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ghettoVCB.sh
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ghettoVCB.sh
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# Author: William Lam
# Created Date: 11/17/2008
# http://www.williamlam.com/
# https://github.com/lamw/ghettoVCB
# http://communities.vmware.com/docs/DOC-8760
##################################################################
# User Definable Parameters
##################################################################
LAST_MODIFIED_DATE=2021_10_20
VERSION=1
# directory that all VM backups should go (e.g. /vmfs/volumes/SAN_LUN1/mybackupdir)
VM_BACKUP_VOLUME=/vmfs/volumes/mini-local-datastore-hdd/backups
# Format output of VMDK backup
# zeroedthick
# 2gbsparse
# thin
# eagerzeroedthick
DISK_BACKUP_FORMAT=thin
# Number of backups for a given VM before deleting
VM_BACKUP_ROTATION_COUNT=3
# Shutdown guestOS prior to running backups and power them back on afterwards
# This feature assumes VMware Tools are installed, else they will not power down and loop forever
# 1=on, 0 =off
POWER_VM_DOWN_BEFORE_BACKUP=0
# enable shutdown code 1=on, 0 = off
ENABLE_HARD_POWER_OFF=0
# if the above flag "ENABLE_HARD_POWER_OFF "is set to 1, then will look at this flag which is the # of iterations
# the script will wait before executing a hard power off, this will be a multiple of 60seconds
# (e.g) = 3, which means this will wait up to 180seconds (3min) before it just powers off the VM
ITER_TO_WAIT_SHUTDOWN=3
# Number of iterations the script will wait before giving up on powering down the VM and ignoring it for backup
# this will be a multiple of 60 (e.g) = 5, which means this will wait up to 300secs (5min) before it gives up
POWER_DOWN_TIMEOUT=5
# enable compression with gzip+tar 1=on, 0=off
ENABLE_COMPRESSION=0
# Include VMs memory when taking snapshot
VM_SNAPSHOT_MEMORY=0
# Quiesce VM when taking snapshot (requires VMware Tools to be installed)
VM_SNAPSHOT_QUIESCE=0
# default 15min timeout
SNAPSHOT_TIMEOUT=15
# Allow VMs with snapshots to be backed up, this WILL CONSOLIDATE EXISTING SNAPSHOTS!
ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP=0
##########################################################
# NON-PERSISTENT NFS-BACKUP ONLY
#
# ENABLE NON PERSISTENT NFS BACKUP 1=on, 0=off
ENABLE_NON_PERSISTENT_NFS=0
# umount NFS datastore after backup is complete 1=yes, 0=no
UNMOUNT_NFS=0
# IP Address of NFS Server
NFS_SERVER=172.51.0.192
# NFS Version (v3=nfs v4=nfsv41) - Only v3 is valid for 5.5
NFS_VERSION=nfs
# Path of exported folder residing on NFS Server (e.g. /some/mount/point )
NFS_MOUNT=/upload
# Non-persistent NFS datastore display name of choice
NFS_LOCAL_NAME=backup
# Name of backup directory for VMs residing on the NFS volume
NFS_VM_BACKUP_DIR=mybackups
##########################################################
# EMAIL CONFIGURATIONS
#
# Email Alerting 1=yes, 0=no
EMAIL_ALERT=0
# Email log 1=yes, 0=no
EMAIL_LOG=0
# Email Delay Interval from NC (netcat) - default 1
EMAIL_DELAY_INTERVAL=1
# Email SMTP server
EMAIL_SERVER=auroa.primp-industries.com
# Email SMTP server port
EMAIL_SERVER_PORT=25
# Email SMTP username
EMAIL_USER_NAME=
# Email SMTP password
EMAIL_USER_PASSWORD=
# Email FROM
EMAIL_FROM=root@ghettoVCB
# Comma seperated list of receiving email addresses
# Comma seperated list of additional receiving email addresses if status is not "OK"
EMAIL_ERRORS_TO=
# Comma separated list of VM startup/shutdown ordering
VM_SHUTDOWN_ORDER=
VM_STARTUP_ORDER=
# RSYNC LINK 1=yes, 0 = no
RSYNC_LINK=0
# DO NOT USE - UNTESTED CODE
# Path to another location that should have backups rotated,
# this is useful when your backups go to a temporary location
# then are rsync'd to a final destination. You can specify the final
# destination as the ADDITIONAL_ROTATION_PATH which will be rotated after
# all VMs have been restarted
ADDITIONAL_ROTATION_PATH=
##########################################################
# SLOW NAS CONFIGURATIONS - By Rapitharian
##########################################################
#This Feature was added to the program to provide a fix for slow NAS devices similar to the Drobo and Synology devices. SMB and Home NAS devices.
#This Feature enables the device to perform tasks (Deletes/data save for large files) and has the script wait for the NAS to catchup.
#This code has been in production on the authors systems for the last 2 years.
# Enable use of the NFS IO HACK for all NAS commands 1=yes, 0=no
# 0 uses the script in it's original state.
ENABLE_NFS_IO_HACK=0
# Set this value to determine how many times the script tries to work arround I/O errors each time the NAS slows down.
# The script will skip past this loop if the NAS is responsive.
NFS_IO_HACK_LOOP_MAX=10
# This value determines the number of seconds to sleep, when the NFS device is unresponsive.
NFS_IO_HACK_SLEEP_TIMER=60
# ONLY USE THIS WITH EXTREMELY SLOW NAS DEVICES!
# This is a Brute-force/Mandatory delay added on top of any delay imposed by the NFS_IO_Hack.
# Set a delay timer to allow the NFS server to catch up to GhettoVCB's stream, when the NAS isn't responding timely.
# This acts like a cooldown period for the NAS.
# The value is measured in seconds. This causes the script to pause between each VM.
NFS_BACKUP_DELAY=0
##################################################################
# End User Definable Parameters
##################################################################
########################## DO NOT MODIFY PAST THIS LINE ##########################
# Do not remove workdir on exit: 1=yes, 0=no
WORKDIR_DEBUG=0
LOG_LEVEL="info"
VMDK_FILES_TO_BACKUP="all"
VERSION_STRING=${LAST_MODIFIED_DATE}_${VERSION}
# Directory naming convention for backup rotations (please ensure there are no spaces!)
# If set to "0", VMs will be rotated via an index, beginning at 0, ending at
# VM_BACKUP_ROTATION_COUNT-1
VM_BACKUP_DIR_NAMING_CONVENTION="$(date +%F_%H-%M-%S)"
printUsage() {
echo "###############################################################################"
echo "#"
echo "# ghettoVCB for ESX/ESXi 3.5, 4.x, 5.x, 6.x & 7.x"
echo "# Author: William Lam"
echo "# http://www.virtuallyghetto.com/"
echo "# Documentation: http://communities.vmware.com/docs/DOC-8760"
echo "# Created: 11/17/2008"
echo "# Last modified: ${LAST_MODIFIED_DATE} Version ${VERSION}"
echo "#"
echo "###############################################################################"
echo
echo "Usage: $(basename $0) [options]"
echo
echo "OPTIONS:"
echo " -a Backup all VMs on host"
echo " -f List of VMs to backup"
echo " -m Name of VM to backup (overrides -f)"
echo " -j Job name to show in email report subject (makes sense only in conjunction with -f)"
echo " -c VM configuration directory for VM backups"
echo " -g Path to global ghettoVCB configuration file"
echo " -l File to output logging"
echo " -w ghettoVCB work directory (default: /tmp/ghettoVCB.work)"
echo " -d Debug level [info|debug|dryrun] (default: info)"
echo
echo "(e.g.)"
