private async Task <IEnumerable <WiFiSignal> > GetWiFiSignalsData()
{
await this._wiFiScanner.ScanForNetworks();
return(await Task.Run(() =>
{
var signals = new List <WiFiSignal>();
foreach (var availableNetwork in _wiFiScanner.WiFiAdapter.NetworkReport.AvailableNetworks)
{
WiFiSignal wifiSignal = new WiFiSignal
{
BeaconInterval = availableNetwork.BeaconInterval.TotalSeconds.ToString(),
BSSID = availableNetwork.Bssid,
ChannelCenterFrequencyInKilohertz = availableNetwork.ChannelCenterFrequencyInKilohertz,
Encryption = availableNetwork.SecuritySettings.NetworkEncryptionType.ToString(),
IsWiFiDirect = availableNetwork.IsWiFiDirect,
NetworkKind = availableNetwork.NetworkKind.ToString(),
PhyKind = availableNetwork.PhyKind.ToString(),
SignalStrength = (short)availableNetwork.NetworkRssiInDecibelMilliwatts,
SSID = availableNetwork.Ssid,
Uptime = availableNetwork.Uptime.TotalHours.ToString()
};
signals.Add(wifiSignal);
}
return signals;
}));
}
private static void Check(WiFiSignal signal, TextBlock tbSignalStrength, TextBlock tbEncryption)
{
CurrentColorSchemeWifiInfo colorScheme = CurrentColorSchemeWifiInfo.GetInstance();
if (signal.SignalStrength <= colorScheme.BadSignal)
{
tbSignalStrength.Foreground = colorScheme.BadSignalForeground;
tbSignalStrength.Text = colorScheme.BadSignalSymbol;
}
else if (signal.SignalStrength > colorScheme.BadSignal && signal.SignalStrength <= colorScheme.NormalSignal)
{
tbSignalStrength.Foreground = colorScheme.NormalSignalForeground;
tbSignalStrength.Text = colorScheme.NormalSignalSymbol;
}
else
{
tbSignalStrength.Foreground = colorScheme.GoodSignalForeground;
tbSignalStrength.Text = colorScheme.GoodSignalSymbol;
}
if (signal.Encryption != "None")
{
tbEncryption.Foreground = colorScheme.BadSignalForeground;
}
else
{
tbEncryption.Foreground = colorScheme.GoodSignalForeground;
}
}
