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tools/python: Remove some legacy scripts

Browse Source 
Nothing in scripts/ is referenced by the current Xen build system.  It is a
legacy version of the XenAPI bindings, other parts of which have already been
removed from the tree.

Additionally, prevent the install target from creating an $(SBINDIR) directory
but putting nothing in it.  This appears to be something missed when removing
Xend.

Signed-off-by: Andrew Cooper <andrew.cooper3@citrix.com>
CC: Ian Campbell <Ian.Campbell@citrix.com>
CC: Ian Jackson <Ian.Jackson@eu.citrix.com>
Acked-by: Ian Campbell <ian.campbell@citrix.com>
This commit is contained in:
Andrew Cooper authored and Ian Campbell committed 2014-06-18 15:03:54 +01:00
1 parent 6b70cb9ff8
commit 1747fc59d6
13 files changed
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tools/python/Makefile
-2
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@@ -23,8 +23,6 @@ install:
CC="$(CC)" CFLAGS="$(CFLAGS) $(APPEND_LDFLAGS)" $(PYTHON) setup.py install \
$(PYTHON_PREFIX_ARG) --root="$(DESTDIR)" --force
$(INSTALL_DIR) $(DESTDIR)$(SBINDIR)
.PHONY: test
test:
export LD_LIBRARY_PATH=$$(readlink -f ../libxc):$$(readlink -f ../xenstore); $(PYTHON) test.py -b -u
tools/python/README.XendConfig
-160
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@@ -1,160 +0,0 @@
XendConfig parameters
=====================
Things that are empty means there is no direct mapping.
In order to make the XendConfig fully backwards compatible, it needs a
representation of all the below parameters. Where both columns have
values, it means we can have a direct translation.
Where the Legacy Config value does not exist, it means we have to make
up the value on whether we supported it or not.
Where the Legacy config value is prefixed with an '!', it means it is
not a direct mapping and needs a translation function.
Where the Xen API config value does not exist, it means we have to add
a parameter outside of the Xen API Configuration to support it.
Xen API Config Legacy Config
-------------- -------------
uuid uuid
power_state !state (and xc_getinfo)
name_label name
name_description
user_version
is_a_template
auto_power_on
resident_on
memory_static_min memory
memory_static_max maxmem
memory_actual
memory_dynamic_min
memory_dynamic_max
vcpus_policy !set_credit/set_sedf
vcpus_params !set_credit/set_sedf
vcpus_number vcpus
vcpus_utilisation
vcpus_features_required
vcpus_features_can_use
vcpus_features_force_on
vcpus_features_force_off
actions_after_shutdown on_poweroff
actions_after_reboot on_reboot
actions_after_suspend
actions_after_crash on_crash
vifs !(devices.vifs)
- uuid dev.uuid
- name
- type vif.type
- device
- network
- vm
- MAC vif.mac
- MTU
- io_read_kbs !vif.rate
- io_write_kbs !vif.rate
vif.bridge
vif.script
vif.ip
vif.vifname (backend name)
vbds !(devices.vbds)
- uuid
- vm
- vdi
- device vbd.uname
- mode !vbd.mode
- driver vbd.driver
- io_read_kbs
- io_write_kbs
bios_boot image.boot?
platform_std_VGA image.stdvga
platform_serial image.serial
platform_localtime !localtime (bool)
platform_clock_offset
platform_enable_audio !image.soundhw (bool)
builder (sxp root name)
boot_method
kernel_kernel kernel.kernel
kernel_initrd kernel.ramdisk
kernel_args !kernel.args
grub_cmdline bootloader_args
PCI_bus
tools_version
otherConfig
- image image (see image.*)
- shadow_memory shadow_memory
- security security
- vcpu_avail vcpu_avail
- features features
- on_xend_stop on_xend_stop
- on_xend_start on_xend_start
- start_time start_time
- cpus cpus (?)
max_vcpu_id
>> only from xc
- online_vcpus xc.online_vcpus
- status xc.status
- cpu_time xc.cpu_time
- shutdown_reason xc.shutdown_reason
- up_time xc.uptime
- crashed xc.crashed
- dying xc.dying
- shutdown xc.shutdown
image.type (linux or hvm)
image.root
image.ip
image.nographic
image.vnc
image.sdl
image.monitor
image.vncdisplay
image.vncunused
image.hvm.device_model
image.hvm.display
image.hvm.xauthority
image.hvm.vncconsole
image.hvm.pae
image.hvm.acpi (also in image.devices)
image.hvm.apic
image.hvm.devices.boot
image.hvm.devices.fda
image.hvm.devices.fdb
image.hvm.devices.soundhw
image.hvm.devices.isa
image.hvm.devices.vcpus?
image.hvm.devices.acpi
image.hvm.devices.usb
image.hvm.devices.usbdevice
dev.backend
dev.dom
dev.id
pci.domain
pci.bus
pci.slot
pci.func
pciquirk.pci_ids
pciquirk.pci_config_space_fields
pciquirk.unconstrained_dev_ids
irq.irq
- vcpu (probably not needed, only in XM and generated dynamically)
vcpu.number
vcpu.online
vcpu.blocked
vcpu.running
vcpu.cpu_time
vcpu.cpu
vcpu.cpumap
tools/python/README.sxpcfg
-114
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@@ -1,114 +0,0 @@
Map of all supported SXP configuration options
----------------------------------------------
uuid
vcpus
maxmem
memory
name
on_poweroff
on_reboot
on_crash
bootloader
kernel_kernel
kernel_initrd
kernel_args
localtime
shadow_memory
security
ssidref (deprecated)
vcpu_avail
cpu_weight (deprecated)
bootloader_args
features
on_xend_stop
on_xend_start
start_time
cpu (deprecated)
cpus
(xc getinfo)
domid
online_vcpus
status
cpu_time
shutdown_reason
(xm list --long)
up_time
image
- kernel
- ramdisk
- args
- ip
- root
(configVNC)
- nographic
- vnc
- sdl
- vncdisplay
- vncunused
(HVM)
- device_model
- display
- xauthority
- vncconsole
- pae
- acpi
- apic
(parseDeviceModel)
- boot
- fda
- fdb
- soundhw
- localtime
- monitor
- serial
- stdvga
- isa
- vcpus
- acpi
- usb
- usbdevice
(all devices)
- backend
- dom
- id
- uuid
vbd
- uname
- dev (ioemu:, .. etc)
- mode (r, w. w!)
vif
- type
- mac
- bridge
- model
- rate
- vifname
- script
- ip
pci
- domain
- bus
- slot
- func
(Xen 2.0)
- dev
io
- from
- to
pciquirk
- pci_ids
- pci_config_space_fields
- unconstrained_dev_ids
irq
- irq
tools/python/scripts/README
-49
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@@ -1,49 +0,0 @@
Xen API Test
============
xapi.py is a simple command line tool to test the functionality of a
domain lifecycle supporting, Xen API talking version of Xend.
