#!/bin/sh
rc=/lib/rcscripts/sh/files.sh
. $rc || error "Failed to source '$rc'"
rc=/usr/html/axis-cgi/lib/sh-helpers.sh
. $rc || error "Failed to source '$rc'"
ETHTOOL_CMD=$(PATH=/usr/sbin:/sbin:$PATH command -v ethtool 2>/dev/null || :)
CENSOR_PASSWD_EXPR='s/([[:blank:]]*passwd[[:blank:]]*=[[:blank:]]*\[)[[:print:]]*([[:blank:]]*\])/\1 "******" \2/g;
s/(^.*[Pp][Aa][Ss][Ss][Ww][Oo][Rr][Dd][[:blank:]]*=).*$/\1 "*****"/g;
s/(^.*[Pp][Aa][Ss][Ss][[:blank:]]*=).*$/\1 "*****"/g;
s/(^Passphrase[[:blank:]]*=).*$/\1 "*****"/g;
s/(^Key[1234][[:blank:]]*=).*$/\1 "*****"/g'
REGEX_PROPERTY_NUMBER='^\(<([0-9]+)>,\)$'
cleanup_tmp_var() {
[ $# -eq 2 ] && [ "$1" ] && [ "$2" ] ||
error "Wrong number of arguments: cleanup_tmp_var <variable>"
local dirty_var=$2
dirty_var=${dirty_var#\(}
dirty_var=${dirty_var%,\)}
eval $1=\$dirty_var
}
cleanup_single_quotes() {
[ $# -eq 2 ] && [ "$1" ] && [ "$2" ] ||
error "Wrong number of arguments: cleanup_single_quotes <variable>"
local dirty_var=$2
dirty_var=${dirty_var#*\'}
dirty_var=${dirty_var%\'*}
eval $1=\$dirty_var
}
cleanup_property() {
[ $# -eq 2 ] && [ "$1" ] && [ "$2" ] ||
error "Wrong number of arguments: cleanup_property <variable>"
local dirty_var=$2
dirty_var=${dirty_var#*<}
dirty_var=${dirty_var%>*)}
eval $1=\$dirty_var
}
dir_empty() {
[ $# -eq 1 ] && [ "$1" ] || error "dir_empty: missing argument"
[ -d $1 ] || error "Directory '$1' not found"
local f ff
ff=$1/*
for f in $ff; do
[ "$f" = "$ff" ] || return 1
break
done
}
output_aeconf() {
[ $# -eq 2 ] && [ "$1" ] && [ "$2" ] ||
error "output_aeconf: missing argument(s)"
title $1
if dir_empty $2; then
echo "Empty directory $2"
else
local f
for f in $(find $2 -type f); do
echo $f
if [ "${f##*.}" = xml ]; then
sed -e 's/>/>\n/g' $f
else
sed -re '1,2d' -e "$CENSOR_PASSWD_EXPR" $f
fi
echo
done
fi
}
title Server Report Start
printf "Product: "
parhandclient --nocgi get Brand.ProdFullName - RAW 2>&1 || :
if serno=$(gdbus call -y -d com.axis.PolicyKitSystem -o /com/axis/PolicyKitSystem -m com.axis.PolicyKitSystem.ReadSerno 2>&1); then
cleanup_single_quotes serno "$serno"
echo "Serial No: $serno"
else
echo "Failed to get serial number $serno"
fi
f=/sys/devices/soc0/soc_id
[ ! -f $f ] || [ ! -r $f ] || {
printf "Processor Serial Number: "
cat $f
}
title /usr/share/axis-release/variables
cat /usr/share/axis-release/variables
title Inactive Firmware Version
if fw_status=$(gdbus call -y -d com.axis.FirmwareManager1 -o /com/axis/FirmwareManager1 \
-m com.axis.FirmwareManager1.Status 2>&1); then
if [ -z "${fw_status##*"InactiveFirmwareVersion"*}" ]; then
echo "$fw_status" |
sed -re 's/^.*InactiveFirmwareVersion.{4}([[:alnum:]._+-]+).*$/Firmware Rollback: \1/'
else
echo "No rollback version available"
fi
else
echo "Failed to get firmware status '$fw_status'"
fi
title System information
uname -mrsv 2>&1
printf "Bootloader: "
bootversion 2>&1 || :
f=/etc/release
title $f
if [ -f $f ] && [ -r $f ]; then
cat $f
else
echo "Warning: file $f not found or not readable"
fi
h=hasamall_info
! command -v $h >/dev/null 2>&1 || {
title Board Information
$h -i BoardID ProductionDate 2>&1 || :
}
! command -v camera_info >/dev/null || {
title Camera Information
camera_info --all 2>&1 || :
}
title uptime
uptime 2>&1
title Lifetime Statistics
