public static void CheckForNewVersion()
{
try
{
TimeSpan ts = DateTime.UtcNow - lastVersionCheck;
if (ts.TotalMinutes > 120)
{
Logfile.Log(" *** Check new Version ***");
string online_version = WebHelper.GetOnlineTeslaloggerVersion();
if (string.IsNullOrEmpty(online_version))
{
// recheck in 10 Minutes
Logfile.Log("Empty Version String - recheck in 10 minutes");
lastVersionCheck = lastVersionCheck.AddMinutes(10);
return;
}
lastVersionCheck = DateTime.UtcNow;
string currentVersion = Assembly.GetExecutingAssembly().GetName().Version.ToString();
Tools.UpdateType updateType = Tools.UpdateSettings();
if (UpdateNeeded(currentVersion, online_version, updateType))
{
// if update doesn't work, it will retry tomorrow
lastVersionCheck = DateTime.UtcNow.AddDays(1);
Logfile.Log("---------------------------------------------");
Logfile.Log(" *** New Version Detected *** ");
Logfile.Log("Current Version: " + currentVersion);
Logfile.Log("Online Version: " + online_version);
Logfile.Log("Start update!");
string cmd_updated = "/etc/teslalogger/cmd_updated.txt";
if (File.Exists(cmd_updated))
{
File.Delete(cmd_updated);
}
if (Tools.IsDocker())
{
Logfile.Log(" Docker detected!");
File.WriteAllText("/tmp/teslalogger-cmd-restart.txt", "update");
}
else
{
Logfile.Log("Rebooting");
Exec_mono("reboot", "");
}
}
return;
}
}
catch (Exception ex)
{
Logfile.Log(ex.ToString());
}
}
public static void UpdateGrafana(WebHelper wh)
{
try
{
if (Tools.IsMono())
{
Tools.GrafanaSettings(out string power, out string temperature, out string length, out string language, out string URL_Admin);
Dictionary <string, string> dictLanguage = GetLanguageDictionary(language);
Logfile.Log("Start Grafana update");
if (Tools.GetGrafanaVersion() == "5.5.0-d3b39f39pre1")
{
Logfile.Log("upgrade Grafana to 6.3.5!");
Exec_mono("wget", @"https://dl.grafana.com/oss/release/grafana_6.3.5_armhf.deb");
Exec_mono("dpkg", "-i grafana_6.3.5_armhf.deb");
Tools.CopyFilesRecursively(new DirectoryInfo("/etc/teslalogger/git/TeslaLogger/GrafanaPlugins"), new DirectoryInfo("/var/lib/grafana/plugins"));
}
Logfile.Log(" Wh/TR km: " + wh.carSettings.Wh_TR);
Exec_mono("rm", "-rf /etc/teslalogger/tmp/*");
Exec_mono("rm", "-rf /etc/teslalogger/tmp");
Exec_mono("mkdir", "/etc/teslalogger/tmp");
Exec_mono("mkdir", "/etc/teslalogger/tmp/Grafana");
bool useNewTrackmapPanel = Directory.Exists("/var/lib/grafana/plugins/pR0Ps-grafana-trackmap-panel");
UpdateDBView(wh);
Tools.CopyFilesRecursively(new DirectoryInfo("/etc/teslalogger/git/TeslaLogger/Grafana"), new DirectoryInfo("/etc/teslalogger/tmp/Grafana"));
// changes to dashboards
foreach (string f in Directory.GetFiles("/etc/teslalogger/tmp/Grafana"))
{
Logfile.Log("Update: " + f);
string s = File.ReadAllText(f);
s = s.Replace("0.190052356", wh.carSettings.Wh_TR);
if (power == "kw")
{
//Logfile.Log("Convert to kw");
if (f.EndsWith("Verbrauch.json"))
{
s = s.Replace("power as 'Leistung [PS]'", "power/1.35962 as 'Leistung [kW]'");
}
else if (f.EndsWith("Trip.json"))
{
s = s.Replace("max PS", "max kW");
s = s.Replace("min PS", "min kW");
s = s.Replace("Ø PS", "Ø kW");
s = s.Replace(" power_max", "power_max/1.35962 as power_max");
s = s.Replace(" power_min", "power_min/1.35962 as power_min");
s = s.Replace(" power_avg", "power_avg/1.35962 as power_avg");
}
}
if (temperature == "fahrenheit")
{
//Logfile.Log("Convert to fahrenheit");
if (f.EndsWith("Laden.json"))
{
