To gather the logs from shell:

• Upload the script below (use scp, FileZilla, WinSCP, copy/paste, …) in a folder of the gateway and go to this folder (for example in /user and issue cd /user).
• Convert the file to Unix text file format using dos2unix gather_logs.sh.
• Add execution rights to the script using chmod 755 gather_logs.sh.
• Execute the script using ./gather_logs.sh. The execution of the script takes about 1-2 minutes.
• It will generate an archive under the same directory you executed the script.
• Retrieve this archive (use whatever method you prefer: scp, FileZilla, WinSCP, …).

gather_logs.sh

#!/bin/sh
 
# Version of the script
SCRIPT_VERSION=1.3
 
# Output directory for the result of the script
OUTPUT_DIR="`dirname $0`"
 
# Execution's environment of the script
SCRIPT_ENV=unknown
 
# PLATFORM: IBTS, IFEMTO, ISTATION, IFEVO
PLATFORM=unknown
# Serial number of the product: 39020003
SERIAL=unknown
# ETH0 MAC: 70:76:ff:01:77:71 => 7771
SHORT_MAC=unknown
 
# LED paths
SYSLEDPATH_4_0_IBTS="/sys/class/leds/yellow:debug"
SYSLEDPATH_4_0_IFEMTO="/sys/class/leds/led1:red:power"
SYSLEDPATH="/sys/class/leds/status"
LED_PATH="/do/not/exist"
 
# Script arguments
LEDS_MANAGEMENT=true
EXEC_COMMANDS=true
 
#
# Print the version of the script
#
show_version() {
	echo "Script version: ${SCRIPT_VERSION}"
}
 
 
#
# Show help
#
show_help()
{
	show_version
	echo -e "Usage: $0 [-h|--help] [-l|--ignore-leds] [-o|--output-dir <directory>]
\t-h|--help: this help
\t-v|--version: version of the script
\t-l|--ignore-leds: this script does not manage the leds (default: autodetection)
\t-o|--output-dir <directory>: force the output <directory> to use for extraction (default: current directory)
\t-c|--disable-commands: disable diagnosis commands (default: executed)
"
}
 
#
# Compare 2 versions to know if inferior or superior
# Res: 0: $1 = $2
#      1: $1 > $2
#      2: $1 < $2
#
compare_versions () {
	if [[ $1 == $2 ]]
	then
		return 0
	fi
	local IFS=.
	local i ver1=($1) ver2=($2)
	# fill empty fields in ver1 with zeros
	for ((i=${#ver1[@]}; i<${#ver2[@]}; i++))
	do
		ver1[i]=0
	done
	for ((i=0; i<${#ver1[@]}; i++))
	do
		if [[ -z ${ver2[i]} ]]
		then
			# fill empty fields in ver2 with zeros
			ver2[i]=0
		fi
		if ((10#${ver1[i]} > 10#${ver2[i]}))
		then
			return 1
		fi
		if ((10#${ver1[i]} < 10#${ver2[i]}))
		then
			return 2
		fi
	done
	return 0
}
 
 
#
# Copy a file or directory if exists
# Arguments:
#            $1: file/directory to copy
#            $2: destination directory (create if necessary)
#
copy_if_exists(){
	local from="$1"
	local to="$2"
 
	if [ -e "${from}" ] ; then
		[ ! -d "${to}" ] && mkdir -p "${to}"
		cp -a "${from}" "${to}"
	fi
}
 
 
#
# Check KerOS/SPN version and stop if:
#  - KerOS < 4.0
#  - SPN < 2.1
#
check_fw_version(){
	# check if /etc/version exists
	if [ -a /etc/version ]; then
		FW_VERSION=$(cat /etc/version)
 
		# Detect type of firmware: KerOS or SPN
		if [[ "${FW_VERSION}" == *-spn-* ]]; then
			# Check if SPN version is not inferior to 2.1, stop if it is the case
			compare_versions ${FW_VERSION:0:3} "2.1"
			if [ $? -eq 2 ]; then
				echo "Your SPN firmware version ($FW_VERSION) is inferior to v2.1. Please use the adequate script." >> ${OUTPUT_DIR}/WRONG_FIRMWARE_VERSION.txt
				exit
			fi
		else
			# Check if KerOS version is not inferior to 4.0, stop if it is the case
			compare_versions ${FW_VERSION:0:3} "4.0"
			if [ $? -eq 2 ]; then
				echo "Your KerOS firmware version ($FW_VERSION) is inferior to v4. Please use the adequate script." >> ${OUTPUT_DIR}/WRONG_FIRMWARE_VERSION.txt
				exit
			fi
		fi
	else
		echo "Could not find /etc/version" >> ${OUTPUT_DIR}/WRONG_FIRMWARE_VERSION.txt
		exit
	fi
}
 