_usage_=-1
_bootcount_=-1
_rebootcount_=-1
if grep -Eq "^[^[:blank:]]+[[:blank:]]+(/usr)?/lib/persistent[[:blank:]]+" /proc/mounts; then
gdbus_cmd="gdbus call -y -d com.axis.UsageStatistics1 -o /com/axis/UsageStatistics1 \
-m org.freedesktop.DBus.Properties.Get com.axis.UsageStatistics1"
x=$($gdbus_cmd UsageTime | sed -E "s/$REGEX_PROPERTY_NUMBER/\1/") &&
[ "$x" ] && _usage_=$x || echo "Failed to get UsageTime"
x=$($gdbus_cmd BootCount | sed -E "s/$REGEX_PROPERTY_NUMBER/\1/") &&
[ "$x" ] && _bootcount_=$x || echo "Failed to get BootCount"
x=$($gdbus_cmd RebootCount | sed -E "s/$REGEX_PROPERTY_NUMBER/\1/") &&
[ "$x" ] && _rebootcount_=$x || echo "Failed to get RebootCount"
fi
if [ $_usage_ -eq -1 ]; then
echo "Total Uptime: Not supported"
else
echo "Total Uptime: $(($_usage_ / 86400)) days"
fi
if [ $_bootcount_ -eq -1 ]; then
echo "Boot-up Counter: Not supported"
else
echo "Boot-up Counter: $_bootcount_"
fi
if [ $_rebootcount_ -eq -1 ]; then
echo "Restart Counter: Not supported"
else
echo "Restart Counter: $_rebootcount_"
fi
title Firmware History
tail -50 /lib/persistent/var/lib/system/system-status/fwhistory 2>&1 || :
print_peak_memory_info() {
local system= services= addons= acap=
local memorydir=/sys/fs/cgroup/memory
local memoryfile=memory.max_usage_in_bytes
local servicesfile=$memorydir/system.slice/$memoryfile
local addonsfile=$memorydir/extension.slice/$memoryfile
local acapfile=$memorydir/extension.slice/extension-addon.slice/$memoryfile
[ ! -r $memorydir/$memoryfile ] || read system <$memorydir/$memoryfile
[ ! -r $servicesfile ] || read services <$servicesfile
[ ! -r $addonsfile ] || read addons <$addonsfile
[ ! -r $acapfile ] || read acap <$acapfile
echo "System-Peak: "$system
echo "Services-Peak: "$services
echo "Addons-Peak: "$addons
echo "Acaps-Peak: "$acap
}
if grep -q -w '^memory' /proc/cgroups; then
[ -d /sys/fs/cgroup/memory ] || error "Memory accounting mount not available"
title Memory Usage
print_peak_memory_info
fi
print_card_info() {
local name= date= type= manfid= oemid= serial= fwrev= hwrev= cid= csd=
local scr= var
[ $# -eq 1 ] && [ "$1" ] || error "print_card_info: missing argument"
[ -d $1 ] || error "Directory '$1' not found"
for var in name date type manfid oemid serial fwrev hwrev cid csd scr; do
[ ! -r $1/device/$var ] || read $var <$1/device/$var
done
printf "name: %6s date: %s\n" ${name:-NA} ${date:-NA}
printf "type: %6s manfid: %s\n" ${type:-NA} ${manfid:-NA}
printf "oemid: %6s serial: %s\n" ${oemid:-NA} ${serial:-NA}
printf "fwrev: %6s hwrev: %s\n" ${fwrev:-NA} ${hwrev:-NA}
printf "cid: %s\n" ${cid:-NA}
printf "csd: %s\n" ${csd:-NA}
printf "scr: %s\n" ${scr:-NA}
}
# Check if product has an SD Card slot, and print card info if it does.
[ ! -e /sys/class/mmc_host/mmc0 ] || {
max_slots=4
i=0
title "SD card slot 0"
sd_base=/sys/block/mmcblk
if [ ! -d $sd_base$i ]; then
echo "No SD-card present"
else
print_card_info $sd_base$i
fi
i=$(($i + 1))
while [ $i -lt $max_slots ]; do
[ ! -d $sd_base$i ] || {
title "SD card slot $i"
print_card_info $sd_base$i
}
i=$(($i + 1))
done
}
title System log
for lf in /var/log/*; do
lfn=${lf##*/}
case $lfn in
info.log*|warning.log*|error.log*|critical.log*|segfault.log*)
[ -r $lf ] || {
echo "Warning: $lf is not readable!"
