def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
project_id = self.connections.get_project_id()
project_fq_name = self.connections.get_project_fq_name()
self.db = TestDB(args.db_file)
self.db.set_project_id(project_fq_name, project_id)
self.uuid = dict()
self.vm_connections_map = dict()
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
project_id = self.connections.get_project_id()
project_fq_name = self.connections.get_project_fq_name()
self.db = TestDB(args.db_file)
self.db.set_project_id(project_fq_name, project_id)
self.uuid = dict()
self.vm_connections_map = dict()
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
self.db = None
if args.db_file:
self.db = TestDB(args.db_file)
class verify(object):
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
self.db = None
if args.db_file:
self.db = TestDB(args.db_file)
def verify_router(self):
raise Exception('Not yet implemented')
def get_vdns_ids(self):
vdns = []
if self.db:
for fqname in self.db.list_vdns():
vdns.append(self.db.get_vdns_id(fqname))
return vdns
def get_fip_pool_ids(self):
fip_pools = []
if self.db:
for fqname in self.db.list_fip_pools():
fip_pools.append(self.db.get_fip_pool_id(fqname))
return fip_pools
def get_tenant_fqnames(self):
if self.args.tenant:
return [':'.join([self.connections.inputs.domain_name, self.args.tenant])]
if self.db:
return self.db.list_projects()
return []
def get_ipam_ids(self, project_fqname):
ipams = []
if self.db:
for fqname in self.db.list_ipams(project_fqname):
ipams.append(self.db.get_ipam_id(fqname))
return ipams
def get_vn_ids(self, project_fqname, connections):
if self.args.vn_name:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
assert vn_id, 'Unable to fetch ID of vn_name '+ self.args.vn_name
return [vn_id]
vns = []
if self.db:
for fqname in self.db.list_virtual_networks(project_fqname):
vn_id = self.db.get_virtual_network_id(fqname)
vns.append(vn_id)
return vns
def get_vm_details(self, vm_name, project_fqname, connections):
if self.args.vm_id:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
return (self.args.vm_id, [vn_id], self.args.username, self.args.password)
if self.db:
return self.db.get_virtual_machine(vm_name, project_fqname)
return None
def get_vm_names(self, project_fqname):
if self.args.vm_id:
return [self.args.vm_id]
if self.db:
return self.db.list_virtual_machines(project_fqname)
return []
def get_project_id(self, fqname):
if self.db:
return self.db.get_project_id(fqname)
else:
return self.connections.get_auth_h().get_project_id(fqname[-1])
def get_fip_ids(self, vm_name, project_fqname):
if self.db:
return self.db.get_fip_id_assoc(vm_name, project_fqname)
return []
def verify(self):
vdns_ids = self.args.vdns or self.get_vdns_ids()
for vdns_id in vdns_ids:
vDNS(self.connections).verify(vdns_id)
fip_pool_ids = self.args.fip_pool_id or self.get_fip_pool_ids()
for fip_pool in fip_pool_ids:
FloatingIPPool(self.connections).verify(fip_pool)
for tenant_fqname in self.get_tenant_fqnames():
project_id = self.get_project_id(tenant_fqname)
project_obj = Project(self.connections)
project_obj.verify(project_id)
connections = project_obj.get_connections()
ipam_ids = self.args.ipam or self.get_ipam_ids(tenant_fqname)
for ipam_id in ipam_ids:
IPAM(connections).verify(ipam_id)
for vn_id in self.get_vn_ids(tenant_fqname, connections):
VN(connections).verify(vn_id)
for vm_name in self.get_vm_names(tenant_fqname):
(vm_id, vn_ids, username, password) = \
self.get_vm_details(vm_name, tenant_fqname, connections)
vm_obj = VM(connections)
vm_obj.verify(vm_id, vn_ids, username, password)
if self.args.vm_id:
vm_name = vm_obj.fq_name()
for fip_id in self.get_fip_ids(vm_name, tenant_fqname):
fip_obj = FloatingIPPool(self.connections)
fip_pool_id = fip_obj.get_fip_pool_id(fip_id)