echo -e "\nBackup list of VMs from a file (optionally include a job name for the email report)"
echo -e "\t$0 -f vms_to_backup [ -j myJob ]"
echo -e "\nBackup a single VM"
echo -e "\t$0 -m vm_to_backup"
echo -e "\nBackup all VMs residing on this host"
echo -e "\t$0 -a"
echo -e "\nBackup all VMs residing on this host except for the VMs in the exclusion list"
echo -e "\t$0 -a -e vm_exclusion_list"
echo -e "\nBackup VMs based on specific configuration located in directory"
echo -e "\t$0 -f vms_to_backup -c vm_backup_configs"
echo -e "\nBackup VMs using global ghettoVCB configuration file"
echo -e "\t$0 -f vms_to_backup -g /global/ghettoVCB.conf"
echo -e "\nOutput will log to /tmp/ghettoVCB.log (consider logging to local or remote datastore to persist logs)"
echo -e "\t$0 -f vms_to_backup -l /vmfs/volume/local-storage/ghettoVCB.log"
echo -e "\nDry run (no backup will take place)"
echo -e "\t$0 -f vms_to_backup -d dryrun"
echo
}
logger() {
LOG_TYPE=$1
MSG=$2
if [[ "${LOG_LEVEL}" == "debug" ]] && [[ "${LOG_TYPE}" == "debug" ]] || [[ "${LOG_TYPE}" == "info" ]] || [[ "${LOG_TYPE}" == "dryrun" ]]; then
TIME=$(date +%F" "%H:%M:%S)
if [[ "${LOG_TO_STDOUT}" -eq 1 ]] ; then
echo -e "${TIME} -- ${LOG_TYPE}: ${MSG}"
fi
if [[ -n "${LOG_OUTPUT}" ]] ; then
echo -e "${TIME} -- ${LOG_TYPE}: ${MSG}" >> "${LOG_OUTPUT}"
fi
if [[ "${EMAIL_LOG}" -eq 1 ]] ; then
echo -ne "${TIME} -- ${LOG_TYPE}: ${MSG}\r\n" >> "${EMAIL_LOG_OUTPUT}"
fi
fi
}
sanityCheck() {
# ensure root user is running the script
if [ ! $(env | grep -e "^USER=" | awk -F = '{print $2}') == "root" ]; then
logger "info" "This script needs to be executed by \"root\"!"
echo "ERROR: This script needs to be executed by \"root\"!"
exit 1
fi
# use of global ghettoVCB configuration
if [[ "${USE_GLOBAL_CONF}" -eq 1 ]] ; then
reConfigureGhettoVCBConfiguration "${GLOBAL_CONF}"
fi
# always log to STDOUT, use "> /dev/null" to ignore output
LOG_TO_STDOUT=1
#if no logfile then provide default logfile in /tmp
if [[ -z "${LOG_OUTPUT}" ]] ; then
LOG_OUTPUT="/tmp/ghettoVCB-$(date +%F_%H-%M-%S)-$$.log"
echo "Logging output to \"${LOG_OUTPUT}\" ..."
fi
touch "${LOG_OUTPUT}"
# REDIRECT is used by the "tail" trick, use REDIRECT=/dev/null to redirect vmkfstool to STDOUT only
REDIRECT=${LOG_OUTPUT}
if [[ ! -f "${VM_FILE}" ]] && [[ "${USE_VM_CONF}" -eq 0 ]] && [[ "${BACKUP_ALL_VMS}" -eq 0 ]]; then
logger "info" "ERROR: \"${VM_FILE}\" is not valid VM input file!"
printUsage
exit 1
fi
if [[ ! -f "${VM_EXCLUSION_FILE}" ]] && [[ "${EXCLUDE_SOME_VMS}" -eq 1 ]]; then
logger "info" "ERROR: \"${VM_EXCLUSION_FILE}\" is not valid VM exclusion input file!"
printUsage
exit 1
fi
if [[ ! -d "${CONFIG_DIR}" ]] && [[ "${USE_VM_CONF}" -eq 1 ]]; then
logger "info" "ERROR: \"${CONFIG_DIR}\" is not valid directory!"
printUsage
exit 1
fi
if [[ ! -f "${GLOBAL_CONF}" ]] && [[ "${USE_GLOBAL_CONF}" -eq 1 ]]; then
logger "info" "ERROR: \"${GLOBAL_CONF}\" is not valid global configuration file!"
printUsage
exit 1
fi
if [[ -f /usr/bin/vmware-vim-cmd ]]; then
VMWARE_CMD=/usr/bin/vmware-vim-cmd
VMKFSTOOLS_CMD=/usr/sbin/vmkfstools
elif [[ -f /bin/vim-cmd ]]; then
VMWARE_CMD=/bin/vim-cmd
VMKFSTOOLS_CMD=/sbin/vmkfstools
else
logger "info" "ERROR: Unable to locate *vimsh*!"
echo "ERROR: Unable to locate *vimsh*!"
exit 1
fi
if ${VMKFSTOOLS_CMD} 2>&1 -h | grep -F -e '--adaptertype' | grep -qF 'deprecated' || ! ${VMKFSTOOLS_CMD} 2>&1 -h | grep -F -e '--adaptertype'; then
ADAPTERTYPE_DEPRECATED=1
fi
ESX_VERSION=$(vmware -v | awk '{print $3}')
ESX_RELEASE=$(uname -r)
case "${ESX_VERSION}" in
7.0.0|7.0.1|7.0.2|7.0.3) VER=7; break;;
6.0.0|6.5.0|6.7.0) VER=6; break;;
5.0.0|5.1.0|5.5.0) VER=5; break;;
4.0.0|4.1.0) VER=4; break;;
3.5.0|3i) VER=3; break;;
*) echo "ESX(i) version not supported!"; exit 1; break;;
esac
NEW_VIMCMD_SNAPSHOT="no"
${VMWARE_CMD} vmsvc/snapshot.remove 2>&1 | grep -q "snapshotId"
[[ $? -eq 0 ]] && NEW_VIMCMD_SNAPSHOT="yes"
if [[ "${EMAIL_LOG}" -eq 1 ]] && [[ -f /usr/bin/nc ]] || [[ -f /bin/nc ]]; then
if [[ -f /usr/bin/nc ]] ; then
NC_BIN=/usr/bin/nc
elif [[ -f /bin/nc ]] ; then
NC_BIN=/bin/nc
fi
else
EMAIL_LOG=0
fi
TAR="tar"
[[ ! -f /bin/tar ]] && TAR="busybox tar"
# Enable multiextent VMkernel module if disk format is 2gbsparse (disabled by default in 5.1)
if [[ "${DISK_BACKUP_FORMAT}" == "2gbsparse" ]] && [[ "${VER}" -eq 5 || "${VER}" == "6" || "${VER}" == "7" ]]; then
esxcli system module list | grep multiextent > /dev/null 2>&1
if [ $? -eq 1 ]; then
logger "info" "multiextent VMkernel module is not loaded & is required for 2gbsparse, enabling ..."
