Hi Yang, There are a couple of ways: - Cross compile oFono itself to run directly on the device using the calypso driver. - Cross compile ser2net, but run oFono on the desktop using the phonesim driver. Either way you will need the cross compiler and toolchain here: http://wiki.openmoko.org/wiki/Toolchain Note that my device came stock with the OpenMoko rootfs, so I have no experience with Android. For ser2net: - Cross compile ser2net using the supplied toolchain, I don't remember exactly, but I think this will get you there: ./configure --prefix=/usr -- sysconfdir=/etc --host=arm-angstrom-linux-gnueabi - Copy ser2net to the device. - Create /etc/ser2net.conf with the following line: 2000:raw:600:/dev/ttySAC0:115200 NONE 1STOPBIT 8DATABITS XONXOFF LOCAL RTSCTS - Kill whatever daemon is managing the serial port, in my case /etc/init.d/gsmd stop - Reset the modem. For my rootfs here is the script I use: PATH=/bin:/usr/bin:/sbin:/usr/sbin [ -f /etc/default/gsmd ] && . /etc/default/gsmd [ -n "$GSM_POW" ] && ( echo "0" >$GSM_POW; sleep 1 ) [ -n "$GSM_POW" ] && ( echo "1" >$GSM_POW; sleep 1 ) [ -n "$GSM_RES" ] && ( echo "1" >$GSM_RES; sleep 1 ) [ -n "$GSM_RES" ] && ( echo "0" >$GSM_RES; sleep 2 ) - start ser2net You can test by telneting to your device on port 2000. Hitting enter a few times should give you several OKs. Setup your modem.conf as follows: [freerunner] Driver=phonesim Address=<your device address> Port=2000 Modem=calypso Regards, -Denis

Andrzej Zaborowski ha scritto: Hi all, I'm the project leader of a new Freerunner distribution which claims to be AT MOST a stable telephone instead of replicate all the other distributions who claim to port the desktop-style distribution paradigm to the Freerunner. In this way of think we planned to use oFono as the main telephone stack because, following the mailing list since the starting of the project, I believe oFono is a very well planned and developed platform. At the moment I am able to cross compile oFono with my toolchain and it works quite well on my Freerunner so if someone needs a tarball with ofonod and everything "make install" produces I can provide them without problems :) Thank you very much for your great work good bye. Dario.

Gu, Yang ha scritto: Hi, it's quite simple (joking :P)! We prepared a VirtualBOX VM (starting from one prepared by a member of the Openmoko community list) with a toolchain similar to the one described in the OM wiki page mentioned earlier in this thread but rebuilt from OpenEmbedded git repository. After this I downloaded the sources (tried both stable release and git snapshots) and it's a matter of ./configure && make && make install ;) If the list policy will let me send attachments I can send you the package for the 0.7 version. The test environment is a prototype we realized from scratch (distro name: Neophysis, prototype code name: Armeniacum-RC2) and it's the core with nothing more than the rootfs with some basic libraries, busybox, monolithic kernel 2.6.29, dbus and, obviously, ofonod starting quite after kernel boot. The startup time is about 15 secs with a X window system without window managers (but we can provide a simple matchbox package or, since yesterday ;) Echinos). Our target is to have a system booting in less than 35-40 secs with all the phone system up and running. At the moment I tested the phone functionalities (calling and receiving simple voice calls, sending and receiving sms) using dbus commands from the console and it works very well with the modem registered (no PIN in the SIM) in about 15-20 secs. I was wondering if someone can provide us a simple C application to test all the phone functionalities (OTOA the dbus notifications) because we are very busy at the moment (we work on Neophysis on our spare time and are about 10 people divided in development, graphics, system engineering and documentation) and have no time to write down a proto in C language, I saw in the sources the test applications are written in Python but we haven't build the Python package yet so a C app would be very useful. Thank you in advance, bye.