Notify Me when Done “X” in KDE

One of the few Java webapps I work on at work, has a very long startup time. Unfortunately since the server startup code is proprietary and owned by the vendor, there is not much I can do about that. However it is easy to forget to check if the server has started up, I decided to that I needed a way for my computer to notify me that the webapp was up. Here is how I came up with a simple and quick way to do just that in KDE.

So my webapp has an health endpoint that can be easily queried via HTTP. With httpie the HTTP query was very easy, however to script httpie to keep querying until the result came back, meaning the server was up. At first I tried do a while with negation of the return code, and then I found on StackOverflow that the bash until command will do just that. (Without needing to figure out the appropriate negation).

The second part was figuring how to create notifications in KDE via the console. Turns out that kdialog will create both notifications and general popup alerts.

Putting the two together I came up:

until http :8080/my_health_endpoint; do echo 'Waiting...'; sleep 10; done; kdialog --passivepopup "Ready to go!" 10`

I added a sleep in there, to throttle the number of times that httpie would run. The second parameter on the kdialog dictates how long the notification popup will be around. Alternatively I could of used --msgbox if I wanted a dialog that I had to press ‘OK’ on.


Switching to systemd

I recently upgraded my version of Ubuntu to 15.04. In the process, I found out that my init system had changed from Upstart to systemd. While having something as fundamental as the init system management was a bit annoying, it isn’t as bad as some folks are making it out on the Web. Here are some of the things I learned as worked with systemd in fixing my CouchDB server. Part of this is based on this excellent guide on using systemd for Upstart users. The other part is just experimentation on my part.

Checking the Status of All Services

sudo systemctl status

Hint: feel to grep through the output to find anything


At first I could not find the CouchDB service. I had to uninstall the package and purge the packages and then reinstall it:

sudo aptitude purge couchdb
sudo aptitude install couchdb

After that the service showed up in the systemd services, rather than just having an Upstart service.

Checking the Status of a Service

sudo systemctl status $MY_SERVICE

Starting and Stopping a Service

sudo systemctl [start|stop|restart] $MY_SERVICE

Logging Service Activity

This was an interesting thing in systemd. Normally one has to look at the Upstart log at /var/log/upstart/$JOB.log. systemd provides its own logging mechanism, so to see the log of a service you have to use the journalctl utility.

sudo journalctl -u $MY_SERVICE

The output behaves just like one would expect from less.

Overall Impressions

Once I got over my initial head scratching of how to use systemd, it was not bad. Rather it feels different, but not in a bad way honestly. I might look into this more closely and see if I prefer using something like systemd over supervisord for controlling even WSGI apps.

The one disappointing thing that I discovered related to my experiments with systemd, or rather specifically with CouchDB in Ubuntu 15.04. There doesn’t seem to be a way to configure CouchDB to have admin users with passwords for some reason I can’t quite fathom. In the meantime, I guess I’ll have to stick to running CouchDB from a Docker container until I can resolve the issue natively.

Command-line JSON Formatting with jq

About 2 or 3 months ago, when testing a deployment of a microservice at work
with Eric, our head Ops admin, we were looking at the JSON output of one of
the REST endpoints. Rather than looking at the raw output from curl, I
piped the output through JSON tool in the Python standard library:

$ curl -X GET -s | python -m json.tool
    "app": "rookeries",
    "version": "0.4.9"

(I will give you a couple of examples based on calls to Rookeries, rather than
the actual service call, since that API isn’t available publicly yet.)

