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Commit c9c43f55 authored by Dusan Slavinec's avatar Dusan Slavinec
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adding hardware test scripts

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pts/README 0 → 100644
View file @ c9c43f55
Test scripts for FTRN AMC hardware test
Use with modified N.A.T. extender for backplane IO tests.
To start tests use command:
./ftrn_test.sh test_list_amc.txt
pts/cpld/5AGXMA3DF27.bsd 0 → 100644
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pts/cpld/flash_cpld.sh 0 → 100644
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#!/bin/bash
echo "################################################################################" | tee resp.txt
echo "Check that Xilinx JTAG cable is connected to front panel JTAG connector" | tee -a resp.txt
echo " and DIP1 is in position ONU(USB) then press ENTER" | tee -a resp.txt
echo "Flashing CPLD" | tee -a resp.txt
source /opt/Xilinx/14.7/LabTools/settings64.sh
# call Impact script
impact -batch ./impact_cpld_flash.cmd | tee -a resp.txt
# if called from script copy log to report folder
if [[ -n $LOG_FOLDER ]]; then
cp _impactbatch.log $LOG_FOLDER/flash_cpld.txt
fi
RESULT=`cat _impactbatch.log | grep "Programming completed successfully"`
if [[ -n $RESULT ]]; then
printf "Programming completed successfully"| tee -a resp.txt
echo "PTS_STATUS: OK"| tee -a resp.txt
exit 0
else
echo "PTS_STATUS: Failed"| tee -a resp.txt
exit 64
fi
pts/cpld/impact_cpld_flash.cmd 0 → 100644
View file @ c9c43f55
setMode -bscan
setCable -port usb21
setCableSpeed -speed 750000
Identify -inferir
assignFile -p 1 -file "microtca_prog1.jed"
assignFile -p 2 -file "5AGXMA3DF27.bsd"
program -p 1 -e -v
closecable
exit 0
pts/cpld/xc2c64a_cp56.bsd 0 → 100644
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pts/fpga/flash_fpga.sh 0 → 100644
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#!/bin/bash
# $1 - path to pts folder
# $2 - configuration file name (without extension)
# $3 - if present, only load sof, not burning rpd
if [ $1 == 'h']
then
echo "$1 - path to pts folder"
echo "$2 - configuration file name (without extension)"
echo "$3 - if present, only load sof, do not burn rpd"
exit 113 # just showing help
fi
echo "################################################################################"
echo "Flashing FPGA"
echo "Checking JTAG chain"
export PATH=$PATH:/home/ftrn/intelFPGA/17.1/qprogrammer/bin:/home/ftrn/intelFPGA/17.1/qprogrammer/linux64/
echo "Detecting devices in JTAG chain"
RESP=`jtagconfig`
echo "Loading SOF to FPGA"
SOFPATH=$1/fpga/$2
quartus_pgm -c "USB-Blaster" -m jtag -o "p;$SOFPATH.sof@2"
sleep 3
TTY_USB=`$1/utils/find_ftrn_ttyUSB.sh`
echo "Done programming sof"
if [ -z $3 ]
then
echo "Burning rpd to FLASH"
eb-flash "dev/$TTY_USB" "$SOFPATH.rpd"
echo "Resetting FTRN"
eb-reset "dev/$TTY_USB"
fi
sleep 2
eb-info "dev/$TTY_USB"
echo "Done"
exit 0
pts/fpga/fpga_config_flash.sh 0 → 100644
View file @ c9c43f55
#!/bin/bash
# $1 - path to pts folder
echo "################################################################################" | tee resp.txt
if [[ $1 == 'h']];
then
echo "$1 - path to pts folder" | tee -a resp.txt
exit 113 # just showing help
fi
echo "################################################################################" | tee -a resp.txt
echo "Configuring FPGA flash" | tee -a resp.txt
echo "Finding FTRN ttyUSBx" | tee -a resp.txt
TTY_USB=`$1/utils/find_ftrn_ttyUSB.sh`
if [[ -n $TTY_USB ]]; then
echo "Found FTRN ttyUSB : $TTY_USB" | tee -a resp.txt
else
echo "No FTRN ttyUSB device present. Check if Cypress microcontroller is programmed!" | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
fi
RESP=`eb-config dev/$TTY_USB 10 4`
