on my main PC.

The problem I was experiencing with Manjaro was that I’d click on something, and then Manjaro would crash to reboot.

The crash to reboot would happen maybe twice or thrice a week. This last Sunday, it did again, and that was the straw that broke the camel’s back, so-to-speak.

What to move to? Although OpenSuSE has always been super stable, I still dislike how woke they’ve gone. Also, the last time I tried to install from an ISO of theirs, there was definitely something broken in the image.

I decided to try the Fedora KDE Spin. So far, I like it. It did present a couple of problems, however.

The first was that after I rebooted, I changed /home to mount to my second hard drive and I rebooted again. I could not log in as me. I could log in as root, but attempting to log in as me failed. In the journalctl the message was that an attempt to cd to my home drive failed, due to permissions.

I was fortunate that (logged in as root) the very first search I did found a Stack Overflow article which showed that the /home ownership had the wrong owner. I wish I could find that article now, so I could link to it. Anyway, the solution was:

restorecon -Rv /home

from the command line. I was already logged in as root, so I didn’t need sudo. If I could have gotten logged in as me, I wouldn’t have needed restorecon.

The second problem was that Firefox does not come with all the codecs for playing multimedia preinstalled. Manjaro did this beautifully. OpenSuSE is like Fedora this way, but it is easier to solve on OpenSuSE.

I ended up having to do a Firefox Refresh, which is less than fun. All my Multi-Account Containers now need to be redone, and I have a lot of them.

There are only two things that I don’t like about moving to this Fedora KDE spin.

One is that I have two monitors, and every time I move the mouse between them, something in KDE Plasma wants to “stick” the mouse cursor to the boundary between the two. I have to push the mouse an extra bit, to push past the current monitor and to the next one. I haven’t taken the time to find out if there is an easy fix for this, but I suspect that there is.

The other is that in Thunderbird, apparently Tools > Message Filters are stored in the Thunderbird directory and not in my user profile. This isn’t Fedora’s fault; it is something in Thunderbird.

I did choose to install the non-Flatpak version of Thunderbird, because I don’t like Flatpak. I have no idea if me keeping everything in my /home on a separate hard drive plays nice with Flatpak. Admittedly, I have not done the research. But it seems to me that when one changes distributions with significantly different packaging (rpm versus deb versus tar) that Flatpak would be a problem. I don’t know, but I doubted that Flatpak was the universal image for all Linux’s forever. Wasn’t Snap supposed to be that? (I don’t like Snap, either).

Anyway, I had more than 30 message filters, some with 20 email addresses in them, for filtering my mail into folders. Those message filters are gone. Rats!

I am thrilled to find the Thunderbird Add-On quickFilters which is delightful.

I do like how Fedora KDE Spin puts the OK and Open buttons in the upper-right corner of dialog boxes instead of the lower right.

I’m giving up on Apple HomeKit

My setup for Apple HomeKit was an iPad, a HomePod Mini, and my personal iPhone. The iPad was where I would configure Shortcuts > Automation > Personal Automation, which would light up Bluetooth and play playlists. My goal was to replace my Amazon gear as my home alarm clock. The Amazon Echo system started well, but enshitification happened, and I removed all that gear from my life.

The HomeKit solution mostly worked, except when it didn’t. The iPad would, once in a while, simply register an error instead of doing the automation task. It can be a real bummer when your alarm clock doesn’t go off. I lived with the poor behavior because it only happened every week or two or so. But I had a nagging feeling that long term, this is not going to be acceptable to me. Computers can be reliable, and I’m not willing to pay Apple’s price for an Apple TV. I think I confused the Mac Mini with the Apple TV; the Apple TV is about the same price as what I went with later.

Speaking of which, I’ve abandoned the low quality competitor, too: my Roku Ultra is powered off and headed for the scrap heap.

The thing that kicked my ass into gear on abandoning HomeKit was the most recent upgrade of iPadOS. I forget if it was 18.1 or 18.2, but after the upgrade, all my playlists were empty. The MP3 files are still on the iPad, but the playlists I’d programmed into Apple Music were empty. Would I like to add my music from the Apple iTunes store? Go kick rocks. I copied the MP3 files to the box for a reason.