Eric seeing that suggested I try out a utility that he uses: jq which is
great for formatting and querying JSON

Installing jq

jq is a utility in C, and fortunately there are binary packages available for
it in the latest Ubuntu LTS (14.10). Installing it via aptitude (or apt-get):

$ sudo aptitude install jq

Pretty Printing JSON

The simplest use case for jq is to simply pretty print JSON output. This is
done by piping the result of a CURL command to jq with the parameter ‘.’:

$ curl -X GET -s | jq .
  "status": {
    "description": "All Systems Operational",
    "indicator": "none"
  "page": {
    "updated_at": "2015-09-03T08:03:55.275Z",
    "url": "",
    "name": "Atlassian Bitbucket",
    "id": "bqlf8qjztdtr"

Formatting JSON in jq

It is also possible to format the output of the JSON to display only relevant
information. For instance if I want to find out the status of the components
that make up Bitbucket I can do the following:

$ curl -X GET -s | jq .

That however will give me a whole lot of extra data that I might not want. So
instead I might to narrow down and re-format the JSON data to something more
manageable with some jq magic:

$ curl -X GET -s | \ 
jq '{src: .page, components: [.components[] | \
    {id: .id, name: .name, status: .status}]}'

  "components": [
      "status": "operational",
      "name": "Website",
      "id": "g0lfj4sv2fhf"
      "status": "operational",
      "name": "API",
      "id": "k0x2yw1435v7"
      "status": "operational",
      "name": "SSH",
      "id": "qmh4tj8h5kbn"
      "status": "operational",
      "name": "Git via HTTPS",
      "id": "c1qmcrcbc5zy"
      "status": "operational",
      "name": "Mercurial via HTTPS",
      "id": "vmbzxbbjz05j"
      "status": "operational",
      "name": "Webhooks",
      "id": "rfzky0v13fbp"
      "status": "operational",
      "name": "Source downloads",
      "id": "28h8dvv2qfzw"
  "src": {
    "updated_at": "2015-09-03T08:03:55.275Z",
    "url": "",
    "name": "Atlassian Bitbucket",
    "id": "bqlf8qjztdtr"

I won’t explain that particular string in detail. But it will basically
craft a new JSON object, and generate new filtered objects when iterating
over the old array. Overall jq is pretty neat and is extremely fast to work

There is also a Python bindings library for jq. I am considering using it to
help with mapping JSON into Python objects. However I have not played around
with it long enough to know if the extra dependencies are worthwhile or
whether or not it will bring a lot of benefits to Rookeries.

Reference Links

Ansible Role for NGINX, UWSGI and Supervisor Released!

What better way to start 2015 than to release new software?

As part of my efforts to create Rookeries, a modern Python-based CMS as a replacement for my WordPress sites: I am releasing an Ansible role to make it easier to setup WSGI apps on a private server.

The nginx-uwsgi-supervisor role is available on Ansible Galaxy.   This role setup NGINX and the UWSGI (WSGI app server) and supervisord infrastructure to make installing Rookeries or another WSGI app a breeze.   The goal is to make a Rookeries site as easy or easier to install and maintain than a WordPress site.

All the code for the role is host on Bitbucket, and mirrored on Github.

I am especially excited since this my first ever, fully functional, open source release.  I hope enjoy using and makes their life easier when build webapps in Python.

Distro Hopping

Sorry for the much delayed update, however this year has been an hectic and busy one. (New job, new house, lots of random unexpected events along the way, like two funerals and two weddings in a single month, etc. Long story.) Plus I really hoped to change blog platforms, but that is a story for another time.

Explaining the Journey

With so many things changing in my life, I decided to change up the Linux distribution I’m running. Now I have a large set of requirements being both a developer and gamer. I need a distribution that can handle Python, Java, Android and Qt Linux development. Also I want my distro to run Steam, and handle the Nvidia Optimus graphics card in my laptop, properly.

(Sidenote: A word to the wise, avoid Optimus cards as they are a pain to setup under Linux. I got mine because I naively assumed that all Nvidia cards are easily and nicely supported under Linux. Recently I heard that Nvidia promised to help the Nouveau devs to make the Optimus experience under Linux nicer. But I would not hold my breath to wait for things to get better soon.)

Long Story Short

The shortest version of the story: After doing a fair bit of distro hopping including using some uncommon distros, I am back to using Kubuntu.

