def ApplyConnectivityChanges(self, context, request):
"""
Configures VLANs on multiple ports or port-channels
:param ResourceCommandContext context: The context object for the command with resource and reservation info
:param str request: A JSON string with the list of requested connectivity changes
:return: a json object with the list of connectivity changes which were carried out by the driver
:rtype: str
"""
with LoggingSessionContext(context) as logger, ErrorHandlingContext(
logger):
self._log(logger, 'ApplyConnectivityChanges_request', request)
self._log(logger, 'ApplyConnectivityChanges_context', context)
# parse the json strings into action objects
cloud_provider_resource = L2HeavenlyCloudShell.create_from_context(
context)
actions = self.request_parser.convert_driver_request_to_actions(
request)
# extract Set/Remove vlan actions
remove_vlan_actions = filter(lambda x: isinstance(x, RemoveVlan),
actions)
remove_vlan_results = HeavenlyCloudServiceWrapper.disconnect_all(
logger, cloud_provider_resource, remove_vlan_actions)
set_vlan_actions = filter(lambda x: isinstance(x, SetVlan),
actions)
set_vlan_results = HeavenlyCloudServiceWrapper.connect_all(
logger, cloud_provider_resource, set_vlan_actions)
return DriverResponse(remove_vlan_results +
set_vlan_results).to_driver_response_json()
def CreateTrafficMirroring(self,
context,
request,
cancellation_context=None):
action_results = self.aws_shell.create_traffic_mirroring(
context, cancellation_context, request)
return DriverResponse(action_results).to_driver_response_json()
def deploy(self, request):
"""
:param request:
:return:
"""
actions = self._request_parser.convert_driver_request_to_actions(
request)
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
attrs = deploy_action.actionParams.deployment.attributes
machine = self._get_free_machine(
cpus=int(attrs["Maas.MAAS Machine.CPU Cores"]),
memory=float(attrs["Maas.MAAS Machine.RAM GiB"]),
disks=int(attrs["Maas.MAAS Machine.Disks"]),
storage=float(attrs["Maas.MAAS Machine.Storage GB"]))
operating_system = attrs["Maas.MAAS Machine.Operation System"]
machine.deploy(distro_series=operating_system, wait=True)
self._reconnect_machine_to_sandbox_subnet(machine=machine)
deploy_result = DeployAppResult(deploy_action.actionId,
vmUuid=machine.system_id,
vmName=operating_system,
vmDetailsData=None,
deployedAppAdditionalData={})
return DriverResponse([deploy_result]).to_driver_response_json()
def DeleteSavedApps(self, context, request, cancellation_context=None):
actions = self.request_parser.convert_driver_request_to_actions(
request)
delete_actions = [x for x in actions if isinstance(x, DeleteSavedApp)]
save_app_results = self.command_orchestrator.delete_saved_sandbox(
context, delete_actions, cancellation_context)
return DriverResponse(save_app_results).to_driver_response_json()
def CleanupSandboxInfra(self, context, request):
"""
:param ResourceCommandContext context:
:param str request:
:return:
:rtype: str
"""
with LoggingSessionContext(context) as logger, ErrorHandlingContext(
logger):
with CloudShellSessionContext(context) as cloudshell_session:
self._log(logger, 'CleanupSandboxInfra_request', request)
self._log(logger, 'CleanupSandboxInfra_context', context)
cloud_provider_resource = L3HeavenlyCloudShell.create_from_context(
context)
# parse the json strings into action objects
actions = self.request_parser.convert_driver_request_to_actions(
request)
# extract CleanupNetwork action
cleanup_action = single(
actions, lambda x: isinstance(x, CleanupNetwork))
action_result = HeavenlyCloudServiceWrapper.cleanup_sandbox_infra(
cloud_provider_resource, cleanup_action)
self._log(logger, 'CleanupSandboxInfra_action_result',
action_result)
return DriverResponse([action_result
]).to_driver_response_json()
def Deploy(self, context, request=None, cancellation_context=None):
actions = self.request_parser.convert_driver_request_to_actions(request)
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
deployment_name = deploy_action.actionParams.deployment.deploymentPath
if deployment_name in self.deployments.keys():
deploy_method = self.deployments[deployment_name]
result = deploy_method(context, deploy_action, cancellation_context)
result.actionId = deploy_action.actionId
return DriverResponse([result]).to_driver_response_json()
else:
raise Exception('Could not find the deployment')
def Deploy(self, context, request, cancellation_context=None):
"""
Deploy
:param ResourceCommandContext context:
:param str request: A JSON string with the list of requested deployment actions
:param CancellationContext cancellation_context:
:return:
:rtype: str
"""
with LoggingSessionContext(context) as logger, ErrorHandlingContext(
logger):
with CloudShellSessionContext(context) as cloudshell_session:
self._log(logger, 'deploy_request', request)
self._log(logger, 'deploy_context', context)
# parse the json strings into action objects
cloud_provider_resource = L3HeavenlyCloudShell.create_from_context(
context)
actions = self.request_parser.convert_driver_request_to_actions(
request)
# extract DeployApp action
deploy_action = single(actions,
lambda x: isinstance(x, DeployApp))
# extract ConnectToSubnetActions
connect_subnet_actions = list(
filter(lambda x: isinstance(x, ConnectSubnet), actions))