Creating a VM is slightly more work under the Xen API. The differences
with this and xm is:
1. None of the devices are created during vm-create. You must use
vbd-create and vif-create to attach a new device to the VM.
2. VM's that are created using vm-create will not start by
default. You must use vm-start to "start" the domain.
3. VM's that are created using vm-create will not be removed on
shutdown. You must remove it using vm-delete.
Example Configuration Files
---------------------------
xapi.py uses a simple python configuration file similar to xm in the
face of the lack of any other reasonable format.
All the fields are directly mapped to the arguments that are in the
Xen API constructore for the respective classes.
xapi.domcfg.py: example configuration for a paravirtualised domain.
xapi.vbdcfg.py: example configuration for a file based block device.
xapi.vifcfg.py: example configuration for a simple bridged network
device.
Example Session
---------------
xapi.py vm-list
xapi.py vm-create xapi.domcfg.py
xapi.py vbd-create <DomainName> xapi.vbdcfg.py
xapi.py vif-create <DomainName> xapi.vifcfg.py
Notes
-----
Currently lacking:
1. Any real authentication. XendAuthSessions need to be filled in with
a proper authentication implementation either using PAM or other
means.
tools/python/scripts/README.lifecycle
-136
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@@ -1,136 +0,0 @@
Xend Lifecycle/XenAPI Implementation Changes
============================================
Summary of what has changed in this branch of Xend:
Managed Domains
---------------
The concept of managed domains is that Xend now has the ability to
manage the lifecycle of a domain from when it is created to being
shutdown.
XendDomain
~~~~~~~~~~
In order to support managed domains, XendDomain has been modified to
keep the configuration in /var/lib/xend/domains/.
The configuration is stored in SXP format so that it can be easily
loaded by the current Xend. In the future, we may switch to an XML
format similar to how XenAPI defines a VM configuration.
TODO: There are still places where the device configuration or VM
configuration can be altered but the managed domain does not save it.
XendDomainInfo
~~~~~~~~~~~~~~
XendDomainInfo has changed to support this mode of operation,
especially with domain construction and assumptions about the domain
when it shuts down.
All configuration option parsing and validation has been moved from
XendDomainInfo to XendConfig. The purpose is so that we can abstract
away the knowledge of SXP in XendDomainInfo. The goal is to do away
with the bulky way of accessing SXP in Xend and moving that all to a
more pythonic interface.
The DevController stuff at the end of XendDomainInfo has also been
moved to XendDevices because now it is needed in both XendConfig and
XendDomainInfo.
Many of the constants are moved to XendConstants which reduces the
amount of recursive or scoped imports that occur in the code.
XendConfig
~~~~~~~~~~
XendConfig is the beginnings of an interface for configuration options
so that other parts of Xend do not need to know what format the
configuration in. It can accept configuration passed in as parsed SXP
format, python filename or a Xen API struct.
It is a subclass of a python dictionary, and hence access to its
functions are via the __getitem__ accessor.
TODO: Define a proper interface to the XendConfig which is based on
either the Xen API or some other flexible format.
XMLRPCServer
~~~~~~~~~~~~
Changes to the busy loop in here and SrvServer so that the daemon
shuts down cleanly. This also allows us to catch the shutdown and
perform maintanence tasks on the domains.
Replacing xendomains init.d script
==================================
Some work has gone into catching Xend's shutdown so that we can do the
same tasks that xendomains init.d script does but natively in Xend.
For instance, a new configuration option, 'on_xend_start' and
'on_xend_stop' will allow domains that are managed by Xend to start up
when Xend starts, and correspondingly stop when Xend stops.
Xen API
=======
The new Xen API gives a standard interface to creating, configuring,
controlling and destroying VMs and the virtual devices that belong to
it.
It also introduces the concept of Storage Repositories (SR) which are
factories for creating disk images.
XendDomain
~~~~~~~~~~
XendDomain has now separated the section for the Legacy XM XMLRPC API
and the new Xen API.
Since many things have a UUID, these are stored and represented as
close to the existing configuration.
XendDomainInfo
~~~~~~~~~~~~~~
XendDomainInfo now supports UUIDs being assigned to devices and the
domain itself. It will preserve the UUID for managed domains.
A number of new functions are now in XendDomainInfo to provide an
interface to devices.
XendNode
~~~~~~~~
Represents the Host class in the Xen API and also contains an
incomplete representation of the physical CPUs availabel for the host.
XendAuthSessions
~~~~~~~~~~~~~~~~
An abstract authenticator for the Xen API. Currently it is an empty
implementation with rudimentary support for users. The plan is the add
PAM based authentication.
XendAPI
~~~~~~~
The guts of the Xen API implementation. Implements all the supported
functionality of the Xen API by placing calls to the relevent objects
like XendDomain and XendDomanInfo.
The initialisation of the XendAPI object will actually install a
number of validation decorators in order to ensure the input is
correct. It is using some features of introspection and
metaprogramming in Python to reduce the amount of replication in the
code.
