public IPAddress(ref string[] address1, ref string[] address2, bool isDecimal)
{
if (isDecimal)
{
IPConversions IPC = new IPConversions(ref address1, IPType.Decimal);
IPC.ConvertAddress();
_address1 = IPC.GetBinaryIp().Split('.', ':', ' ');
FirstOctet = address1[0];
IPC = new IPConversions(ref address2, IPType.Decimal);
IPC.ConvertAddress();
_address2 = IPC.GetBinaryIp().Split('.', ':', ' ');
_subnetMaskAddress = IPC.GetBinaryIp();
}
else
{
IPConversions IPC = new IPConversions(ref address1, IPType.Binary);
IPC.ConvertAddress();
FirstOctet = IPC.GetDecimalIp().Split('.', ':', ' ')[0];
_address1 = address1;
IPC = new IPConversions(ref address2, IPType.Binary);
IPC.ConvertAddress();
_address2 = address2;
_subnetMaskAddress = IPC.GetBinaryIp();
}
}
partial void IPAddress_Changed(UITextField sender)
{
if (IPAddress_TextBox.Text != "")
{
string[] inputSplit = IPAddress_TextBox.Text.Split('.', ' ', ':');
if (inputSplit.Length == 4)
{
if (ConvertsToDecimal(ref inputSplit))
{
IPConversions ip = new IPConversions(ref inputSplit, IPType.Decimal);
ip.ConvertAddress();
Results_TextBox.Text = ip.GetBinaryIp();
IPAddress_TextBox.Text = ip.GetDecimalIp();
}
else if (ConvertsToBinary(ref inputSplit))
{
IPConversions ip = new IPConversions(ref inputSplit, IPType.Binary);
ip.ConvertAddress();
Results_TextBox.Text = ip.GetDecimalIp();
IPAddress_TextBox.Text = ip.GetBinaryIp();
}
else
{
Results_TextBox.Text = "";
}
}
}
}
private string getHostRange(int index)
{
char[] subnet = subnetArray[index, 0].ToCharArray();
subnet[IPAddressSize - 1] = '1';
string[] decimalAddressArray = BroadcastID[index].Split('.', ':', ' ');
converter = new IPConversions(ref decimalAddressArray, IPType.Decimal);
converter.ConvertAddress();
char[] subnet2 = converter.GetBinaryIp().ToCharArray();
subnet2[IPAddressSize - 1] = '0';
string[] binaryAddressArray = (new string(subnet)).Split('.', ' ', ':');
converter = new IPConversions(ref binaryAddressArray, IPType.Binary);
converter.ConvertAddress();
string lowRange = converter.GetDecimalIp();
string[] binaryAddressArray2 = (new string(subnet2)).Split('.', ':', ' ');
converter = new IPConversions(ref binaryAddressArray2, IPType.Binary);
converter.ConvertAddress();
string highRange = converter.GetDecimalIp();
HostRange[index] = lowRange + " - " + highRange;
return(lowRange + " - " + highRange);
}
private string getBroadcast(int index)
{
int bitChangeCount = _startingLocation;
char[] tmp = subnetArray[index, 0].ToCharArray();
int counter = 0;
for (int i = bitChangeCount + 1; i < IPAddressSize; i++)
{
if (counter >= _byteSpace)
{
if (tmp[i] != '.')
{
tmp[i] = '1';
}
}
if (tmp[i] != '.')
{
counter++;
}
}
string[] binaryAddressArray = (new string(tmp)).Split('.', ':', ' ');
converter = new IPConversions(ref binaryAddressArray, IPType.Binary);
converter.ConvertAddress();
BroadcastID[index] = converter.GetDecimalIp();
return(converter.GetDecimalIp());
}
private string getDecimalSubnet(int index)
{
string[] subnetAddressArray = subnetArray[index, 0].Split('.', ' ', ':');
converter = new IPConversions(ref subnetAddressArray, IPType.Binary);
converter.ConvertAddress();
DecimalID[index] = converter.GetDecimalIp();
return(converter.GetDecimalIp());
}
private string GetSubnetMask(int bits)
{
char[] mask = "00000000.00000000.00000000.00000000".ToCharArray();
int counter = 0;
for (int a = 0; a < 35 && counter < bits; a++)
{
counter++;
if (mask[a] != '.')
{
mask[a] = '1';
}
else
{
counter--;
}
}
string[] binaryAddressArray = (new string(mask)).Split('.', ':', ' ');
IPConversions IPC = new IPConversions(ref binaryAddressArray, IPType.Binary);
IPC.ConvertAddress();
return(IPC.GetDecimalIp());
}