# if we have multiple supported deployment options use the 'deploymentPath' property
# to decide which deployment option to use.
deployment_name = deploy_action.actionParams.deployment.deploymentPath
if deployment_name == 'L3HeavenlyCloudShell.HeavenlyCloudAngelDeployment':
logger.info('calling deploy_angel')
deploy_results = HeavenlyCloudServiceWrapper.deploy_angel(
context, cloudshell_session, cloud_provider_resource,
deploy_action, connect_subnet_actions,
cancellation_context)
elif deployment_name == 'L3HeavenlyCloudShell.HeavenlyCloudManDeployment':
deploy_results = HeavenlyCloudServiceWrapper.deploy_man(
context, cloudshell_session, cloud_provider_resource,
deploy_action, connect_subnet_actions,
cancellation_context)
else:
raise ValueError(deployment_name +
' deployment option is not supported.')
self._log(logger, 'deployment_name', deployment_name)
self._log(logger, 'deploy_results', deploy_results)
return DriverResponse(deploy_results).to_driver_response_json()
def prepare(self, request):
"""
:param request:
:return:
"""
fabric = self._get_or_create_fabric(name=self.DEFAULT_FABRIC_NAME)
self._get_or_create_subnet(
name=self.DEFAULT_SUBNET_NAME,
cidr=self._resource_config.default_subnet,
gateway_ip=self._resource_config.default_gateway,
vlan=fabric.vlans[0],
managed=self._resource_config.managed_allocation,
)
actions = self._request_parser.convert_driver_request_to_actions(request)
# ignore prepare infra actions
prep_network_action = single(
actions, lambda x: isinstance(x, PrepareCloudInfra)
)
prep_network_action_result = PrepareCloudInfraResult(
prep_network_action.actionId
)
prep_subnet_action = single(actions, lambda x: isinstance(x, PrepareSubnet))
prep_subnet_action_result = PrepareSubnetActionResult(
prep_subnet_action.actionId
)
if self._ssh_keys_exists():
public_key = self._get_ssh_public_key()
else:
public_key = self._generate_ssh_key_pair()
# send to MAAS only public key
self._maas_client.ssh_keys.create(key=public_key)
access_keys_action = single(actions, lambda x: isinstance(x, CreateKeys))
access_keys_action_results = CreateKeysActionResult(
actionId=access_keys_action.actionId, accessKey=public_key
)
action_results = [
prep_network_action_result,
prep_subnet_action_result,
access_keys_action_results,
]
return DriverResponse(action_results).to_driver_response_json()
def Deploy(self, context, request=None, cancellation_context=None):
""" """
actions = self.request_parser.convert_driver_request_to_actions(
request)
resource_config = ShellResource.create_from_context(context)
# resource_config.api.WriteMessageToReservationOutput(context.reservation.reservation_id,
# 'Request JSON: ' + request)
with LoggingSessionContext(context) as logger:
deploy_action = None
subnet_actions = list()
for action in actions:
if isinstance(action, DeployApp):
deploy_action = action
if isinstance(action, ConnectSubnet):
subnet_actions.append(action)
if deploy_action:
deployment_name = deploy_action.actionParams.deployment.deploymentPath
try:
deploy_method = next(
self.deployments[deployment]
for deployment in self.deployments.keys()
if deployment_name.endswith(deployment))
except StopIteration:
raise VIRLShellError("Could not find the deployment " +
deployment_name)
results = deploy_method(resource_config, logger, deploy_action,
subnet_actions, cancellation_context)
logger.info("Deploy result {}".format(
DriverResponse(results).to_driver_response_json()))
return DriverResponse(results).to_driver_response_json()
else:
raise VIRLShellError("Failed to deploy VM")
def cleanup(self, request):
"""
:param request:
:return:
"""
# self._delete_subnet(name=self.DEFAULT_SUBNET_NAME)
# self._delete_fabric(name=self.DEFAULT_FABRIC_NAME)
actions = self._request_parser.convert_driver_request_to_actions(request)
cleanup_action = single(actions, lambda x: isinstance(x, CleanupNetwork))
action_result = CleanupNetworkResult(cleanup_action.actionId)
return DriverResponse([action_result]).to_driver_response_json()
def PrepareSandboxInfra(self, context, request, cancellation_context):
"""
:param ResourceCommandContext context:
:param str request:
:param CancellationContext cancellation_context:
:return:
:rtype: DriverResponse
"""
with LoggingSessionContext(context) as logger, ErrorHandlingContext(
logger):
with CloudShellSessionContext(context) as cloudshell_session:
self._log(logger, 'PrepareSandboxInfra_request', request)
self._log(logger, 'PrepareSandboxInfra_context', context)
cloud_provider_resource = L3HeavenlyCloudShell.create_from_context(
context)
# parse the json strings into action objects
actions = self.request_parser.convert_driver_request_to_actions(
request)
# extract PrepareCloudInfra action
prepare_infa_action = single(
actions, lambda x: isinstance(x, PrepareCloudInfra))
# extract CreateKeys action
create_keys_action = single(
actions, lambda x: isinstance(x, CreateKeys))
# extract PrepareSubnet actions
prepare_subnet_actions = list(
filter(lambda x: isinstance(x, PrepareSubnet), actions))
action_results = HeavenlyCloudServiceWrapper.prepare_sandbox_infra(
logger, cloud_provider_resource, prepare_infa_action,
create_keys_action, prepare_subnet_actions,
cancellation_context)
self._log(logger, 'PrepareSandboxInfra_action_results',
action_results)
return DriverResponse(action_results).to_driver_response_json()
def Deploy(self, context, request=None, cancellation_context=None):
"""
Deploy
:param ResourceCommandContext context:
:param str request: A JSON string with the list of requested deployment actions
:param CancellationContext cancellation_context:
:return:
:rtype: str
"""
with LoggingSessionContext(context) as logger:
with ErrorHandlingContext(logger):
self._log_value(logger, 'deploy_request', request)
self._log_value(logger, 'deploy_context', context)
# parse the json strings into action objects
cloud_provider_resource = HeavenlyCloudsShell.create_from_context(
context)
actions = self.request_parser.convert_driver_request_to_actions(
request)
# extract DeployApp action
deploy_action = single(actions,
lambda x: isinstance(x, DeployApp))
# if we have multiple supported deployment options use the 'deploymentPath' property
# to decide which deployment option to use.
deployment_name = deploy_action.actionParams.deployment.deploymentPath
self._log_value(logger, 'deployment_name', deployment_name)
_my_deploy_method = self.deployments[deployment_name]
deploy_result = _my_deploy_method(cloud_provider_resource,
deploy_action,
cancellation_context, logger)
self._log_value(logger, 'deploy_result', deploy_result)
return DriverResponse([deploy_result
]).to_driver_response_json()
def Deploy(self, context, request=None, cancellation_context=None):
"""
Deploy
:param ResourceCommandContext context:
:param str request: A JSON string with the list of requested deployment actions
:param CancellationContext cancellation_context:
:return:
:rtype: str
"""
with LoggingSessionContext(context) as logger, ErrorHandlingContext(logger):
with CloudShellSessionContext(context) as cloudshell_session:
self._log(logger, 'deploy_request', request)
self._log(logger, 'deploy_context', context)
cloud_provider_resource = Nutanixshell.create_from_context(context)
decrypted_pass = cloudshell_session.DecryptPassword(cloud_provider_resource.password).Value
nutanix_service = NutanixService(context.resource.address, cloud_provider_resource.user, decrypted_pass)
# parse the json strings into action objects
actions = self.request_parser.convert_driver_request_to_actions(request)
# extract DeployApp action
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
# if we have multiple supported deployment options use the 'deploymentPath' property
# to decide which deployment option to use.
# deployment_name = deploy_action.actionParams.deployment.deploymentPath
deploy_result = nutanix_service.clone_vm(deploy_action, cloud_provider_resource.storage_container_name)
self._log(logger, 'deploy_result', deploy_result)
return DriverResponse([deploy_result]).to_driver_response_json()
def PrepareSandboxInfra(self, context, request, cancellation_context):
""" Called by CloudShell Orchestration during the Setup process
in order to populate information about the networking environment used by the sandbox
:param context: ResourceRemoteCommandContext
:param request: Actions to be performed to prepare the networking environment sent by CloudShell Server
:param cancellation_context:
:return:
"""
with LoggingSessionContext(context) as logger:
resource_config = ShellResource.create_from_context(context)
resource_config.api.WriteMessageToReservationOutput(
resource_config.reservation_id,
"Preparing Sandbox Connectivity...")