XMLRPCServer
~~~~~~~~~~~~
The XMLRPC Server will support both the new Xen API and the old XM
XMLRPC API. The support is clearly marked in the code.
tools/python/scripts/test_hvm_create.py
-178
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@@ -1,178 +0,0 @@
#!/usr/bin/python
vm_cfg = {
'name_label': 'API_HVM',
'user_version': 1,
'is_a_template': False,
'auto_power_on': False, # TODO
'memory_static_min': 64,
'memory_static_max': 128,
#'memory_dynamic_min': 64,
#'memory_dynamic_max': 128,
'VCPUs_policy': 'credit',
'VCPUs_params': {},
'VCPUs_number': 2,
'actions_after_shutdown': 'destroy',
'actions_after_reboot': 'restart',
'actions_after_crash': 'destroy',
'PV_bootloader': '',
'PV_bootloader_args': '',
'PV_kernel': '',
'PV_ramdisk': '',
'PV_args': '',
'HVM_boot': 'cda',
'platform_std_VGA': False,
'platform_serial': '',
'platform_localtime': False,
'platform_clock_offset': False,
'platform_enable_audio': False,
'PCI_bus': ''
}
local_vdi_cfg = {
'name_label': 'gentoo.hvm',
'name_description': '',
'virtual_size': 0,
'type': 'system',
'parent': '',
'SR_name': 'Local',
'sharable': False,
'read_only': False,
'other_config': {'location': 'file:/root/gentoo.amd64.hvm.img'},
}
local_vbd_cfg = {
'VDI': '',
'VM': '',
'device': 'hda',
'mode': 'RW',
'type': 'disk',
'driver': 'ioemu',
}
vif_cfg = {
'name': 'API_VIF',
'type': 'ioemu',
'device': '',
'network': '',
'MAC': '',
'MTU': 1500,
}
console_cfg = {
'protocol': 'rfb',
'other_config': {'vncunused': 1, 'vncpasswd': 'testing'},
}
import sys
import time
from xapi import connect, execute
def test_vm_create():
server, session = connect()
vm_uuid = None
local_vdi_uuid = None
local_vbd_uuid = None
vif_uuid = None
# List all VMs
vm_list = execute(server, 'VM.get_all', (session,))
vm_names = []
for vm_uuid in vm_list:
vm_record = execute(server, 'VM.get_record', (session, vm_uuid))
vm_names.append(vm_record['name_label'])
# Get default SR
local_sr_list = execute(server, 'SR.get_by_name_label',
(session, local_vdi_cfg['SR_name']))
local_sr_uuid = local_sr_list[0]
# Get default network
net_list = execute(server, 'network.get_all', (session,))
net_uuid = net_list[0]
try:
# Create a new VM
print 'Create VM'
vm_uuid = execute(server, 'VM.create', (session, vm_cfg))
print 'Create VDI'
# Create a new VDI (Local)
local_vdi_cfg['SR'] = local_sr_uuid
local_vdi_uuid = execute(server, 'VDI.create',
(session, local_vdi_cfg))
print 'Create VBD'
# Create a new VBD (Local)
local_vbd_cfg['VM'] = vm_uuid
local_vbd_cfg['VDI'] = local_vdi_uuid
local_vbd_uuid = execute(server, 'VBD.create',
(session, local_vbd_cfg))
print 'Craete VIF'
# Create a new VIF
vif_cfg['network'] = net_uuid
vif_cfg['VM'] = vm_uuid
vif_uuid = execute(server, 'VIF.create', (session, vif_cfg))
# Create a console
console_cfg['VM'] = vm_uuid
console_uuid = execute(server, 'console.create',
(session, console_cfg))
print console_uuid
# Start the VM
execute(server, 'VM.start', (session, vm_uuid, False))
time.sleep(30)
test_suspend = False
if test_suspend:
print 'Suspending VM..'
execute(server, 'VM.suspend', (session, vm_uuid))
print 'Suspended VM.'
time.sleep(5)
print 'Resuming VM ...'
execute(server, 'VM.resume', (session, vm_uuid, False))
print 'Resumed VM.'
# Wait for user to say we're good to shut it down
while True:
destroy = raw_input('destroy VM? ')
if destroy[0] in ('y', 'Y'):
break
finally:
# Clean up
if vif_uuid:
execute(server, 'VIF.destroy', (session, vif_uuid))
if local_vbd_uuid:
execute(server, 'VBD.destroy', (session, local_vbd_uuid))
if local_vdi_uuid:
execute(server, 'VDI.destroy', (session, local_vdi_uuid))
if vm_uuid:
try:
execute(server, 'VM.hard_shutdown', (session, vm_uuid))
time.sleep(2)
except:
pass
try:
execute(server, 'VM.destroy', (session, vm_uuid))
except:
pass
if __name__ == "__main__":
test_vm_create()
tools/python/scripts/test_vm_create.py
-211
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@@ -1,211 +0,0 @@
#!/usr/bin/python
vm_cfg = {
'name_label': 'APIVM',
'user_version': 1,
'is_a_template': False,
'auto_power_on': False, # TODO
'memory_static_min': 64,
'memory_static_max': 128,
#'memory_dynamic_min': 64,
#'memory_dynamic_max': 128,
'VCPUs_policy': 'credit',
'VCPUs_params': '',
'VCPUs_number': 2,
'actions_after_shutdown': 'destroy',
'actions_after_reboot': 'restart',
'actions_after_crash': 'destroy',
'PV_bootloader': '',
'PV_bootloader_args': '',
'PV_kernel': '/boot/vmlinuz-2.6.18-xenU',
'PV_ramdisk': '',
'PV_args': 'root=/dev/sda1 ro',
#'HVM_boot': '',
'platform_std_VGA': False,
'platform_serial': '',
'platform_localtime': False,
'platform_clock_offset': False,
'platform_enable_audio': False,
'PCI_bus': ''
}
vdi_cfg = {
'name_label': 'API_VDI',
'name_description': '',
'virtual_size': 100 * 1024 * 1024 * 1024,
'type': 'system',
'parent': '',
'SR_name': 'QCoW',
'sharable': False,
'read_only': False,
}
vbd_cfg = {
'VDI': '',
'VM': '',
'device': 'sda2',
'mode': 'RW',
'type': 'disk',
'driver': 'paravirtualised',
}
local_vdi_cfg = {
'name_label': 'gentoo.amd64.img',
'name_description': '',