 
#
# Check platform we are running on
#
detect_platform() {
	PLATFORM="$(fslotpreg getplatform)"
	if [ $? -ne 0 ];
	then
		PLATFORM="NOT_SUPPORTED"
	fi
	echo "Platform detected: ${PLATFORM}"
}
 
 
#
# Get product serial number information: SERIAL and SHORT_MAC
#
fill_serials() {
	local reg=$(fslotpreg read GP1)
	if [ $? -eq 0 ]; then
		SERIAL=$(printf "%X\n" $reg)
	else
		SERIAL="unknown"
	fi
	SHORT_MAC=$(cat /sys/class/net/eth0/address | awk -F: '{print $5$6}')
}
 
 
#
# Detect the type of environment where the script is launched.
# Possible environments:
#   - udev
#   - shell
#
detect_env() {
	# Detection is only based on the presence or not of the variable DEVNAME
	if [ ! -z ${DEVNAME} ] ; then
		SCRIPT_ENV=udev
		exec > /dev/console 2>&1 # Output the script execution in debug console
	else
		SCRIPT_ENV=shell
		LEDS_MANAGEMENT=false
		OUTPUT_DIR=$(pwd)
	fi
	echo "Script environment: ${SCRIPT_ENV}"
}
 
 
#
# Detect type of leds depending of platform/firmware version
#
detect_leds() {
	if [ -e "${SYSLEDPATH}" ]; then
		LED_PATH="${SYSLEDPATH}"
	elif [ -e "${SYSLEDPATH_4_0_IBTS}" ]; then
		LED_PATH="${SYSLEDPATH_4_0_IBTS}"
	elif [ -e "${SYSLEDPATH_4_0_IFEMTO}" ]; then
		LED_PATH="${SYSLEDPATH_4_0_IFEMTO}"
	fi
}
 
 
#
# Set default led behavior
# $1: trigger
#
#    if trigger = timer : $2 = delay_on, $3 = delay_off
#
set_led() {
	trigger="${1}"
	on="$2"
	off="$3"
 
	if [ -e "${LED_PATH}" ]; then
		echo $trigger > "${LED_PATH}/trigger"
		case "$trigger" in
			"timer")
				echo ${on:=500} > "${LED_PATH}/delay_on"
				echo ${off:=500} > "${LED_PATH}/delay_off"
				;;
			"none")
				echo ${on:=0} > "${LED_PATH}/brightness"
				;;
			*)
				# Nothing to do
				;;
		esac
	fi
}
 
 
#
# Execute some diagnosis commands (can take a long time)
#
execute_commands() {
	echo "Executing diagnosis commands (can take a long time)"
 
	echo -e "\tSystems commands"
		(
		echo -e "\n\n\n**************  fslotpreg getplatform  *****************"
		fslotpreg getplatform
		echo -e "\n\n\n**************  fslotpreg fslotpreg read GP1  *****************"
		fslotpreg read GP1
		echo -e "\n\n\n**************  date  *****************"
		date
		echo -e "\n\n\n**************  uptime  *****************"
		uptime
		echo -e "\n\n\n**************  ps ww *****************"
		ps ww
		echo -e "\n\n\n**************  opkg status  *****************"
		opkg status
		echo -e "\n\n\n**************  monit status  *****************"
		monit status
		echo -e "\n\n\n**************  mount  *****************"
		mount
	) >> ${tmpdir}/cmd_results.txt
 
	echo -e "\tNetwork commands"
	(
		echo -e "\n\n\n**************  ifconfig -a  *****************"
		ifconfig -a
		echo -e "\n\n\n**************  gsmdiag.py  *****************"
		gsmdiag.py ; cat /tmp/gsmdiag.txt
		echo -e "\n\n\n**************  route  *****************"
		route
		echo -e "\n\n\n**************  iptables -L  *****************"
		iptables -L
		echo -e "\n\n\n**************  connmanctl technologies  *****************"
		connmanctl technologies
		echo -e "\n\n\n**************  services  *****************"
		connmanctl services
 
		if [ -e /dev/cdc-wdm1 ]; then
			echo -e "\n\n\n**************  qmicli get mode  *****************"
			qmicli -d /dev/cdc-wdm1 --nas-get-system-selection-preference
		fi
	) >> ${tmpdir}/network_result.txt
 
