private static void InitStage3() { if (!webhelper.RestoreToken()) { webhelper.Tesla_token = webhelper.GetTokenAsync().Result; } if (webhelper.Tesla_token == "NULL") { ExitTeslaLogger("Tesla_token == NULL"); } LogToken(); if (DBHelper.DBConnectionstring.Length == 0) { ExitTeslaLogger("DBHelper.DBConnectionstring.Length == 0"); } if (webhelper.GetVehicles() == "NULL") { ExitTeslaLogger("wh.GetVehicles() == NULL"); } string online = webhelper.IsOnline().Result; Logfile.Log("Streamingtoken: " + webhelper.Tesla_Streamingtoken); if (DBHelper.GetMaxPosid(false) == 0) { Logfile.Log("Insert first Pos"); webhelper.IsDriving(true); } Logfile.Log("Country Code: " + DBHelper.UpdateCountryCode()); DBHelper.GetEconomy_Wh_km(webhelper); webhelper.DeleteWakeupFile(); string carName = webhelper.carSettings.Name; if (webhelper.carSettings.Raven) { carName += " Raven"; } Logfile.Log("Car: " + carName + " - " + webhelper.carSettings.Wh_TR + " Wh/km"); double.TryParse(webhelper.carSettings.Wh_TR, out DBHelper.currentJSON.Wh_TR); DBHelper.GetLastTrip(); UpdateTeslalogger.Start(webhelper); UpdateTeslalogger.UpdateGrafana(webhelper); DBHelper.currentJSON.current_car_version = DBHelper.GetLastCarVersion(); }
static void Main(string[] args) { CheckNewCredentials(); try { Tools.SetThread_enUS(); UpdateTeslalogger.chmod("nohup.out", 666, false); ServicePointManager.SecurityProtocol = SecurityProtocolType.Ssl3 | SecurityProtocolType.Tls | SecurityProtocolType.Tls11 | SecurityProtocolType.Tls12; Logfile.Log("TeslaLogger Version: " + System.Reflection.Assembly.GetExecutingAssembly().GetName().Version); Logfile.Log("Logfile Version: " + System.Reflection.Assembly.GetAssembly(typeof(Logfile)).GetName().Version); Logfile.Log("SRTM Version: " + System.Reflection.Assembly.GetAssembly(typeof(SRTM.SRTMData)).GetName().Version); try { string versionpath = System.IO.Path.Combine(FileManager.GetExecutingPath(), "VERSION"); System.IO.File.WriteAllText(versionpath, System.Reflection.Assembly.GetExecutingAssembly().GetName().Version.ToString()); } catch (Exception) { } try { if (Tools.IsDocker()) { Logfile.Log("Docker: YES!"); if (!System.IO.File.Exists("/etc/teslalogger/settings.json")) { Logfile.Log("Creating empty settings.json"); System.IO.File.AppendAllText("/etc/teslalogger/settings.json", "{\"SleepTimeSpanStart\":\"\",\"SleepTimeSpanEnd\":\"\",\"SleepTimeSpanEnable\":\"false\",\"Power\":\"hp\",\"Temperature\":\"celsius\",\"Length\":\"km\",\"Language\":\"en\",\"URL_Admin\":\"\",\"ScanMyTesla\":\"false\"}"); UpdateTeslalogger.chmod("/etc/teslalogger/settings.json", 666); } if (!System.IO.Directory.Exists("/etc/teslalogger/backup")) { System.IO.Directory.CreateDirectory("/etc/teslalogger/backup"); UpdateTeslalogger.chmod("/etc/teslalogger/backup", 777); } if (!System.IO.Directory.Exists("/etc/teslalogger/Exception")) { System.IO.Directory.CreateDirectory("/etc/teslalogger/Exception"); UpdateTeslalogger.chmod("/etc/teslalogger/Exception", 777); } } else { Logfile.Log("Docker: NO!"); } } catch (Exception ex) { Logfile.Log(ex.ToString()); } Logfile.Log("Current Culture: " + System.Threading.Thread.CurrentThread.CurrentCulture.ToString()); Logfile.Log("Mono Runtime: " + Tools.GetMonoRuntimeVersion()); Logfile.Log("Grafana