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7096c3708e
virt-manager/virtinst/guest.py
Chen Hanxiao 7096c3708e virt-install: Add --membacking option 
Add option --membacking for "Memory Backing".

Signed-off-by: Chen Hanxiao <chenhanxiao@cn.fujitsu.com>
2014-03-22 12:16:24 -04:00

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Python
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#
# Common code for all guests
#
# Copyright 2006-2009, 2013, 2014 Red Hat, Inc.
# Jeremy Katz <katzj@redhat.com>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
# MA 02110-1301 USA.
import logging
import urlgrabber.progress as progress
import libvirt
from virtcli import cliconfig
import virtinst
from virtinst import util
from virtinst import support
from virtinst import OSXML
from virtinst import VirtualDevice
from virtinst import Clock
from virtinst import Seclabel
from virtinst import CPU
from virtinst import DomainNumatune
from virtinst import DomainMemorytune
from virtinst import DomainMemorybacking
from virtinst import DomainBlkiotune
from virtinst import DomainFeatures
from virtinst import PM
from virtinst import IdMap
from virtinst.xmlbuilder import XMLBuilder, XMLProperty, XMLChildProperty
from virtinst import osdict
class Guest(XMLBuilder):
@staticmethod
def check_vm_collision(conn, name, do_remove):
"""
Remove the existing VM with the same name if requested, or error
if there is a collision.
"""
vm = None
try:
vm = conn.lookupByName(name)
except libvirt.libvirtError:
pass
if vm is None:
return
if not do_remove:
raise RuntimeError(_("Domain named %s already exists!") % name)
try:
logging.debug("Explicitly replacing guest '%s'", name)
if vm.ID() != -1:
logging.info("Destroying guest '%s'", name)
vm.destroy()
logging.info("Undefining guest '%s'", name)
vm.undefine()
except libvirt.libvirtError, e:
raise RuntimeError(_("Could not remove old vm '%s': %s") %
(str(e)))
@staticmethod
def validate_name(conn, name, check_collision, validate=True):
if validate:
util.validate_name(_("Guest"), name)
if not check_collision:
return
try:
conn.lookupByName(name)
except:
return
raise ValueError(_("Guest name '%s' is already in use.") % name)
_XML_ROOT_NAME = "domain"
_XML_PROP_ORDER = ["type", "name", "uuid", "title", "description",
"maxmemory", "memory", "hugepage", "vcpus", "curvcpus", "memtune",
"numatune", "blkiotune", "bootloader", "os", "idmap", "features", "cpu",
"clock", "on_poweroff", "on_reboot", "on_crash", "pm", "emulator", "_devices",
"seclabel"]
def __init__(self, *args, **kwargs):
XMLBuilder.__init__(self, *args, **kwargs)
self.autostart = False
self.replace = False
self.os_autodetect = False
# Allow virt-manager to override the default graphics type
self.default_graphics_type = cliconfig.default_graphics
self.skip_default_console = False
self.skip_default_channel = False
self.skip_default_sound = False
self.skip_default_usbredir = False
self.skip_default_graphics = False
self.x86_cpu_default = self.cpu.SPECIAL_MODE_HOST_MODEL_ONLY
self._os_variant = None
self._random_uuid = None
self._install_devices = []
# The libvirt virDomain object we 'Create'
self.domain = None
self.installer = virtinst.DistroInstaller(self.conn)
######################
# Property accessors #
######################
def _validate_name(self, val):
if val == self.name:
return
self.validate_name(self.conn, val, check_collision=not self.replace)
name = XMLProperty("./name", validate_cb=_validate_name)
def _set_memory(self, val):
if val is None:
return None
if self.maxmemory is None or self.maxmemory < val:
self.maxmemory = val
return val
memory = XMLProperty("./currentMemory", is_int=True,
default_cb=lambda s: 1,
set_converter=_set_memory)
maxmemory = XMLProperty("./memory", is_int=True)
def _set_vcpus(self, val):
if val is None:
return None
# Don't force set curvcpus unless already specified
if self.curvcpus is not None and self.curvcpus > val:
self.curvcpus = val
return val
vcpus = XMLProperty("./vcpu", is_int=True,
set_converter=_set_vcpus,
default_cb=lambda s: 1)
curvcpus = XMLProperty("./vcpu/@current", is_int=True)
def _validate_cpuset(self, val):
DomainNumatune.validate_cpuset(self.conn, val)
cpuset = XMLProperty("./vcpu/@cpuset",
validate_cb=_validate_cpuset)
def _get_default_uuid(self):
if self._random_uuid is None:
self._random_uuid = util.generate_uuid(self.conn)
