Today my Raspberry Pi arrived and I quickly got it up and running.
Want to see some pictures?
Now that you’ve seen one in action, here is some info how I successfully setup the Raspberry Pi.
This won’t be a full howto. This won’t be a complete tutorial. It’s more a collection of the things I done. If you follow any of the commands here I’m not responsible. It might kill your kitten, destroy your house and start the mayan apocalypse. Use it at your own risk. Have Fun! :) (Shamelessly taken from the description of VLC Beta)
Prepare for boot
Before I could use my Raspberry I had to prepare my tools:
- Get a mini-usb cable (the one from my smartphone works perfect)
- Get a HDMI cable (got one for ~6€ at Amazon)
- Get a SD Card (again: Amazon, a Transcend 16 GB thing)
- A USB keyboard (and mouse). Got that.
- A LAN cable, I have several.
Copying the image to the SD Card was easy:
dd bs=1M if=archlinuxarm-29-04-2012.img of=/dev/mmcblk0
The image is prepared for a 2 GB card, so I had to expand the partitions. I
parted, re-did the
dd-commando and used gParted instead (see
the wiki for instructions)
Putting the SD Card in the slot, adding the cables and it booted up! Yey! I even got video output, atleast on my TV.
Not so on the other display. It always switched to standby without any chance to get an output.
# Force HDMI (including audio output) hdmi_drive=2 # Use "safe mode" settings to try to boot with maximum hdmi compatibility. # This does: # hdmi_force_hotplug=1 # config_hdmi_boost=4 # hdmi_group=1 # hdmi_mode=1 # disable_overscan=0 hdmi_safe=1
Ok, so it boots up again, now with video output on the display here. To bad there’s no LAN port in my room.
This has nothing to do with the Raspberry Pi itself but with simple network forwarding. I connected the Pi via LAN to my laptop which got it’s internet connection via WLAN.
On my laptop I did these things to forward:
ip addr add 192.168.10.1/24 dev eth0 sysctl net.ipv4.ip_forward=1 iptables -A FORWARD -o wlan0 -i eth0 -s 192.168.1.0/24 -m conntrack --ctstate NEW -j ACCEPT iptables -A FORWARD -m conntrack --ctstate ESTABLISHED,RELATED -j ACCEPT iptables -t nat -A POSTROUTING -o wlan0 -j MASQUERADE
On the Pi:
ip link set eth0 up ip addr add 192.168.10.24/24 dev eth0 ip route add default via 192.168.10.1 echo "nameserver 220.127.116.11" > /etc/resolv.conf'
Now it works like a charm (I added this config to
rc.conf so it works after boot).
More installing on the Pi
All the previous steps were done as the root user. But for daily use we want an own user:
(See the arch wiki for more info on that)
Now switch the user (or just re-login):
To enable sound via alsa I installed the required libs and load the module:
pacman -S alsa-lib alsa-utils modprobe snd-bcm2835
snd-bcm2835 to the MODULES section in
rc.conf so it gets loaded after boot.
GUI / X-Server
I know, I know: Hardcore Linux users don’t need it, but it gets quite handy, so I installed a GUI environment:
# X server and i3 window manager pacman -S xorg-server xorg-xinit xorg-server-utils xf86-video-fbdev i3-wm i3lock i3status echo 'exec i3' > ~/.xinitrc # Terminal emulator pacman -S rxvt-unicode urxvt-url-select # Oh yeah, some fonts would be great pacman -S ttf-bitstream-vera ttf-dejavu ttf-freefont ttf-liberation terminus-font
Everything in place, let’s start X:
I won’t show my basic i3 and i3status configuration here. Feel free to ask if you’ve got any questions.
What’s needed now? Right, everything for daily usage:
pacman -S git mplayer tree scrot feh
Ok, what’s left? A browser.
pacman -S luakit
That’s it for now. The basic setup of my Pi is done.
shutdown -h now
Oh, that’s easy.
- I need to check out rpi-update, for updating the firmware.
- Get video playing done right. I did not fully test it, but the video in the second image above was quiet slow.
- I want xbmc to run on my Raspberry Pi, because that’s what I bought it for: it should become my media computer in the living room.