def subnet_set_dns_delegated(self, operator, identifier, force=False):
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
if s.dns_delegated:
return ("Subnet %s is already set as " % subnet_id +
"being delegated to external DNS server")
in_use = ""
if s.has_adresses_in_use():
if force:
in_use = "\nNote! Subnet has addresses in use!"
else:
raise CerebrumError, (
"Subnet '%s' has addresses " % subnet_id +
"in use; must force to delegate")
s.dns_delegated = True
s.write_db(perform_checks=False)
return "Subnet %s set as delegated to external DNS server%s" % (
subnet_id, in_use)
def subnet_set_reserved(self, operator, identifier, new_res):
self.ba.assert_dns_superuser(operator.get_entity_id())
try:
int(new_res)
except:
raise CerebrumError("The number of reserved addresses must be " +
"an integer; '%s' isn't" % new_res)
if new_res < 0:
raise CerebrumError("Cannot set number of reserved addresses to " +
"a negative number such as '%s'" % new_res)
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
old_res = s.no_of_reserved_adr
s.no_of_reserved_adr = int(new_res)
s.calculate_reserved_addresses()
in_use = ""
if new_res > old_res:
try:
s.check_reserved_addresses_in_use()
except SubnetError, se:
in_use = "\nFYI: %s" % str(se)
def _get_subnet_ipv4(self, subnet_identifier):
try:
s = Subnet(self.db)
s.find(subnet_identifier)
return s
except (ValueError, SubnetError, DNSError):
raise CerebrumError("Unable to find subnet %r" % subnet_identifier)
def subnet_set_dns_delegated(self, operator, identifier, force=False):
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
if s.dns_delegated:
return ("Subnet %s is already set as " % subnet_id +
"being delegated to external DNS server")
in_use = ""
if s.has_adresses_in_use():
if force:
in_use = "\nNote! Subnet has addresses in use!"
else:
raise CerebrumError, ("Subnet '%s' has addresses " % subnet_id +
"in use; must force to delegate")
s.dns_delegated = True
s.write_db(perform_checks=False)
return "Subnet %s set as delegated to external DNS server%s" % (subnet_id, in_use)
def in_subnet(ip):
from Cerebrum.Utils import Factory
from Cerebrum.modules.dns.Errors import SubnetError
from Cerebrum.modules.dns.Subnet import Subnet
db = Factory.get('Database')()
sub = Subnet(db)
try:
sub.find(ip)
except SubnetError:
return False
return True
def subnet_set_name_prefix(self, operator, identifier, new_prefix):
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
old_prefix = s.name_prefix
s.name_prefix = new_prefix
s.write_db(perform_checks=False)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
return ("OK; name_prefix for subnet %s updated " % subnet_id +
"from '%s' to '%s'" % (old_prefix, new_prefix))
def subnet_set_description(self, operator, identifier, new_description):
raise CerebrumError(
'Description updates are not allowed for the time beeing.')
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
s.description = new_description
s.write_db(perform_checks=False)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
return "OK; description for subnet %s updated to '%s'" % (
subnet_id, new_description)
def subnet_set_description(self, operator, identifier, new_description):
raise CerebrumError('Description updates are not allowed for the time beeing.')
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
s.description = new_description
s.write_db(perform_checks=False)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
return "OK; description for subnet %s updated to '%s'" % (subnet_id, new_description)
def subnet_unset_dns_delegated(self, operator, identifier):
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
if not s.dns_delegated:
return ("Subnet %s is already set as not " % subnet_id +
"being delegated to external DNS server")
s.dns_delegated = False
s.write_db(perform_checks=False)
return "Subnet %s no longer set as delegated to external DNS server" % subnet_id
def subnet_set_name_prefix(self, operator, identifier, new_prefix):
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
old_prefix = s.name_prefix
s.name_prefix = new_prefix
s.write_db(perform_checks=False)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
return ("OK; name_prefix for subnet %s updated " % subnet_id +
"from '%s' to '%s'" % (old_prefix, new_prefix))
def add_subnet(subnet, description, vlan, perform_checks=True):
"""Utility method for adding a (new) subnet based on the
information given.
