public static async Task <Response <GoogleGeolocationResult> > GetLocationAsync(string key)
{
try
{
var networks = NativeWifi.EnumerateBssNetworks();
var
wifiAccessPoints = networks.Select(i => new Wifiaccesspoint()
{
channel = i.Channel,
macAddress = i.Bssid.ToString(),
signalStrength = i.SignalStrength,
}).ToArray();
//
//System.IO.File.WriteAllText("vezarat.txt", Newtonsoft.Json.JsonConvert.SerializeObject(wifiAccessPoints));
foreach (var item in wifiAccessPoints)
{
Debug.WriteLine($"mac: {item.macAddress}, signal:{item.signalStrength}, channel: {item.channel}");
}
return(await GetLocationAsync(key, wifiAccessPoints));
//var url = $"https://www.googleapis.com/geolocation/v1/geolocate?key={key}";
//return await Helpers.NetHelper.HttpPostAsync<GoogleGeolocationResult>(url, parameter);
}
catch (Exception ex)
{
System.Diagnostics.Debug.WriteLine(ex.Message);
//return new GoogleGeolocationResult() { accuracy = int.MaxValue };
return(ResponseFactory.CreateError <GoogleGeolocationResult>(ex.GetMessagePlus()));
}
}
public static async Task <ApiResults.GoogleMapsGeolocationJsonResult> GetLocation(string key)
{
try
{
var networks = NativeWifi.EnumerateBssNetworks();
var parameter = new GoogleMapsGeolocationParameters()
{
wifiAccessPoints = networks.Select(i => new Wifiaccesspoint()
{
channel = i.Channel,
macAddress = i.Bssid.ToString(),
signalStrength = i.SignalStrength,
}).ToArray()
};
var url = $"https://www.googleapis.com/geolocation/v1/geolocate?key={key}";
return(await Helpers.NetHelper.HttpPost <ApiResults.GoogleMapsGeolocationJsonResult>(url, parameter));
}
catch (Exception ex)
{
System.Diagnostics.Debug.WriteLine(ex.Message);
return(new ApiResults.GoogleMapsGeolocationJsonResult()
{
accuracy = int.MaxValue
});
}
}
private static void ShowInformation()
{
Trace.WriteLine("===== Usable Interfaces =====");
foreach (var interfaceInfo in NativeWifi.EnumerateInterfaces())
{
Trace.WriteLine($"Interface: {interfaceInfo.Description} ({interfaceInfo.Id})");
}
Trace.WriteLine("===== Usable Interface Connections =====");
foreach (var interfaceInfo in NativeWifi.EnumerateInterfaceConnections())
{
Trace.WriteLine($"{{Interface: {interfaceInfo.Description} ({interfaceInfo.Id})");
Trace.WriteLine($" Connection: {interfaceInfo.ConnectionMode}");
Trace.WriteLine($" RadioOn: {interfaceInfo.IsRadioOn}");
Trace.WriteLine($" Connected: {interfaceInfo.IsConnected}");
Trace.WriteLine($" Profile: {interfaceInfo.ProfileName}}}");
}
Trace.WriteLine("===== Available Network SSIDs =====");
foreach (var ssid in NativeWifi.EnumerateAvailableNetworkSsids())
{
Trace.WriteLine($"SSID: {ssid}");
}
Trace.WriteLine("===== Connected Network SSIDs =====");
foreach (var ssid in NativeWifi.EnumerateConnectedNetworkSsids())
{
Trace.WriteLine($"SSID: {ssid}");
}
Trace.WriteLine("===== Available Networks =====");
foreach (var network in NativeWifi.EnumerateAvailableNetworks())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BSS: {network.BssType}");
Trace.WriteLine($" SignalQuality: {network.SignalQuality}");
Trace.WriteLine($" Security: {network.IsSecurityEnabled}}}");
}
Trace.WriteLine("===== Available Network Groups =====");
foreach (var network in NativeWifi.EnumerateAvailableNetworkGroups())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BssNetworks: {network.BssNetworks.Count}");
Trace.WriteLine($" SignalQuality: {network.SignalQuality}");
Trace.WriteLine($" LinkQuality: {network.LinkQuality}");
