public static async Task Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(GetSourceAsyncExample).Name);
try
{
string sourceId = "SourceJ1939Id";
Source source = await api.GetSourceAsync(sourceId);
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(GetSourceAsyncExample).Name);
}
public static async Task Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(DatabaseExistsAsyncExample).Name);
try
{
string databaseName = "SomeDatabaseName";
bool databaseExists = await api.DatabaseExistsAsync(databaseName);
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(DatabaseExistsAsyncExample).Name);
}
public static async Task Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(GetUnitOfMeasureAsyncExample).Name);
try
{
string unitOfMeasureId = KnownId.UnitOfMeasureKilometersPerHourId.ToString();
UnitOfMeasure unitOfMeasure = await api.GetUnitOfMeasureAsync(unitOfMeasureId);
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(GetUnitOfMeasureAsyncExample).Name);
}
public static async Task <string> Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(AddDeviceAsyncExample).Name);
string addedDeviceId = "";
try
{
// Set parameter values to apply when adding device.
string serialNumber = ConsoleUtility.GetUserInput("serial number of device to be added");
string name = "Vehicle 1";
bool enableDeviceBeeping = true;
bool enableDriverIdentificationReminder = true;
int driverIdentificationReminderImmobilizeSeconds = 20;
bool enableBeepOnEngineRpm = true;
int engineRpmBeepValue = 3000;
bool enableBeepOnIdle = true;
int idleMinutesBeepValue = 4;
bool enableBeepOnSpeeding = true;
int speedingStartBeepingSpeed = 110;
int speedingStopBeepingSpeed = 100;
bool enableBeepBrieflyWhenApprocahingWarningSpeed = true;
bool enableBeepOnDangerousDriving = true;
int accelerationWarningThreshold = 23;
int brakingWarningThreshold = -35;
int corneringWarningThreshold = 27;
bool enableBeepWhenSeatbeltNotUsed = true;
int seatbeltNotUsedWarningSpeed = 11;
bool enableBeepWhenPassengerSeatbeltNotUsed = true;
bool beepWhenReversing = true;
ConsoleUtility.LogInfoStart($"Adding device with serial number '{serialNumber}' to database '{api.Credentials.Database}'...");
addedDeviceId = await api.AddDeviceAsync(serialNumber, name, enableDeviceBeeping, enableDriverIdentificationReminder, driverIdentificationReminderImmobilizeSeconds, enableBeepOnEngineRpm, engineRpmBeepValue, enableBeepOnIdle, idleMinutesBeepValue, enableBeepOnSpeeding, speedingStartBeepingSpeed, speedingStopBeepingSpeed, enableBeepBrieflyWhenApprocahingWarningSpeed, enableBeepOnDangerousDriving, accelerationWarningThreshold, brakingWarningThreshold, corneringWarningThreshold, enableBeepWhenSeatbeltNotUsed, seatbeltNotUsedWarningSpeed, enableBeepWhenPassengerSeatbeltNotUsed, beepWhenReversing);
ConsoleUtility.LogComplete();
ConsoleUtility.LogInfo($"Added device Id: {addedDeviceId}");
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(AddDeviceAsyncExample).Name);
return(addedDeviceId);
}
public static async Task Run(GeotabDataOnlyPlanAPI api, string deviceId)
{
ConsoleUtility.LogExampleStarted(typeof(SetDeviceAsyncExample).Name);
try
{
// Set parameter values to apply when adding device.
string id = deviceId;
string name = "Vehicle 1 Upd";
bool enableDeviceBeeping = false;
bool enableDriverIdentificationReminder = false;
int driverIdentificationReminderImmobilizeSeconds = 21;
bool enableBeepOnEngineRpm = false;
int engineRpmBeepValue = 3001;
bool enableBeepOnIdle = false;
int idleMinutesBeepValue = 5;
bool enableBeepOnSpeeding = false;
int speedingStartBeepingSpeed = 111;
int speedingStopBeepingSpeed = 101;
bool enableBeepBrieflyWhenApprocahingWarningSpeed = false;
bool enableBeepOnDangerousDriving = false;
int accelerationWarningThreshold = 24;
int brakingWarningThreshold = -36;
int corneringWarningThreshold = 28;
bool enableBeepWhenSeatbeltNotUsed = false;
int seatbeltNotUsedWarningSpeed = 12;
bool enableBeepWhenPassengerSeatbeltNotUsed = false;
bool beepWhenReversing = false;
ConsoleUtility.LogInfoStart($"Updating device '{id}' in database '{api.Credentials.Database}'...");
List <Device> deviceCache = await ExampleUtility.GetAllDevicesAsync(api);
Device deviceToSet = deviceCache.Where(targetDevice => targetDevice.Id.ToString() == deviceId).First();
await api.SetDeviceAsync(deviceToSet, name, enableDeviceBeeping, enableDriverIdentificationReminder, driverIdentificationReminderImmobilizeSeconds, enableBeepOnEngineRpm, engineRpmBeepValue, enableBeepOnIdle, idleMinutesBeepValue, enableBeepOnSpeeding, speedingStartBeepingSpeed, speedingStopBeepingSpeed, enableBeepBrieflyWhenApprocahingWarningSpeed, enableBeepOnDangerousDriving, accelerationWarningThreshold, brakingWarningThreshold, corneringWarningThreshold, enableBeepWhenSeatbeltNotUsed, seatbeltNotUsedWarningSpeed, enableBeepWhenPassengerSeatbeltNotUsed, beepWhenReversing);
ConsoleUtility.LogComplete();
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(SetDeviceAsyncExample).Name);
}
public static async Task Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(AuthenticateAsyncExample).Name);
try
{
string server = ConsoleUtility.GetUserInput("server").ToLower();
string database = ConsoleUtility.GetUserInput("database").ToLower();
string username = ConsoleUtility.GetUserInput("username");
string password = ConsoleUtility.GetUserInputMasked("password");
await api.AuthenticateAsync(server, database, username, password);
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(AuthenticateAsyncExample).Name);
}
public static async Task <string> Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(AddUserAsyncExample).Name);
string addedUserId = "";
try
{
// Add a user that is a driver with a key.
// Set parameter values to apply when adding user.