	# get the 25 last NMEA frames; it will take 10s + 25s
	if [ -e /dev/nmea2 ]; then
		echo -e "\tGPS commands"
		if [ -n "$(lsof | grep $(readlink /dev/nmea2))" ]; then
			echo " /dev/nmea2 already used by $(lsof | grep $(readlink /dev/nmea2))" > ${tmpdir}/nmea2.log; 
		else
			timeout -t 10 cat /dev/nmea2 > /dev/null
			timeout -t 40 head -n 50 /dev/nmea2 > ${tmpdir}/nmea2.log
		fi
	fi
 
	# Overlay modifications
	echo -e "\tOverlay commands"
	overlay diff -l /.rootfs.ro -u /user/.rootfs_upper/ >> ${tmpdir}/overlay_status.txt << EOF
yes
EOF
 
	echo "End of diagnosis commands"
}
 
 
#
# Get all the logs, configuration files and commands and save it
# in the resquested output directory.
# Arguments:
#            $1: output directory
#
get_logs()
{
	local output_dir="$1"
	local name="Logs_${SERIAL}_${SHORT_MAC}_$(date "+%Y%m%d-%H%M%S")"
	local tmpdir="/tmp/${name}"
 
	# system logs
	echo "Extracting system logs"
	copy_if_exists /var/log/ ${tmpdir}/var/
 
	# tmp files
	echo "Extracting tmp files"
	copy_if_exists /tmp/sys_startup_status.json ${tmpdir}/tmp/
	copy_if_exists /tmp/board_info.json ${tmpdir}/tmp/
	copy_if_exists /tmp/calib_loraloc.json ${tmpdir}/tmp/
	copy_if_exists /tmp/calib_rf.json ${tmpdir}/tmp/
 
	# network configuration
	echo "Extracting network configuration"
	copy_if_exists /etc/network/ ${tmpdir}/etc/
	copy_if_exists /etc/firewall.d/ ${tmpdir}/etc/
 
	# CPF (lorad + lorafwd) configuration
	echo "Extracting CPF configuration (if any)"
	for lorad_dir in /user/etc/lorad /etc/lorad
	do
		if [ -d ${lorad_dir} ] ; then
			echo -e "\tExtracting lorad configuration"
			copy_if_exists /etc/default/lorad ${tmpdir}/etc/default/
			copy_if_exists ${lorad_dir} ${tmpdir}${lorad_dir%/*}
		fi
	done
	for lorafwd_dir in /user/etc/lorafwd /etc/lorafwd
	do
		if [ -d ${lorafwd_dir} ] ; then
			echo -e "\tExtracting lorafwd configuration"
			copy_if_exists /etc/default/lorafwd ${tmpdir}/etc/default/
			copy_if_exists ${lorafwd_dir} ${tmpdir}${lorafwd_dir%/*}
		fi
	done
 
	# WMC configuration and logs
	echo "Extracting WMC configuration and logs (if any)"
	if [ -d /user/bscc ] ; then
		echo -e "\tExtracting BSCC configuration and logs"
		copy_if_exists /user/bscc/var.xml ${tmpdir}/user/bscc/
		copy_if_exists /user/bscc/traces/ ${tmpdir}/user/bscc/
	fi
	if [ -d /user/snmp ] ; then
		echo -e "\tExtracting SNMP configuration and logs"
		copy_if_exists /user/snmp/snmpd.conf ${tmpdir}/user/snmp/
		copy_if_exists /user/snmp/traces/ ${tmpdir}/user/snmp/
	fi
 