echo "$RESP" | tee -a resp.txt
if [[ -n $RESP ]]; then
echo "FPGA flash configuration failed." | tee -a resp.txt
echo "PTS_STATUS: Failed." | tee -a resp.txt
exit 64
else
echo "FPGA flash configured. Power cycle the board!" | tee -a resp.txt
echo "PTS_OK: OK" | tee -a resp.txt
exit 0
fi
pts/fpga/fpga_load_flash.sh 0 → 100644
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#!/bin/bash
# $1 - path to pts folder
# $2 - configuration file name (without extension)
echo "################################################################################" | tee resp.txt
if [[ $1 == 'h' ]] ;then
echo "$1 - path to pts folder" | tee -a resp.txt
echo "$2 - configuration file name (without extension)" | tee -a resp.txt
exit 113 # just showing help
fi
echo "################################################################################" | tee -a resp.txt
echo "Finding FTRN ttyUSBx" | tee -a resp.txt
TTY_USB=`$1/utils/find_ftrn_ttyUSB.sh`
if [[ -n $TTY_USB ]]; then
echo "Found FTRN ttyUSB : $TTY_USB" | tee -a resp.txt
else
echo "No FTRN ttyUSB device present. Check if Cypress microcontroller is programmed!" | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
fi
echo "Burning rpd to FLASH" | tee -a resp.txt
#RESP=`eb-flash "dev/$TTY_USB" "$2.rpd"`
#TEST=`echo $RESP | grep "Verifying"`
#TEST=`echo $TEST | grep "done"`
eb-flash "dev/$TTY_USB" "$2.rpd" | tee -a resp.txt
RESP=$(cat resp.txt)
TEST=`echo $RESP | grep "Verifying"`
TEST=`echo $TEST | grep "done"`
if [[ -z $TEST ]]; then
echo "Verify not ok. Loading FPGA flash failed." | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
else
echo "PTS_OK: Successfully burned FPGA flash." | tee -a resp.txt
fi
sleep 1
echo "Reseting FTRN. Loading FPGA from flash" | tee -a resp.txt
eb-reset "dev/$TTY_USB" | tee -a resp.txt
sleep 3
echo "Checking USB communication" | tee -a resp.txt
#RESP=`eb-info dev/$TTY_USB`
eb-info dev/$TTY_USB | tee -a resp.txt
RESP=$(cat resp.txt)
TEST=`echo $RESP | grep "5agxma3d4f27i3"`
if [[ -z $TEST ]]; then
echo "FPGA loading from flash failed. Could not read GW info." | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
else
echo "Successfully loaded FPGA from flash." | tee -a resp.txt
echo "PTS_STATUS: OK" | tee -a resp.txt
exit 0
fi
pts/fpga/fpga_load_sof.sh 0 → 100644
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#!/bin/bash
# $1 - path to pts folder
# $2 - configuration file name
echo "################################################################################" | tee resp.txt
if [[ $1 == 'h' ]];then
echo "$1 - path to pts folder" | tee -a resp.txt
echo "$2 - configuration file name" | tee -a resp.txt
exit 113 # just showing help
fi
if [[ -z $2 ]]; then
SOFNAME="./microtca_control.sof"
else
SOFNAME="$2"
fi
echo "Check that Altera USB Blaster is connected to front panel JTAG connector" | tee -a resp.txt
echo " and DIP1 is in position ONU(USB) then press ENTER" | tee -a resp.txt
read -s -n 1
echo "Flashing FPGA" | tee -a resp.txt
export PATH=$PATH:/home/ftrn/intelFPGA/17.1/qprogrammer/bin:/home/ftrn/intelFPGA/17.1/qprogrammer/linux64/
echo "Detecting devices in JTAG chain" | tee -a resp.txt
jtagconfig | tee -a resp.txt
RESP=`cat resp.txt | grep "chain broken"`
if [[ -n $RESP ]]; then
echo "No Altera Device found in JTAG chain"
echo "PTS_STATUS: Failed"
exit 64
fi
echo "Loading SOF to FPGA" | tee -a resp.txt
quartus_pgm -c "USB-Blaster" -m jtag -o "p;$SOFNAME@2" | tee -a resp.txt
sleep 2
echo "Done programming sof" | tee -a resp.txt
sleep 2
echo "Checking for Cypress device" | tee -a resp.txt
CYPRESS=$(lsusb | grep "Cypress") | tee -a resp.txt
echo "Checking for OpenMoko device" | tee -a resp.txt
OPENMOKO=$(lsusb | grep "1d50:6062 OpenMoko") | tee -a resp.txt
if [[ -n $CYPRESS ]] && [[ -n $OPENMOKO ]]; then