List <Key> keys = new List <Key>();
Key key = new Key(DriverKeyType.CustomNfc, null, "1234567890");
keys.Add(key);
string comment = "User added as driver with key.";
string designation = "Driver 2";
string employeeNo = "Employee 2";
string firstName = "John";
bool isDriver = true;
string lastName = "Smith2";
string name = "jsmith2";
string password2 = "Password1!";
string licenseNumber = "ABC123";
string licenseProvinceOrState = "ON";
ConsoleUtility.LogInfoStart($"Adding user with username '{name}' to database '{api.Credentials.Database}'...");
addedUserId = await api.AddUserAsync(comment, designation, employeeNo, firstName, isDriver, lastName, name, password2, keys, licenseNumber, licenseProvinceOrState);
ConsoleUtility.LogComplete();
ConsoleUtility.LogInfo($"Added user Id: {addedUserId}");
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(AddUserAsyncExample).Name);
return(addedUserId);
}
public static async Task Run(GeotabDataOnlyPlanAPI api, string deviceId)
{
ConsoleUtility.LogExampleStarted(typeof(ArchiveDeviceAsyncExample).Name);
try
{
ConsoleUtility.LogInfoStart($"Archiving device '{deviceId}' in database '{api.Credentials.Database}'...");
List <Device> deviceCache = await ExampleUtility.GetAllDevicesAsync(api);
Device deviceToArchive = deviceCache.Where(targetDevice => targetDevice.Id.ToString() == deviceId).First();
await api.ArchiveDeviceAsync(deviceToArchive);
ConsoleUtility.LogComplete();
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(ArchiveDeviceAsyncExample).Name);
}
public static async Task Run(GeotabDataOnlyPlanAPI api, string driverChangeId)
{
ConsoleUtility.LogExampleStarted(typeof(RemoveDriverChangeAsyncExample).Name);
try
{
ConsoleUtility.LogInfoStart($"Removing driverChange '{driverChangeId}' from database '{api.Credentials.Database}'...");
IList <DriverChange> driverChanges = await ExampleUtility.GetAllDriverChangesAsync(api);
DriverChange driverChangeToRemove = driverChanges.Where(targetDriverChange => targetDriverChange.Id.ToString() == driverChangeId).First();
await api.RemoveDriverChangeAsync(driverChangeToRemove);
ConsoleUtility.LogComplete();
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(RemoveDriverChangeAsyncExample).Name);
}
public static async Task Run(GeotabDataOnlyPlanAPI api, string userId)
{
ConsoleUtility.LogExampleStarted(typeof(RemoveUserAsyncExample).Name);
try
{
ConsoleUtility.LogInfoStart($"Removing user '{userId}' from database '{api.Credentials.Database}'...");
List <User> userCache = await ExampleUtility.GetAllUsersAsync(api);
User userToRemove = userCache.Where(targetUser => targetUser.Id.ToString() == userId).First();
await api.RemoveUserAsync(userToRemove);
ConsoleUtility.LogComplete();
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(RemoveUserAsyncExample).Name);
}
public static async Task Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(GenerateCaptchaAsyncExample).Name);
try
{
string id = Guid.NewGuid().ToString();
string filePath = "C:\\TEMP";
if (!Directory.Exists(filePath))
{
filePath = ConsoleUtility.GetUserInputDirectory();
}
string outputFilePath = $"{filePath}\\GeotabDataOnlyPlanAPI_CAPTCHA_{id}.jpg";
var result = await api.GenerateCaptchaAsync(id, outputFilePath);
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(GenerateCaptchaAsyncExample).Name);
}
static async Task Main()
{
GeotabDataOnlyPlanAPI api;
string username;
string password;
string title = "";
string lastCreateDatabaseResult;
string lastAddedDeviceServer = "";
string lastAddedDeviceDatabase = "";
string lastAddedDeviceId = "";
string lastAddedUserServer = "";
string lastAddedUserDatabase = "";
string lastAddedUserId = "";
string lastAddedDriverChangeServer = "";
string lastAddedDriverChangeDatabase = "";
string lastAddedDriverChangeId = "";
try
{
// Set title.
title = AppDomain.CurrentDomain.FriendlyName.Replace(".", " ");
Console.Title = title;
ConsoleUtility.LogUtilityStartup(title);
// Request MyGeotab credentials and database name.
string server = ConsoleUtility.GetUserInput($"MyGeotab server");
string database = ConsoleUtility.GetUserInput($"Database to run examples against.").ToLower();
username = ConsoleUtility.GetUserInput($"MyGeotab username");
password = ConsoleUtility.GetUserInputMasked($"MyGeotab password");
// Create Geotab Data-Only Plan API instance and authenticate.
api = new GeotabDataOnlyPlanAPI(server, database, username, password);
ConsoleUtility.LogInfoStart("Authenticating...");
await api.AuthenticateAsync();
ConsoleUtility.LogOk();
bool exit = false;
while (exit == false)
{
// List the examples that the user may select from.
ConsoleUtility.LogExamplesMenuHeader();
IList <KeyValuePair <int, string> > listItems = new List <KeyValuePair <int, string> >();
string[] GeotabDataOnlyPlanAPIExamples = Enum.GetNames(typeof(GeotabDataOnlyPlanAPIExample));
for (int GeotabDataOnlyPlanAPIExampleId = 0; GeotabDataOnlyPlanAPIExampleId < GeotabDataOnlyPlanAPIExamples.Length; GeotabDataOnlyPlanAPIExampleId++)
{
listItems.Add(new KeyValuePair <int, string>(GeotabDataOnlyPlanAPIExampleId, GeotabDataOnlyPlanAPIExamples[GeotabDataOnlyPlanAPIExampleId]));
}
ConsoleUtility.LogListItems(listItems, Common.ConsoleColorForListItemIds, Common.ConsoleColorForListItems);
// Get user to select which example to run.