logger.info(f"REQUEST: {request}")
logger.info("Cloud Provider Name: {}".format(resource_config.name))
r_id, reservation_details = get_reservation_details(
api=resource_config.api,
reservation_id=resource_config.reservation_id,
cloud_provider_name=resource_config.name)
logger.info(
"Initial Reservation <{res_id}> Details: {details}".format(
res_id=r_id, details=reservation_details))
json_request = json.loads(request)
vcn_action_id = ""
subnet_dict = {}
subnet_results = []
for action in json_request["driverRequest"]["actions"]:
if action["type"] == "prepareCloudInfra":
vcn_action_id = action.get("actionId")
elif action["type"] == "prepareSubnet":
subnet_action_id = action.get("actionId")
subnet_cidr = action.get("actionParams", {}).get("cidr")
subnet_alias = action.get("actionParams", {}).get("alias")
subnet_dict[subnet_cidr] = (subnet_action_id, subnet_alias)
elif action["type"] == "createKeys":
keys_action_id = action.get("actionId")
prepare_network_result = PrepareCloudInfraResult(vcn_action_id)
virl_api = VIRL_API(host=resource_config.address,
std_port=resource_config.std_port,
uwm_port=resource_config.uwm_port,
username=resource_config.username,
password=resource_config.password)
avail_image_types = virl_api.get_available_image_types()
default_gateway_info = virl_api.get_default_gateway()
# resources = {}
for res_name, res_params in reservation_details["resources"].items(
):
image_type = res_params.get("image type")
if image_type not in avail_image_types:
raise VIRLShellError(
f"Unable to find requested Image Type {image_type}>. "
f"Avail images: {avail_image_types}")
# NX-OS hack with IP address determination
# if image_type in self.NEED_IP_ADDRESS:
# res_params["ip address"] = virl_api.get_dhcp_ipaddr(network_name=resource_config.mgmt_network)
# resources.update({res_name: res_params})
# res_details.update({"resources": resources, "default_gateway_info": default_gateway_info})
reservation_details.update(
{"default_gateway_info": default_gateway_info})
logger.info(f"Updated Reservation Details: {reservation_details}")
topology = Topology(**reservation_details)
topology_data = topology.create_topology(
mgmt_net_name=resource_config.mgmt_network,
template_path=resource_config.templates_path)
logger.info(f"Topology Data: {topology_data}")
virl_api.upload_topology(
topology_data=topology_data,
reservation_id=resource_config.reservation_id)
ifaces_info = virl_api.get_ifaces_info(
topology_name=resource_config.reservation_id)
for subnet_action_cidr, (subnet_action_id,
alias) in subnet_dict.items():
logger.info(
f"ACTIONS: {subnet_action_id}, {alias}, {subnet_action_cidr}"
)
action_id = None
if alias == "DefaultSubnet":
action_id = subnet_action_id
subnet_id = resource_config.mgmt_network
else:
for connection in reservation_details.get(
"connections", []):
logger.info("ACTION CIDR: {}, CONN NETWORK: {}".format(
subnet_action_cidr, connection.get("network")))
if connection.get("network") == subnet_action_cidr:
action_id = subnet_action_id
break
if not action_id and subnet_action_cidr in reservation_details.get(
"subnets", {}).values():
action_id = subnet_action_id
# else:
if not action_id:
raise VIRLShellError(
f"Couldn't find appropriate network for action id {subnet_action_id}"
)
subnet_id = None
for _, node_params in ifaces_info.items():
for node in node_params:
address = node.get("ipv4")
if address and ipaddress.ip_address(
address) in ipaddress.ip_network(
subnet_action_cidr):
subnet_id = node.get("network")
break
if subnet_id:
break
subnet_result = PrepareSubnetActionResult()
subnet_result.actionId = action_id
subnet_result.subnetId = subnet_id
subnet_result.infoMessage = "Success"
subnet_results.append(subnet_result)
prepare_network_result.infoMessage = "PrepareConnectivity finished successfully"