If errors occur during the addition, Cerebrum- and/or
Subnet-errors will be raised.
TODO: parameter doc.
"""
s = Subnet(db)
s.clear()
s.populate(subnet, description, vlan=vlan)
try:
s.write_db(perform_checks=perform_checks)
except db.DatabaseError as m:
raise CerebrumError("Database error: %s" % m)
def subnet_set_vlan(self, operator, identifier, new_vlan):
self.ba.assert_dns_superuser(operator.get_entity_id())
try:
int(new_vlan)
except:
raise CerebrumError("VLAN must be an integer; '%s' isn't" %
new_vlan)
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
old_vlan = s.vlan_number
s.vlan_number = new_vlan
s.write_db(perform_checks=False)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
return "OK; VLAN for subnet %s updated from '%s' to '%s'" % (
subnet_id, old_vlan, new_vlan)
def same_subnet(s1, s2):
from Cerebrum.Utils import Factory
from Cerebrum.modules.dns.Errors import SubnetError
from Cerebrum.modules.dns.Subnet import Subnet
db = Factory.get('Database')()
sub = Subnet(db)
try:
sub.find(s1)
tmp = sub.subnet_ip
sub.clear()
sub.find(s2)
except SubnetError:
return False
if tmp == sub.subnet_ip:
return True
else:
return False
def subnet_set_vlan(self, operator, identifier, new_vlan):
self.ba.assert_dns_superuser(operator.get_entity_id())
try:
int(new_vlan)
except:
raise CerebrumError("VLAN must be an integer; '%s' isn't" % new_vlan)
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
old_vlan = s.vlan_number
s.vlan_number = new_vlan
s.write_db(perform_checks=False)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
return "OK; VLAN for subnet %s updated from '%s' to '%s'" % (subnet_id, old_vlan, new_vlan)
def subnet_unset_dns_delegated(self, operator, identifier):
self.ba.assert_dns_superuser(operator.get_entity_id())
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
subnet_id = "%s/%s" % (s.subnet_ip, s.subnet_mask)
if not s.dns_delegated:
return ("Subnet %s is already set as not " % subnet_id +
"being delegated to external DNS server" )
s.dns_delegated = False
s.write_db(perform_checks=False)
return "Subnet %s no longer set as delegated to external DNS server" % subnet_id
def add_subnet(subnet, description, vlan, perform_checks=True):
"""Utility method for adding a (new) subnet based on the
information given.
If errors occur during the addition, Cerebrum- and/or
Subnet-errors will be raised.
TODO: parameter doc.
"""
s = Subnet(db)
s.clear()
s.populate(subnet, description, vlan=vlan)
try:
s.write_db(perform_checks=perform_checks)
except db.DatabaseError as m:
raise CerebrumError("Database error: %s" % m)
def write_subnet_ldif():
DN = ldapconf('SUBNETS', 'dn')
startAttr, endAttr, objectClasses = ldapconf('SUBNETS', 'rangeSchema')
objectClasses = ('top', 'ipNetwork') + tuple(objectClasses)
db = Factory.get('Database')()
f = ldif_outfile('SUBNETS')
f.write(container_entry_string('SUBNETS'))
for row in Subnet(db).search():
cn = "%s/%s" % (row['subnet_ip'], row['subnet_mask'])
desc = row['description']
f.write(
entry_string(
"cn=%s,%s" % (cn, DN), {
'objectClass': objectClasses,
'description': (desc and (iso2utf(desc), ) or ()),
'ipNetworkNumber': (row['subnet_ip'], ),
'ipNetmaskNumber': (netmask_to_ip(row['subnet_mask']), ),
startAttr: (str(int(row['ip_min'])), ),
endAttr: (str(int(row['ip_max'])), )
}))
end_ldif_outfile('SUBNETS', f)
def compare_file_to_db(subnets_in_file, force):
"""Analyzes the info obtained from the files that are to be
imported, compares to content of database and makes changes were
needed to bring the database in sync with the datafile.