bool exampleSelected = false;
while (!exampleSelected)
{
exampleSelected = true;
string input = ConsoleUtility.GetUserInput("number of the example to run (from the above list), or 'x' to quit.");
if (input == "x" || input == "X")
{
exit = true;
break;
}
if (int.TryParse(input, out int selection))
{
switch (selection)
{
case (int)GeotabDataOnlyPlanAPIExample.AddDeviceAsync:
lastAddedDeviceId = await AddDeviceAsyncExample.Run(api);
lastAddedDeviceServer = server;
lastAddedDeviceDatabase = database;
break;
case (int)GeotabDataOnlyPlanAPIExample.AddDriverChangeAsync:
if (lastAddedDeviceDatabase == database && lastAddedDeviceId != "" && lastAddedUserDatabase == database && lastAddedUserId != "")
{
lastAddedDriverChangeId = await AddDriverChangeAsyncExample.Run(api, lastAddedDeviceId, lastAddedUserId);
lastAddedDriverChangeServer = server;
lastAddedDriverChangeDatabase = database;
}
else if (lastAddedDeviceId == "" || lastAddedUserId == "")
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' and 'AddUserAsync' examples must be run before the 'AddDriverChangeAsync' example can be run.");
}
else
{
if (lastAddedDeviceDatabase != lastAddedUserDatabase)
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example was last run against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server and added the device '{lastAddedDeviceId}'. The 'AddUserAsync' example was last run against the '{lastAddedUserDatabase}' database on the '{lastAddedUserServer}' server and added the user '{lastAddedUserId}'. The 'AddDeviceAsync' and 'AddUserAsync' examples must be run on the same database before the 'AddDriverChangeAsync' example can be run.");
}
}
break;
case (int)GeotabDataOnlyPlanAPIExample.AddTextMessageAsync:
if (lastAddedDeviceDatabase == database && lastAddedDeviceId != "" && lastAddedUserDatabase == database && lastAddedUserId != "")
{
await AddTextMessageAsyncExample.Run(api, lastAddedDeviceId, lastAddedUserId);
}
else if (lastAddedDeviceId == "" || lastAddedUserId == "")
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' and 'AddUserAsync' examples must be run before the 'AddTextMessageAsync' example can be run.");
}
else
{
if (lastAddedDeviceDatabase != lastAddedUserDatabase)
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example was last run against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server and added the device '{lastAddedDeviceId}'. The 'AddUserAsync' example was last run against the '{lastAddedUserDatabase}' database on the '{lastAddedUserServer}' server and added the user '{lastAddedUserId}'. The 'AddDeviceAsync' and 'AddUserAsync' examples must be run on the same database before the 'AddTextMessageAsync' example can be run.");
}
}
break;
case (int)GeotabDataOnlyPlanAPIExample.AddUserAsync:
lastAddedUserId = await AddUserAsyncExample.Run(api);
lastAddedUserServer = server;
lastAddedUserDatabase = database;
break;
case (int)GeotabDataOnlyPlanAPIExample.ArchiveDeviceAsync:
if (lastAddedDeviceDatabase == database && lastAddedDeviceId != "")
{
await ArchiveDeviceAsyncExample.Run(api, lastAddedDeviceId);
}
else if (lastAddedDeviceId == "")
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example must be run before the 'ArchiveDeviceAsync' example can be run.");
}
else if (lastAddedDeviceDatabase != database)
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example was last run against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server and added the device '{lastAddedDeviceId}'. Please run the 'AuthenticateAsync' example to authenticate against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server before running the 'ArchiveDeviceAsync' example.");
}
break;
case (int)GeotabDataOnlyPlanAPIExample.AuthenticateAsync:
await AuthenticateAsyncExample.Run(api);
database = api.Credentials.Database;
break;
case (int)GeotabDataOnlyPlanAPIExample.CreateDatabaseAsync:
lastCreateDatabaseResult = await CreateDatabaseAsyncExample.Run(api);
// Get the server and database information for the new database.
string[] serverAndDatabase = (lastCreateDatabaseResult).Split('/');
server = serverAndDatabase.First();
database = serverAndDatabase.Last();
break;
case (int)GeotabDataOnlyPlanAPIExample.DatabaseExistsAsync:
await DatabaseExistsAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GenerateCaptchaAsync:
await GenerateCaptchaAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetBinaryDataAsync:
await GetBinaryDataAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetControllersAsync:
await GetControllersAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetCountOfDeviceAsync:
await GetCountOfDeviceAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetCountOfUserAsync:
await GetCountOfUserAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFailureModesAsync:
await GetFailureModesAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedCustomDataAsync:
await GetFeedCustomDataAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedDeviceAsyncExample:
await GetFeedDeviceAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedDiagnosticAsyncExample:
await GetFeedDiagnosticAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedDriverChangeAsyncExample:
await GetFeedDriverChangeAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedFaultDataAsync:
await GetFeedFaultDataAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedLogRecordAsync:
await GetFeedLogRecordAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedIoxAddOnAsync:
await GetFeedIoxAddOnAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedStatusDataAsync:
await GetFeedStatusDataAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedTripAsync:
await GetFeedTripAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFeedUserAsyncExample:
await GetFeedUserAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetFlashCodesAsync:
await GetFlashCodesAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetSourceAsync:
await GetSourceAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetSourcesAsync:
await GetSourcesAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetSystemTimeUtcAsync:
await GetSystemTimeUtcAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetTimeZonesAsync:
await GetTimeZonesAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetUnitOfMeasureAsync:
await GetUnitOfMeasureAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetUnitsOfMeasureAsync:
await GetUnitsOfMeasureAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetVersionAsync:
await GetVersionAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.GetVersionInformationAsync:
await GetVersionInformationAsyncExample.Run(api);
break;
case (int)GeotabDataOnlyPlanAPIExample.RemoveDriverChangeAsync:
if (lastAddedDriverChangeDatabase == database && lastAddedDriverChangeId != "")
{
await RemoveDriverChangeAsyncExample.Run(api, lastAddedDriverChangeId);
lastAddedDriverChangeDatabase = "";
lastAddedDriverChangeId = "";
}
else if (lastAddedDriverChangeId == "")
{
ConsoleUtility.LogError($"The 'AddDriverChangeAsync' example must be run before the 'RemoveDriverChangeAsync' example can be run.");
}
else if (lastAddedDriverChangeDatabase != database)
{
ConsoleUtility.LogError($"The 'AddDriverChangeAsync' example was last run against the '{lastAddedDriverChangeDatabase}' database on the '{lastAddedDriverChangeServer}' server and added the DriverChange '{lastAddedDriverChangeId}'. Please run the 'AuthenticateAsync' example to authenticate against the '{lastAddedDriverChangeDatabase}' database on the '{lastAddedDriverChangeServer}' server before running the 'RemoveDriverChangeAsync' example.");