create_key_result = CreateKeysActionResult(actionId=keys_action_id,
infoMessage="",
accessKey="")
results = [prepare_network_result, create_key_result]
results.extend(subnet_results)
result = DriverResponse(results).to_driver_response_json()
logger.info(f"Prepare result {result}")
return result
def PrepareSandboxInfra(self, context, request, cancellation_context):
actions = self.request_parser.convert_driver_request_to_actions(request)
results = self.azure_shell.prepare_connectivity(context, actions, cancellation_context)
return DriverResponse(results).to_driver_response_json()
def Deploy(self, context, request=None, cancellation_context=None):
"""
:param ResourceCommandContext context:
:param str request: json string to be parsed
:param cancellation_context:
:return:
"""
RESOURCE_POOL_ATTR = "App Pool Name"
CP_RESTRICTED_ATTR = "Restricted App Model Pools"
api = CloudShellSessionContext(context).get_api()
res_id = context.reservation.reservation_id
# VALIDATE THAT CLOUD PROVIDER RESOURCE HAS POOL LIST Attribute
cp_attrs = context.resource.attributes
try:
cp_pool_list_val = cp_attrs[CP_RESTRICTED_ATTR]
except KeyError:
pass
else:
api.WriteMessageToReservationOutput(res_id,
"=== full request json ===")
api.WriteMessageToReservationOutput(res_id, request)
request_obj = json.loads(request)
request_action_params = request_obj["driverRequest"]["actions"][0][
"actionParams"]
app_name = request_action_params["appName"]
deployment = request_action_params["deployment"]
app_resource = request_action_params["appResource"]
app_resource_attrs = app_resource["attributes"]
pool_attr_search = [
attr for attr in app_resource_attrs
if attr["attributeName"] == RESOURCE_POOL_ATTR
]
if pool_attr_search:
app_pool_attr_val = pool_attr_search[0]["attributeValue"]
restricted_attrs_dict = get_cp_restricted_attrs_dict(
cp_pool_list_val)
try:
app_pool_limit = restricted_attrs_dict[app_pool_attr_val]
except KeyError:
not_found_msg = "{} pool name key not in cp restricted list {}".format(
app_pool_attr_val, restricted_attrs_dict)
api.WriteMessageToReservationOutput(res_id, not_found_msg)
else:
# count deployed apps
all_generic_app_resources = api.FindResources(
resourceFamily="Generic App Family").Resources
# collect matching apps
matching_apps = []
for resource in all_generic_app_resources:
attrs = api.GetResourceDetails(
resource.Name).ResourceAttributes
attr_search = [
attr for attr in attrs
if attr.Name == RESOURCE_POOL_ATTR
]
if attr_search:
attr_val = attr_search[0].Value
if attr_val == app_pool_attr_val:
matching_apps.append(resource)
# PERFORM VALIDATION
if len(matching_apps) >= int(app_pool_limit):
matching_app_names = [r.Name for r in matching_apps]
exc_msg = "Can not deploy '{}'. The pool '{}' has reached it's limit of {}. Current Apps in Pool: {}".format(
app_name, app_pool_attr_val, app_pool_limit,
matching_app_names)
api.WriteMessageToReservationOutput(
res_id, '<span style="color:red">{}</span>'.format(
exc_msg))
raise AppLimitDeploymentError(exc_msg)
actions = self.request_parser.convert_driver_request_to_actions(
request)
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
deployment_name = deploy_action.actionParams.deployment.deploymentPath
if deployment_name in self.deployments.keys():
deploy_method = self.deployments[deployment_name]
deploy_result = deploy_method(context, deploy_action,
cancellation_context)
return DriverResponse([deploy_result]).to_driver_response_json()
else:
raise Exception('Could not find the deployment')
def Deploy(self, context, request, cancellation_context=None):
"""
Called when reserving a sandbox during setup, a call for each app in the sandbox.
Method creates the compute resource in the cloud provider - VM instance or container.
If App deployment fails, return a "success false" action result.