s = s.Replace("outside_temp as 'Außentemperatur [°C]'", "outside_temp * 9/5 + 32 as 'Außentemperatur [°F]'");
}
else if (f.EndsWith("Trip.json"))
{
s = s.Replace("Ø °C", "Ø °F");
s = s.Replace(" outside_temp_avg", "outside_temp_avg * 9/5 + 32 as outside_temp_avg");
}
else if (f.EndsWith("Verbrauch.json"))
{
s = s.Replace("outside_temp as 'Außentemperatur [°C]'", "outside_temp * 9/5 + 32 as 'Außentemperatur [°F]'");
}
}
if (length == "mile")
{
//Logfile.Log("Convert to mile");
if (f.EndsWith("Akku Trips.json"))
{
s = s.Replace("Start km", "Start mi");
s = s.Replace("End km", "End mi");
s = s.Replace("EndOdometer - StartOdometer AS kmDiff", "(EndOdometer - StartOdometer) / 1.609 AS kmDiff");
s = s.Replace("StartOdometer,", " StartOdometer / 1.609 as StartOdometer,");
s = s.Replace("EndOdometer,", " EndOdometer / 1.609 as EndOdometer,");
s = s.Replace("100 AS MaxRange", "100 / 1.609 AS MaxRange");
s = s.Replace("(EndOdometer - StartOdometer) * 100 AS AVGConsumption", "(EndOdometer/1.609 - StartOdometer/1.609) * 100 AS AVGConsumption");
}
else if (f.EndsWith("Degradation.json"))
{
s = s.Replace(" as 'Maximalreichweite [km]'", " / 1.609 as 'Maximalreichweite [mi]'");
s = s.Replace(" AS 'Max. Reichweite (Monatsmittel) [km]'", " / 1.609 AS 'Max. Reichweite (Monatsmittel) [mi]'");
s = s.Replace("odometer as 'km Stand [km]'", "odometer / 1.609 as 'mi Stand [mi]'");
s = s.Replace("km Stand [km]", "mi Stand [mi]");
}
else if (f.EndsWith("Laden.json"))
{
s = s.Replace(" as 'Reichweite [km]',", " / 1.609 as 'Reichweite [mi]',");
s = s.Replace("Reichweite [km]", "Reichweite [mi]");
}
else if (f.EndsWith("Trip.json"))
{
s = s.Replace(" speed_max,", "speed_max / 1.609 as speed_max,");
s = s.Replace(" avg_consumption_kWh_100km,", " avg_consumption_kWh_100km * 1.609 as avg_consumption_kWh_100km,");
s = s.Replace(" as avg_kmh,", " / 1.609 as avg_kmh");
s = s.Replace(" km_diff,", " km_diff / 1.609 as km_diff,");
s = s.Replace("\"max km/h\"", "\"max mph\"");
s = s.Replace("\"Ø km/h\"", "\"Ø mph\"");
s = s.Replace("\"km\"", "\"mi\"");
}
else if (f.EndsWith("Vampir Drain.json"))
{
s = s.Replace(" TP2.odometer,", " TP2.odometer / 1.609 as odometer,");
s = s.Replace("ideal_battery_range_km ", "ideal_battery_range_km / 1.609 ");
s = s.Replace("\"km Stand\"", "\"mi Stand\"");
s = s.Replace("\"TR km Start\"", "\"TR mi Start\"");
s = s.Replace("\"TR km Ende\"", "\"TR mi Ende\"");
s = s.Replace("\"TR km Verlust\"", "\"TR mi Verlust\"");
s = s.Replace("\"TR km Verlust pro Stunde\"", "\"TR mi Verlust pro Stunde\"");
}
else if (f.EndsWith("Vampir Drain Monatsstatistik.json"))
{
s = s.Replace(" as RangeLost", " / 1.609 as RangeLost");
s = s.Replace("TR km Verlust", "TR mi Verlust");
}
else if (f.EndsWith("Verbrauch.json"))
{
s = s.Replace(" speed as 'Geschwindigkeit [km/h]'", " speed / 1.609 as 'Geschwindigkeit [mph]'");
s = s.Replace(" ideal_battery_range_km as 'Reichweite [km]'", " ideal_battery_range_km / 1.609 as 'Reichweite [mi]'");
}
else if (f.EndsWith("Ladehistorie.json"))
{
s = s.Replace("ideal_battery_range_km ", "ideal_battery_range_km / 1.609 ");
s = s.Replace("\"TR km Start\"", "\"TR mi Start\"");
s = s.Replace("\"TR km Ende\"", "\"TR mi Ende\"");
}
}
if (language != "de")
{
Logfile.Log("Convert to language: " + language);
s = ReplaceAliasTags(s, dictLanguage);
if (f.EndsWith("Akku Trips.json"))
{
s = ReplaceTitleTag(s, "Akku Trips", dictLanguage);
}
else if (f.EndsWith("Degradation.json"))
{
