"dmesg | grep bone":
[ 0.000000] Linux version 3.8.13-bone64 (root@a5-imx6q-wandboard-2gb) (gcc version 4.6.3 (Debian 4.6.3-14) ) #1 SMP Thu Aug 21 21:24:58 UTC 2014
[ 0.662218] bone-capemgr bone_capemgr.8: Baseboard: 'A335BONE,00A6,3712BB000514'
[ 0.662249] bone-capemgr bone_capemgr.8: compatible-baseboard=ti,beaglebone
[ 0.686403] bone-capemgr bone_capemgr.8: slot #0: 'BB-BONE-LOGIBONE,00R1,VALENTFX,BB-BONE-LOGIBONE'
[ 0.716663] bone-capemgr bone_capemgr.8: slot #1: No cape found
[ 0.753774] bone-capemgr bone_capemgr.8: slot #2: No cape found
[ 0.790883] bone-capemgr bone_capemgr.8: slot #3: No cape found
[ 0.797408] bone-capemgr bone_capemgr.8: initialized OK.
[ 0.801250] bone-capemgr bone_capemgr.8: loader: before slot-0 BB-BONE-LOGIBONE:00R1 (prio 0)
[ 0.801270] bone-capemgr bone_capemgr.8: loader: check slot-0 BB-BONE-LOGIBONE:00R1 (prio 0)
[ 0.801289] bone-capemgr bone_capemgr.8: loader: after slot-0 BB-BONE-LOGIBONE:00R1 (prio 0)
[ 0.801321] bone-capemgr bone_capemgr.8: slot #0: Requesting firmware 'BB-BONE-LOGIBONE-00R1.dtbo' for board-name 'BB-BONE-LOGIBONE', version '00R1'
[ 0.801353] bone-capemgr bone_capemgr.8: slot #0: dtbo 'BB-BONE-LOGIBONE-00R1.dtbo' loaded; converting to live tree
[ 0.801724] bone-capemgr bone_capemgr.8: slot #0: #3 overlays
[ 0.808152] usb usb1: Manufacturer: Linux 3.8.13-bone64 musb-hcd
[ 0.833687] bone-capemgr bone_capemgr.8: slot #0: Applied #3 overlays.
[ 0.833713] bone-capemgr bone_capemgr.8: loader: done slot-0 BB-BONE-LOGIBONE:00R1 (prio 0)
When I get here, there is no error, but the LED does not blink. Any suggested debug steps? I should also note that I had no luck using the Ubuntu image in the quickstart. I get errors when trying to program the FPGA.
Comments
do you run the logi_loader command as sudo ? The board seems to be detected fine, so this should be working. Did you install the logi-tools and run install_logibone.sh ?
I'll try to run the image you use and come up with suggestions asap.
Regards,
Jonathan Piat
The problem is that between the first image we shared and the one available now, there was a major rework on the logibone kernel integration. The loader was moved out of the kernel module and is now a user space application using i2C and SPI. This forced us to change the Logibone eeprom content (to get the right pin mux) so people that loaded the first image now have to re-program the eeprom (which is done by the install_logibone script) to get thing working.
Regards,
Jonathan Piat