def _find_fit_network(osp_connection: Connection, networks: List[str]) -> Optional[str]:
named_networks = {k['name']: k for k in osp_connection.list_networks() if k['name'] in networks}
results = dict()
for net_name in networks:
net_avail = osp_connection.network.get_network_ip_availability(named_networks[net_name])
results[net_name] = net_avail['total_ips'] / net_avail['used_ips']
result = _find_best_fit(results)
return (named_networks[result]['id'], result)
def _find_fit_network(
osp_connection: Connection,
networks: List[str]) -> Tuple[Optional[str], Optional[str]]:
named_networks = {
k['name']: k
for k in osp_connection.list_networks() if k['name'] in networks
}
results = {}
for net_name in networks:
net_avail = osp_connection.network.get_network_ip_availability(
named_networks[net_name])
subnet_usage = [(subnet['total_ips'], subnet['used_ips'])
for subnet in net_avail.subnet_ip_availability
if subnet['ip_version'] == 4]
total_ips, used_ips = [sum(i) for i in zip(*subnet_usage)]
results[net_name] = total_ips / used_ips
result = _find_best_fit(results)
return named_networks[result]['id'], result