continue
}
cat $lf || echo "Warning: Failed to read $lf"
;
esac
done | sort
psln=/usr/local/syslog.log
[ ! -f $psln ] || {
title Persistent system log
sort $psln*
}
title Kernel log
klog
secklog=/usr/bin/secondary-klog
[ ! -x $secklog ] || {
title Secondary chip kernel log
$secklog 2>&1 || :
}
pstoreconsole=/sys/fs/pstore/console-ramoops-0
[ ! -r $pstoreconsole ] || {
title Previous kernel log
date -r $pstoreconsole
cat $pstoreconsole
}
ramoops=/sys/fs/pstore/dmesg-ramoops-0
[ ! -r $ramoops ] || {
title Kernel crash log
date -r $ramoops
cat $ramoops
}
title Access log
! log=$(cat /var/log/auth.log* 2>/dev/null) || [ -z "$log" ] ||
echo "$log" | sort
echo
parhandclient --nocgi --maskpasswords getgroup root - NAMEVALUESECTIONS |
sed -re "$CENSOR_PASSWD_EXPR"
f=/etc/straightenimage/straightenimage.conf
if [ -f $f ] && [ -r $f ]; then
title Stream adjustments
echo "[Straighten Image]"
cat $f 2>&1 || :
fi
# Check if the product has remotecameracontrol and print connections if it does
remote_d=/etc/remotecameracontrol
[ ! -d $remote_d ] || {
title Remote camera control connections
f=$remote_d/connections.conf
[ ! -r $f ] || sed -re "s/^(Password=).*/\1*****/" $f
}
title Installed certificates
if x=$(gdbus call -y -d com.axis.PolicyKitCert -o /com/axis/PolicyKitCert \
-m com.axis.PolicyKitCert.ListInstalledCerts 2>&1); then
x=$(echo "$x" | sed -e "s/^(\[(//;s/)\],)\$//;s/), (/\n/g" |
sed -e "s/^'\(.*\)', '\(.*\)', '\(.*\)'\$/\1^\2^\3/")
restoreIFS=$IFS
IFS="
"
topidlen=0
topcnlen=0
for i in $x; do
id=${i%%^*}
idlen=${#id}
rest=${i#*^}
cn=${rest%%^*}
cnlen=${#cn}
[ $idlen -lt $topidlen ] || topidlen=$idlen
[ $cnlen -lt $topcnlen ] || topcnlen=$cnlen
done
for i in $x; do
id=${i%%^*}
rest=${i#*^}
cn=${rest%%^*}
fn=${rest#*^}
printf "%-${topidlen}s %-${topcnlen}s %s\n" "$id" "$cn" "$fn"
done
IFS=$restoreIFS
else
echo "Failed to get list of certificates $x"
fi
title Snapshot of the current caching streams
list=$(gdbus call -y -d com.axis.Streamer -o /com/axis/Streamer/Cache \
-m com.axis.Streamer.Cache.GetStreams)
list=${list#*[}
list=${list%]*}
echo "$list" | sed -e 's#, #\n#g'
title Snapshot of number of current outgoing media streams
num_of_clients=$(gdbus call -y -d com.axis.Streamer -o /com/axis/Streamer \
-m org.freedesktop.DBus.Properties.Get com.axis.Streamer \
CurrentNumClients 2>&1 || :)
cleanup_property num_of_clients "$num_of_clients"
echo $num_of_clients
# Arguments: <service> <object>
print_managed_dbus_objects() {
[ $# -eq 2 ] && [ "$1" ] && [ "$2" ] ||
error "print_managed_dbus_objects: missing argument"
busctl call --json=pretty $1 $2 \
org.freedesktop.DBus.ObjectManager GetManagedObjects |
grep -v "\"type\" : "
}
title Snapshot of current outgoing HTTP streams
print_managed_dbus_objects com.axis.Streamer \
/com/axis/Streamer/HTTP/StreamProperties
title Snapshot of current outgoing RTP streams
print_managed_dbus_objects com.axis.Streamer \
/com/axis/Streamer/RTP/StreamProperties
onvif_media_conf=/etc/ws/onvif/media/media.conf
[ ! -r $onvif_media_conf ] || {
title Onvif Media
cat $onvif_media_conf || :
}
title Snapshot of the current processes
ps T
title Snapshot of the current cpu utilization
top -b -n 1
title systemctl list-units
systemctl list-units --full --no-legend --no-pager
# First argument is the interface to get info from
print_interface_info() {
[ $# -eq 1 ] && [ "$1" ] || error "print_interface_info: missing argument"
local reg_dump
title Settings for $1
$ETHTOOL_CMD $1 2>&1 || :
printf "\nDriver information:\n"
$ETHTOOL_CMD -i $1 2>&1 || :
printf "\nDevice statistics:\n"
$ETHTOOL_CMD -S $1 2>&1 || :
printf "\nRegister dump:\n"
# Use policykit to execute ethtool
if reg_dump=$(gdbus call -y -d com.axis.PolicyKitSystem -o /com/axis/PolicyKitSystem -m com.axis.PolicyKitSystem.ExecuteEthtool d $1 2>&1); then
cleanup_single_quotes reg_dump "$reg_dump"
echo "$reg_dump" | sed -e 's#\\n$##;s#\\n#\n#g'
else
echo "Failed to call com.axis.PolicyKitSystem.ExecuteEthtool $reg_dump"
fi
}
ifaces=$(ls /sys/class/net | grep -v lo)
for i in $ifaces; do
print_interface_info $i
done
ip_cmd=/sbin/ip
if [ -x $ip_cmd ]; then
show_addr_cmd="$ip_cmd address show"
show_maddr_cmd="$ip_cmd maddress"
show_route_cmd="$ip_cmd route show"
show_route6_cmd="$ip_cmd -6 route show"
else
show_addr_cmd='/sbin/ifconfig -a'
show_route_cmd='/sbin/route -n'