	# miscellaneous configuration and logs
	echo "Extracting miscellaneous configuration and logs"
	copy_if_exists /etc/rcU.d/ ${tmpdir}/etc/
	copy_if_exists /user/.update ${tmpdir}/user/
	copy_if_exists /user/.upgrade.log ${tmpdir}/user/
	copy_if_exists /user/.sysupgrade.log ${tmpdir}/user/
	copy_if_exists /etc/version ${tmpdir}/etc/
	copy_if_exists /etc/sysupgrade.conf ${tmpdir}/etc/
	copy_if_exists /etc/sysupgrade.d/ ${tmpdir}/etc/
	copy_if_exists /etc/.squash_layer_version ${tmpdir}/etc/
	echo ${SCRIPT_VERSION} > ${tmpdir}/script_version
 
	if ${EXEC_COMMANDS} ; then
		execute_commands
	fi
 
	echo "Saving all data in ${output_dir}/${name}.tar.gz"
	tar -C /tmp -czf ${output_dir}/${name}.tar.gz ${name}
	echo "Done"
	sync
 
	rm -rf $tmpdir
}
 
 
#####################
#     MAIN
#####################
 
# Detect the environment of execution of the script
detect_env
 
# Manage scripts arguments
while [[ $# -gt 0 ]]
do
key="$1"
 
	case $key in
		-l|--ignore-leds)
		LEDS_MANAGEMENT=false
		shift
		;;
		-o|--output-dir)
		OUTPUT_DIR="$2"
		shift 2
		;;
		-c|--disable-commands)
		EXEC_COMMANDS=false
		shift
		;;
		-h|--help)
		show_help
		shift
		exit 1
		;;
		-v|--version)
		show_version
		shift
		exit 1
		;;
		*)
		shift
		;;
	esac
done
 
# Check if firmware version is compatible
check_fw_version
 
# Detect type of platform
detect_platform
 
# Fill SERIAL and SHORT_MAC variables
fill_serials
 
# Set led On
if ${LEDS_MANAGEMENT} ; then
	detect_leds
	set_led none 1
fi
 
# Get logs
get_logs ${OUTPUT_DIR}
 
# End of script, manage user's notifications
if ${LEDS_MANAGEMENT} ; then
	# Prepare reboot after USB unplug
	cat > /tmp/usbkey_remove << EOF
# Switch off Led
echo "none" > ${LED_PATH}/trigger
EOF
 
	# All is right, make Led blinking fast to notify User
	set_led timer 100 100
fi

To gather logs from a USB without typing any command:

• Download the following script and copy it on a USB key.
• Create a usbkey.txt file on the USB key as described here.
• Plug the USB key on the CPU board.
• Wait for the yellow debug led fast blinking. The execution of the script takes about 1-2 minutes.
• Unplug the USB key.
• An archive with all the required logs has been created on the USB key.

usb.autorun

#!/bin/sh
 
# Version of the script
SCRIPT_VERSION=1.3
 
# Output directory for the result of the script
OUTPUT_DIR="`dirname $0`"
 
# Execution's environment of the script
SCRIPT_ENV=unknown
 
# PLATFORM: IBTS, IFEMTO, ISTATION, IFEVO
PLATFORM=unknown
# Serial number of the product: 39020003
SERIAL=unknown
# ETH0 MAC: 70:76:ff:01:77:71 => 7771
SHORT_MAC=unknown
 
# LED paths
SYSLEDPATH_4_0_IBTS="/sys/class/leds/yellow:debug"
SYSLEDPATH_4_0_IFEMTO="/sys/class/leds/led1:red:power"
SYSLEDPATH="/sys/class/leds/status"
LED_PATH="/do/not/exist"
 
# Script arguments
LEDS_MANAGEMENT=true
EXEC_COMMANDS=true
 
#
# Print the version of the script
#
show_version() {
	echo "Script version: ${SCRIPT_VERSION}"
}
 
 
#
# Show help
#
show_help()
{
	show_version
	echo -e "Usage: $0 [-h|--help] [-l|--ignore-leds] [-o|--output-dir <directory>]
\t-h|--help: this help
\t-v|--version: version of the script
\t-l|--ignore-leds: this script does not manage the leds (default: autodetection)
\t-o|--output-dir <directory>: force the output <directory> to use for extraction (default: current directory)
\t-c|--disable-commands: disable diagnosis commands (default: executed)
"
}
 