Specifically the path I took was:
Kubuntu → openSUSE → Mageia → Debian → Linux Mint → Sabayon → Kubuntu u2192

The rationale behind all this? Well read on. 🙂

Kubuntu → openSUSE

After hearing about Canonical’s plans to use their own display manager “Mir” instead of “Wayland”, and experiencing random breakage with Kubuntu I decided to change distros. When I heard that the main dev behind Kubuntu was not going to be funded by Canonical, I decided it was time to jump ship.

I decided to retrace my steps, and try new versions of distros that I used in the past. Technically before I started using Kubuntu I ran on Gentoo Linux. But I was not about to go back to compiling and configuring everything on my system. So my first stop was openSUSE.

SuSE and now its community driven variant openSUSE, always has been a very slick distro in terms of supporting KDE.  The version I was running was no different. I was also encouraged by the large number of packages available including a nice setup for both Steam and bumblebee (this being the program that adds decent support for Nvidia Optimus under Linux).

openSUSE is a gorgeous distro overall, except for one very important issue… openSUSE feels like it was built for a corporate desktop. The number of PolicyKit warnings that I received whenever I tried to suspend and resume was surreal. While I am familiar with the lingo and ideas behind SELinux, AppArmour, etc, I could not for the life of my figure out how to get my laptop to resume and suspend without some silly PolicyKit message blocking me. openSUSE was not meeting my needs.

openSUSE → Mageia

With openSUSE failing me, I decided to go further in time to my original distro Mandrake/Mandriva. I found out that some Russian firm had bought out the French made Mandriva and as part of a general restructuring effort laid off some of the maintainers. These maintainers started their own version of Mandriva called Mageia. While the distro and its infrastructure is still fairly young, I was encouraged by the fact that some experienced maintainers were behind the project.

I was amazed with the amount of polish but into a budding community driven distro. I ran against some rough edges with Python support, but those were resolved with some help and new updates. I was impressed and I took my first steps to becoming a maintainer myself. The community was very receptive and welcoming. While I ended up using Mageia for weeks, I did not stay with the distro.

Why didn’t I stay with Mageia? I could not get bumblebee running on my machine. I could of fought some more, learn how to maintain a package and help build out the distro. But after some introspection, I realized that I simply do not have time contributing as a maintainer to a distro. There is a lot of work involved, and considering everything going on in my life right now, I needed to get a distro I could rely on and work with right now.

Magiea → Debian

Debian seemed like the logical choice for a stable Linux. The distro is entirely community driven, and has been around forever. So after a bit of haggling with the network installer, I managed to get a KDE desktop running on Debian. Debian definitely run on mature, stable software, which is perfect for someone running a server or managing a desktop configuration that has been around for years. Unfortunately the Linux desktop has only become very stable and usable in past while. Also the Debian community are sticklers when it comes to open source licenses, and how distributable
the software is legally. Unfortunately again, closed source firmware and other software makes things much more difficult. Getting my Broadcom wireless network card, and my Nvidia graphics chip working was just not happening.

Also I assumed that since Ubuntu worked so well, that Debian would be just as well setup from the get-go. I realize now how much work Canonical put into configuring their Debian base and smoothing all the wrinkles out. However I was not up for doing all that work myself, just to stay with Debian.

Debian → Linux Mint

Debian stayed installed on my laptop for a mere two days, before I got fed up with it. The next logical choice to avoid Ubuntu, but get some of the niceties of the platform was to try out Linux Mint. One of my good friends runs it and she enjoys using it thoroughly. I also watched and read some good reviews about the latest stable release of Linux Mint 15, and how much polish the devs put into the KDE desktop. I was intrigued, so I tried it out.

Linux Mint 15 definitely has a lot of polish. However nothing that spectacular that does not come standard to KDE. Except for the extra System Settings panel to handle PPAs (private Ubuntu repos), which is pretty darn cool. I did run into issues with trying to run packages originally meant for Ubuntu. There were slight and subtle incompatibilities, and I eventually gave up trying to fix things.

