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api_monitor.sh
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api_monitor.sh
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#!/bin/bash
# api_monitor.sh
#
# Test script testing the reliability and performance of OpenStack API
# It works by doing a real scenario test: Setting up a real environment
# With routers, nets, jumphosts, disks, VMs, ...
#
# We collect statistics on API call performance as well as on resource
# creation times.
# Failures are noted and alarms are generated.
#
# Status:
# - Errors not yet handled everywhere
# - Live Volume and NIC attachment not yet implemented
# - Log too verbose for permament operation ...
# - Script allows to create multiple nets/subnets independent from no of AZs,
# which may need more testing.
# - Done: Convert from neutron/cinder/nova/... to openstack (-o / -O)
#
# TODO:
# - Align sendalarm with Grafana database entries
#
# (c) Kurt Garloff <kurt.garloff@t-systems.com>, 2/2017-7/2017
# (c) Kurt Garloff <kurt@garloff.de>, 2019
# (c) Kurt Garloff <scs@garloff.de>, 2020
# License: CC-BY-SA (4.0)
#
# General approach:
# - create router (VPC)
# - create 1+$NONETS (1+2) nets -- $NONETS is normally the # of AZs
# - create 1+$NONETS subnets
# - create security groups
# - create virtual IP (for outbound SNAT via JumpHosts)
# - create SSH keys
# - create $NOAZS JumpHost VMs by
# a) creating disks (from image)
# b) creating ports
# c) creating VMs
# - associating a floating IP to each Jumphost
# - configuring the virtIP as default route
# - JumpHosts do SNAT for outbound traffic and port forwarding for inbound
# (this used to require SUSE images with SFW2-snat package to work, but now
# should work on most images, assuming iptables rules can be configured)
# - create N internal VMs striped over the nets and AZs by
# a) creating disks (from image) -- if option -d is not used
# b) creating a port -- if option -P is not used
# c) creating VM (from volume or from image, dep. on -d)
# (Steps a and c take long, so we do many in parallel and poll for progress)
# d) do some property changes to VMs
# - after everything is complete, we wait for the VMs to be up
# - we ping them, log in via ssh and see whether they can ping to the outside world (dns.google)
#
# - Finally, we clean up ev'thing in reverse order
# (We have kept track of resources to clean up.
# We can also identify them by name, which helps if we got interrupted, or
# some cleanup action failed.)
#
# So we end up testing: Router, incl. default route (for SNAT instance),
# networks, subnets, and virtual IP, security groups and floating IPs,
# volume creation from image, deletion after VM destruction
# VM creation from bootable volume (and from image if -d is given)
# Metadata service (without it ssh key injection fails of course)
# Images (we use openSUSE for the jumphost for SNAT/port-fwd and CentOS7 by dflt for VMs)
# Waiting for volumes and VMs
# Destroying all of these resources again
#
# We do some statistics on the duration of the steps (min, avg, median, 95% quantile, max)
# We of course also note any errors and timeouts and report these, optionally sending
# email or (on OTC) SMN alarms.
#
# This takes rather long, as typical CLI calls take b/w 1 and 5s on OpenStack clouds
# (including the round trip to keystone for the token).
#
# Future enhancements:
# - dynamically attach an additional disk
# - test DNS (designate)
# - test object storage (swift/s3)
#
# Optimization possibilities:
# - DONE: Cache token and reuse when creating a large number of resources in a loop
# Use option -O (not used for volume create, LB create and image stuff)
#
# Prerequisites:
# - Working python-XXXclient tools (openstack, glance, neutron, nova, cinder)
# - Optionally otc.sh from otc-tools (only if using optional SMN -m and project creation -p)
# - Optionally sendmail (only if email notification is requested)
# - jq (for JSON processing)
# - python2 or 3 for math used to calc statistics
# - SUSE image with SNAT/port-fwd (SuSEfirewall2-snat pkg) for the JumpHosts recommended
# (but we can do manual iptables settings otherwise nowadays)
# - Any image for the VMs that allows login as user DEFLTUSER (linux) with injected key
# (If we use -2/-3/-4, we also need a SUSE image to have the cloud-multiroute pkg in there.)
#
# Example:
# Run 100 loops deploying (and deleting) 2+8 VMs (including nets, volumes etc.),
# booting VMs directly from images (and creating ports implicitly), but with single calls (no -D).
# with daily statistics sent to SMN...APIMon-Notes and Alarms to SMN...APIMonitor
# ./api_monitor.sh -n 8 -d -P -s -m urn:smn:eu-de:0ee085d22f6a413293a2c37aaa1f96fe:APIMon-Notes -m urn:smn:eu-de:0ee085d22f6a413293a2c37aaa1f96fe:APIMonitor -i 100
# (SMN is OTC specific notification service that supports sending SMS.)
VERSION=1.110
APIMON_ARGS="$@"
# debugging
if test "$1" == "--debug"; then set -x; shift; fi
# Sanitize locale
export LANG=en_US.UTF-8
export LC_ALL=C # en_US.UTF-8
export LC_NUMERIC=C #en_US.UTF-8
# TODO: Document settings that can be ovverriden by environment variables
# such as PINGTARGET, ALARMPRE, FROM, [JH]IMG, [JH]IMGFILT, JHDEFLTUSER, DEFLTUSER, [JH]FLAVOR
# User settings
#export TZ=UTC
#if test -z "$PINGTARGET"; then PINGTARGET=f-ed2-i.F.DE.NET.DTAG.DE; fi
if test -z "$PINGTARGET"; then PINGTARGET=google-public-dns-b.google.com; fi
if test -z "$PINGTARGET2"; then PINGTARGET2=dns.quad9.net; fi
# Prefix for test resources
FORCEDEL=NONONO
STARTDATE=$(date +%s)
if test -z "$RPRE"; then RPRE="APIMonitor_${STARTDATE}_"; fi
if test "$RPRE" == "${RPRE%_}"; then echo "Need trailing _ for prefix RPRE"; exit 1; fi
SHORT_DOMAIN="${OS_USER_DOMAIN_NAME##*OTC*00000000001000}"
SHPRJ="${OS_PROJECT_NAME%_Project}"
ALARMPRE="${SHORT_DOMAIN:3:3}/${OS_REGION_NAME}/${SHPRJ#*_}"
SHORT_DOMAIN=${SHORT_DOMAIN:-$OS_PROJECT_NAME}
GRAFANANM="${GRAFANANM:-api-monitoring}"
WAITLB=${WAITLB:-16}
KPTYPE=${KPTYPE:-rsa}
# Find python openstackclient install
# Returns comppy
find_ostclient_compute()
{
ostclient=`type -p openstack`
ostdir=`dirname $ostclient`
for dir in ~/.local/python3.* ~/.local/python3 \
${ostdir%/*}/lib/python3.*/site-packages ${ostdir%/*}/lib/python3/site-packages \
${ostdir%/*}/lib/python3.*/dist-packages ${ostdir%/*}/lib/python3/dist-packages \
${ostdir%/*}/lib/python3.*; do
comppy=`ls -d ${dir}/openstackclient/compute 2>/dev/null`
if test -d "$comppy"; then return 0; fi
done
if ! test -d "$comppy"; then echo "INFO: Can not find openstackclient $comppy" 2>&1; unset comppy; return 1; fi
}
# Patch openstackclient to support booting with --block-device
patch_openstackclient_disklessboot()
{
find_ostclient_compute || return
srvpy=$comppy/v2/server.py
if grep -A1 'disk_group = parser.add_mutually_excl' $srvpy 2>/dev/null | grep 'required=True' 2>/dev/null >/dev/null; then
echo "INFO: patching openstackclient $srvpy ..."
