def config_v2_svc_chain(self, stack_name):
svc_pt_hs = self.config_heat_obj(stack_name)
stack = svc_pt_hs.heat_client_obj
op = stack.stacks.get(stack_name).outputs
time.sleep(5)
for output in op:
if output['output_key'] == 'left_VM_ID':
left_vm_id = output['output_value']
elif output['output_key'] == 'right_VM_ID':
right_vm_id = output['output_value']
elif output['output_key'] == 'left_vn_FQDN':
left_vn_fqdn = output['output_value']
elif output['output_key'] == 'right_vn_FQDN':
right_vn_fqdn = output['output_value']
elif output['output_key'] == 'si_fqdn':
si_fqdn = output['output_value']
elif output['output_key'] == 'si2_fqdn':
si2_fqdn = output['output_value']
si2_fqdn=":".join(si2_fqdn)
#Update the policy
si_fqdn=":".join(si_fqdn)
left_vn_fqdn=":".join(left_vn_fqdn)
right_vn_fqdn=":".join(right_vn_fqdn)
if 'multi' in stack_name:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance1_fq_name', si_fqdn], ['service_instance2_fq_name', si2_fqdn]])
else:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance_fq_name', si_fqdn]])
left_vm = VMFixture(connections=self.connections,uuid = left_vm_id, image_name = 'cirros-0.3.0-x86_64-uec')
left_vm.read()
left_vm.verify_on_setup()
right_vm = VMFixture(connections=self.connections,uuid = right_vm_id, image_name = 'cirros-0.3.0-x86_64-uec')
right_vm.read()
right_vm.verify_on_setup()
assert left_vm.ping_with_certainty(right_vm.vm_ip, expectation=True)
def config_v2_svc_chain(self, stack_name):
template = self.get_template(template_name=stack_name)
env = self.get_env(env_name=stack_name)
stack_name = get_random_name(stack_name)
self.nova_h.get_image(env['parameters']['image'])
self.nova_h.get_flavor(env['parameters']['flavor'])
for k in [
'service_template_properties_image_name',
'service_template1_properties_image_name',
'service_template2_properties_image_name', 'svm1_image'
]:
if k in env['parameters']:
self.nova_h.get_image(env['parameters'][k])
svc_pt_hs = self.config_heat_obj(stack_name, template, env)
stack = svc_pt_hs.heat_client_obj
op = stack.stacks.get(stack_name).outputs
time.sleep(5)
for output in op:
if output['output_key'] == 'left_VM_ID':
left_vm_id = output['output_value']
elif output['output_key'] == 'left_VM1_ID':
left_vm1_id = output['output_value']
elif output['output_key'] == 'left_VM2_ID':
left_vm2_id = output['output_value']
elif output['output_key'] == 'right_VM_ID':
right_vm_id = output['output_value']
elif output['output_key'] == 'right_VM1_ID':
right_vm1_id = output['output_value']
elif output['output_key'] == 'right_VM2_ID':
right_vm2_id = output['output_value']
elif output['output_key'] == 'left_vn_FQDN':
left_vn_fqdn = output['output_value']
elif output['output_key'] == 'right_vn_FQDN':
right_vn_fqdn = output['output_value']
elif output['output_key'] == 'si_fqdn':
si_fqdn = output['output_value']
elif output['output_key'] == 'si2_fqdn':
si2_fqdn = output['output_value']
si2_fqdn = ":".join(si2_fqdn)
elif output['output_key'] == 'left_VM1_IP_ADDRESS':
left_vm1_ip_address = output['output_value']
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix = left_vm1_ip_address
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len = "32"
elif output['output_key'] == 'right_VM1_IP_ADDRESS':
right_vm1_ip_address = output['output_value']
network_policy_entries_policy_rule_dst_addresses_subnet_ip_prefix = right_vm1_ip_address
network_policy_entries_policy_rule_dst_addresses_subnet_ip_prefix_len = "32"
#Update the policy
si_fqdn = ":".join(si_fqdn)
left_vn_fqdn = ":".join(left_vn_fqdn)
right_vn_fqdn = ":".join(right_vn_fqdn)
if 'multi' in stack_name:
self.update_stack(
svc_pt_hs,
change_sets=[['left_vn_fqdn', left_vn_fqdn],
['right_vn_fqdn', right_vn_fqdn],
['service_instance1_fq_name', si_fqdn],
['service_instance2_fq_name', si2_fqdn]])
else:
if 'cidr' in stack_name:
if 'src_cidr' in stack_name:
self.update_stack(
svc_pt_hs,
change_sets=
[['left_vn_fqdn', left_vn_fqdn],
['right_vn_fqdn', right_vn_fqdn],
['service_instance_fq_name', si_fqdn],
[
'network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix',
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix
],
[
'network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len',
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len