fi
title Network configuration
$show_addr_cmd
title Routing table
$show_route_cmd
# Check if the product has SFP, and print status if it does.
! command -v sfp_status >/dev/null 2>&1 || {
title SFP
sfp_status 2>&1 || echo "Warning! sfp_status returned error $?."
}
title IPv6 routing table
$show_route6_cmd
[ -z "$show_maddr_cmd" ] || {
title Multicast groups
$show_maddr_cmd
}
title Network connections
# Use policykit to get netstat information
# netstat -nap -W 2>&1 || :
if netstat_info=$(gdbus call -y -d com.axis.PolicyKitSystem -o /com/axis/PolicyKitSystem -m com.axis.PolicyKitSystem.GetActiveNetworkInfo all 2>&1); then
cleanup_single_quotes netstat_info "$netstat_info"
echo "$netstat_info" | sed -e 's#\\n$##;s#\\n#\n#g'
else
echo "Failed to get netstat info $netstat_info"
fi
title Connection list
QUERY_STRING="generate_header=no" /usr/html/axis-cgi/connection_list.cgi 2>&1 || :
title Network statistics
cat /proc/net/dev
WLAN_STATION_DEV=
# Look for a network interface device which supports WLAN station.
# Sets WLAN_STATION_DEV to the name of the first such device found, if any.
find_wlan_station_dev() {
local dbus_net dev_list dev_obj_base dev dev_name intro
dbus_net='-y -d com.axis.Net1 -o /com/axis/Net1'
dev_list=$(gdbus call $dbus_net -m com.axis.Net1.GetDevices 2>/dev/null || :)
dev_obj_base=/com/axis/Net1/Device/
# Loop through devices
while :; do
case $dev_list in
*$dev_obj_base*)
# Advance to next device in list
dev_list=${dev_list#*$dev_obj_base}
;
*)
# No more devices in list
break
;
esac
# Isolate current device
dev=${dev_list%%$dev_obj_base*}
# Check if current device is WLAN aka "Type 3"
case $dev in
*"'Type': <uint32 3>"*)
;
*)
continue
;
esac
# Introspect device object and look for WLAN station interface
intro=$(gdbus introspect $dbus_net/Device/${dev%%\'*} 2>/dev/null || :)
case $intro in
*com.axis.Net1.Device.WLAN.Station*)
# Interface found, set WLAN_STATION_DEV
dev_name=${dev#*\'Name\': <\'}
dev_name=${dev_name%%\'*}
WLAN_STATION_DEV=$dev_name
break
;
*)
;
esac
done
}
find_wlan_station_dev
[ -z "$WLAN_STATION_DEV" ] || {
title Wireless network configuration
iface=$WLAN_STATION_DEV
ip_msg="ip utility not found"
if [ -x $ip_cmd ] && ip_msg=$($ip_cmd -s link show $iface 2>&1); then
iw_cmd=/usr/sbin/iw
if [ -x $iw_cmd ]; then
title iw $iface link
$iw_cmd $iface link 2>&1 || :
title iw $iface scan
# We need to escape %, newline and tab characters in
# the output of iw, as well as remove the parantheses
# and single quotes introduced by gdbus.
gdbus_response=$(gdbus call -y -d com.axis.PolicyKitSystem -o /com/axis/PolicyKitSystem -m com.axis.PolicyKitSystem.ExecuteIw $iface scan 2>&1)
gdbus_response=${gdbus_response#(\'}
gdbus_response=${gdbus_response%\',)}
echo "$gdbus_response" | sed -e "s|\\\n|\n|g" -e "s|\\\t|\t|g" -e "s|%|%%|g"
else
echo "Error: iw utility not found"
fi
else
# If ip utility is not able to show the link data, then some-
# thing may be wrong with the device. For example, the
# wireless-chip may be detached from the socket.
echo "Error accessing wireless device $iface settings," \
"your product may be damaged."