:param ResourceCommandContext context:
:param str request: A JSON string with the list of requested deployment actions
:param CancellationContext cancellation_context:
:return:
:rtype: str
"""
'''
# parse the json strings into action objects
actions = self.request_parser.convert_driver_request_to_actions(request)
# extract DeployApp action
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
# if we have multiple supported deployment options use the 'deploymentPath' property
# to decide which deployment option to use.
deployment_name = deploy_action.actionParams.deployment.deploymentPath
deploy_result = _my_deploy_method(context, actions, cancellation_context)
return DriverResponse(deploy_result).to_driver_response_json()
'''
with LoggingSessionContext(context) as logger:
logger.info(request)
api = CloudShellSessionContext(context).get_api()
resource_config = JuniperCPResourceConfig.from_context(
self.SHELL_NAME, context, api, self.SUPPORTED_OS)
cli_configurator = JuniperCliConfigurator(CLI(self._session_pool),
resource_config, logger)
ls_flow = CreateRemoveLSFlow(cli_configurator, logger)
actions = DriverRequestParser().convert_driver_request_to_actions(
request)
reservation_details = api.GetReservationDetails(
context.reservation.reservation_id,
disableCache=True).ReservationDescription
results = []
for deploy_action in actions:
app_name = deploy_action.actionParams.appName
int_list = self._get_int_names(reservation_details, app_name)
logger.info("{}:{}".format(app_name, str(int_list)))
if not int_list:
raise Exception(
"Failed to deploy Logical System without interfaces. "
"Please create appropriate connections")
vm_uuid = self._build_uuid(app_name,
context.reservation.reservation_id)
ls_name = "VR-{}".format(vm_uuid)
vm_name = "{}-{}".format(app_name, ls_name)
int_list = ls_flow.create_ls(ls_name, int_list)
vm_instance_data = [
VmDetailsProperty(self.ATTRIBUTE.INST_UUID, vm_uuid),
VmDetailsProperty(self.ATTRIBUTE.LS_NAME, ls_name),
]
vm_interfaces_data = [
VmDetailsProperty("vNIC {} Name".format(i), int_list[i])
for i in range(len(int_list))
]
vm_instance_data.extend(vm_interfaces_data)
deploy_result = DeployAppResult(
actionId=deploy_action.actionId,
infoMessage="Deployment Completed Successfully",
vmUuid=vm_uuid,
vmName=vm_name,
deployedAppAddress="",
deployedAppAttributes=[],
vmDetailsData=VmDetailsData(vm_instance_data))
results.append(deploy_result)
return DriverResponse(results).to_driver_response_json()
def RemoveTrafficMirroring(self, context, request):
action_results = self.aws_shell.remove_traffic_mirroring(
context, request)
return DriverResponse(action_results).to_driver_response_json()
def Deploy(self, context, request=None, cancellation_context=None):
self.logger.info('inside Deploy')
"""
Deploy
:param ResourceCommandContext context:
:param str request: A JSON string with the list of requested deployment actions
:param CancellationContext cancellation_context:
:return:
:rtype: str
"""
'''
# parse the json strings into action objects
actions = self.request_parser.convert_driver_request_to_actions(request)
# extract DeployApp action
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
# if we have multiple supported deployment options use the 'deploymentPath' property
# to decide which deployment option to use.
deployment_name = deploy_action.actionParams.deployment.deploymentPath
deploy_result = _my_deploy_method(context, actions, cancellation_context)
return DriverResponse(deploy_result).to_driver_response_json()
'''
self.logger.info('got into deploy')
json_req = json.dumps(request,
default=lambda o: o.__dict__,
sort_keys=True,
indent=4)
self.logger.info(json_req)
actions = self.request_parser.convert_driver_request_to_actions(
request)
self.logger.info('connecting')
cloud = self._connect_to_cloud(context)
self.logger.info('deploying')
self.logger.info('deployed')
deploy_action = single(actions, lambda x: isinstance(x, DeployApp))
self.logger.info('deploy action JSON')
#delete me
if (isinstance(deploy_action, DeployApp)):
pass
deployment_name = deploy_action.actionParams.deployment.deploymentPath
raw_result = self.deploy_hwc_from_image(context, deploy_action,
cancellation_context, cloud)
#delete me
if (isinstance(raw_result, Server)):
pass
deploy_result = DeployAppResult(
vmName=raw_result.name,
actionId=deploy_action.actionId,
vmUuid='',
success=True,
deployedAppAddress=raw_result.addresses.get(
raw_result.addresses.keys()[0])[0].get('addr'),
deployedAppAttributes=[],
vmDetailsData=None
#vmDetailsData=VmDetailsCreator.extract_vm_details(raw_result)
)
# handle if Elastic IP is needed
if deploy_action.actionParams.deployment.attributes.get(
'Huaweicloud.HWC_deploy_from_image.EIP') == 'True':
new_ip = cloud.createEIP(cloud.get_vm_port_id(raw_result))
my_response = DriverResponse([deploy_result]).to_driver_response_json()
self.logger.info('my response is : {0}'.format(my_response))
return my_response