sudo cp -p $srvpy $srvpy.orig
sudo sed -i '/disk_group = parser\.add_mutually_excl/{n
s@required=True@required=False@
b exit
}
:exit' $srvpy
echo "INFO: openstackclient patched $?"
fi
}
# Patch openstackclient to support availabiliy zone list --compute as project member
patch_openstackclient_computeazlist()
{
ostackver=$(openstack --version | sed 's/^openstack //')
find_ostclient_compute || return
case $ostackver in
6.3.0|6.4.0)
;;
*)
return;;
esac
avz=${comppy%/*}/common/availability_zone.py
if test ! -r "$avz"; then echo "No such file $avz to patch" 1&>2; return 1; fi
if grep 'ForbiddenException' $avz >/dev/null 2>&1; then return 0; fi
echo "INFO: patching openstackclient $avz ..."
sudo cp -p $avz $avz.orig
sudo sed -i 's/nova_exceptions/sdk_exceptions/g' $avz
sudo sed -i '/from novaclient import exceptions/{
i from openstack import exceptions as openstack_exceptions
}' $avz
sudo sed -i 's/sdk_exceptions\.Forbidden:/(sdk_exceptions.Forbidden,openstack_exceptions.ForbiddenException):/g' $avz
sudo sed -i 's/data = compute_client\.availability_zones(details=True)/data = list(compute_client.availability_zones(details=True))/' $avz
sudo sed -i 's/data = volume_client\.availability_zones()/data = list(volume_client.availability_zones())/' $avz
}
# Number of VMs and networks
if test -z "$AZS"; then
#AZS=$(nova availability-zone-list 2>/dev/null| grep -v '\-\-\-' | grep -v 'not available' | grep -v '| Name' | sed 's/^| \([^ ]*\) *.*$/\1/' | sort -n)
#AZS=$(openstack availability zone list 2>/dev/null| grep -v '\-\-\-' | grep -v 'not available' | grep -v '| Name' | grep -v '| Zone Name' | sed 's/^| \([^ ]*\) *.*$/\1/' | sort -n)
AZS=$(openstack availability zone list --compute -f json 2>/dev/null | jq '.[] | select(."Zone Status" == "available")."Zone Name"' | tr -d '"' | sort -u)
if test -z "$AZS"; then AZS=$(otc.sh vm listaz 2>/dev/null | grep -v region | sort -u); fi
if test -z "$AZS"; then
# Dangerous territory, guard it by PATCHOSTACK
if test -n "$PATCHOSTACK"; then
echo "ERROR: Broken openstack client 6.3/6.4 (openstack availability zone list --compute fails). Trying to patch." 1>&2
patch_openstackclient_computeazlist
AZS=$(openstack availability zone list --compute -f json 2>/dev/null | jq '.[] | select(."Zone Status" == "available")."Zone Name"' | tr -d '"' | sort -u)
fi
if test -z "$AZS"; then
echo "ERROR: openstack client still broken. Working around with curl ..." 1>&2
if test -n "$OS_CACERT"; then CURLARG="--cacert $OS_CACERT"; else unset CURLARG; fi
NOVAEP=$(openstack catalog list -f json | jq '.[] | select(.Name == "nova") | .Endpoints[] | select(.interface == "public") | .url' | tr -d '"')
TKN=$(openstack token issue -f value -c id)
RESP=$(curl $CURLARG -H "Accept: application/json" -H "X-Auth-Token: $TKN" -X GET "$NOVAEP/os-availability-zone" 2>/dev/null)
unset TKN
if test -n "$RESP"; then
AZS=$(echo "$RESP" | jq '.availabilityZoneInfo[] | select(.zoneState.available == true) | .zoneName' | tr -d '"')
fi
fi
if test -z "$AZS"; then echo "ERROR: Still no luck. Pass AZS manually or install openstackclient-6.5+" 1>&2; exit 1; fi
fi
fi
AZS=($AZS)
#echo "${#AZS[*]} AZs: ${AZS[*]}"; exit 0
NOAZS=${#AZS[*]}
if test -z "$VAZS"; then
#VAZS=$(cinder availability-zone-list 2>/dev/null| grep -v '\-\-\-' | grep -v 'not available' | grep -v '| Name' | sed 's/^| \([^ ]*\) *.*$/\1/' | sort -n)
#VAZS=$(openstack availability zone list --volume 2>/dev/null| grep -v '\-\-\-' | grep -v 'not available' | grep -v '| Name' | grep -v '| Zone Name' | sed 's/^| \([^ ]*\) *.*$/\1/' | sort -n)
VAZS=$(openstack availability zone list --volume -f json | jq '.[] | select(."Zone Status" == "available")."Zone Name"' | tr -d '"' | sort -u)
fi
if test -z "$VAZS"; then VAZS=(${AZS[*]}); else VAZS=($VAZS); fi
NOVAZS=${#VAZS[*]}
if test $NOAZS -gt 1 -a -z "$NAZS"; then
NAZS=$(openstack availability zone list --network -f json | jq '.[] | select(."Zone Status" == "available")."Zone Name"' | tr -d '"' | sort -u)
fi
if test -n "$NAZS"; then NAZS=($NAZS); fi
NONAZS=${#NAZS[*]}
#echo "AZs: ${AZS[*]}, VAZs: ${VAZS[*]}, NAZs: ${NAZS[*]}"
NOVMS=12
NONETS=$NOAZS
MANUALPORTSETUP=1
ROUTERITER=1
if test -z "$DEFAULTNAMESERVER"; then
if [[ $OS_AUTH_URL == *otc*t-systems.com* ]]; then
NAMESERVER=${NAMESERVER:-100.125.4.25}
fi
if test -z "$NAMESERVER"; then NAMESERVER=8.8.8.8; fi
fi
MAXITER=-9999
ERRWAIT=1
VMERRWAIT=2
unset DISASSOC
# API timeouts
NETTIMEOUT=26
FIPTIMEOUT=36
NOVATIMEOUT=28
NOVABOOTTIMEOUT=48
CINDERTIMEOUT=32
GLANCETIMEOUT=32
DEFTIMEOUT=22
TIMEOUTFACT=1
REFRESHPRJ=0
SUCCWAIT=${SUCCWAIT:-5}
DOMAIN=$(grep '^search' /etc/resolv.conf | awk '{ print $2; }'; exit ${PIPESTATUS[0]}) || DOMAIN=otc.t-systems.com
HOSTNAME=$(hostname)
FQDN=$(hostname -f 2>/dev/null) || FQDN=$HOSTNAME.$DOMAIN
echo "Running api_monitor.sh v$VERSION on host $FQDN with arguments $APIMON_ARGS"
if test -z "$OS_PROJECT_NAME"; then
TRIPLE="$OS_CLOUD"
STRIPLE="$OS_CLOUD"
ALARMPRE="$OS_CLOUD"
CLOUDDIR="$OS_CLOUD"
else
TRIPLE="$OS_USER_DOMAIN_NAME/$OS_PROJECT_NAME/$OS_REGION_NAME"
STRIPLE="$SHORT_DOMAIN/$SHPRJ/$OS_REGION_NAME"
ALARMPRE="$STRIPLE"
CLOUDDIR="$SHPRJ"
fi
if ! echo "$@" | grep '\(CLEANUP\|CONNTEST\)' >/dev/null 2>&1; then
echo "Using $RPRE prefix for resrcs on $TRIPLE (${AZS[*]})"