Version: " + Tools.GetGrafanaVersion()); Logfile.Log("OS Version: " + Tools.GetOsVersion()); Logfile.Log("DBConnectionstring: " + DBHelper.DBConnectionstring); Logfile.Log("Car#:" + ApplicationSettings.Default.Car); Logfile.Log("KeepOnlineMinAfterUsage: " + ApplicationSettings.Default.KeepOnlineMinAfterUsage); Logfile.Log("SuspendAPIMinutes: " + ApplicationSettings.Default.SuspendAPIMinutes); Logfile.Log("SleepPositions: " + ApplicationSettings.Default.SleepPosition); Logfile.Log("UseScanMyTesla: " + Tools.UseScanMyTesla()); for (int x = 1; x <= 30; x++) // try 30 times until DB is up and running { try { Logfile.Log("DB Version: " + DBHelper.GetVersion()); Logfile.Log("Count Pos: " + DBHelper.CountPos()); // test the DBConnection break; } catch (Exception ex) { if (ex.Message.Contains("Connection refused")) { Logfile.Log($"Wait for DB ({x}/30): Connection refused."); } else { Logfile.Log("DBCONNECTION " + ex.Message); } System.Threading.Thread.Sleep(15000); } } WebHelper wh = new WebHelper(); if (!wh.RestoreToken()) { wh.Tesla_token = wh.GetTokenAsync().Result; } if (wh.Tesla_token == "NULL") { return; } // don't show full Token in Logfile string tempToken = wh.Tesla_token; if (tempToken.Length > 5) { tempToken = tempToken.Substring(0, tempToken.Length - 5); tempToken += "XXXXX"; } Logfile.Log("TOKEN: " + tempToken); if (DBHelper.DBConnectionstring.Length == 0) { return; } if (wh.GetVehicles() == "NULL") { return; } String online = wh.IsOnline().Result; Logfile.Log("Streamingtoken: " + wh.Tesla_Streamingtoken); if (DBHelper.GetMaxPosid(false) == 0) { Logfile.Log("Insert first Pos"); wh.IsDriving(true); } DBHelper.GetEconomy_Wh_km(wh); wh.DeleteWakeupFile(); String carName = wh.carSettings.Name; if (wh.carSettings.Raven) { carName += " Raven"; } Logfile.Log("Car: " + carName + " - " + wh.carSettings.Wh_TR + " Wh/km"); double.TryParse(wh.carSettings.Wh_TR, out DBHelper.currentJSON.Wh_TR); DBHelper.GetLastTrip(); UpdateTeslalogger.Start(wh); UpdateTeslalogger.UpdateGrafana(wh); DBHelper.currentJSON.current_car_version = DBHelper.GetLastCarVersion(); MQTTClient.StartMQTTClient(); new System.Threading.Thread(() => { System.Threading.Thread.Sleep(30000); DBHelper.UpdateElevationForAllPoints(); WebHelper.UpdateAllPOIAddresses(); DBHelper.CheckForInterruptedCharging(true); wh.UpdateAllEmptyAddresses(); DBHelper.UpdateIncompleteTrips(); DBHelper.UpdateAllChargingMaxPower(); var sd = new ShareData(wh.TaskerHash); sd.SendAllChargingData(); sd.SendDegradationData(); }).Start(); DBHelper.currentJSON.current_odometer = DBHelper.getLatestOdometer(); DBHelper.currentJSON.CreateCurrentJSON(); // wh.IsDriving(); // wh.GetCachedRollupData(); // wh.GetEnergyChartData(); // wh.StartStreamThread(); // xxx // string w = wh.Wakeup().Result; Address lastRacingPoint = null; while (true) { try { switch (currentState) { case TeslaState.Start: { RefreshToken(wh); if (wh.scanMyTesla != null) { wh.scanMyTesla.FastMode(false); } // Alle States werden geschlossen DBHelper.CloseChargingState(); DBHelper.CloseDriveState(wh.lastIsDriveTimestamp); string res = wh.IsOnline().Result; lastCarUsed = DateTime.Now; if (res == "online") { Logfile.Log(res); currentState = TeslaState.Online; wh.IsDriving(true); wh.ResetLastChargingState(); DBHelper.StartState(res); continue; } else if (res == "asleep") { Logfile.Log(res); currentState = TeslaState.Sleep; DBHelper.StartState(res); wh.ResetLastChargingState(); DBHelper.currentJSON.CreateCurrentJSON(); } else if (res == "offline") { Logfile.Log(res); DBHelper.StartState(res); DBHelper.currentJSON.CreateCurrentJSON(); while (true) { System.Threading.Thread.Sleep(30000); string res2 = wh.IsOnline().Result; if (res2 != "offline") { Logfile.Log("Back Online: " + res2); break; } if (wh.TaskerWakeupfile()) { if (wh.DeleteWakeupFile()) { string wakeup = wh.Wakeup().Result; lastCarUsed = DateTime.Now; } currentState = TeslaState.Start; break; } } } else { DBHelper.currentJSON.current_sleeping = false; DBHelper.currentJSON.current_online = false; DBHelper.currentJSON.CreateCurrentJSON(); Logfile.Log("Unhandled State: " + res); } } break; case TeslaState.Online: { if (wh.IsDriving() && DBHelper.currentJSON.current_speed > 0) { wh.ResetLastChargingState(); lastCarUsed = DateTime.Now; lastOdometerChanged = DateTime.Now; Logfile.Log("Driving"); if (wh.scanMyTesla != null) { wh.scanMyTesla.FastMode(true); } double missingOdometer = DBHelper.currentJSON.current_odometer - odometerLastTrip; if (odometerLastTrip != 0) { if (missingOdometer > 5) { Logfile.Log($"Missing: {missingOdometer} km! - Check: https://teslalogger.de/faq-1.php"); WriteMissingFile(missingOdometer); } else { Logfile.Log($"Missing: {missingOdometer} km"); } } // TODO: StartDriving currentState = TeslaState.Drive; wh.StartStreamThread(); // für altitude DBHelper.StartDriveState(); Task.Run(() => wh.DeleteWakeupFile()); continue; } else if (wh.isCharging(true)) { lastCarUsed = DateTime.Now; Logfile.Log("Charging"); if (wh.scanMyTesla != null) { wh.scanMyTesla.FastMode(true); } wh.IsDriving(true); DBHelper.StartChargingState(wh); currentState = TeslaState.Charge; wh.DeleteWakeupFile(); } else { RefreshToken(wh); int startSleepHour, startSleepMinute; Tools.StartSleeping(out startSleepHour, out startSleepMinute); bool sleep = true; if (FileManager.CheckCmdGoSleepFile()) { Logfile.Log("STOP communication with Tesla Server to enter sleep Mode! (Sleep Button) https://teslalogger.de/faq-1.php"); currentState = TeslaState.GoSleep; goSleepWithWakeup = false; } else if (DateTime.Now.Hour == startSleepHour && DateTime.Now.Minute == startSleepMinute) { Logfile.Log("STOP communication with Tesla Server to enter sleep Mode! (Timespan Sleep Mode) https://teslalogger.de/faq-1.php"); currentState = TeslaState.GoSleep; goSleepWithWakeup = true; } else { // wenn er 15 min online war und nicht geladen oder gefahren ist, dann muss man ihn die möglichkeit geben offline zu gehen TimeSpan ts = DateTime.Now - lastCarUsed; if (ts.TotalMinutes > ApplicationSettings.Default.KeepOnlineMinAfterUsage) { currentState = TeslaState.Start; wh.IsDriving(true); // kurz bevor er schlafen geht, eine Positionsmeldung speichern und schauen ob standheizung / standklima / sentry läuft. if (DBHelper.currentJSON.current_is_preconditioning) { Logfile.Log("preconditioning prevents car to get sleep"); lastCarUsed = DateTime.Now; } else if (wh.is_sentry_mode) { Logfile.Log("sentry_mode