def _create_vm(ova_file, machine_name, template, username, vm_kind, logger):
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
ova = Ova(ova_file)
try:
net_map = _get_network_mapping(vcenter, ova, vm_kind, username)
the_vm = virtual_machine.deploy_from_ova(vcenter=vcenter,
ova=ova,
network_map=net_map,
username=username,
machine_name=machine_name,
logger=logger)
finally:
ova.close()
meta_data = {'component' : template,
'created' : time.time(),
'deployment': True,
'version' : 'n/a',
'configured' : True,
'generation' : 1}
virtual_machine.set_meta(the_vm, meta_data)
if vm_kind.lower() == 'onefs':
info = virtual_machine.get_info(vcenter, the_vm, username, ensure_ip=False)
else:
info = virtual_machine.get_info(vcenter, the_vm, username, ensure_ip=True)
return {the_vm.name: info}
def test_set_meta_raises(self):
"""``virtual_machine`` set_meta raises ValueError if supplied with a bad object"""
fake_task = MagicMock()
fake_task.info.error = None
fake_vm = MagicMock()
fake_vm.ReconfigVM_Task.return_value = fake_task
new_meta = {}
with self.assertRaises(ValueError):
virtual_machine.set_meta(fake_vm, new_meta)
def create_windows(username, machine_name, image, network, logger):
"""Deploy a new instance of Windows
:Returns: Dictionary
:param username: The name of the user who wants to create a new Windows
:type username: String
:param machine_name: The name of the new instance of Windows
:type machine_name: String
:param image: The image/version of Windows to create
:type image: String
:param network: The name of the network to connect the new Windows instance up to
:type network: String
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER,
user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image_name)
try:
ova = Ova(os.path.join(const.VLAB_WINDOWS_IMAGES_DIR, image_name))
except FileNotFoundError:
error = "Invalid verison of Windows supplied: {}".format(image)
raise ValueError(error)
try:
network_map = vim.OvfManager.NetworkMapping()
network_map.name = ova.networks[0]
try:
network_map.network = vcenter.networks[network]
except KeyError:
raise ValueError('No such network named {}'.format(network))
the_vm = virtual_machine.deploy_from_ova(vcenter, ova,
[network_map], username,
machine_name, logger)
finally:
ova.close()
meta_data = {
'component': "Windows",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1,
}
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter,
the_vm,
username,
ensure_ip=True)
return {the_vm.name: info}
def create_esxi(username, machine_name, image, network, logger):
"""Deploy a new instance of ESXi
:Returns: Dictionary
:param username: The name of the user who wants to create a new ESXi
:type username: String
:param machine_name: The name of the new instance of ESXi
:type machine_name: String
:param image: The image/version of ESXi to create
:type image: String
:param network: The name of the network to connect the new ESXi instance up to
:type network: String
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image_name)
ova = Ova(os.path.join(const.VLAB_ESXI_IMAGES_DIR, image_name))
try:
network_map = vim.OvfManager.NetworkMapping()
network_map.name = ova.networks[0]
try:
network_map.network = vcenter.networks[network]
except KeyError:
raise ValueError('No such network named {}'.format(network))
the_vm = virtual_machine.deploy_from_ova(vcenter=vcenter,
ova=ova,
network_map=[network_map],
username=username,
machine_name=machine_name,
logger=logger,
power_on=False)
finally:
ova.close()
config_vm(the_vm)
virtual_machine.power(the_vm, state='on')
meta_data = {'component' : "ESXi",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1,
}
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter, the_vm, username, ensure_ip=True)
return {the_vm.name: info}
def create_router(username, machine_name, image, requested_networks, logger):
"""Deploy a new instance of Router
:Returns: Dictionary
:param username: The name of the user who wants to create a new Router
:type username: String
:param machine_name: The name of the new instance of Router
:type machine_name: String
:param image: The image/version of Router to create
:type image: String
:param requested_networks: The name of the networks to connect the new Router instance up to
:type requested_networks: List
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER,
user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image_name)
try:
ova = Ova(os.path.join(const.VLAB_ROUTER_IMAGES_DIR, image_name))
except FileNotFoundError:
error = "Invalid version of Router supplied: {}".format(image)
raise ValueError(error)
try:
networks = map_networks(ova.networks, requested_networks,
vcenter.networks)