esxcli system module load -m multiextent
fi
fi
}
startTimer() {
START_TIME=$(date)
S_TIME=$(date +%s)
}
endTimer() {
END_TIME=$(date)
E_TIME=$(date +%s)
DURATION=$(echo $((E_TIME - S_TIME)))
#calculate overall completion time
if [[ ${DURATION} -le 60 ]] ; then
logger "info" "Backup Duration: ${DURATION} Seconds"
else
logger "info" "Backup Duration: $(awk 'BEGIN{ printf "%.2f\n", '${DURATION}'/60}') Minutes"
fi
}
captureDefaultConfigurations() {
DEFAULT_VM_BACKUP_VOLUME="${VM_BACKUP_VOLUME}"
DEFAULT_DISK_BACKUP_FORMAT="${DISK_BACKUP_FORMAT}"
DEFAULT_VM_BACKUP_ROTATION_COUNT="${VM_BACKUP_ROTATION_COUNT}"
DEFAULT_POWER_VM_DOWN_BEFORE_BACKUP="${POWER_VM_DOWN_BEFORE_BACKUP}"
DEFAULT_ENABLE_HARD_POWER_OFF="${ENABLE_HARD_POWER_OFF}"
DEFAULT_ITER_TO_WAIT_SHUTDOWN="${ITER_TO_WAIT_SHUTDOWN}"
DEFAULT_POWER_DOWN_TIMEOUT="${POWER_DOWN_TIMEOUT}"
DEFAULT_SNAPSHOT_TIMEOUT="${SNAPSHOT_TIMEOUT}"
DEFAULT_ENABLE_COMPRESSION="${ENABLE_COMPRESSION}"
DEFAULT_VM_SNAPSHOT_MEMORY="${VM_SNAPSHOT_MEMORY}"
DEFAULT_VM_SNAPSHOT_QUIESCE="${VM_SNAPSHOT_QUIESCE}"
DEFAULT_ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP="${ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP}"
DEFAULT_VMDK_FILES_TO_BACKUP="${VMDK_FILES_TO_BACKUP}"
DEFAULT_EMAIL_LOG="${EMAIL_LOG}"
DEFAULT_WORKDIR_DEBUG="${WORKDIR_DEBUG}"
DEFAULT_VM_SHUTDOWN_ORDER="${VM_SHUTDOWN_ORDER}"
DEFAULT_VM_STARTUP_ORDER="${VM_STARTUP_ORDER}"
DEFAULT_RSYNC_LINK="${RSYNC_LINK}"
DEFAULT_BACKUP_FILES_CHMOD="${BACKUP_FILES_CHMOD}"
# Added the NFS_IO_HACK values below
DEFAULT_NFS_IO_HACK_LOOP_MAX="${NFS_IO_HACK_LOOP_MAX}"
DEFAULT_NFS_IO_HACK_SLEEP_TIMER="${NFS_IO_HACK_SLEEP_TIMER}"
DEFAULT_NFS_BACKUP_DELAY="${NFS_BACKUP_DELAY}"
DEFAULT_ENABLE_NFS_IO_HACK="${ENABLE_NFS_IO_HACK}"
}
useDefaultConfigurations() {
VM_BACKUP_VOLUME="${DEFAULT_VM_BACKUP_VOLUME}"
DISK_BACKUP_FORMAT="${DEFAULT_DISK_BACKUP_FORMAT}"
VM_BACKUP_ROTATION_COUNT="${DEFAULT_VM_BACKUP_ROTATION_COUNT}"
POWER_VM_DOWN_BEFORE_BACKUP="${DEFAULT_POWER_VM_DOWN_BEFORE_BACKUP}"
ENABLE_HARD_POWER_OFF="${DEFAULT_ENABLE_HARD_POWER_OFF}"
ITER_TO_WAIT_SHUTDOWN="${DEFAULT_ITER_TO_WAIT_SHUTDOWN}"
POWER_DOWN_TIMEOUT="${DEFAULT_POWER_DOWN_TIMEOUT}"
SNAPSHOT_TIMEOUT="${DEFAULT_SNAPSHOT_TIMEOUT}"
ENABLE_COMPRESSION="${DEFAULT_ENABLE_COMPRESSION}"
VM_SNAPSHOT_MEMORY="${DEFAULT_VM_SNAPSHOT_MEMORY}"
VM_SNAPSHOT_QUIESCE="${DEFAULT_VM_SNAPSHOT_QUIESCE}"
ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP="${DEFAULT_ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP}"
VMDK_FILES_TO_BACKUP="${DEFAULT_VMDK_FILES_TO_BACKUP}"
EMAIL_LOG="${DEFAULT_EMAIL_LOG}"
WORKDIR_DEBUG="${DEFAULT_WORKDIR_DEBUG}"
VM_SHUTDOWN_ORDER="${DEFAULT_VM_SHUTDOWN_ORDER}"
VM_STARTUP_ORDER="${DEFAULT_VM_STARTUP_ORDER}"
RSYNC_LINK="${RSYNC_LINK}"
BACKUP_FILES_CHMOD="${BACKUP_FILES_CHMOD}"
# Added the NFS_IO_HACK values below
ENABLE_NFS_IO_HACK="${DEFAULT_ENABLE_NFS_IO_HACK}"
NFS_IO_HACK_LOOP_MAX="${DEFAULT_NFS_IO_HACK_LOOP_MAX}"
NFS_IO_HACK_SLEEP_TIMER="${DEFAULT_NFS_IO_HACK_SLEEP_TIMER}"
NFS_BACKUP_DELAY="${DEFAULT_NFS_BACKUP_DELAY}"
}
reConfigureGhettoVCBConfiguration() {
GLOBAL_CONF=$1
if [[ -f "${GLOBAL_CONF}" ]]; then
source "${GLOBAL_CONF}"
else
useDefaultConfigurations
fi
}
reConfigureBackupParam() {
VM=$1
if [[ -e "${CONFIG_DIR}/${VM}" ]]; then
logger "info" "CONFIG - USING CONFIGURATION FILE = ${CONFIG_DIR}/${VM}"
source "${CONFIG_DIR}/${VM}"
else
useDefaultConfigurations
fi
}
dumpHostInfo() {
VERSION=$(vmware -v)
logger "debug" "HOST VERSION: ${VERSION}"
echo ${VERSION} | grep "Server 3i" > /dev/null 2>&1
[[ $? -eq 1 ]] && logger "debug" "HOST LEVEL: $(vmware -l)"
logger "debug" "HOSTNAME: $(hostname)\n"