TODO: parameter doc.
"""
errors = []
changes = []
perform_checks = not force
s = Subnet(db)
subnets_in_db = s.search()
for row in subnets_in_db:
subnet_ID = "%s/%s" % (row['subnet_ip'], row['subnet_mask'])
if subnet_ID in subnets_in_file:
# Subnet is in file; nothing should be done with it
if row['description'] != subnets_in_file[subnet_ID][1]:
s.clear()
s.find(row['entity_id'])
s.description = subnets_in_file[subnet_ID][1]
s.write_db(perform_checks=False)
logger.debug("Updating description of subnet '%s'" % subnet_ID)
changes.append("Updated description of subnet '%s'" %subnet_ID)
else:
logger.debug("Subnet '%s' in both DB and file; " % subnet_ID +
"no description update")
del subnets_in_file[subnet_ID]
else:
# Subnet is in DB, but not in file; try to remove it from DB
try:
logger.info("Deleting subnet '%s'" % subnet_ID)
s.clear()
s.find(subnet_ID)
description = s.description
s.delete(perform_checks=perform_checks)
changes.append("Deleted subnet '%s' (%s)" % (subnet_ID,
description))
except CerebrumError, ce:
logger.error(str(ce))
errors.append(str(ce))
def compare_file_to_db(subnets_in_file, force):
"""Analyzes the info obtained from the files that are to be
imported, compares to content of database and makes changes were
needed to bring the database in sync with the datafile.
TODO: parameter doc.
"""
errors = []
changes = []
perform_checks = not force
s = Subnet(db)
subnets_in_db = s.search()
for row in subnets_in_db:
subnet = "%s/%s" % (row['subnet_ip'], row['subnet_mask'])
if subnet in subnets_in_file:
(description, vlan) = subnets_in_file[subnet]
# Subnet is in file. Check if description or vlan have changed
if row['description'] != description:
s.clear()
s.find(row['entity_id'])
s.description = description
s.write_db(perform_checks=False)
logger.debug("Updating description of subnet '%s'" % subnet)
changes.append("Updated description of subnet '%s'" % subnet)
else:
logger.debug("Subnet '%s' in both DB and file; " % subnet +
"no description update")
if vlan and row['vlan_number'] != vlan:
s.clear()
s.find(row['entity_id'])
s.vlan_number = vlan
s.write_db(perform_checks=False)
logger.debug("Updating vlan for subnet '%s'" % subnet)
changes.append("Updated vlan for subnet '%s'" % subnet)
else:
logger.debug("Subnet '%s' in both DB and file; " % subnet +
"no vlan update")
del subnets_in_file[subnet]
else:
# Subnet is in DB, but not in file; try to remove it from DB
try:
logger.info("Deleting subnet '%s'" % subnet)
s.clear()
s.find(subnet)
description = s.description
s.delete(perform_checks=perform_checks)
changes.append("Deleted subnet '%s' (%s)" % (subnet,
description))
except CerebrumError as ce:
logger.error(str(ce))
errors.append(str(ce))
# What is left in subnets_in_file now are subnets that should be added
for subnet in subnets_in_file:
try:
description, vlan = subnets_in_file[subnet]
logger.info("Adding subnet '%s' (%s)" % (subnet, description))
add_subnet(subnet, description, vlan,
perform_checks=perform_checks)
changes.append("Added subnet '%s' (%s)" % (subnet, description))
except CerebrumError as ce:
logger.error(str(ce))
errors.append(str(ce))
return changes, errors
def get(self, target):
sub = Subnet(self.db)
sub.find(target.split('/')[0])
return (sub.entity_id, self.am.const.auth_target_type_dns,
self.am.const.auth_grant_dns)
def access_list(self, operator, owner, target_type=None):
"""
List everything an account or group can operate on. Only direct
ownership is reported: the entities an account can access due to group
memberships will not be listed. This does not include unpersonal users
owned by groups.