}
break;
case (int)GeotabDataOnlyPlanAPIExample.RemoveDeviceAsync:
if (lastAddedDeviceDatabase == database && lastAddedDeviceId != "")
{
await RemoveDeviceAsyncExample.Run(api, lastAddedDeviceId);
lastAddedDeviceDatabase = "";
lastAddedDeviceId = "";
}
else if (lastAddedDeviceId == "")
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example must be run before the 'RemoveDeviceAsync' example can be run.");
}
else if (lastAddedDeviceDatabase != database)
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example was last run against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server and added the device '{lastAddedDeviceId}'. Please run the 'AuthenticateAsync' example to authenticate against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server before running the 'RemoveDeviceAsync' example.");
}
break;
case (int)GeotabDataOnlyPlanAPIExample.RemoveUserAsync:
if (lastAddedUserDatabase == database && lastAddedUserId != "")
{
await RemoveUserAsyncExample.Run(api, lastAddedUserId);
lastAddedUserDatabase = "";
lastAddedUserId = "";
}
else if (lastAddedUserId == "")
{
ConsoleUtility.LogError($"The 'AddUserAsync' example must be run before the 'RemoveUserAsync' example can be run.");
}
else if (lastAddedUserDatabase != database)
{
ConsoleUtility.LogError($"The 'AddUserAsync' example was last run against the '{lastAddedUserDatabase}' database on the '{lastAddedUserServer}' server and added the user '{lastAddedUserId}'. Please run the 'AuthenticateAsync' example to authenticate against the '{lastAddedUserDatabase}' database on the '{lastAddedUserServer}' server before running the 'RemoveUserAsync' example.");
}
break;
case (int)GeotabDataOnlyPlanAPIExample.SetDeviceAsync:
if (lastAddedDeviceDatabase == database && lastAddedDeviceId != "")
{
await SetDeviceAsyncExample.Run(api, lastAddedDeviceId);
}
else if (lastAddedDeviceId == "")
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example must be run before the 'SetDeviceAsync' example can be run.");
}
else if (lastAddedDeviceDatabase != database)
{
ConsoleUtility.LogError($"The 'AddDeviceAsync' example was last run against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server and added the device '{lastAddedDeviceId}'. Please run the 'AuthenticateAsync' example to authenticate against the '{lastAddedDeviceDatabase}' database on the '{lastAddedDeviceServer}' server before running the 'SetDeviceAsync' example.");
}
break;
case (int)GeotabDataOnlyPlanAPIExample.SetUserAsync:
if (lastAddedUserDatabase == database && lastAddedUserId != "")
{
await SetUserAsyncExample.Run(api, lastAddedUserId);
}
else if (lastAddedUserId == "")
{
ConsoleUtility.LogError($"The 'AddUserAsync' example must be run before the 'SetUserAsync' example can be run.");
}
else if (lastAddedUserDatabase != database)
{
ConsoleUtility.LogError($"The 'AddUserAsync' example was last run against the '{lastAddedUserDatabase}' database on the '{lastAddedUserServer}' server and added the user '{lastAddedUserId}'. Please run the 'AuthenticateAsync' example to authenticate against the '{lastAddedUserDatabase}' database on the '{lastAddedUserServer}' server before running the 'SetUserAsync' example.");
}
break;
default:
exampleSelected = false;
ConsoleUtility.LogError($"The value '{input}' is not valid.");
break;
}
}
else
{
exampleSelected = false;
ConsoleUtility.LogError($"The value '{input}' is not valid.");
}
}
}
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
finally
{
ConsoleUtility.LogUtilityShutdown(title);
_ = Console.ReadKey();
}
}
/// <summary>
/// IMPORTANT: This example should be used sparingly - only when a new database is actually required!
/// </summary>
/// <param name="api"></param>
/// <returns></returns>
public static async Task <string> Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(CreateDatabaseAsyncExample).Name);
string createDatabaseResult = "";
try
{
// Confirm user wishes to proceed with database creation.
ConsoleUtility.LogWarning("By proceeding, you will be requesting the creation of a new MyGeotab database.");
string input = ConsoleUtility.GetUserInput("'y' to confirm you wish to create a new database, or 'n' to cancel.");
if (input != "y")
{
ConsoleUtility.LogInfo("Cancelled CreateDatabaseAsync example.");
return(createDatabaseResult);
}
// Re-authenticate against "my.geotab.com".
ConsoleUtility.LogInfoStart("Reauthenticating against my.geotab.com...");
await api.AuthenticateAsync("my.geotab.com", "", api.Credentials.UserName, api.Credentials.Password);
ConsoleUtility.LogComplete();
string database = "";
// Generate a database name and ensure that it is not already used.
bool databaseExists = true;
while (databaseExists == true)
{
database = Guid.NewGuid().ToString().Replace("-", "");
databaseExists = await api.DatabaseExistsAsync(database);
}
ConsoleUtility.LogInfoStartMultiPart($"Creating database named '{database}'.", $"THIS MAY TAKE SEVERAL MINUTES...", Common.ConsoleColorForWarnings);
// Set parameter values for CreateDatabaseAsync call.
string username = api.Credentials.UserName;
string password = api.Credentials.Password;
string companyName = "Customer XYZ Ltd.";
string firstName = "John";
string lastName = "Smith";
string phoneNumber = "+1 (555) 123-4567";
string resellerName = "Reseller 123 Inc.";
int fleetSize = 1;
bool signUpForNews = false;
string timeZoneId = "America/Toronto";
string comments = "some comments";
// Create database.
createDatabaseResult = await api.CreateDatabaseAsync(database, username, password, companyName, firstName, lastName, phoneNumber, resellerName, fleetSize, signUpForNews, timeZoneId, comments);
ConsoleUtility.LogComplete();
// Get the server and database information for the new database.
string[] serverAndDatabase = (createDatabaseResult).Split('/');
string server = serverAndDatabase.First();
string createdDatabase = serverAndDatabase.Last();
ConsoleUtility.LogInfo($"Created database '{createdDatabase}' on server '{server}'.");
// Authenticate against the new database so that additional api calls (the 'Add', 'Set' and 'Remove' ones in particular) can be executed.
ConsoleUtility.LogInfoStart($"Authenticating against '{createdDatabase}' database...");
await api.AuthenticateAsync(server, createdDatabase, api.Credentials.UserName, api.Credentials.Password);
ConsoleUtility.LogComplete();
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(CreateDatabaseAsyncExample).Name);
return(createDatabaseResult);
}
public static async Task Run(GeotabDataOnlyPlanAPI api)
{
ConsoleUtility.LogExampleStarted(typeof(GetFeedDiagnosticAsyncExample).Name);
try
{
// Feed parameters.
// See MyGeotab SDK <a href="https://geotab.github.io/sdk/software/guides/concepts/#result-limits">Result Limits</a> and <a href="https://geotab.github.io/sdk/software/api/reference/#M:Geotab.Checkmate.Database.DataStore.GetFeed1">GetFeed()</a> documentation for information about the feed result limit defined below.
const int DefaultFeedResultsLimitDiagnostic = 50000;
int getFeedNumberOfCallsToMake = 5;
int getFeedSecondsToWaitBetweenCalls = 5;
long? feedVersion = 0;
List <Diagnostic> diagnosticCache = new();
FeedResult <Diagnostic> feedResult;
// Start by populating the diagnosticCache with a list of all diagnostics.