prevents car to get sleep"); lastCarUsed = DateTime.Now; } else { try { Logfile.Log("STOP communication with Tesla Server to enter sleep Mode! https://teslalogger.de/faq-1.php"); for (int x = 0; x < ApplicationSettings.Default.SuspendAPIMinutes * 10; x++) { TimeSpan tsSMT = DateTime.Now - DBHelper.currentJSON.lastScanMyTeslaReceived; if (DBHelper.currentJSON.SMTSpeed > 5 && DBHelper.currentJSON.SMTSpeed < 260 && DBHelper.currentJSON.SMTBatteryPower > 2 && tsSMT.TotalMinutes < 5) { Logfile.Log("ScanMyTesla prevents car to get sleep. Speed: " + DBHelper.currentJSON.SMTSpeed); lastCarUsed = DateTime.Now; string wakeup = wh.Wakeup().Result; sleep = false; break; } if (wh.existsWakeupFile) { Logfile.Log("Wakeupfile prevents car to get sleep"); lastCarUsed = DateTime.Now; wh.DeleteWakeupFile(); string wakeup = wh.Wakeup().Result; sleep = false; break; } if (x % 10 == 0) { Logfile.Log("Waiting for car to go to sleep " + (x / 10).ToString()); Tools.StartSleeping(out startSleepHour, out startSleepMinute); if (DateTime.Now.Hour == startSleepHour && DateTime.Now.Minute == startSleepMinute) { Logfile.Log("STOP communication with Tesla Server to enter sleep Mode! (Timespan Sleep Mode) https://teslalogger.de/faq-1.php"); currentState = TeslaState.GoSleep; goSleepWithWakeup = true; break; } } System.Threading.Thread.Sleep(1000 * 6); } } finally { if (!goSleepWithWakeup) { Logfile.Log("Restart communication with Tesla Server!"); } } } } } if (sleep) { System.Threading.Thread.Sleep(5000); } else { continue; } } } break; case TeslaState.Charge: { if (!wh.isCharging()) { // TODO: ende des ladens in die datenbank schreiben currentState = TeslaState.Start; wh.IsDriving(true); } else { lastCarUsed = DateTime.Now; System.Threading.Thread.Sleep(10000); //wh.GetCachedRollupData(); } } break; case TeslaState.Sleep: { string res = wh.IsOnline().Result; if (res == "online") { Logfile.Log(res); currentState = TeslaState.Start; wh.IsDriving(true); // Positionsmeldung in DB für Wechsel } else { // Logfile.Log(res); System.Threading.Thread.Sleep(10000); } } break; case TeslaState.Drive: { int t = Environment.TickCount; if (wh.IsDriving()) { lastCarUsed = DateTime.Now; t = ApplicationSettings.Default.SleepPosition - 1000 - (Environment.TickCount - t); if (t > 0) { System.Threading.Thread.Sleep(t); // alle 5 sek eine positionsmeldung } if (odometerLastTrip != DBHelper.currentJSON.current_odometer) { odometerLastTrip = DBHelper.currentJSON.current_odometer; lastOdometerChanged = DateTime.Now; } else { if (wh.isCharging(true)) { Logfile.Log("Charging during Drive -> Finish Trip!!!"); DriveFinished(wh); } else { // Odometer didn't change for 600 seconds TimeSpan ts = DateTime.Now - lastOdometerChanged; if (ts.TotalSeconds > 600) { Logfile.Log("Odometer didn't change for 600 seconds -> Finish Trip!!!"); DriveFinished(wh); } } } if (WebHelper.geofence.RacingMode) { Address a = WebHelper.geofence.GetPOI(DBHelper.currentJSON.latitude, DBHelper.currentJSON.longitude); if (a != null) { if (lastRacingPoint == null) { lastRacingPoint = a; Logfile.Log("RACING MODE: Finish Trip!"); DriveFinished(wh); } } else { lastRacingPoint = null; } } } else { DriveFinished(wh); ShareData sd = new