def create_tenant(self,tenant_conf,tenant_index):
tenant_name_pattern = tenant_conf['name']
tenant_name = re.sub("XXX",str(tenant_index),tenant_name_pattern)
#tenant_obj = PerTenant(self.vnc_lib,self.connections,tenant_conf,tenant_index)
#tenant_id = tenant_obj.tenant_project_obj.create(tenant_name)
tenant_obj = ConfigProject(self.connections)
tenant_id = tenant_obj.create(tenant_name)
tenant_obj.tenant_id = tenant_id
self.db.set_project_id(tenant_name,tenant_id)
tenant_connections = tenant_obj.get_connections()
tenant_obj.update_default_sg(uuid=tenant_id)
import pdb;pdb.set_trace()
ipam_name_pattern = tenant_conf['virtual_networks']['IPAM']['name']
vm_index = 0
tenant_obj.create_tenant_nova_client()
vm_name_pattern = tenant_conf['virtual_networks']['virtual_machines']['name']
ipam_name_pattern = tenant_conf['virtual_networks']['IPAM']['name']
data_domain_name_pattern = tenant_conf['virtual_networks']['vDNS'][1]['domain_name']
vn_name_pattern = tenant_conf['virtual_networks']['data_vn_name']
vns_count = tenant_conf['virtual_networks']['count']
vm_count = tenant_conf['virtual_networks']['virtual_machines']['count']
data_ipam_name = re.sub('XXX',str(tenant_index),ipam_name_pattern)
data_ipam_name = re.sub('ZZZ','2',data_ipam_name)
data_ipam_name = re.sub('CCC','data',data_ipam_name)
data_domain_name = re.sub('XXX',str(tenant_index),data_domain_name_pattern)
data_domain_name = re.sub('ZZZ','2',data_domain_name)
data_vdns_id = self.global_vdns[data_domain_name].get_uuid()
ipam_list = self.vnc_lib.network_ipams_list()['network-ipams']
print "Existing IPAM list:",ipam_list
ipam_delete_list = [data_ipam_name]
for ipam in ipam_list:
domain,project,fq_name = ipam['fq_name']
if fq_name in ipam_delete_list:
obj = IPAM(tenant_connections)
ipam_id = ipam['uuid']
obj.delete(ipam_id)
self.db.delete_ipam(fq_name)
ipam_obj = IPAM(tenant_connections)
data_ipam_id = ipam_obj.create(data_ipam_name, data_vdns_id)
print "DATA IPAM:",data_ipam_id
policy_name_pattern = tenant_conf['policies']['name']
allow_rules_network = tenant_conf['policies']['rules']['allow_rules_network']
allow_rules_port = tenant_conf['policies']['rules']['allow_rules_port']
rules = []
for rule_index in xrange(len(allow_rules_network)):
r = allow_rules_network[rule_index].split()
src_nw = r[0]
dst_nw = r[1]
r = allow_rules_port[rule_index].split()
src_port = r[0]
dst_port = r[1]
rule = {
'direction': '<>', 'simple_action': 'pass',
'protocol': 'any',
'src_ports': '%s'%src_port, 'dst_ports': '%s'%dst_port,
'source_network': '%s'%src_nw, 'dest_network': '%s'%dst_nw,
}
print "rule:",rule
rules.append(rule)
tenant_connections.quantum_h = tenant_connections.get_network_h()
tenant_connections.api_server_inspect = tenant_connections.get_api_server_inspect_handles()
policy_name = re.sub('XXX',str(tenant_index),policy_name_pattern)
policy_obj = Policy(tenant_connections)
policy_obj.policy_name = policy_name
print "policy name:",policy_name
policy_id = policy_obj.create(tenant_connections.inputs,policy_name,rules,tenant_connections)
for vn_index in xrange(vns_count):
vn_name = re.sub('XXX',str(tenant_index),vn_name_pattern)
vn_name = re.sub('YYY',str(vn_index),vn_name)
data_vn_name = re.sub('CCC','data',vn_name)
vn_obj = VN(tenant_connections)
self.vn_name = data_vn_name
cidr = data_cidr_obj.get_next_cidr()
print "CIDR:",cidr
subnets = [{'cidr':cidr,'name':self.vn_name+"_subnet"}]
print "creating VN:",self.vn_name,subnets,data_ipam_id
data_vn_id = vn_obj.create(self.vn_name,subnets=subnets,ipam_id=data_ipam_id)
vn_obj.vn_id = data_vn_id
vn_obj.add_policy(policy_obj.fixture)
for c in xrange(vm_count):
vm_name = "vm%d"%vm_index
vm_index += 1
vm_obj = virtual_machines(tenant_index,tenant_conf,tenant_connections)
vm_obj.create_vm(vm_name,self.vn_name,vn_index,self.mgmt_vn_id,data_vn_id,self.glance_image)
#queue.put(1)
return tenant_obj
def create_tenant(self, tenant_conf, tenant_index):