'virtual_size': 0,
'type': 'system',
'parent': '',
'SR_name': 'Local',
'sharable': False,
'read_only': False,
'other_config': {'location': 'file:/root/gentoo.amd64.img'},
}
local_vbd_cfg = {
'VDI': '',
'VM': '',
'device': 'sda1',
'mode': 'RW',
'type': 'disk',
'driver': 'paravirtualised',
}
vif_cfg = {
'name': 'API_VIF',
'type': 'paravirtualised',
'device': '',
'network': '',
'MAC': '',
'MTU': 1500,
}
console_cfg = {
'protocol': 'rfb',
'other_config': {'vncunused': 1, 'vncpasswd': 'testing'},
}
import sys
import time
from xapi import connect, execute
def test_vm_create():
server, session = connect()
vm_uuid = None
vdi_uuid = None
local_vdi_uuid = None
local_vbd_uuid = None
vbd_uuid = None
vif_uuid = None
# List all VMs
vm_list = execute(server, 'VM.get_all', (session,))
vm_names = []
for vm_uuid in vm_list:
vm_record = execute(server, 'VM.get_record', (session, vm_uuid))
vm_names.append(vm_record['name_label'])
# Get default SR
sr_list = execute(server, 'SR.get_by_name_label', (session,
vdi_cfg['SR_name']))
sr_uuid = sr_list[0]
local_sr_list = execute(server, 'SR.get_by_name_label',
(session, local_vdi_cfg['SR_name']))
local_sr_uuid = local_sr_list[0]
# Get default network
net_list = execute(server, 'network.get_all', (session,))
net_uuid = net_list[0]
try:
# Create a new VM
vm_uuid = execute(server, 'VM.create', (session, vm_cfg))
# Create a new VDI
vdi_cfg['SR'] = sr_uuid
vdi_uuid = execute(server, 'VDI.create', (session, vdi_cfg))
# Create a VDI backed VBD
vbd_cfg['VM'] = vm_uuid
vbd_cfg['VDI'] = vdi_uuid
vbd_uuid = execute(server, 'VBD.create', (session, vbd_cfg))
# Create a new VDI (Local)
local_vdi_cfg['SR'] = local_sr_uuid
local_vdi_uuid = execute(server, 'VDI.create',
(session, local_vdi_cfg))
# Create a new VBD (Local)
local_vbd_cfg['VM'] = vm_uuid
local_vbd_cfg['VDI'] = local_vdi_uuid
local_vbd_uuid = execute(server, 'VBD.create',
(session, local_vbd_cfg))
# Create a new VIF
vif_cfg['network'] = net_uuid
vif_cfg['VM'] = vm_uuid
vif_uuid = execute(server, 'VIF.create', (session, vif_cfg))
# Create a console
console_cfg['VM'] = vm_uuid
console_uuid = execute(server, 'console.create',
(session, console_cfg))
print console_uuid
# Start the VM
execute(server, 'VM.start', (session, vm_uuid, False))
time.sleep(30)
test_suspend = False
if test_suspend:
print 'Suspending VM..'
execute(server, 'VM.suspend', (session, vm_uuid))
print 'Suspended VM.'
time.sleep(5)
print 'Resuming VM ...'
execute(server, 'VM.resume', (session, vm_uuid, False))
print 'Resumed VM.'
finally:
# Wait for user to say we're good to shut it down
while True:
destroy = raw_input('destroy VM? ')
if destroy[0] in ('y', 'Y'):
break
# Clean up
if vif_uuid:
execute(server, 'VIF.destroy', (session, vif_uuid))
if local_vbd_uuid:
execute(server, 'VBD.destroy', (session, local_vbd_uuid))
if local_vdi_uuid:
execute(server, 'VDI.destroy', (session, local_vdi_uuid))
if vbd_uuid:
execute(server, 'VBD.destroy', (session, vbd_uuid))
if vdi_uuid:
execute(server, 'VDI.destroy', (session, vdi_uuid))
if vm_uuid:
try:
execute(server, 'VM.hard_shutdown', (session, vm_uuid))
time.sleep(2)
except:
pass
execute(server, 'VM.destroy', (session, vm_uuid))
if __name__ == "__main__":
test_vm_create()
tools/python/scripts/xapi.domcfg.py
-37
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@@ -1,37 +0,0 @@
#
# VM Configuration for Xen API
#
name_label = 'GentooAPI'
name_description = 'Gentoo VM via API'
user_version = 1
is_a_template = False
memory_static_max = 32
memory_dynamic_max = 32
memory_dynamic_min = 32
memory_static_min = 32
VCPUs_policy = ''
VCPUs_params = ''
VCPUS_features_required = ''
VCPUs_features_can_use = ''
VCPUs_features_force_on = ''
VCPUs_features_force_off = ''
actions_after_shutdown = 'destroy'
actions_after_reboot = 'restart'
actions_after_suspend = 'destroy'
actions_after_crash = 'restart'
bios_boot = ''
platform_std_VGA = False
platform_serial = ''
platform_localtime = False
platform_clock_offset = False
platform_enable_audio = False
builder = 'linux'
boot_method = '' # this will remove the kernel/initrd ??
kernel_kernel = '/boot/vmlinuz-2.6.16.29-xen'
kernel_initrd = '/root/initrd-2.6.16.29-xen.img'
kernel_args = 'root=/dev/sda1 ro'
grub_cmdline = ''
PCI_bus = ''
other_config = ''
tools/python/scripts/xapi.py
-854
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@@ -1,854 +0,0 @@
#!/usr/bin/python
#============================================================================
# This library is free software; you can redistribute it and/or
# modify it under the terms of version 2.1 of the GNU Lesser General Public
# License as published by the Free Software Foundation.
#
# This library 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
# Lesser General Public License for more details.
#
# You should have received a copy of the GNU Lesser General Public
# License along with this library; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#============================================================================