}
findVMDK() {
VMDK_TO_SEARCH_FOR=$1
#if [[ "${USE_VM_CONF}" -eq 1 ]] ; then
logger "debug" "findVMDK() - Searching for VMDK: \"${VMDK_TO_SEARCH_FOR}\" to backup"
OLD_IFS2="${IFS}"
IFS=","
for k in ${VMDK_FILES_TO_BACKUP}; do
VMDK_FILE=$(echo $k | sed -e 's/^[[:blank:]]*//;s/[[:blank:]]*$//')
if [[ "${VMDK_FILE}" == "${VMDK_TO_SEARCH_FOR}" ]] ; then
logger "debug" "findVMDK() - Found VMDK! - \"${VMDK_TO_SEARCH_FOR}\" to backup"
isVMDKFound=1
fi
done
IFS="${OLD_IFS2}"
#fi
}
getVMDKs() {
#get all VMDKs listed in .vmx file
VMDKS_FOUND=$(grep -iE '(^scsi|^ide|^sata|^nvme)' "${VMX_PATH}" | grep -i fileName | awk -F " " '{print $1}')
VMDKS=
INDEP_VMDKS=
TMP_IFS=${IFS}
IFS=${ORIG_IFS}
#loop through each disk and verify that it's currently present and create array of valid VMDKS
for DISK in ${VMDKS_FOUND}; do
#extract the SCSI ID and use it to check for valid vmdk disk
SCSI_ID=$(echo ${DISK%%.*})
grep -i "^${SCSI_ID}.present" "${VMX_PATH}" | grep -i "true" > /dev/null 2>&1
#if valid, then we use the vmdk file
if [[ $? -eq 0 ]]; then
#verify disk is not independent
grep -i "^${SCSI_ID}.mode" "${VMX_PATH}" | grep -i "independent" > /dev/null 2>&1
if [[ $? -eq 1 ]]; then
grep -i "^${SCSI_ID}.deviceType" "${VMX_PATH}" | grep -i "scsi-hardDisk" > /dev/null 2>&1
#if we find the device type is of scsi-disk, then proceed
if [[ $? -eq 0 ]]; then
DISK=$(grep -i "^${SCSI_ID}.fileName" "${VMX_PATH}" | awk -F "\"" '{print $2}')
echo "${DISK}" | grep "\/vmfs\/volumes" > /dev/null 2>&1
if [[ $? -eq 0 ]]; then
DISK_SIZE_IN_SECTORS=$(cat "${DISK}" | grep "VMFS" | grep ".vmdk" | awk '{print $2}')
else
DISK_SIZE_IN_SECTORS=$(cat "${VMX_DIR}/${DISK}" | grep "VMFS" | grep ".vmdk" | awk '{print $2}')
fi
DISK_SIZE=$(echo "${DISK_SIZE_IN_SECTORS}" | awk '{printf "%.0f\n",$1*512/1024/1024/1024}')
VMDKS="${DISK}###${DISK_SIZE}:${VMDKS}"
TOTAL_VM_SIZE=$((TOTAL_VM_SIZE+DISK_SIZE))
else
#if the deviceType is NULL for IDE which it is, thanks for the inconsistency VMware
#we'll do one more level of verification by checking to see if an ext. of .vmdk exists
#since we can not rely on the deviceType showing "ide-hardDisk"
grep -i "^${SCSI_ID}.fileName" "${VMX_PATH}" | grep -i ".vmdk" > /dev/null 2>&1
if [[ $? -eq 0 ]]; then
DISK=$(grep -i "^${SCSI_ID}.fileName" "${VMX_PATH}" | awk -F "\"" '{print $2}')
echo "${DISK}" | grep "\/vmfs\/volumes" > /dev/null 2>&1
if [[ $? -eq 0 ]]; then
DISK_SIZE_IN_SECTORS=$(cat "${DISK}" | grep "VMFS" | grep ".vmdk" | awk '{print $2}')
else
DISK_SIZE_IN_SECTORS=$(cat "${VMX_DIR}/${DISK}" | grep "VMFS" | grep ".vmdk" | awk '{print $2}')
fi
DISK_SIZE=$(echo "${DISK_SIZE_IN_SECTORS}" | awk '{printf "%.0f\n",$1*512/1024/1024/1024}')
VMDKS="${DISK}###${DISK_SIZE}:${VMDKS}"
TOTAL_VM_SIZE=$((TOTAL_VM_SIZE_IN+DISK_SIZE))
fi
fi
else
#independent disks are not affected by snapshots, hence they can not be backed up
DISK=$(grep -i "^${SCSI_ID}.fileName" "${VMX_PATH}" | awk -F "\"" '{print $2}')
echo "${DISK}" | grep "\/vmfs\/volumes" > /dev/null 2>&1
if [[ $? -eq 0 ]]; then
DISK_SIZE_IN_SECTORS=$(cat "${DISK}" | grep "VMFS" | grep ".vmdk" | awk '{print $2}')
else
DISK_SIZE_IN_SECTORS=$(cat "${VMX_DIR}/${DISK}" | grep "VMFS" | grep ".vmdk" | awk '{print $2}')
fi
DISK_SIZE=$(echo "${DISK_SIZE_IN_SECTORS}" | awk '{printf "%.0f\n",$1*512/1024/1024/1024}')
INDEP_VMDKS="${DISK}###${DISK_SIZE}:${INDEP_VMDKS}"
fi
fi
done
IFS=${TMP_IFS}
logger "debug" "getVMDKs() - ${VMDKS}"
}
dumpVMConfigurations() {
logger "info" "CONFIG - VERSION = ${VERSION_STRING}"
logger "info" "CONFIG - GHETTOVCB_PID = ${GHETTOVCB_PID}"
logger "info" "CONFIG - VM_BACKUP_VOLUME = ${VM_BACKUP_VOLUME}"