:param operator: operator in bofh session
:param owner: str name of owner object
:param target_type: the type of the target
:return: List of everything an account or group can operate on
"""
ar = BofhdAuthRole(self.db)
aot = BofhdAuthOpTarget(self.db)
aos = BofhdAuthOpSet(self.db)
co = self.const
owner_id = self.util.get_target(owner,
default_lookup="group",
restrict_to=[]).entity_id
ret = []
for role in ar.list(owner_id):
aos.clear()
aos.find(role['op_set_id'])
for r in aot.list(target_id=role['op_target_id']):
if target_type is not None and r['target_type'] != target_type:
continue
if r['entity_id'] is None:
target_name = "N/A"
elif r['target_type'] == co.auth_target_type_maildomain:
# FIXME: EmailDomain is not an Entity.
ed = Email.EmailDomain(self.db)
try:
ed.find(r['entity_id'])
except (Errors.NotFoundError, ValueError):
self.logger.warn("Non-existing entity (e-mail domain) "
"in auth_op_target {}:{:d}".format(
r['target_type'], r['entity_id']))
continue
target_name = ed.email_domain_name
elif r['target_type'] == co.auth_target_type_ou:
ou = self.OU_class(self.db)
try:
ou.find(r['entity_id'])
except (Errors.NotFoundError, ValueError):
self.logger.warn("Non-existing entity (ou) in "
"auth_op_target %s:%d" %
(r['target_type'], r['entity_id']))
continue
target_name = "%02d%02d%02d (%s)" % (
ou.fakultet, ou.institutt, ou.avdeling, ou.short_name)
elif r['target_type'] == co.auth_target_type_dns:
s = Subnet(self.db)
# TODO: should Subnet.find() support ints as input?
try:
s.find('entity_id:%s' % r['entity_id'])
except (Errors.NotFoundError, ValueError, SubnetError):
self.logger.warn("Non-existing entity (subnet) in "
"auth_op_target %s:%d" %
(r['target_type'], r['entity_id']))
continue
target_name = "%s/%s" % (s.subnet_ip, s.subnet_mask)
else:
try:
ety = self._get_entity(ident=r['entity_id'])
target_name = self._get_name_from_object(ety)
except (Errors.NotFoundError, ValueError):
self.logger.warn("Non-existing entity in "
"auth_op_target %s:%d" %
(r['target_type'], r['entity_id']))
continue
ret.append({
'opset': aos.name,
'target_type': r['target_type'],
'target': target_name,
'attr': r['attr'] or "",
})
ret.sort(lambda a, b: (cmp(a['target_type'], b['target_type']) or cmp(
a['target'], b['target'])))
return ret
def compare_file_to_db(subnets_in_file, force):
"""Analyzes the info obtained from the files that are to be
imported, compares to content of database and makes changes were
needed to bring the database in sync with the datafile.
TODO: parameter doc.
