root@cloudsrak:/var/log/cloudstack/agent# cat /etc/cloudstack/agent/agent.properties
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# Sample configuration file for CloudStack agent

# The GUID to identify the agent with, this is mandatory!
# Generate with "uuidgen"
guid=60952de4-502e-4577-a3d2-352f1d0325c0

#resource= the java class, which agent load to execute
resource=com.cloud.hypervisor.kvm.resource.LibvirtComputingResource

#workers= number of threads running in agent
workers=5

#host= The IP address of management server
host=localhost

# The time interval in seconds after which agent will check if connected host
# is the preferred host (the first host in the comma-separated list is preferred
# one) and will attempt to reconnect to the preferred host when it's connected
# to one of the secondary/backup hosts. The timer task is scheduled after agent
# connects to a management server. On connection, it receives admin configured
# cluster-level 'indirect.agent.lb.check.interval' setting that will be used by
# the agent as the preferred host check interval however the following setting
# if defined overrides the received value. The value 0 and lb algorithm 'shuffle'
# disables this background task.
#host.lb.check.interval=0

#port = The port management server listening on, default is 8250
port=8250

#cluster= The cluster which the agent belongs to
cluster=default

#pod= The pod which the agent belongs to
pod=default

#zone= The zone which the agent belongs to
zone=default

#public.network.device= the public nic device
# if this is commented, it is autodetected on service startup
public.network.device=ens33

#private.network.device= the private nic device
# if this is commented, it is autodetected on service startup
# private.network.device=cloudbr1

#guest.network.device= the guest nic device
# if this is commented, the private nic device will be used

# local storage path, by default, it's /var/lib/libvirt/images/
#local.storage.path=/var/lib/libvirt/images/

# Qemu socket path, directory where Qemu sockets are placed.
# These sockets are for the Qemu Guest Agent and SSVM privisioning
# Make sure that AppArmor or SELinux allow libvirt to write there
#qemu.sockets.path=/var/lib/libvirt/qemu

# The UUID for the local storage pool, this is mandatory!
# Generate with "uuidgen"
local.storage.uuid=59e7e9fe-67fc-4de0-b229-b342166f29f5

# Location for KVM scripts
domr.scripts.dir=scripts/network/domr/kvm

# the timeout for time-consuming operations, such as create/copy snapshot
#cmds.timeout=7200

# set the vm migrate speed, by default, it will try to guess the speed of the guest network
# In MegaBytes per second
#vm.migrate.speed=0

# set target downtime at end of livemigration, the 'hiccup' for final copy. Higher numbers
# make livemigration easier, lower numbers may cause migration to never complete. Less than 1
# means hypervisor default (20ms).
#vm.migrate.downtime=0

# Busy VMs may never finish migrating, depending on environment. When its available, we will
# want to add support for autoconvergence migration flag which should fix this. Set an upper
# limit in milliseconds for how long live migration should wait, at which point VM is paused and
# migration will finish quickly.  Less than 1 means disabled.
#vm.migrate.pauseafter=0

# Time (in seconds) to wait for VM migrate finish. Less than 1 means disabled.
# If vm migration is not finished in the time, the vm job will be cancelled by libvirt.
# It will be configured by cloudstack management server when cloudstack agent connects.
# please change the global setting 'migratewait' if needed (default value: 3600)
#vm.migrate.wait=0

# Agent hooks is the way to override default agent behavior to extend the functionality without excessive coding
# for a custom deployment. The first hook promoted is libvirt-vm-xml-transformer which allows provider to modify
# VM XML specification before send to libvirt. Hooks are implemented in Groovy and must be implemented in the way
# to keep default CS behaviour is something goes wrong.
# All hooks are located in a special directory defined in 'agent.hooks.basedir'
#
# agent.hooks.basedir=/etc/cloudstack/agent/hooks

# every hook has two major attributes - script name, specified in 'agent.hooks.*.script' and method name
# specified in 'agent.hooks.*.method'.