fi
# Images, flavors, disk sizes defaults -- these can be overriden
# Ideally have SUSE image with SuSEfirewall2-snat for JumpHosts, will be detected
# otherwise raw iptables commands will set up SNAT.
#JHIMG="${JHIMG:-Standard_openSUSE_15_latest}"
JHIMG="${JHIMG:-Ubuntu 22.04}"
# Pass " " to filter if you don't need the optimization of image filtering
#JHIMGFILT="${JHIMGFILT:---property-filter __platform=OpenSUSE}"
# For 2nd interface (-2/3/4), use also SUSE image with cloud-multiroute
IMG="${IMG:-Ubuntu 22.04}"
#IMGFILT="${IMGFILT:---property-filter __platform=CentOS}"
# ssh login names with injected key
if test "${IMG:0:6}" = "Ubuntu"; then
DEFLTUSER=${DEFLTUSER:-ubuntu}
else
DEFLTUSER=${DEFLTUSER:-linux}
fi
if test "${JHIMG:0:6}" = "Ubuntu"; then
JHDEFLTUSER=${JHDEFLTUSER:-ubuntu}
else
JHDEFLTUSER=${JHDEFLTUSER:-linux}
fi
# SCS flavor names as defaults
#JHFLAVOR=${JHFLAVOR:-computev1-1}
JHFLAVOR=${JHFLAVOR:-SCS-1V-2}
FLAVOR=${FLAVOR:-SCS-1L-1}
# Optionally increase JH and VM volume sizes beyond image size
# (slows things down due to preventing quick_start and growpart)
ADDJHVOLSIZE=${ADDJHVOLSIZE:-0}
ADDVMVOLSIZE=${ADDVMVOLSIZE:-0}
DATADIR="${DATADIR:-$PWD/$CLOUDDIR}"
if ! test -d "$DATADIR"; then mkdir "$DATADIR"; fi
LOGFILE="$DATADIR/${RPRE%_}.log"
SSHHOSTSFILE="$DATADIR/known_hosts.${RPRE%_}"
declare -i APIERRORS=0
declare -i APITIMEOUTS=0
declare -i APICALLS=0
declare -i TOTERR=0
declare -a ALARMBUFFER=()
declare -i BUFFEREDALARMS=0
# Nothing to change below here
BOLD="\e[0;1m"
REV="\e[0;3m"
NORM="\e[0;0m"
RED="\e[0;31m"
GREEN="\e[0;32m"
YELLOW="\e[0;33m"
# python3?
if test -n "$(type -p python3)"; then PYTHON3=$(type -p python3); else unset PYTHON3; fi
usage()
{
#echo "Usage: api_monitor.sh [-n NUMVM] [-l LOGFILE] [-p] CLEANUP|DEPLOY"
echo "Usage: api_monitor.sh [options]"
echo " --debug Use set -x to print every line executed"
echo " -n N number of VMs to create (beyond #AZ JumpHosts, def: 12)"
echo " -N N number of networks/subnets/jumphosts to create (def: # AZs)"
echo " -l LOGFILE record all command in LOGFILE"
echo " -a N send at most N alarms per iteration (first plus N-1 summarized)"
echo " -R send recovery email after a completely successful iteration and alarms before"
echo " -e ADR sets eMail address for notes/alarms (assumes working MTA)"
echo " second -e splits eMails; notes go to first, alarms to second eMail"
echo " -E exit on error (for CONNTEST)"
echo " -m URN sets notes/alarms by SMN (pass URN of queue)"
echo " second -m splits notifications; notes to first, alarms to second URN"
echo " -s [SH] sends stats as well once per day (or every SH hours), not just alarms"
echo " -S [NM] sends stats to grafana via local telegraf http_listener (def for NM=api-monitoring)"
echo " -q do not send any alarms"
echo " -d boot Directly from image (not via volume)"
echo " -vt TP use volumetype TP (overrides env VOLUMETYPE)"
echo " -z SZ boots VMs from volume of size SZ"
echo " -Z do not create volume for JHs separately"
echo " -P do not create Port before VM creation"
echo " -D create all VMs with one API call (implies -d -P)"
echo " -i N sets max number of iterations (def = -1 = inf)"
echo " -r N only recreate router after each Nth iteration"
echo " -g N increase VM volume size by N GB (ignored for -d/-D)"
echo " -G N increase JH volume size by N GB"
echo " -w N sets error wait (API, VM): 0-inf seconds or neg value for interactive wait"
echo " -W N sets error wait (VM only): 0-inf seconds or neg value for interactive wait"
echo " -V N set success wait: Stop for N seconds (neg val: interactive) before tearing down"
echo " -p N use a new project every N iterations"
echo " -c noColors: don't use bold/red/... ASCII sequences"
echo " -C full Connectivity check: Every VM pings every other"
echo " -o translate nova/cinder/neutron/glance into openstack client commands"
echo " -O like -o, but use token_endpoint auth (after getting token)"
echo " -x assume eXclusive project, clean all floating IPs found"
echo " -I dIsassociate floating IPs before deleting them"
echo " -L create HTTP Loadbalancer (LBaaSv2/octavia) and test it"
echo " -LL create TCP Loadbalancer (LBaaSv2/octavia) and test it"
echo " -LP PROV create TCP LB with provider PROV test it (-LO is short for -LP ovn)"
echo " -LR reverse order of LB healthmon and member creation and deletion"
echo " -b run a simple compute benchmark (4k pi with bc)"
echo " -B measure TCP BW b/w VMs (iperf3)"
echo " -M measure disk I/O bandwidth & latency (fio)"
echo " -t long Timeouts (2x, multiple times for 3x, 4x, ...)"