return self._random_uuid
uuid = XMLProperty("./uuid",
validate_cb=lambda s, v: util.validate_uuid(v),
default_cb=_get_default_uuid)
id = XMLProperty("./@id", is_int=True)
type = XMLProperty("./@type", default_cb=lambda s: "xen")
hugepage = XMLProperty("./memoryBacking/hugepages", is_bool=True)
bootloader = XMLProperty("./bootloader")
description = XMLProperty("./description")
title = XMLProperty("./title")
emulator = XMLProperty("./devices/emulator")
on_poweroff = XMLProperty("./on_poweroff",
default_cb=lambda s: "destroy")
on_reboot = XMLProperty("./on_reboot")
on_crash = XMLProperty("./on_crash")
os = XMLChildProperty(OSXML, is_single=True)
features = XMLChildProperty(DomainFeatures, is_single=True)
clock = XMLChildProperty(Clock, is_single=True)
seclabel = XMLChildProperty(Seclabel, is_single=True)
cpu = XMLChildProperty(CPU, is_single=True)
numatune = XMLChildProperty(DomainNumatune, is_single=True)
pm = XMLChildProperty(PM, is_single=True)
blkiotune = XMLChildProperty(DomainBlkiotune, is_single=True)
memtune = XMLChildProperty(DomainMemorytune, is_single=True)
memoryBacking = XMLChildProperty(DomainMemorybacking, is_single=True)
idmap = XMLChildProperty(IdMap, is_single=True)
###############################
# Distro detection properties #
###############################
def _get_os_variant(self):
return self._os_variant
def _set_os_variant(self, val):
logging.debug("Setting Guest.os_variant to '%s'", val)
val = val.lower()
if osdict.lookup_os(val) is None:
raise ValueError(_("Distro '%s' does not exist in our dictionary")
% val)
self._os_variant = val
os_variant = property(_get_os_variant, _set_os_variant)
########################################
# Device Add/Remove Public API methods #
########################################
def add_device(self, dev):
"""
Add the passed device to the guest's device list.
@param dev: VirtualDevice instance to attach to guest
"""
self._add_child(dev)
def remove_device(self, dev):
"""
Remove the passed device from the guest's device list
@param dev: VirtualDevice instance
"""
self._remove_child(dev)
def get_devices(self, devtype):
"""
Return a list of devices of type 'devtype' that will installed on
the guest.
@param devtype: Device type to search for (one of
VirtualDevice.virtual_device_types)
"""
newlist = []
for i in self._devices:
if devtype == "all" or i.virtual_device_type == devtype:
newlist.append(i)
return newlist
_devices = XMLChildProperty(
[VirtualDevice.virtual_device_classes[_n]
for _n in VirtualDevice.virtual_device_types],
relative_xpath="./devices")
def get_all_devices(self):
"""
Return a list of all devices being installed with the guest
"""
retlist = []
for devtype in VirtualDevice.virtual_device_types:
retlist.extend(self.get_devices(devtype))
return retlist
############################
# Install Helper functions #
############################
def _prepare_install(self, meter, dry=False):
for dev in self._install_devices:
self.remove_device(dev)
self._install_devices = []
ignore = dry
# Fetch install media, prepare installer devices
self.installer.prepare(self, meter,
util.make_scratchdir(self.conn, self.type))
# Initialize install device list
for dev in self.installer.install_devices:
self.add_device(dev)
self._install_devices.append(dev)
##############
# Public API #
##############
def _prepare_get_xml(self):
# We do a shallow copy of the device list here, and set the defaults.
# This way, default changes aren't persistent, and we don't need
# to worry about when to call set_defaults
#
# XXX: this is hacky, we should find a way to use xmlbuilder.copy(),
# but need to make sure it's not a massive performance hit
data = (self._devices[:], self.features, self.os)
try:
self._propstore["_devices"] = [dev.copy() for dev in self._devices]
self._propstore["features"] = self.features.copy()
self._propstore["os"] = self.os.copy()
except:
self._finish_get_xml(data)
raise
return data
def _finish_get_xml(self, data):
(self._propstore["_devices"],
self._propstore["features"],
self._propstore["os"]) = data
def get_install_xml(self, *args, **kwargs):
data = self._prepare_get_xml()
try:
return self._do_get_install_xml(*args, **kwargs)
finally:
self._finish_get_xml(data)
def _do_get_install_xml(self, install=True, disk_boot=False):
"""
Return the full Guest xml configuration.