Trace.WriteLine($" Band: {network.Band} GHz");
Trace.WriteLine($" Channel: {network.Channel}}}");
}
Trace.WriteLine("===== BSS Networks =====");
foreach (var network in NativeWifi.EnumerateBssNetworks())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BSS: {network.BssType}");
Trace.WriteLine($" BSSID: {network.Bssid}");
Trace.WriteLine($" SignalStrength: {network.SignalStrength}");
Trace.WriteLine($" LinkQuality: {network.LinkQuality}");
Trace.WriteLine($" Frequency: {network.Frequency} KHz");
Trace.WriteLine($" Band: {network.Band} GHz");
Trace.WriteLine($" Channel: {network.Channel}}}");
}
Trace.WriteLine("===== Network Profile Names =====");
foreach (var name in NativeWifi.EnumerateProfileNames())
{
Trace.WriteLine($"Name: {name}");
}
Trace.WriteLine("===== Network Profiles =====");
foreach (var profile in NativeWifi.EnumerateProfiles())
{
Trace.WriteLine($"{{Name: {profile.Name}");
Trace.WriteLine($" Interface: {profile.Interface.Description} ({profile.Interface.Id})");
Trace.WriteLine($" SSID: {profile.Document.Ssid}");
Trace.WriteLine($" BSS: {profile.Document.BssType}");
Trace.WriteLine($" Authentication: {profile.Document.Authentication}");
Trace.WriteLine($" Encryption: {profile.Document.Encryption}");
Trace.WriteLine($" AutoConnect: {profile.Document.IsAutoConnectEnabled}");
Trace.WriteLine($" AutoSwitch: {profile.Document.IsAutoSwitchEnabled}");
Trace.WriteLine($" Position: {profile.Position}}}");
}
Trace.WriteLine("===== Network Profile Radios =====");
foreach (var profile in NativeWifi.EnumerateProfileRadios())
{
Trace.WriteLine($"{{Name: {profile.Name}");
Trace.WriteLine($" Interface: {profile.Interface.Description} ({profile.Interface.Id})");
Trace.WriteLine($" SSID: {profile.Document.Ssid}");
Trace.WriteLine($" RadioOn: {profile.IsRadioOn}");
Trace.WriteLine($" Connected: {profile.IsConnected}");
Trace.WriteLine($" SignalQuality: {profile.SignalQuality}");
Trace.WriteLine($" LinkQuality: {profile.LinkQuality}");
Trace.WriteLine($" Band: {profile.Band} GHz");
Trace.WriteLine($" Channel: {profile.Channel}}}");
}
}
/// <summary>
/// Enumerates wireless LAN channels whose signal strength go beyond a specified threshold.
/// </summary>
/// <param name="signalStrengthThreshold">Threshold of signal strength</param>
/// <returns>Channel numbers</returns>
public static IEnumerable <int> EnumerateNetworkChannels(int signalStrengthThreshold)
{
return(NativeWifi.EnumerateBssNetworks()
.Where(x => x.SignalStrength > signalStrengthThreshold)
.Select(x => x.Channel));
}
//4.1秒ごとにWifi測る（現在位置部屋特定）
//このタイマーは授業中のみ実施
private async void timer2_Tick(object sender, EventArgs e)
{
WifiInfo wifiInfo = new WifiInfo();
foreach (BssNetworkPack network in NativeWifi.EnumerateBssNetworks())
{
wifiInfo.setSSID(network.Ssid.ToString());
wifiInfo.setBSSID(network.Bssid.ToString().ToLower());
wifiInfo.setRSSI(network.SignalStrength);
}
string rssi = WifiRSSI.SVMList(wifiInfo);
Console.WriteLine(rssi);
//ここからサーバー通信
WebClient wc = new WebClient();
NameValueCollection ps = new NameValueCollection();
ps.Add("rssi", rssi);
byte[] resData = wc.UploadValues(url, ps);
wc.Dispose();
string resText = System.Text.Encoding.UTF8.GetString(resData);
Console.WriteLine(resText);
resText = resText.Trim();
resText = WifiRSSI.RoomConv(resText);
//label2.Text = resText;
isRoom = resText;
int num = 0;
for (int i = 0; i < UserData.scheduleClasses.Count; i++)
{
ScheduleClass schedule = UserData.scheduleClasses[i];