]])
else:
self.update_stack(
svc_pt_hs,
change_sets=[['left_vn_fqdn', left_vn_fqdn],
['right_vn_fqdn', right_vn_fqdn],
['service_instance_fq_name', si_fqdn]])
if 'cidr' in stack_name:
if 'src_cidr' in stack_name:
# 2 VMs in the left_vn
left_vm1 = VMFixture(connections=self.connections,
uuid=left_vm1_id,
image_name='cirros')
left_vm1.read()
left_vm1.verify_on_setup()
left_vm2 = VMFixture(connections=self.connections,
uuid=left_vm2_id,
image_name='cirros')
left_vm2.read()
left_vm2.verify_on_setup()
# One VM in the right_vn
right_vm = VMFixture(connections=self.connections,
uuid=right_vm_id,
image_name='cirros')
right_vm.read()
right_vm.verify_on_setup()
# Ping from left_vm1 to right_vm should pass
assert left_vm1.ping_with_certainty(right_vm.vm_ip,
expectation=True)
# Ping from left_vm2 to right_vm should fail
assert left_vm2.ping_with_certainty(right_vm.vm_ip,
expectation=False)
else:
left_vm = VMFixture(connections=self.connections,
uuid=left_vm_id,
image_name='cirros')
left_vm.read()
left_vm.verify_on_setup()
right_vm = VMFixture(connections=self.connections,
uuid=right_vm_id,
image_name='cirros')
right_vm.read()
right_vm.verify_on_setup()
assert left_vm.ping_with_certainty(right_vm.vm_ip,
expectation=True)
def config_v2_svc_chain(self, stack_name):
template = self.get_template(template_name=stack_name)
env = self.get_env(env_name=stack_name)
stack_name = get_random_name(stack_name)
self.nova_h.get_image(env['parameters']['image'])
self.nova_h.get_flavor(env['parameters']['flavor'])
svc_pt_hs = self.config_heat_obj(stack_name, template, env)
stack = svc_pt_hs.heat_client_obj
op = stack.stacks.get(stack_name).outputs
time.sleep(5)
for output in op:
if output['output_key'] == 'left_VM_ID':
left_vm_id = output['output_value']
elif output['output_key'] == 'left_VM1_ID':
left_vm1_id = output['output_value']
elif output['output_key'] == 'left_VM2_ID':
left_vm2_id = output['output_value']
elif output['output_key'] == 'right_VM_ID':
right_vm_id = output['output_value']
elif output['output_key'] == 'right_VM1_ID':
right_vm1_id = output['output_value']
elif output['output_key'] == 'right_VM2_ID':
right_vm2_id = output['output_value']
elif output['output_key'] == 'left_vn_FQDN':
left_vn_fqdn = output['output_value']
elif output['output_key'] == 'right_vn_FQDN':
right_vn_fqdn = output['output_value']
elif output['output_key'] == 'si_fqdn':
si_fqdn = output['output_value']
elif output['output_key'] == 'si2_fqdn':
si2_fqdn = output['output_value']
si2_fqdn=":".join(si2_fqdn)
elif output['output_key'] == 'left_VM1_IP_ADDRESS':
left_vm1_ip_address = output['output_value']
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix = left_vm1_ip_address
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len = "32"
elif output['output_key'] == 'right_VM1_IP_ADDRESS':
right_vm1_ip_address = output['output_value']
network_policy_entries_policy_rule_dst_addresses_subnet_ip_prefix = right_vm1_ip_address
network_policy_entries_policy_rule_dst_addresses_subnet_ip_prefix_len = "32"
#Update the policy
si_fqdn=":".join(si_fqdn)
left_vn_fqdn=":".join(left_vn_fqdn)
right_vn_fqdn=":".join(right_vn_fqdn)
if 'multi' in stack_name:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance1_fq_name', si_fqdn], ['service_instance2_fq_name', si2_fqdn]])
else:
if 'cidr' in stack_name:
if 'src_cidr' in stack_name:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance_fq_name', si_fqdn], ['network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix', network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix], ['network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len', network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len]])
else:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance_fq_name', si_fqdn]])
if 'cidr' in stack_name:
if 'src_cidr' in stack_name:
# 2 VMs in the left_vn
left_vm1 = VMFixture(connections=self.connections,uuid = left_vm1_id, image_name = 'cirros')
left_vm1.read()
left_vm1.verify_on_setup()
left_vm2 = VMFixture(connections=self.connections,uuid = left_vm2_id, image_name = 'cirros')
left_vm2.read()
left_vm2.verify_on_setup()
# One VM in the right_vn
right_vm = VMFixture(connections=self.connections,uuid = right_vm_id, image_name = 'cirros')