# Copyright (C) 2006 XenSource Ltd.
#============================================================================
import sys
import time
import re
import os
from xen.util.xmlrpclib2 import ServerProxy
from optparse import *
from pprint import pprint
from types import DictType
from getpass import getpass
# Get default values from the environment
SERVER_URI = os.environ.get('XAPI_SERVER_URI', 'http://localhost:9363/')
SERVER_USER = os.environ.get('XAPI_SERVER_USER', '')
SERVER_PASS = os.environ.get('XAPI_SERVER_PASS', '')
MB = 1024 * 1024
HOST_INFO_FORMAT = '%-20s: %-50s'
VM_LIST_FORMAT = '%(name_label)-18s %(memory_actual)-5s %(VCPUs_number)-5s'\
' %(power_state)-10s %(uuid)-36s'
SR_LIST_FORMAT = '%(name_label)-18s %(uuid)-36s %(physical_size)-10s' \
'%(type)-10s'
VDI_LIST_FORMAT = '%(name_label)-18s %(uuid)-36s %(virtual_size)-8s'
VBD_LIST_FORMAT = '%(device)-6s %(uuid)-36s %(VDI)-8s'
TASK_LIST_FORMAT = '%(name_label)-18s %(uuid)-36s %(status)-8s %(progress)-4s'
VIF_LIST_FORMAT = '%(name)-8s %(device)-7s %(uuid)-36s %(MAC)-10s'
CONSOLE_LIST_FORMAT = '%(uuid)-36s %(protocol)-8s %(location)-32s'
COMMANDS = {
'host-info': ('', 'Get Xen Host Info'),
'host-set-name': ('', 'Set host name'),
'pif-list': ('', 'List all PIFs'),
'sr-list': ('', 'List all SRs'),
'vbd-list': ('', 'List all VBDs'),
'vbd-create': ('<domname> <pycfg> [opts]',
'Create VBD attached to domname'),
'vdi-create': ('<pycfg> [opts]', 'Create a VDI'),
'vdi-list' : ('', 'List all VDI'),
'vdi-rename': ('<vdi_uuid> <new_name>', 'Rename VDI'),
'vdi-destroy': ('<vdi_uuid>', 'Delete VDI'),
'vif-create': ('<domname> <pycfg>', 'Create VIF attached to domname'),
'vm-create': ('<pycfg>', 'Create VM with python config'),
'vm-destroy': ('<domname>', 'Delete VM'),
'vm-list': ('[--long]', 'List all domains.'),
'vm-name': ('<uuid>', 'Name of UUID.'),
'vm-shutdown': ('<name> [opts]', 'Shutdown VM with name'),
'vm-start': ('<name>', 'Start VM with name'),
'vm-uuid': ('<name>', 'UUID of a domain by name.'),
'async-vm-start': ('<name>', 'Start VM asynchronously'),
}
OPTIONS = {
'sr-list': [(('-l', '--long'),
{'action':'store_true',
'help':'List all properties of SR'})
],
'vdi-list': [(('-l', '--long'),
{'action':'store_true',
'help':'List all properties of VDI'})
],
'vif-list': [(('-l', '--long'),
{'action':'store_true',
'help':'List all properties of VIF'})
],
'vm-list': [(('-l', '--long'),
{'action':'store_true',
'help':'List all properties of VMs'})
],
'vm-shutdown': [(('-f', '--force'), {'help': 'Shutdown Forcefully',
'action': 'store_true'})],
'vdi-create': [(('--name-label',), {'help': 'Name for VDI'}),
(('--name-description',), {'help': 'Description for VDI'}),
(('--virtual-size',), {'type': 'int',
'default': 0,
'help': 'Size of VDI in bytes'}),
(('--type',), {'choices': ['system', 'user', 'ephemeral'],
'default': 'system',
'help': 'VDI type'}),
(('--sharable',), {'action': 'store_true',
'help': 'VDI sharable'}),
(('--read-only',), {'action': 'store_true',
'help': 'Read only'}),
(('--sr',), {})],
'vbd-create': [(('--VDI',), {'help': 'UUID of VDI to attach to.'}),
(('--mode',), {'choices': ['RO', 'RW'],
'help': 'device mount mode'}),
(('--driver',), {'choices':['paravirtualised', 'ioemu'],
'help': 'Driver for VBD'}),
(('--device',), {'help': 'Device name on guest domain'})]
}
class OptionError(Exception):
pass
class XenAPIError(Exception):
pass
#
# Extra utility functions
#
class IterableValues(Values):
"""Better interface to the list of values from optparse."""
def __iter__(self):
for opt, val in self.__dict__.items():
if opt[0] == '_' or callable(val):
continue
yield opt, val
def parse_args(cmd_name, args, set_defaults = False):
argstring, desc = COMMANDS[cmd_name]
parser = OptionParser(usage = 'xapi %s %s' % (cmd_name, argstring),
description = desc)
if cmd_name in OPTIONS:
for optargs, optkwds in OPTIONS[cmd_name]:
parser.add_option(*optargs, **optkwds)
if set_defaults:
default_values = parser.get_default_values()
defaults = IterableValues(default_values.__dict__)
else:
defaults = IterableValues()
(opts, extraargs) = parser.parse_args(args = list(args),
values = defaults)
return opts, extraargs
def execute(server, fn, args, async = False):
if async:
func = eval('server.Async.%s' % fn)
else:
func = eval('server.%s' % fn)
result = func(*args)
if type(result) != DictType:
raise TypeError("Function returned object of type: %s" %
str(type(result)))
if 'Value' not in result:
raise XenAPIError(*result['ErrorDescription'])
return result['Value']
_initialised = False
_server = None
_session = None
def connect(*args):
global _server, _session, _initialised
if not _initialised:
# try without password or default credentials
try:
_server = ServerProxy(SERVER_URI)
_session = execute(_server.session, 'login_with_password',
(SERVER_USER, SERVER_PASS))
except:
login = raw_input("Login: ")
password = getpass()
creds = (login, password)
_server = ServerProxy(SERVER_URI)
_session = execute(_server.session, 'login_with_password',
creds)
_initialised = True
return (_server, _session)
def _stringify(adict):
return dict([(k, str(v)) for k, v in adict.items()])
def _read_python_cfg(filename):
cfg = {}
execfile(filename, {}, cfg)
return cfg
def resolve_vm(server, session, vm_name):
vm_uuid = execute(server, 'VM.get_by_name_label', (session, vm_name))
if not vm_uuid:
return None
else:
return vm_uuid[0]
def resolve_vdi(server, session, vdi_name):
vdi_uuid = execute(server, 'VDI.get_by_name_label', (session, vdi_name))
if not vdi_uuid:
return None
else:
return vdi_uuid[0]
#
# Actual commands
#
def xapi_host_info(args, async = False):
server, session = connect()
hosts = execute(server, 'host.get_all', (session,))
for host in hosts: # there is only one, but ..