logger "info" "CONFIG - ENABLE_NON_PERSISTENT_NFS = ${ENABLE_NON_PERSISTENT_NFS}"
if [[ "${ENABLE_NON_PERSISTENT_NFS}" -eq 1 ]]; then
logger "info" "CONFIG - UNMOUNT_NFS = ${UNMOUNT_NFS}"
logger "info" "CONFIG - NFS_SERVER = ${NFS_SERVER}"
logger "info" "CONFIG - NFS_VERSION = ${NFS_VERSION}"
logger "info" "CONFIG - NFS_MOUNT = ${NFS_MOUNT}"
fi
logger "info" "CONFIG - VM_BACKUP_ROTATION_COUNT = ${VM_BACKUP_ROTATION_COUNT}"
logger "info" "CONFIG - VM_BACKUP_DIR_NAMING_CONVENTION = ${VM_BACKUP_DIR_NAMING_CONVENTION}"
logger "info" "CONFIG - DISK_BACKUP_FORMAT = ${DISK_BACKUP_FORMAT}"
logger "info" "CONFIG - POWER_VM_DOWN_BEFORE_BACKUP = ${POWER_VM_DOWN_BEFORE_BACKUP}"
logger "info" "CONFIG - ENABLE_HARD_POWER_OFF = ${ENABLE_HARD_POWER_OFF}"
logger "info" "CONFIG - ITER_TO_WAIT_SHUTDOWN = ${ITER_TO_WAIT_SHUTDOWN}"
logger "info" "CONFIG - POWER_DOWN_TIMEOUT = ${POWER_DOWN_TIMEOUT}"
logger "info" "CONFIG - SNAPSHOT_TIMEOUT = ${SNAPSHOT_TIMEOUT}"
logger "info" "CONFIG - LOG_LEVEL = ${LOG_LEVEL}"
logger "info" "CONFIG - BACKUP_LOG_OUTPUT = ${LOG_OUTPUT}"
logger "info" "CONFIG - ENABLE_COMPRESSION = ${ENABLE_COMPRESSION}"
logger "info" "CONFIG - VM_SNAPSHOT_MEMORY = ${VM_SNAPSHOT_MEMORY}"
logger "info" "CONFIG - VM_SNAPSHOT_QUIESCE = ${VM_SNAPSHOT_QUIESCE}"
logger "info" "CONFIG - ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP = ${ALLOW_VMS_WITH_SNAPSHOTS_TO_BE_BACKEDUP}"
logger "info" "CONFIG - VMDK_FILES_TO_BACKUP = ${VMDK_FILES_TO_BACKUP}"
logger "info" "CONFIG - VM_SHUTDOWN_ORDER = ${VM_SHUTDOWN_ORDER}"
logger "info" "CONFIG - VM_STARTUP_ORDER = ${VM_STARTUP_ORDER}"
logger "info" "CONFIG - RSYNC_LINK = ${RSYNC_LINK}"
logger "info" "CONFIG - BACKUP_FILES_CHMOD = ${BACKUP_FILES_CHMOD}"
logger "info" "CONFIG - EMAIL_LOG = ${EMAIL_LOG}"
if [[ "${EMAIL_LOG}" -eq 1 ]]; then
logger "info" "CONFIG - EMAIL_SERVER = ${EMAIL_SERVER}"
logger "info" "CONFIG - EMAIL_SERVER_PORT = ${EMAIL_SERVER_PORT}"
logger "info" "CONFIG - EMAIL_DELAY_INTERVAL = ${EMAIL_DELAY_INTERVAL}"
logger "info" "CONFIG - EMAIL_FROM = ${EMAIL_FROM}"
logger "info" "CONFIG - EMAIL_TO = ${EMAIL_TO}"
logger "info" "CONFIG - WORKDIR_DEBUG = ${WORKDIR_DEBUG}"
fi
if [[ "${ENABLE_NFS_IO_HACK}" -eq 1 ]]; then
logger "info" "CONFIG - ENABLE_NFS_IO_HACK = ${ENABLE_NFS_IO_HACK}"
logger "info" "CONFIG - NFS_IO HACK_LOOP_MAX = ${NFS_IO_HACK_LOOP_MAX}"
logger "info" "CONFIG - NFS_IO HACK_SLEEP_TIMER = ${NFS_IO_HACK_SLEEP_TIMER}"
logger "info" "CONFIG - NFS_BACKUP_DELAY = ${NFS_BACKUP_DELAY}"
else
logger "info" "CONFIG - ENABLE_NFS_IO_HACK = ${ENABLE_NFS_IO_HACK}"
fi
}
# Added the function below to allow reuse of the basics of the original hack in more places in the script.
# Rewrote the code to reduce the calls to the NAS when it slows. Why make a bad situation worse with extra calls?
NfsIoHack() {
# NFS I/O error handling hack
NFS_IO_HACK_COUNTER=0
NFS_IO_HACK_STATUS=0
NFS_IO_HACK_FILECHECK="$BACKUP_DIR_PATH/nfs_io.check"
while [[ "${NFS_IO_HACK_STATUS}" -eq 0 ]] && [[ "${NFS_IO_HACK_COUNTER}" -lt "${NFS_IO_HACK_LOOP_MAX}" ]]; do
touch "${NFS_IO_HACK_FILECHECK}"
if [[ $? -ne 0 ]] ; then
sleep "${NFS_IO_HACK_SLEEP_TIMER}"
NFS_IO_HACK_COUNTER=$((NFS_IO_HACK_COUNTER+1))
fi
[[ $? -eq 0 ]] && NFS_IO_HACK_STATUS=1
done
NFS_IO_HACK_SLEEP_TIME=$((NFS_IO_HACK_COUNTER*NFS_IO_HACK_SLEEP_TIMER))
rm -rf "${NFS_IO_HACK_FILECHECK}"
if [[ "${NFS_IO_HACK_SLEEP_TIME}" -ne 0 ]] ; then
if [[ "${NFS_IO_HACK_STATUS}" -eq 1 ]] ; then
logger "info" "Slept ${NFS_IO_HACK_SLEEP_TIME} seconds to work around NFS I/O error"
else
logger "info" "Slept ${NFS_IO_HACK_SLEEP_TIME} seconds but failed work around for NFS I/O error"
