def create_node(self, defn):
if not self.vm_id:
self.log("creating {0}...".format(self.full_name))
boot_disk = next((v for k,v in defn.block_device_mapping.iteritems() if v.get('bootDisk', False)), None)
if not boot_disk:
raise Exception("no boot disk found for {0}".format(self.full_name))
try:
service_accounts = []
account = { 'email': defn.email }
if defn.scopes != []:
account['scopes'] = defn.scopes
service_accounts.append(account)
# keeping a gcloud like behavior, if nothing was specified
# i.e service account is default get the default scopes as well
if defn.email == 'default' and defn.scopes == []: service_accounts=None
node = self.connect().create_node(self.machine_name, defn.instance_type, "",
ex_preemptible = (defn.preemptible if defn.preemptible else None),
location = self.connect().ex_get_zone(defn.region),
ex_boot_disk = self.connect().ex_get_volume(boot_disk['disk_name'] or boot_disk['disk'], boot_disk.get('region', None)),
ex_metadata = self.full_metadata(defn.metadata), ex_tags = defn.tags, ex_service_accounts = service_accounts,
external_ip = (self.connect().ex_get_address(defn.ipAddress) if defn.ipAddress else 'ephemeral'),
ex_network = (defn.network if defn.network else 'default') )
except libcloud.common.google.ResourceExistsError:
raise Exception("tried creating an instance that already exists; "
"please run 'deploy --check' to fix this")
self.vm_id = self.machine_name
self.state = self.STARTING
self.ssh_pinged = False
self.copy_properties(defn)
self.public_ipv4 = node.public_ips[0]
self.log("got public IP: {0}".format(self.public_ipv4))
known_hosts.add(self.public_ipv4, self.public_host_key)
self.private_ipv4 = node.private_ips[0]
for k,v in self.block_device_mapping.iteritems():
v['needsAttach'] = True
self.update_block_device_mapping(k, v)
# set scheduling config here instead of triggering an update using None values
# because we might be called with defn = self, thus modifying self would ruin defn
self.connect().ex_set_node_scheduling(node,
automatic_restart = defn.automatic_restart,
on_host_maintenance = defn.on_host_maintenance)
self.automatic_restart = defn.automatic_restart
self.on_host_maintenance = defn.on_host_maintenance
# Update service account
if self.email != defn.email or self.scopes != defn.scopes:
self.log('updating the service account')
node = self.node()
request = '/zones/%s/instances/%s/setServiceAccount' % (node.extra['zone'].name, node.name)
service_account = {}
service_account["email"] = defn.email
if defn.scopes != []: service_account["scopes"] = defn.scopes
self.connect().connection.async_request(request, method='POST', data=service_account)
self.email = defn.email
self.scopes = defn.scopes
# Attach missing volumes
for k, v in self.block_device_mapping.items():
defn_v = defn.block_device_mapping.get(k, None)
if v.get('needsAttach', False) and defn_v:
disk_name = v['disk_name'] or v['disk']
disk_region = v.get('region', None)
v['readOnly'] = defn_v['readOnly']
v['bootDisk'] = defn_v['bootDisk']
v['deleteOnTermination'] = defn_v['deleteOnTermination']
v['passphrase'] = defn_v['passphrase']
self.log("attaching GCE disk '{0}'...".format(disk_name))
if not v.get('bootDisk', False):
self.connect().attach_volume(self.node(), self.connect().ex_get_volume(disk_name, disk_region),
device = disk_name,
ex_mode = ('READ_ONLY' if v['readOnly'] else 'READ_WRITE'))
del v['needsAttach']
self.update_block_device_mapping(k, v)
# generate LUKS key if the model didn't specify one
if v.get('encrypt', False) and v.get('passphrase', "") == "" and v.get('generatedKey', "") == "":
v['generatedKey'] = generate_random_string(length=256)
self.update_block_device_mapping(k, v)
if self.metadata != defn.metadata:
self.log('setting new metadata values')
node = self.node()
meta = self.gen_metadata(self.full_metadata(defn.metadata))
request = '/zones/%s/instances/%s/setMetadata' % (node.extra['zone'].name,
node.name)
metadata_data = {}
metadata_data['items'] = meta['items']
metadata_data['kind'] = meta['kind']
metadata_data['fingerprint'] = node.extra['metadata']['fingerprint']