@param install: Whether we want the 'OS install' configuration or
the 'post-install' configuration. (Some Installers,
like the LiveCDInstaller may not have an 'install'
config.)
@type install: C{bool}
@param disk_boot: Whether we should boot off the harddisk, regardless
of our position in the install process (this is
used for 2 stage installs, where the second stage
boots off the disk. You probably don't need to touch
this.)
@type disk_boot: C{bool}
"""
osblob_install = install and not disk_boot
if osblob_install and not self.installer.has_install_phase():
return None
self.installer.alter_bootconfig(self, osblob_install, self.os)
self._set_transient_device_defaults(install)
action = install and "destroy" or "restart"
self.on_reboot = action
self.on_crash = action
self._set_defaults()
self.bootloader = None
if (not install and
self.os.is_xenpv() and
not self.os.kernel):
self.bootloader = "/usr/bin/pygrub"
self.os.clear()
return self.get_xml_config()
def get_continue_inst(self):
"""
Return True if this guest requires a call to 'continue_install',
which means the OS requires a 2 stage install (windows)
"""
# If we are doing an 'import' or 'liveCD' install, there is
# no true install process, so continue install has no meaning
if not self.installer.has_install_phase():
return False
return self._lookup_osdict_key("three_stage_install", False)
##########################
# Actual install methods #
##########################
def start_install(self, meter=None,
dry=False, return_xml=False, noboot=False):
"""
Begin the guest install (stage1).
@param return_xml: Don't create the guest, just return generated XML
"""
if self.domain is not None:
raise RuntimeError(_("Domain has already been started!"))
is_initial = True
self._prepare_install(meter, dry)
try:
# Create devices if required (disk images, etc.)
if not dry:
for dev in self.get_all_devices():
dev.setup(meter)
start_xml, final_xml = self._build_xml(is_initial)
if return_xml:
return (start_xml, final_xml)
if dry:
return
# Remove existing VM if requested
self.check_vm_collision(self.conn, self.name,
do_remove=self.replace)
self.domain = self._create_guest(meter,
start_xml, final_xml, is_initial,
noboot)
# Set domain autostart flag if requested
self._flag_autostart()
return self.domain
finally:
self.installer.cleanup()
def continue_install(self, meter=None,
dry=False, return_xml=False):
"""
Continue with stage 2 of a guest install. Only required for
guests which have the 'continue' flag set (accessed via
get_continue_inst)
"""
is_initial = False
start_xml, final_xml = self._build_xml(is_initial)
if return_xml:
return (start_xml, final_xml)
if dry:
return
return self._create_guest(meter,
start_xml, final_xml, is_initial, False)
def _build_meter(self, meter, is_initial):
if is_initial:
meter_label = _("Creating domain...")
else:
meter_label = _("Starting domain...")
if meter is None:
meter = progress.BaseMeter()
meter.start(size=None, text=meter_label)
return meter
def _build_xml(self, is_initial):
log_label = is_initial and "install" or "continue"
disk_boot = not is_initial
start_xml = self.get_install_xml(install=True, disk_boot=disk_boot)
final_xml = self.get_install_xml(install=False)
logging.debug("Generated %s XML: %s",
log_label,
(start_xml and ("\n" + start_xml) or "None required"))
logging.debug("Generated boot XML: \n%s", final_xml)
return start_xml, final_xml
def _create_guest(self, meter,
start_xml, final_xml, is_initial, noboot):
"""
Actually do the XML logging, guest defining/creating
@param is_initial: If running initial guest creation, else we
are continuing the install
@param noboot: Don't boot guest if no install phase
"""
meter = self._build_meter(meter, is_initial)
doboot = not noboot or self.installer.has_install_phase()
if is_initial and doboot:
dom = self.conn.createLinux(start_xml or final_xml, 0)
else:
dom = self.conn.defineXML(start_xml or final_xml)
if doboot:
dom.create()
self.domain = dom
meter.end(0)
self.domain = self.conn.defineXML(final_xml)
if is_initial:
try:
logging.debug("XML fetched from libvirt object:\n%s",
dom.XMLDesc(0))
except Exception, e:
logging.debug("Error fetching XML from libvirt object: %s", e)
return self.domain
def _flag_autostart(self):
"""
Set the autostart flag for self.domain if the user requested it
"""
if not self.autostart:
return
try:
self.domain.setAutostart(True)
except libvirt.libvirtError, e:
if util.is_error_nosupport(e):
logging.warn("Could not set autostart flag: libvirt "
"connection does not support autostart.")