echo "PTS_STATUS: Failed . FPGA flashed but Cypress not visible on USB bus." | tee -a resp.txt
exit 64
elif [[ -n $CYPRESS ]]; then
echo "FPGA loaded, Cypress visible on USB bus. Now flash Cypress microcontroller." | tee -a resp.txt
echo "PTS_STATUS: OK" | tee -a resp.txt
exit 0
else #
echo "FPGA loaded, OpenMoko visible on USB bus. Configure FPGA flash." | tee -a resp.txt
echo "PTS_STATUS: OK" | tee -a resp.txt
exit 0
fi
pts/fpga/xc2c64a_cp56.bsd 0 → 100644
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pts/ftrn_test.sh 0 → 100644
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#!/bin/bash
# $1 - test list
TEST_LIST=$1
echo "Type in 6 digit serial from the sticker"
read -n 6 SN
echo " "
echo "To confirm serial $SN press Enter or Escape to finish"
read -s -n 1 ANS
echo " "
if [ "$ANS" == $'\e' ]; then
echo "END TEST: $(date)"
exit
fi
read -p "Check that fan is ON and blowing over FPGA. Press Enter" -n 1
read -p "Check that Display is attached to the board. Press Enter" -n 1
read -p "Check SFP is inserted and that WR fiber is connected to WR master. Press Enter" -n 1
read -p "Check LEMO cables are connected to IO1 and IO3. Press Enter" -n 1
#set paths
PTS=$(pwd)
export $PTS
TEST_LOG_DIR=/home/$(whoami)/Desktop/board_test_reports
TEST_DELIM1='###############################################################################';
TEST_DELIM2='-------------------------------------------------------------------------------';
# assemble folder name for the board with serial SN
SN_LOG_NAME="amc"
SN_LOG_NAME+="_sn-$SN"
echo "SN_LOG_NAME : $SN_LOG_NAME"
SN_LOG_FOLDER="$TEST_LOG_DIR/$SN_LOG_NAME"
if [[ -d $SN_LOG_FOLDER ]];then
echo "Using existing folder : $SN_LOG_FOLDER"
else
echo "Creating SN report folder : $SN_LOG_FOLDER"
mkdir $SN_LOG_FOLDER
fi
# assemble folder and file name for the test
TEST_START=`date +%s`
TEST_TIME=`date "+%y-%m-%d_%H-%M-%S"`
SN_TIME_LOG="$SN_LOG_NAME_$TEST_TIME"
echo "SN_TIME_LOG : $SN_TIME_LOG"
LOG_FOLDER+="$SN_LOG_FOLDER/$SN_TIME_LOG"
mkdir $LOG_FOLDER
echo "LOG_FOLDER : $LOG_FOLDER"
LOG_FILE="$LOG_FOLDER/$SN_TIME_LOG.log"
echo "LOG_FILE: $LOG_FILE"
# create log file
touch $LOG_FILE
date | tee $LOG_FILE
echo "SN : $SN" | tee -a $LOG_FILE
#TESTS
#------------------------------------------------------------------------------
# ';' is the delimiter here, and there are three fields on each line in the file
# IFS set below is restricted to the context of `read`, it doesn't affect any other code
while IFS=';' read -r cmd testname folder testfile param1 param2 param3; do
# process the fields
# if the line has less than three fields, the missing fields will be set to an empty string
# if the line has more than three fields, `field3` will get all the values, including the
# third field plus the delimiter(s)
# echo "$cmd : $testname : $folder : $testfile : $param1 : $param2 : $param3;"
if [ "$cmd" == "x" ];then # xecute command
echo $TEST_DELIM1 | tee -a $LOG_FILE
echo "START : $(date)" | tee -a $LOG_FILE
if [ "$param1" == "PTS" ];then
param1=$PTS
fi
TESTLOG=$LOG_FOLDER/$testfile
TESTLOG+="_out.txt"
testfile+=".sh"
printf "$testname\n" | tee -a $LOG_FILE #| tee -a $TESTLOG
cd $folder
rm -f resp.txt # delete previous test report
./$testfile $param1 $param2 $param3 < /dev/tty # | tee resp_main.txt
RESP=`cat resp.txt`
sleep 0.5
cd $PTS
printf "%s\n" "$RESP" > $TESTLOG
PTS_STATUS=`echo "$RESP" | grep "PTS_STATUS:"`
printf "%s\n" "$PTS_STATUS" | tee -a $LOG_FILE
printf "END : $(date)\n\n" | tee -a $LOG_FILE
if [[ $PTS_STATUS != 'PTS_STATUS: OK' ]]; then
printf "\nLast test failed. Press ENTER to continue or ESC to stop.\n" | tee -a $LOG_FILE
read -n 1 -s ANS < /dev/tty
if [ "$ANS" == $'\e' ]; then
TEST_END=`date +%s`
echo "Test finished at $((TEST_END-$TEST_START)) seconds."