# Libvirt XML transformer hook does XML-to-XML transformation which provider can use to add/remove/modify some
# sort of attributes in Libvirt XML domain specification.
# agent.hooks.libvirt_vm_xml_transformer.script=libvirt-vm-xml-transformer.groovy
# agent.hooks.libvirt_vm_xml_transformer.method=transform
#
# The hook is called right after libvirt successfully launched VM
# agent.hooks.libvirt_vm_on_start.script=libvirt-vm-state-change.groovy
# agent.hooks.libvirt_vm_on_start.method=onStart
#
# The hook is called right after libvirt successfully stopped VM
# agent.hooks.libvirt_vm_on_stop.script=libvirt-vm-state-change.groovy
# agent.hooks.libvirt_vm_on_stop.method=onStop
#

# set the type of bridge used on the hypervisor, this defines what commands the resource
# will use to setup networking. Currently supported NATIVE, OPENVSWITCH
#network.bridge.type=native

# set the driver used to plug and unplug nics from the bridges
# a sensible default will be selected based on the network.bridge.type but can
# be overridden here.
# native = com.cloud.hypervisor.kvm.resource.BridgeVifDriver
# openvswitch = com.cloud.hypervisor.kvm.resource.OvsVifDriver
#libvirt.vif.driver=com.cloud.hypervisor.kvm.resource.BridgeVifDriver

# Set DPDK Support on OpenVswitch
#openvswitch.dpdk.enabled=true
#openvswitch.dpdk.ovs.path=/var/run/openvswitch

# set the hypervisor type, values are: kvm, lxc
hypervisor.type=kvm

# This parameter specifies a directory on the host local storage for temporary storing direct download templates
#direct.download.temporary.download.location=/var/lib/libvirt/images

# This parameter specifies a directory on the host local storage for creating and hosting the config drives
#host.cache.location=/var/cache/cloud

# set the rolling maintenance hook scripts directory
#rolling.maintenance.hooks.dir=/etc/cloudstack/agent/hooks.d

# disable the rolling maintenance service execution
#rolling.maintenance.service.executor.disabled=true

# set the hypervisor URI. Usually there is no need for changing this
# For KVM: qemu:///system
# For LXC: lxc:///
# hypervisor.uri=qemu:///system

# settings to enable direct networking in libvirt, should not be used
# on hosts that run system vms, values for mode are: private, bridge, vepa
# libvirt.vif.driver=com.cloud.hypervisor.kvm.resource.DirectVifDriver
# network.direct.source.mode=private
# network.direct.device=eth0

