Libiqrf was written for libusb_0.1 but some distros doesn’t have compatibility layer and use only libusb_1.0. So I decide to rewrite libiqrf by using libusb_1.0 API.

You can find first commit at: http://github.com/nandra/libiqrf/tree/libusb_1_0
(branch libusb_1_0)

It was tested with example applications and works like sharm

Marek

Old script which was posted some months ago seems not to work because of new TR-52 modules. Option for CC5X compiler was updated. Here is newest enhanced version of script. You can compile and also clean a target.

Usage:

1. compile E01-TX.c for TR21 types of modules

./build.sh  TR21A E01-TX.c

2. clean generated file by CC5X compiler

./build.sh clean E01-TX.c

Enjoy

code:

#!/bin/bash
# first argument is TR module (TR21A, TR31B, TR52B...)
# second argument is file name to compile

## check arguments
if [ "$1" == "" ] || [ "$2" == "" ]; then
echo "usage :"
echo ""
echo "./build.sh <module type> <file to compile> "
echo ""
echo "module type is TR module (TR21A, TR31B, TR52B...) or "
echo "\"clean\" to clean target"

echo "file to compile (or clean) is file with c extension"
exit
fi

##remove compiled files
if [ "$1" == "clean" ]; then
FILE="$2"
RM=${FILE%%.*}
rm "$RM.hex" "$RM.fcs" "$RM.occ" "$RM.var"
exit
fi

## compile
wine CC5X.exe -a -bu -Q -Vn -cif -D"$1" "$2"

My criteria was enough RAM (at least 3G) and dual core to compile kernel in normal times (below 10m ).

I decide to choose this one:

Curious how long will survive

I try to fix it and provide driver functionality for newest kernels.Hacking takes me maybe 1/2 a day and result was very good.

Device is properly loaded to kernel (tested on openSuse 11.2 on 2.6.31-12).

Also new eth interface is correctly created and fully working.

I observed that loading of DSP firmware sometimes fails (need to fix this)
and also removing device makes a troubles.I try to fix if asap.

You can download code at:

git://github.com/nandra/ft1000.git

Then just follow instructions in README file and if something is wrong please let me know.

Marek

Solution is very easy when you know git (and read manuals of course).

You can display per directory changes with following command (will use for kernel):

git diff --dirstat v2.6.33-rc8..HEAD

Command make dirstat between -rc8 version and actual version.

output:

4.4% arch/

7.8% drivers/firewire/

8.4% drivers/md/

4.4% drivers/net/wireless/

13.8% drivers/net/

10.5% drivers/usb/core/

3.6% drivers/usb/host/

3.0% drivers/usb/serial/

3.9% drivers/usb/

4.6% drivers/

8.1% fs/sysfs/

11.4% kernel/

3.3% net/ipv4/

4.6% net/

Easy Good luck,

Changelog from v0.1.0 to v0.1.1:

Marek Belisko (18):

      Fixed problem with strange filenams after compilation.

      Fixed problem with programming E11-Measurement.c example.

      Make debugging easiest for reading.

      Fixed next problem with user eeprom data.

      Disable debugging messages.

      Fixed problem with length of SPI data.

      Add submodule iqrf class core to project.

      Fixed compilation problems with separate iqrf class core.

      Merge branch 'master' of git@github.com:nandra/liqrf

      Remove unused input parameter.

      Use correct variable type to ensure better code readibility.

      Use correct path for iqrf core classes.

      Common output point. Get rid of returns.

      Fixed problems with submodule.

      Check return value.

      Fix seg. faults when device isn't connected and try to send

      Add check on lover layer to avoid SIGFAULT.

      Add displaying of iqrf ide version.

One month before I started to work on porting existing omap850 audio driver to latest kernels ASoC driver.
Currently I have no very much time but I just prepared templates for ASoC audio driver.

Currently when you compile ASoC driver and boot during on WM playing music you can also play music in linux with this template
using aplay, mplayer or whatever.

Current driver consist from more parts. I make a decision to split EAC code to codec dai and cpu dai.
Maybee in future it will be combined again but will see.

You can clone from (using git or http protocol ):

git://github.com/nandra/linux-omap.git

http://github.com/nandra/linux-omap.git

branch is eac_audio.

All contributors and reviewers are WELCOME

Marek

Best wishes

Marek

You can find sources at: git://github.com/nandra/omap_850_kernel.git