echo "Error: $ip_msg"
fi
}
WLAN_AP_DEV=
# Look for a network interface device which supports WLAN access point.
# Sets WLAN_AP_DEV to the name of the first such device found, if any.
find_wlan_ap_dev() {
local dbus_net dev_list dev_obj_base dev dev_name intro
dbus_net='-y -d com.axis.Net1 -o /com/axis/Net1'
dev_list=$(gdbus call $dbus_net -m com.axis.Net1.GetDevices 2>/dev/null || :)
dev_obj_base=/com/axis/Net1/Device/
# Loop through devices
while :; do
case $dev_list in
*$dev_obj_base*)
# Advance to next device in list
dev_list=${dev_list#*$dev_obj_base}
;
*)
# No more devices in list
break
;
esac
# Isolate current device
dev=${dev_list%%$dev_obj_base*}
# Check if current device is WLAN aka "Type 3"
case $dev in
*"'Type': <uint32 3>"*)
;
*)
continue
;
esac
# Introspect device object and look for WLAN access point interface
intro=$(gdbus introspect $dbus_net/Device/${dev%%\'*} 2>/dev/null || :)
case $intro in
*com.axis.Net1.Device.WLAN.AccessPoint*)
# Interface found, set WLAN_AP_DEV
dev_name=${dev#*\'Name\': <\'}
dev_name=${dev_name%%\'*}
WLAN_AP_DEV=$dev_name
break
;
*)
;
esac
done
}
find_wlan_ap_dev
[ -z "$WLAN_AP_DEV" ] || {
title Wireless network configuration
iface=$WLAN_AP_DEV
iw_cmd=/usr/sbin/iw
if [ -x $iw_cmd ]; then
$iw_cmd list || :
$iw_cmd dev $iface info || :
else
echo "Error: iw utility not found"
fi
}
poe_script=poe_status.sh
! exists $poe_script || $poe_script 2>&1 || :
title /proc/meminfo
cat /proc/meminfo
title /proc/slabinfo
# Use policykit to get slabinfo
# cat /proc/slabinfo
if slabinfo=$(gdbus call -y -d com.axis.PolicyKitSystem -o /com/axis/PolicyKitSystem -m com.axis.PolicyKitSystem.GetSlabinfo 2>&1); then
cleanup_single_quotes slabinfo "$slabinfo"
echo "$slabinfo" | sed -e 's#\\n$##;s#\\n#\n#g'
else
echo "Failed to get slabinfo $slabinfo"
fi
title vmstatus
vmstatus.sh 2>/dev/null
title Filesystems status
df -h 2>&1
title /proc/mounts
cat /proc/mounts
blk_pattern="/dev/sd[a-z]"
blk_devices=$(echo $blk_pattern)
if [ "$blk_devices" != "$blk_pattern" ]; then
title Disk devices
ls -l $blk_devices || :
ifs_bak=$IFS
IFS=" "
for dev in $blk_devices; do
title Disk status $dev
# Use policykit to execute smartctl
if smart_status=$(gdbus call -y -d com.axis.PolicyKitSystem -o /com/axis/PolicyKitSystem -m com.axis.PolicyKitSystem.ExecuteSmartctl all $dev 2>&1); then
cleanup_single_quotes smart_status "$smart_status"
echo "$smart_status" | sed -e 's/\\n/\n/g' -e 's/\\t/\t/g'
else
echo "Failed to call com.axis.PolicyKitSystem.ExecuteSmartctl $smart_status"
fi
done
IFS=$ifs_bak
fi
title Uploaded applications
/usr/sbin/application_report.sh 2>&1 ||
echo "Failed to execute /usr/sbin/application_report.sh"
# Check if addon-report is available before calling
cmd=addon-report
! command -v $cmd >/dev/null || $cmd || :
# Check if the device has temperature controller
! command -v temperature_status.sh >/dev/null 2>&1 || {
temp_ctrl_dbus_name=com.axis.TemperatureController
temp_ctrl_dbus_obj=/com/axis/TemperatureController
temp_ctrl_dbus_interface=com.axis.TemperatureController
gdbus_call="gdbus call -y -d $temp_ctrl_dbus_name -o $temp_ctrl_dbus_obj -m"
nbr_temp_sensors=$($gdbus_call $temp_ctrl_dbus_interface.GetNbrOfTemperatureSensors 2>&1) &&
cleanup_tmp_var nbr_temp_sensors "$nbr_temp_sensors" || {
echo "Unable to retrieve number of temperature sensors: $nbr_temp_sensors"
nbr_temp_sensors=0
}
nbr_humidity_sensors=$($gdbus_call $temp_ctrl_dbus_interface.GetNbrOfHumiditySensors 2>&1) &&
cleanup_tmp_var nbr_humidity_sensors "$nbr_humidity_sensors" || {
echo "Unable to retrieve number of humidity sensors: $nbr_humidity_sensors"
nbr_humidity_sensors=0
}
nbr_fans=$($gdbus_call $temp_ctrl_dbus_interface.GetNbrOfFans 2>&1) &&
cleanup_tmp_var nbr_fans "$nbr_fans" || {
echo "Unable to retrieve number of fans: $nbr_fans"
nbr_fans=0
}
nbr_heaters=$($gdbus_call $temp_ctrl_dbus_interface.GetNbrOfHeaters 2>&1) &&
cleanup_tmp_var nbr_heaters "$nbr_heaters" || {
echo "Unable to retrieve number of heaters: $nbr_heaters"