#
# Compare 2 versions to know if inferior or superior
# Res: 0: $1 = $2
#      1: $1 > $2
#      2: $1 < $2
#
compare_versions () {
	if [[ $1 == $2 ]]
	then
		return 0
	fi
	local IFS=.
	local i ver1=($1) ver2=($2)
	# fill empty fields in ver1 with zeros
	for ((i=${#ver1[@]}; i<${#ver2[@]}; i++))
	do
		ver1[i]=0
	done
	for ((i=0; i<${#ver1[@]}; i++))
	do
		if [[ -z ${ver2[i]} ]]
		then
			# fill empty fields in ver2 with zeros
			ver2[i]=0
		fi
		if ((10#${ver1[i]} > 10#${ver2[i]}))
		then
			return 1
		fi
		if ((10#${ver1[i]} < 10#${ver2[i]}))
		then
			return 2
		fi
	done
	return 0
}
 
 
#
# Copy a file or directory if exists
# Arguments:
#            $1: file/directory to copy
#            $2: destination directory (create if necessary)
#
copy_if_exists(){
	local from="$1"
	local to="$2"
 
	if [ -e "${from}" ] ; then
		[ ! -d "${to}" ] && mkdir -p "${to}"
		cp -a "${from}" "${to}"
	fi
}
 
 
#
# Check KerOS/SPN version and stop if:
#  - KerOS < 4.0
#  - SPN < 2.1
#
check_fw_version(){
	# check if /etc/version exists
	if [ -a /etc/version ]; then
		FW_VERSION=$(cat /etc/version)
 
		# Detect type of firmware: KerOS or SPN
		if [[ "${FW_VERSION}" == *-spn-* ]]; then
			# Check if SPN version is not inferior to 2.1, stop if it is the case
			compare_versions ${FW_VERSION:0:3} "2.1"
			if [ $? -eq 2 ]; then
				echo "Your SPN firmware version ($FW_VERSION) is inferior to v2.1. Please use the adequate script." >> ${OUTPUT_DIR}/WRONG_FIRMWARE_VERSION.txt
				exit
			fi
		else
			# Check if KerOS version is not inferior to 4.0, stop if it is the case
			compare_versions ${FW_VERSION:0:3} "4.0"
			if [ $? -eq 2 ]; then
				echo "Your KerOS firmware version ($FW_VERSION) is inferior to v4. Please use the adequate script." >> ${OUTPUT_DIR}/WRONG_FIRMWARE_VERSION.txt
				exit
			fi
		fi
	else
		echo "Could not find /etc/version" >> ${OUTPUT_DIR}/WRONG_FIRMWARE_VERSION.txt
		exit
	fi
}
 
 
#
# Check platform we are running on
#
detect_platform() {
	PLATFORM="$(fslotpreg getplatform)"
	if [ $? -ne 0 ];
	then
		PLATFORM="NOT_SUPPORTED"
	fi
	echo "Platform detected: ${PLATFORM}"
}
 
 
#
# Get product serial number information: SERIAL and SHORT_MAC
#
fill_serials() {
	local reg=$(fslotpreg read GP1)
	if [ $? -eq 0 ]; then
		SERIAL=$(printf "%X\n" $reg)
	else
		SERIAL="unknown"
	fi
	SHORT_MAC=$(cat /sys/class/net/eth0/address | awk -F: '{print $5$6}')
}
 
 
#
# Detect the type of environment where the script is launched.
# Possible environments:
#   - udev
#   - shell
#
detect_env() {
	# Detection is only based on the presence or not of the variable DEVNAME
	if [ ! -z ${DEVNAME} ] ; then
		SCRIPT_ENV=udev
		exec > /dev/console 2>&1 # Output the script execution in debug console
	else
		SCRIPT_ENV=shell
		LEDS_MANAGEMENT=false
		OUTPUT_DIR=$(pwd)
	fi
	echo "Script environment: ${SCRIPT_ENV}"
}
 
 
#
# Detect type of leds depending of platform/firmware version
#
detect_leds() {
	if [ -e "${SYSLEDPATH}" ]; then
		LED_PATH="${SYSLEDPATH}"
	elif [ -e "${SYSLEDPATH_4_0_IBTS}" ]; then
		LED_PATH="${SYSLEDPATH_4_0_IBTS}"
	elif [ -e "${SYSLEDPATH_4_0_IFEMTO}" ]; then
		LED_PATH="${SYSLEDPATH_4_0_IFEMTO}"
	fi
}
 