So now I have a choice: recreate the playlists on a box I don’t think is going to work out in the long run, or, start over on something new.

I chose to start over on something new.

Nicely enough, my brother gave me a great Christmas gift last year: the Morefine M8S N100 Alder Lake PC. My brother specifically looked for one of these because a reviewer he listens to said this small form factor PC is one of the quietest boxes with active cooling, and specifically is Linux compatible. I wiped Windows off of it and installed Manjaro Linux, just like my main desktop. The HDMI on it drives my television (monitor) and I use Bluetooth to connect to the soundbar.

As mentioned in the Home alarm clock: no progress post, I’m not having success running it headless. So why not go whole hog in the other direction? I have a work-around: turn the display panel off. I have to use the TV remote to pull up the menu which lets me power down the display panel. If I want to see the screen again, I use the remote. Other than that, the Morefine M8S is a normal Linux desktop driving a television set, and the television set never turns off (well, the electronics driving the tuner / HDMI ports, at least). This also lets me use Rumble as a YouTube replacement, with a wireless mouse and keyboard from my bed. But I digress.

I’m using KAlarm to run commands on a schedule. The commands are:

vlc --intf dummy /path/to/music/playlist.file

And so far, it hasn’t failed to play an alarm yet.

A bonus feature I didn’t expect: the alarm music sounds better. Of course it does, an iPad playing an MP3 to a soundbar doesn’t do 5.1 stereo; but Manjaro on the Morefine M8S does know how to send that type of stream over Bluetooth. My guess is that Apple was nerfing the MP3s in favor of AAC from the Apple iTunes store; I don’t know. But I do know that the new setup simply sounds way better.

And a future bonus feature will be that I could write a Perl script to replace the contents of the .pls or .m3u files if a desire for variety should strike me.

The only downside has been that the HomePod Mini is now kind of useless. It was nice, having the automation on the iPad to be able to play something in either the soundbar in my bedroom (mornings and evenings) or the HomePod Mini in the living room near my main PC (lunch break times).

I am going to flash a Raspberry Pi with Homebridge, but I don’t know if that will let me send a VLC stream to the HomePod.

Still, I have a great setup for watching Rumble or such while I fold my laundry, listen to a podcast to fall asleep to, and I have faith that my alarms will no longer fail me.

Manjaro fresh install – oof, things changed

I’m playing the new Factorio Space Age game, and so far I like it. One thing that has bothered me though is that it is not as smooth on Manjaro as it was on OpenSuSE. So I went looking for tweaks to fix things, and even get to a point where gamemode doesn’t work (cannot adjust CPU speed), and that may be due to a missing BIOS upgrade. Wow, talk about going down the rabbit hole.

Previously, I would install an OS, then mount my second hard drive as /home, and reboot. With this process, all the software I install later is pre-configured: they already have their config files in place from the previous OS.

One of the changes I made was to switch from legacy BIOS mode to UEFI BIOS mode. So I thought that a complete fresh installation of Manjaro was the best chance for success.

I did install some software prior to mounting my second hard drive as /home.

Things went pretty well, except for one thing: Manjaro uses Z shell (Zsh) instead of bash. Man, Zsh broke a lot of the terminal I use (Konsole).

When I tried to uninstall Z shell in the package manager, it barked at me with “removing zsh breaks dependency 'zsh' required by manjaro-zsh-config“

Okay, I uninstalled manjaro-zsh-config first.

Then trying to uninstall Z shell barks at me with “removing zsh breaks dependency 'zsh' required by manjaro-kde-settings“. Sigh. This will likely get rid of more than I’d like it to, but here I go….

Although I have successfully uninstalled Z shell, my terminal key bindings are still all fucked up. The <home> key doesn’t take me to the beginning of the line; the <end> key doesn’t take me to the end of the line. Sometimes the <end> key inserts a tilde (the ~ key).