echo "END TEST: $(date)" | tee -a $LOG_FILE
./pcie-wb/ftrninsmod.sh $PTS r
exit
fi
fi
fi
done < $TEST_LIST
TEST_END=`date +%s`
echo "Test complete in $((TEST_END-$TEST_START)) seconds."
echo "END TEST: $(date)" | tee -a $LOG_FILE
./pcie-wb/ftrninsmod.sh $PTS r
echo " "
pts/hex_sw/hex_sw_test.sh 0 → 100644
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#!/bin/bash
# $1 - FTRN Saflib name
echo "##########################################################" | tee resp.txt
saft-io-ctl $1 -n HWT_EN -d 0
# 0 F A 5
HSPS=("0" "F" "A" "5")
HSW_POS0=(" " "Low" "Low" "Low" "Low")
HSW_POS1=(" " "High" "High" "High" "High")
HSW_POS_5=(" " "High" "Low" "High" "Low")
HSW_POS_A=(" " "Low" "High" "Low" "High")
echo "CPLD Hex Switch test" | tee -a resp.txt
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "Move CPLD HEX switch into position 5 and press ENTER" | tee -a resp.txt
read -s -n 1 ANS
POS=0
echo "Reading HEX SW position" | tee -a resp.txt
for (( j=1; j<=4;j++ )); do
RESP=`saft-io-ctl $1 -n HSWP$j | grep "Input:" | grep "${HSW_POS_5[$j]}"`
echo "HEXSW$j : $RESP"
if [[ -n $RESP ]]; then
let POS=$POS+1
fi
done
if [[ $POS = 4 ]]; then
echo "HEX switch position ok." | tee -a resp.txt
else
echo "HEX switch position readback not OK." | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
fi
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "Move CPLD HEX switch into position A and press ENTER" | tee -a resp.txt
read -s -n 1 ANS
POS=0
echo "Reading HEX SW position" | tee -a resp.txt
for (( j=1; j<=4;j++ )); do
RESP=`saft-io-ctl $1 -n HSWP$j | grep "Input:" | grep "${HSW_POS_A[$j]}"`
echo "HEXSW$j : $RESP"
if [[ -n $RESP ]]; then
let POS=$POS+1
fi
done
if [[ $POS = 4 ]]; then
echo "HEX switch position ok." | tee -a resp.txt
else
echo "HEX switch position readback not OK." | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
fi
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "FPGA Hex Switch test" | tee -a resp.txt
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "Move FPGA HEX switch into position 5 and press ENTER" | tee -a resp.txt
read -s -n 1 ANS
POS=0
echo "Reading HEX SW position" | tee -a resp.txt
for (( j=1; j<=4;j++ )); do
RESP=`saft-io-ctl $1 -n HSWF$j | grep "Input:" | grep "${HSW_POS_5[$j]}"`
echo "HEXSW$j : $RESP"
if [[ -n $RESP ]]; then
let POS=$POS+1
fi
done
if [[ $POS = 4 ]]; then
echo "HEX switch position ok." | tee -a resp.txt
else
echo "HEX switch position readback not OK." | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
fi
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "Move CPLD HEX switch into position A and press ENTER" | tee -a resp.txt
read -s -n 1 ANS
POS=0
echo "Reading HEX SW position" | tee -a resp.txt
for (( j=1; j<=4;j++ )); do
RESP=`saft-io-ctl $1 -n HSWF$j | grep "Input:" | grep "${HSW_POS_A[$j]}"`
echo "HEXSW$j : $RESP"
if [[ -n $RESP ]]; then
let POS=$POS+1
fi
done
if [[ $POS = 4 ]]; then
echo "HEX switch position ok." | tee -a resp.txt
else
echo "HEX switch position readback not OK." | tee -a resp.txt
echo "PTS_STATUS: Failed" | tee -a resp.txt
exit 64
fi
echo "----------------------------------------------------------------" | tee -a resp.txt
echo "Test finished!"
