/// <summary>
/// Calculates the results of the addresses
/// </summary>
public void GetResults()
{
// If Ip Address is correct
if (Gen.IsAddressCorrect(IpAddress))
{
// Binary IP Address
IpAddressBinary = Gen.IP_2_Binary(IpAddress);
// Network Class
NetworkClass = Gen.GetNetworkClass(IpAddressBinary);
}
// If Prefix is correct
if (Gen.IsPrefixCorrect(Prefix))
{
// SM Binary and Decimal
SMBinary = Gen.Prefix_2_SM(Convert.ToInt16(Prefix));
SM = Gen.BinAddress_2_Dec(SMBinary);
// Number of Available Hosts
HostsCount = Gen.GetAvailableHosts(Convert.ToInt32(Prefix)).ToString();
// New Prefix
NewPrefix = Gen.GetNewPrefix(SubNetworks, Convert.ToInt32(Prefix)).ToString();
// Subhosts count
SubHostsCount = Gen.GetAvailableHosts(Convert.ToInt32(NewPrefix)).ToString();
}
if (Gen.IsPrefixCorrect(Prefix) && Gen.IsAddressCorrect(IpAddress))
{
// Network Address Binary and Decimal
NetworkAddressBinary = Gen.GetNetworkAddress(IpAddressBinary, SMBinary);
NetworkAddress = Gen.BinAddress_2_Dec(NetworkAddressBinary);
// Broadcast Address Binary and Decimal
BroadcastAddressBinary = Gen.GetBroadcastNumber(IpAddressBinary, SMBinary);
BroadcastAddress = Gen.BinAddress_2_Dec(BroadcastAddressBinary);
HostsRange = Gen.GetHostsRange(NetworkAddress, BroadcastAddress);
// Add Prefix to the addresss
BroadcastAddress = AddPrefix(BroadcastAddress, NewPrefix);
NetworkAddress = AddPrefix(NetworkAddress, NewPrefix);
}
if (Prefix == "32")
{
Warning = "Network doesn't exist!";
}
else if (Prefix == "31")
{
Warning = "Network has no hosts available!";
}
else if (NetworkClass == "D" || NetworkClass == "E")
{
Warning = "Restricted Address!";
}
// TODO: Warning about 2many subnetworks
else
{
Warning = "";
}
}