fip_obj.verify_fip(fip_pool_id, fip_id, vm_id, vn_ids, connections)
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
self.db = None
if args.db_file:
self.db = TestDB(args.db_file)
class verify(object):
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
self.db = None
if args.db_file:
self.db = TestDB(args.db_file)
def verify_router(self):
raise Exception('Not yet implemented')
def get_vdns_ids(self):
vdns = []
if self.db:
for fqname in self.db.list_vdns():
vdns.append(self.db.get_vdns_id(fqname))
return vdns
def get_fip_pool_ids(self):
fip_pools = []
if self.db:
for fqname in self.db.list_fip_pools():
fip_pools.append(self.db.get_fip_pool_id(fqname))
return fip_pools
def get_tenant_fqnames(self):
if self.args.tenant:
return [
':'.join(
[self.connections.inputs.domain_name, self.args.tenant])
]
if self.db:
return self.db.list_projects()
return []
def get_ipam_ids(self, project_fqname):
ipams = []
if self.db:
for fqname in self.db.list_ipams(project_fqname):
ipams.append(self.db.get_ipam_id(fqname))
return ipams
def get_vn_ids(self, project_fqname, connections):
if self.args.vn_name:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
assert vn_id, 'Unable to fetch ID of vn_name ' + self.args.vn_name
return [vn_id]
vns = []
if self.db:
for fqname in self.db.list_virtual_networks(project_fqname):
vn_id = self.db.get_virtual_network_id(fqname)
vns.append(vn_id)
return vns
def get_vm_details(self, vm_name, project_fqname, connections):
if self.args.vm_id:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
return (self.args.vm_id, [vn_id], self.args.username,
self.args.password)
if self.db:
return self.db.get_virtual_machine(vm_name, project_fqname)
return None
def get_vm_names(self, project_fqname):
if self.args.vm_id:
return [self.args.vm_id]
if self.db:
return self.db.list_virtual_machines(project_fqname)
return []
def get_project_id(self, fqname):
if self.db:
return self.db.get_project_id(fqname)
else:
return self.connections.get_auth_h().get_project_id(fqname[-1])
def get_fip_ids(self, vm_name, project_fqname):
if self.db:
return self.db.get_fip_id_assoc(vm_name, project_fqname)
return []
def verify(self):
vdns_ids = self.args.vdns or self.get_vdns_ids()
for vdns_id in vdns_ids:
vDNS(self.connections).verify(vdns_id)
fip_pool_ids = self.args.fip_pool_id or self.get_fip_pool_ids()
for fip_pool in fip_pool_ids:
FloatingIPPool(self.connections).verify(fip_pool)
for tenant_fqname in self.get_tenant_fqnames():
project_id = self.get_project_id(tenant_fqname)
project_obj = Project(self.connections)
project_obj.verify(project_id)
connections = project_obj.get_connections()
ipam_ids = self.args.ipam or self.get_ipam_ids(tenant_fqname)
for ipam_id in ipam_ids:
IPAM(connections).verify(ipam_id)
for vn_id in self.get_vn_ids(tenant_fqname, connections):
VN(connections).verify(vn_id)
for vm_name in self.get_vm_names(tenant_fqname):
(vm_id, vn_ids, username, password) = \
self.get_vm_details(vm_name, tenant_fqname, connections)
vm_obj = VM(connections)
vm_obj.verify(vm_id, vn_ids, username, password)
if self.args.vm_id:
vm_name = vm_obj.fq_name()
for fip_id in self.get_fip_ids(vm_name, tenant_fqname):
fip_obj = FloatingIPPool(self.connections)
fip_pool_id = fip_obj.get_fip_pool_id(fip_id)
fip_obj.verify_fip(fip_pool_id, fip_id, vm_id, vn_ids,
connections)
class delete(object):
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
self.db = None
if args.db_file:
self.db = TestDB(args.db_file)
def get_vdns_ids(self):
if not self.args.delete_vdns or self.args.tenant:
return []
vdns = []
if self.db:
for fqname in self.db.list_vdns():
vdns.append(self.db.get_vdns_id(fqname))
return vdns
def get_fip_pool_ids(self):
if not self.args.delete_fip_pool or self.args.tenant:
return []
fip_pools = []
if self.db:
for fqname in self.db.list_fip_pools():