echo "PTS_STATUS: OK" | tee -a resp.txt
exit 0
pts/host_bus/find_ftrn_ttyUSB.sh 0 → 100644
View file @ c9c43f55
#!/bin/bash
for sysdevpath in $(find /sys/bus/usb/devices/usb*/ -name dev); do
(
syspath="${sysdevpath%/dev}"
devname="$(udevadm info -q name -p $syspath)"
[[ "$devname" == "bus/"* ]] && continue
eval "$(udevadm info -q property --export -p $syspath)";
[[ -z "$ID_SERIAL" ]] && continue
RESP=`echo "/dev/$devname - $ID_SERIAL" | grep Helmholtzzentrum;`
if [ -n "$RESP" ]
then
RESP=`echo $RESP | grep ttyUSB;`
if [ -n "$RESP" ]
then
echo "$devname"
fi
fi
)
done
pts/host_bus/find_ftrn_ttyUSB_mmc.sh 0 → 100644
View file @ c9c43f55
#!/bin/bash
for sysdevpath in $(find /sys/bus/usb/devices/usb*/ -name dev); do
(
syspath="${sysdevpath%/dev}"
devname="$(udevadm info -q name -p $syspath)"
[[ "$devname" == "bus/"* ]] && continue
eval "$(udevadm info -q property --export -p $syspath)";
[[ -z "$ID_SERIAL" ]] && continue
RESP=`echo "/dev/$devname - $ID_SERIAL" | grep FTDI;`
if [ -n "$RESP" ]
then
RESP=`echo $RESP | grep ttyUSB;`
if [ -n "$RESP" ]
then
echo "$devname"
fi
fi
)
done
pts/host_bus/list_usb_devices.sh 0 → 100644
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#!/bin/bash
for sysdevpath in $(find /sys/bus/usb/devices/usb*/ -name dev); do
(
syspath="${sysdevpath%/dev}"
devname="$(udevadm info -q name -p $syspath)"
[[ "$devname" == "bus/"* ]] && continue
eval "$(udevadm info -q property --export -p $syspath)"
[[ -z "$ID_SERIAL" ]] && continue
echo "/dev/$devname - $ID_SERIAL" | grep ttyUSB
)
done
pts/host_bus/pcie_usb_rw.sh 0 → 100644
View file @ c9c43f55
#!/bin/bash
# $1 - Path to PTS
# $3 - wishbone master
# $3 - USER RAM address
TEST=0
echo "################################################################################" | tee resp.txt
TTY_USB=`$1/utils/find_ftrn_ttyUSB.sh`;
echo "Found FTRN $TTY_USB" | tee -a resp.txt
USB_DATA=`eb-read dev/$TTY_USB 0x$3/4`
printf "Reading via USB: address 0x$3 : 0x%s\n" "$USB_DATA" | tee -a resp.txt
PCI_DATA=`eb-read dev/$2 0x$3/4`
printf "Reading via PCI: address 0x$3 : 0x%s\n\n" "$PCI_DATA" | tee -a resp.txt
if [ $USB_DATA == $PCI_DATA ]; then
let TEST=$TEST+1
fi
sleep 1
USB_DATA="c007babe"
printf "Writing via USB: address 0x$3 : 0x$USB_DATA\n" | tee -a resp.txt
eb-write dev/$TTY_USB 0x$3/4 0x$USB_DATA
PCI_DATA=`eb-read dev/$2 0x$3/4`
printf "Reading via PCI: address 0x$3 : 0x%s\n\n" "$PCI_DATA" | tee -a resp.txt
if [ $USB_DATA == $PCI_DATA ]; then
let TEST=$TEST+1
fi
sleep 1
PCI_DATA="deadbeef"
printf "Writing via PCI: address 0x$3 : 0x$PCI_DATA\n" | tee -a resp.txt
eb-write dev/$2 0x$3/4 0x$PCI_DATA
USB_DATA=`eb-read dev/$TTY_USB 0x$3/4`
printf "Reading via USB: address 0x$3 : 0x%s\n\n" "$USB_DATA" | tee -a resp.txt
if [ $USB_DATA == $PCI_DATA ]; then
let TEST=$TEST+1
fi
sleep 1
if [ $TEST -eq 3 ]; then