ConsoleUtility.LogListItem($"Population of diagnosticCache started.");
bool isFirstCall = true;
bool keepGoing = true;
while (keepGoing == true)
{
feedResult = await api.GetFeedDiagnosticAsync(feedVersion);
feedVersion = feedResult.ToVersion;
ConsoleUtility.LogListItem("GetFeedDiagnosticAsync executed:");
ConsoleUtility.LogListItem("FeedResult ToVersion:", feedVersion.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForSuccess);
ConsoleUtility.LogListItem("FeedResult Records:", feedResult.Data.Count.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForSuccess);
if (isFirstCall == true)
{
diagnosticCache.AddRange(feedResult.Data);
isFirstCall = false;
}
else
{
// Add new items to the cache, or update existing items with their changed counterparts.
foreach (Diagnostic feedResultDiagnostic in feedResult.Data)
{
Diagnostic cachedDiagnosticToUpdate = diagnosticCache.Where(diagnostic => diagnostic.Id == feedResultDiagnostic.Id).FirstOrDefault();
if (cachedDiagnosticToUpdate == null)
{
diagnosticCache.Add(feedResultDiagnostic);
}
else
{
var index = diagnosticCache.IndexOf(cachedDiagnosticToUpdate);
diagnosticCache[index] = feedResultDiagnostic;
}
}
}
if (feedResult.Data.Count < DefaultFeedResultsLimitDiagnostic)
{
keepGoing = false;
}
}
ConsoleUtility.LogListItem($"Population of diagnosticCache completed.");
// Execute a GetFeed loop for the prescribed number of iterations, adding new items to the cache, or updating existing items with their changed counterparts.
for (int getFeedCallNumber = 1; getFeedCallNumber < getFeedNumberOfCallsToMake + 1; getFeedCallNumber++)
{
feedResult = await api.GetFeedDiagnosticAsync(feedVersion);
feedVersion = feedResult.ToVersion;
ConsoleUtility.LogListItem("GetFeedDiagnosticAsync executed. Iteration:", getFeedCallNumber.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForSuccess);
ConsoleUtility.LogListItem("FeedResult ToVersion:", feedVersion.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForSuccess);
ConsoleUtility.LogListItem("FeedResult Records:", feedResult.Data.Count.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForSuccess);
// Add new items to the cache, or update existing items with their changed counterparts.
foreach (Diagnostic feedResultDiagnostic in feedResult.Data)
{
Diagnostic cachedDiagnosticToUpdate = diagnosticCache.Where(diagnostic => diagnostic.Id == feedResultDiagnostic.Id).FirstOrDefault();
if (cachedDiagnosticToUpdate == null)
{
diagnosticCache.Add(feedResultDiagnostic);
}
else
{
var index = diagnosticCache.IndexOf(cachedDiagnosticToUpdate);
diagnosticCache[index] = feedResultDiagnostic;
}
}
// Wait for the prescribed amount of time before making the next GetFeed call.
Thread.Sleep(getFeedSecondsToWaitBetweenCalls * 1000);
}
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(GetFeedDiagnosticAsyncExample).Name);
}
/// <summary>
/// Executes the application workflow.
/// </summary>
private async Task Execute()
{
Console.ForegroundColor = ConsoleColor.White;
ConsoleUtility.LogUtilityStartup(UtilityName);
// Get configurtaion information.
configItems = GeotabSdkUtility.GetConfigItems("configuration");
string resellerErpAccountId, databaseName, devicesToUpdateFilePath;
resellerErpAccountId = configItems.Where(configItem => configItem.Key == ArgNameResellerErpAccountId).FirstOrDefault().Value;
databaseName = configItems.Where(configItem => configItem.Key == ArgNameDatabaseName).FirstOrDefault().Value;
devicesToUpdateFilePath = configItems.Where(configItem => configItem.Key == ArgNameDevicesToUpdateFilePath).FirstOrDefault().Value;
// Validate input values.
ConsoleUtility.LogInfoStart("Validating input parameter values...");
resellerErpAccountId = ValidationUtility.ValidateStringLength(resellerErpAccountId, 6, ArgNameResellerErpAccountId);
databaseName = ValidationUtility.ValidateStringLength(databaseName, 3, ArgNameDatabaseName);
devicesToUpdateFilePath = ValidationUtility.ValidateStringLength(devicesToUpdateFilePath, 3, ArgNameDevicesToUpdateFilePath);
ConsoleUtility.LogComplete();
// Ensure devices to update file exists.
ConsoleUtility.LogInfoStart("Checking if devices to update file exists...");
if (!File.Exists(devicesToUpdateFilePath))
{
ConsoleUtility.LogInfo($"The file path '{devicesToUpdateFilePath}' entered for '{ArgNameDevicesToUpdateFilePath}' is not valid.");
return;
}
ConsoleUtility.LogComplete();
// Authenticate MyAdmin API.
try
{
(myAdminApi, myAdminApiUser, myAdminApiUsername, myAdminApiPassword) = await AdminSdkUtility.AuthenticateMyAdminApi();
}
catch (Exception e)
{
ConsoleUtility.LogError(e);
// Provide user with a second authentication attempt.
(myAdminApi, myAdminApiUser, myAdminApiUsername, myAdminApiPassword) = await AdminSdkUtility.AuthenticateMyAdminApi();
}
// Authenticate MyGeotab API.
myGeotabApi = await GeotabSdkUtility.AuthenticateMyGeotabApiAsync(GeotabServer, databaseName, myAdminApiUsername, myAdminApiPassword);
// Load the devices to update from the CSV file.
ConsoleUtility.LogInfoStart($"Loading the device information that will be used to update devices in the '{databaseName}' database from file '{devicesToUpdateFilePath}'...");
IList <DeviceDetails> deviceCandidates = null;
using (FileStream devicesToImportFile = File.OpenRead(devicesToUpdateFilePath))
{
deviceCandidates = devicesToImportFile.CsvToList <DeviceDetails>();
}
ConsoleUtility.LogComplete();
if (!deviceCandidates.Any())
{
ConsoleUtility.LogInfo($"No devices were loaded from the CSV file.");
return;
}
// Get existing devices.
ConsoleUtility.LogInfoStart($"Retrieving device and device database lists...");
IList <Device> existingDevices = await myGeotabApi.CallAsync <IList <Device> >("Get", typeof(Device)) ?? new List <Device>();
var currentDeviceDatabases = await AdminSdkUtility.GetCurrentDeviceDatabases(myAdminApi, myAdminApiUser, resellerErpAccountId);
ConsoleUtility.LogComplete();
// Process device list, adding new devices to the database and updating existing devices.
ConsoleUtility.LogInfo($"Processing {deviceCandidates.Count} device(s) - attempting to update devices in MyGeotab database '{databaseName}'.");
foreach (DeviceDetails deviceCandidate in deviceCandidates)
{
// Update device if it already exists in the current database.
if (GeotabSdkUtility.DeviceExists(deviceCandidate.SerialNumber, existingDevices))
{
try
{
Device deviceToUpdate = existingDevices.Where(device => device.SerialNumber == deviceCandidate.SerialNumber).First();
await GeotabSdkUtility.UpdateDeviceAsync(myGeotabApi, deviceToUpdate, deviceCandidate.Name, deviceCandidate.EnableDeviceBeeping, deviceCandidate.EnableDriverIdentificationReminder, deviceCandidate.DriverIdentificationReminderImmobilizeSeconds, deviceCandidate.EnableBeepOnEngineRpm, deviceCandidate.EngineRpmBeepValue, deviceCandidate.EnableBeepOnIdle, deviceCandidate.IdleMinutesBeepValue, deviceCandidate.EnableBeepOnSpeeding, deviceCandidate.SpeedingStartBeepingSpeed, deviceCandidate.SpeedingStopBeepingSpeed, deviceCandidate.EnableBeepBrieflyWhenApprocahingWarningSpeed, deviceCandidate.EnableBeepOnDangerousDriving, deviceCandidate.AccelerationWarningThreshold, deviceCandidate.BrakingWarningThreshold, deviceCandidate.CorneringWarningThreshold, deviceCandidate.EnableBeepWhenSeatbeltNotUsed, deviceCandidate.SeatbeltNotUsedWarningSpeed, deviceCandidate.EnableBeepWhenPassengerSeatbeltNotUsed, deviceCandidate.BeepWhenReversing);
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.SerialNumber} ({deviceCandidate.Name})", $"UPDATED", ConsoleColor.Green);
}
catch (Exception ex)
{
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.Name}", $"NOT UPDATED: ERROR updating device: {ex.Message}\n{ex.StackTrace}", ConsoleColor.Red);
}
continue;
}
// Device does not exist in the current database. Instead of updating, try to add the device to the database instead.