fip_pools.append(self.db.get_fip_pool_id(fqname))
return fip_pools
def get_tenant_fqnames(self):
if self.args.tenant:
return [
':'.join(
[self.connections.inputs.domain_name, self.args.tenant])
]
if self.db:
return self.db.list_projects()
return []
def get_ipam_ids(self, project_fqname):
ipams = []
if not self.args.delete_ipam or self.args.vn_name:
return ipams
if self.args.ipam:
return self.args.ipam
if self.db:
for fqname in self.db.list_ipams(project_fqname):
ipams.append(self.db.get_ipam_id(fqname))
return ipams
def get_vn_ids(self, project_fqname, connections):
if self.args.vm_id:
return []
if self.args.vn_name:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
assert vn_id, 'Unable to fetch ID of vn_name ' + self.args.vn_name
return [vn_id]
vns = []
if self.db:
for fqname in self.db.list_virtual_networks(project_fqname):
vn_id = self.db.get_virtual_network_id(fqname)
vns.append(vn_id)
return vns
def get_vm_details(self, vm_name, project_fqname, connections):
if self.args.vm_id:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
return (self.args.vm_id, [vn_id], '', '')
if self.db:
return self.db.get_virtual_machine(vm_name, project_fqname)
return None
def get_vm_names(self, project_fqname):
if self.args.vm_id:
return [self.args.vm_id]
if self.db:
return self.db.list_virtual_machines(project_fqname)
return []
def get_router_ids(self, project_fqname):
if not self.args.delete_snat or self.args.vn_name:
return []
if self.args.router_id:
return [self.args.router_id]
if self.db:
rtr_ids = []
for rtr in self.db.list_logical_routers():
if project_fqname not in rtr:
continue
rtr_ids.append(self.db.get_logical_router_id(rtr))
return rtr_ids
return []
def get_project_id(self, fqname):
if self.db:
return self.db.get_project_id(fqname)
else:
return self.connections.get_auth_h().get_project_id(fqname[-1])
def get_fip_ids(self, vm_name, project_fqname):
if self.db:
return self.db.get_fip_id_assoc(vm_name, project_fqname)
return []
def _delete(self, tenant_fqname, connections):
for vm_name in self.get_vm_names(tenant_fqname):
(vm_id, vn_ids, username, password) = \
self.get_vm_details(vm_name, tenant_fqname, connections)
obj = VM(connections)
if self.args.vm_id:
vm_name = obj.fq_name(vm_id)
for fip_id in self.get_fip_ids(vm_name, tenant_fqname):
fip_obj = FloatingIPPool(self.connections)
fip_pool_id = fip_obj.get_fip_pool_id(fip_id)
fip = fip_obj.get_fip_from_id(fip_id)
fip_obj.disassociate_fip(fip_pool_id, fip_id)
fip_obj.verify_no_fip(fip_pool_id, fip_id, vm_id, fip)
if self.db:
self.db.delete_fip(fip_obj.fq_name(), fip_id)
self.db.disassociate_fip_from_vm(vm_name, tenant_fqname,
fip_id)
obj.delete(vm_id, vn_ids)
if self.db:
self.db.delete_virtual_machine(vm_name, tenant_fqname)
for router_id in self.get_router_ids(tenant_fqname):
router_obj = LogicalRouter(connections)
fqname = router_obj.fq_name(router_id)
router_obj.delete(router_id)
if self.db:
self.db.delete_logical_router(fqname)
#ToDo: msenthil - Link LR and VNs
for vn_id in self.get_vn_ids(tenant_fqname, connections):
obj = VN(connections)
fqname = obj.fq_name(vn_id)
obj.delete(vn_id)
if self.db:
self.db.delete_virtual_network(fqname)
ipam_ids = self.get_ipam_ids(tenant_fqname)
for ipam_id in ipam_ids:
obj = IPAM(connections)
fqname = obj.fq_name(ipam_id)
obj.delete(ipam_id)
if self.db:
self.db.delete_ipam(fqname)
def delete(self):
for tenant_fqname in self.get_tenant_fqnames():
if tenant_fqname == ':'.join(
self.connections.get_project_fq_name()):
continue
project_obj = Project(self.connections)
project_id = self.get_project_id(tenant_fqname)
connections = project_obj.get_connections(project_id)
self._delete(tenant_fqname, connections)
if not self.args.vn_name and self.args.delete_ipam:
project_obj.delete(project_id)
if self.db:
self.db.delete_project(tenant_fqname)