echo "PTS_STATUS: OK" | tee -a resp.txt
else
echo "Not all read/write were ok." | tee -a resp.txt
echo "PTS_STATUS: Failed." | tee -a resp.txt
fi
pts/io/io_port_12_15.sh 0 → 100644
View file @ c9c43f55
#!/bin/bash
# $1 - FTRN Saftlib name
echo "Enabling MTCA.4 PORT 12-15 test" | tee resp.txt
saft-io-ctl $1 -n LED_USR1 -d 1
saft-io-ctl $1 -n LED_USR2 -d 1
saft-io-ctl $1 -n LED_USR3 -d 0
saft-io-ctl $1 -n LED_USR4 -d 0
saft-io-ctl $1 -n HWT_EN -d 1
echo "Check that BLUE IO LEDs blink with then press ENTER else press ESC" | tee -a resp.txt
read -s -n 1 ANS
if [ "$ANS" = $'\e' ];then
echo "Binary count NOT visible on RED IO LEDs" | tee -a resp.txt
echo "PTS_STATUS: Failed (64)" | tee -a resp.txt
exit
else
echo "Binary count visible on RED IO LEDs" | tee -a resp.txt
fi
saft-io-ctl $1 -n LED_USR1 -d 0
saft-io-ctl $1 -n LED_USR2 -d 0
saft-io-ctl $1 -n LED_USR3 -d 0
saft-io-ctl $1 -n LED_USR4 -d 0
saft-io-ctl $1 -n LED_USR8 -d 0
saft-io-ctl $1 -n HWT_EN -d 0
saft-io-ctl $1 -n IO_CLKIN_EN -d 0
echo "--------------------------------------------------------------"
echo "PTS_STATUS: OK" | tee -a resp.txt
echo ""
pts/io/iodirterm_amc.sh 0 → 100644
View file @ c9c43f55
#!/bin/bash
IOS="MTCA4_IO1 MTCA4_IO2 MTCA4_IO3 MTCA4_IO4 MTCA4_IO5 MTCA4_IO6 MTCA4_IO7 MTCA4_IO8 MTCA4_CLK1 MTCA4_CLK2 MTCA4_CLK3 MTCA4_CLK4 IO1 IO2 IO3 IO4 IO5 LIBERA_TR1 LIBERA_TR2 LIBERA_TR3 LIBERA_TR4"
saft-io-ctl ftrn -i | grep LEMO
echo "Connect LEMO1 to LEMO 3 then press ENTER"
echo "LEMO 1 out to LEMO 3 in, term off"
saft-io-ctl ftrn -o 0 -t 0 -d 0 -n IO3
saft-io-ctl ftrn -o 1 -t 0 -d 0 -n IO1
read -p "Check that LEVEL is 0V then press ENTER"
saft-io-ctl ftrn -o 1 -t 0 -d 1 -n IO1
read -p "Check that LEVEL is 3V then press ENTER"
saft-io-ctl ftrn -o 0 -t 1 -d 0 -n IO3
read -p "Termination enabled! Check that LEVEL dropped <3V then press ENTER"
saft-io-ctl ftrn -o 1 -t 0 -d 0 -n IO1
echo "LEMO 3 out to LEMO 1 in, term off"
saft-io-ctl ftrn -o 0 -t 0 -d 0 -n IO1
saft-io-ctl ftrn -o 1 -t 0 -d 0 -n IO3
read -p "Check that LEVEL is 0V then press ENTER"
saft-io-ctl ftrn -o 1 -t 0 -d 1 -n IO3
read -p "Check that LEVEL is 3V then press ENTER"
saft-io-ctl ftrn -o 0 -t 1 -d 0 -n IO1
read -p "Termination enabled! Check that LEVEL dropped <3V then press ENTER"
saft-io-ctl ftrn -o 1 -t 0 -d 0 -n IO3
echo "Connect LEMO2 to LEMO 4 then press ENTER"
echo "LEMO 2 out to LEMO 4 in, term off"
saft-io-ctl ftrn -o 0 -t 0 -d 0 -n IO4
saft-io-ctl ftrn -o 1 -t 0 -d 0 -n IO2
read -p "Check that LEVEL is 0V then press ENTER"
saft-io-ctl ftrn -o 1 -t 0 -d 1 -n IO2
read -p "Check that LEVEL is 3V then press ENTER"
saft-io-ctl ftrn -o 0 -t 1 -d 0 -n IO4
read -p "Termination enabled! Check that LEVEL dropped <3V then press ENTER"
saft-io-ctl ftrn -o 1 -t 0 -d 0 -n IO2
echo "LEMO 4 out to LEMO 2 in, term off"
saft-io-ctl ftrn -o 0 -t 0 -d 0 -n IO2