else:
raise e
###################################
# Guest Dictionary Helper methods #
###################################
def _lookup_osdict_key(self, key, default):
"""
Use self.os_variant to find key in OSTYPES
@returns: dict value, or None if os_type/variant wasn't set
"""
return osdict.lookup_osdict_key(self.os_variant, key, default)
###################
# Device defaults #
###################
def add_default_input_device(self):
if self.os.is_container():
return
if not self.os.is_x86():
return
if self.get_devices("input"):
return
self.add_device(virtinst.VirtualInputDevice(self.conn))
def add_default_sound_device(self):
if not self.os.is_hvm():
return
if not self.os.is_x86():
return
self.add_device(virtinst.VirtualAudio(self.conn))
def add_default_console_device(self):
if self.skip_default_console:
return
if self.os.is_xenpv():
return
if self.get_devices("console") or self.get_devices("serial"):
return
dev = virtinst.VirtualConsoleDevice(self.conn)
dev.type = dev.TYPE_PTY
if (self.os.is_x86() and
self._lookup_osdict_key("virtioconsole", False) and
self.conn.check_support(
self.conn.SUPPORT_CONN_VIRTIO_CONSOLE)):
dev.target_type = "virtio"
self.add_device(dev)
def add_default_video_device(self):
if self.os.is_container():
return
if self.get_devices("video"):
return
if not self.get_devices("graphics"):
return
self.add_device(virtinst.VirtualVideoDevice(self.conn))
def add_default_usb_controller(self):
if self.os.is_container():
return
if not self.os.is_x86():
return
if any([d.type == "usb" for d in self.get_devices("controller")]):
return
if not self.conn.check_support(
self.conn.SUPPORT_CONN_DEFAULT_USB2):
return
for dev in virtinst.VirtualController.get_usb2_controllers(self.conn):
self.add_device(dev)
def add_default_channels(self):
if self.skip_default_channel:
return
if self.get_devices("channel"):
return
# Skip qemu-ga on ARM where virtio slots are currently limited
if (self.conn.is_qemu() and
not self.os.is_arm() and
self._lookup_osdict_key("qemu_ga", False) and
self.conn.check_support(self.conn.SUPPORT_CONN_AUTOSOCKET)):
dev = virtinst.VirtualChannelDevice(self.conn)
dev.type = "unix"
dev.target_type = "virtio"
dev.target_name = dev.CHANNEL_NAME_QEMUGA
self.add_device(dev)
def add_default_graphics(self):
if self.skip_default_graphics:
return
if self.get_devices("graphics"):
return
if self.os.is_container():
return
if self.os.arch not in ["x86_64", "i686", "ppc64", "ia64"]:
return
self.add_device(virtinst.VirtualGraphics(self.conn))
def add_default_devices(self):
self.add_default_graphics()
self.add_default_video_device()
self.add_default_input_device()
self.add_default_console_device()
self.add_default_usb_controller()
self.add_default_channels()
def _set_transient_device_defaults(self, install):
def do_remove_media(d):
# Keep cdrom around, but with no media attached,
# But only if we are a distro that doesn't have a multi
# stage install (aka not Windows)
return (d.is_cdrom() and
d.transient and
not install and
not self.get_continue_inst())
def do_skip_disk(d):
# Skip transient labeled non-media disks
return (d.is_disk() and d.transient and not install)
for dev in self.get_devices("disk"):
if do_skip_disk(dev):
self.remove_device(dev)
elif do_remove_media(dev):
dev.path = None
def _set_defaults(self):
self._set_osxml_defaults()
self._set_clock_defaults()
self._set_emulator_defaults()
self._set_cpu_defaults()
self._set_feature_defaults()
for dev in self.get_all_devices():
dev.set_defaults(self)
self._add_implied_controllers()
self._check_address_multi()
self._set_disk_defaults()
self._set_net_defaults()
self._set_input_defaults()
self._set_graphics_defaults()
self._set_video_defaults()
self._set_sound_defaults()
def _is_os_container(self):
if not self.os.is_container():
return False
for fs in self.get_devices("filesystem"):