fip_pool_ids = self.get_fip_pool_ids()
for fip_pool in fip_pool_ids:
obj = FloatingIPPool(self.connections)
fqname = obj.fq_name(fip_pool)
obj.delete(fip_pool)
if self.db:
self.db.delete_fip_pool(fqname)
self._delete(':'.join(self.connections.get_project_fq_name()),
self.connections)
vdns_ids = self.get_vdns_ids()
for vdns_id in vdns_ids:
obj = vDNS(self.connections)
fqname = obj.fq_name(vdns_id)
obj.delete(vdns_id)
if self.db:
self.db.delete_vdns(fqname)
class delete(object):
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
self.db = None
if args.db_file:
self.db = TestDB(args.db_file)
def get_vdns_ids(self):
if not self.args.delete_vdns or self.args.tenant:
return []
vdns = []
if self.db:
for fqname in self.db.list_vdns():
vdns.append(self.db.get_vdns_id(fqname))
return vdns
def get_fip_pool_ids(self):
if not self.args.delete_fip_pool or self.args.tenant:
return []
fip_pools = []
if self.db:
for fqname in self.db.list_fip_pools():
fip_pools.append(self.db.get_fip_pool_id(fqname))
return fip_pools
def get_tenant_fqnames(self):
if self.args.tenant:
return [':'.join([self.connections.inputs.domain_name, self.args.tenant])]
if self.db:
return self.db.list_projects()
return []
def get_ipam_ids(self, project_fqname):
ipams = []
if not self.args.delete_ipam or self.args.vn_name:
return ipams
if self.args.ipam:
return self.args.ipam
if self.db:
for fqname in self.db.list_ipams(project_fqname):
ipams.append(self.db.get_ipam_id(fqname))
return ipams
def get_vn_ids(self, project_fqname, connections):
if self.args.vm_id:
return []
if self.args.vn_name:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
assert vn_id, 'Unable to fetch ID of vn_name '+ self.args.vn_name
return [vn_id]
vns = []
if self.db:
for fqname in self.db.list_virtual_networks(project_fqname):
vn_id = self.db.get_virtual_network_id(fqname)
vns.append(vn_id)
return vns
def get_vm_details(self, vm_name, project_fqname, connections):
if self.args.vm_id:
vn_id = connections.get_network_h().get_vn_id(self.args.vn_name)
return (self.args.vm_id, [vn_id], '', '')
if self.db:
return self.db.get_virtual_machine(vm_name, project_fqname)
return None
def get_vm_names(self, project_fqname):
if self.args.vm_id:
return [self.args.vm_id]
if self.db:
return self.db.list_virtual_machines(project_fqname)
return []
def get_router_ids(self, project_fqname):
if not self.args.delete_snat or self.args.vn_name:
return []
if self.args.router_id:
return [self.args.router_id]
if self.db:
rtr_ids = []
for rtr in self.db.list_logical_routers():
if project_fqname not in rtr:
continue
rtr_ids.append(self.db.get_logical_router_id(rtr))
return rtr_ids
return []
def get_project_id(self, fqname):
if self.db:
return self.db.get_project_id(fqname)
else:
return self.connections.get_auth_h().get_project_id(fqname[-1])
def get_fip_ids(self, vm_name, project_fqname):
if self.db:
return self.db.get_fip_id_assoc(vm_name, project_fqname)
return []
def _delete(self, tenant_fqname, connections):
for vm_name in self.get_vm_names(tenant_fqname):
(vm_id, vn_ids, username, password) = \
self.get_vm_details(vm_name, tenant_fqname, connections)
obj = VM(connections)
if self.args.vm_id:
vm_name = obj.fq_name(vm_id)
for fip_id in self.get_fip_ids(vm_name, tenant_fqname):
fip_obj = FloatingIPPool(self.connections)
fip_pool_id = fip_obj.get_fip_pool_id(fip_id)
fip = fip_obj.get_fip_from_id(fip_id)
fip_obj.disassociate_fip(fip_pool_id, fip_id)
fip_obj.verify_no_fip(fip_pool_id, fip_id, vm_id, fip)
if self.db:
self.db.delete_fip(fip_obj.fq_name(), fip_id)
self.db.disassociate_fip_from_vm(vm_name, tenant_fqname, fip_id)
obj.delete(vm_id, vn_ids)
if self.db:
self.db.delete_virtual_machine(vm_name, tenant_fqname)
for router_id in self.get_router_ids(tenant_fqname):
router_obj = LogicalRouter(connections)
fqname = router_obj.fq_name(router_id)