right_vm.read()
right_vm.verify_on_setup()
# Ping from left_vm1 to right_vm should pass
assert left_vm1.ping_with_certainty(right_vm.vm_ip, expectation=True)
# Ping from left_vm2 to right_vm should fail
assert left_vm2.ping_with_certainty(right_vm.vm_ip, expectation=False)
else:
left_vm = VMFixture(connections=self.connections,uuid = left_vm_id, image_name = 'cirros')
left_vm.read()
left_vm.verify_on_setup()
right_vm = VMFixture(connections=self.connections,uuid = right_vm_id, image_name = 'cirros')
right_vm.read()
right_vm.verify_on_setup()
assert left_vm.ping_with_certainty(right_vm.vm_ip, expectation=True)
def config_v2_svc_chain(self, stack_name):
svc_pt_hs = self.config_heat_obj(stack_name)
stack = svc_pt_hs.heat_client_obj
op = stack.stacks.get(stack_name).outputs
time.sleep(5)
for output in op:
if output['output_key'] == 'left_VM_ID':
left_vm_id = output['output_value']
elif output['output_key'] == 'left_VM1_ID':
left_vm1_id = output['output_value']
elif output['output_key'] == 'left_VM2_ID':
left_vm2_id = output['output_value']
elif output['output_key'] == 'right_VM_ID':
right_vm_id = output['output_value']
elif output['output_key'] == 'right_VM1_ID':
right_vm1_id = output['output_value']
elif output['output_key'] == 'right_VM2_ID':
right_vm2_id = output['output_value']
elif output['output_key'] == 'left_vn_FQDN':
left_vn_fqdn = output['output_value']
elif output['output_key'] == 'right_vn_FQDN':
right_vn_fqdn = output['output_value']
elif output['output_key'] == 'si_fqdn':
si_fqdn = output['output_value']
elif output['output_key'] == 'si2_fqdn':
si2_fqdn = output['output_value']
si2_fqdn=":".join(si2_fqdn)
elif output['output_key'] == 'left_VM1_IP_ADDRESS':
left_vm1_ip_address = output['output_value']
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix = "left_vn"+":"+left_vm1_ip_address
network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len = "32"
elif output['output_key'] == 'right_VM1_IP_ADDRESS':
right_vm1_ip_address = output['output_value']
network_policy_entries_policy_rule_dst_addresses_subnet_ip_prefix = "right_vn"+":"+right_vm1_ip_address
network_policy_entries_policy_rule_dst_addresses_subnet_ip_prefix_len = "32"
#Update the policy
si_fqdn=":".join(si_fqdn)
left_vn_fqdn=":".join(left_vn_fqdn)
right_vn_fqdn=":".join(right_vn_fqdn)
if 'multi' in stack_name:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance1_fq_name', si_fqdn], ['service_instance2_fq_name', si2_fqdn]])
else:
if 'cidr' in stack_name:
if 'src_cidr' in stack_name:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance_fq_name', si_fqdn], ['network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix', network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix], ['network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len', network_policy_entries_policy_rule_src_addresses_subnet_ip_prefix_len]])
else:
self.update_stack(svc_pt_hs, change_sets=[['left_vn_fqdn', left_vn_fqdn], ['right_vn_fqdn', right_vn_fqdn], ['service_instance_fq_name', si_fqdn]])
if 'cidr' in stack_name:
if 'src_cidr' in stack_name:
# 2 VMs in the left_vn
left_vm1 = VMFixture(connections=self.connections,uuid = left_vm1_id, image_name = 'cirros-0.3.0-x86_64-uec')
left_vm1.read()
left_vm1.verify_on_setup()
left_vm2 = VMFixture(connections=self.connections,uuid = left_vm2_id, image_name = 'cirros-0.3.0-x86_64-uec')
left_vm2.read()
left_vm2.verify_on_setup()
# One VM in the right_vn
right_vm = VMFixture(connections=self.connections,uuid = right_vm_id, image_name = 'cirros-0.3.0-x86_64-uec')
right_vm.read()
right_vm.verify_on_setup()
# Ping from left_vm1 to right_vm should pass
assert left_vm1.ping_with_certainty(right_vm.vm_ip, expectation=True)
# Ping from left_vm2 to right_vm should fail
assert left_vm2.ping_with_certainty(right_vm.vm_ip, expectation=False)
else:
left_vm = VMFixture(connections=self.connections,uuid = left_vm_id, image_name = 'cirros-0.3.0-x86_64-uec')
left_vm.read()
left_vm.verify_on_setup()
right_vm = VMFixture(connections=self.connections,uuid = right_vm_id, image_name = 'cirros-0.3.0-x86_64-uec')
right_vm.read()
right_vm.verify_on_setup()
assert left_vm.ping_with_certainty(right_vm.vm_ip, expectation=True)