echo " -T assign tags to resources; use to clean up floating IPs"
echo " -2 Create 2ndary subnets and attach 2ndary NICs to VMs and test"
echo " -3 Create 2ndary subnets, attach, test, reshuffle and retest"
echo " -4 Create 2ndary subnets, reshuffle, attach, test, reshuffle and retest"
echo " -R2 Recreate 2ndary ports after detaching (OpenStack <= Mitaka bug)"
echo "Or: api_monitor.sh [-f] [-o/-O] CLEANUP XXX to clean up all resources with prefix XXX"
echo " Option -f forces the deletion"
echo "Or: api_monitor.sh [Options] CONNTEST XXX for full conn test for existing env XXX"
echo " Options: [-2/3/4] [-o/O] [-i N] [-e ADR] [-E] [-w/W/V N] [-l LOGFILE]"
echo "You need to have the OS_ variables set to allow OpenStack CLI tools to work."
echo "You can override defaults by exporting the environment variables AZS, VAZS, NAZS, RPRE,"
echo " PINGTARGET, PINGTARGET2, GRAFANANM, [JH]IMG, [JH]IMGFILT, [JH]FLAVOR, [JH]DEFLTUSER,"
echo " ADDJHVOLSIZE, ADDVMVOLSIZE, SUCCWAIT, ALARMPRE, FROM, ALARM_/NOTE_EMAIL_ADDRESSES, VOLUMETYPE,"
echo " NAMESERVER/DEFAULTNAMESERVER, SWIFTCONTAINER, FIPWAITPORTDEVOWNER, EXTSEARCH, OS_EXTRA_PARAMS."
echo "Typically, you should configure OS_CLOUD, [JH]IMG, [JH]FLAVOR, [JH]DEFLTUSER."
exit 0
}
while test -n "$1"; do
case $1 in
"-n") NOVMS=$2; shift;;
"-n"*) NOVMS=${1:2};;
"-N") NONETS=$2; shift;;
"-l") LOGFILE="$2"; shift;;
"help"|"-h"|"--help") usage;;
"-s") SENDSTATS=1
if test -n "$2" -a "$2" != "CLEANUP" -a "$2" != "DEPLOY" -a "${2:0:1}" != "-"; then SENDSTATHR="$2"; shift; fi;;
"-S") GRAFANA=1;
if test -n "$2" -a "$2" != "CLEANUP" -a "$2" != "DEPLOY" -a "${2:0:1}" != "-"; then GRAFANANM="$2"; shift; fi;;
"-P") unset MANUALPORTSETUP;;
"-d") BOOTFROMIMAGE=1;;
"-vt") VOLUMETYPE=$2; shift;;
"-z") VMVOLSIZE=$2; shift;;
"-Z") NOJHVOL=1;;
"-D") BOOTALLATONCE=1; BOOTFROMIMAGE=1; unset MANUALPORTSETUP;;
"-e") if test -z "$EMAIL"; then EMAIL="$2"; else EMAIL2="$2"; fi; shift;;
"-m") if test -z "$SMNID"; then SMNID="$2"; else SMNID2="$2"; fi; shift;;
"-q") NOALARM=1;;
"-a") MAXALARMS=$2; shift;;
"-R") SENDRECOVERY=1;;
"-i") MAXITER=$2; shift;;
"-g") ADDVMVOLSIZE=$2; shift;;
"-G") ADDJHVOLSIZE=$2; shift;;
"-w") ERRWAIT=$2; VMERRWAIT=$2; shift;;
"-W") VMERRWAIT=$2; shift;;
"-V") SUCCWAIT=$2; shift;;
"-f") FORCEDEL=XDELX;;
"-p") REFRESHPRJ=$2; shift;;
"-c") NOCOL=1;;
"-C") FULLCONN=1;;
"-o") OPENSTACKCLIENT=1;;
"-O") OPENSTACKCLIENT=1; OPENSTACKTOKEN=1;;
"-x") CLEANALLFIPS=1;;
"-I") DISASSOC=1;;
"-r") ROUTERITER=$2; shift;;
"-L") LOADBALANCER=1;;
"-LL") LOADBALANCER=1; TCP_LB=1;;
"-LP") LOADBALANCER=1; TCP_LB=1; LB_PROVIDER="--provider $2"; shift;;
"-LO") LOADBALANCER=1; TCP_LB=1; LB_PROVIDER="--provider ovn";;
"-LR") REVERSEHMMEMBER=1 ;;
"-b") BCBENCH=1;;
"-B") IPERF=1;;
"-M") FIOBENCH=1;;
"-t") let TIMEOUTFACT+=1;;
"-T") TAG=1; TAGARG="--tag ${RPRE%_}";;
"-R2") SECONDRECREATE=1;;
"-2") SECONDNET=1;;
"-3") SECONDNET=1; RESHUFFLE=1;;
"-4") SECONDNET=1; RESHUFFLE=1; STARTRESHUFFLE=1;;
"-E") EXITERR=1;;
"--debug") set -x;;
"--os-cloud") export OS_CLOUD="$2"; shift;;
"--os-cloud="*) export OS_CLOUD="${1#--os-cloud=}";;
"CLEANUP") break;;
"CONNTEST") if test "$MAXITER" == "-9999"; then MAXITER=1; fi; break;;
*) echo "Unknown argument \"$1\""; exit 1;;
esac
shift
done
if test "$1" != "CONNTEST"; then
trap exithandler SIGINT
if test -n "$SECONDNET" -a -z "$FULLCONN"; then
echo "Warning: 2ndary interfaces (-2/3/4) without full conn test (-C)?"