router_obj.delete(router_id)
if self.db:
self.db.delete_logical_router(fqname)
#ToDo: msenthil - Link LR and VNs
for vn_id in self.get_vn_ids(tenant_fqname, connections):
obj = VN(connections)
fqname = obj.fq_name(vn_id)
obj.delete(vn_id)
if self.db:
self.db.delete_virtual_network(fqname)
ipam_ids = self.get_ipam_ids(tenant_fqname)
for ipam_id in ipam_ids:
obj = IPAM(connections)
fqname = obj.fq_name(ipam_id)
obj.delete(ipam_id)
if self.db:
self.db.delete_ipam(fqname)
def delete(self):
for tenant_fqname in self.get_tenant_fqnames():
if tenant_fqname == ':'.join(self.connections.get_project_fq_name()):
continue
project_obj = Project(self.connections)
project_id = self.get_project_id(tenant_fqname)
connections = project_obj.get_connections(project_id)
self._delete(tenant_fqname, connections)
if not self.args.vn_name and self.args.delete_ipam:
project_obj.delete(project_id)
if self.db:
self.db.delete_project(tenant_fqname)
fip_pool_ids = self.get_fip_pool_ids()
for fip_pool in fip_pool_ids:
obj = FloatingIPPool(self.connections)
fqname = obj.fq_name(fip_pool)
obj.delete(fip_pool)
if self.db:
self.db.delete_fip_pool(fqname)
self._delete(':'.join(self.connections.get_project_fq_name()),
self.connections)
vdns_ids = self.get_vdns_ids()
for vdns_id in vdns_ids:
obj = vDNS(self.connections)
fqname = obj.fq_name(vdns_id)
obj.delete(vdns_id)
if self.db:
self.db.delete_vdns(fqname)
class create(object):
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
project_id = self.connections.get_project_id()
project_fq_name = self.connections.get_project_fq_name()
self.db = TestDB(args.db_file)
self.db.set_project_id(project_fq_name, project_id)
self.uuid = dict()
self.vm_connections_map = dict()
def setup(self):
# Create vDNS
vdns_id = self.args.vdns
vdns_obj = vDNS(self.connections)
vdns_fqname = None
if self.args.create_vdns:
vdns_id = vdns_obj.create(random_string('vDNS'))
if vdns_id:
vdns_fqname = vdns_obj.fq_name(vdns_id)
self.db.set_vdns_id(vdns_fqname, vdns_id)
# Create Public Network in case of dNAT or sNAT
if self.args.n_fips or self.args.create_snat or self.args.router_id:
name = self.args.public_vn or random_string('Public')
vn_obj = VN(self.connections)
self.public_vn_id = vn_obj.create(name, external=True)
vn_subnets = vn_obj.get_subnets(self.public_vn_id)
self.db.add_virtual_network(vn_obj.fq_name(), self.public_vn_id,
vn_subnets)
# Create Tenant
for tenant_index in range(int(self.args.n_tenants)):
self.tenant_name = self.args.tenant or random_string(
self.args.tenant_prefix)
tenant_obj = Project(self.connections)
tenant_id = tenant_obj.create(self.tenant_name)
tenant_obj.update_default_sg()
tenant_connections = tenant_obj.get_connections()
self.db.set_project_id(tenant_obj.fq_name(), tenant_id)
self.uuid[self.tenant_name] = UUID()
# Create IPAM
ipam_id = self.args.ipam
ipam_obj = IPAM(tenant_connections)
if self.args.create_ipam:
ipam_id = ipam_obj.create(self.get_name('ipam'), vdns_id)
if ipam_id:
ipam_fqname = ipam_obj.fq_name(ipam_id)
self.uuid[self.tenant_name].ipam_id = ipam_id
self.db.add_ipam(ipam_obj.fq_name(), ipam_id, vdns_fqname)
# Create sNAT instance
self.router_id = self.args.router_id
router_obj = LogicalRouter(tenant_connections)
if self.args.create_snat:
self.router_id = router_obj.create(self.get_name('rtr'),
gw=self.public_vn_id)
if self.router_id:
router_fqname = router_obj.fq_name(self.router_id)
self.db.add_logical_router(router_fqname, self.router_id)
self.db.set_gw_to_lr(router_fqname, self.public_vn_id)
self.router_fqname = router_fqname
# Create Network
self.create_vns(tenant_connections)
# Create VMs
for vn_name, vn_id in self.uuid[
self.tenant_name].vn_id.iteritems():
self.create_vms(tenant_connections, vn_id, vn_name)
# Create FIP Pool and associate fips to VMs
if self.args.n_fips:
fip_pool_obj = FloatingIPPool(self.connections)
self.fip_pool_id = fip_pool_obj.create(self.public_vn_id)
self.fip_pool_fqname = fip_pool_obj.fq_name()
self.db.add_fip_pool(self.fip_pool_fqname, self.fip_pool_id)
self.associate_fips()
def create_vns(self, connections):
for index in range(int(self.args.n_vns)):
name = self.args.vn_name or self.get_name('VN', index)
ipam_id = self.uuid[self.tenant_name].ipam_id
vn_obj = VN(connections)
self.uuid[self.tenant_name].vn_id[name] = vn_obj.create(
name, ipam_id=ipam_id)
vn_fqname = vn_obj.fq_name()
vn_subnets = vn_obj.get_subnets(
self.uuid[self.tenant_name].vn_id[name])
self.db.add_virtual_network(
vn_fqname, self.uuid[self.tenant_name].vn_id[name], vn_subnets)
if self.router_id:
LogicalRouter(connections).attach_vn(
self.router_id, self.uuid[self.tenant_name].vn_id[name])
self.db.add_vn_to_lr(self.router_fqname,
self.uuid[self.tenant_name].vn_id[name])
self.db.add_lr_to_vn(vn_fqname, self.router_id)
def create_vms(self, connections, vn_id, vn_name):
for index in range(int(self.args.n_vms)):
name = random_string(vn_name + '-VM%s' % index)
vm_obj = VM(connections)
self.uuid[self.tenant_name].vm_id[name] = vm_obj.create(
name, [vn_id], self.args.image)
vm_fqname = vm_obj.fq_name()
(self.username, self.password) = vm_obj.get_vm_creds()
self.db.add_virtual_machine(
name, connections.get_project_fq_name(),
self.uuid[self.tenant_name].vm_id[name], [vn_id],
self.username, self.password)
self.vm_connections_map[name] = connections
def associate_fips(self):
vm_names = list()
vm_ids = list()
for uuid in self.uuid.itervalues():
(names, ids) = (uuid.vm_id.keys(), uuid.vm_id.values())
vm_names.extend(names)
vm_ids.extend(ids)
for index in range(int(self.args.n_fips)):
connections = self.vm_connections_map[vm_names[index]]
fip_id = FloatingIPPool(self.connections).associate_fip(
self.fip_pool_id, vm_ids[index], connections, self.username,
self.password)
self.db.associate_fip_to_vm(vm_names[index],
connections.get_project_fq_name(),
fip_id)
self.db.add_fip(self.fip_pool_fqname, fip_id)
def get_name(self, prefix, index=''):
return random_string(self.tenant_name + '-' + str(prefix) + str(index))
def setUp(self):
global data_cidr_obj, default_sg_id, vms_info
vms_info = {}
tenants = self.test_conf['tenants']
tenant_count = tenants['count']
vns_count = tenants['virtual_networks']['count']
subnet_count = tenants['virtual_networks']['subnets'][0]['count']
vm_count = tenants['virtual_networks']['virtual_machines']['count']
self.tenant_name_pattern = tenants['name']
self.glance_image = self.ini_global_conf['GLOBALS'][
'glance_image_name']
cidr_start = tenants['virtual_networks']['subnets'][0]['cidr']
mgmt_cidr_obj = CIDR(cidr_start)
cidr_start = tenants['virtual_networks']['subnets'][1]['cidr']
data_cidr_obj = CIDR(cidr_start)
vm_obj_list = []
self.db = TestDB("/var/tmp/db.test")
self.connections = setup_test_infra(
self.ini_global_conf['ENV']['testbed_file'])
auth_host = self.connections.inputs.get_auth_host()
self.vnc_lib_fixture = VncLibHelper(
username=self.connections.inputs.stack_user,
password=self.connections.inputs.stack_password,
domain=self.connections.inputs.domain_name,
project=self.connections.project_name,
inputs=self.connections.inputs,
cfgm_ip=self.connections.inputs.cfgm_ip,
api_port=self.connections.inputs.api_server_port,
auth_host=auth_host)
self.vnc_lib = self.vnc_lib_fixture.get_handle()
self.vnc = self.connections.get_vnc_lib_h().get_handle()
net_list = self.ostack_admin_obj.neutron_client.list_networks(
)['networks']
subnet_list = self.ostack_admin_obj.neutron_client.list_subnets(
)['subnets']
port_list = self.ostack_admin_obj.neutron_client.list_ports()['ports']
mgmt_vn = self.test_conf['tenants']['virtual_networks']['mgmt_vn_name']
mgmt_subnet = mgmt_vn + "_subnet"