s = ReplaceTitleTag(s, "Degradation", dictLanguage);
s = ReplaceLanguageTags(s, new string[] {
"Maximalreichweite[km]", "Maximalreichweite [mi]", "mi Stand [mi]", "km Stand [km]", "Max. Reichweite (Monatsmittel) [km]", "Max. Reichweite (Monatsmittel) [mi]"
}, dictLanguage, true);
}
else if (f.EndsWith("Ladehistorie.json"))
{
s = ReplaceTitleTag(s, "Ladehistorie", dictLanguage);
}
else if (f.EndsWith("Laden.json"))
{
s = ReplaceTitleTag(s, "Laden", dictLanguage);
s = ReplaceLanguageTags(s, new string[] {
"SOC [%]", "Leistung [PS]", "Leistung [kW]", "Reichweite [mi]", "Reichweite [km]", "Ladespannung [V]", "Phasen",
"Stromstärke [A]", "Außentemperatur [°C]", "Außentemperatur [°F]",
"Angefordert [A]", "Pilot [A]", "Zelltemperatur [°C]", "Zelltemperatur [°F]"
}, dictLanguage, true);
}
else if (f.EndsWith("Trip.json"))
{
s = ReplaceTitleTag(s, "Trip", dictLanguage);
}
else if (f.EndsWith("Vampir Drain.json"))
{
s = ReplaceTitleTag(s, "Vampir Drain", dictLanguage);
}
else if (f.EndsWith("Vampir Drain Monatsstatistik.json"))
{
s = ReplaceTitleTag(s, "Vampir Drain Monatsstatistik", dictLanguage);
}
else if (f.EndsWith("Verbrauch.json"))
{
s = ReplaceTitleTag(s, "Verbrauch", dictLanguage);
s = ReplaceNameTag(s, "Laden", dictLanguage);
s = ReplaceNameTag(s, "Laden fertig", dictLanguage);
s = ReplaceNameTag(s, "Schlafen", dictLanguage);
s = ReplaceNameTag(s, "Online", dictLanguage);
s = ReplaceLanguageTags(s, new string[] {
"Geschwindigkeit [km/h]", "Geschwindigkeit [mph]", "Leistung [PS]", "Leistung [kW]", "Reichweite [mi]", "Reichweite [km]", "SOC [%]",
"Außentemperatur [°C]", "Außentemperatur [°F]", "Höhe [m]", "Innentemperatur [°C]", "Innentemperatur [°F]"
}, dictLanguage, true);
}
else if (f.EndsWith("Visited.json"))
{
s = ReplaceTitleTag(s, "Visited", dictLanguage);
}
else if (f.EndsWith("km Stand.json"))
{
s = ReplaceTitleTag(s, "km Stand", dictLanguage);
s = ReplaceLanguageTags(s, new string[] {
"km Stand [km]"
}, dictLanguage, true);
}
else if (f.EndsWith("Ladestatistik.json"))
{
s = ReplaceTitleTag(s, "Ladestatistik", dictLanguage);
}
else if (f.EndsWith("SOC Ladestatistik.json"))
{
s = ReplaceTitleTag(s, "SOC Ladestatistik", dictLanguage);
}
else if (f.EndsWith("Zellspannungen 01-20 - ScanMyTesla.json"))
{
s = ReplaceTitleTag(s, "Zellspannungen 01-20 - ScanMyTesla", dictLanguage);
}
else if (f.EndsWith("Zellspannungen 21-40 - ScanMyTesla.json"))
{
s = ReplaceTitleTag(s, "Zellspannungen 21-40 - ScanMyTesla", dictLanguage);
}
else if (f.EndsWith("Zellspannungen 41-60 - ScanMyTesla.json"))
{
s = ReplaceTitleTag(s, "Zellspannungen 41-60 - ScanMyTesla", dictLanguage);
}
else if (f.EndsWith("Zellspannungen 61-80 - ScanMyTesla.json"))
{
s = ReplaceTitleTag(s, "Zellspannungen 61-80 - ScanMyTesla", dictLanguage);
}
else if (f.EndsWith("Zellspannungen 81-99 - ScanMyTesla.json"))
{
s = ReplaceTitleTag(s, "Zellspannungen 81-99 - ScanMyTesla", dictLanguage);
}
else if (f.EndsWith("SOC Ladestatistik.json"))
{
s = ReplaceTitleTag(s, "SOC Ladestatistik", dictLanguage);
}
else if (f.EndsWith("Trip Monatsstatistik.json"))
{
s = ReplaceTitleTag(s, "Trip Monatsstatistik", dictLanguage);
}
else if (f.EndsWith("Alle Verbräuche -ScanMyTesla.json"))
{
s = ReplaceTitleTag(s, "Alle Verbräuche - ScanMyTesla", dictLanguage);
s = ReplaceLanguageTags(s, new string[] {
"Außentemperatur [°C]", "Zelltemperatur [°C]", "Alle Verbräuche - ScanMyTesla"
}, dictLanguage, true);
}
else
{