self.connect().connection.async_request(request, method='POST',
data=metadata_data)
self.metadata = defn.metadata
if self.tags != defn.tags:
self.log('updating tags')
self.connect().ex_set_node_tags(self.node(), defn.tags)
self.tags = defn.tags
if self.public_ipv4 and self.ipAddress != defn.ipAddress:
self.log("detaching old public IP address {0}".format(self.public_ipv4))
self.connect().connection.async_request(
"/zones/{0}/instances/{1}/deleteAccessConfig?accessConfig=External+NAT&networkInterface=nic0"
.format(self.region, self.machine_name), method = 'POST')
self.public_ipv4 = None
self.ipAddress = None
if self.public_ipv4 is None:
self.log("attaching public IP address {0}".format(defn.ipAddress or "[Ephemeral]"))
self.connect().connection.async_request(
"/zones/{0}/instances/{1}/addAccessConfig?networkInterface=nic0"
.format(self.region, self.machine_name), method = 'POST', data = {
'kind': 'compute#accessConfig',
'type': 'ONE_TO_ONE_NAT',
'name': 'External NAT',
'natIP': self.connect().ex_get_address(defn.ipAddress).address if defn.ipAddress else None
})
self.ipAddress = defn.ipAddress
self.public_ipv4 = self.node().public_ips[0]
self.log("got public IP: {0}".format(self.public_ipv4))
known_hosts.add(self.public_ipv4, self.public_host_key)
self.ssh.reset()
self.ssh_pinged = False
if self.automatic_restart != defn.automatic_restart or self.on_host_maintenance != defn.on_host_maintenance:
self.log("setting scheduling configuration")
self.connect().ex_set_node_scheduling(self.node(),
automatic_restart = defn.automatic_restart,
on_host_maintenance = defn.on_host_maintenance)
self.automatic_restart = defn.automatic_restart
self.on_host_maintenance = defn.on_host_maintenance
def create_node(self, defn):
if not self.vm_id:
self.log("creating {0}...".format(self.full_name))
boot_disk = next(
(v for k, v in defn.block_device_mapping.iteritems()
if v.get('bootDisk', False)), None)
if not boot_disk:
raise Exception("no boot disk found for {0}".format(
self.full_name))
try:
service_accounts = []
account = {'email': defn.email}
if defn.scopes != []:
account['scopes'] = defn.scopes
service_accounts.append(account)
# keeping a gcloud like behavior, if nothing was specified
# i.e service account is default get the default scopes as well
if defn.email == 'default' and defn.scopes == []:
service_accounts = None
node = self.connect().create_node(
self.machine_name,
defn.instance_type,
"",
location=self.connect().ex_get_zone(defn.region),
ex_boot_disk=self.connect().ex_get_volume(
boot_disk['disk_name'] or boot_disk['disk'],
boot_disk.get('region', None)),
ex_metadata=self.full_metadata(defn.metadata),
ex_tags=defn.tags,
ex_service_accounts=service_accounts,
external_ip=(self.connect().ex_get_address(defn.ipAddress)
if defn.ipAddress else 'ephemeral'),
ex_network=(defn.network if defn.network else 'default'))
except libcloud.common.google.ResourceExistsError:
raise Exception(
"tried creating an instance that already exists; "
"please run 'deploy --check' to fix this")
self.vm_id = self.machine_name
self.state = self.STARTING
self.ssh_pinged = False
self.copy_properties(defn)
self.public_ipv4 = node.public_ips[0]
self.log("got public IP: {0}".format(self.public_ipv4))
known_hosts.add(self.public_ipv4, self.public_host_key)
self.private_ipv4 = node.private_ips[0]
for k, v in self.block_device_mapping.iteritems():
v['needsAttach'] = True
self.update_block_device_mapping(k, v)
# set scheduling config here instead of triggering an update using None values
# because we might be called with defn = self, thus modifying self would ruin defn
self.connect().ex_set_node_scheduling(
node,
automatic_restart=defn.automatic_restart,
on_host_maintenance=defn.on_host_maintenance)
self.automatic_restart = defn.automatic_restart
self.on_host_maintenance = defn.on_host_maintenance
# Update service account
if self.email != defn.email or self.scopes != defn.scopes:
self.log('updating the service account')
node = self.node()
request = '/zones/%s/instances/%s/setServiceAccount' % (
node.extra['zone'].name, node.name)
service_account = {}
