This document describes the hardware and software integration. We use

we board HuginP2_02
ccpc mac: 00-30-59-01-C9-0D
use hostname: hugin

Add the hugin ccpc address to the dhcpd server on bgvctrl

sudo vi /etc/dhcp/dhcpd.conf

host hugin.lbdaq.cern.ch {
        option root-path "10.10.10.254:/nfsexports/ccpc/hugin";
        hardware ethernet 00:30:59:01:C9:0D; # hugin board
        fixed-address 10.10.10.41;
}

sudo service dhcpd restart

prepare the ccpc image. Either use the seed.tar or clone the odin image

# cd /nfsexports/ccpc
# sudo tar -xf seed.tar 

add hugin to the /etc/hosts file (on bgvctrl) and then copy it to all other machines. This can be done with the following command:

for h in bgvgw hltv0101 hltv0102 hltv0103 tfcodin16 hugin bgvtell01 bgvtell02 bgvtell03 bgvtell05 bgvtell06 bgvtell07 bgvtell08 bgvtell09 ; { echo $h; rsync -a -e "ssh" --rsync-path="sudo rsync" /etc/hosts $h:/etc/ ; }

Add the setup file for hugin (that setups the firmware) and make sure the path is correct in the init script in the hugin ccpc image (in /etc/init.d/TFCsetup)

sudo cp /group/online/tfc/ccpc/HUGIN/.setup_hugin /nfsexports/ccpc/hugin/root/usr/local/tfc/HUGIN/

Then setup the input ports in the .setup_hugin file. It's a hex number corresponding to the bit pattern enabling the ports. Each tell01 is connected to a port and this port must be enabled. The others must be disabled. Count from lowest bit from the right. For example:

enable port 0: 00000000000000000001
enable port 19: 10000000000000000000

If we exclude bgvtell03 then the bit pattern and hex number is:

printf '%X\n' "$((2#00000000001111110110))"
3F6

# Enable input ports (edit here)
ctrl -w0x3F6 0x100C

In the case of the initial HUGIN setup:

Map {HuginPort : TELL}
{19: X, 18: 1, 17: 2, 16: 9, 15: 4, 14: 5, 13: 6, 12: 7, 11: 8, 10: X......}
--> 0111 1111 1000 0000 0000 = 0x7F800

Update (31/10/2017) New testing setup

--> 0111 1011 1001 0000 0000 = 0x7B900