// If loc delegate is provided, this function passes an integer value
// of the current index relative to the length of the range
// If ip delegate is provided, this function passes the current IP
// to the delegate
public async Task buildIPTableAsync(Del locDel, IPDel ipDel)
{
Byte[] startIP = startRange.GetAddressBytes();
Byte[] endIP = endRange.GetAddressBytes();
Byte[] originalEndIP = endRange.GetAddressBytes();
IPAddress currIP;
//setRangeLength();
long currAddress;
int loc = 0;
for (int i = startIP[0]; i <= endIP[0]; i++)
{ // Iterate through i.j.k.l
if (i < endIP[0]) // If the start MSB < end MSB,
{
endIP[1] = 255; // then ensure all ranges are looped through
}
else
{
endIP[1] = originalEndIP[1];
}
for (int j = startIP[1]; j <= endIP[1]; j++)
{
if (j < endIP[1])
{
endIP[2] = 255;
}
else
{
endIP[2] = originalEndIP[2];
}
for (int k = startIP[2]; k <= endIP[2]; k++)
{
if (k < endIP[2])
{
endIP[3] = 255;
}
else
{
endIP[3] = originalEndIP[3];
}
for (int l = startIP[3]; l <= endIP[3]; l++, loc++)
{
currAddress = generateIPAddress((uint)l, (uint)k,
(uint)j, (uint)i);
currIP = new IPAddress(currAddress);
if (locDel != null)
{
locDel(loc);
}
if (ipDel != null)
{
ipDel(currIP);
}
readHTML(currIP);
await Task.Delay(50);
Debug.Write(currIP + "\n");
}
startIP[3] = 0; // When any level of the loop reaches
} // its end, set the start value to 0
startIP[2] = 0; // so any future loops go through the
} // entire address range
startIP[1] = 0;
}
startIP[0] = 0;
}
public async Task buildIPTableAsync(IPDel ipDel)
{
await buildIPTableAsync(null, ipDel);
}