# setting to enable the cpu model to kvm guest globally.
# three option:custom,host-model and host-passthrough.
# custom - user custom the CPU model which specified by guest.cpu.model.
# host-model - identify the named CPU model which most closely matches the host,
# and then request additional CPU flags to complete the match. This should give
# close to maximum functionality/performance, which maintaining good
# reliability/compatibility if the guest is migrated to another host with slightly different host CPUs.
# host-passthrough - tell KVM to passthrough the host CPU with no modifications.
# The difference to host-model, instead of just matching feature flags,
# every last detail of the host CPU is matched. This gives absolutely best performance,
# and can be important to some apps which check low level CPU details,
# but it comes at a cost wrt migration. The guest can only be migrated to
# an exactly matching host CPU.
#
# guest.cpu.mode=custom|host-model|host-passthrough
# This param is only valid if guest.cpu.mode=custom,
# for examples:"Conroe" "Penryn", "Nehalem", "Westmere", "pentiumpro" and so
# on,run virsh capabilities for more details.
# guest.cpu.model=
#
# This param will set the CPU architecture for the domain override what
# the management server would send
# In case of arm64 (aarch64), this will change the machine type to 'virt' and
# adds a SCSI and a USB controller in the domain xml.
# guest.cpu.arch=x86_64|aarch64
#
# This param will require CPU features on the <cpu> section
# guest.cpu.features=vmx vme
#
# vm.memballoon.disable=true
# Disable memory ballooning on vm guests for overcommit, by default overcommit
# feature enables balloon and sets currentMemory to a minimum value.
#
# vm.diskactivity.checkenabled=false
# Set to true to check disk activity on VM's disks before starting a VM. This only applies
# to QCOW2 files, and ensures that there is no other running instance accessing
# the file before starting. It works by checking the modify time against the current time,
# so care must be taken to ensure the cluster has time synced, otherwise VMs may fail to start.
#
# vm.diskactivity.checktimeout_s=120
# Timeout for giving up on waiting for VM's disk files to become inactive. Hitting
# this timeout will result in failure to start VM.
#
# vm.diskactivity.inactivetime_ms=30000
# This is the length of time that the disk needs to be inactive in order to pass the check.
# This means current time minus mtime of disk file needs to be greater than this number.
# It also has the side effect of setting the minimum threshold between a stop and start of
# a given VM.
#
# kvmclock.disable=false
# Some newer linux kernels are incapable of reliably migrating vms with kvmclock
# This is a workaround for the bug, admin can set this to true per-host
#
# vm.rng.enable=false
# This enabled the VirtIO Random Number Generator device for guests.
#
# vm.rng.model=random
# The model of VirtIO Random Number Generator (RNG) to present to the Guest.
# Currently only 'random' is supported.
#
# vm.rng.path=/dev/random
# Local Random Number Device Generator to use for VirtIO RNG for Guests.
# This is usually /dev/random, but per platform this might be different
#
# vm.rng.rate.bytes=2048
# The amount of bytes the Guest may request/obtain from the RNG in the period
# specified below.
#
# vm.rng.rate.period=1000
# The number of milliseconds in which the guest is allowed to obtain the bytes
# specified above.
#
# router.aggregation.command.each.timeout=600
# timeout value for aggregation commands send to virtual router
#
# host.overcommit.mem.mb = 0
# allows to increase amount of ram available on host virtually to utilize Zswap, KSM features
# and modern fast SSD/3D XPoint devices. Specified amount of MBs is added to the memory agent
# reports to the Management Server
# Default: 0
#
# host.reserved.mem.mb = 0
# How much host memory to reserve for non-allocation.
# A useful parameter if a node uses some other software that requires memory,
# or in case that OOM Killer kicks in sometimes.
# If this parameter is used, host.overcommit.mem.mb must be set to 0.
# Default value: 0
#
# vm.watchdog.model=i6300esb
# The model of Watchdog timer to present to the Guest
# For all models refer to the libvirt documentation.
# Recommend value is: i6300esb
#
# vm.watchdog.action=none
# Action to take when the Guest/Instance is no longer notifying the Watchdog
# timer.
# For all actions refer to the libvirt documentation.
# Recommended values are: none, reset and poweroff.
#
iscsi.session.cleanup.enabled=false
# Automatically clean up iscsi sessions not attached to any VM.
# Should be enabled for users using managed storage for example solidfire.
# Should be disabled for users with unmanaged iscsi connections on their hosts

# This parameter specifies the heartbeat update timeout in ms; The default value is 60000ms (1 min).
# Depending on the use case, this timeout might need increasing/decreasing.
# heartbeat.update.timeout=60000

# This parameter specifies the timeout in seconds to retrieve the target's domain id when migrating a VM with KVM.
# vm.migrate.domain.retrieve.timeout=10

# This parameter specifies if the host must be rebooted when something goes wrong with the heartbeat.
# reboot.host.and.alert.management.on.heartbeat.timeout=true

# Enable manually setting CPU's topology on KVM's VM.
# enable.manually.setting.cpu.topology.on.kvm.vm=true

# Manually set the host CPU MHz, in cases where CPU scaling support detected value is wrong
# host.cpu.manual.speed.mhz=0

# Enable/disable IO driver for Qemu (in case it is not set CloudStack can also detect if its supported by qemu)
# enable.io.uring=true