the_vm = virtual_machine.deploy_from_ova(vcenter, ova, networks,
username, machine_name,
logger)
finally:
ova.close()
meta_data = {
'component': "Router",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1,
}
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter, the_vm, username)
return {the_vm.name: info}
def create_kemp(username, machine_name, image, network, logger):
"""Deploy a new instance of Kemp
:Returns: Dictionary
:param username: The name of the user who wants to create a new Kemp
:type username: String
:param machine_name: The name of the new instance of Kemp
:type machine_name: String
:param image: The image/version of Kemp to create
:type image: String
:param network: The name of the network to connect the new Kemp instance up to
:type network: String
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER,
user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image_name)
ova = Ova(os.path.join(const.VLAB_KEMP_IMAGES_DIR, image_name))
network_map = _get_nic_network_map(network, vcenter.networks,
ova.networks)
try:
the_vm = virtual_machine.deploy_from_ova(vcenter, ova, network_map,
username, machine_name,
logger)
finally:
ova.close()
meta_data = {
'component': "Kemp",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1
}
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter,
the_vm,
username,
ensure_ip=True)
return {the_vm.name: info}
def test_set_meta(self):
"""``virtual_machine`` set_meta stores a JSON object as a VM annotation"""
fake_task = MagicMock()
fake_task.info.error = None
fake_vm = MagicMock()
fake_vm.ReconfigVM_Task.return_value = fake_task
new_meta = {
'component': 'Windows',
'version': "10",
'generation': 1,
'configured': False,
'created': 1234,
}
virtual_machine.set_meta(fake_vm, new_meta)
meta_obj = json.loads(
fake_vm.ReconfigVM_Task.call_args[0][0].annotation)
self.assertEqual(new_meta, meta_obj)
def update_meta(username, vm_name, new_meta):
"""Connect to vSphere and update the VM meta data
:Returns: None
:param username: The user who owns the OneFS node
:type username: String
:param vm_name: The name of the VM to update the meta data on
:type vm_name: String
:param new_meta: The new meta data to overwrite the old meta data with
:type new_meta: Dictionary
"""
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER, \
password=const.INF_VCENTER_PASSWORD) as vcenter:
folder = vcenter.get_by_name(name=username, vimtype=vim.Folder)
for vm in folder.childEntity:
if vm.name == vm_name:
virtual_machine.set_meta(vm, new_meta)
def create_centos(username, machine_name, image, network, desktop, ram, cpu_count, logger):
"""Deploy a new instance of CentOS
:Returns: Dictionary
:param username: The name of the user who wants to create a new CentOS
:type username: String
:param machine_name: The name of the new instance of CentOS
:type machine_name: String
:param image: The image/version of CentOS to create
:type image: String
:param network: The name of the network to connect the new CentOS instance up to
:type network: String
:param network: The name of the network to connect the new CentOS instance up to
:type network: String
:param desktop: Deploy the VM with a GUI
:type desktop: Boolean
:param ram: The number of GB of RAM to allocate for the VM
:type ram: Integer
:param cpu_count: The number of CPU cores to allocate for the VM
:type cpu_count: Integer
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image, desktop=desktop)
logger.info(image_name)
try:
ova = Ova(os.path.join(const.VLAB_CENTOS_IMAGES_DIR, image_name))
except FileNotFoundError:
error = "Invalid version of CentOS supplied: {}".format(image)
raise ValueError(error)
try:
network_map = vim.OvfManager.NetworkMapping()
network_map.name = ova.networks[0]
try:
network_map.network = vcenter.networks[network]
except KeyError:
raise ValueError('No such network named {}'.format(network))
the_vm = virtual_machine.deploy_from_ova(vcenter, ova, [network_map],
username, machine_name, logger,
power_on=False)
finally:
ova.close()
mb_of_ram = ram * 1024
virtual_machine.adjust_ram(the_vm, mb_of_ram)
virtual_machine.adjust_cpu(the_vm, cpu_count)
virtual_machine.power(the_vm, state='on')
meta_data = {'component' : "CentOS",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1,
}
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter, the_vm, username, ensure_ip=True)
return {the_vm.name: info}
def create_onefs(username, machine_name, image, front_end, back_end, ram,
cpu_count, logger):
"""Deploy a OneFS node
:Returns: Dictionary
:param username: The user who wants to delete a OneFS node
:type username: String
:param machine_name: The name of the OneFS node
:type machine_name: String