tenant_name_pattern = self.test_conf['tenants']['name']
tenant_obj_l = []
for tenant_index in xrange(tenant_count):
tenant_name = re.sub("XXX", str(tenant_index), tenant_name_pattern)
print "Tenant-name", tenant_name
tenant_obj = PerTenant(self.vnc_lib, self.connections,
self.test_conf['tenants'], tenant_index)
tenant_obj.retrieve_existing_tenant_id()
tenant_obj.clean_tenant()
tenant_obj_l.append(tenant_obj)
for subnet in subnet_list:
if subnet['name'] == mgmt_subnet:
print "Name:", subnet['name']
subnet_id = subnet['id']
self.ostack_admin_obj.neutron_client.delete_subnet(subnet_id)
for net in net_list:
if net['name'] == mgmt_vn:
print "Name:", net['name']
net_id = net['id']
self.ostack_admin_obj.neutron_client.delete_network(net_id)
self.cleanup_ipam()
self.cleanup_vdns()
for tenant_index in xrange(tenant_count):
tenant_name = re.sub("XXX", str(tenant_index), tenant_name_pattern)
print "Deleting tenant:", tenant_name
tenant_obj_l[tenant_index].delete_tenant()
ipam_list = self.vnc_lib.network_ipams_list()['network-ipams']
print "IPAM:", ipam_list
import pdb
pdb.set_trace()
self.create_global_vdns()
mgmt_domain_name_pattern = self.test_conf['tenants'][
'virtual_networks']['vDNS'][0]['domain_name']
data_domain_name_pattern = self.test_conf['tenants'][
'virtual_networks']['vDNS'][1]['domain_name']
mgmt_vn_name = self.test_conf['tenants']['virtual_networks'][
'mgmt_vn_name']
mgmt_domain_name = re.sub('ZZZ', '2', mgmt_domain_name_pattern)
ipam_name_pattern = self.test_conf['tenants']['virtual_networks'][
'IPAM']['name']
mgmt_ipam_name = re.sub('ZZZ', '2', ipam_name_pattern)
mgmt_ipam_name = re.sub('CCC', 'mgmt', mgmt_ipam_name)
ipam_delete_list = [mgmt_ipam_name]
ipam_list = self.vnc_lib.network_ipams_list()['network-ipams']
for ipam in ipam_list:
domain, project, fq_name = ipam['fq_name']
if fq_name in ipam_delete_list:
obj = IPAM(self.connections)
ipam_id = ipam['uuid']
obj.delete(ipam_id)
mgmt_vdns_id = self.global_vdns[mgmt_domain_name].get_uuid()
#ipam_obj = IPAM(self.connections)
#mgmt_ipam_id = ipam_obj.create(mgmt_ipam_name, mgmt_vdns_id)
#print "MGMT IPAM:",mgmt_ipam_id
#vn_obj = VN(self.connections)
#cidr = mgmt_cidr_obj.get_next_cidr()
#vn_name = mgmt_vn_name
#subnets = [{'cidr':cidr,'name':vn_name + "_subnet"}]
#self.mgmt_vn_id = vn_obj.create(vn_name,subnets=subnets,ipam_id=mgmt_ipam_id,disable_gateway=True,shared=True,rt_number=10000)
self.mgmt_vn_id = None
queues = list()
kwargs_list = list()
self.timeout = 3600
tenant1_obj = self.create_tenant(self.test_conf['tenants'], 0)
tenant2_obj = self.create_tenant(self.test_conf['tenants'], 1)
return
#time.sleep(10)
#print tenant1_obj.get_vms_ips()
#print tenant2_obj.get_vms_ips()
tenant_count = 2
for tenant_index in xrange(tenant_count):
queues.append(Queue())
kwargs_list.append({
'queue': queues[tenant_index],
'tenant_index': tenant_index,
'tenant_conf': self.test_conf['tenants']
})
(success,
timediff) = lib.create_n_process(self.create_tenant,
tenant_count,
kwargs_list,
self.timeout,
callback=self.read_from_queue)
class create(object):
def __init__(self, args):
self.args = args
self.connections = setup_test_infra(args.testbed_file)
project_id = self.connections.get_project_id()
project_fq_name = self.connections.get_project_fq_name()
self.db = TestDB(args.db_file)
self.db.set_project_id(project_fq_name, project_id)
self.uuid = dict()
self.vm_connections_map = dict()
def setup(self):
# Create vDNS
vdns_id = self.args.vdns
vdns_obj = vDNS(self.connections)
vdns_fqname = None
if self.args.create_vdns:
vdns_id = vdns_obj.create(random_string('vDNS'))
if vdns_id:
vdns_fqname = vdns_obj.fq_name(vdns_id)
self.db.set_vdns_id(vdns_fqname, vdns_id)
# Create Public Network in case of dNAT or sNAT
if self.args.n_fips or self.args.create_snat or self.args.router_id:
name = self.args.public_vn or random_string('Public')