for (int j = 0; j < schedule.TimeSize(); j++)
{
TimeClass time = schedule.getTime(j);
DateTime beginTime = time.getBeginTime();
DateTime endTime = time.getEndTime();
TimeSpan beginSpan = beginTime.TimeOfDay;
TimeSpan endSpan = endTime.TimeOfDay;
TimeSpan fromSpan = DateTime.Now.TimeOfDay - beginSpan;
TimeSpan toSpan = DateTime.Now.TimeOfDay - endSpan;
double beginSecond = fromSpan.TotalSeconds;
double endSecond = toSpan.TotalSeconds;
bool[] day = time.getDay();
//実行中である
if (beginSecond > 0 && endSecond < 0 && day[(int)DateTime.Now.DayOfWeek])
{
num++;
label1.Text = "現在";
label3.Text = UserData.scheduleClasses[i].getName();
//部屋にいるか？
if (isRoom == time.getRoomName())
{
label4.Visible = true;
//講義資料自動オープンをするよ
for (int k = 0; k < UserData.scheduleClasses[i].DocumentSize(); k++)
{
DocumentClass document = UserData.scheduleClasses[i].getDocument(k);
if (document.getOpen() && !time.getClass())
{
//"C:\test\1.txt"を関連付けられたアプリケーションで開く
System.Diagnostics.Process p =
System.Diagnostics.Process.Start(Environment.CurrentDirectory + "\\" + UserData.scheduleClasses[i].getName() + "\\" + document.getDocumentName());
if (k == UserData.scheduleClasses[i].DocumentSize() - 1)
{
time.setClass(true);
UserData.scheduleClasses[i].renewTime(time, j);
}
//この辺に出席を送信する処理入れたい
Console.WriteLine(document.getDocumentName() + " 開いた");
}
await Task.Delay(1000);
}
}
}
}
}
//実行中のものがないときタイマー２を切ってタイマー１をオンにする
if (num == 0)
{
timer1.Enabled = true;
label3.Visible = false;
label4.Visible = false;
timer2.Enabled = false;
}
//更新
RefreshAsync();
}
private static void ShowInformation()
{
Trace.WriteLine("[Usable Interfaces]");
foreach (var interfaceInfo in NativeWifi.EnumerateInterfaces())
{
Trace.WriteLine($"Interface: {interfaceInfo.Description} ({interfaceInfo.Id})");
}
Trace.WriteLine("[Available Network SSIDs]");
foreach (var ssid in NativeWifi.EnumerateAvailableNetworkSsids())
{
Trace.WriteLine($"SSID: {ssid}");
}
Trace.WriteLine("[Connected Network SSIDs]");
foreach (var ssid in NativeWifi.EnumerateConnectedNetworkSsids())
{
Trace.WriteLine($"SSID: {ssid}");
}
Trace.WriteLine("[Available Networks]");
foreach (var network in NativeWifi.EnumerateAvailableNetworks())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BSS: {network.BssType}");
Trace.WriteLine($" Signal: {network.SignalQuality}");
Trace.WriteLine($" Security: {network.IsSecurityEnabled}}}");
}
Trace.WriteLine("[BSS Networks]");
foreach (var network in NativeWifi.EnumerateBssNetworks())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BSS: {network.BssType}");
Trace.WriteLine($" BSSID: {network.Bssid}");
Trace.WriteLine($" Signal: {network.SignalStrength}");
Trace.WriteLine($" Link: {network.LinkQuality}");
Trace.WriteLine($" Frequency: {network.Frequency}");
Trace.WriteLine($" Channel: {network.Channel}}}");
}
Trace.WriteLine("[Network Profile Names]");
foreach (var name in NativeWifi.EnumerateProfileNames())
{
Trace.WriteLine($"Name: {name}");
}
Trace.WriteLine("[Network Profiles]");
foreach (var profile in NativeWifi.EnumerateProfiles())
{
Trace.WriteLine($"{{Name: {profile.Name}");
Trace.WriteLine($" Interface: {profile.Interface.Description} ({profile.Interface.Id})");
Trace.WriteLine($" SSID: {profile.Ssid}");
Trace.WriteLine($" BSS: {profile.BssType}");
Trace.WriteLine($" Authentication: {profile.Authentication}");
Trace.WriteLine($" Encryption: {profile.Encryption}");
Trace.WriteLine($" Signal: {profile.SignalQuality}");