ShareData(wh.TaskerHash); sd.SendAllChargingData(); } } break; case TeslaState.GoSleep: { wh.ResetLastChargingState(); bool KeepSleeping = true; int round = 0; try { while (KeepSleeping) { round++; System.Threading.Thread.Sleep(1000); if (System.IO.File.Exists(FileManager.GetFilePath(TLFilename.WakeupFilename))) { if (wh.DeleteWakeupFile()) { string wakeup = wh.Wakeup().Result; } KeepSleeping = false; currentState = TeslaState.Start; break; } else if (round > 10) { round = 0; if (wh.TaskerWakeupfile()) { if (wh.DeleteWakeupFile()) { string wakeup = wh.Wakeup().Result; } KeepSleeping = false; currentState = TeslaState.Start; break; } } if (goSleepWithWakeup) { int stopSleepingHour, stopSleepingMinute; Tools.EndSleeping(out stopSleepingHour, out stopSleepingMinute); if (DateTime.Now.Hour == stopSleepingHour && DateTime.Now.Minute == stopSleepingMinute) { Logfile.Log("Stop Sleeping Timespan reached!"); KeepSleeping = false; currentState = TeslaState.Start; break; } } } } finally { Logfile.Log("Restart communication with Tesla Server!"); } } break; } } catch (Exception ex) { Logfile.ExceptionWriter(ex, "While Schleife"); } if (WebHelper.geofence.RacingMode) { System.Threading.Thread.Sleep(10); } else { System.Threading.Thread.Sleep(1000); } } } catch (Exception ex) { Logfile.Log(ex.Message); Logfile.ExceptionWriter(ex, "While Schleife"); } finally { Logfile.Log("Teslalogger Stopped!"); } }
static void Main(string[] args) { CheckNewCredentials(); try { Tools.SetThread_enUS(); Tools.Log("TeslaLogger Version: " + System.Reflection.Assembly.GetExecutingAssembly().GetName().Version); Tools.Log("Current Culture: " + System.Threading.Thread.CurrentThread.CurrentCulture.ToString()); Tools.Log("Mono Runtime: " + Tools.GetMonoRuntimeVersion()); Tools.Log("DBConnectionstring: " + DBHelper.DBConnectionstring); Tools.Log("Car#:" + ApplicationSettings.Default.Car); Tools.Log("KeepOnlineMinAfterUsage: " + ApplicationSettings.Default.KeepOnlineMinAfterUsage); Tools.Log("SuspendAPIMinutes: " + ApplicationSettings.Default.SuspendAPIMinutes); for (int x = 0; x < 30; x++) // try 30 times until DB is up and running { try { Tools.Log("DB Version: " + DBHelper.GetVersion()); Tools.Log("Count Pos: " + DBHelper.CountPos()); // test the DBConnection break; } catch (Exception ex) { Tools.Log("DBCONNECTION " + ex.Message); System.Threading.Thread.Sleep(10000); } } WebHelper wh = new WebHelper(); if (!wh.RestoreToken()) { wh.Tesla_token = wh.GetTokenAsync().Result; } if (wh.Tesla_token == "NULL") { return; } // don't show full Token in Logfile string tempToken = wh.Tesla_token; if (tempToken.Length > 5) { tempToken = tempToken.Substring(0, tempToken.Length - 5); tempToken += "XXXXX"; } Tools.Log("TOKEN: " + tempToken); if (DBHelper.DBConnectionstring.Length == 0) { return; } if (wh.GetVehicles() == "NULL") { return; } String online = wh.IsOnline().Result; Tools.Log("Streamingtoken: " + wh.Tesla_Streamingtoken); if (DBHelper.GetMaxPosid(false) == 0) { Tools.Log("Insert first Pos"); wh.IsDriving(true); } DBHelper.GetEconomy_Wh_km(wh); wh.DeleteWakeupFile(); Tools.Log("Car: " + wh.carSettings.Name + " - " + wh.carSettings.Wh_TR + " Wh/km"); double.TryParse(wh.carSettings.Wh_TR, out