def _data_wrapper(self, context, tenant_id, nf, **kwargs):
nfp_context = {}
description, str_description = (
utils.get_vpn_description_from_nf(nf))
description.update({'tenant_id': tenant_id})
context_resource_data = self._get_resource_data(description,
const.VPN)
resource = kwargs['rsrc_type']
resource_data = kwargs['resource']
# REVISIT(dpak): We need to avoid resource description
# dependency in OTC and instead use neutron context description.
resource_data['description'] = str_description
if resource.lower() == 'ipsec_site_connection':
nfp_context = {'network_function_id': nf['id'],
'ipsec_site_connection_id': kwargs[
'rsrc_id']}
ctx_dict, rsrc_ctx_dict = self.\
_prepare_resource_context_dicts(context, tenant_id,
resource, resource_data,
context_resource_data)
service_vm_context = utils.get_service_vm_context(
description['service_vendor'])
nfp_context.update({'neutron_context': ctx_dict,
'service_vm_context': service_vm_context,
'requester': 'nas_service',
'logging_context':
module_context.get()['log_context']})
resource_type = 'vpn'
kwargs.update({'neutron_context': rsrc_ctx_dict})
body = common.prepare_request_data(nfp_context, resource,
resource_type, kwargs,
description['service_vendor'])
self._update_request_data(body, description)
return body
def _data_wrapper(self, context, tenant_id, nf, **kwargs):
nfp_context = {}
str_description = nf['description'].split('\n')[1]
description = self._get_dict_desc_from_string(str_description)
resource = kwargs['rsrc_type']
resource_data = kwargs['resource']
resource_data['description'] = str_description
if resource.lower() == 'ipsec_site_connection':
nfp_context = {
'network_function_id': nf['id'],
'ipsec_site_connection_id': kwargs['rsrc_id']
}
ctx_dict, rsrc_ctx_dict = self.\
_prepare_resource_context_dicts(context, tenant_id,
resource, resource_data)
nfp_context.update({
'neutron_context': ctx_dict,
'requester': 'nas_service',
'logging_context': nfp_logging.get_logging_context()
})
resource_type = 'vpn'
kwargs.update({'neutron_context': rsrc_ctx_dict})
body = common.prepare_request_data(nfp_context, resource,
resource_type, kwargs,
description['service_vendor'])
return body
def _data_wrapper(self, context, firewall, host, nf, reason):
# Hardcoding the position for fetching data since we are owning
# its positional change
description = ast.literal_eval((nf['description'].split('\n'))[1])
fw_mac = description['provider_ptg_info'][0]
firewall.update({'description': str(description)})
kwargs = {
'context': context,
'firewall_policy_id': firewall['firewall_policy_id'],
'description': str(description),
'tenant_id': firewall['tenant_id']
}
ctx_dict, rsrc_ctx_dict = self._prepare_resource_context_dicts(
**kwargs)
nfp_context = {
'network_function_id': nf['id'],
'neutron_context': ctx_dict,
'fw_mac': fw_mac,
'requester': 'nas_service',
'logging_context': nfp_logging.get_logging_context()
}
resource = resource_type = 'firewall'
resource_data = {
resource: firewall,
'host': host,
'neutron_context': rsrc_ctx_dict
}
body = common.prepare_request_data(nfp_context, resource,
resource_type, resource_data,
description['service_vendor'])
return body
def _data_wrapper(self, context, tenant_id, name, reason, nf, **kwargs):
nfp_context = {}
description = ast.literal_eval((nf['description'].split('\n'))[1])
description.update({'tenant_id': tenant_id})
context_resource_data = df.get_network_function_info(
description, const.LOADBALANCERV2)
