public async Task Run(IOutputInput outputInput)
{
this.outputInput = outputInput;
var address = Common.GetLocalAddress(outputInput);
if (address == null)
{
return;
}
var mask = NetworkUtils.GetSubnetMask(address);
var addresses = NetworkUtils.GetAddressesInNetwork(address, mask);
if (addresses.Count == 0)
{
outputInput.WriteLine("No addresses to scan");
return;
}
outputInput.WriteLine("Current IP address: " + address.ToString());
outputInput.WriteLine("Mask: " + mask.ToString());
outputInput.WriteLine("Addresses to scan: " + addresses.Count);
outputInput.WriteLine("Scan started!");
var pingScanner = new PingScanner()
{
StopOnFirstException = false,
TasksCount = 0
};
pingScanner.OnScanProgress += PingScanner_OnScanProgress;
outputInput.StartTime();
var result = await pingScanner.PingScan(new PingScanInput
{
Addresses = addresses,
Retries = 1,
Timeout = 1000
});
outputInput.StopTime();
var processed = result.GetResults();
var found = processed.Where(s => s.Reply?.Status == IPStatus.Success);
outputInput.WriteLine($"Scan completed. Scanned addresses: {processed.Count}, found {found.Count()} devices");
}
public List <Device> ScanIpRange(ScanParameters parameters)
{
var devices = new List <Device>();
var pingScan = new PingScanner();
var ips = EnumerateIps(parameters.StartIp, parameters.LastIp);
Parallel.ForEach(ips, (currentIp) =>
{
if (pingScan.CheckIp(currentIp))
{
devices.Add(new Device {
Ip = currentIp
});
}
});
return(devices);
}