IList <Group> deviceGroups = new List <Group>();
// Use the serial number for the name if a name is not provided.
if (string.IsNullOrEmpty(deviceCandidate.Name))
{
deviceCandidate.Name = deviceCandidate.SerialNumber;
}
string deviceCandidateSerialNumber = deviceCandidate.SerialNumber.Replace("-", "");
// Check if the device is already in any database.
if (currentDeviceDatabases.Where(database => database.SerialNumber == deviceCandidateSerialNumber).Any())
{
IList <ApiDeviceDatabaseExtended> exitstingDatabases = currentDeviceDatabases.Where(database => database.SerialNumber == deviceCandidateSerialNumber).ToList();
StringBuilder existingDatabaseNames = new();
foreach (ApiDeviceDatabaseExtended database in exitstingDatabases)
{
if (existingDatabaseNames.Length > 0)
{
existingDatabaseNames.Append($", '{database.DatabaseName}'");
}
else
{
existingDatabaseNames.Append($"'{database.DatabaseName}'");
}
}
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.Name}", $"NOT UPDATED OR ADDED: Device does not exist in '{databaseName}' database, but already exists in MyGeotab database(s) {existingDatabaseNames}.", ConsoleColor.Red);
continue;
}
// Assign the device to the Company group.
deviceGroups.Add(new CompanyGroup());
// Add the device to the MyGeotab database.
try
{
// Create the device object.
Device newDevice = Device.FromSerialNumber(deviceCandidate.SerialNumber);
newDevice.PopulateDefaults();
newDevice.Name = deviceCandidate.Name;
newDevice.Groups = deviceGroups;
newDevice.WorkTime = new WorkTimeStandardHours();
// Add the device.
var addedDevice = await GeotabSdkUtility.AddDeviceAsync(myGeotabApi, newDevice);
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.SerialNumber}", $"ADDED: Device did not previously exist in '{databaseName}' database", ConsoleColor.Green);
// Update the device properties.
await GeotabSdkUtility.UpdateDeviceAsync(myGeotabApi, addedDevice, deviceCandidate.Name, deviceCandidate.EnableDeviceBeeping, deviceCandidate.EnableDriverIdentificationReminder, deviceCandidate.DriverIdentificationReminderImmobilizeSeconds, deviceCandidate.EnableBeepOnEngineRpm, deviceCandidate.EngineRpmBeepValue, deviceCandidate.EnableBeepOnIdle, deviceCandidate.IdleMinutesBeepValue, deviceCandidate.EnableBeepOnSpeeding, deviceCandidate.SpeedingStartBeepingSpeed, deviceCandidate.SpeedingStopBeepingSpeed, deviceCandidate.EnableBeepBrieflyWhenApprocahingWarningSpeed, deviceCandidate.EnableBeepOnDangerousDriving, deviceCandidate.AccelerationWarningThreshold, deviceCandidate.BrakingWarningThreshold, deviceCandidate.CorneringWarningThreshold, deviceCandidate.EnableBeepWhenSeatbeltNotUsed, deviceCandidate.SeatbeltNotUsedWarningSpeed, deviceCandidate.EnableBeepWhenPassengerSeatbeltNotUsed, deviceCandidate.BeepWhenReversing);
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.SerialNumber} ({deviceCandidate.Name})", $"UPDATED", ConsoleColor.Green);
}
catch (Exception ex)
{
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.Name}", $"NOT UPDATED OR ADDED: Device did not previously exist in '{databaseName}' database, but an error was encountered while attempting to add the device. ERROR adding device: {ex.Message}\n{ex.StackTrace}", ConsoleColor.Red);
}
}
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Completed processing.");
Console.ForegroundColor = ConsoleColor.White;
}
public static async Task Run(GeotabDataOnlyPlanAPI api, string deviceId, string userId)
{
ConsoleUtility.LogExampleStarted(typeof(AddTextMessageAsyncExample).Name);
try
{
List <Device> deviceCache = await ExampleUtility.GetAllDevicesAsync(api);
List <User> userCache = await ExampleUtility.GetAllUsersAsync(api);
Device deviceForTextMessages = deviceCache.Where(targetDevice => targetDevice.Id.ToString() == deviceId).First();
User userForTextMessages = userCache.Where(targetUser => targetUser.Id.ToString() == userId).First();
/**
* Example: Add basic text message:
*/
// Set-up the message content.
TextContent messageContent = new TextContent("Testing: Geotab API example text message", false);
// Construct the text message.
DateTime utcNow = DateTime.UtcNow;
TextMessage basicTextMessage = new TextMessage(null, null, utcNow, utcNow, deviceForTextMessages, userForTextMessages, messageContent, true, true, null, null, null);
// Add the text message. MyGeotab will take care of the actual sending.
string addedTextMessageId = await api.AddTextMessageAsync(basicTextMessage);
/**
* Example: Add location message:
* Note: A location message is a message with a location. A series of location messages can be sent in succession to comprise a route. A clear message can be sent to clear any previous location messages.
*/
// Set up message and GPS location
LocationContent clearStopsContent = new LocationContent("Testing: Geotab API example clear all stops message", "Reset Stops", 0, 0);
// Construct a "Clear Previous Stops" message
TextMessage clearMessage = new TextMessage(deviceForTextMessages, userForTextMessages, clearStopsContent, true);
// Add the clear stops text message, Geotab will take care of the sending process.
string addedClearMessageId = await api.AddTextMessageAsync(clearMessage);
// Set up message and GPS location
LocationContent withGPSLocation = new LocationContent("Testing: Geotab API example location message", "Geotab", 43.452879, -79.701648);
// Construct the location text message.