if fs.target == "/":
return True
return False
def _set_osxml_defaults(self):
if self.os.is_container() and not self.os.init:
if self._is_os_container():
self.os.init = "/sbin/init"
self.os.init = self.os.init or "/bin/sh"
if not self.os.loader and self.os.is_hvm() and self.type == "xen":
self.os.loader = "/usr/lib/xen/boot/hvmloader"
if self.os.os_type == "xen" and self.type == "xen":
# Use older libvirt 'linux' value for back compat
self.os.os_type = "linux"
if self.os.kernel or self.os.init:
self.os.bootorder = []
if (self.os.machine is None and self.os.is_ppc64()):
self.os.machine = "pseries"
def _set_clock_defaults(self):
if not self.os.is_hvm():
return
if self.clock.offset is None:
self.clock.offset = self._lookup_osdict_key("clock", "utc")
if self.clock.timers:
return
if not self.os.is_x86():
return
if not self.conn.check_support(
self.conn.SUPPORT_CONN_ADVANCED_CLOCK):
return
# Set clock policy that maps to qemu options:
# -no-hpet -no-kvm-pit-reinjection -rtc driftfix=slew
#
# hpet: Is unneeded and has a performance penalty
# pit: While it has no effect on windows, it doesn't hurt and
# is beneficial for linux
#
# This is what has been recommended by the RH qemu guys :)
rtc = self.clock.add_timer()
rtc.name = "rtc"
rtc.tickpolicy = "catchup"
pit = self.clock.add_timer()
pit.name = "pit"
pit.tickpolicy = "delay"
hpet = self.clock.add_timer()
hpet.name = "hpet"
hpet.present = False
def _set_emulator_defaults(self):
if self.os.is_xenpv():
self.emulator = None
return
if self.emulator:
return
if self.os.is_hvm() and self.type == "xen":
if self.conn.caps.host.cpu.arch == "x86_64":
self.emulator = "/usr/lib64/xen/bin/qemu-dm"
else:
self.emulator = "/usr/lib/xen/bin/qemu-dm"
def _set_cpu_defaults(self):
self.cpu.set_topology_defaults(self.vcpus)
if (not self.conn.is_test() and not
(self.conn.is_qemu() and self.type == "kvm")):
return
if not self.os.is_x86():
return
if self.os.arch != self.conn.caps.host.cpu.arch:
return
if self.cpu.special_mode_was_set:
return
if self.cpu.get_xml_config().strip():
return
self.cpu.set_special_mode(self.x86_cpu_default)
def _set_feature_defaults(self):
if self.os.is_container():
self.features.acpi = None
self.features.apic = None
self.features.pae = None
if self._is_os_container():
self.features.privnet = True
return
if not self.os.is_hvm():
return
default = True
if (self._lookup_osdict_key("xen_disable_acpi", False) and
not self.conn.check_support(support.SUPPORT_CONN_CAN_ACPI)):
default = False
if self.features.acpi == "default":
self.features.acpi = self._lookup_osdict_key("acpi", default)
if self.features.apic == "default":
self.features.apic = self._lookup_osdict_key("apic", default)
if self.features.pae == "default":
self.features.pae = self.conn.caps.support_pae()
def _add_implied_controllers(self):
for dev in self.get_all_devices():
# Add spapr-vio controller if needed
if (dev.address.type == "spapr-vio" and
dev.virtual_device_type == "disk" and
not any([cont.address.type == "spapr-vio" for cont in
self.get_devices("controller")])):
ctrl = virtinst.VirtualController(self.conn)
ctrl.type = "scsi"
ctrl.address.set_addrstr("spapr-vio")
self.add_device(ctrl)
def _check_address_multi(self):
addresses = {}
for d in self.get_all_devices():
if d.address.type != d.address.ADDRESS_TYPE_PCI:
continue
addr = d.address
addrstr = "%d%d%d" % (d.address.domain,
d.address.bus,
d.address.slot)
if addrstr not in addresses:
addresses[addrstr] = {}
if addr.function in addresses[addrstr]:
raise ValueError(_("Duplicate address for devices %s and %s") %
(str(d), str(addresses[addrstr][addr.function])))
addresses[addrstr][addr.function] = d
for devs in addresses.values():
if len(devs) > 1 and 0 in devs:
devs[0].address.multifunction = True
def _can_virtio(self, key):
if not self.conn.is_qemu():
