def create_instance(vm, public_nic, flavor, image):
"""`image` is a dictionary which should contain the keys:
'backend_id', 'format' and 'metadata'
metadata value should be a dictionary.
"""
# Handle arguments to CreateInstance() as a dictionary,
# initialize it based on a deployment-specific value.
# This enables the administrator to override deployment-specific
# arguments, such as the disk template to use, name of os provider
# and hypervisor-specific parameters at will (see Synnefo #785, #835).
#
kw = vm.backend.get_create_params()
kw['mode'] = 'create'
kw['name'] = vm.backend_vm_id
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
kw['disk_template'] = flavor.disk_template
kw['disks'] = [{"size": flavor.disk * 1024}]
provider = flavor.disk_provider
if provider:
kw['disks'][0]['provider'] = provider
kw['disks'][0]['origin'] = flavor.disk_origin
kw['nics'] = [{"name": public_nic.backend_uuid,
"network": public_nic.network.backend_id,
"ip": public_nic.ipv4}]
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
# kw['os'] = settings.GANETI_OS_PROVIDER
kw['ip_check'] = False
kw['name_check'] = False
# Do not specific a node explicitly, have
# Ganeti use an iallocator instead
#kw['pnode'] = rapi.GetNodes()[0]
kw['dry_run'] = settings.TEST
kw['beparams'] = {
'auto_balance': True,
'vcpus': flavor.cpu,
'memory': flavor.ram}
kw['osparams'] = {
'config_url': vm.config_url,
# Store image id and format to Ganeti
'img_id': image['backend_id'],
'img_format': image['format']}
# Use opportunistic locking
kw['opportunistic_locking'] = settings.GANETI_USE_OPPORTUNISTIC_LOCKING
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
# kw['hvparams'] = dict(serial_console=False)
log.debug("Creating instance %s", utils.hide_pass(kw))
with pooled_rapi_client(vm) as client:
return client.CreateInstance(**kw)
def create_instance(vm, public_nic, flavor, image):
"""`image` is a dictionary which should contain the keys:
'backend_id', 'format' and 'metadata'
metadata value should be a dictionary.
"""
# Handle arguments to CreateInstance() as a dictionary,
# initialize it based on a deployment-specific value.
# This enables the administrator to override deployment-specific
# arguments, such as the disk template to use, name of os provider
# and hypervisor-specific parameters at will (see Synnefo #785, #835).
#
kw = vm.backend.get_create_params()
kw['mode'] = 'create'
kw['name'] = vm.backend_vm_id
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
kw['disk_template'] = flavor.disk_template
kw['disks'] = [{"size": flavor.disk * 1024}]
provider = flavor.disk_provider
if provider:
kw['disks'][0]['provider'] = provider
kw['disks'][0]['origin'] = flavor.disk_origin
kw['nics'] = [public_nic]
if vm.backend.use_hotplug():
kw['hotplug'] = True
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
# kw['os'] = settings.GANETI_OS_PROVIDER
kw['ip_check'] = False
kw['name_check'] = False
# Do not specific a node explicitly, have
# Ganeti use an iallocator instead
#kw['pnode'] = rapi.GetNodes()[0]
kw['dry_run'] = settings.TEST
kw['beparams'] = {
'auto_balance': True,
'vcpus': flavor.cpu,
'memory': flavor.ram}
kw['osparams'] = {
'config_url': vm.config_url,
# Store image id and format to Ganeti
'img_id': image['backend_id'],
'img_format': image['format']}
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
# kw['hvparams'] = dict(serial_console=False)
log.debug("Creating instance %s", utils.hide_pass(kw))
with pooled_rapi_client(vm) as client:
return client.CreateInstance(**kw)
def test_hidden_pass(self):
foo = {'osparams': {'img_passwd': 'pass'}, 'bar': 'foo'}
after = {'osparams': {'img_passwd': 'xxxxxxxx'}, 'bar': 'foo'}
self.assertEqual(after, utils.hide_pass(foo))
def test_no_osparams(self):
foo = {'foo': 'bar'}
self.assertTrue(foo is utils.hide_pass(foo))
foo = {'osparams': {}, 'bar': 'foo'}
self.assertTrue(foo is utils.hide_pass(foo))
def create_instance(vm, nics, flavor, image):
"""`image` is a dictionary which should contain the keys:
'backend_id', 'format' and 'metadata'
metadata value should be a dictionary.
"""
# Handle arguments to CreateInstance() as a dictionary,
# initialize it based on a deployment-specific value.
# This enables the administrator to override deployment-specific
# arguments, such as the disk template to use, name of os provider
# and hypervisor-specific parameters at will (see Synnefo #785, #835).
#
kw = vm.backend.get_create_params()
kw['mode'] = 'create'
kw['name'] = vm.backend_vm_id
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
kw['disk_template'] = flavor.disk_template
kw['disks'] = [{"size": flavor.disk * 1024}]
provider = flavor.disk_provider
if provider:
kw['disks'][0]['provider'] = provider
kw['disks'][0]['origin'] = flavor.disk_origin
extra_disk_params = settings.GANETI_DISK_PROVIDER_KWARGS.get(provider)
if extra_disk_params is not None:
kw["disks"][0].update(extra_disk_params)
kw['nics'] = [{
"name": nic.backend_uuid,
"network": nic.network.backend_id,
"ip": nic.ipv4_address
} for nic in nics]
backend = vm.backend
depend_jobs = []
for nic in nics:
bnet, job_ids = ensure_network_is_active(backend, nic.network_id)
depend_jobs.extend(job_ids)
kw["depends"] = create_job_dependencies(depend_jobs)
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
# kw['os'] = settings.GANETI_OS_PROVIDER
kw['ip_check'] = False
kw['name_check'] = False
# Do not specific a node explicitly, have
# Ganeti use an iallocator instead
#kw['pnode'] = rapi.GetNodes()[0]
kw['dry_run'] = settings.TEST
kw['beparams'] = {
'auto_balance': True,
'vcpus': flavor.cpu,
'memory': flavor.ram
}
kw['osparams'] = {
'config_url': vm.config_url,
# Store image id and format to Ganeti
'img_id': image['backend_id'],
'img_format': image['format']
}
# Use opportunistic locking
kw['opportunistic_locking'] = settings.GANETI_USE_OPPORTUNISTIC_LOCKING
# Defined in settings.GANETI_CREATEINSTANCE_KWARGS
# kw['hvparams'] = dict(serial_console=False)
log.debug("Creating instance %s", utils.hide_pass(kw))
with pooled_rapi_client(vm) as client:
return client.CreateInstance(**kw)
def test_hidden_pass(self):
foo = {'osparams': {'img_passwd': 'pass'}, 'bar': 'foo'}
after = {'osparams': {'img_passwd': 'xxxxxxxx'}, 'bar': 'foo'}
self.assertEqual(after, utils.hide_pass(foo))
def test_no_osparams(self):
foo = {'foo': 'bar'}
self.assertTrue(foo is utils.hide_pass(foo))
foo = {'osparams': {}, 'bar': 'foo'}
self.assertTrue(foo is utils.hide_pass(foo))
