|The Raspberry Pi is inside the pink box.|
The first thing to do will be to prepare a SD card with Linux:
Step 1: Download Raspian from http://www.raspberrypi.org/downloads
Step 2: Install Raspian on the SD Card thanks to the following commands (In a Linux PC of course):
- Check the hash to be sure to have the good and unaltered image. It should be: b4375dc9d140e6e48e0406f96dead3601fac6c81
- Unzip the downloaded archive
- Write the image into the disk
dd if=2013-02-09-wheezy-raspbian.img of=/dev/sdbThese operations took time to be completed so let's did some handwork and attached the RPi to its very well designed pink delivery box.
The SD Card is ready. The RPi is thought to it case. Let plug it and... start...
|RPi plugged from everywhere|
Here it is! My new Linux machine is starting. At first boot rasp-config start immediately. It looks like this:
|Screenshot from adafruit|
For the initial configuration, I did go through all the steps to configure a system to run with my French keyboard with 16MB of memory for the video and not starting desktop. I did activate ssh and change the pi user password.
Note: reboot is required when rootfs is resized.
Now I just have to configure a fixed IP address to boot faster and to be able to remove all the unnecessary peripheral: mouse, keyboard and screen.
Adding a fix IP is done by modifying the file /etc/network/interfaces as follow:
iface lo inet loopback
iface eth0 inet static
#iface wlan0 inet manual
#iface default inet dhcp
I did add a fixed IP and comment out the IP related to the Wi-Fi.
Then we have to define the DNS which will be used by the RPi by updating the file /etc/resolv.conf and follow:
I agree, ssh is quite limited in term of look'n feel so but it is so efficient ;-). But, to have a better user interface, we will use the standard web 2.0 technology. This will be the subject of a new post but curious people can still follow the GitHub link on the right and see a preview of what I'll present in a future post.