Logged in as root, this sets me back to (a) default:

cat > /etc/inputrc << "EOF"
# Begin /etc/inputrc

# Make sure we don't output everything on the 1 line
set horizontal-scroll-mode Off

# Enable 8bit input
set meta-flag On 
set input-meta On

# Turns off 8th bit stripping
set convert-meta Off

# Keep the 8th bit for display
set output-meta On

# none, visible or audible
set bell-style none

# All of the following map the escape sequence of the 
# value contained inside the 1st argument to the 
# readline specific functions

"\eOd": backward-word
"\eOc": forward-word

# for linux console
"\e[1~": beginning-of-line
"\e[4~": end-of-line
"\e[5~": beginning-of-history
"\e[6~": end-of-history
"\e[3~": delete-char
"\e[2~": quoted-insert

# End /etc/inputrc
EOF

Bad news is, I’m still getting nothing for the <home> key, and a tilde for the <end> key.

And I cannot tell why. Clearly, something other than /etc/inputrc and ~./bashrc are at play here.

I did get switched to Wayland, instead of X11. Factorio does seem smoother now. That is what I really wanted.

A web page, scrolling quickly (Firefox on Amazon), did spontaneously crash to reboot. Oof, that’s bad. Thankfully, I didn’t have anything else running which suffers from catastrophic failure of a spontaneous reboot.

Proxmox copy of WordPress virtual machine – changing the siteurl

I’ve gone into Proxmox and cloned a WordPress machine to a new machine. I configured DNS and DHCP to assign a new host name for the machine; now I need to get WordPress to understand that too.

Because WordPress stores the site URL inside the database, this means running a MySQL query.

The problem is that the old WordPress site (because that is what is in the new machine’s database) keeps telling Apache to serve up the pages from the old machine. So everything on the new machine will need to resolve at https://tratest.example.com but because WordPress is going to its database to find out where everything is, as soon as the page loads, it tries to go to https://aawp.example.com

That machine is powered off in Proxmox, so obviously nothing works.

Can’t really use any tools inside WordPress to do the search-and-replace, so I need something outside of WordPress. I generally do not install phpMyAdmin, because 1) it is extra work to configure Apache to serve up a different website just for this one function, and 2) that becomes just one more place a bored 14 year old might try to break in. If I don’t need it, why put it out there?

So let’s try some MySQL queries from the command line.

UPDATE wp_options SET option_value = replace(option_value, 'https://aawp.example.com', 'https://tratest.example.com') WHERE option_name = 'home' OR option_name = 'siteurl';

Nice! I did a restart of Apache, and now the new machine at the new domain name serves up the content from the cloned machine. I know that this worked because the old machine in Proxmox is still powered off.

There are also several other changes I made:

hostnamectl set-hostname tratest.example.com
edited /etc/hosts and copied the 127.0.1.1 entry to 127.0.2.1 and added the new host name, per Change host name and domain
edited the Apache .conf file in /etc/apache2/sites-available/ and replaced the ServerName entry

Let’s Encrypt for my internal domain

It is time to renew my wildcard SSL certificate for an internal domain I have, and here are the steps I went through to solve it. When I say internal domain I’m referring to a DNS domain that exists on the public Internet, but which wholly and only points to the IP address of my home broadband router. That router has pass-through enabled, so that essentially, my pfSense box is my presence on the Internet for everything inside my home.

I turned off HAProxy so that pfSense wouldn’t be sending the challenge traffic to the only internal server I put out there. The internal server, Nextcloud, doesn’t play nice with others; in order to keep things consistent, they want it to be an appliance where the only stuff running on the box is their code. Okay, I get that. This wouldn’t be so annoying if it wasn’t bug-riddled junk that is in a huge rush to implement new features. Can you say “AI”? But I digress.

I created a new Linode API key in case the problem was that the old API key didn’t have access. Well, the first new key had the wrong selector, and resulted in “Your OAuth token is not authorized to use this endpoint”.

The problem is that the pfSense script is trying to generate a challenge key and insert it into a web server that doesn’t exist. The pfSense web admin portal is that web server. When I turned off HAProxy, that should have opened it up. It did, but I couldn’t tell because the Linode API key was wrong.

Okay, maybe I need to log in to the pfSense box and manually use a generated challenge key? How to log in to the pfSense box? When was the last time I did that?