 
#
# Set default led behavior
# $1: trigger
#
#    if trigger = timer : $2 = delay_on, $3 = delay_off
#
set_led() {
	trigger="${1}"
	on="$2"
	off="$3"
 
	if [ -e "${LED_PATH}" ]; then
		echo $trigger > "${LED_PATH}/trigger"
		case "$trigger" in
			"timer")
				echo ${on:=500} > "${LED_PATH}/delay_on"
				echo ${off:=500} > "${LED_PATH}/delay_off"
				;;
			"none")
				echo ${on:=0} > "${LED_PATH}/brightness"
				;;
			*)
				# Nothing to do
				;;
		esac
	fi
}
 
 
#
# Execute some diagnosis commands (can take a long time)
#
execute_commands() {
	echo "Executing diagnosis commands (can take a long time)"
 
	echo -e "\tSystems commands"
		(
		echo -e "\n\n\n**************  fslotpreg getplatform  *****************"
		fslotpreg getplatform
		echo -e "\n\n\n**************  fslotpreg fslotpreg read GP1  *****************"
		fslotpreg read GP1
		echo -e "\n\n\n**************  date  *****************"
		date
		echo -e "\n\n\n**************  uptime  *****************"
		uptime
		echo -e "\n\n\n**************  ps ww *****************"
		ps ww
		echo -e "\n\n\n**************  opkg status  *****************"
		opkg status
		echo -e "\n\n\n**************  monit status  *****************"
		monit status
		echo -e "\n\n\n**************  mount  *****************"
		mount
	) >> ${tmpdir}/cmd_results.txt
 
	echo -e "\tNetwork commands"
	(
		echo -e "\n\n\n**************  ifconfig -a  *****************"
		ifconfig -a
		echo -e "\n\n\n**************  gsmdiag.py  *****************"
		gsmdiag.py ; cat /tmp/gsmdiag.txt
		echo -e "\n\n\n**************  route  *****************"
		route
		echo -e "\n\n\n**************  iptables -L  *****************"
		iptables -L
		echo -e "\n\n\n**************  connmanctl technologies  *****************"
		connmanctl technologies
		echo -e "\n\n\n**************  services  *****************"
		connmanctl services
 
		if [ -e /dev/cdc-wdm1 ]; then
			echo -e "\n\n\n**************  qmicli get mode  *****************"
			qmicli -d /dev/cdc-wdm1 --nas-get-system-selection-preference
		fi
	) >> ${tmpdir}/network_result.txt
 
	# get the 25 last NMEA frames; it will take 10s + 25s
	if [ -e /dev/nmea2 ]; then
		echo -e "\tGPS commands"
		if [ -n "$(lsof | grep $(readlink /dev/nmea2))" ]; then
			echo " /dev/nmea2 already used by $(lsof | grep $(readlink /dev/nmea2))" > ${tmpdir}/nmea2.log; 
		else
			timeout -t 10 cat /dev/nmea2 > /dev/null
			timeout -t 40 head -n 50 /dev/nmea2 > ${tmpdir}/nmea2.log
		fi
	fi
 
	# Overlay modifications
	echo -e "\tOverlay commands"
	overlay diff -l /.rootfs.ro -u /user/.rootfs_upper/ >> ${tmpdir}/overlay_status.txt << EOF
yes
EOF
 
	echo "End of diagnosis commands"
}
 
 
#
# Get all the logs, configuration files and commands and save it
# in the resquested output directory.
# Arguments:
#            $1: output directory
#
get_logs()
{
	local output_dir="$1"
	local name="Logs_${SERIAL}_${SHORT_MAC}_$(date "+%Y%m%d-%H%M%S")"
	local tmpdir="/tmp/${name}"
 
	# system logs
	echo "Extracting system logs"
	copy_if_exists /var/log/ ${tmpdir}/var/
 
	# tmp files
	echo "Extracting tmp files"
	copy_if_exists /tmp/sys_startup_status.json ${tmpdir}/tmp/
	copy_if_exists /tmp/board_info.json ${tmpdir}/tmp/
	copy_if_exists /tmp/calib_loraloc.json ${tmpdir}/tmp/
	copy_if_exists /tmp/calib_rf.json ${tmpdir}/tmp/
 
