/
run_pluspco4.sh
executable file
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/
run_pluspco4.sh
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#!/bin/bash
# Specify image names, JumpHost ideally has sfw2-snat
# Options for the images: my openSUSE 15.2 (linux), Ubuntu 20.04 (ubuntu),
# openSUSE Leap 15.2 (opensuse), CentOS 8 (centos)
# You can freely mix ...
#export JHIMG="Ubuntu 22.04"
#export JHIMG="openSUSE 15.5"
export JHIMG="Debian 12"
#export ADDJHVOLSIZE=2
#export IMG="Ubuntu 22.04"
#export IMG="openSUSE 15.5"
export IMG="Debian 12"
# DEFLTUSER from image_original_user property
#export DEFLTUSER=opensuse
#export DEFLTUSER=ubuntu
#export JHDEFLTUSER=ubuntu
# You can use a filter when listing images (because your catalog is huge)
#export JHIMGFILT="--property-filter os_version=openSUSE-15.0"
#export IMGFILT="--property-filter os_version=openSUSE-15.0"
# ECP flavors
#if test $OS_REGION_NAME == Kna1; then
#export JHFLAVOR=SCS-1L:1:5
export JHFLAVOR=SCS-1V-2
#export FLAVOR=SCS-1L:1:5
export FLAVOR=SCS-1L-1
#else
#export JHFLAVOR=1C-1GB-10GB
#export FLAVOR=1C-1GB-10GB
#fi
# EMail notifications sender address
export FROM=kurt@garloff.de
# Only use one AZ
#export AZS="az1"
# Upload (compressed) logfiles and stats to container
export SWIFTCONTAINER=OS-HM-Logfiles
# Assume OS_ parameters have already been sourced from some .openrc file
# export OS_CLOUD=gx-scs-healthmgr
export EMAIL_PARAM=${EMAIL_PARAM:-"scs@garloff.de"}
# Notifications & Alarms (pass as list, arrays can't be exported)
ALARM_EMAIL_ADDRESSES="scs@garloff.de"
NOTE_EMAIL_ADDRESSES="scs@garloff.de"
#ALARM_EMAIL_ADDRESSES="scs@garloff.de scs-monitoring@plusserver.com"
#NOTE_EMAIL_ADDRESSES="scs@garloff.de"
export ALARM_EMAIL_ADDRESSES NOTE_EMAIL_ADDRESSES
# Terminate early on auth error
openstack server list >/dev/null
# Find Floating IPs
FIPLIST=""
FIPS=$(openstack floating ip list -f value -c ID)
for fip in $FIPS; do
FIP=$(openstack floating ip show $fip | grep -o "APIMonitor_[0-9]*")
if test -n "$FIP"; then FIPLIST="${FIPLIST}${FIP}_
"; fi
done
FIPLIST=$(echo "$FIPLIST" | grep -v '^$' | sort -u)
# Cleanup previous interrupted runs
SERVERS=$(openstack server list | grep -o "APIMonitor_[0-9]*_" | sort -u)
VOLUMES=$(openstack volume list | grep -o "APIMonitor_[0-9]*_" | sort -u)
NETWORK=$(openstack network list | grep -o "APIMonitor_[0-9]*_" | sort -u)
LOADBAL=$(openstack loadbalancer list | grep -o "APIMonitor_[0-9]*_" | sort -u)
ROUTERS=$(openstack router list | grep -o "APIMonitor_[0-9]*_" | sort -u)
SECGRPS=$(openstack security group list | grep -o "APIMonitor_[0-9]*_" | sort -u)
echo CLEANUP: FIPs $FIPLIST Servers $SERVERS Volumes $VOLUMES Networks $NETWORK LoadBalancers $LOADBAL Routers $ROUTERS SecGrps $SECGRPS
for ENV in $FIPLIST; do
echo "******************************"
echo "CLEAN $ENV"
bash ./api_monitor.sh -o -T -q -c CLEANUP $ENV
echo "******************************"
done
TOCLEAN=$(echo "$SERVERS
$VOLUMES
$NETWORK
$LOADBAL
$ROUTERS
$SECGRPS
" | grep -v '^$' | sort -u)
for ENV in $TOCLEAN; do
echo "******************************"
echo "CLEAN $ENV"
#bash ./api_monitor.sh -o -T -q -LL -c CLEANUP $ENV
bash ./api_monitor.sh -o -q -LL -c CLEANUP $ENV
echo "******************************"
done
#bash ./api_monitor.sh -c -x -d -n 8 -l last.log -e $EMAIL_PARAM -S -i 9
#exec api_monitor.sh -o -C -D -N 2 -n 8 -s -e sender@domain.org "$@"
#exec ./api_monitor.sh -O -C -D -N 2 -n 8 -s -L -b -B -M -a 2 -t -T -R "$@"
exec ./api_monitor.sh -O -C -D -N 2 -n 8 -s -LL -b -B -M -a 2 -t -T -R -S plus-prod4 "$@"