Here’s a convenient command:

 history | awk '{$1="";print substr($0,2)}' | grep "ssh " | grep -v history | sort | uniq

We run the output of the history command through awk to remove line numbers, then search for "ssh " (the trailing space omits ssh-copy-id and such), run that through sort, and run that through uniq. Et voilà, and I have a list of all twelve boxes I’ve logged in to since history.

Sigh: pfSense isn’t one of them.

But this was a good exercise: I did get logged into pfSense, and did find the “Your OAuth token is not authorized to use this endpoint” problem.

I deleted the previous Linode v4 API certificate specifications, and it worked.

Time to turn HAProxy back on.

Okay, the short form is:

Generated a new Linode API access token with Domain read/write access
- This probably won’t be required if the access token hasn’t expired.
pfSense > Services > HAProxy > Settings > disable and apply
pfSense > Services > Acme > Certificates > pick certificate and Edit > delete the Domain SAN list entry > Add a new Domain SAN list entry with the new Linode API access token > Save
pfSense > Services > Acme > Certificates > pick certificate and hit Renew
Do the other certificate in the list
pfSense > Services > HAProxy > Settings > Enable and apply

WordPress copy to test environment

I’m a fan of Tenets of IT

Number 15 of which is “Everyone has a test environment, not everyone is lucky enough to have a separate production environment.”

Heh.

This post will be how I copied a production web site to a test environment.

Prerequisites are:

A virtual machine server
A domain name
A wildcard certificate for that domain name

In my case, for the virtual machine server, I bought a used Lenovo Tiny PC from Amazon, loaded it up with RAM and installed Proxmox on it.

I had bought a domain name, really for my Nextcloud instance, but I can also use it for my home lab.

I have a firewall, which can get SSL certificates from the EFF project Let’s Encrypt, via the certbot / acme protocol. I went through the trouble to get a wildcard certificate, so that any box in my domain name can be SSL protected.

The basic steps

Prepare the new machine
Install WordPress
Export WordPress “production” and import to “test”
.
.
.
Profit!

Prepare new machine

Install Debian
Add vim and other configurations
Change host name and domain
Add ssh key login
Install Apache and MariaDB
Install WordPress
Update Apache enabled sites to include SSL
Update Apache default Debian setting
Install one WordPress plugin to import the export
A note about ASE (Admin Site Enhancements)

Install Debian

This was a Proxmox step, and I think I did it from a .ISO file

Add vim and other configurations

apt-get install vim

In my most recent build, vim was preinstalled

update-alternatives --config editor

option 2 was what set vim to my system default

vim ~/.bashrc

Find the aliases I want and add them, uncomment them, etc. I always add:

alias ..='cd ..'
PS1="\[\033[0;32m\]\u\[\033[0;37m\]@\[\033[0;35m\]\h \[\033[0;34m\]\W\[\033[0;31m\]\$\[\033[0m\] "

vim /etc/inputrc

Find # "\e[5~": history-search-backward and uncomment it

Change host name and domain

I should mention that in my home firewall, it is also my local DNS resolver. So inside there, I have server1.example.com mapped to the IP address Proxmox gave to my new virtual machine (Proxmox got it from my DHCP server).

hostnamectl set-hostname server1.example.com

vim /etc/hosts

In here, I added an entry for 127.0.1.1 which maps the fully qualified host and domain name to the host. So for example, 127.0.1.1 server1.example.com server1

The address 127.0.1.1 is specified because Apache will try to identify the site by name (later). Everything in the 127.x.x.x maps to the local machine, so they all go to the same place. But having it as 127.0.1.1 stops a duplication conflict with 127.0.0.1 for localhost

Add ssh key login

ssh-copy-id root@server1.example.com

Never, in production, would I be commonly logging in as root. But this is a test / play environment, and I find the process cumbersome to set up an alternative user, and then have to be constantly doing a su - (switch user) to root. Since this is in my home lab and not visible on the public Internet, this is not so much a risk. And … before I really try anything screwy, I can take a Proxmox snapshot.

Another thing I run into, is that because I can rip and replace virtual machines easily, I tend to have to delete old entries from the ./ssh/known_hosts file.

ssh-keygen -R "server1"

Install Apache and MariaDB

Essentially, I am following the instructions here at Rose Hosting

One change I make is that immediately after installing MySQL, I run the process to secure the MySQL installation:

mysql_secure_installation

Yes, I set the switch to unix_socket authentication. I have zero need for MySQL to authenticate across a network. This is overkill for a home lab, but since this is how production is going to be set, the machine in test should match it.