DBHelper.currentJSON.Wh_TR); DBHelper.GetLastTrip(); UpdateTeslalogger.Start(wh); UpdateTeslalogger.UpdateGrafana(wh); DBHelper.currentJSON.current_car_version = DBHelper.GetLastCarVersion(); MQTTClient.StartMQTTClient(); Task.Factory.StartNew(() => wh.UpdateAllPOIAddresses()); Task.Factory.StartNew(() => DBHelper.CheckForInterruptedCharging(true)); // wh.IsDriving(); // wh.GetCachedRollupData(); //wh.GetEnergyChartData(); // wh.StartStreamThread(); // xxx DBHelper.UpdateIncompleteTrips(); while (true) { try { switch (currentState) { case TeslaState.Start: { RefreshToken(wh); // Alle States werden geschlossen DBHelper.CloseChargingState(); DBHelper.CloseDriveState(wh.lastIsDriveTimestamp); string res = wh.IsOnline().Result; lastCarUsed = DateTime.Now; if (res == "online") { Tools.Log(res); currentState = TeslaState.Online; wh.IsDriving(true); DBHelper.StartState(res); continue; } else if (res == "asleep") { Tools.Log(res); currentState = TeslaState.Sleep; DBHelper.StartState(res); DBHelper.currentJSON.CreateCurrentJSON(); } else if (res == "offline") { Tools.Log(res); DBHelper.StartState(res); DBHelper.currentJSON.CreateCurrentJSON(); } else { DBHelper.currentJSON.current_sleeping = false; DBHelper.currentJSON.current_online = false; DBHelper.currentJSON.CreateCurrentJSON(); Tools.Log("Unhandled State: " + res); } } break; case TeslaState.Online: { if (wh.IsDriving()) { lastCarUsed = DateTime.Now; Tools.Log("Driving"); // TODO: StartDriving currentState = TeslaState.Drive; wh.StartStreamThread(); // für altitude DBHelper.StartDriveState(); Task.Run(() => wh.DeleteWakeupFile()); continue; } else if (wh.isCharging()) { lastCarUsed = DateTime.Now; Tools.Log("Charging"); wh.IsDriving(true); DBHelper.StartChargingState(); currentState = TeslaState.Charge; wh.DeleteWakeupFile(); } else { RefreshToken(wh); int startSleepHour, startSleepMinute; Tools.StartSleeping(out startSleepHour, out startSleepMinute); bool sleep = false; if (FileManager.CheckCmdGoSleepFile()) { Tools.Log("STOP communication with Tesla Server to enter sleep Mode! (Sleep Button) https://teslalogger.de/faq-1.php"); currentState = TeslaState.GoSleep; goSleepWithWakeup = false; } else if (DateTime.Now.Hour == startSleepHour && DateTime.Now.Minute == startSleepMinute) { Tools.Log("STOP communication with Tesla Server to enter sleep Mode! (Timespan Sleep Mode) https://teslalogger.de/faq-1.php"); currentState = TeslaState.GoSleep; goSleepWithWakeup = true; } else { // wenn er 15 min online war und nicht geladen oder gefahren ist, dann muss man ihn die möglichkeit geben offline zu gehen TimeSpan ts = DateTime.Now - lastCarUsed; if (ts.TotalMinutes > ApplicationSettings.Default.KeepOnlineMinAfterUsage) { currentState = TeslaState.Start; wh.IsDriving(true); // kurz bevor er schlafen geht, eine Positionsmeldung speichern und schauen ob standheizung / standklima / sentry läuft. if (wh.is_preconditioning) { Tools.Log("preconditioning prevents car to get sleep"); lastCarUsed = DateTime.Now; } else if (wh.is_sentry_mode) { Tools.Log("sentry_mode prevents car to get sleep"); lastCarUsed = DateTime.Now; } else { try { Tools.Log("STOP communication with Tesla Server to enter sleep Mode! https://teslalogger.de/faq-1.php"); for (int x = 0; x < ApplicationSettings.Default.SuspendAPIMinutes * 10; x++) { if (wh.existsWakeupFile) { Tools.Log("Wakeupfile prevents car to get sleep"); wh.DeleteWakeupFile(); string wakeup = wh.Wakeup().Result; sleep = false; break; } if (x % 10 == 0) { Tools.Log("Waiting for car to go to sleep " + (x / 10).ToString()); Tools.StartSleeping(out startSleepHour, out startSleepMinute); if (DateTime.Now.Hour == startSleepHour && DateTime.Now.Minute == startSleepMinute) { Tools.Log("STOP communication with Tesla Server to enter sleep Mode! (Timespan Sleep Mode) https://teslalogger.de/faq-1.php"); currentState = TeslaState.GoSleep; goSleepWithWakeup = true; break; } } System.Threading.Thread.Sleep(1000 * 6); } } finally { if (!goSleepWithWakeup) { Tools.Log("Restart communication with Tesla Server!"); } } } } } if (sleep) { System.Threading.Thread.Sleep(5000); } else { continue; } } } break; case TeslaState.Charge: { if (!wh.isCharging()) { // TODO: ende des ladens in die datenbank schreiben currentState = TeslaState.Start; wh.IsDriving(true); } else { lastCarUsed = DateTime.Now; System.Threading.Thread.Sleep(10000); //wh.GetCachedRollupData(); } } break; case TeslaState.Sleep: { string res = wh.IsOnline().Result; if (res == "online") { Tools.Log(res); currentState = TeslaState.Start; wh.IsDriving(true); // Positionsmeldung in DB für Wechsel } else { // Tools.Log(res); System.Threading.Thread.Sleep(10000); } } break; case TeslaState.Drive: { int t = Environment.TickCount; if (wh.IsDriving()) { lastCarUsed = DateTime.Now; t = 4000 - (Environment.TickCount - t); if (t > 0) { System.Threading.Thread.Sleep(t); // alle 5 sek eine positionsmeldung } } else { // fahren aufgehört // TODO: Fahrt beenden currentState = TeslaState.Start; DBHelper.currentJSON.current_trip_end = DateTime.Now; DBHelper.currentJSON.current_trip_km_end = DBHelper.currentJSON.current_odometer; DBHelper.currentJSON.current_trip_end_range = DBHelper.currentJSON.current_ideal_battery_range_km; wh.StopStreaming(); } } break; case TeslaState.GoSleep: { bool KeepSleeping = true; int round = 0; try { while (KeepSleeping) { round++; System.Threading.Thread.Sleep(1000); if (System.IO.File.Exists(FileManager.GetFilePath(TLFilename.WakeupFilename))) { if (wh.DeleteWakeupFile()) { string wakeup = wh.Wakeup().Result; } KeepSleeping = false; currentState = TeslaState.Start; break; } else if (round > 10) { round = 0; if (wh.TaskerWakeupfile()) { if (wh.DeleteWakeupFile()) { string wakeup = wh.Wakeup().Result; } KeepSleeping = false; currentState = TeslaState.Start; break; } } if (goSleepWithWakeup) { int stopSleepingHour, stopSleepingMinute; Tools.EndSleeping(out stopSleepingHour, out stopSleepingMinute); if (DateTime.Now.Hour == stopSleepingHour && DateTime.Now.Minute == stopSleepingMinute) { Tools.Log("Stop Sleeping Timespan reached!"); KeepSleeping = false; currentState = TeslaState.Start; break; } } } } finally { Tools.Log("Restart communication with Tesla Server!"); } } break; } } catch (Exception ex) { Tools.ExceptionWriter(ex, "While Schleife"); } System.Threading.Thread.Sleep(1000); } } catch (Exception ex) { Tools.Log(ex.Message); Tools.ExceptionWriter(ex, "While Schleife"); } finally { Tools.Log("Teslalogger Stopped!"); } }