#!/bin/sh
# record-ping_cam1.sh
# Check 24h if cam is alive, in case of error code 1 (offline) start record-waitfor_xxx.sh
#
IPCAM=192.168.xxx.xxx
ping -w 86400 -i2 $IPCAM 0>/dev/null
OFFLINE=$?
if [ $OFFLINE -eq 1 ]
then
  source /home/xxx/record-ping-waitfor_cam1.sh
fi

#!/bin/sh
# record-ping-waitfor_cam1.sh
# Check if Cam is alive, if yes (exit code 0) then execute record-ping-reconnect_xxx.sh
#
# Ping with infinitive loop - as soon as reachable (exit code 0) then go on with record script
IPCAM=192.168.xxx.xxx
while true; do ping -c1 $IPCAM > /dev/null && break; done
ONLINE=$?
if [ $ONLINE -eq 0 ]
then
  source /home/xxx/record-ping-reconnect_cam1.sh
fi

#!/bin/sh
# record-ping-reconnect_cam1.sh
# Record IPcam after any case of signal lost
#
# This will print the current date and time in a format appropriate for storage
STARTTIME=$(/bin/date +"%d.%m.%Y")-"("$(/bin/date +"%H").$(/bin/date +"%M")Uhr")"
#
## IP Camera Names ##
# Creating date stamps for each of the Cameras
CAM=Cam1_$STARTTIME
#
## Network and Local Storage Locations  ## #Trailing '/' is necessary here
RCDIR="/home/xxx/Reconnect/"
#
## Record Time per File sec ##
LENGTH="86400" # (24h)
#
## Record Settings ##
#
# wait until cam is ready to capture again
sleep 40s
# start capture this camsource
ffmpeg -v 0 -rtsp_transport tcp -i "rtsp://device:port/11" -vcodec copy -an -t $LENGTH $RCDIR$CAM1.mkv & echo $! > /home/xxx/Reconnect/PIDs/ffmpeg_cam1.pid
# start the ping routine, check the cam for connectivity
source /home/xxx/record-ping_cam1.sh & echo $! > /home/xxx/Reconnect/PIDs/ping_cam1.pid
exit