tenant_name_pattern = tenant_conf['name']
tenant_name = re.sub("XXX", str(tenant_index), tenant_name_pattern)
#tenant_obj = PerTenant(self.vnc_lib,self.connections,tenant_conf,tenant_index)
#tenant_id = tenant_obj.tenant_project_obj.create(tenant_name)
tenant_obj = ConfigProject(self.connections)
tenant_id = tenant_obj.create(tenant_name)
tenant_obj.tenant_id = tenant_id
self.db.set_project_id(tenant_name, tenant_id)
tenant_connections = tenant_obj.get_connections()
tenant_obj.update_default_sg(uuid=tenant_id)
import pdb
pdb.set_trace()
ipam_name_pattern = tenant_conf['virtual_networks']['IPAM']['name']
vm_index = 0
tenant_obj.create_tenant_nova_client()
vm_name_pattern = tenant_conf['virtual_networks']['virtual_machines'][
'name']
ipam_name_pattern = tenant_conf['virtual_networks']['IPAM']['name']
data_domain_name_pattern = tenant_conf['virtual_networks']['vDNS'][1][
'domain_name']
vn_name_pattern = tenant_conf['virtual_networks']['data_vn_name']
vns_count = tenant_conf['virtual_networks']['count']
vm_count = tenant_conf['virtual_networks']['virtual_machines']['count']
data_ipam_name = re.sub('XXX', str(tenant_index), ipam_name_pattern)
data_ipam_name = re.sub('ZZZ', '2', data_ipam_name)
data_ipam_name = re.sub('CCC', 'data', data_ipam_name)
data_domain_name = re.sub('XXX', str(tenant_index),
data_domain_name_pattern)
data_domain_name = re.sub('ZZZ', '2', data_domain_name)
data_vdns_id = self.global_vdns[data_domain_name].get_uuid()
ipam_list = self.vnc_lib.network_ipams_list()['network-ipams']
print "Existing IPAM list:", ipam_list
ipam_delete_list = [data_ipam_name]
for ipam in ipam_list:
domain, project, fq_name = ipam['fq_name']
if fq_name in ipam_delete_list:
obj = IPAM(tenant_connections)
ipam_id = ipam['uuid']
obj.delete(ipam_id)
self.db.delete_ipam(fq_name)
ipam_obj = IPAM(tenant_connections)
data_ipam_id = ipam_obj.create(data_ipam_name, data_vdns_id)
print "DATA IPAM:", data_ipam_id
policy_name_pattern = tenant_conf['policies']['name']
allow_rules_network = tenant_conf['policies']['rules'][
'allow_rules_network']
allow_rules_port = tenant_conf['policies']['rules']['allow_rules_port']
rules = []
for rule_index in xrange(len(allow_rules_network)):
r = allow_rules_network[rule_index].split()
src_nw = r[0]
dst_nw = r[1]
r = allow_rules_port[rule_index].split()
src_port = r[0]
dst_port = r[1]
rule = {
'direction': '<>',
'simple_action': 'pass',
'protocol': 'any',
'src_ports': '%s' % src_port,
'dst_ports': '%s' % dst_port,
'source_network': '%s' % src_nw,
'dest_network': '%s' % dst_nw,
}
print "rule:", rule
rules.append(rule)
tenant_connections.quantum_h = tenant_connections.get_network_h()
tenant_connections.api_server_inspect = tenant_connections.get_api_server_inspect_handles(
)
policy_name = re.sub('XXX', str(tenant_index), policy_name_pattern)
policy_obj = Policy(tenant_connections)
policy_obj.policy_name = policy_name
print "policy name:", policy_name
policy_id = policy_obj.create(tenant_connections.inputs, policy_name,
rules, tenant_connections)
for vn_index in xrange(vns_count):
vn_name = re.sub('XXX', str(tenant_index), vn_name_pattern)
vn_name = re.sub('YYY', str(vn_index), vn_name)
data_vn_name = re.sub('CCC', 'data', vn_name)
vn_obj = VN(tenant_connections)
self.vn_name = data_vn_name
cidr = data_cidr_obj.get_next_cidr()
print "CIDR:", cidr
subnets = [{'cidr': cidr, 'name': self.vn_name + "_subnet"}]
print "creating VN:", self.vn_name, subnets, data_ipam_id
data_vn_id = vn_obj.create(self.vn_name,
subnets=subnets,
ipam_id=data_ipam_id)
vn_obj.vn_id = data_vn_id
vn_obj.add_policy(policy_obj.fixture)
for c in xrange(vm_count):
vm_name = "vm%d" % vm_index
vm_index += 1
vm_obj = virtual_machines(tenant_index, tenant_conf,
tenant_connections)
vm_obj.create_vm(vm_name, self.vn_name, vn_index,
self.mgmt_vn_id, data_vn_id,
self.glance_image)
#queue.put(1)
return tenant_obj