nbr_heaters=0
}
[ $nbr_temp_sensors -lt 1 ] || {
title Temperatures
tmp=$(temperature_status.sh 2>&1) && echo "$tmp" ||
echo "Error reading temperature status: $tmp"
}
[ $nbr_humidity_sensors -lt 1 ] || {
title Humidity
tmp=$(humidity_status.sh 2>&1) && echo "$tmp" ||
echo "Error reading humidity status: $tmp"
}
[ $nbr_fans -lt 1 ] || {
title Fan status
tmp=$(fan_status.sh 2>&1) && echo "$tmp" ||
echo "Error reading fan status: $tmp"
}
[ $nbr_heaters -lt 1 ] || {
title Heater status
tmp=$(heater_status.sh 2>&1) && echo "$tmp" ||
echo "Error reading fan status: $tmp"
}
}
if ssn=$(gdbus call -y -d com.axis.ImageControl \
-o /com/axis/ImageControl -m org.freedesktop.DBus.Properties.Get \
com.axis.ImageControl SensorSerialNumber 2>/dev/null); then
cleanup_single_quotes ssn "$ssn"
[ -z "$ssn" ] || {
title Sensor information
echo "SN: $ssn"
}
fi
! command -v light_status.sh >/dev/null 2>&1 || {
title Light Control
light_status.sh 2>/dev/null
}
cvs=$(gdbus call -y -d com.axis.CamViewSetup.Setup \
-o /com/axis/CamViewSetup/Setup \
-m com.axis.CamViewSetup.Setup.GetCapabilities 1 2>/dev/null || :)
case $cvs in
*\(3,\ true\)*) ### viewareasetup/absoluteroll.cgi supported, e.g. Koi M3067/68 ###
if angle=$(gdbus call -y -d com.axis.CamViewSetup.Setup \
-o /com/axis/CamViewSetup/Setup \
-m com.axis.CamViewSetup.Setup.GetStatus 1 2>&1); then
title Digital Roll
angle=${angle%,[[:blank:]]\[*}
echo "Angle: ${angle##*,[[:blank:]]}"
else
echo "Failed ($angle) to get com.axis.CamViewSetup.Setup.GetStatus"
fi
;
*\(2,\ true\)*) ### viewareasetup/roll.cgi supported, e.g. Serena Q3615/17 ###
title Pan-Tilt-Rotate PTR
ptr_state=/lib/persistent/var/lib/ptr_ctrl/ptr_ctrl.state
cat $ptr_state 2>&1 || echo "Failed to print "
;
*)
# Not supported, do not print anything
;
esac
for mcu in MC9S08MP16 MC9S08QG8; do
! systemctl is-enabled $(echo $mcu | tr A-Z a-z).service >/dev/null 2>&1 ||
[ $(mcu_accessory_status.sh $mcu connected) -lt 1 ] || {
title $(mcu_accessory_status.sh $mcu title)
mcu_accessory_status.sh $mcu status
}
done
! command -v camblock_status.sh >/dev/null 2>&1 || {
title Camblock-Hardware
camblock_status.sh 2>/dev/null
}
! command -v camblock_eeprom_status.sh >/dev/null 2>&1 || {
title Camblock-EEPROM-Hardware
camblock_eeprom_status.sh 2>/dev/null
}
[ ! -x /usr/libexec/tempctrl-setup ] && [ ! -f /usr/share/tempctrl/conf ] && [ ! -f /lib/rcscripts/sh/rc-tempctrl.sh ] || {
title MCU status
if [ ! -r /usr/share/tempctrl/conf ] || [ ! -r /lib/rcscripts/sh/rc-tempctrl.sh ]; then
echo "Unable to read MCU files"
else
{ . /usr/share/tempctrl/conf || { echo "Sourcing /usr/share/tempctrl/conf failed"; ! :; }; } &&
{ . /lib/rcscripts/sh/rc-tempctrl.sh || { echo "Sourcing /lib/rcscripts/sh/rc-tempctrl.sh failed"; ! :; }; } &&
{ do_status || { echo "Unable to fetch information"; ! :; }; }
fi
}
d=/etc/actionengine/user/1
output_aeconf "User defined action templates (user)" $d/actiontemplates
output_aeconf "User defined recipient templates (user)" $d/recipienttemplates
output_aeconf "Action rules (user)" $d/rules
output_aeconf "Action configurations (user)" $d/configurations
output_aeconf "Recipients (user)" $d/recipients
d=/etc/actionengine/legacy/1
output_aeconf "User defined action templates (legacy)" $d/actiontemplates
output_aeconf "User defined recipient templates (legacy)" $d/recipienttemplates
output_aeconf "Action rules (legacy)" $d/rules
output_aeconf "Action configurations (legacy)" $d/configurations
output_aeconf "Recipients (legacy)" $d/recipients
d=/etc/scheduledevents/schedules
if dir_empty $d; then
echo "Empty directory $d"
else
title Schedules
for f in $(find $d -type f); do
echo $f
sed '/^$/d' $f
echo
done
fi
ssr=/usr/sbin/storage_serverreport.sh
[ ! -x $ssr ] || $ssr 2>&1 || :
rsr=/usr/sbin/recording_serverreport.sh
[ ! -x $rsr ] || $rsr 2>&1 || :
! command -v panopsis_calib_client >/dev/null 2>&1 || {
title Panopsis Calibration Status
panopsis_calib_client -e get_calibration_information ||
echo "Unable to fetch information."
