def difference(self, other):
"""
@param other: an IP set.
@return: the difference between this IP set and another as a new IP
set (all IP addresses and subnets that are in this IP set but
not found in the other.)
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset - r_ipv4_iset
for start, end in list(ipv4_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 4), IPAddress(end-1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset - r_ipv6_iset
for start, end in list(ipv6_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 6), IPAddress(end-1, 6))
cidr_list.extend(cidrs)
return IPSet(cidr_list)
def symmetric_difference(self, other):
"""
:param other: an IP set.
:return: the symmetric difference of this IP set and another as a new
IP set (all IP addresses and subnets that are in exactly one
of the sets).
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset ^ r_ipv4_iset
for start, end in list(ipv4_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 4), IPAddress(end - 1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset ^ r_ipv6_iset
for start, end in list(ipv6_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 6), IPAddress(end - 1, 6))
cidr_list.extend(cidrs)
return IPSet(cidr_list)
def intersection(self, other):
"""
@param other: an IP set.
@return: the intersection of this IP set and another as a new IP set.
(IP addresses and subnets common to both sets).
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset & r_ipv4_iset
for start, end in list(ipv4_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 4), IPAddress(end-1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset & r_ipv6_iset
for start, end in list(ipv6_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 6), IPAddress(end-1, 6))
cidr_list.extend(cidrs)
return IPSet(cidr_list)
def difference(self, other):
"""
:param other: an IP set.
:return: the difference between this IP set and another as a new IP
set (all IP addresses and subnets that are in this IP set but
not found in the other.)
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset - r_ipv4_iset
for start, end in ipv4_result._ranges:
cidrs = iprange_to_cidrs(IPAddress(start, 4),
IPAddress(end - 1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset - r_ipv6_iset
for start, end in ipv6_result._ranges:
cidrs = iprange_to_cidrs(IPAddress(start, 6),
IPAddress(end - 1, 6))
cidr_list.extend(cidrs)
result = IPSet()
# None of these CIDRs can be compacted, so skip that operation.
result._cidrs = dict.fromkeys(cidr_list, True)
return result
def difference(self, other):
"""
:param other: an IP set.
:return: the difference between this IP set and another as a new IP
set (all IP addresses and subnets that are in this IP set but
not found in the other.)
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset - r_ipv4_iset
for start, end in ipv4_result._ranges:
cidrs = iprange_to_cidrs(IPAddress(start, 4), IPAddress(end-1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset - r_ipv6_iset
for start, end in ipv6_result._ranges:
cidrs = iprange_to_cidrs(IPAddress(start, 6), IPAddress(end-1, 6))
cidr_list.extend(cidrs)
result = IPSet()
# None of these CIDRs can be compacted, so skip that operation.
result._cidrs = dict.fromkeys(cidr_list, True)
return result
def issuperset(self, other):
"""
@param other: an IP set.
@return: C{True} if every IP address and subnet in other IP set
is found within this one.
"""
if not hasattr(other, '_cidrs'):
return NotImplemented
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv4 = l_ipv4_iset.issuperset(r_ipv4_iset)
ipv6 = l_ipv6_iset.issuperset(r_ipv6_iset)
return ipv4 and ipv6
def issuperset(self, other):
"""
:param other: an IP set.
:return: ``True`` if every IP address and subnet in other IP set
is found within this one.
"""
if not hasattr(other, '_cidrs'):
return NotImplemented
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv4 = l_ipv4_iset.issuperset(r_ipv4_iset)
ipv6 = l_ipv6_iset.issuperset(r_ipv6_iset)
return ipv4 and ipv6
def issubset(self, other):
"""
:param other: an IP set.
:return: ``True`` if every IP address and subnet in this IP set
is found within ``other``.
"""
if not hasattr(other, "_cidrs"):
return NotImplemented
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv4 = l_ipv4_iset.issubset(r_ipv4_iset)
ipv6 = l_ipv6_iset.issubset(r_ipv6_iset)
return ipv4 and ipv6
def symmetric_difference(self, other):
"""
:param other: an IP set.
:return: the symmetric difference of this IP set and another as a new
IP set (all IP addresses and subnets that are in exactly one
of the sets).
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset ^ r_ipv4_iset
for start, end in list(ipv4_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 4),
IPAddress(end - 1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset ^ r_ipv6_iset
for start, end in list(ipv6_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 6),
IPAddress(end - 1, 6))
cidr_list.extend(cidrs)
return IPSet(cidr_list)
def difference(self, other):
"""
@param other: an IP set.
@return: the difference between this IP set and another as a new IP
set (all IP addresses and subnets that are in this IP set but
not found in the other.)
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset - r_ipv4_iset
for start, end in list(ipv4_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 4),
IPAddress(end - 1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset - r_ipv6_iset
for start, end in list(ipv6_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 6),
IPAddress(end - 1, 6))
cidr_list.extend(cidrs)
return IPSet(cidr_list)
def intersection(self, other):
"""
:param other: an IP set.
:return: the intersection of this IP set and another as a new IP set.
(IP addresses and subnets common to both sets).
"""
cidr_list = []
# Separate IPv4 from IPv6.
l_ipv4, l_ipv6 = partition_ips(self._cidrs)
r_ipv4, r_ipv6 = partition_ips(other._cidrs)
# Process IPv4.
l_ipv4_iset = _IntSet(*[(c.first, c.last) for c in l_ipv4])
r_ipv4_iset = _IntSet(*[(c.first, c.last) for c in r_ipv4])
ipv4_result = l_ipv4_iset & r_ipv4_iset
for start, end in list(ipv4_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 4),
IPAddress(end - 1, 4))
cidr_list.extend(cidrs)
# Process IPv6.
l_ipv6_iset = _IntSet(*[(c.first, c.last) for c in l_ipv6])
r_ipv6_iset = _IntSet(*[(c.first, c.last) for c in r_ipv6])
ipv6_result = l_ipv6_iset & r_ipv6_iset
for start, end in list(ipv6_result._ranges):
cidrs = iprange_to_cidrs(IPAddress(start, 6),
IPAddress(end - 1, 6))
cidr_list.extend(cidrs)
return IPSet(cidr_list)