fi
fi
}
# Converted the section of code below to a function to be able to call it when a failed backup occurs.
Get_Final_Status_Sendemail() {
getFinalStatus
logger "debug" "Succesfully removed lock directory - ${WORKDIR}\n"
logger "info" "============================== ghettoVCB LOG END ================================\n"
sendMail
}
indexedRotate() {
local BACKUP_DIR_PATH="$1"
local VM_TO_SEARCH_FOR="$2"
#default rotation if variable is not defined
if [[ -z ${VM_BACKUP_ROTATION_COUNT} ]]; then
VM_BACKUP_ROTATION_COUNT=1
fi
#LIST_BACKUPS=$(ls -t "${BACKUP_DIR_PATH}" | grep "${VM_TO_SEARCH_FOR}-[0-9]*")
i=${VM_BACKUP_ROTATION_COUNT}
while [[ $i -ge 0 ]]; do
if [[ -f "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz" ]]; then
if [[ $i -eq $((VM_BACKUP_ROTATION_COUNT-1)) ]]; then
rm -f "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz"
# Added the NFS_IO_HACK check and function call here. Some NAS devices slow at this step.
if [[ $? -ne 0 ]] && [[ "${ENABLE_NFS_IO_HACK}" -eq 1 ]]; then
NfsIoHack
fi
if [[ $? -eq 0 ]]; then
logger "info" "Deleted ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz"
else
logger "info" "Failure deleting ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz"
fi
else
mv -f "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz" "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$((i+1)).gz"
# Added the NFS_IO_HACK check and function call here. Some NAS devices slow at this step.
if [[ $? -ne 0 ]] && [[ "${ENABLE_NFS_IO_HACK}" -eq 1 ]]; then
NfsIoHack
fi
if [[ $? -eq 0 ]]; then
logger "info" "Moved ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz to ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$((i+1)).gz"
else
logger "info" "Failure moving ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i.gz to ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$((i+1)).gz"
fi
fi
fi
if [[ -d "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i" ]]; then
if [[ $i -eq $((VM_BACKUP_ROTATION_COUNT-1)) ]]; then
rm -rf "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i"
# Added the NFS_IO_HACK check and function call here. Some NAS devices slow at this step.
if [[ $? -ne 0 ]] && [[ "${ENABLE_NFS_IO_HACK}" -eq 1 ]]; then
NfsIoHack
fi
if [[ $? -eq 0 ]]; then
logger "info" "Deleted ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i"
else
logger "info" "Failure deleting ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i"
fi
else
mv -f "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i" "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$((i+1))"
# Added the NFS_IO_HACK check and function call here. Some NAS devices slow at this step.
if [[ $? -ne 0 ]] && [[ "${ENABLE_NFS_IO_HACK}" -eq 1 ]]; then
NfsIoHack
fi
if [[ $? -eq 0 ]]; then
logger "info" "Moved ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i to ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$((i+1))"
else
logger "info" "Failure moving ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i to ${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$((i+1))"
fi
if [[ $i -eq 0 ]]; then
mkdir "${BACKUP_DIR_PATH}/${VM_TO_SEARCH_FOR}-$i"
fi
fi
fi
i=$((i-1))
done
}
checkVMBackupRotation() {
local BACKUP_DIR_PATH="$1"
local VM_TO_SEARCH_FOR="$2"
#default rotation if variable is not defined
if [[ -z ${VM_BACKUP_ROTATION_COUNT} ]]; then
VM_BACKUP_ROTATION_COUNT=1
fi
LIST_BACKUPS=$(ls -t "${BACKUP_DIR_PATH}" | grep "${VM_TO_SEARCH_FOR}-[0-9]\{4\}-[0-9]\{2\}-[0-9]\{2\}_[0-9]\{2\}-[0-9]\{2\}-[0-9]\{2\}")
BACKUPS_TO_KEEP=$(ls -t "${BACKUP_DIR_PATH}" | grep "${VM_TO_SEARCH_FOR}-[0-9]\{4\}-[0-9]\{2\}-[0-9]\{2\}_[0-9]\{2\}-[0-9]\{2\}-[0-9]\{2\}" | head -"${VM_BACKUP_ROTATION_COUNT}")
ORIG_IFS=${IFS}
IFS='
'
for i in ${LIST_BACKUPS}; do
FOUND=0
for j in ${BACKUPS_TO_KEEP}; do
[[ $i == $j ]] && FOUND=1
done
if [[ $FOUND -eq 0 ]]; then
logger "debug" "Removing $BACKUP_DIR_PATH/$i"
rm -rf "$BACKUP_DIR_PATH/$i"
RETVAL=$?
# Added the NFS_IO_HACK check and function call here. Also set the script to function the same, if the new feature is turned off.
# Added variables to the code to control the timers and loops.
# This code could be optimized based on the work in the NFS_IO_HACK function or that code could be used all the time with a few minor changes.
if [[ $RETVAL -ne 0 ]] && [[ "${ENABLE_NFS_IO_HACK}" -eq 1 ]]; then
NfsIoHack
else
#NFS I/O error handling hack
if [[ $RETVAL -ne 0 ]] ; then
NFS_IO_HACK_COUNTER=0
NFS_IO_HACK_STATUS=0
NFS_IO_HACK_FILECHECK="$BACKUP_DIR_PATH/nfs_io.check"
while [[ "${NFS_IO_HACK_STATUS}" -eq 0 ]] && [[ "${NFS_IO_HACK_COUNTER}" -lt "${NFS_IO_HACK_LOOP_MAX}" ]]; do
sleep "${NFS_IO_HACK_SLEEP_TIMER}"
NFS_IO_HACK_COUNTER=$((NFS_IO_HACK_COUNTER+1))
touch "${NFS_IO_HACK_FILECHECK}"
[[ $? -eq 0 ]] && NFS_IO_HACK_STATUS=1
done
NFS_IO_HACK_SLEEP_TIME=$((NFS_IO_HACK_COUNTER*NFS_IO_HACK_SLEEP_TIMER))
rm -rf "${NFS_IO_HACK_FILECHECK}"
if [[ "${NFS_IO_HACK_STATUS}" -eq 1 ]] ; then
logger "info" "Slept ${NFS_IO_HACK_SLEEP_TIME} seconds to work around NFS I/O error"
else
logger "info" "Slept ${NFS_IO_HACK_SLEEP_TIME} seconds but failed work around for NFS I/O error"
fi
fi
fi
fi