Trace.WriteLine($" Position: {profile.Position}");
Trace.WriteLine($" Automatic: {profile.IsAutomatic}");
Trace.WriteLine($" Connected: {profile.IsConnected}}}");
}
}
private static void ShowInformation()
{
Trace.WriteLine("[Usable Interfaces]");
foreach (var interfaceInfo in NativeWifi.EnumerateInterfaces())
{
Trace.WriteLine($"Interface: {interfaceInfo.Description} ({interfaceInfo.Id})");
}
Trace.WriteLine("");
Trace.WriteLine("[Available Network SSIDs]");
foreach (var ssid in NativeWifi.EnumerateAvailableNetworkSsids())
{
Trace.WriteLine($"SSID: {ssid}");
}
Trace.WriteLine("");
Trace.WriteLine("[Connected Network SSIDs]");
foreach (var ssid in NativeWifi.EnumerateConnectedNetworkSsids())
{
Trace.WriteLine($"SSID: {ssid}");
}
Trace.WriteLine("");
Trace.WriteLine("[Available Networks]");
foreach (var network in NativeWifi.EnumerateAvailableNetworks())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BSS: {network.BssType}");
Trace.WriteLine($" Signal: {network.SignalQuality}");
Trace.WriteLine($" Security: {network.IsSecurityEnabled}");
Trace.WriteLine($" Auth Algorithm: {network.AuthAlgorithm.ToString()}");
Trace.WriteLine($" Has Profile: {network.IsHasProfile} {(network.IsHasProfile ? "(" + network.ProfileName + ")" : network.ProfileName)}");
Trace.WriteLine($" Cipher Algorithm: {network.CipherAlgorithm.ToString()}}}");
var bssNetworks = NativeWifi.EnumerateBssNetworks(network);
if (bssNetworks != null)
{
Trace.WriteLine("[Child BSS Networks]");
foreach (var bssNetwork in bssNetworks)
{
Trace.WriteLine($"{{BSSID: {bssNetwork.Bssid}");
Trace.WriteLine($" SSID: {bssNetwork.Ssid}");
Trace.WriteLine($" BSS: {bssNetwork.BssType}");
Trace.WriteLine($" Signal: {bssNetwork.SignalStrength}");
Trace.WriteLine($" Link: {bssNetwork.LinkQuality}");
Trace.WriteLine($" Frequency: {bssNetwork.Frequency}");
Trace.WriteLine($" Channel: {bssNetwork.Channel}}}");
}
}
}
Trace.WriteLine("");
Trace.WriteLine("[BSS Networks]");
foreach (var network in NativeWifi.EnumerateBssNetworks())
{
Trace.WriteLine($"{{Interface: {network.Interface.Description} ({network.Interface.Id})");
Trace.WriteLine($" SSID: {network.Ssid}");
Trace.WriteLine($" BSS: {network.BssType}");
Trace.WriteLine($" BSSID: {network.Bssid}");
Trace.WriteLine($" Signal: {network.SignalStrength}");
Trace.WriteLine($" Link: {network.LinkQuality}");
Trace.WriteLine($" Frequency: {network.Frequency}");
Trace.WriteLine($" Channel: {network.Channel}}}");
}
Trace.WriteLine("");
Trace.WriteLine("[Network Profile Names]");
foreach (var name in NativeWifi.EnumerateProfileNames())
{
Trace.WriteLine($"Name: {name}");
}
Trace.WriteLine("");
Trace.WriteLine("[Network Profiles]");
foreach (var profile in NativeWifi.EnumerateProfiles())
{
Trace.WriteLine($"{{Name: {profile.Name}");
Trace.WriteLine($" Interface: {profile.Interface.Description} ({profile.Interface.Id})");
Trace.WriteLine($" SSID: {profile.Document.Ssid}");
Trace.WriteLine($" BSS: {profile.Document.BssType}");
Trace.WriteLine($" Authentication: {profile.Document.Authentication}");
Trace.WriteLine($" Encryption: {profile.Document.Encryption}");
Trace.WriteLine($" AutoConnect: {profile.Document.IsAutoConnectEnabled}");
Trace.WriteLine($" AutoSwitch: {profile.Document.IsAutoSwitchEnabled}");
Trace.WriteLine($" Position: {profile.Position}");
Trace.WriteLine($" RadioOn: {profile.IsRadioOn}");
Trace.WriteLine($" Signal: {profile.SignalQuality}");
Trace.WriteLine($" Connected: {profile.IsConnected}}}");
}
}