Logfile.Log("Title of " + f + " not translated!");
}
}
if (URL_Admin.Length > 0)
{
string temp_URL = URL_Admin;
if (!temp_URL.EndsWith("/"))
{
temp_URL += "/";
}
s = s.Replace("http://raspberry/admin/", temp_URL);
}
if (useNewTrackmapPanel)
{
s = s.Replace("grafana-trackmap-panel", "pr0ps-trackmap-panel");
}
File.WriteAllText(f, s);
}
Tools.CopyFilesRecursively(new DirectoryInfo("/etc/teslalogger/tmp/Grafana"), new DirectoryInfo("/var/lib/grafana/dashboards"));
if (!Tools.IsDocker())
{
Exec_mono("service", "grafana-server restart");
}
}
}
catch (Exception ex)
{
Logfile.Log(ex.ToString());
}
finally
{
Logfile.Log("End Grafana update");
}
}
public static string Exec_mono(string cmd, string param, bool logging = true, bool stderr2stdout = false)
{
try
{
if (!Tools.IsMono())
{
return("");
}
Logfile.Log("execute: " + cmd + " " + param);
StringBuilder sb = new StringBuilder();
System.Diagnostics.Process proc = new System.Diagnostics.Process
{
EnableRaisingEvents = false
};
proc.StartInfo.UseShellExecute = false;
proc.StartInfo.RedirectStandardOutput = true;
proc.StartInfo.RedirectStandardError = true;
proc.StartInfo.FileName = cmd;
proc.StartInfo.Arguments = param;
proc.Start();
while (!proc.HasExited)
{
string line = proc.StandardOutput.ReadToEnd().Replace('\r', '\n');
if (logging && line.Length > 0)
{
Logfile.Log(" " + line);
}
sb.AppendLine(line);
line = proc.StandardError.ReadToEnd().Replace('\r', '\n');
if (logging && line.Length > 0)
{
if (stderr2stdout)
{
Logfile.Log(" " + line);
}
else
{
Logfile.Log("Error: " + line);
}
}
sb.AppendLine(line);
}
return(sb.ToString());
}
catch (Exception ex)
{
Logfile.Log("Exception " + cmd + " " + ex.Message);
return("Exception");
}
}
public static void Start(WebHelper wh)
{
try
{
shareDataOnStartup = Tools.IsShareData();
if (!DBHelper.ColumnExists("pos", "battery_level"))
{
Logfile.Log("ALTER TABLE pos ADD COLUMN battery_level DOUBLE NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE pos ADD COLUMN battery_level DOUBLE NULL");
}
if (!DBHelper.ColumnExists("drivestate", "outside_temp_avg"))
{
Logfile.Log("ALTER TABLE drivestate ADD COLUMN outside_temp_avg DOUBLE NULL, ADD COLUMN speed_max INT NULL, ADD COLUMN power_max INT NULL, ADD COLUMN power_min INT NULL, ADD COLUMN power_avg DOUBLE NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE drivestate ADD COLUMN outside_temp_avg DOUBLE NULL, ADD COLUMN speed_max INT NULL, ADD COLUMN power_max INT NULL, ADD COLUMN power_min INT NULL, ADD COLUMN power_avg DOUBLE NULL");
DBHelper.UpdateAllDrivestateData();
}
if (!DBHelper.ColumnExists("charging", "charger_pilot_current"))
{
Logfile.Log("ALTER TABLE charging ADD COLUMN charger_pilot_current INT NULL, ADD COLUMN charge_current_request INT NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE charging ADD COLUMN charger_pilot_current INT NULL, ADD COLUMN charge_current_request INT NULL");
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.TableExists("car_version"))
{
Logfile.Log("CREATE TABLE car_version (id int NOT NULL AUTO_INCREMENT, StartDate datetime NOT NULL, version varchar(50), PRIMARY KEY(id))");
DBHelper.ExecuteSQLQuery("CREATE TABLE car_version (id int NOT NULL AUTO_INCREMENT, StartDate datetime NOT NULL, version varchar(50), PRIMARY KEY(id))");
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.TableExists("can"))
{