Linux Mint → Sabayon

By now I had run into a moment of madness. No good easy-to-use RPM based distros remained to try out. Fedora sounded too experimental for my liking. The Debian universe had been pretty much a let down. I debated using Netrunner, a KDE distro, by Blue Systems. (Blue Systems being that weird German company that somehow funds KDE development on Ubuntu, Linux Mint KDE and Netrunner. But no one has an idea how they fund themselves. Maybe by European Union funds, which seems to be the popular way to fund nebulous entities and projects in Europe.)

So I had a moment of madness, and despair brought on by no new leads while looking at potential distros on DistroWatch ( In that moment I decided to try a system not based on the traditional package systems. That left systems in the Arch or Gentoo families. Arch itself fell into the too much maintenance category. Gentoo did as well. Manjaro looks promising, but I’ll wait until it matures or fades way due to its small team. I tried Sabayon Linux, something I did not expect to do.

Sabayon Linux is definitely much nicer than Gentoo to maintain. Everything worked out of the box too. Except Sabayon felt very much like an early adopters hobbyist distro. An update or a new package installation, downloaded half the universe. My laptop ran faster… and ate its battery so quickly that it would just shutdown… randomly while running on battery. I could run Steam and my development environments, just never without worrying about my laptop suddenly powering off.

I realized I could not continue on like this…

Return to Kubuntu

Now I am back to running on Kubuntu, and everything just works well enough. I could of gone back to Mageia, and hoped that the upcoming release of Mageia 4 would of resolved most of my issues. Ultimately I went back to Kubuntu, since for right now it works well enough and meets my needs.

I work with Ubuntu at my new workplace, plus I support a couple of other Kubuntu machines running at home. I no longer use the tools that caused me grief when some libraries changed in Ubuntu. For better or worse, support for new applications or hardware is targeted at Ubuntu. Also it is a bit of a relief that Blue Systems stepped in and now funds development of Kubuntu. Canonical’s plans for transitioning to Mir, still do not affect me at least on my current version. Also this might change in the upcoming release, and I maybe stuck on this version of Kubuntu for a while.

Or things maybe change, maybe Canonical will change its mind and work with the Wayland community. Maybe Nvidia will fix up their terrible driver support due to market pressures. Or maybe I will have to move off to Mageia or Manjaro eventually. In the meantime I can be productive, and once things will calm down again, maybe I’ll go on another round of distro hopping.

Update (2013 October 18): Just upgraded to Kubuntu 13.10 yesterday!  I am encouraged by the news that the Kubuntu devs will push forward on using Wayland and support Kubuntu into the future.  So it looks like I will continue using and enjoying Kubuntu well into the future.  Now I’ll just need to learn how to package DEBs, and I’ll be able to help out occasionally too. 🙂

Spring Cleaning for 2013

With Easter just around the corner and possibly spring coming shortly after–Canadians have to wait a bit longer for spring t0 properly arrive and winter to make her final exit–that it would make sense to update my blog.   Many things have changed in the past few weeks .  Like we have a new pope, Pope Francis, just in time for Easter.  (I’m not going to weigh in on my opinions of the decision of the Conclave, other than I have mixed feelings.  And each passing day does not ease my general feeling about unease.)  Some things have not changed.  Like most things in the world I guess.

With the slow coming of warmer weather, I have a good excuse for a bit of spring cleaning and growing myself.  In terms of spring cleaning, I have meant to really organize my activities and my surroundings.  Unfortunately since I had to make do without my laptop for a few weeks, that has not helped me get more things done.  Especially when it comes to dealing with my overflowing inbox.  Apologies for everyone expecting me to get back to them.  I’m getting there slowly.