:param image: The version/image of the OneFS node to create
:type image: String
:param front_end: The network to hook up the external network to
:type front_end: String
:param back_end: The network to hook the internal network to
:type back_end: String
:param ram: The number of GB of memory to provision the node with
:type ram: Integer
:param cpu_count: The number of CPU cores to allocate to the vOneFS node
:type cpu_count: Integer
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER, \
password=const.INF_VCENTER_PASSWORD) as vcenter:
ova_name = convert_name(image)
try:
ova = Ova(os.path.join(const.VLAB_ONEFS_IMAGES_DIR, ova_name))
except FileNotFoundError:
error = 'Invalid version of OneFS: {}'.format(image)
raise ValueError(error)
try:
network_map = make_network_map(vcenter.networks, front_end,
back_end)
the_vm = virtual_machine.deploy_from_ova(vcenter=vcenter,
ova=ova,
network_map=network_map,
username=username,
machine_name=machine_name,
logger=logger,
power_on=False)
finally:
ova.close()
# ram is supplied in GB
mb_of_ram = ram * 1024
virtual_machine.adjust_ram(the_vm, mb_of_ram=mb_of_ram)
virtual_machine.adjust_cpu(the_vm, cpu_count)
virtual_machine.power(the_vm, state='on')
meta_data = {
'component': 'OneFS',
'created': time.time(),
'version': image,
'configured': False,
'generation': 1
} # Versioning of the VM itself
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter, the_vm, username)
return {the_vm.name: info}
def _setup_gateway(vcenter, the_vm, username, gateway_version, logger):
"""Initialize the new gateway for the user
:Returns: None
:param vcenter: The instantiated connection to vCenter
:type vcenter: vlab_inf_common.vmware.vCenter
:param the_vm: The new gateway
:type the_vm: vim.VirtualMachine
"""
time.sleep(120) # Let the VM fully boot
vlab_ip = resolve_name(
const.VLAB_URL.replace('https://', '').replace('http://', ''))
cmd1 = '/usr/bin/sudo'
args1 = '/usr/bin/hostnamectl set-hostname {}'.format(username)
result1 = virtual_machine.run_command(vcenter,
the_vm,
cmd1,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args1)
if result1.exitCode:
logger.error('Failed to set hostname to {}'.format(username))
# Updating hostname fixes SPAM when SSH into box about "failure to resolve <host>"
cmd2 = '/usr/bin/sudo'
args2 = "/bin/sed -i -e 's/ipam/{}/g' /etc/hosts".format(username)
result2 = virtual_machine.run_command(vcenter,
the_vm,
cmd2,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args2)
if result2.exitCode:
logger.error('Failed to fix hostname SPAM')
# Fix the env var for the log_sender
cmd3 = '/usr/bin/sudo'
args3 = "/bin/sed -i -e 's/VLAB_LOG_TARGET=localhost:9092/VLAB_LOG_TARGET={}/g' /etc/environment".format(
const.VLAB_IPAM_BROKER)
result3 = virtual_machine.run_command(vcenter,
the_vm,
cmd3,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args3)
if result3.exitCode:
logger.error('Failed to set IPAM log-sender address')
# Set the encryption key for log_sender
cmd4 = '/usr/bin/sudo'
args4 = "/bin/sed -i -e 's/changeME/{}/g' /etc/vlab/log_sender.key".format(
const.VLAB_IPAM_KEY)
result4 = virtual_machine.run_command(vcenter,
the_vm,
cmd4,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args4)
if result4.exitCode:
logger.error('Failed to set IPAM encryption key')
logger.error('CMD: {} {}'.format(cmd4, args4))
logger.error('Result: \n{}'.format(result4))
cmd5 = '/usr/bin/sudo'
args5 = "/bin/sed -i -e 's/VLAB_URL=https:\/\/localhost/VLAB_URL={}/g' /etc/environment".format(
const.VLAB_URL.replace('/', '\/'))
result5 = virtual_machine.run_command(vcenter,
the_vm,
cmd5,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args5)
if result5.exitCode:
logger.error('Failed to set VLAB_URL environment variable')
cmd6 = '/usr/bin/sudo'
args6 = "/bin/sed -i -e 's/PRODUCTION=false/PRODUCTION=beta/g' /etc/environment"
result6 = virtual_machine.run_command(vcenter,
the_vm,
cmd6,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args6)
if result6.exitCode:
logger.error('Failed to set PRODUCTION environment variable')
cmd7 = '/usr/bin/sudo'
args7 = "/bin/sed -i -e 's/1.us.pool.ntp.org/{}/g' /etc/chrony/chrony.conf".format(
vlab_ip)
result7 = virtual_machine.run_command(vcenter,
the_vm,
cmd7,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args7)
if result7.exitCode:
logger.error('Failed to set NTP server')
cmd8 = '/usr/bin/sudo'
args8 = "/bin/sed -i -e 's/VLAB_DDNS_KEY=aabbcc/VLAB_DDNS_KEY={}/g' /etc/environment".format(
const.VLAB_DDNS_KEY)
result8 = virtual_machine.run_command(vcenter,
the_vm,
cmd8,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args8)
if result8.exitCode:
logger.error('Failed to configure DDNS settings')
cmd9 = '/usr/bin/sudo'
