Python AutoNetkit.server_interface_id方法代码示例

# 需要导入模块: import AutoNetkit [as 别名]
# 或者: from AutoNetkit import server_interface_id [as 别名]

#.........这里部分代码省略.........
            named_list = []
            advertise_links = list(ank.advertise_links(server))
            advertise_hosts = list(ank.dns_auth_children(server))
            LOG.debug("DNS server %s advertises %s" % (server, advertise_links))
#TODO: make reverse dns handle domains other than /8 /16 /24
            advertise_block = ip_as_allocs[server.asn]
# remove trailing fullstop
            reverse_identifier = ank.rev_dns_identifier(advertise_block).rstrip(".")
#TODO: look at using advertise_block.network.reverse_dns - check what Bind needs
            named_list.append(reverse_identifier)

            f_named = open( os.path.join(bind_dir(self.network, server), "named.conf"), 'wb')
            f_named.write(named_template.render(
                domain = server.domain,
                entry_list = named_list,
                bind_dir = linux_bind_dir,
                logging = False,
            ))
            f_named.close()

            for_entry_list = list( (self.interface_id(link.id), link.local_host.dns_host_portion_only, link.ip) 
                    for link in advertise_links)
# Add loopbacks for routers
            for_entry_list += ( (self.lo_interface(0), host.dns_host_portion_only, host.lo_ip.ip)
                    #TODO: make thise check l3 group rather than asn (generalise)
                    for host in advertise_hosts if host.is_router and host.asn == server.asn)
            
            rev_entry_list = list( 
                    (ank.reverse_subnet(link.ip, advertise_block.prefixlen), self.interface_id(link.id), link.local_host.dns_hostname) 
                    for link in advertise_links)
            # Add loopbacks for routers
            rev_entry_list += ( (ank.reverse_subnet(host.lo_ip.ip, advertise_block.prefixlen), self.lo_interface(0), host.dns_host_portion_only)
                    #TODO: make thise check l3 group rather than asn (generalise)
                    for host in advertise_hosts if host.is_router and host.asn == server.asn)

            #TODO: provide better way to get eg eth0.host than string concat inside the template

            host_cname_list = []
            for host in advertise_hosts:
                if host.asn != server.asn:
# host is from another asn, skip.
#TODO: extend this to make sure matches same asn, l3group and l2group
                    continue

                if host.is_router:
# has lo_ip
                    cname = "%s.%s" % (self.lo_interface(), host.dns_host_portion_only)
                else:
# choose an interface - arbitrary choice, choose first host link
                    interface = self.interface_id(ank.server_interface_id(host))
                    cname = "%s.%s" % (interface, host.dns_host_portion_only)
            
                host_cname_list.append( (host.dns_host_portion_only, cname))

            #Sort to make format nicer
            host_cname_list = sorted(host_cname_list, key = lambda x: x[1])
            for_entry_list = sorted(for_entry_list)
            for_entry_list = sorted(for_entry_list, key = lambda x: x[1])
            
            f_forward = open ( os.path.join(bind_dir(self.network, server), "db.%s" % server.domain), 'wb')
            f_forward.write(forward_template.render(
                        domain = server.domain,
                        entry_list = for_entry_list,
                        host_cname_list =  host_cname_list,
                        dns_server = server.dns_hostname,
                        dns_server_ip = ank.server_ip(server),
                ))

            f_reverse = open(os.path.join(bind_dir(self.network, server), "db.%s" % reverse_identifier), 'wb')

            f_reverse.write(reverse_template.render(
                domain = server.domain,
                identifier = reverse_identifier,
                entry_list = rev_entry_list,
                dns_server= server.dns_hostname,
                ))

            #TODO: make l2 use l3 for caching
#TODO: ROOT-SERVER can't be part of a domain...  - need to correctly handle case of multiple root servers
# and also need to handle this for case of single root server (ie no hiearchy) probably ok as /etc/resolv.conf points to server itself, not through dns hints
            root_db_hint = ( ("ROOT-SERVER", ank.server_ip(n)) for n in ank.dns_hiearchy_parents(server))
            f_root = open( os.path.join(bind_dir(self.network, server), "db.root"), 'wb')
            f_root.write( root_template.render( root_servers = root_db_hint))

        for server in dns_servers:
            f_resolv = open( os.path.join(etc_dir(self.network, server), "resolv.conf"), 'wb')
            f_resolv.write ( resolve_template.render(
                nameservers = [ank.server_ip(server)],
                domain = server.domain))

# Configure clients
        for client in clients:
            server_ips = (ank.server_ip(server) for server in ank.dns_hiearchy_parents(client))
            server_ips = list(server_ips)
            f_resolv = open( os.path.join(etc_dir(self.network, client), "resolv.conf"), 'wb')
            f_resolv.write ( resolve_template.render(
                nameservers = server_ips,
                domain = client.domain))

        return