fi
fi
# Test precondition
type -p openstack >/dev/null 2>&1
if test $? != 0; then
echo "Need openstack client installed"
exit 1
fi
OSTACKVERSION=$(openstack --version | sed 's/^[^0-9]*\([0-9\.]*\).*$/\1/')
OSTACKVERMAJ=${OSTACKVERSION%%.*}
OSTACKVERREST=${OSTACKVERSION#*.}
OSTACKVERSION=$((10000*$OSTACKVERMAJ+100*${OSTACKVERREST%.*}+${OSTACKVERREST#*.}))
type -p jq >/dev/null 2>&1
if test $? != 0; then
echo "Need jq installed"
exit 1
fi
type -p bc >/dev/null 2>&1
if test $? != 0; then
echo "Need bc installed"
exit 1
fi
type -p nc >/dev/null 2>&1
if test $? != 0; then
echo "Need nc (netcat) installed"
exit 1
fi
type -p otc.sh >/dev/null 2>&1
if test $? != 0 -a -n "$SMNID"; then
echo "Need otc.sh for SMN notifications"
exit 1
fi
test -x /usr/sbin/sendmail
if test $? != 0 -a -n "$EMAIL"; then
echo "Need /usr/sbin/sendmail for email notifications"
exit 1
fi
if test -z "$OS_USERNAME" -a -z "$OS_CLOUD" -a -z "$OS_APPLICATION_CREDENTIAL_ID"; then
echo "source OS_ settings file before running this test, preferrably OS_CLOUD"
exit 1
fi
if ! openstack router list >/dev/null; then
echo "openstack neutron call failed, exit"
exit 2
fi
if test -n "$LOGFILE"; then
echo "Running api_monitor.sh v$VERSION on host $FQDN with arguments $APIMON_ARGS" >> "$LOGFILE"
fi
if test "$NOCOL" == "1"; then
BOLD="**"
REV="__"
NORM=" "
RED="!!"
GREEN="++"
YELLOW=".."
fi
# For sed expressions without confusing vim
SQ="'"
# openstackclient/XXXclient compat
if test -n "$OPENSTACKCLIENT"; then
PORTFIXED="s/^.*ip_address=$SQ\([0-9a-f:.]*\)$SQ.*$/\1/"
PORTFIXED2="s/ip_address=$SQ\([0-9a-f:.]*\)$SQ.*$/\1/"
FLOATEXTR='s/^|[^|]*| \([0-9:.]*\).*$/\1/'
VOLSTATCOL=2
else
PORTFIXED='s/^.*"ip_address": "\([0-9a-f:.]*\)".*$/\1/'
FLOATEXTR='s/^|[^|]*|[^|]*| \([0-9:.]*\).*$/\1/'
VOLSTATCOL=1
fi
LBWAIT=""
if test -n "$OPENSTACKCLIENT" -a -n "$LOADBALANCER"; then
openstack loadbalancer member create --help | grep -- --wait >/dev/null 2>&1
if test $? == 0; then LBWAIT="--wait"; fi
fi
# Sanity checks
# Last subnet is for the JumpHosts, thus we have 63 /22 networks avail within 10.250/16
if test ${NONETS} -gt 63; then
echo "Can not create more than 63 (sub)networks"
exit 1
fi
# We reserve 6 IPs, so allow max 1018 in our /22 net
if test $((NOVMS/NONETS)) -gt 1018; then
echo "Can not create more than 1018 VMs per (sub)net"
echo " Please decrease -n or increase -N"
exit 1
fi
# Test from availability of timeout binary
if ! type -p timeout >/dev/null 2>&1; then
echo "Need to install the timeout tool (coreutils)" 1>&2
exit 1
fi
# Alarm notification
# $1 => return code
# $2 => invoked command
# $3 => command output
# $4 => timeout (for rc=137)
reallysendalarm()
{
local KIND RES RM URN TOMSG
local RECEIVER_LIST RECEIVER
DATE=$(date)
SRPRE=${RPRE%_}
SRPREL=${RPRE%_}/$((loop+1))
if test $1 = 0 -o $1 -lt 0; then
KIND="Note"
RES=""
echo -e "$BOLD$PRE on $ALARMPRE/$SRPREL on $HOSTNAME: $2\n$DATE\n$3$NORM" 1>&2
elif test $1 -gt 123; then
KIND="TIMEOUT $4"
RES=" => $1"
echo -e "$RED$PRE on $ALARMPRE/$SRPREL on $HOSTNAME: $2\n$DATE\n$3$NORM" 1>&2
else
KIND="ALARM $1"
RES=" => $1"
echo -e "$RED$PRE on $ALARMPRE/$SRPREL on $HOSTNAME: $2\n$DATE\n$3$NORM" 1>&2
fi
TOMSG=""
if test "$4" != "0" -a $1 != 0 -a $1 != 1; then
TOMSG="(Timeout: ${4}s)"
echo -e "$BOLD$PRE(Timeout: ${4}s)$NORM" 1>&2
fi
if test -n "$NOALARM"; then return; fi
if test $1 != 0; then
RECEIVER_LIST=("${ALARM_EMAIL_ADDRESSES[@]}")
else
RECEIVER_LIST=("${NOTE_EMAIL_ADDRESSES[@]}")
fi
if test -n "$EMAIL"; then
if test -n "$EMAIL2" -a $1 != 0; then EM="$EMAIL2"; else EM="$EMAIL"; fi
RECEIVER_LIST=("$EM" "${RECEIVER_LIST[@]}")
fi
FROM="${FROM:-$LOGNAME@$FQDN}"
for RECEIVER in "${RECEIVER_LIST[@]}"
do
echo "From: $SRPREL $HOSTNAME <$FROM>
To: $RECEIVER
Subject: $ALARMPRE/$SRPREL: $KIND $2
Date: $(date -R)
$KIND on $STRIPLE
$SRPREL on $HOSTNAME:
$2
$3
$TOMSG" | /usr/sbin/sendmail -t -f $FROM
done
if test $1 != 0; then
RECEIVER_LIST=("${ALARM_MOBILE_NUMBERS[@]}")
else
RECEIVER_LIST=("${NOTE_MOBILE_NUMBERS[@]}")
fi
if test -n "$SMNID"; then
if test -n "$SMNID2" -a $1 != 0; then URN="$SMNID2"; else URN="$SMNID"; fi
RECEIVER_LIST=("$URN" "${RECEIVER_LIST[@]}")
fi
for RECEIVER in "${RECEIVER_LIST[@]}"
do
echo "$STRIPLE/${SRPREL}: $KIND $2
${SRPREL#APIMonitor_} on $HOSTNAME:
$2
$3
$TOMSG
$DATE" | otc.sh notifications publish $RECEIVER "$HOSTNAME/$ALARMPRE/${SRPREL#APIMonitor_}: $KIND"
