Marc has modified tcpborphserver3 to work with normal 8 bit writes now. Please get the latest one here: https://github.com/ska-sa/roach2_nfs_uboot (the files are in "boot"). If you are running a NFS just copy the file to nfs_path/usr/local/sbin
The latest romfs includes the new tcpborphserver3. To update: ROACH2 Test machine set-up instructions: https://docs.google.com/a/ska.ac.za/document/d/1tqw4C6uZ6EULl1OykTFL_vQTnK52UBr0aYqTg44E5wg/edit ) 1. Set up a tftp and dhcp server (see the tftp section in the test machine setup instructions). 2. Create a symlink or rename the romfs image to romfs e.g. "ln -s roach2-root-2012-10-18.romfs romfs" in the tftp directory. 3. At the uboot prompt type: run tftproot 4. This takes a long time! About 5 minutes. 5. Using a terminal emulator like minicom access the console (minicom ttyUSB2) 6. Login using root (password is blank) 7. rm /usr/.keep 8. reboot -f To measure temperatures, voltages and currents: All sensors are available using kcp commands. You can telnet to the board to run kcp commands (telnet board_ip 7147) or if you have access to the console you can run the commands using the program kcpcmd ("kcpcmd sensor-list" note that there is no ?) ?sensor-list - lists all the sensors ?sensor-value - lists all the current values ?sensor-sampling sensor_name event - this will give updates when the sensor changes. If anything is unclear please don't hesitate to ask. Regards Alec PS. For rev1 boards please make the following changes to /etc/tcpborphserver3.init (after removing .keep and rebooting). Note that on rev1 3v3aux is actually 12v and 12v and 5vaux will read 0: #3v3 sense resistor: 0.002 ohm, gain resistor: 200 ohm ?sensor-limit raw.current.3v3 mult 998 ?sensor-limit raw.current.3v3 div 1000 #2v5 sense resistor: 0.005 ohm, gain resistor: 499 ohm ?sensor-limit raw.current.2v5 mult 993 ?sensor-limit raw.current.2v5 div 1000 #1v8 sense resistor: 0.002 ohm, gain resistor: 200 ohm ?sensor-limit raw.current.1v8 mult 998 ?sensor-limit raw.current.1v8 div 1000 #1v5 sense resistor: 0.001 ohm, gain resistor: 100 ohm ?sensor-limit raw.current.1v5 mult 999 ?sensor-limit raw.current.1v5 div 1000 #1v sense resistor: 0.00025 ohm, gain resistor: 100 ohm ?sensor-limit raw.current.1v mult 399 ?sensor-limit raw.current.1v div 100 #12v sense resistor: 0.005 ohm ?sensor-limit raw.current.12v mult 100 ?sensor-limit raw.current.12v div 500 #5v sense resistor: 0.002 ohm ?sensor-limit raw.current.5v mult 100 ?sensor-limit raw.current.5v div 200 #12v voltage divider (on rev1 boards the 12v is measured on the 3v3aux line) ?sensor-limit raw.voltage.3v3aux mult 29600 ?sensor-limit raw.voltage.3v3aux div 10000