done
IFS=${ORIG_IFS}
}
storageInfo() {
SECTION=$1
#SOURCE DATASTORE
SRC_DATASTORE_CAPACITY=$($VMWARE_CMD hostsvc/datastore/info "${VMFS_VOLUME}" | grep -i "capacity" | awk '{print $3}' | sed 's/,//g')
SRC_DATASTORE_FREE=$($VMWARE_CMD hostsvc/datastore/info "${VMFS_VOLUME}" | grep -i "freespace" | awk '{print $3}' | sed 's/,//g')
SRC_DATASTORE_BLOCKSIZE=$($VMWARE_CMD hostsvc/datastore/info "${VMFS_VOLUME}" | grep -i blockSizeMb | awk '{print $3}' | sed 's/,//g')
if [[ -z ${SRC_DATASTORE_BLOCKSIZE} ]] ; then
SRC_DATASTORE_BLOCKSIZE="NA"
SRC_DATASTORE_MAX_FILE_SIZE="NA"
else
case ${SRC_DATASTORE_BLOCKSIZE} in
1)SRC_DATASTORE_MAX_FILE_SIZE="256 GB";;
2)SRC_DATASTORE_MAX_FILE_SIZE="512 GB";;
4)SRC_DATASTORE_MAX_FILE_SIZE="1024 GB";;
8)SRC_DATASTORE_MAX_FILE_SIZE="2048 GB";;
esac
fi
SRC_DATASTORE_CAPACITY_GB=$(echo "${SRC_DATASTORE_CAPACITY}" | awk '{printf "%.1f\n",$1/1024/1024/1024}')
SRC_DATASTORE_FREE_GB=$(echo "${SRC_DATASTORE_FREE}" | awk '{printf "%.1f\n",$1/1024/1024/1024}')
#DESTINATION DATASTORE
DST_VOL_1=$(echo "${VM_BACKUP_VOLUME#/*/*/}")
DST_DATASTORE=$(echo "${DST_VOL_1%%/*}")
DST_DATASTORE_CAPACITY=$($VMWARE_CMD hostsvc/datastore/info "${DST_DATASTORE}" | grep -i "capacity" | awk '{print $3}' | sed 's/,//g')
DST_DATASTORE_FREE=$($VMWARE_CMD hostsvc/datastore/info "${DST_DATASTORE}" | grep -i "freespace" | awk '{print $3}' | sed 's/,//g')
DST_DATASTORE_BLOCKSIZE=$($VMWARE_CMD hostsvc/datastore/info "${DST_DATASTORE}" | grep -i blockSizeMb | awk '{print $3}' | sed 's/,//g')
if [[ -z ${DST_DATASTORE_BLOCKSIZE} ]] ; then
DST_DATASTORE_BLOCKSIZE="NA"
DST_DATASTORE_MAX_FILE_SIZE="NA"
else
case ${DST_DATASTORE_BLOCKSIZE} in
1)DST_DATASTORE_MAX_FILE_SIZE="256 GB";;
2)DST_DATASTORE_MAX_FILE_SIZE="512 GB";;
4)DST_DATASTORE_MAX_FILE_SIZE="1024 GB";;
8)DST_DATASTORE_MAX_FILE_SIZE="2048 GB";;
esac
fi
DST_DATASTORE_CAPACITY_GB=$(echo "${DST_DATASTORE_CAPACITY}" | awk '{printf "%.1f\n",$1/1024/1024/1024}')
DST_DATASTORE_FREE_GB=$(echo "${DST_DATASTORE_FREE}" | awk '{printf "%.1f\n",$1/1024/1024/1024}')
logger "debug" "Storage Information ${SECTION} backup: "
logger "debug" "SRC_DATASTORE: ${VMFS_VOLUME}"
logger "debug" "SRC_DATASTORE_CAPACITY: ${SRC_DATASTORE_CAPACITY_GB} GB"
logger "debug" "SRC_DATASTORE_FREE: ${SRC_DATASTORE_FREE_GB} GB"
logger "debug" "SRC_DATASTORE_BLOCKSIZE: ${SRC_DATASTORE_BLOCKSIZE}"
logger "debug" "SRC_DATASTORE_MAX_FILE_SIZE: ${SRC_DATASTORE_MAX_FILE_SIZE}"
logger "debug" ""
logger "debug" "DST_DATASTORE: ${DST_DATASTORE}"
logger "debug" "DST_DATASTORE_CAPACITY: ${DST_DATASTORE_CAPACITY_GB} GB"
logger "debug" "DST_DATASTORE_FREE: ${DST_DATASTORE_FREE_GB} GB"
logger "debug" "DST_DATASTORE_BLOCKSIZE: ${DST_DATASTORE_BLOCKSIZE}"
logger "debug" "DST_DATASTORE_MAX_FILE_SIZE: ${DST_DATASTORE_MAX_FILE_SIZE}"
if [[ "${SRC_DATASTORE_BLOCKSIZE}" != "NA" ]] && [[ "${DST_DATASTORE_BLOCKSIZE}" != "NA" ]]; then
if [[ "${SRC_DATASTORE_BLOCKSIZE}" -lt "${DST_DATASTORE_BLOCKSIZE}" ]]; then
logger "debug" ""
logger "debug" "SRC VMFS blocksze of ${SRC_DATASTORE_BLOCKSIZE}MB is less than DST VMFS blocksize of ${DST_DATASTORE_BLOCKSIZE}MB which can be an issue for VM snapshots"
fi
fi
logger "debug" ""
}
powerOff() {
VM_NAME="$1"
VM_ID="$2"
POWER_OFF_EC=0
START_ITERATION=0
logger "info" "Powering off initiated for ${VM_NAME}, backup will not begin until VM is off..."
${VMWARE_CMD} vmsvc/power.shutdown ${VM_ID} > /dev/null 2>&1
while ${VMWARE_CMD} vmsvc/power.getstate ${VM_ID} | grep -i "Powered on" > /dev/null 2>&1; do
#enable hard power off code
if [[ ${ENABLE_HARD_POWER_OFF} -eq 1 ]] ; then
if [[ ${START_ITERATION} -ge ${ITER_TO_WAIT_SHUTDOWN} ]] ; then
logger "info" "Hard power off occured for ${VM_NAME}, waited for $((ITER_TO_WAIT_SHUTDOWN*60)) seconds"
${VMWARE_CMD} vmsvc/power.off ${VM_ID} > /dev/null 2>&1
#this is needed for ESXi, even the hard power off did not take affect right away
sleep 60
break
fi
fi
logger "info" "VM is still on - Iteration: ${START_ITERATION} - sleeping for 60secs (Duration: $((START_ITERATION*60)) seconds)"
sleep 60
#logic to not backup this VM if unable to shutdown
#after certain timeout period
if [[ ${START_ITERATION} -ge ${POWER_DOWN_TIMEOUT} ]] ; then
logger "info" "Unable to power off ${VM_NAME}, waited for $((POWER_DOWN_TIMEOUT*60)) seconds! Ignoring ${VM_NAME} for backup!"
POWER_OFF_EC=1
break
fi
START_ITERATION=$((START_ITERATION + 1))
done
if [[ ${POWER_OFF_EC} -eq 0 ]] ; then
logger "info" "VM is powerdOff"
fi
}
powerOn() {
VM_NAME="$1"
VM_ID="$2"
POWER_ON_EC=0
START_ITERATION=0
logger "info" "Powering on initiated for ${VM_NAME}"
${VMWARE_CMD} vmsvc/power.on ${VM_ID} > /dev/null 2>&1
while ${VMWARE_CMD} vmsvc/get.guest ${VM_ID} | grep -i "toolsNotRunning" > /dev/null 2>&1; do
logger "info" "VM is still not booted - Iteration: ${START_ITERATION} - sleeping for 60secs (Duration: $((START_ITERATION*60)) seconds)"
sleep 60
#logic to not backup this VM if unable to shutdown
#after certain timeout period
if [[ ${START_ITERATION} -ge ${POWER_DOWN_TIMEOUT} ]] ; then
logger "info" "Unable to detect started tools on ${VM_NAME}, waited for $((POWER_DOWN_TIMEOUT*60)) seconds!"