done
}
# Alarm notification wrapper.
# $1 => return code
# $2 => invoked command
# $3 => command output
# $4 => timeout (for rc=137)
sendalarm()
{
LASTERRITER=$loop
if test -z "$MAXALARMS" || test $((SENTALARMS+1)) -lt $MAXALARMS; then
let SENTALARMS+=1
reallysendalarm "$@"
else
TO=""
if test -n "$4" -a "$4" != "0"; then TO=" (timeout $4)"; fi
ALARMBUFFER[$BUFFEREDALARMS]="Error $((BUFFEREDALARMS+1)): $2 => $1\n $3$TO\n"
echo -e "${YELLOW}Deferred error $((BUFFEREDALARMS+1)): $2 => $1\n $3$TO${NORM}"
let BUFFEREDALARMS+=1
fi
}
sendbufferedalarms()
{
if test -z "$ALARMBUFFER"; then return; fi
#echo "Debug: Buffered ${ALARMBUFFER[*]}"
CMDOUT=""
for no in $(seq 0 $((BUFFEREDALARMS-1)) ); do
CMDOUT="${CMDOUT}${ALARMBUFFER[$no]}\n"
done
CMDOUT=$(echo -e "$CMDOUT")
reallysendalarm $BUFFEREDALARMS "Deferred alarms" "$CMDOUT" 0
#let SENTALARMS+=1
SENTALARMS=0
BUFFEREDALARMS=0
}
sendrecoveryalarm()
{
if test $VMERRORS -gt 0 -o $WAITERRORS -gt 0 -o $APIERRORS -gt 0 -o $APITIMEOUTS -gt 0 -o $THISRUNTIME -gt $MAXCYC; then LASTERRITER=$loop; return; fi
if test $((LASTERRITER+1)) = $loop; then
loop=$LASTERRITER
sendalarm -1 "Successful iteration $((loop+2))" "Cloud seems to have recovered (or never was *systematically* broken)" $THISRUNTIME
let loop+=1
fi
}
rc2bin()
{
if test $1 = 0; then echo 0; return 0; else echo 1; return 1; fi
}
# Map return code to 2 (timeout), 1 (error), or 0 (success) for Grafana
# $1 => input (RC), returns global var GRC
rc2grafana()
{
if test $1 == 0; then GRC=0; elif test $1 -ge 124; then GRC=2; else GRC=1; fi
}
updAPIerr()
{
let APIERRORS+=$(rc2bin $1);
if test $1 -ge 124; then let APITIMEOUTS+=1; fi
}
declare -i EXITED=0
exithandler()
{
#loop=$(($MAXITER-1))
INTERRUPTED=1
if test "$EXITED" = "0"; then
echo -e "\n${REV}SIGINT received, exiting after this iteration$NORM"
elif test "$EXITED" = "1"; then
echo -e "\n$BOLD OK, cleaning up right away $NORM"
FORCEDEL=NONONO
cleanup
if test "$REFRESHPRJ" != 0; then cleanprj; fi
kill -TERM 0
else
echo -e "\n$RED OK, OK, exiting without cleanup. Use api_monitor.sh CLEANUP $RPRE to do so.$NORM"
if test "$REFESHPRJ" != 0; then echo -e "${RED}export OS_PROJECT_NAME=$OS_PROJECT_NAME before doing so$NORM"; fi
kill -TERM 0
fi
let EXITED+=1
}
errwait()
{
if test $1 -lt 0; then
local ans
echo -en "${YELLOW}ERROR: Hit Enter to continue: $NORM"
read ans
else
sleep $1
fi
}
# Helper: get $2th element of $1
# $1 => "Space separated array"
# $2 => index
arrelem()
{
local i=0
rst="$1"
while test -n "$rst"; do
if test $i = $2; then echo "${rst%% *}"; break; fi
if test "$rst" == "${rst#* }"; then break
else rst="${rst#* }"
fi
let i+=1
done
}
# Helper: get $2th element of $1
# $1 => "Newline separated array"
# $2 => index
arrline()
{
local i=0
while read line; do
if test $i = $2; then echo "$line"; break; fi
let i+=1
done < <(echo "$1")
}
NOVA_EP="${NOVA_EP:-novaURL}"
CINDER_EP="${CINDER_EP:-cinderURL}"
#OCTAVIA_EP="${NEUTRON_EP:-octaviaURL}"
OCTAVIA_EP="${OCTAVIA_EP:${NEUTRON_EP:-octaviaURL}}"
NEUTRON_EP="${NEUTRON_EP:-neutronURL}"
GLANCE_EP="${GLANCE_EP:-glanceURL}"
SWIFT_EP="${SWIFT_EP:-swiftURL}"
OSTACKCMD=""; EP=""
# Translate nova/cinder/neutron ... to openstack commands
translate()
{
local no DEFCMD=""
unset MYTAG
ORIGCMD="$1"
CMDS=(nova cinder neutron glance octavia swift)
OSTDEFS=(server volume network image loadbalancer object)
EPS=($NOVA_EP $CINDER_EP $NEUTRON_EP $GLANCE_EP $OCTAVIA_EP $SWIFT_EP)
for no in $(seq 0 $((${#CMDS[*]}-1))); do
if test ${CMDS[$no]} == $1; then
EP=${EPS[$no]}
DEFCMD=${OSTDEFS[$no]}
break
fi
done
OSTACKCMD=("$@")
if test "$1" == "myopenstack" -a -z "$OPENSTACKTOKEN"; then shift; OSTACKCMD=("openstack" "$@"); return 0; fi
if test "$1" == "openstack" -a -z "$OPENSTACKTOKEN"; then shift; OSTACKCMD=("openstack" "$@"); return 0; fi
if test -z "$EP"; then if test "$1" != "openstack"; then echo "No translation for $@" 1>&2; fi; return 0; fi
if test -z "$OPENSTACKCLIENT" -o "$1" == "openstack" -o "$1" == "myopenstack"; then return 0; fi
if test -n "$LOGFILE"; then echo "#DEBUG: $@" >> "$LOGFILE"; fi
#echo "#DEBUG: $@" 1>&2
if test -z "$DEFCMD"; then echo "ERROR: Unknown cmd $@" 1>&2; return 1; fi
local OPST
#if test -n "$OPENSTACKTOKEN" -a "$DEFCMD" != "image"; then OPST=myopenstack; else OPST=openstack; fi
if test -n "$OPENSTACKTOKEN"; then OPST=myopenstack; else OPST=openstack; fi
shift
CMD=${1##*-}
# External nets are not managed by us and thus not tagged; ports created via nova are neither
# (Also routers and loadbalancer may not be tagged reliably?)
if test $ORIGCMD == neutron && test $CMD == create -o $CMD == list && test -z "$NOFILTERTAG" && test "$1" != "net-external-list" -a "$1" != "port-list" -a "$1" != "router-list" -a "$1" != "lbaas-loadbalancer-list"; then
MYTAG="$TAGARG"
fi
if test "$CMD" == "$1"; then
# No '-'
shift
OSTACKCMD=($OPST $DEFCMD $CMD $MYTAG "$@")
if test "$DEFCMD" == "volume" -a "$CMD" == "create"; then
ARGS=$(echo "$@" | sed -e 's/\-\-image\-id/--image/' -e 's/\-\-volume\-type/--type/' -e 's/\-\-name \([^ ]*\) *\([0-9]*\) *$/--size \2 \1/')
#OSTACKCMD=($OPST $DEFCMD $CMD $ARGS)