Install WordPress

I still follow the instructions at Rose Hosting

Update Apache enabled sites to include SSL

The Rose Hosting instructions don’t disable the 000-default.conf web site

a2dissite 000-default.conf

Now, how to make https:// work? Well, there is already a default-ssl.conf file, so all it really needs is a certificate and key, and for Apache to use SSL. The SSL certificate files mentioned there are /etc/ssl/certs/ssl-cert-snakeoil.pem and /etc/ssl/private/ssl-cert-snakeoil.key

I have exported my wild card certificate and key to my local machine, so now I upload them to those directories, and change the names in the default-ssl.conf file.

Update the ServerName setting in default-ssl.conf to server1.example.com

Update the DocumentRoot setting in default-ssl.conf to /var/www/html/wordpress

Add rewrite rules to the non-SSL site to redirect to the SSL site. In wordpress.conf add:

RewriteEngine On
RewriteCond %{REQUEST_URI} !.well-known/acme-challenge
RewriteRule ^(.*)$ https://%{SERVER_NAME}$1 [R=301,L]
RewriteRule ^ https://%{SERVER_NAME}%{REQUEST_URI} [END,NE,R=permanent]

apachectl -t

If this checks out well, that’s nice, but there is still one more thing to add:

a2enmod ssl

Update Apache default Debian setting

This one threw me for a loop – all my redirects were going to 404 error pages.

It turns out that the default setting on Debian has an Apache configuration file with rewrites not allowed.

vim /etc/apache2/apache2.conf

Find my way to the <Directory /var/www/> section. Change the AllowOveride setting from None to All.

The /var/www directory is of course higher up in the directory structure of what Apache is going to serve up. Because it is higher, the AllowOveride None directive overrides the lower level allow all. Whoops – for WordPress this is no bueno.

Finally, restart (not reload) Apache:

systemctl restart apache2

Install one WordPress plugin to import the export

For this, I am following the instructions by Ferdy Korpershoek on this YouTube video

(The YouTube front page has become politicized trash, but for technical videos, it still has good stuff one can find).

Essentially, I install the All-in-One WP Migration plugin on the production web site, do an export, and then install a fixed version of the All-in-One WP Migration plugin on the test web site.

Ferdy does clean up the new / fresh web site first, by deleting and emptying the default pages and posts. I also deleted the default plugins.

After the import is done, I need to log in again, because the database was replaced, which is where my login credentials are stored. After getting logged in, I need to save Permalinks twice.

A note about ASE (Admin and Site Enhancements)

I was almost at hooray! But, I have a small security enhancement via Admin and Site Enhancements (ASE) which threw a tiny wrench in the monkeyworks. Yes, in production, I’ve hidden the login URL to somewhere other than normal. So after the import, All-in-One WP Migration (100 GB version) provides a link to update the Permalinks, but because of ASE, that URL was not found. No biggie, I simply had to use the URL that was appropriate for the production web site.

Profit!

And now I get to bask in the glory of messing the heck out of the test (not production!) WordPress web site. Fun times. 🙂

I think I’ll take a Proxmox snapshot first.

Migrated to Manjaro on my main machine

I actually did this several weeks ago. I like it.

What I like about it is that it is a rolling release, so for example, Firefox is version 129.0 – not stuck on an older ESR (Extended Support Release). I wanted the newer Firefox for PDF editing, including graphic file insertion.

I did have to go through all the different KDE plugins I’d installed for tiling window managers, and delete them and the hidden subdirectories they had configuration files in. KDE no longer automatically tiles nicely the way the previous KWin tiling script did; but, I have a few keystrokes assigned to tile right or left, and it is not too bad.

I have not yet figured out the correct installation order for Proton + Wine + Steam + other stuff to get Windows games to install and run on Steam. That was the last thing I’d done on OpenSUSE, and it was very nice. I’m glad I’d seen that it can work – now all I have to do is spend some time experimenting or hanging out in the Manjaro forums to get it to work.