service_account["email"] = defn.email
if defn.scopes != []: service_account["scopes"] = defn.scopes
self.connect().connection.async_request(request,
method='POST',
data=service_account)
self.email = defn.email
self.scopes = defn.scopes
# Attach missing volumes
for k, v in self.block_device_mapping.items():
defn_v = defn.block_device_mapping.get(k, None)
if v.get('needsAttach', False) and defn_v:
disk_name = v['disk_name'] or v['disk']
disk_region = v.get('region', None)
v['readOnly'] = defn_v['readOnly']
v['bootDisk'] = defn_v['bootDisk']
v['deleteOnTermination'] = defn_v['deleteOnTermination']
v['passphrase'] = defn_v['passphrase']
self.log("attaching GCE disk '{0}'...".format(disk_name))
if not v.get('bootDisk', False):
self.connect().attach_volume(
self.node(),
self.connect().ex_get_volume(disk_name, disk_region),
device=disk_name,
ex_mode=('READ_ONLY'
if v['readOnly'] else 'READ_WRITE'))
del v['needsAttach']
self.update_block_device_mapping(k, v)
# generate LUKS key if the model didn't specify one
if v.get('encrypt', False) and v.get('passphrase',
"") == "" and v.get(
'generatedKey', "") == "":
v['generatedKey'] = generate_random_string(length=256)
self.update_block_device_mapping(k, v)
if self.metadata != defn.metadata:
self.log('setting new metadata values')
node = self.node()
meta = self.gen_metadata(self.full_metadata(defn.metadata))
request = '/zones/%s/instances/%s/setMetadata' % (
node.extra['zone'].name, node.name)
metadata_data = {}
metadata_data['items'] = meta['items']
metadata_data['kind'] = meta['kind']
metadata_data['fingerprint'] = node.extra['metadata'][
'fingerprint']
self.connect().connection.async_request(request,
method='POST',
data=metadata_data)
self.metadata = defn.metadata
if self.tags != defn.tags:
self.log('updating tags')
self.connect().ex_set_node_tags(self.node(), defn.tags)
self.tags = defn.tags
if self.public_ipv4 and self.ipAddress != defn.ipAddress:
self.log("detaching old public IP address {0}".format(
self.public_ipv4))
self.connect().connection.async_request(
"/zones/{0}/instances/{1}/deleteAccessConfig?accessConfig=External+NAT&networkInterface=nic0"
.format(self.region, self.machine_name),
method='POST')
self.public_ipv4 = None
self.ipAddress = None
if self.public_ipv4 is None:
self.log("attaching public IP address {0}".format(
defn.ipAddress or "[Ephemeral]"))
self.connect().connection.async_request(
"/zones/{0}/instances/{1}/addAccessConfig?networkInterface=nic0"
.format(self.region, self.machine_name),
method='POST',
data={
'kind':
'compute#accessConfig',
'type':
'ONE_TO_ONE_NAT',
'name':
'External NAT',
'natIP':
self.connect().ex_get_address(defn.ipAddress).address
if defn.ipAddress else None
})
self.ipAddress = defn.ipAddress
self.public_ipv4 = self.node().public_ips[0]
self.log("got public IP: {0}".format(self.public_ipv4))
known_hosts.add(self.public_ipv4, self.public_host_key)
self.ssh.reset()
self.ssh_pinged = False
if self.automatic_restart != defn.automatic_restart or self.on_host_maintenance != defn.on_host_maintenance:
self.log("setting scheduling configuration")
self.connect().ex_set_node_scheduling(
self.node(),
automatic_restart=defn.automatic_restart,
on_host_maintenance=defn.on_host_maintenance)
self.automatic_restart = defn.automatic_restart
self.on_host_maintenance = defn.on_host_maintenance
def create_node(self, defn):
if not self.vm_id:
self.log("creating {0}...".format(self.full_name))
boot_disk = next((v for k, v in defn.block_device_mapping.iteritems() if v.get("bootDisk", False)), None)
if not boot_disk:
raise Exception("no boot disk found for {0}".format(self.full_name))
try:
node = self.connect().create_node(
self.machine_name,
defn.instance_type,
"none",
location=self.connect().ex_get_zone(defn.region),
ex_boot_disk=self.connect().ex_get_volume(
boot_disk["disk_name"] or boot_disk["disk"], boot_disk.get("region", None)
),
ex_metadata=self.full_metadata(defn.metadata),
ex_tags=defn.tags,
external_ip=(self.connect().ex_get_address(defn.ipAddress) if defn.ipAddress else "ephemeral"),
ex_network=(defn.network if defn.network else "default"),