hostinfo = execute(server, 'host.get_record', (session, host))
print HOST_INFO_FORMAT % ('Name', hostinfo['name_label'])
print HOST_INFO_FORMAT % ('Version', hostinfo['software_version'])
print HOST_INFO_FORMAT % ('CPUs', len(hostinfo['host_CPUs']))
print HOST_INFO_FORMAT % ('VMs', len(hostinfo['resident_VMs']))
print HOST_INFO_FORMAT % ('UUID', host)
for host_cpu_uuid in hostinfo['host_CPUs']:
host_cpu = execute(server, 'host_cpu.get_record',
(session, host_cpu_uuid))
print 'CPU %s Util: %.2f' % (host_cpu['number'],
float(host_cpu['utilisation']))
def xapi_host_set_name(args, async = False):
if len(args) < 1:
raise OptionError("No hostname specified")
server, session = connect()
hosts = execute(server, 'host.get_all', (session,))
if len(hosts) > 0:
execute(server, 'host.set_name_label', (session, hosts[0], args[0]))
print 'Hostname: %s' % execute(server, 'host.get_name_label',
(session, hosts[0]))
def xapi_vm_uuid(args, async = False):
if len(args) < 1:
raise OptionError("No domain name specified")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print vm_uuid
def xapi_vm_name(args, async = False):
if len(args) < 1:
raise OptionError("No UUID specified")
server, session = connect()
vm_name = execute(server, 'VM.get_name_label', (session, args[0]))
print vm_name
def xapi_vm_list(args, async = False):
opts, args = parse_args('vm-list', args, set_defaults = True)
is_long = opts and opts.long
list_only = args
server, session = connect()
vm_uuids = execute(server, 'VM.get_all', (session,))
if not is_long:
print VM_LIST_FORMAT % {'name_label':'Name',
'memory_actual':'Mem',
'VCPUs_number': 'VCPUs',
'power_state': 'State',
'uuid': 'UUID'}
for uuid in vm_uuids:
vm_info = execute(server, 'VM.get_record', (session, uuid))
# skip domain if we don't want
if list_only and vm_info['name_label'] not in list_only:
continue
if is_long:
vbds = vm_info['VBDs']
vifs = vm_info['VIFs']
vif_infos = []
vbd_infos = []
for vbd in vbds:
vbd_info = execute(server, 'VBD.get_record', (session, vbd))
vbd_infos.append(vbd_info)
for vif in vifs:
vif_info = execute(server, 'VIF.get_record', (session, vif))
vif_infos.append(vif_info)
vm_info['VBDs'] = vbd_infos
vm_info['VIFs'] = vif_infos
pprint(vm_info)
else:
print VM_LIST_FORMAT % _stringify(vm_info)
def xapi_vm_create(args, async = False):
if len(args) < 1:
raise OptionError("Configuration file not specified")
filename = args[0]
cfg = _read_python_cfg(filename)
print 'Creating VM from %s ..' % filename
server, session = connect()
uuid = execute(server, 'VM.create', (session, cfg), async = async)
print 'Done. (%s)' % uuid
print uuid
def xapi_vm_destroy(args, async = False):
if len(args) < 1:
raise OptionError("No domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print 'Destroying VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.destroy', (session, vm_uuid), async = async)
print 'Done.'
def xapi_vm_start(args, async = False):
if len(args) < 1:
raise OptionError("No Domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print 'Starting VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.start', (session, vm_uuid, False), async = async)
if async:
print 'Task started: %s' % success
else:
print 'Done.'
def xapi_vm_suspend(args, async = False):
if len(args) < 1:
raise OptionError("No Domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print 'Suspending VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.suspend', (session, vm_uuid), async = async)
if async:
print 'Task started: %s' % success
else:
print 'Done.'
def xapi_vm_resume(args, async = False):
if len(args) < 1:
raise OptionError("No Domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print 'Resuming VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.resume', (session, vm_uuid, False), async = async)
if async:
print 'Task started: %s' % success
else:
print 'Done.'
def xapi_vm_pause(args, async = False):
if len(args) < 1:
raise OptionError("No Domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print 'Pausing VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.pause', (session, vm_uuid), async = async)
if async:
print 'Task started: %s' % success
else:
print 'Done.'
def xapi_vm_unpause(args, async = False):
if len(args) < 1:
raise OptionError("No Domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
print 'Pausing VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.unpause', (session, vm_uuid), async = async)
if async:
print 'Task started: %s' % success
else:
print 'Done.'
def xapi_task_list(args, async = False):
server, session = connect()
all_tasks = execute(server, 'task.get_all', (session,))
print TASK_LIST_FORMAT % {'name_label': 'Task Name',
'uuid': 'UUID',
'status': 'Status',
'progress': '%'}
for task_uuid in all_tasks:
task = execute(server, 'task.get_record', (session, task_uuid))
print TASK_LIST_FORMAT % task
def xapi_task_clear(args, async = False):
server, session = connect()
all_tasks = execute(server, 'task.get_all', (session,))
for task_uuid in all_tasks:
success = execute(server, 'task.destroy', (session, task_uuid))
print 'Destroyed Task %s' % task_uuid
def xapi_vm_shutdown(args, async = False):
opts, args = parse_args("vm-shutdown", args, set_defaults = True)
if len(args) < 1:
raise OptionError("No Domain name specified.")
server, session = connect()
vm_uuid = resolve_vm(server, session, args[0])
if opts.force:
print 'Forcefully shutting down VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.hard_shutdown', (session, vm_uuid), async = async)
else:
print 'Shutting down VM %s (%s)' % (args[0], vm_uuid)
success = execute(server, 'VM.clean_shutdown', (session, vm_uuid), async = async)
if async:
print 'Task started: %s' % success
else:
print 'Done.'
