def _validate_networks(self):
# get_scalar(column, True) <- True == "distinct" modifier
blocks_count = self.get_scalar(melange.IpBlocks.network_id,
self.melange_session, [], True)
networks_count = self.get_scalar(quarkmodels.Network.id,
self.neutron_session)
self._compare_after_migration("IP Blocks", blocks_count,
"Networks", networks_count)
_block = self.melange_session.query(melange.IpBlocks).first()
_network = self.neutron_session.query(quarkmodels.Network).\
filter(quarkmodels.Network.id == _block.network_id).first()
self.assertEqual(trim_br(_block.network_id), _network.id)
self.assertEqual(_block.tenant_id, _network.tenant_id)
self.assertEqual(_block.network_name, _network.name)
def _validate_ips(self):
import netaddr
addresses_count = self.get_scalar(melange.IpAddresses.id,
self.melange_session)
qaddresses_count = self.get_scalar(quarkmodels.IPAddress.id,
self.neutron_session)
self._compare_after_migration("IP Addresses", addresses_count,
"IP Addresses", qaddresses_count)
_ip_addr = self.melange_session.query(melange.IpAddresses).first()
_ipblock = self.melange_session.query(melange.IpBlocks).\
filter(melange.IpBlocks.id == _ip_addr.ip_block_id).first()
_q_ip_addr = self.neutron_session.query(quarkmodels.IPAddress).\
filter(quarkmodels.IPAddress.id == _ip_addr.id).first()
_ip_address = netaddr.IPAddress(_ip_addr.address)
self.assertEqual(_q_ip_addr.created_at, _ip_addr.created_at)
self.assertEqual(_q_ip_addr.used_by_tenant_id,
_ip_addr.used_by_tenant_id)
self.assertEqual(_q_ip_addr.network_id, trim_br(_ipblock.network_id))
self.assertEqual(_q_ip_addr.subnet_id, _ipblock.id)
self.assertEqual(_q_ip_addr.version, _ip_address.version)
self.assertEqual(_q_ip_addr.address_readable, _ip_addr.address)
self.assertTrue(_q_ip_addr.deallocated_at ==
None or _ip_addr.deallocated_at)
self.assertEqual(int(_q_ip_addr.address), int(_ip_address.ipv6()))