# No token_endpoint auth for volume creation (need to talk to image service as well?)
OSTACKCMD=(openstack $DEFCMD $CMD $ARGS)
# Try to force volume deletion (restricted to admin on most platforms)
#elif test "$DEFCMD" == "volume" -a "$CMD" == "delete"; then
# OSTACKCMD=($OPST $DEFCMD $CMD --force "$@")
# Optimization: Avoid image and flavor name lookups in server list when polling
elif test "$DEFCMD" == "server" -a "$CMD" == "list"; then
ARGS=$(echo "$@" | sed -e 's@\-\-sort display_name:asc@--sort-column Name@')
OSTACKCMD=($OPST $DEFCMD $CMD $ARGS -n)
elif test "$DEFCMD" == "volume" -a "$CMD" == "rename"; then
OSTACKCMD=($OPST $DEFCMD set --name "$@")
# Optimization: Avoid Attachment name lookup in volume list when polling
elif test "$DEFCMD" == "volume" -a "$CMD" == "list"; then
if [[ "$@" != *Attached* ]] && [[ "$@" != *-c* ]]; then
OSTACKCMD=("${OSTACKCMD[@]}" -c ID -c Name -c Status -c Size)
elif [[ "$@" == *Attached* ]]; then
#OSTACKCMD=($OPST $DEFCMD $CMD $MYTAG)
# Use token that allows cinder to query nova for names
OSTACKCMD=(openstack $DEFCMD $CMD $MYTAG)
fi
#echo "#DEBUG: ${OSTACKCMD[@]}" 1>&2
elif test "$DEFCMD" == "server" -a "$CMD" == "boot"; then
if test $OSTACKVERSION -lt 50500; then
## FIXME: openstack server create does not seem to support vol from image with delete_on_termination=true
case "$*" in
*"--block-device "*)
OSTACKCMD=(nova boot "$@")
echo -e "${YELLOW}#WARNING: Outdated openstackclient, trying to boot with nova (needs OS_USERNAME/PASSWORD)${NORM}" 1>&2
return
esac
fi
# Only handles one SG
ARGS=$(echo "$@" | sed -e 's@\-\-boot\-volume@--volume@' -e 's@\-\-security\-groups@--security-group@' -e 's@\-\-min\-count@--min@' -e 's@\-\-max\-count@--max@' -e 's@shutdown=remove@delete_on_termination=true@' -e 's@volumetype=@volume_type=@' -e 's@\-\-block\-device id=@ --block-device uuid=@' -e 's@,source=@,source_type=@' -e 's@,dest=@,destination_type=@' -e 's@,bootindex=@,boot_index=@' -e 's@,size=@,volume_size=@')
if test "$DEFCMD" == "server" -a "$CMD" == "boot"; then
if [[ $ARGS = *delete_on_termination* ]]; then VOLNEEDSTAG=1; else VOLNEEDSTAG=0; fi
#if test "$TAG" == "1"; then ARGS=$(echo "--os-compute-api-version 2.72 $ARGS" | sed "s/delete_on_termination=true/delete_on_termination=true,tag=${RPRE%_}/g"); fi
if [[ $ARGS = *volume_type=* ]]; then ARGS=$(echo "--os-compute-api-version 2.67 $ARGS"); fi
fi
#OSTACKCMD=($OPST $DEFCMD create $ARGS)
# No token_endpoint auth for server creation (need to talk to neutron/cinder/glance as well)
OSTACKCMD=(openstack $DEFCMD create $ARGS)
elif test "$DEFCMD" == "server" -a "$CMD" == "meta"; then
# nova meta ${VMS[$no]} set deployment=$CFTEST server=$no
ARGS=$(echo "$@" | sed -e 's@set @@' -e 's@\([a-zA-Z_0-9]*=[^ ]*\)@--property \1@g')
OSTACKCMD=($OPST $DEFCMD set $ARGS)
elif test "$DEFCMD" == "object" -a "$CMD" == "upload"; then
if test "$1" == "--object-name"; then ON="--name"; else ON="$1"; fi
shift
OSTACKCMD=($OPST $DEFCMD create "$ON" "$@")
fi
else
C1=${1%-*}
if test "$C1" == "net"; then C1="network"; fi
if test "$C1" == "floatingip"; then C1="floating ip"; fi
if test "$C1" == "keypair" -a "$CMD" == "add"; then CMD="create"; fi
C1=${C1//-/ }
shift
if test "$CMD" == "show" -o "$CMD" == "list"; then LWAIT=""; else LWAIT="$LBWAIT"; fi
if test "$C1" == "console" -a CMD=="log"; then CMD="log show"; fi
#OSTACKCMD=($OPST $C1 $CMD $MYTAG "$@")
ARGS=$(echo "${@//--property-filter/--property}" | sed -e 's/\-\-pub\-key/--public-key/')
OSTACKCMD=($OPST $C1 $CMD $MYTAG "$ARGS")
#if test "$C1" == "keypair" -a "$CMD" == "create"; then
# OSTACKCMD=(openstack $C1 $CMD $MYTAG "${@//--property-filter/--property}")
#fi
if test "$C1" == "subnet" -a "$CMD" == "create"; then
ARGS=$(echo "$@" | sed -e 's@\-\-disable-dhcp@--no-dhcp@' -e 's@\-\-name \([^ ]*\) *\([^ ]*\) *\([^ ]*\)@--network \2 --subnet-range \3 \1@')
OSTACKCMD=($OPST $C1 $CMD $MYTAG ${ARGS})
elif test "$C1" == "floating ip" -a "$CMD" == "create"; then
ARGS=$(echo "$@" | sed 's@\-\-port\-id@--port@')
OSTACKCMD=($OPST $C1 $CMD $MYTAG ${ARGS})
elif test "$C1" == "net external"; then
OSTACKCMD=($OPST network $CMD $MYTAG --external "$@")
elif test "$C1" == "port" -a "$CMD" == "create"; then
ARGS=$(echo "$@" | sed -e 's@subnet_id=@subnet=@g' -e 's@\-\-name \([^ ]*\) *\([^ ]*\)@--network \2 \1@')
OSTACKCMD=($OPST $C1 $CMD $MYTAG ${ARGS})
elif test "$C1" == "port" -a "$CMD" == "update"; then
# --allowed-address-pairs type=dict list=true ip_address=0.0.0.0/1 ip_address=128.0.0.0/1)
ARGS=$(echo "$@" | sed -e 's@\-\-allowed-address-pairs type=dict list=true@@' -e 's@ip_address=\([^ ]*\)@--allowed-address ip-address=\1@g')