args9 = "sed -i -e 's/8.8.8.8/{}/g' /etc/bind/named.conf".format(vlab_ip)
result9 = virtual_machine.run_command(vcenter,
the_vm,
cmd9,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args9)
if result9.exitCode:
logger.error('Failed to configure DNS forwarder')
# *MUST* happen after setting up the hostname otherwise the salt-minion will
# use the default hostname when registering with the salt-master
cmd10 = '/usr/bin/sudo'
args10 = "/bin/systemctl enable salt-minion.service"
result10 = virtual_machine.run_command(vcenter,
the_vm,
cmd10,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args10)
if result10.exitCode:
logger.error('Failed to enable Config Mgmt Software')
cmd11 = '/usr/bin/sudo'
args11 = "/bin/sed -i -e 's/#master: salt/master: {}/g' /etc/salt/minion".format(
vlab_ip)
result11 = virtual_machine.run_command(vcenter,
the_vm,
cmd11,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args11)
if result11.exitCode:
logger.error('Failed to configure Config Mgmt Software')
cmd12 = '/usr/bin/sudo'
args12 = "/bin/sed -i -e 's/$ActionFileDefaultTemplate RSYSLOG_TraditionalFileFormat/#$ActionFileDefaultTemplate RSYSLOG_TraditionalFileFormat/g' /etc/rsyslog.conf"
result12 = virtual_machine.run_command(vcenter,
the_vm,
cmd12,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args12)
if result12.exitCode:
logger.error('Failed to set kern.log timestamp format')
cmd13 = '/usr/bin/sudo'
args13 = '/sbin/reboot'
result13 = virtual_machine.run_command(vcenter,
the_vm,
cmd13,
user=const.VLAB_IPAM_ADMIN,
password=const.VLAB_IPAM_ADMIN_PW,
arguments=args13,
one_shot=True)
if result13.exitCode:
logger.error('Failed to reboot IPAM server')
meta_data = {
'component': 'defaultGateway',
'created': time.time(),
'version': gateway_version,
'configured': True,
'generation': 1
}
virtual_machine.set_meta(the_vm, meta_data)
time.sleep(60) # Give the box time to power cycles
def create_winserver(username, machine_name, image, network, ip_config, logger):
"""Deploy a new instance of WinServer
:Returns: Dictionary
:param username: The name of the user who wants to create a new WinServer
:type username: String
:param machine_name: The name of the new instance of WinServer
:type machine_name: String
:param image: The image/version of WinServer to create
:type image: String
:param network: The name of the network to connect the new WinServer instance up to
:type network: String
:param ip_config: The IPv4 network configuration for the WinServer instance
:type ip_config: Dictionary
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image_name)
try:
ova = Ova(os.path.join(const.VLAB_WINSERVER_IMAGES_DIR, image_name))
except FileNotFoundError:
error = 'Invalid version of Windows Server supplied: {}'.format(image)
raise ValueError(error)
try:
network_map = vim.OvfManager.NetworkMapping()
network_map.name = ova.networks[0]
try:
network_map.network = vcenter.networks[network]
except KeyError:
raise ValueError('No such network named {}'.format(network))
the_vm = virtual_machine.deploy_from_ova(vcenter, ova, [network_map],
username, machine_name, logger)
finally:
ova.close()
if ip_config['static-ip']:
# Hack - The VM will walk through the C:\unattend.xml answer file
# and then reboot. We wont have valid login creds until after the
# reboot. Trying to *notice* the reboot is a race condition nightmare
time.sleep(300)
virtual_machine.config_static_ip(vcenter,
the_vm,
ip_config['static-ip'],
ip_config['default-gateway'],
ip_config['netmask'],
ip_config['dns'],
user='******',
password='******',
logger=logger,
os='windows')
meta_data = {'component' : "WinServer",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1,
}
virtual_machine.set_meta(the_vm, meta_data)
info = virtual_machine.get_info(vcenter, the_vm, username, ensure_ip=True)
return {the_vm.name: info}
def create_dataiq(username, machine_name, image, network, static_ip,
default_gateway, netmask, dns, disk_size, cpu_count, ram, logger):
"""Deploy a new instance of DataIQ
:Returns: Dictionary
:param username: The name of the user who wants to create a new DataIQ
:type username: String
:param machine_name: The name of the new instance of DataIQ
:type machine_name: String
:param image: The image/version of DataIQ to create
:type image: String
:param network: The name of the network to connect the new DataIQ instance up to
:type network: String
:param static_ip: The IPv4 address to assign to the VM
:type static_ip: String
:param default_gateway: The IPv4 address of the network gateway
:type default_gateway: String
:param netmask: The subnet mask of the network, i.e. 255.255.255.0
:type netmask: String
:param dns: A list of DNS servers to use.
