def build_ip_qsets(ip_str):
ip_type, Klass = resolve_ip_type(ip_str)
try:
ip = Klass(ip_str)
ip_upper, ip_lower = one_to_two(int(ip))
except (ipaddr.AddressValueError):
raise BadDirective("{0} isn't a valid "
"IP address.".format(ip_str))
return build_ipf_qsets(Q(ip_upper=ip_upper, ip_lower=ip_lower))
def update_network(self):
"""This function will look at the value of network_str to update other
fields in the network object. This function will also set the 'network'
attribute to either an ipaddr.IPv4Network or ipaddr.IPv6Network object.
"""
if not isinstance(self.network_str, basestring):
raise ValidationError("ERROR: No network str.")
try:
if self.ip_type == "4":
self.network = ipaddr.IPv4Network(self.network_str)
elif self.ip_type == "6":
self.network = ipaddr.IPv6Network(self.network_str)
else:
raise ValidationError("Could not determine IP type of network" " %s" % (self.network_str))
except (ipaddr.AddressValueError, ipaddr.NetmaskValueError):
raise ValidationError("Invalid network for ip type of " "'{0}'.".format(self, self.ip_type))
# Update fields
self.ip_upper, self.ip_lower = one_to_two(int(self.network))
self.prefixlen = self.network.prefixlen
def ip_to_range(ip):
"""Attempt to map an IP into a range"""
ip_type = resolve_ip_type(ip)
ip_upper, ip_lower = one_to_two(ip_to_int(ip, ip_type[0]))
# If it's within the uppers, it's definitely within the lowers
upper_q = Q(
~Q(start_upper=F('end_upper')),
start_upper__lte=ip_upper, end_upper__gte=ip_upper
)
# If the uppers match, look in the lowers
lower_q = Q(
Q(start_upper=F('end_upper')),
start_lower__lte=ip_lower, end_lower__gte=ip_lower
)
try:
return Range.objects.get(upper_q | lower_q)
except Range.DoesNotExist:
pass
def update_network(self):
"""This function will look at the value of network_str to update other
fields in the network object. This function will also set the 'network'
attribute to either an ipaddr.IPv4Network or ipaddr.IPv6Network object.
"""
if not isinstance(self.network_str, basestring):
raise ValidationError("ERROR: No network str.")
try:
if self.ip_type == '4':
self.network = ipaddr.IPv4Network(self.network_str)
elif self.ip_type == '6':
self.network = ipaddr.IPv6Network(self.network_str)
else:
raise ValidationError("Could not determine IP type of network"
" %s" % (self.network_str))
except (ipaddr.AddressValueError, ipaddr.NetmaskValueError):
raise ValidationError("Invalid network for ip type of "
"'{0}'.".format(self, self.ip_type))
# Update fields
self.ip_upper, self.ip_lower = one_to_two(int(self.network))
self.prefixlen = self.network.prefixlen
site = None
vlan = None
for parent in reversed(parents):
if parent.site:
site = parent.site
vlan = parent.vlan
break
if not site:
for child in children:
if child.site:
site = child.site
vlan = child.vlan
break
ip_upper, ip_lower = one_to_two(int(ip))
ipf_qs = build_ipf_qsets(Q(ip_upper=ip_upper, ip_lower=ip_lower))
q_sets = []
for q, (name, Klass) in izip(ipf_qs, searchables):
if name == "NET":
q_sets.append(network_q)
elif name == "SITE" and site:
q_sets.append(Q(pk=site.pk))
elif name == "VLAN" and vlan:
q_sets.append(Q(pk=vlan.pk))
else:
q_sets.append(q)
return q_sets
site = None
vlan = None
for parent in reversed(parents):
if parent.site:
site = parent.site
vlan = parent.vlan
break
if not site:
for child in children:
if child.site:
site = child.site
vlan = child.vlan
break
ip_upper, ip_lower = one_to_two(int(ip))
ipf_qs = build_ipf_qsets(Q(ip_upper=ip_upper, ip_lower=ip_lower))
q_sets = []
for q, (name, Klass) in izip(ipf_qs, searchables):
if name == 'NET':
q_sets.append(network_q)
elif name == 'SITE' and site:
q_sets.append(Q(pk=site.pk))
elif name == 'VLAN' and vlan:
q_sets.append(Q(pk=vlan.pk))
else:
q_sets.append(q)
return q_sets