# REVISIT(dpak): We need to avoid resource description
# dependency in OTC and instead use neutron context description.
if name.lower() == 'loadbalancer':
lb_id = kwargs['loadbalancer']['id']
kwargs['loadbalancer'].update({'description': str(description)})
nfp_context = {'network_function_id': nf['id'],
'loadbalancer_id': kwargs['loadbalancer']['id']}
elif name.lower() == 'listener':
lb_id = kwargs['listener'].get('loadbalancer_id')
kwargs['listener']['description'] = str(description)
elif name.lower() == 'pool':
lb_id = kwargs['pool'].get('loadbalancer_id')
kwargs['pool']['description'] = str(description)
elif name.lower() == 'member':
pool = kwargs['member'].get('pool')
if pool:
lb_id = pool.get('loadbalancer_id')
kwargs['member']['description'] = str(description)
elif name.lower() == 'healthmonitor':
pool = kwargs['healthmonitor'].get('pool')
if pool:
lb_id = pool.get('loadbalancer_id')
kwargs['healthmonitor']['description'] = str(description)
else:
kwargs[name.lower()].update({'description': str(description)})
lb_id = kwargs[name.lower()].get('loadbalancer_id')
args = {'tenant_id': tenant_id,
'lb_id': lb_id,
'context': context,
'description': str(description),
'context_resource_data': context_resource_data}
ctx_dict, rsrc_ctx_dict = self._prepare_resource_context_dicts(**args)
service_vm_context = utils.get_service_vm_context(
description['service_vendor'])
nfp_context.update({'neutron_context': ctx_dict,
'requester': 'nas_service',
'logging_context':
module_context.get()['log_context'],
'service_vm_context': service_vm_context})
resource_type = 'loadbalancerv2'
resource = name
resource_data = {'neutron_context': rsrc_ctx_dict}
resource_data.update(**kwargs)
body = common.prepare_request_data(nfp_context, resource,
resource_type, resource_data,
description['service_vendor'])
return body
def _data_wrapper(self, context, tenant_id, name, reason, nf, **kwargs):
nfp_context = {}
description = ast.literal_eval((nf['description'].split('\n'))[1])
if name.lower() == 'loadbalancer':
lb_id = kwargs['loadbalancer']['id']
kwargs['loadbalancer'].update({'description': str(description)})
nfp_context = {
'network_function_id': nf['id'],
'loadbalancer_id': kwargs['loadbalancer']['id']
}
elif name.lower() == 'listener':
lb_id = kwargs['listener'].get('loadbalancer_id')
kwargs['listener']['description'] = str(description)
elif name.lower() == 'pool':
lb_id = kwargs['pool'].get('loadbalancer_id')
kwargs['pool']['description'] = str(description)
elif name.lower() == 'member':
pool = kwargs['member'].get('pool')
if pool:
lb_id = pool.get('loadbalancer_id')
kwargs['member']['description'] = str(description)
elif name.lower() == 'healthmonitor':
pool = kwargs['healthmonitor'].get('pool')
if pool:
lb_id = pool.get('loadbalancer_id')
kwargs['healthmonitor']['description'] = str(description)
else:
kwargs[name.lower()].update({'description': str(description)})
lb_id = kwargs[name.lower()].get('loadbalancer_id')
args = {
'tenant_id': tenant_id,
'lb_id': lb_id,
'context': context,
'description': str(description)
}
ctx_dict, rsrc_ctx_dict = self._prepare_resource_context_dicts(**args)
nfp_context.update({
'neutron_context': ctx_dict,
'requester': 'nas_service',
'logging_context': nfp_logging.get_logging_context()
})
resource_type = 'loadbalancerv2'
resource = name
resource_data = {'neutron_context': rsrc_ctx_dict}
resource_data.update(**kwargs)
body = common.prepare_request_data(nfp_context, resource,
resource_type, resource_data,
description['service_vendor'])
return body
def _data_wrapper(self, context, firewall, host, nf, reason):
# Hardcoding the position for fetching data since we are owning
# its positional change
description = ast.literal_eval((nf['description'].split('\n'))[1])
description.update({'tenant_id': firewall['tenant_id']})
context_resource_data = self._get_resource_data(
description, const.FIREWALL)
fw_mac = description['provider_ptg_info'][0]
# REVISIT(dpak): We need to avoid resource description
# dependency in OTC and instead use neutron context description.
firewall.update({'description': str(description)})
kwargs = {
'context': context,
'context_resource_data': context_resource_data,
'firewall_policy_id': firewall['firewall_policy_id'],
'description': str(description),
'tenant_id': firewall['tenant_id']
}
ctx_dict, rsrc_ctx_dict = self._prepare_resource_context_dicts(
**kwargs)
service_vm_context = utils.get_service_vm_context(
description['service_vendor'])
nfp_context = {
'network_function_id': nf['id'],
'neutron_context': ctx_dict,
'fw_mac': fw_mac,
'requester': 'nas_service',
'logging_context': module_context.get()['log_context'],
'service_vm_context': service_vm_context
}
resource = resource_type = 'firewall'
resource_data = {
resource: firewall,
'host': host,
'neutron_context': rsrc_ctx_dict
}
body = common.prepare_request_data(nfp_context, resource,
resource_type, resource_data,
description['service_vendor'])
self._update_request_data(body, description)
return body
def _data_wrapper(self, context, tenant_id, nf, **kwargs):
nfp_context = {}
description, str_description = (utils.get_vpn_description_from_nf(nf))
description.update({'tenant_id': tenant_id})
context_resource_data = self._get_resource_data(description, const.VPN)
resource = kwargs['rsrc_type']
resource_data = kwargs['resource']