POWER_ON_EC=1
break
fi
START_ITERATION=$((START_ITERATION + 1))
done
if [[ ${POWER_ON_EC} -eq 0 ]] ; then
logger "info" "VM is powerdOn"
fi
}
ghettoVCB() {
VM_INPUT=$1
VM_OK=0
VM_FAILED=0
VMDK_FAILED=0
PROBLEM_VMS=
dumpHostInfo
if [[ ${ENABLE_NON_PERSISTENT_NFS} -eq 1 ]] ; then
VM_BACKUP_VOLUME="/vmfs/volumes/${NFS_LOCAL_NAME}/${NFS_VM_BACKUP_DIR}"
if [[ "${LOG_LEVEL}" != "dryrun" ]] ; then
#1 = readonly
#0 = readwrite
logger "debug" "Mounting NFS: ${NFS_SERVER}:${NFS_MOUNT} to /vmfs/volume/${NFS_LOCAL_NAME}"
if [[ ${ESX_RELEASE} == "5.5.0" ]] || [[ ${ESX_RELEASE} == "6.0.0" || ${ESX_RELEASE} == "6.5.0" || ${ESX_RELEASE} == "6.7.0" || ${ESX_RELEASE} == "7.0.0" || ${ESX_RELEASE} == "7.0.1" || ${ESX_RELEASE} == "7.0.2" || ${ESX_RELEASE} == "7.0.3" ]] ; then
${VMWARE_CMD} hostsvc/datastore/nas_create "${NFS_LOCAL_NAME}" "${NFS_VERSION}" "${NFS_MOUNT}" 0 "${NFS_SERVER}"
else
${VMWARE_CMD} hostsvc/datastore/nas_create "${NFS_LOCAL_NAME}" "${NFS_SERVER}" "${NFS_MOUNT}" 0
fi
fi
fi
captureDefaultConfigurations
if [[ "${USE_GLOBAL_CONF}" -eq 1 ]] ; then
logger "info" "CONFIG - USING GLOBAL GHETTOVCB CONFIGURATION FILE = ${GLOBAL_CONF}"
fi
if [[ "${USE_VM_CONF}" -eq 0 ]] ; then
dumpVMConfigurations
fi
#dump out all virtual machines allowing for spaces now
${VMWARE_CMD} vmsvc/getallvms | sed 's/[[:blank:]]\{3,\}/ /g' | fgrep "[" | fgrep "vmx-" | fgrep ".vmx" | fgrep "/" | awk -F' ' '{print "\""$1"\";\""$2"\";\""$3"\""}' | sed 's/\] /\]\";\"/g' > ${WORKDIR}/vms_list
if [[ "${BACKUP_ALL_VMS}" -eq 1 ]] ; then
${VMWARE_CMD} vmsvc/getallvms | sed 's/[[:blank:]]\{3,\}/ /g' | fgrep "[" | fgrep "vmx-" | fgrep ".vmx" | fgrep "/" | awk -F' ' '{print ""$2""}' | sed '/^$/d' > "${VM_INPUT}"
fi
ORIG_IFS=${IFS}
IFS='
'
if [[ ${#VM_SHUTDOWN_ORDER} -gt 0 ]] && [[ "${LOG_LEVEL}" != "dryrun" ]]; then
logger "debug" "VM Shutdown Order: ${VM_SHUTDOWN_ORDER}\n"
IFS2="${IFS}"
IFS=","
for VM_NAME in ${VM_SHUTDOWN_ORDER}; do
VM_ID=$(grep -E "\"${VM_NAME}\"" ${WORKDIR}/vms_list | awk -F ";" '{print $1}' | sed 's/"//g')
powerOff "${VM_NAME}" "${VM_ID}"
if [[ ${POWER_OFF_EC} -eq 1 ]]; then
logger "debug" "Error unable to shutdown VM ${VM_NAME}\n"
PROBLEM_VMS="${PROBLEM_VMS} ${VM_NAME}"
fi
done
IFS="${IFS2}"
fi
for VM_NAME in $(cat "${VM_INPUT}" | grep -v "^#" | sed '/^$/d' | sed -e 's/^[[:blank:]]*//;s/[[:blank:]]*$//'); do
IGNORE_VM=0
if [[ "${EXCLUDE_SOME_VMS}" -eq 1 ]] ; then
grep -E "^${VM_NAME}\$" "${VM_EXCLUSION_FILE}" > /dev/null 2>&1
if [[ $? -eq 0 ]] ; then
IGNORE_VM=1
#VM_FAILED=0 #Excluded VM is NOT a failure. No need to set here, but listed for clarity
fi
fi
if [[ "${IGNORE_VM}" -eq 0 ]] && [[ -n "${PROBLEM_VMS}" ]] ; then
if [[ "$(echo $PROBLEM_VMS | sed "s@$VM_NAME@@")" != "$PROBLEM_VMS" ]] ; then
logger "info" "Ignoring ${VM_NAME} as a problem VM\n"
IGNORE_VM=1
#A VM ignored due to a problem, should be treated as a failure
VM_FAILED=1
fi
fi
VM_ID=$(grep -E "\"${VM_NAME}\"" ${WORKDIR}/vms_list | awk -F ";" '{print $1}' | sed 's/"//g')
#ensure default value if one is not selected or variable is null
if [[ -z ${VM_BACKUP_DIR_NAMING_CONVENTION} ]] ; then
VM_BACKUP_DIR_NAMING_CONVENTION="$(date +%F_%k-%M-%S)"
fi
if [[ "${USE_VM_CONF}" -eq 1 ]] && [[ ! -z ${VM_ID} ]]; then
reConfigureBackupParam "${VM_NAME}"
dumpVMConfigurations
fi
VMFS_VOLUME=$(grep -E "\"${VM_NAME}\"" ${WORKDIR}/vms_list | awk -F ";" '{print $3}' | sed 's/\[//;s/\]//;s/"//g')
VMX_CONF=$(grep -E "\"${VM_NAME}\"" ${WORKDIR}/vms_list | awk -F ";" '{print $4}' | sed 's/\[//;s/\]//;s/"//g')
VMX_PATH="/vmfs/volumes/${VMFS_VOLUME}/${VMX_CONF}"
VMX_DIR=$(dirname "${VMX_PATH}")
#storage info
if [[ ! -z ${VM_ID} ]] && [[ "${LOG_LEVEL}" != "dryrun" ]]; then
storageInfo "before"
fi
#ignore VM as it's in the exclusion list or was on problem list
if [[ "${IGNORE_VM}" -eq 1 ]] ; then
logger "debug" "Ignoring ${VM_NAME} for backup since it is located in exclusion file or problem list\n"
#checks to see if we can pull out the VM_ID
elif [[ -z ${VM_ID} ]] ; then
logger "info" "ERROR: failed to locate and extract VM_ID for ${VM_NAME}!\n"
VM_FAILED=1
elif [[ "${LOG_LEVEL}" == "dryrun" ]] ; then
logger "dryrun" "###############################################"