public void BasicTest(string test, string expectedNetwork, string expectedEnd, byte expectedMask, string expectedSubnetSize)
{
IpAddressNetworkV6 net = IpAddressNetworkV6.Parse(test);
net.Mask.Should().Be(expectedMask);
net.NetworkAddress.Should().Be((IpAddressV6)expectedNetwork);
net.EndAddress.Should().Be((IpAddressV6)expectedEnd);
BigInteger bigExpectedSubnetSize = BigInteger.Parse(expectedSubnetSize);
net.SubnetSize.Should().Be(bigExpectedSubnetSize);
}
public void FullPropertyTest()
{
IpAddressNetworkV6 net = IpAddressNetworkV6.Parse("2001:db8::8a2e:371:7334/96");
net.Mask.Should().Be(96);
net.ToString().Should().Be("2001:db8::8a2e:0:0/96");
net.NetworkAddress.Should().Be((IpAddressV6)"2001:db8::8a2e:0:0");
net.EndAddress.Should().Be((IpAddressV6)"2001:db8::8a2e:ffff:ffff");
net.NetworkMask.Should().Be((IpAddressV6)"ffff:ffff:ffff:ffff:ffff:ffff::");
net.NetworkWildcardMask.Should().Be((IpAddressV6)"::ffff:ffff");
net.SubnetSize.Should().Be(4294967296);
}
public void ValidIPv4InV6FormatTests(string expected, string test, byte cidr)
{
string expectedWithoutSlash = expected.Split('/').First();
IpAddressNetworkV6 parsed = IpAddressNetworkV6.Parse(test);
IPAddress expectedIp = IPAddress.Parse(expectedWithoutSlash);
parsed.NetworkAddress.Should().Be(expectedIp);
if (cidr == 128)
{
parsed.EndAddress.Should().Be(expectedIp);
}
parsed.Mask.Should().Be(cidr);
// This representation is special, and should still be the IPv4 in IPv6 mapped
expectedIp.ToString().Should().Be(expectedWithoutSlash);
parsed.ToString().Should().Be(expected);
}
public IpAddressNetworkV6 CurrentIPv6Parser()
{
return(IpAddressNetworkV6.Parse("2001:0dff:44ff:0:1744::ffff/64"));
}