# REVISIT(dpak): We need to avoid resource description
# dependency in OTC and instead use neutron context description.
resource_data['description'] = str_description
if resource.lower() == 'ipsec_site_connection':
nfp_context = {
'network_function_id': nf['id'],
'ipsec_site_connection_id': kwargs['rsrc_id']
}
ctx_dict, rsrc_ctx_dict = self.\
_prepare_resource_context_dicts(context, tenant_id,
resource, resource_data,
context_resource_data)
service_vm_context = utils.get_service_vm_context(
description['service_vendor'])
nfp_context.update({
'neutron_context':
ctx_dict,
'service_vm_context':
service_vm_context,
'requester':
'nas_service',
'logging_context':
module_context.get()['log_context']
})
resource_type = 'vpn'
kwargs.update({'neutron_context': rsrc_ctx_dict})
body = common.prepare_request_data(nfp_context, resource,
resource_type, kwargs,
description['service_vendor'])
self._update_request_data(body, description)
return body
def _data_wrapper(self, context, firewall, host, nf, reason):
# Hardcoding the position for fetching data since we are owning
# its positional change
description = ast.literal_eval((nf['description'].split('\n'))[1])
description.update({'tenant_id': firewall['tenant_id']})
context_resource_data = self._get_resource_data(description,
const.FIREWALL)
fw_mac = description['provider_ptg_info'][0]
# REVISIT(dpak): We need to avoid resource description
# dependency in OTC and instead use neutron context description.
firewall.update({'description': str(description)})
kwargs = {'context': context,
'context_resource_data': context_resource_data,
'firewall_policy_id': firewall[
'firewall_policy_id'],
'description': str(description),
'tenant_id': firewall['tenant_id']}
ctx_dict, rsrc_ctx_dict = self._prepare_resource_context_dicts(
**kwargs)
service_vm_context = utils.get_service_vm_context(
description['service_vendor'])
nfp_context = {'network_function_id': nf['id'],
'neutron_context': ctx_dict,
'fw_mac': fw_mac,
'requester': 'nas_service',
'logging_context': module_context.get()['log_context'],
'service_vm_context': service_vm_context}
resource = resource_type = 'firewall'
resource_data = {resource: firewall,
'host': host,
'neutron_context': rsrc_ctx_dict}
body = common.prepare_request_data(nfp_context, resource,
resource_type, resource_data,
description['service_vendor'])
self._update_request_data(body, description)
return body
def _data_wrapper(self, context, tenant_id, name, reason, nf, **kwargs):
nfp_context = {}
description = ast.literal_eval((nf['description'].split('\n'))[1])
description.update({'tenant_id': tenant_id})
context_resource_data = df.get_network_function_info(
description, const.LOADBALANCERV2)
# REVISIT(dpak): We need to avoid resource description
# dependency in OTC and instead use neutron context description.
if name.lower() == 'loadbalancer':
lb_id = kwargs['loadbalancer']['id']
kwargs['loadbalancer'].update({'description': str(description)})
nfp_context = {
'network_function_id': nf['id'],
'loadbalancer_id': kwargs['loadbalancer']['id']
}
elif name.lower() == 'listener':
lb_id = kwargs['listener'].get('loadbalancer_id')
kwargs['listener']['description'] = str(description)
elif name.lower() == 'pool':
lb_id = kwargs['pool'].get('loadbalancer_id')
kwargs['pool']['description'] = str(description)
elif name.lower() == 'member':
pool = kwargs['member'].get('pool')
if pool:
lb_id = pool.get('loadbalancer_id')
kwargs['member']['description'] = str(description)
elif name.lower() == 'healthmonitor':
pool = kwargs['healthmonitor'].get('pool')
if pool:
lb_id = pool.get('loadbalancer_id')
kwargs['healthmonitor']['description'] = str(description)
else:
kwargs[name.lower()].update({'description': str(description)})
lb_id = kwargs[name.lower()].get('loadbalancer_id')
args = {
'tenant_id': tenant_id,
'lb_id': lb_id,
'context': context,
'description': str(description),
'context_resource_data': context_resource_data
}
ctx_dict, rsrc_ctx_dict = self._prepare_resource_context_dicts(**args)
service_vm_context = utils.get_service_vm_context(
description['service_vendor'])
nfp_context.update({
'neutron_context':
ctx_dict,
'requester':
'nas_service',
'logging_context':
module_context.get()['log_context'],
'service_vm_context':
service_vm_context
})
resource_type = 'loadbalancerv2'
resource = name
resource_data = {'neutron_context': rsrc_ctx_dict}
resource_data.update(**kwargs)
body = common.prepare_request_data(nfp_context, resource,
resource_type, resource_data,
description['service_vendor'])
return body