)
except libcloud.common.google.ResourceExistsError:
raise Exception(
"tried creating an instance that already exists; " "please run 'deploy --check' to fix this"
)
self.vm_id = self.machine_name
self.state = self.STARTING
self.ssh_pinged = False
self.copy_properties(defn)
self.public_ipv4 = node.public_ips[0]
self.log("got public IP: {0}".format(self.public_ipv4))
known_hosts.add(self.public_ipv4, self.public_host_key)
self.private_ipv4 = node.private_ips[0]
for k, v in self.block_device_mapping.iteritems():
v["needsAttach"] = True
self.update_block_device_mapping(k, v)
# set scheduling config here instead of triggering an update using None values
# because we might be called with defn = self, thus modifying self would ruin defn
self.connect().ex_set_node_scheduling(
node, automatic_restart=defn.automatic_restart, on_host_maintenance=defn.on_host_maintenance
)
self.automatic_restart = defn.automatic_restart
self.on_host_maintenance = defn.on_host_maintenance
# Attach missing volumes
for k, v in self.block_device_mapping.items():
defn_v = defn.block_device_mapping.get(k, None)
if v.get("needsAttach", False) and defn_v:
disk_name = v["disk_name"] or v["disk"]
disk_region = v.get("region", None)
v["readOnly"] = defn_v["readOnly"]
v["bootDisk"] = defn_v["bootDisk"]
v["deleteOnTermination"] = defn_v["deleteOnTermination"]
v["passphrase"] = defn_v["passphrase"]
self.log("attaching GCE disk '{0}'...".format(disk_name))
if not v.get("bootDisk", False):
self.connect().attach_volume(
self.node(),
self.connect().ex_get_volume(disk_name, disk_region),
device=disk_name,
ex_mode=("READ_ONLY" if v["readOnly"] else "READ_WRITE"),
)
del v["needsAttach"]
self.update_block_device_mapping(k, v)
# generate LUKS key if the model didn't specify one
if v.get("encrypt", False) and v.get("passphrase", "") == "" and v.get("generatedKey", "") == "":
v["generatedKey"] = generate_random_string(length=256)
self.update_block_device_mapping(k, v)
if self.metadata != defn.metadata:
self.log("setting new metadata values")
node = self.node()
meta = self.gen_metadata(self.full_metadata(defn.metadata))
request = "/zones/%s/instances/%s/setMetadata" % (node.extra["zone"].name, node.name)
metadata_data = {}
metadata_data["items"] = meta["items"]
metadata_data["kind"] = meta["kind"]
metadata_data["fingerprint"] = node.extra["metadata"]["fingerprint"]
self.connect().connection.async_request(request, method="POST", data=metadata_data)
self.metadata = defn.metadata
if self.tags != defn.tags:
self.log("updating tags")
self.connect().ex_set_node_tags(self.node(), defn.tags)
self.tags = defn.tags
if self.public_ipv4 and self.ipAddress != defn.ipAddress:
self.log("detaching old public IP address {0}".format(self.public_ipv4))
self.connect().connection.async_request(
"/zones/{0}/instances/{1}/deleteAccessConfig?accessConfig=External+NAT&networkInterface=nic0".format(
self.region, self.machine_name
),
method="POST",
)
self.public_ipv4 = None
self.ipAddress = None
if self.public_ipv4 is None:
self.log("attaching public IP address {0}".format(defn.ipAddress or "[Ephemeral]"))
self.connect().connection.async_request(
"/zones/{0}/instances/{1}/addAccessConfig?networkInterface=nic0".format(self.region, self.machine_name),
method="POST",
data={
"kind": "compute#accessConfig",
"type": "ONE_TO_ONE_NAT",
"name": "External NAT",
"natIP": self.connect().ex_get_address(defn.ipAddress).address if defn.ipAddress else None,
},
)
self.ipAddress = defn.ipAddress
self.public_ipv4 = self.node().public_ips[0]
self.log("got public IP: {0}".format(self.public_ipv4))
known_hosts.add(self.public_ipv4, self.public_host_key)
self.ssh.reset()
self.ssh_pinged = False
if self.automatic_restart != defn.automatic_restart or self.on_host_maintenance != defn.on_host_maintenance:
self.log("setting scheduling configuration")
self.connect().ex_set_node_scheduling(
self.node(), automatic_restart=defn.automatic_restart, on_host_maintenance=defn.on_host_maintenance
)
self.automatic_restart = defn.automatic_restart
self.on_host_maintenance = defn.on_host_maintenance