"""
errors = []
changes = []
perform_checks = not force
s = Subnet(db)
subnets_in_db = s.search()
for row in subnets_in_db:
subnet = "%s/%s" % (row['subnet_ip'], row['subnet_mask'])
if subnet in subnets_in_file:
(description, vlan) = subnets_in_file[subnet]
# Subnet is in file. Check if description or vlan have changed
if row['description'] != description:
s.clear()
s.find(row['entity_id'])
s.description = description
s.write_db(perform_checks=False)
logger.debug("Updating description of subnet '%s'" % subnet)
changes.append("Updated description of subnet '%s'" % subnet)
else:
logger.debug("Subnet '%s' in both DB and file; " % subnet +
"no description update")
if vlan and row['vlan_number'] != vlan:
s.clear()
s.find(row['entity_id'])
s.vlan_number = vlan
s.write_db(perform_checks=False)
logger.debug("Updating vlan for subnet '%s'" % subnet)
changes.append("Updated vlan for subnet '%s'" % subnet)
else:
logger.debug("Subnet '%s' in both DB and file; " % subnet +
"no vlan update")
del subnets_in_file[subnet]
else:
# Subnet is in DB, but not in file; try to remove it from DB
try:
logger.info("Deleting subnet '%s'" % subnet)
s.clear()
s.find(subnet)
description = s.description
s.delete(perform_checks=perform_checks)
changes.append("Deleted subnet '%s' (%s)" %
(subnet, description))
except CerebrumError as ce:
logger.error(str(ce))
errors.append(str(ce))
# What is left in subnets_in_file now are subnets that should be added
for subnet in subnets_in_file:
try:
description, vlan = subnets_in_file[subnet]
logger.info("Adding subnet '%s' (%s)" % (subnet, description))
add_subnet(subnet,
description,
vlan,
perform_checks=perform_checks)
changes.append("Added subnet '%s' (%s)" % (subnet, description))
except CerebrumError as ce:
logger.error(str(ce))
errors.append(str(ce))
return changes, errors
def subnet_info(self, operator, identifier):
"""Lists the following information about the given subnet:
* Subnett
* Netmask
* Entity ID
* Description
* Name-prefix
* VLAN number
* DNS-delegation status
* Range of IPs on subnet
* Number of reserved addresses
* A list of the reserved adresses
"""
s = Subnet(self.db)
ipc = IPCalc
try:
s.find(identifier)
except (ValueError, SubnetError):
s = IPv6Subnet(self.db)
s.find(identifier)
ipc = IPv6Calc
if s.dns_delegated:
delegated = "Yes"
else:
delegated = "No"
data = {
'subnet': "%s/%s" % (s.subnet_ip, s.subnet_mask),
'entity_id': str(s.entity_id),
'desc': s.description,
'delegated': delegated,
'name_prefix': s.name_prefix,
'no_of_res_adr': str(s.no_of_reserved_adr)
}
if isinstance(s, Subnet):
data['netmask'] = ipc.netmask_to_ip(s.subnet_mask)
else:
data['prefix'] = '/' + str(s.subnet_mask)
if s.vlan_number is not None:
data['vlan'] = str(s.vlan_number)
else:
data['vlan'] = "(None)"
data['ip_range'] = "%s - %s" % (ipc.long_to_ip(
s.ip_min), ipc.long_to_ip(s.ip_max))
# Calculate number of used and unused IP-addresses on this subnet
# ^^^^^^ excluding reserved addresses
uip = self._find.count_used_ips(s.subnet_ip)
data['used'] = str(uip)
data['unused'] = str(s.ip_max - s.ip_min - uip - 1)
reserved_adresses = list(s.reserved_adr)
if reserved_adresses:
reserved_adresses.sort()
data["res_adr1"] = "%s (net)" % ipc.long_to_ip(
reserved_adresses.pop(0))
else:
data["res_adr1"] = "(None)"
ret = [
data,
]
if reserved_adresses:
last_ip = reserved_adresses.pop()
for address in reserved_adresses:
ret.append({'res_adr': ipc.long_to_ip(address)})
ret.append({'res_adr': "%s (broadcast)" % ipc.long_to_ip(last_ip)})
return ret
def compare_file_to_db(subnets_in_file, force):
"""Analyzes the info obtained from the files that are to be
imported, compares to content of database and makes changes were
needed to bring the database in sync with the datafile.
TODO: parameter doc.