:type dns: List
:param disk_size: The number of GB to allocate for the DataIQ database
:type disk_size: Integer
:param cpu_count: Thenumber of CPU cores to allocate to the DataIQ machine
:type cpu_count: Integer
:param ram: The number of GB of RAM to allocate to the VM
:type ram: Integer
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER, user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image)
ova = Ova(os.path.join(const.VLAB_DATAIQ_IMAGES_DIR, image_name))
try:
network_map = vim.OvfManager.NetworkMapping()
network_map.name = ova.networks[0]
try:
network_map.network = vcenter.networks[network]
except KeyError:
raise ValueError('No such network named {}'.format(network))
the_vm = virtual_machine.deploy_from_ova(vcenter=vcenter,
ova=ova,
network_map=[network_map],
username=username,
machine_name=machine_name,
logger=logger,
power_on=False)
finally:
ova.close()
mb_of_ram = ram * 1024
virtual_machine.adjust_ram(the_vm, mb_of_ram)
virtual_machine.adjust_cpu(the_vm, cpu_count)
virtual_machine.power(the_vm, state='on')
meta_data = {'component' : "DataIQ",
'created' : time.time(),
'version' : image,
'configured' : False,
'generation' : 1}
virtual_machine.set_meta(the_vm, meta_data)
logger.info("Adding DB VMDK")
_add_database_disk(the_vm, disk_size)
logger.info("Configuring network")
_config_network(vcenter, the_vm, static_ip, default_gateway, netmask, dns, logger)
logger.info("Adding GUI")
_add_gui(vcenter, the_vm, logger)
logger.info("Acquiring machine info")
info = virtual_machine.get_info(vcenter, the_vm, username, ensure_ip=True)
return {the_vm.name: info}
def create_dns(username, machine_name, image, network, static_ip,
default_gateway, netmask, dns, logger):
"""Deploy a new instance of Dns
:Returns: Dictionary
:param username: The name of the user who wants to create a new Dns
:type username: String
:param machine_name: The name of the new instance of Dns
:type machine_name: String
:param image: The image/version of Dns to create
:type image: String
:param network: The name of the network to connect the new Dns instance up to
:type network: String
:param static_ip: The IPv4 address to assign to the VM
:type static_ip: String
:param default_gateway: The IPv4 address of the network gateway
:type default_gateway: String
:param netmask: The subnet mask of the network, i.e. 255.255.255.0
:type netmask: String
:param dns: A list of DNS servers to use.
:type dns: List
:param logger: An object for logging messages
:type logger: logging.LoggerAdapter
"""
with vCenter(host=const.INF_VCENTER_SERVER,
user=const.INF_VCENTER_USER,
password=const.INF_VCENTER_PASSWORD) as vcenter:
image_name = convert_name(image)
logger.info(image_name)
ova = Ova(os.path.join(const.VLAB_DNS_IMAGES_DIR, image_name))
try:
network_map = vim.OvfManager.NetworkMapping()
network_map.name = ova.networks[0]
try:
network_map.network = vcenter.networks[network]
except KeyError:
raise ValueError('No such network named {}'.format(network))
the_vm = virtual_machine.deploy_from_ova(vcenter, ova,
[network_map], username,
machine_name, logger)
finally:
ova.close()
meta_data = {
'component': "Dns",
'created': time.time(),
'version': image,
'configured': False,
'generation': 1
}
virtual_machine.set_meta(the_vm, meta_data)
if image.lower().startswith('windows'):
vm_user, vm_password, the_os = const.VLAB_DNS_WINDOWS_ADMIN, const.VLAB_DNS_WINDOWS_PW, 'windows'
else:
vm_user, vm_password, the_os = const.VLAB_DNS_BIND9_ADMIN, const.VLAB_DNS_BIND9_PW, 'centos8'
virtual_machine.config_static_ip(vcenter,
the_vm,
static_ip,
default_gateway,
netmask,
dns,
vm_user,
vm_password,
logger,
os=the_os)
if the_os == 'centos8':
_finish_bind_config(vcenter, the_vm, static_ip, logger)
info = virtual_machine.get_info(vcenter,
the_vm,
username,
ensure_ip=True)
return {the_vm.name: info}