	# network configuration
	echo "Extracting network configuration"
	copy_if_exists /etc/network/ ${tmpdir}/etc/
	copy_if_exists /etc/firewall.d/ ${tmpdir}/etc/
 
	# CPF (lorad + lorafwd) configuration
	echo "Extracting CPF configuration (if any)"
	for lorad_dir in /user/etc/lorad /etc/lorad
	do
		if [ -d ${lorad_dir} ] ; then
			echo -e "\tExtracting lorad configuration"
			copy_if_exists /etc/default/lorad ${tmpdir}/etc/default/
			copy_if_exists ${lorad_dir} ${tmpdir}${lorad_dir%/*}
		fi
	done
	for lorafwd_dir in /user/etc/lorafwd /etc/lorafwd
	do
		if [ -d ${lorafwd_dir} ] ; then
			echo -e "\tExtracting lorafwd configuration"
			copy_if_exists /etc/default/lorafwd ${tmpdir}/etc/default/
			copy_if_exists ${lorafwd_dir} ${tmpdir}${lorafwd_dir%/*}
		fi
	done
 
	# WMC configuration and logs
	echo "Extracting WMC configuration and logs (if any)"
	if [ -d /user/bscc ] ; then
		echo -e "\tExtracting BSCC configuration and logs"
		copy_if_exists /user/bscc/var.xml ${tmpdir}/user/bscc/
		copy_if_exists /user/bscc/traces/ ${tmpdir}/user/bscc/
	fi
	if [ -d /user/snmp ] ; then
		echo -e "\tExtracting SNMP configuration and logs"
		copy_if_exists /user/snmp/snmpd.conf ${tmpdir}/user/snmp/
		copy_if_exists /user/snmp/traces/ ${tmpdir}/user/snmp/
	fi
 
	# miscellaneous configuration and logs
	echo "Extracting miscellaneous configuration and logs"
	copy_if_exists /etc/rcU.d/ ${tmpdir}/etc/
	copy_if_exists /user/.update ${tmpdir}/user/
	copy_if_exists /user/.upgrade.log ${tmpdir}/user/
	copy_if_exists /user/.sysupgrade.log ${tmpdir}/user/
	copy_if_exists /etc/version ${tmpdir}/etc/
	copy_if_exists /etc/sysupgrade.conf ${tmpdir}/etc/
	copy_if_exists /etc/sysupgrade.d/ ${tmpdir}/etc/
	copy_if_exists /etc/.squash_layer_version ${tmpdir}/etc/
	echo ${SCRIPT_VERSION} > ${tmpdir}/script_version
 
	if ${EXEC_COMMANDS} ; then
		execute_commands
	fi
 
	echo "Saving all data in ${output_dir}/${name}.tar.gz"
	tar -C /tmp -czf ${output_dir}/${name}.tar.gz ${name}
	echo "Done"
	sync
 
	rm -rf $tmpdir
}
 
 
#####################
#     MAIN
#####################
 
# Detect the environment of execution of the script
detect_env
 
# Manage scripts arguments
while [[ $# -gt 0 ]]
do
key="$1"
 
	case $key in
		-l|--ignore-leds)
		LEDS_MANAGEMENT=false
		shift
		;;
		-o|--output-dir)
		OUTPUT_DIR="$2"
		shift 2
		;;
		-c|--disable-commands)
		EXEC_COMMANDS=false
		shift
		;;
		-h|--help)
		show_help
		shift
		exit 1
		;;
		-v|--version)
		show_version
		shift
		exit 1
		;;
		*)
		shift
		;;
	esac
done
 
# Check if firmware version is compatible
check_fw_version
 
# Detect type of platform
detect_platform
 
# Fill SERIAL and SHORT_MAC variables
fill_serials
 
# Set led On
if ${LEDS_MANAGEMENT} ; then
	detect_leds
	set_led none 1
fi
 
# Get logs
get_logs ${OUTPUT_DIR}
 
# End of script, manage user's notifications
if ${LEDS_MANAGEMENT} ; then
	# Prepare reboot after USB unplug
	cat > /tmp/usbkey_remove << EOF
# Switch off Led
echo "none" > ${LED_PATH}/trigger
EOF
 
	# All is right, make Led blinking fast to notify User
	set_led timer 100 100
fi