}
titan_fw_v=/lib/firmware/Titan_Drive_APP.version
[ ! -r $titan_fw_v ] || {
title Titan intelligent BLDC motor firmware
cat $titan_fw_v 2>/dev/null ||
echo "Failed to read firmware version."
}
title PTZ Framework
psr=ptzaurus_server_report
! exists $psr || $psr || :
[ ! -x /usr/sbin/evanalyticsd ] || {
title Embedded Video Analytics Configuration
eva_conf=/etc/evanalyticsd/detectors.conf
[ ! -f $eva_conf ] || cat $eva_conf 2>/dev/null ||
echo "Failed to read $eva_conf."
}
analytic_conf=/usr/local/packages/vmd/localdata/*config.json
if ls $analytic_conf >/dev/null 2>&; then
title Video Analytics Configuration - vmd
for file in $analytic_conf; do
cat $file 2>/dev/null || echo "Failed to read $file."
done
fi
analytic_conf=/usr/local/packages/motionguard/localdata/*config.json
if ls $analytic_conf >/dev/null 2>&; then
title Video Analytics Configuration - motionguard
for file in $analytic_conf; do
cat $file 2>/dev/null || echo "Failed to read $file."
done
fi
analytic_conf=/usr/local/packages/fenceguard/localdata/*config.json
if ls $analytic_conf >/dev/null 2>&; then
title Video Analytics Configuration - fenceguard
for file in $analytic_conf; do
cat $file 2>/dev/null || echo "Failed to read $file."
done
fi
analytic_conf=/usr/local/packages/loiteringguard/localdata/*config.json
if ls $analytic_conf >/dev/null 2>&; then
title Video Analytics Configuration - loiteringguard
for file in $analytic_conf; do
cat $file 2>/dev/null || echo "Failed to read $file."
done
fi
! command -v tourrecd >/dev/null 2>&1 || {
title Recorded tours
rectour_conf=/etc/recordedtour/recordedtour.conf
sed -re '/^([^=]+=[[:blank:]]*$|(id|camera)[[:blank:]]*=)/d' $rectour_conf |
sed -e '/^\[/{N;/\n$/d}' 2>/dev/null ||
echo "Failed to parse $rectour_conf."
}
shi_bin=/usr/sbin/sensorhead_info
[ ! -x $shi_bin ] || {
title Connected heads
$shi_bin -report || echo "Unable to fetch information."
}
ptz_counter_script=ptz_counter_report.sh
! exists $ptz_counter_script || $ptz_counter_script || :
wiper_counter_script=wiper_counter_report.sh
! exists $wiper_counter_script || $wiper_counter_script || :
print_memzone_config() {
local nois_prefix=NumberOfImageSources=
local lef_file=/etc/sysconfig/le-framework.conf
local image_sources i mzd_conf
image_sources=$(grep ^$nois_prefix $lef_file 2>/dev/null) || {
echo "Failed to read ${nois_prefix%=} from $lef_file"
return 1
}
image_sources=${image_sources#$nois_prefix}
case $image_sources in
''|*[!0-9]*)
echo "Failed parsing ${nois_prefix%=}: Not a value."
return 1
;
esac
i=0
while [ $i -lt $image_sources ]; do
mzd_conf=/etc/memoryzoned/ptz_memoryzone_z${i}_zone.conf
[ ! -f $mzd_conf ] || cat $mzd_conf 2>/dev/null ||
echo "Failed to read $mzd_conf."