TextMessage locationMessage = new TextMessage(deviceForTextMessages, userForTextMessages, withGPSLocation, true);
// Add the text message, Geotab will take care of the sending process.
string addedLocationMessageId = await api.AddTextMessageAsync(locationMessage);
/**
* Example: IoXOutput Message
*/
IoxOutputContent ioxOutputContent = new IoxOutputContent(true);
TextMessage ioxOutputMessage = new TextMessage(deviceForTextMessages, userForTextMessages, ioxOutputContent, true);
string addedIoxOutputMessageId = await api.AddTextMessageAsync(ioxOutputMessage);
/**
* Example: MimeContent Message
*/
string messageString = "Secret Message!";
byte[] bytes = Encoding.ASCII.GetBytes(messageString);
TimeSpan binaryDataPacketDelay = new TimeSpan(0, 0, 0);
MimeContent mimeContent = new MimeContent("multipart/byteranges", bytes, binaryDataPacketDelay, null);
TextMessage mimeContentTextMessage = new TextMessage(deviceForTextMessages, userForTextMessages, mimeContent, true);
string addedMimeContentTextMessageId = await api.AddTextMessageAsync(mimeContentTextMessage);
/**
* Example: GoTalk Message
*/
GoTalkContent goTalkContent = new GoTalkContent("You're following too closely!");
TextMessage goTalkMessage = new TextMessage(deviceForTextMessages, userForTextMessages, goTalkContent, true);
string addedGoTalkMessageId = await api.AddTextMessageAsync(goTalkMessage);
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
ConsoleUtility.LogExampleFinished(typeof(AddTextMessageAsyncExample).Name);
}
/// <summary>
/// Executes the application workflow.
/// </summary>
private async Task Execute()
{
Console.ForegroundColor = ConsoleColor.White;
ConsoleUtility.LogUtilityStartup(UtilityName);
// Get configurtaion information.
configItems = GeotabSdkUtility.GetConfigItems("configuration");
string resellerName, resellerErpAccountId, customerCompanyName, customerAccountAdminFirstName, customerAccountAdminLastName, customerAccountAdminEmail, customerPhoneNumber, customerFleetSize, customerSignUpForNews, customerDesiredDatabaseName, customerTimeZoneId, customerDeviceListPath;
resellerName = configItems.Where(configItem => configItem.Key == ArgNameResellerName).FirstOrDefault().Value;
resellerErpAccountId = configItems.Where(configItem => configItem.Key == ArgNameResellerErpAccountId).FirstOrDefault().Value;
customerCompanyName = configItems.Where(configItem => configItem.Key == ArgNameCustomerCompanyName).FirstOrDefault().Value;
customerAccountAdminFirstName = configItems.Where(configItem => configItem.Key == ArgNameCustomerAccountAdminFirstName).FirstOrDefault().Value;
customerAccountAdminLastName = configItems.Where(configItem => configItem.Key == ArgNameCustomerAccountAdminLastName).FirstOrDefault().Value;
customerAccountAdminEmail = configItems.Where(configItem => configItem.Key == ArgNameCustomerAccountAdminEmail).FirstOrDefault().Value;
customerPhoneNumber = configItems.Where(configItem => configItem.Key == ArgNameCustomerPhoneNumber).FirstOrDefault().Value;
customerFleetSize = configItems.Where(configItem => configItem.Key == ArgNameCustomerFleetSize).FirstOrDefault().Value;
customerSignUpForNews = configItems.Where(configItem => configItem.Key == ArgNameCustomerSignUpForNews).FirstOrDefault().Value;
customerDesiredDatabaseName = configItems.Where(configItem => configItem.Key == ArgNameCustomerDesiredDatabaseName).FirstOrDefault().Value;
customerTimeZoneId = configItems.Where(configItem => configItem.Key == ArgNameCustomerTimeZoneId).FirstOrDefault().Value;
customerDeviceListPath = configItems.Where(configItem => configItem.Key == ArgNameCustomerDeviceListPath).FirstOrDefault().Value;
// Validate input values.
ConsoleUtility.LogInfoStart("Validating input parameter values...");
// OPTIONAL: Validate email address if enforcing the use of email addresses for usernames.
// customerAccountAdminEmail = ValidationUtility.ValidateEmailAddress(customerAccountAdminEmail);
customerFleetSize = ValidationUtility.ValidateStringIsInt32(customerFleetSize, "customer fleet size");
customerSignUpForNews = ValidationUtility.ValidateStringIsBoolean(customerSignUpForNews, "customer's desire to sign-up for news");
resellerName = ValidationUtility.ValidateStringLength(resellerName, 3, ArgNameResellerName);
resellerErpAccountId = ValidationUtility.ValidateStringLength(resellerErpAccountId, 6, ArgNameResellerErpAccountId);
customerCompanyName = ValidationUtility.ValidateStringLength(customerCompanyName, 3, ArgNameCustomerCompanyName);
customerAccountAdminFirstName = ValidationUtility.ValidateStringLength(customerAccountAdminFirstName, 1, ArgNameCustomerAccountAdminFirstName);
customerAccountAdminLastName = ValidationUtility.ValidateStringLength(customerAccountAdminLastName, 1, ArgNameCustomerAccountAdminLastName);
customerPhoneNumber = ValidationUtility.ValidateStringLength(customerPhoneNumber, 10, ArgNameCustomerPhoneNumber);
customerDesiredDatabaseName = ValidationUtility.ValidateStringLength(customerDesiredDatabaseName, 3, ArgNameCustomerDesiredDatabaseName);
customerTimeZoneId = ValidationUtility.ValidateStringLength(customerTimeZoneId, 3, ArgNameCustomerTimeZoneId);
customerDeviceListPath = ValidationUtility.ValidateStringLength(customerDeviceListPath, 3, ArgNameCustomerDeviceListPath);
ConsoleUtility.LogComplete();
// Ensure customer device list file exists.
ConsoleUtility.LogInfoStart("Checking if customer device list file exists...");
if (!File.Exists(customerDeviceListPath))
{
ConsoleUtility.LogInfo($"The file path '{customerDeviceListPath}' entered for '{ArgNameCustomerDeviceListPath}' is not valid.");
return;
}
ConsoleUtility.LogComplete();
// Authenticate MyAdmin API.
try
{
(myAdminApi, myAdminApiUser, myAdminApiUsername, myAdminApiPassword) = await AdminSdkUtility.AuthenticateMyAdminApi();
}
catch (Exception e)
{
ConsoleUtility.LogError(e);
// Provide user with a second authentication attempt.
(myAdminApi, myAdminApiUser, myAdminApiUsername, myAdminApiPassword) = await AdminSdkUtility.AuthenticateMyAdminApi();
}
// Authenticate MyGeotab API.
myGeotabApi = await GeotabSdkUtility.AuthenticateMyGeotabApiAsync(GeotabServer, "", myAdminApiUsername, myAdminApiPassword);
// Check whether customer desired database name is already used. If so, prompt user for
// alternates until an unused database name is found.