Logfile.Log("CREATE TABLE `can` (`datum` datetime NOT NULL, `id` mediumint NOT NULL, `val` double DEFAULT NULL, PRIMARY KEY(`datum`,`id`) ) ENGINE = InnoDB DEFAULT CHARSET = latin1;");
DBHelper.ExecuteSQLQuery("CREATE TABLE `can` (`datum` datetime NOT NULL, `id` mediumint NOT NULL, `val` double DEFAULT NULL, PRIMARY KEY(`datum`,`id`) ) ENGINE = InnoDB DEFAULT CHARSET = latin1;");
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("pos", "inside_temp"))
{
Logfile.Log("ALTER TABLE pos ADD COLUMN inside_temp DOUBLE NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE pos ADD COLUMN inside_temp DOUBLE NULL", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("pos", "battery_heater"))
{
Logfile.Log("ALTER TABLE pos ADD COLUMN battery_heater TINYINT(1) NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE pos ADD COLUMN battery_heater TINYINT(1) NULL", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("pos", "is_preconditioning"))
{
Logfile.Log("ALTER TABLE pos ADD COLUMN is_preconditioning TINYINT(1) NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE pos ADD COLUMN is_preconditioning TINYINT(1) NULL", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("pos", "sentry_mode"))
{
Logfile.Log("ALTER TABLE pos ADD COLUMN sentry_mode TINYINT(1) NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE pos ADD COLUMN sentry_mode TINYINT(1) NULL", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("chargingstate", "conn_charge_cable"))
{
Logfile.Log("ALTER TABLE chargingstate ADD COLUMN conn_charge_cable varchar(50)");
DBHelper.ExecuteSQLQuery("ALTER TABLE chargingstate ADD COLUMN conn_charge_cable varchar(50)", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("chargingstate", "fast_charger_brand"))
{
Logfile.Log("ALTER TABLE chargingstate ADD COLUMN fast_charger_brand varchar(50)");
DBHelper.ExecuteSQLQuery("ALTER TABLE chargingstate ADD COLUMN fast_charger_brand varchar(50)", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("chargingstate", "fast_charger_type"))
{
Logfile.Log("ALTER TABLE chargingstate ADD COLUMN fast_charger_type varchar(50)");
DBHelper.ExecuteSQLQuery("ALTER TABLE chargingstate ADD COLUMN fast_charger_type varchar(50)", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("chargingstate", "fast_charger_present"))
{
Logfile.Log("ALTER TABLE chargingstate ADD COLUMN fast_charger_present TINYINT(1)");
DBHelper.ExecuteSQLQuery("ALTER TABLE chargingstate ADD COLUMN fast_charger_present TINYINT(1)", 300);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("charging", "battery_heater"))
{
Logfile.Log("ALTER TABLE charging ADD COLUMN battery_heater TINYINT(1) NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE charging ADD COLUMN battery_heater TINYINT(1) NULL", 600);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("chargingstate", "max_charger_power"))
{
Logfile.Log("ALTER TABLE chargingstate ADD COLUMN max_charger_power int NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE chargingstate ADD COLUMN max_charger_power int NULL", 600);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.ColumnExists("trip", "outside_temp_avg"))
{
UpdateDBView(wh);
}
if (!DBHelper.TableExists("mothership"))
{
Logfile.Log("CREATE TABLE mothership (id int NOT NULL AUTO_INCREMENT, ts datetime NOT NULL, commandid int NOT NULL, duration DOUBLE NULL, PRIMARY KEY(id))");
DBHelper.ExecuteSQLQuery("CREATE TABLE mothership (id int NOT NULL AUTO_INCREMENT, ts datetime NOT NULL, commandid int NOT NULL, duration DOUBLE NULL, PRIMARY KEY(id))");