i=$(($i + 1))
done
}
[ ! -x /usr/html/axis-cgi/memoryzones/add.cgi ] || {
title Memory Zone Configuration
print_memzone_config
}
title Analytics status
d=/opt/axis-video-scene-provider/usr/misc/log
ff=$d/*_status
for f in $ff; do
[ $f = "$ff" ] || {
echo $f
if [ -r $f ]; then
cat $f
else
echo "Permission denied"
fi
}
done
title Hardware Monitoring
systool -c hwmon -v 2>/dev/null || :
title Industrial I/O
systool -b iio -v 2>/dev/null || :
[ ! -f /etc/panorama/panorama-data.conf ] || {
title Panorama Configuration
cat /etc/panorama/panorama-data.conf
print_calibration() {
[ $# -eq 2 ] && [ "$1" ] && [ "$2" ] ||
error "print_calibration: Invalid argument(s)"
title $2
local calb_list file file_name
calb_list=$1/ffc_channel_*
for file in $calb_list; do
[ ! -e $file ] || {
file_name=${file##*/}
echo $file_name
cat $file 2>/dev/null || echo Failed to read $file.
echo
}
done
}
print_calibration /lib/persistent/usr/share/sensor_analysis "Default Calibration"
print_calibration /lib/persistent/usr/share/stitching "User Specific Calibration"
}
title Axis MCU
systool -c axis-mcu -v 2>/dev/null || :
radar_conf_script=radar_configuration_report.sh
! exists $radar_conf_script || $radar_conf_script || :
regionalsettings_conf=/etc/regionalsettings/regionalsettings.conf
[ ! -r $regionalsettings_conf ] || {
title Regional settings
cat $regionalsettings_conf || :
}
lensselection_conf=/etc/lenses/lenses.conf
[ ! -r $lensselection_conf ] || {
title Lensselection
cat $lensselection_conf || :
}
remoteptz_conf=/etc/ptzmath/remoteptz.conf
ptz_support=$(parhandclient --nocgi --nolog get \
Properties.PTZ.PTZ - RAW 2>/dev/null || echo no)
[ ! -r $remoteptz_conf ] || [ $ptz_support != yes ] || {
title Remoteptz
cat $remoteptz_conf || :
}
dad_conf=/usr/local/packages/dad/localdata/dad.conf
[ ! -r $dad_conf ] || {
title Directional Audio Detection
gpio_audioring_detected=/sys/devices/platform/gpiomap/audioring_detected/value
[ ! -r $gpio_audioring_detected ] || {
gpio_value=$(cat $gpio_audioring_detected)
printf "Audio ring detected: "
if [ $gpio_value -eq 1 ]; then
echo yes
else
echo no
fi
echo
}
audioring_status=/sys/class/spi_master/spi1/spi1.0/status
[ ! -r $audioring_status ] || {
printf "Audio ring status: "
cat $audioring_status
echo
}
cat $dad_conf || :
}
sipd_report_cmd=sipd_serverreport
! exists $sipd_report_cmd || $sipd_report_cmd || :
for script in sr_diskinit.sh \
sr_diskmanager.sh \
sr_networksharemanager.sh \
sr_poemanager.sh \
sr_devicemanager.sh \
sr_buzzerd.sh \
sr_systemmanager.sh; do
! exists /usr/sbin/$script || /usr/sbin/$script || :
done
nvmem=/sys/bus/nvmem/devices/artpec-efuse0/nvmem
[ ! -e $nvmem ] || {
title FUSE status
hexdump -ve '/4 "0x%08x "' $nvmem || :
echo
}
title Custom Firmware Certificates
if x=$(gdbus call -y -d com.axis.CustomFirmwareCertificates1 \
-o /com/axis/CustomFirmwareCertificates1 \
-m com.axis.CustomFirmwareCertificates1.List 2>&1); then
x=${x#*\[}
x=${x%\]*}
echo "$x" | sed -re "s/,[[:blank:]]+/\n/g" | tr -d "'"
else
echo "Failed to get list of certificates $x"
fi
print_file() {
[ ! -f $1 ] || [ ! -r $1 ] || {
echo "### $1 ###"
echo
cat $1
echo
}
}
fwupgrade_d=/mnt/flash/.fwupgradelogs
[ ! -d $fwupgrade_d ] || {
title Failed FW Upgrade Logs
for f in $fwupgrade_d/*; do
print_file $f
done
for f in $fwupgrade_d/varlog/*; do
print_file $f
done
}
for f in /usr/share/serverreport.d/*; do
[ -L $f ] || [ ! -f $f ] || [ ! -r $f ] || [ ! -x $f ] || $f || :
echo
done
title Server Report End