return False
if not self._lookup_osdict_key(key, False):
return False
if self.os.is_x86():
return True
if (self.os.is_arm_vexpress() and
self.os.dtb and
self._lookup_osdict_key("virtiommio", False) and
self.conn.check_support(support.SUPPORT_CONN_VIRTIO_MMIO)):
return True
return False
def _set_disk_defaults(self):
os_disk_bus = self._lookup_osdict_key("diskbus", None)
def set_disk_bus(d):
if d.is_floppy():
d.bus = "fdc"
return
if self.os.is_xenpv():
d.bus = "xen"
return
if not self.os.is_hvm():
d.bus = "ide"
return
if self._can_virtio("virtiodisk") and d.is_disk():
d.bus = "virtio"
elif os_disk_bus and d.is_disk():
d.bus = os_disk_bus
elif self.os.is_pseries():
d.bus = "scsi"
elif self.os.is_arm():
d.bus = "sd"
else:
d.bus = "ide"
used_targets = []
for disk in self.get_devices("disk"):
if not disk.bus:
set_disk_bus(disk)
# Generate disk targets
if disk.target and not getattr(disk, "cli_set_target", False):
used_targets.append(disk.target)
else:
used_targets.append(disk.generate_target(used_targets))
def _set_net_defaults(self):
if not self.os.is_hvm():
net_model = None
elif self._can_virtio("virtionet"):
net_model = "virtio"
else:
net_model = self._lookup_osdict_key("netmodel", None)
for net in self.get_devices("interface"):
if net_model and not net.model:
net.model = net_model
def _set_input_defaults(self):
input_type = self._lookup_osdict_key("inputtype", "mouse")
input_bus = self._lookup_osdict_key("inputbus", "ps2")
if self.os.is_xenpv():
input_type = virtinst.VirtualInputDevice.TYPE_MOUSE
input_bus = virtinst.VirtualInputDevice.BUS_XEN
for inp in self.get_devices("input"):
if (inp.type == inp.TYPE_DEFAULT and
inp.bus == inp.BUS_DEFAULT):
inp.type = input_type
inp.bus = input_bus
def _set_sound_defaults(self):
if self.conn.check_support(
support.SUPPORT_CONN_SOUND_ICH6):
default = "ich6"
elif self.conn.check_support(
support.SUPPORT_CONN_SOUND_AC97):
default = "ac97"
else:
default = "es1370"
for sound in self.get_devices("sound"):
if sound.model == sound.MODEL_DEFAULT:
sound.model = default
def _set_graphics_defaults(self):
for gfx in self.get_devices("graphics"):
if gfx.type != "default":
continue
gtype = self.default_graphics_type
logging.debug("Using default_graphics=%s", gtype)
if (gtype == "spice" and not
self.conn.check_support(
self.conn.SUPPORT_CONN_GRAPHICS_SPICE)):
logging.debug("spice requested but HV doesn't support it. "
"Using vnc.")
gtype = "vnc"
gfx.type = gtype
def _add_spice_channels(self):
if self.skip_default_channel:
return
for chn in self.get_devices("channel"):
if chn.type == chn.TYPE_SPICEVMC:
return
if self.conn.check_support(self.conn.SUPPORT_CONN_CHAR_SPICEVMC):
agentdev = virtinst.VirtualChannelDevice(self.conn)
agentdev.type = agentdev.TYPE_SPICEVMC
self.add_device(agentdev)
def _add_spice_sound(self):
if self.skip_default_sound:
return
if self.get_devices("sound"):
return
self.add_default_sound_device()
def _add_spice_usbredir(self):
if self.skip_default_usbredir:
return
if self.get_devices("redirdev"):
return
if not self.conn.check_support(self.conn.SUPPORT_CONN_USBREDIR):
return
for ignore in range(4):
dev = virtinst.VirtualRedirDevice(self.conn)
dev.bus = "usb"
dev.type = "spicevmc"
self.add_device(dev)
def _set_video_defaults(self):
def has_spice():
for gfx in self.get_devices("graphics"):
if gfx.type == gfx.TYPE_SPICE:
return True
if has_spice():
self._add_spice_channels()
self._add_spice_sound()
self._add_spice_usbredir()
if has_spice() and self.os.is_x86():
video_model = "qxl"
elif self.os.is_ppc64() and self.os.machine == "pseries":
video_model = "vga"
else:
video_model = self._lookup_osdict_key("videomodel", "cirrus")
for video in self.get_devices("video"):
if video.model == video.MODEL_DEFAULT:
video.model = video_model
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