Logfile.Log("CREATE TABLE OK");
}
if (!DBHelper.TableExists("mothershipcommands"))
{
Logfile.Log("CREATE TABLE mothershipcommands (id int NOT NULL AUTO_INCREMENT, command varchar(50) NOT NULL, PRIMARY KEY(id))");
DBHelper.ExecuteSQLQuery("CREATE TABLE mothershipcommands (id int NOT NULL AUTO_INCREMENT, command varchar(50) NOT NULL, PRIMARY KEY(id))");
Logfile.Log("CREATE TABLE OK");
}
if (!DBHelper.ColumnExists("mothership", "httpcode"))
{
Logfile.Log("ALTER TABLE mothership ADD COLUMN httpcode int NULL");
DBHelper.ExecuteSQLQuery("ALTER TABLE mothership ADD COLUMN httpcode int NULL", 600);
Logfile.Log("ALTER TABLE OK");
}
if (!DBHelper.TableExists("httpcodes"))
{
Logfile.Log("CREATE TABLE httpcodes (id int NOT NULL, text varchar(50) NOT NULL, PRIMARY KEY(id))");
DBHelper.ExecuteSQLQuery("CREATE TABLE httpcodes (id int NOT NULL, text varchar(50) NOT NULL, PRIMARY KEY(id))");
Logfile.Log("CREATE TABLE OK");
}
DBHelper.EnableMothership();
CheckDBCharset();
DBHelper.UpdateHTTPStatusCodes();
timer = new System.Threading.Timer(FileChecker, wh, 10000, 5000);
Chmod("/var/www/html/admin/wallpapers", 777);
UpdatePHPini();
try
{
// create empty weather.ini file
string filepath = Path.Combine(FileManager.GetExecutingPath(), "weather.ini");
if (!File.Exists(filepath))
{
File.WriteAllText(filepath, "city = \"Berlin, de\"\r\nappid = \"12345678901234567890123456789012\"");
}
Chmod(filepath, 666, false);
}
catch (Exception)
{ }
if (File.Exists("cmd_updated.txt"))
{
Logfile.Log("Update skipped!");
return;
}
File.AppendAllText("cmd_updated.txt", DateTime.Now.ToLongTimeString());
Logfile.Log("Start update");
if (Tools.IsMono())
{
Chmod("VERSION", 666);
Chmod("settings.json", 666);
Chmod("cmd_updated.txt", 666);
Chmod("MQTTClient.exe.config", 666);
if (!Exec_mono("git", "--version", false).Contains("git version"))
{
Exec_mono("apt-get", "-y install git");
Exec_mono("git", "--version");
}
Exec_mono("rm", "-rf /etc/teslalogger/git/*");
Exec_mono("rm", "-rf /etc/teslalogger/git");
Exec_mono("mkdir", "/etc/teslalogger/git");
Exec_mono("mozroots", "--import --sync --machine");
Exec_mono("git", "clone --progress https://github.com/bassmaster187/TeslaLogger /etc/teslalogger/git/", true, true);
Tools.CopyFilesRecursively(new DirectoryInfo("/etc/teslalogger/git/TeslaLogger/GrafanaPlugins"), new DirectoryInfo("/var/lib/grafana/plugins"));
Tools.CopyFilesRecursively(new DirectoryInfo("/etc/teslalogger/git/TeslaLogger/www"), new DirectoryInfo("/var/www/html"));
Tools.CopyFile("/etc/teslalogger/git/TeslaLogger/bin/geofence.csv", "/etc/teslalogger/geofence.csv");
Tools.CopyFile("/etc/teslalogger/git/TeslaLogger/GrafanaConfig/sample.yaml", "/etc/grafana/provisioning/dashboards/sample.yaml");
if (!Directory.Exists("/var/lib/grafana/dashboards"))
{
Directory.CreateDirectory("/var/lib/grafana/dashboards");
}
Tools.CopyFilesRecursively(new DirectoryInfo("/etc/teslalogger/git/TeslaLogger/bin"), new DirectoryInfo("/etc/teslalogger"));
try
{
if (!File.Exists("/etc/teslalogger/MQTTClient.exe.config"))
{
Logfile.Log("Copy empty MQTTClient.exe.config file");
Tools.CopyFile("/etc/teslalogger/git/MQTTClient/App.config", "/etc/teslalogger/MQTTClient.exe.config");
}
}
catch (Exception ex)
{
Logfile.Log(ex.ToString());
}
}
Logfile.Log("End update");
Logfile.Log("Rebooting");
Exec_mono("reboot", "");
}
catch (Exception ex)
{
Logfile.Log("Error in update: " + ex.ToString());
}
}