vn_obj = VN(self.connections)
self.public_vn_id = vn_obj.create(name, external=True)
vn_subnets = vn_obj.get_subnets(self.public_vn_id)
self.db.add_virtual_network(vn_obj.fq_name(), self.public_vn_id, vn_subnets)
# Create Tenant
for tenant_index in range(int(self.args.n_tenants)):
self.tenant_name = self.args.tenant or random_string(self.args.tenant_prefix)
tenant_obj = Project(self.connections)
tenant_id = tenant_obj.create(self.tenant_name)
tenant_obj.update_default_sg()
tenant_connections = tenant_obj.get_connections()
self.db.set_project_id(tenant_obj.fq_name(), tenant_id)
self.uuid[self.tenant_name] = UUID()
# Create IPAM
ipam_id = self.args.ipam
ipam_obj = IPAM(tenant_connections)
if self.args.create_ipam:
ipam_id = ipam_obj.create(self.get_name('ipam'), vdns_id)
if ipam_id:
ipam_fqname = ipam_obj.fq_name(ipam_id)
self.uuid[self.tenant_name].ipam_id = ipam_id
self.db.add_ipam(ipam_obj.fq_name(), ipam_id, vdns_fqname)
# Create sNAT instance
self.router_id = self.args.router_id
router_obj = LogicalRouter(tenant_connections)
if self.args.create_snat:
self.router_id = router_obj.create(self.get_name('rtr'), gw=self.public_vn_id)
if self.router_id:
router_fqname = router_obj.fq_name(self.router_id)
self.db.add_logical_router(router_fqname, self.router_id)
self.db.set_gw_to_lr(router_fqname, self.public_vn_id)
self.router_fqname = router_fqname
# Create Network
self.create_vns(tenant_connections)
# Create VMs
for vn_name,vn_id in self.uuid[self.tenant_name].vn_id.iteritems():
self.create_vms(tenant_connections, vn_id, vn_name)
# Create FIP Pool and associate fips to VMs
if self.args.n_fips:
fip_pool_obj = FloatingIPPool(self.connections)
self.fip_pool_id = fip_pool_obj.create(self.public_vn_id)
self.fip_pool_fqname = fip_pool_obj.fq_name()
self.db.add_fip_pool(self.fip_pool_fqname, self.fip_pool_id)
self.associate_fips()
def create_vns(self, connections):
for index in range(int(self.args.n_vns)):
name = self.args.vn_name or self.get_name('VN', index)
ipam_id = self.uuid[self.tenant_name].ipam_id
vn_obj = VN(connections)
self.uuid[self.tenant_name].vn_id[name] = vn_obj.create(name,
ipam_id=ipam_id)
vn_fqname = vn_obj.fq_name()
vn_subnets = vn_obj.get_subnets(self.uuid[self.tenant_name].vn_id[name])
self.db.add_virtual_network(vn_fqname, self.uuid[self.tenant_name].vn_id[name], vn_subnets)
if self.router_id:
LogicalRouter(connections).attach_vn(self.router_id, self.uuid[self.tenant_name].vn_id[name])
self.db.add_vn_to_lr(self.router_fqname, self.uuid[self.tenant_name].vn_id[name])
self.db.add_lr_to_vn(vn_fqname, self.router_id)
def create_vms(self, connections, vn_id, vn_name):
for index in range(int(self.args.n_vms)):
name = random_string(vn_name+'-VM%s'%index)
vm_obj = VM(connections)
self.uuid[self.tenant_name].vm_id[name] = vm_obj.create(name, [vn_id], self.args.image)
vm_fqname = vm_obj.fq_name()
(self.username, self.password) = vm_obj.get_vm_creds()
self.db.add_virtual_machine(name, connections.get_project_fq_name(),
self.uuid[self.tenant_name].vm_id[name],
[vn_id], self.username, self.password)
self.vm_connections_map[name] = connections
def associate_fips(self):
vm_names = list(); vm_ids = list()
for uuid in self.uuid.itervalues():
(names, ids) = (uuid.vm_id.keys(), uuid.vm_id.values())
vm_names.extend(names)
vm_ids.extend(ids)
for index in range(int(self.args.n_fips)):
connections = self.vm_connections_map[vm_names[index]]
fip_id = FloatingIPPool(self.connections).associate_fip(
self.fip_pool_id,
vm_ids[index],
connections,
self.username,
self.password)
self.db.associate_fip_to_vm(vm_names[index],
connections.get_project_fq_name(),
fip_id)
self.db.add_fip(self.fip_pool_fqname, fip_id)
def get_name(self, prefix, index=''):
return random_string(self.tenant_name + '-' + str(prefix) + str(index))