Last week at FrOSCon I received my new Linux computer with GSM chip, the Neo Freerunner . The device comes with all kinds of goodies, such as GSM, GPS, Wifi, Bluetooth, motion sensors and a micro SD slot. The hardware works just fine, but there are some software issues that make the phone not yet usable for my daily use. Improvements for that are on the way though.

You might be wondering, why the <beep> is this on Planet-PHP as well. As I mentioned, the Freerunner is basically a Linux computer - which means total freedom of what you install on it. Traditionally it comes with perl and python, including GTK bindings. However, no PHP is found on it. I set out to change that. Unfortunately there were some issues with cross compiling, so I decided to compile PHP * on* the phone. There were some issues with this.

The default distribution comes with BusyBox, which implements many standard Unix commands in one binary - but it doesn't provide the full version. This makes PHP's configure not work. In order to fix this, you can install the "coreutils" package, but that was broken at this time so I had to cross compile coreutils myself (note that you need to have the OpenMoko toolchain installed):

wget http://ftp.gnu.org/gnu/coreutils/coreutils-6.12.tar.gz
tar -xvzf coreutils*tar.gz
cd core*
. /usr/local/openmoko/arm/environment-setup
./configure --host=arm-angstrom-linux-gnueabi
make

From the finished compile, I copied head, expr, env and cut to the /usr/bin directory on the OpenMoko. With this done, I could compile PHP and install it to make the headers available for PHP's shared extensions.

After the PHP compile was done, I set out to continue with php-gtk . For this I had to install a few more packages: libglade-dev, libglib-dev and m4. Of both compiles I made packages that you can just install on the OpenMoko: php and php-gtk . In order to demonstrate that it actually works, I've also a demo application "CountDown" available as package .