OSTACKCMD=($OPST $C1 set ${ARGS})
elif test "$C1" == "router" -a "$CMD" == "update"; then
# --routes type=dict list=true destination=0.0.0.0/0,nexthop=$VIP
ARGS=$(echo "$@" | sed -e 's@\-\-routes type=dict list=true@@' -e 's@destination=\([^ ,]*\),nexthop=\([^ ,]*\)@--route destination=\1,gateway=\2@g' -e 's/\-\-no\-routes/--no-route/')
OSTACKCMD=($OPST $C1 set ${ARGS})
elif test "$C1" == "router interface" -a "$CMD" == "add"; then
OSTACKCMD=($OPST router add subnet "$@")
elif test "$C1" == "router interface" -a "$CMD" == "delete"; then
OSTACKCMD=($OPST router remove subnet "$@")
elif test "$C1" == "router gateway" -a "$CMD" == "set"; then
#neutron router-gateway-set ${ROUTERS[0]} $EXTNET
ARGS=$(echo "$@" | sed 's/\([^-][^ ]*\) *\([^ ]*\)/--external-gateway \2 \1/')
OSTACKCMD=($OPST router set "${ARGS[@]}")
elif test "$C1" == "security group rule" -a "$CMD" == "create"; then
ARGS=$(echo "$@" | sed -e 's/\-\-direction ingress/--ingress/' -e 's/\-\-direction egress/--egress/' -e 's/\-\-remote\-ip\-prefix/--remote-ip/' -e 's/\-\-remote\-group\-id/--remote-group/' -e 's/\-\-protocol tcp *\-\-port\-range\-min \([0-9]*\) *\-\-port\-range\-max \([0-9]*\)/--protocol tcp --dst-port \1:\2/' -e 's/\-\-protocol icmp *\-\-port\-range\-min \([0-9]*\) *\-\-port\-range\-max \([0-9]*\)/--protocol icmp --icmp-type \1 --icmp-code \2/')
if ! echo "$ARGS" | grep '\-\-protocol' >/dev/null 2>&1; then ARGS="$ARGS --protocol any"; fi
OSTACKCMD=($OPST $C1 $CMD $ARGS)
# No token_endpoint auth for vNIC at/detachment
elif test "$C1" == "interface" -a "$CMD" == "attach"; then
C1="server"; CMD="add port"; OPST="openstack"
ARGS=$(echo "$@" | sed -e 's@\-\-port\-id \([^ ]*\) *\([^ ]*\)$@\2 \1@')
OSTACKCMD=($OPST $C1 $CMD $ARGS)
elif test "$C1" == "interface" -a "$CMD" == "detach"; then
C1="server"; CMD="remove port"; OPST="openstack"
# The interface-detach syntax is not symmetric to interface-attach, ouch!
#ARGS=$(echo "$@" | sed -e 's@--port-id \([^ ]\) *\([^ ]*\)$@\2 \1@')
#OSTACKCMD=($OPST $C1 $CMD $ARGS)
OSTACKCMD=($OPST $C1 $CMD $@)
elif test "$C1" == "lbaas loadbalancer"; then
EP="$OCTAVIA_EP"
# FIXME: Don't use octaviaclient-2.2
if test -n "$OLD_OCTAVIA"; then
ARGS=$(echo "$@" | sed -e 's/\-\-vip\-network\-id/--vip_network_id/g' -e 's/\-\-vip\-subnet\-id/--vip_subnet_id/g')
else
ARGS=$(echo "$@")
fi
OSTACKCMD=(openstack loadbalancer $CMD $ARGS)
elif test "$C1" == "lbaas pool"; then
if test -n "$OLD_OCTAVIA"; then
#ARGS=$(echo "$@" | sed -e 's/\-\-lb\-algorithm=/--lb_algorithm /g' -e "s/\-\-session\-persistence type=\([^ ]*\)/--session_persistence '{ \"type\": \"\1\" }'/g" -e 's/\-\-loadbalancer /--loadbalancer_id /g')
ARGS=$(echo "$@" | sed -e 's/\-\-lb\-algorithm=/--lb_algorithm /g' -e "s/\-\-session\-persistence type=\([^ ]*\)//g" -e 's/\-\-loadbalancer /--loadbalancer_id /g')
else
ARGS=$(echo "$@")
fi
EP="$OCTAVIA_EP"
OSTACKCMD=($OPST loadbalancer pool $CMD $LWAIT $ARGS)
elif test "$C1" == "lbaas listener"; then
EP="$OCTAVIA_EP"
if test -n "$OLD_OCTAVIA"; then
ARGS=$(echo "$@" | sed -e 's/\-\-protocol\-port/--protocol_port/g' -e 's/\-\-default\-pool/--default_pool/g' -e 's/\-\-loadbalancer / /g')
else
ARGS=$(echo "$@" | sed 's/\-\-loadbalancer / /')
fi
OSTACKCMD=($OPST loadbalancer listener $CMD $LWAIT $ARGS)
elif test "$C1" == "lbaas member"; then
EP="$OCTAVIA_EP"
if test -n "$OLD_OCTAVIA"; then
ARGS=$(echo "$@" | sed -e 's/\-\-protocol\-port/--protocol_port/g' -e 's/\-\-subnet\-id/--subnet_id/g')
else
if test -z "$LB_PROVIDER"; then
# amphorae don't need subnet-id
ARGS=$(echo "$@" | sed -e 's/\-\-subnet\-id [^ ]*/ /g')
else
ARGS=$(echo "$@")
fi
fi
if [[ "$ARGS" == *"--subnet-id"* ]]; then
# If we talk directly to octavia, the --subnet-id option won't work
# We could try to use the proxy via neutron or just do the std dance
#EP="$NEUTRON_EP"
#OSTACKCMD=($OPST loadbalancer member $CMD $LWAIT $ARGS)
OSTACKCMD=(openstack loadbalancer member $CMD $LWAIT $ARGS)
else
OSTACKCMD=($OPST loadbalancer member $CMD $LWAIT $ARGS)
fi
elif test "$C1" == "lbaas healthmonitor"; then
EP="$OCTAVIA_EP"
if test -n "$OLD_OCTAVIA"; then
ARGS=$(echo "$@" | sed -e 's/\-\-max\-retries/--max_retries/g' -e 's/\-\-url\-path/--url_path/g' -e 's/\-\-pool //g')
else
ARGS=$(echo "$@" | sed 's/\-\-pool //')
fi
OSTACKCMD=($OPST loadbalancer healthmonitor $CMD $LWAIT $ARGS)
fi
#echo "#DEBUG: ${OSTACKCMD[@]}" 1>&2
fi
if test -n "$LOGFILE"; then echo "#=> : ${OSTACKCMD[@]}" >> "$LOGFILE"; fi
return 0
}
# Do some math (python syntax)
# $1 => formatting
# $2 => math expr
math()