def xapi_vbd_create(args, async = False):
opts, args = parse_args('vbd-create', args)
if len(args) < 2:
raise OptionError("Configuration file and domain not specified")
domname = args[0]
if len(args) > 1:
filename = args[1]
cfg = _read_python_cfg(filename)
else:
cfg = {}
for opt, val in opts:
cfg[opt] = val
print 'Creating VBD ...',
server, session = connect()
vm_uuid = resolve_vm(server, session, domname)
cfg['VM'] = vm_uuid
vbd_uuid = execute(server, 'VBD.create', (session, cfg), async = async)
if async:
print 'Task started: %s' % vbd_uuid
else:
print 'Done. (%s)' % vbd_uuid
def xapi_vif_create(args, async = False):
if len(args) < 2:
raise OptionError("Configuration file not specified")
domname = args[0]
filename = args[1]
cfg = _read_python_cfg(filename)
print 'Creating VIF from %s ..' % filename
server, session = connect()
vm_uuid = resolve_vm(server, session, domname)
cfg['VM'] = vm_uuid
vif_uuid = execute(server, 'VIF.create', (session, cfg), async = async)
if async:
print 'Task started: %s' % vif_uuid
else:
print 'Done. (%s)' % vif_uuid
def xapi_vbd_list(args, async = False):
server, session = connect()
domname = args[0]
dom_uuid = resolve_vm(server, session, domname)
vbds = execute(server, 'VM.get_VBDs', (session, dom_uuid))
print VBD_LIST_FORMAT % {'device': 'Device',
'uuid' : 'UUID',
'VDI': 'VDI'}
for vbd in vbds:
vbd_struct = execute(server, 'VBD.get_record', (session, vbd))
print VBD_LIST_FORMAT % vbd_struct
def xapi_vbd_stats(args, async = False):
server, session = connect()
domname = args[0]
dom_uuid = resolve_vm(server, session, domname)
vbds = execute(server, 'VM.get_VBDs', (session, dom_uuid))
for vbd_uuid in vbds:
print execute(server, 'VBD.get_io_read_kbs', (session, vbd_uuid))
def xapi_vif_list(args, async = False):
server, session = connect()
opts, args = parse_args('vdi-list', args, set_defaults = True)
is_long = opts and opts.long
domname = args[0]
dom_uuid = resolve_vm(server, session, domname)
vifs = execute(server, 'VM.get_VIFs', (session, dom_uuid))
if not is_long:
print VIF_LIST_FORMAT % {'name': 'Name',
'device': 'Device',
'uuid' : 'UUID',
'MAC': 'MAC'}
for vif in vifs:
vif_struct = execute(server, 'VIF.get_record', (session, vif))
print VIF_LIST_FORMAT % vif_struct
else:
for vif in vifs:
vif_struct = execute(server, 'VIF.get_record', (session, vif))
pprint(vif_struct)
def xapi_console_list(args, async = False):
server, session = connect()
opts, args = parse_args('vdi-list', args, set_defaults = True)
is_long = opts and opts.long
domname = args[0]
dom_uuid = resolve_vm(server, session, domname)
consoles = execute(server, 'VM.get_consoles', (session, dom_uuid))
if not is_long:
print CONSOLE_LIST_FORMAT % {'protocol': 'Protocol',
'location': 'Location',
'uuid': 'UUID'}
for console in consoles:
console_struct = execute(server, 'console.get_record',
(session, console))
print CONSOLE_LIST_FORMAT % console_struct
else:
for console in consoles:
console_struct = execute(server, 'console.get_record',
(session, console))
pprint(console_struct)
def xapi_vdi_list(args, async = False):
opts, args = parse_args('vdi-list', args, set_defaults = True)
is_long = opts and opts.long
server, session = connect()
vdis = execute(server, 'VDI.get_all', (session,))
if not is_long:
print VDI_LIST_FORMAT % {'name_label': 'VDI Label',
'uuid' : 'UUID',
'virtual_size': 'Bytes'}
for vdi in vdis:
vdi_struct = execute(server, 'VDI.get_record', (session, vdi))
print VDI_LIST_FORMAT % vdi_struct
else:
for vdi in vdis:
vdi_struct = execute(server, 'VDI.get_record', (session, vdi))
pprint(vdi_struct)
def xapi_sr_list(args, async = False):
opts, args = parse_args('sr-list', args, set_defaults = True)
is_long = opts and opts.long
server, session = connect()
srs = execute(server, 'SR.get_all', (session,))
if not is_long:
print SR_LIST_FORMAT % {'name_label': 'SR Label',
'uuid' : 'UUID',
'physical_size': 'Size (MB)',
'type': 'Type'}
for sr in srs:
sr_struct = execute(server, 'SR.get_record', (session, sr))
sr_struct['physical_size'] = int(sr_struct['physical_size'])/MB
print SR_LIST_FORMAT % sr_struct
else:
for sr in srs:
sr_struct = execute(server, 'SR.get_record', (session, sr))
pprint(sr_struct)
def xapi_sr_rename(args, async = False):
server, session = connect()
sr = execute(server, 'SR.get_by_name_label', (session, args[0]))
execute(server, 'SR.set_name_label', (session, sr[0], args[1]))
def xapi_vdi_create(args, async = False):
opts, args = parse_args('vdi-create', args)
if len(args) > 0:
cfg = _read_python_cfg(args[0])
else:
cfg = {}
for opt, val in opts:
cfg[opt] = val
server, session = connect()
srs = []
if cfg.get('SR'):
srs = execute(server, 'SR.get_by_name_label', (session, cfg['SR']))
else:
srs = execute(server, 'SR.get_all', (session,))
sr = srs[0]
cfg['SR'] = sr
size = cfg['virtual_size']/MB
print 'Creating VDI of size: %dMB ..' % size,
uuid = execute(server, 'VDI.create', (session, cfg), async = async)
if async:
print 'Task started: %s' % uuid
else:
print 'Done. (%s)' % uuid
def xapi_vdi_destroy(args, async = False):
server, session = connect()
if len(args) < 1:
raise OptionError('Not enough arguments')
vdi_uuid = args[0]
print 'Deleting VDI %s' % vdi_uuid
result = execute(server, 'VDI.destroy', (session, vdi_uuid), async = async)
if async:
print 'Task started: %s' % result
else:
print 'Done.'
def xapi_vdi_rename(args, async = False):
server, session = connect()
if len(args) < 2:
raise OptionError('Not enough arguments')
vdi_uuid = execute(server, 'VDI.get_by_name_label', session, args[0])
vdi_name = args[1]
print 'Renaming VDI %s to %s' % (vdi_uuid[0], vdi_name)
result = execute(server, 'VDI.set_name_label',
(session, vdi_uuid[0], vdi_name), async = async)
if async:
print 'Task started: %s' % result
else:
print 'Done.'