I did get to play around with setting up Python on my hosting environment and with Clojure.  Clojure, while definitely useful still feels like an exercise in academics than industrial programming.  (Still one can write a full implementation of Snake/Nibbles in Clojure in under 100 lines of code?  Madness!)  Python on the other hand is too much fun to feel like work.  I considered using something like a static website generator like Nikola or benjen to port some of my websites.  But I think for kicks, I will go the route of using Flask and craft my own mini-site just because working with Python is a such a joy.

One unfortunately necessary bit of spring cleaning will be changing Linux distros again.  It seems that Canonical is doing a fair bit of wild experimentation nowadays.  Too wild and it smells like they are suffering from NIH (not invented here).  The idea to chuck out everyone’s hard work on replacing X with Wayland, with their own thing was just too much.  So it looks like I’m going back to openSUSE for good.  It is just a matter of when I get around to migrating all my systems over.  I have no real issue with Canonical doing what they want with their own distro Ubuntu.  I just don’t agree with the philosophy, and the needless experimentation, especially since I am quite happy with using a relatively standard KDE 4 desktop.

Hopefully once I finish all the spring cleaning I’ll get to finish up and show off some the projects I’ve been working on.


Linux SATA HDD Issues with Samsung RF-711

OK, this is a quick post for anyone who is running into issues with using Linux on a Samsung RF-711.  Specifically this applies to Ubuntu Linux 12.04 64-bit.

Essentially what was happening, was that periodically my entire machine would freeze with the exception of anything currently running.  This kept on happening all the time, until I wasn’t able to even use the machine for minutes at a time.  Which is a real shame since this is a very powerful and nice laptop.  Essentially my SATA hardware kept on hiccing up and failing to handle DMA write requests:

> dmesg

… (output abbrevated for display purposes) …

[ 485.289702] ata1.00: exception Emask 0x0 SAct 0x0 SErr 0x0 action 0x0
[ 485.289712] ata1.00: irq_stat 0x40000001
[ 485.289720] ata1.00: failed command: READ DMA EXT
[ 485.289742] ata1.00: cmd 25/00:08:c0:c6:a7/00:00:1c:00:00/e0 tag 0 dma 4096 in
[ 485.289744] res 51/40:08:c0:c6:a7/00:00:1c:00:00/e0 Emask 0x9 (media error)
[ 485.289747] ata1.00: status: { DRDY ERR }
[ 485.289750] ata1.00: error: { UNC }
[ 485.432598] ata1.00: configured for UDMA/133
[ 485.432629] ata1: EH complete
[ 490.745427] ata1.00: exception Emask 0x0 SAct 0x0 SErr 0x0 action 0x0
[ 490.745437] ata1.00: irq_stat 0x40000001
[ 490.745444] ata1.00: failed command: READ DMA EXT
[ 490.745458] ata1.00: cmd 25/00:08:c0:c6:a7/00:00:1c:00:00/e0 tag 0 dma 4096 in
[ 490.745460] res 51/40:08:c0:c6:a7/00:00:1c:00:00/e0 Emask 0x9 (media error)
[ 490.745467] ata1.00: status: { DRDY ERR }
[ 490.745472] ata1.00: error: { UNC }
[ 490.887945] ata1.00: configured for UDMA/133
[ 490.887980] ata1: EH complete
[ 496.201083] ata1.00: exception Emask 0x0 SAct 0x0 SErr 0x0 action 0x0
[ 496.201093] ata1.00: irq_stat 0x40000001
[ 496.201100] ata1.00: failed command: READ DMA EXT
[ 496.201113] ata1.00: cmd 25/00:08:c0:c6:a7/00:00:1c:00:00/e0 tag 0 dma 4096 in
[ 496.201116] res 51/40:08:c0:c6:a7/00:00:1c:00:00/e0 Emask 0x9 (media error)
[ 496.201122] ata1.00: status: { DRDY ERR }
[ 496.201134] ata1.00: error: { UNC }
[ 496.354593] ata1.00: configured for UDMA/133
[ 496.354618] ata1: EH complete
[ 501.667841] ata1.00: exception Emask 0x0 SAct 0x0 SErr 0x0 action 0x0
[ 501.667850] ata1.00: irq_stat 0x40000001
[ 501.667857] ata1.00: failed command: READ DMA EXT
[ 501.667870] ata1.00: cmd 25/00:08:c0:c6:a7/00:00:1c:00:00/e0 tag 0 dma 4096 in
[ 501.667873] res 51/40:08:c0:c6:a7/00:00:1c:00:00/e0 Emask 0x9 (media error)
[ 501.667880] ata1.00: status: { DRDY ERR }
[ 501.667885] ata1.00: error: { UNC }
[ 501.810534] ata1.00: configured for UDMA/133
[ 501.810566] sd 0:0:0:0: [sda] Unhandled sense code
[ 501.810571] sd 0:0:0:0: [sda] Result: hostbyte=DID_OK driverbyte=DRIVER_SENSE
[ 501.810588] sd 0:0:0:0: [sda] Sense Key : Medium Error [current] [descriptor]
[ 501.810593] Descriptor sense data with sense descriptors (in hex):
[ 501.810596] 72 03 11 04 00 00 00 0c 00 0a 80 00 00 00 00 00 
[ 501.810606] 1c a7 c6 c0 
[ 501.810611] sd 0:0:0:0: [sda] Add. Sense: Unrecovered read error - auto reallocate failed
[ 501.810616] sd 0:0:0:0: [sda] CDB: Read(10): 28 00 1c a7 c6 c0 00 00 08 00
[ 501.810627] end_request: I/O error, dev sda, sector 480757440
[ 501.810655] ata1: EH complete
[ 508.210222] ata1.00: exception Emask 0x0 SAct 0x0 SErr 0x0 action 0x0
[ 508.210228] ata1.00: irq_stat 0x40000001
[ 508.210232] ata1.00: failed command: READ DMA EXT
[ 508.210240] ata1.00: cmd 25/00:08:c0:c6:a7/00:00:1c:00:00/e0 tag 0 dma 4096 in
[ 508.210241] res 51/40:08:c0:c6:a7/00:00:1c:00:00/e0 Emask 0x9 (media error)
[ 508.210245] ata1.00: status: { DRDY ERR }
[ 508.210248] ata1.00: error: { UNC }