The only thing that is a little broken is that sound sometimes just quits in Firefox. If I hit the volume mute and unmute, it comes back. That is slightly annoying; but if that is the worst thing that happens to me, I’m still a pretty lucky guy.

Quarterly Inventory 2024 – Q2

Dear FutureMe,

Today would be a good day to do a quarterly inventory.

Question: How is your personal life going?

Question: How is your work life going?

Question: How is your volunteer service life going?

Personal Life

There hasn’t really been much change this quarter in my personal life.

One event that was noteworthy was that my 86-year-old mom was in the hospital for three days, (well, four, if waiting in the emergency room waiting room counts as “in”), with a C-diff gut biome infection. Apparently, an antibiotic she was taking for an eye infection allowed Clostridioides difficile to run amok.

I’ve been a little sad and depressed about how much WordPress work I need to do. This blog needs to be moved to a new server, but I really don’t want to take all the crap along, that the various plugins have added to the database, never to leave. That is a more complicated migration than just shipping all the junk over. “Complicated” is proving disheartening to document and plan. I have another couple WordPress sites to migrate in the volunteer service life category, too.

I had a need to edit a PDF; I get to submit an application to our local Sheriff’s office to meet with people about to leave incarceration. The good news is that Firefox (my favorite browser) has PDF editing capabilities now. Alas, the PDF application form wants signature and initials. The bad news is that Firefox ESR is version 115, and adding graphics to PDFs doesn’t show up until version 119. So I need to upgrade. I tried to upgrade from OpenSuSE Leap 15.6 to OpenSuSE Tumbleweed Slowroll, but the ISO image is broken and spontaneously reboots almost immediately after booting. Now my main machine is broken, big time. I installed Debian with KDE. That worked fine, except guess what else uses Firefox ESR version 115? At least I was back up and functional, but now I need to find a rolling release with KDE. I tried PCLinuxOS. It was quite amusing to me that they call themselves The Boomer Distribution. Technically, I’m a Boomer, although when the real Boomers were off doing drugs sex and rock-and-roll at Woodstock, I was 8 years old and discovering that I liked reading / wasn’t great at sports.

Anyway, I gave up on PCLinuxOS after a week. I couldn’t get Steam to work, and the PCLinuxOS forums don’t let me just sign up: I’d have to email some guy at a Google email address my preferred User ID and password. Yeah, no – I’m out.

I have installed Manjaro. I like it pretty well. I have become a part of the Oh by the way, I use Arch club.

There are still things I want to tweak, to make using it smoother. But it does run Steam, and it does run KDE with Kröhnkite. I’m happy with this.

Work Life

If $39,000 dropped into my lap today, I would retire tomorrow.

One fun thing sprung out of taking on printers and the print server. It had a problem because old printers would be deleted from the print server, but not from the client workstations that used to print to them. Some portion of 5,000+ workstations printing to 830+ printers were configured for more printers that are no longer there. I’m guessing that about 5% of the workstations are configured for printers which no longer exist. Microsoft Windows apparently just pounds on the print server, asking if the (deleted) printer is back online yet. I’d be curious if they abuse their own print server that way. They probably don’t have a print server because network printing is hard.

Anyway, I get to bring in a print server log file, parse it for missing (deleted) printers, and generate a service ticket to have the desktops group visit the user and remove the missing (deleted) printer. Of course, one user can have multiple deleted printers, and I don’t want to generate six tickets for six printers for one user. I’ve been getting to keep track of these in a Maria DB database, and doing all sorts of Perl scripting to help me with this mini-project. It has been fun.

The other aspect is that I got print server reboots to work in about a minute; where before it was problematic. If there were more dead printers than Apache threads, the server would get into a deadlock, waiting for the dead printer threads to time out – but the polling cycle was faster than all of them could time out. Oof.

Volunteer Service Life

I still have too many volunteer service commitments. One dropped off on May 19. The event was successful, with 178 people attending from all over northern California. Another dropped off on June 8, when the Founder’s Day Picnic was over. We were hoping to feed 300 people, but only 83 showed up. I had been flying pretty blind on this one. We came out in the black, but only barely.