"""
errors = []
changes = []
perform_checks = not force
s = Subnet(db)
subnets_in_db = s.search()
for row in subnets_in_db:
subnet_ID = "%s/%s" % (row['subnet_ip'], row['subnet_mask'])
if subnet_ID in subnets_in_file:
# Subnet is in file; nothing should be done with it
if row['description'] != subnets_in_file[subnet_ID][1]:
s.clear()
s.find(row['entity_id'])
s.description = subnets_in_file[subnet_ID][1]
s.write_db(perform_checks=False)
logger.debug("Updating description of subnet '%s'" % subnet_ID)
changes.append("Updated description of subnet '%s'" %
subnet_ID)
else:
logger.debug("Subnet '%s' in both DB and file; " % subnet_ID +
"no description update")
del subnets_in_file[subnet_ID]
else:
# Subnet is in DB, but not in file; try to remove it from DB
try:
logger.info("Deleting subnet '%s'" % subnet_ID)
s.clear()
s.find(subnet_ID)
description = s.description
s.delete(perform_checks=perform_checks)
changes.append("Deleted subnet '%s' (%s)" %
(subnet_ID, description))
except CerebrumError, ce:
logger.error(str(ce))
errors.append(str(ce))
def subnet_set_reserved(self, operator, identifier, new_res):
self.ba.assert_dns_superuser(operator.get_entity_id())
try:
int(new_res)
except:
raise CerebrumError("The number of reserved addresses must be " +
"an integer; '%s' isn't" % new_res)
if new_res < 0:
raise CerebrumError("Cannot set number of reserved addresses to " +
"a negative number such as '%s'" % new_res)
s = Subnet(self.db)
try:
s.find(identifier)
except SubnetError:
s = IPv6Subnet(self.db)
s.find(identifier)
old_res = s.no_of_reserved_adr
s.no_of_reserved_adr = int(new_res)
s.calculate_reserved_addresses()
in_use = ""
if new_res > old_res:
try:
s.check_reserved_addresses_in_use()
except SubnetError, se:
in_use = "\nFYI: %s" % str(se)
def subnet_info(self, operator, identifier):
"""Lists the following information about the given subnet:
* Subnett
* Netmask
* Entity ID
* Description
* Name-prefix
* VLAN number
* DNS-delegation status
* Range of IPs on subnet
* Number of reserved addresses
* A list of the reserved adresses
"""
s = Subnet(self.db)
ipc = IPCalc
try:
s.find(identifier)
except (ValueError, SubnetError):
s = IPv6Subnet(self.db)
s.find(identifier)
ipc = IPv6Calc
if s.dns_delegated:
delegated = "Yes"
else:
delegated = "No"
data = {'subnet': "%s/%s" % (s.subnet_ip, s.subnet_mask),
'entity_id': str(s.entity_id),
'desc': s.description,
'delegated': delegated,
'name_prefix': s.name_prefix,
'no_of_res_adr': str(s.no_of_reserved_adr)}
if isinstance(s, Subnet):
data['netmask'] = ipc.netmask_to_ip(s.subnet_mask)
else:
data['prefix'] = '/' + str(s.subnet_mask)
if s.vlan_number is not None:
data['vlan'] = str(s.vlan_number)
else:
data['vlan'] = "(None)"
data['ip_range'] = "%s - %s" % (ipc.long_to_ip(s.ip_min),
ipc.long_to_ip(s.ip_max))
# Calculate number of used and unused IP-addresses on this subnet
# ^^^^^^ excluding reserved addresses
uip = self._find.count_used_ips(s.subnet_ip)
data['used'] = str(uip)
data['unused'] = str(s.ip_max - s.ip_min - uip - 1)
reserved_adresses = list(s.reserved_adr)
if reserved_adresses:
reserved_adresses.sort()
data["res_adr1"] = "%s (net)" % ipc.long_to_ip(reserved_adresses.pop(0))
else:
data["res_adr1"] = "(None)"
ret = [data,]
if reserved_adresses:
last_ip = reserved_adresses.pop()
for address in reserved_adresses:
ret.append({'res_adr': ipc.long_to_ip(address)})
ret.append({'res_adr': "%s (broadcast)" % ipc.long_to_ip(last_ip)})
return ret