So every save, every time something needed to get loaded into memory was terribly slow.  After a fair bit of searching I found that the issue related to the parameters being passed to the SATA drive where my Linux partition lives:

> sudo lshw

… (output abbrevated for display purposes) …

 description: SATA controller
 product: 6 Series/C200 Series Chipset Family 6 port SATA AHCI Controller
 vendor: Intel Corporation
 physical id: 1f.2
 bus info: pci@0000:00:1f.2
 logical name: scsi0
 logical name: scsi2
 version: 04
 width: 32 bits
 clock: 66MHz
 capabilities: storage msi pm ahci_1.0 bus_master cap_list emulated
 configuration: driver=ahci latency=0
 resources: irq:41 ioport:e0b0(size=8) ioport:e0a0(size=4) ioport:e090(size=8) ioport:e080(size=4) ioport:e060(size=32) memory:f7606000-f76067ff
 description: ATA Disk
 product: SAMSUNG HN-M101M
 physical id: 0
 bus info: scsi@0:0.0.0
 logical name: /dev/sda
 version: 2AR1
 size: 931GiB (1TB)
 capabilities: partitioned partitioned:dos
 configuration: ansiversion=5

The nearest bug report that I can point to on Launchpad is: Bug #550559 – hdd problems, failed command: READ FPDMA QUEUED

The solution that worked for me, and seems to be holding is to:
  • Turn off SATA GEN3 support in the BIOS.
  • Set the AHCI to manual and then disable it.
  • Add the following kernel parameter to your grub config: libata.force=X:noncq You will need to edit your /etc/default/grub file as I have below. Copy the /etc/default/grub.original file if you don’t have the a grub file already.
  • Rebuild your GRUB and initramfs with: sudo update-initramfs && sudo update-grub2
Sample grub configuration file:

# If you change this file, run ‘update-grub’ afterwards to update
# /boot/grub/grub.cfg.
# For full documentation of the options in this file, see:
# info -f grub -n ‘Simple configuration’

GRUB_DISTRIBUTOR=`lsb_release -i -s 2> /dev/null || echo Debian`
GRUB_CMDLINE_LINUX_DEFAULT=”quiet splash libata.force=1:noncq”

Anyways, this took me a while to fix.  So I’m posting in hopes that it’ll be help out someone else.

Upgrades All Around!

It seems that last week was a week of upgrades for me.  First I got to upgrade two laptops and a server to the brand new spanking Ubuntu 12.04 (Kubuntu and the Server editions of course).  Unlike people living in the Ubuntu world, Kubuntu is fairly stable and 12.04 just packaged a few nice updates and bug fixes.  Also I installed the stable release of Calligra, and I plan on trialling that suite out.  This also gave me the opportunity to hang out with some to local Ubuntu fans at the meetup.  Strangely enough I left like one of the youngest people in that group.

In addition to that I finally received an update to my Samsung Galaxy Tab 10.1V.  Now it is finally rocking Android 3.2.1 after running on 3.0.1 for a while.  Not quite the ICS release I hoped for.  However once I get around to flashing my Samsung Galaxy SII with the non-carrier ICS (Android 4.0) official ROM, then I’ll have all my hardware nicely updated.

Update: 2012 May 03

Looks like the fine folks at Bell Mobility and Samsung Canada released an update for ICS for the Samsung Galaxy S2!  Refer to here for more details:  And yes my phone is rocking Android 4.0.3, and it works amazingly!  Thanks Bell and Samsung, and sorry for complaining about you taking so long for the update.  The update looks solid and definitely makes the phone “feel” newer and better.  Great work!

When Penguins Can Fly… (An Exercise in Portfolio Building)

No, this is not an exercise in a delayed reaction for April Fool’s Day.  I am not that slow!  Rather I spent most of the weekend in a concerted effort to setup a portfolio and renewing my personal website.  I realize now the reason why I procrastinated to do so for years.  Setting everything up in a systematic manner is difficult and painful.  Digging through folders to find great examples of your work even more difficult.  However the effort was worth the pain.

The blog now has a unique title: “When Penguins Can Fly…”.  I think the title is appropriate considering how much of a Linux fan and of penguins I am.  At little bit of magic in Gimp and I replaced the background for the theme.  Anyone interested in using the theme for themselves, can find it here: Hacker Dreams WordPress theme version 0.1

After that and a bit of fun with the favicon, I started work on setting up the various pages and galleries in my portfolio.  It took a while to try out the various galleries, and I settled on the NEXGen Gallery plugin.  After some futzing around, I managed to setup quite a few nice galleries for the Draw section of my portfolio.  In the future I will need to either find even better art or create more artwork.  However this will have to do for now.  In addition I found an animation I did for a visual computing class that I uploaded to Youtube.

The most difficult aspect is the coding part of the portfolio.  I originally wanted to build a bunch of original apps with new source code.  Unfortunately that will take time that I do not have at the moment.  I will add those when I have a chance.  However for the moment downloads, brush ups of old work, screenshots and screencasts will have to do.

In a rare case, I am opening up the comments to take suggestions.  Please let me know what you think.

The Next Big Thing

I am really excited that I am currently working on my next big project.  I won’t spill any details until everything is setup and ready.  This new project I hope not only will give me the opportunity to work on the technologies I love to work with.  But will also benefit the Linux and open source community as well.  More details will follow soon.

As part of this project, I will be doing some major changes to this site.  One of the major things will be the expansion of my portfolio.  It has been something I wanted to do for a long time.   Now I finally have the opportunity to do so. 🙂