def xapi_pif_list(args, async = False):
server, session = connect()
pif_uuids = execute(server, 'PIF.get_all', (session,))
for pif_uuid in pif_uuids:
pif = execute(server, 'PIF.get_record', (session, pif_uuid))
print pif
def xapi_debug_wait(args, async = False):
secs = 10
if len(args) > 0:
secs = int(args[0])
server, session = connect()
task_uuid = execute(server, 'debug.wait', (session, secs), async=async)
print 'Task UUID: %s' % task_uuid
def xapi_vm_stat(args, async = False):
domname = args[0]
server, session = connect()
vm_uuid = resolve_vm(server, session, domname)
vif_uuids = execute(server, 'VM.get_VIFs', (session, vm_uuid))
vbd_uuids = execute(server, 'VM.get_VBDs', (session, vm_uuid))
vcpus_utils = execute(server, 'VM.get_VCPUs_utilisation',
(session, vm_uuid))
for vcpu_num in sorted(vcpus_utils.keys()):
print 'CPU %s : %5.2f%%' % (vcpu_num, vcpus_utils[vcpu_num] * 100)
for vif_uuid in vif_uuids:
vif = execute(server, 'VIF.get_record', (session, vif_uuid))
print '%(device)s: rx: %(io_read_kbs)10.2f tx: %(io_write_kbs)10.2f' \
% vif
for vbd_uuid in vbd_uuids:
vbd = execute(server, 'VBD.get_record', (session, vbd_uuid))
print '%(device)s: rd: %(io_read_kbs)10.2f wr: %(io_write_kbs)10.2f' \
% vbd
#
# Command Line Utils
#
import cmd
import shlex
class XenAPICmd(cmd.Cmd):
def __init__(self, server, session):
cmd.Cmd.__init__(self)
self.server = server
self.session = session
self.prompt = ">>> "
def default(self, line):
words = shlex.split(line)
if len(words) > 0:
cmd_name = words[0].replace('-', '_')
is_async = 'async' in cmd_name
if is_async:
cmd_name = re.sub('async_', '', cmd_name)
func_name = 'xapi_%s' % cmd_name
func = globals().get(func_name)
if func:
try:
args = tuple(words[1:])
func(args, async = is_async)
return True
except SystemExit:
return False
except OptionError, e:
print 'Error:', str(e)
return False
except Exception, e:
import traceback
traceback.print_exc()
return False
print '*** Unknown command: %s' % words[0]
return False
def do_EOF(self, line):
print
sys.exit(0)
def do_help(self, line):
usage(print_usage = False)
def emptyline(self):
pass
def postcmd(self, stop, line):
return False
def precmd(self, line):
words = shlex.split(line)
if len(words) > 0:
words0 = words[0].replace('-', '_')
return ' '.join([words0] + words[1:])
else:
return line
def shell():
server, session = connect()
x = XenAPICmd(server, session)
x.cmdloop('Xen API Prompt. Type "help" for a list of functions')
def usage(command = None, print_usage = True):
if not command:
if print_usage:
print 'Usage: xapi <subcommand> [options] [args]'
print
print 'Subcommands:'
print
for func in sorted(globals().keys()):
if func.startswith('xapi_'):
command = func[5:].replace('_', '-')
args, description = COMMANDS.get(command, ('', ''))
print '%-16s %-40s' % (command, description)
print
else:
parse_args(command, ['-h'])
def main(args):
# poor man's optparse that doesn't abort on unrecognised opts
options = {}
remaining = []
arg_n = 0
while args:
arg = args.pop(0)
if arg in ('--help', '-h'):
options['help'] = True
elif arg in ('--server', '-s') and args:
options['server'] = args.pop(0)
elif arg in ('--user', '-u') and args:
options['user'] = args.pop(0)
elif arg in ('--password', '-p') and args:
options['password'] = args.pop(0)
else:
remaining.append(arg)
# abort here if these conditions are true
if options.get('help') and not remaining:
usage()
sys.exit(1)
if options.get('help') and remaining:
usage(remaining[0])
sys.exit(1)
if not remaining:
usage()
sys.exit(1)
if options.get('server'):
# it is ugly to use a global, but it is simple
global SERVER_URI
SERVER_URI = options['server']
if options.get('user'):
global SERVER_USER
SERVER_USER = options['user']
if options.get('password'):
global SERVER_PASS
SERVER_PASS = options['password']
subcmd = remaining[0].replace('-', '_')
is_async = 'async' in subcmd
if is_async:
subcmd = re.sub('async_', '', subcmd)
subcmd_func_name = 'xapi_' + subcmd
subcmd_func = globals().get(subcmd_func_name, None)
if subcmd == 'shell':
shell()
elif not subcmd_func or not callable(subcmd_func):
print 'Error: Unable to find subcommand \'%s\'' % subcmd
usage()
sys.exit(1)
try:
subcmd_func(remaining[1:], async = is_async)
except XenAPIError, e:
print 'Error: %s' % str(e.args[0])
sys.exit(2)
except OptionError, e:
print 'Error: %s' % e
sys.exit(0)
if __name__ == "__main__":
import sys
main(sys.argv[1:])
tools/python/scripts/xapi.vbdcfg.py
-12
View File
@@ -1,12 +0,0 @@
#
# Virtual Block Device (VBD) Xen API Configuration
#
# Note: There is a non-API field here called "image" which is a backwards
# compat addition so you can mount to old images.
#
VDI = ''
device = 'sda1'
mode = 'RW'
driver = 'paravirtualised'
image = 'file:/root/gentoo.amd64.img'
tools/python/scripts/xapi.vdicfg.py
-6
View File
@@ -1,6 +0,0 @@
name_label = 'VDI 1'
name_description = ''
virtual_size = 10 * 1024 * 1024 * 1024
type = 'system'
sharable = False
read_only = False
tools/python/scripts/xapi.vifcfg.py
-10
View File
@@ -1,10 +0,0 @@
#
# Virtual Network Interface Configuration for the Xen API
#
name = ''
type = 'paravirtualised'
#device = 'eth0' # this is the dom0 device, not domU!
network = '' # ignored
MAC = ''
MTU = '1500'
tools/python/scripts/xapi.vtpmcfg.py
-3
View File
@@ -1,3 +0,0 @@
type = 'paravirtualised'
backend = 'Domain-0'
instance = 1
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