ConsoleUtility.LogInfoStart($"Checking whether database name '{customerDesiredDatabaseName}' is available...");
if (await GeotabSdkUtility.DatabaseExistsAsync(myGeotabApi, customerDesiredDatabaseName))
{
bool tryAnotherDatabaseName = true;
string proposedDatabaseName = string.Empty;
while (tryAnotherDatabaseName)
{
customerDesiredDatabaseName = ConsoleUtility.GetUserInput($"a different database name ('{customerDesiredDatabaseName}' is already used)");
tryAnotherDatabaseName = await GeotabSdkUtility.DatabaseExistsAsync(myGeotabApi, customerDesiredDatabaseName);
}
}
else
{
ConsoleUtility.LogComplete();
}
// Get the password to be used for the customer's administrative user account which will be created in the customer dataabse.
string customerAccountAdminPassword = ConsoleUtility.GetVerifiedUserInputMasked($"Desired MyGeotab password for '{customerAccountAdminEmail}' to access '{customerDesiredDatabaseName}' database", $"[RE-ENTER] desired MyGeotab password for '{customerAccountAdminEmail}' to access '{customerDesiredDatabaseName}' database");
customerAccountAdminPassword = ValidationUtility.ValidatePassword(customerAccountAdminPassword);
// Validate input parameters that require API access.
customerTimeZoneId = await GeotabSdkUtility.ValidateTimeZoneIdAsync(myGeotabApi, customerTimeZoneId);
// Create customer database.
string createDatabaseResult = await GeotabSdkUtility.CreateDatabaseAsync(myGeotabApi, customerDesiredDatabaseName, myAdminApiUsername
, myAdminApiPassword, customerCompanyName, customerAccountAdminFirstName
, customerAccountAdminLastName, customerPhoneNumber, resellerName, Int32.Parse(customerFleetSize)
, bool.Parse(customerSignUpForNews), customerTimeZoneId);
// Get the server and database information for the new database.
string[] serverAndDatabase = (createDatabaseResult).Split('/');
string customerDatabaseServer = serverAndDatabase.First();
string customerDatabase = serverAndDatabase.Last();
// Authenticate MyGeotab API against the newly-created database:
myGeotabApi = await GeotabSdkUtility.AuthenticateMyGeotabApiAsync(customerDatabaseServer, customerDatabase, myAdminApiUsername, myAdminApiPassword);
// Create administrative user in customer database for customer administrator to use.
IList <User> existingUsers = new List <User>();
IList <Group> companyGroups = await GeotabSdkUtility.GetCompanyGroupsAsync(myGeotabApi);
IList <Group> securityGroups = await GeotabSdkUtility.GetSecurityGroupsAsync(myGeotabApi);
IList <Group> adminSecurityGroup = GeotabSdkUtility.GetSecurityGroupAsList(GeotabSdkUtility.SecurityGroupName.Administrator, securityGroups);
IList <Group> companyGroup = GeotabSdkUtility.GetGroupAsList(GeotabSdkUtility.CompanyGroupName, companyGroups);
User user = User.CreateBasicUser(null, null, customerAccountAdminEmail, customerAccountAdminFirstName, customerAccountAdminLastName, customerAccountAdminPassword, null, null, null, DateTime.MinValue, DateTime.MaxValue, companyGroup, null, adminSecurityGroup, null);
user.ChangePassword = true;
if (GeotabSdkUtility.ValidateUser(user, existingUsers))
{
try
{
ConsoleUtility.LogInfoStart($"Adding user '{user.Name}' to database '{myGeotabApi.Database}'...");
await GeotabSdkUtility.AddUserAsync(myGeotabApi, user);
ConsoleUtility.LogComplete();
existingUsers.Add(user);
}
catch (Exception exception)
{
ConsoleUtility.LogError($"Error adding user '{user.Name}' to database '{myGeotabApi.Database}'\n{exception.Message}");
}
}
else
{
return;
}
// Load the list of devices to be imported from the CSV file.
ConsoleUtility.LogInfoStart($"Loading the list of devices to be imported into the '{customerDesiredDatabaseName}' database from file '{customerDeviceListPath}'...");
IList <DeviceDetails> deviceCandidates = null;
using (FileStream devicesToImportFile = File.OpenRead(customerDeviceListPath))
{
deviceCandidates = devicesToImportFile.CsvToList <DeviceDetails>();
}
ConsoleUtility.LogComplete();
if (!deviceCandidates.Any())
{
ConsoleUtility.LogInfo($"No devices were loaded from the CSV file.");
return;
}
// Get existing devices.
ConsoleUtility.LogInfoStart($"Retrieving device and device database lists...");
IList <Device> existingDevices = await myGeotabApi.CallAsync <IList <Device> >("Get", typeof(Device));
var currentDeviceDatabases = await AdminSdkUtility.GetCurrentDeviceDatabases(myAdminApi, myAdminApiUser, resellerErpAccountId);
ConsoleUtility.LogComplete();
// Add devices into the MyGeotab database.
ConsoleUtility.LogInfo($"Processing {deviceCandidates.Count} device(s) - attempting to add to MyGeotab database '{customerDesiredDatabaseName}'.");
foreach (DeviceDetails deviceCandidate in deviceCandidates)
{
IList <Group> deviceGroups = new List <Group>();
// Use the serial number for the description since it won't likely be known at this point which vehicle the device will be installed into.
deviceCandidate.Name = deviceCandidate.SerialNumber;
string deviceCandidateSerialNumber = deviceCandidate.SerialNumber.Replace("-", "");
// Check if the device is already in any database.
if (currentDeviceDatabases.Where(database => database.SerialNumber == deviceCandidateSerialNumber).Any())
{
IList <ApiDeviceDatabaseExtended> existingDatabases = currentDeviceDatabases.Where(database => database.SerialNumber == deviceCandidateSerialNumber).ToList();
StringBuilder existingDatabaseNames = new();
foreach (ApiDeviceDatabaseExtended database in existingDatabases)
{
if (existingDatabaseNames.Length > 0)
{
existingDatabaseNames.Append($", '{database.DatabaseName}'");
}
else
{
existingDatabaseNames.Append($"'{database.DatabaseName}'");
}
}
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.Name}", $"NOT ADDED: Device already exists in MyGeotab database(s) {existingDatabaseNames}.", ConsoleColor.Red);
continue;
}
// Assign the device to the Company group.
deviceGroups.Add(new CompanyGroup());
// Add the device to the MyGeotab database.
try
{
// Create the device object.
Device newDevice = Device.FromSerialNumber(deviceCandidate.SerialNumber);
newDevice.PopulateDefaults();
newDevice.Name = deviceCandidate.Name;
newDevice.Groups = deviceGroups;
newDevice.WorkTime = new WorkTimeStandardHours();
// Add the device.
await myGeotabApi.CallAsync <Id>("Add", typeof(Device), new { entity = newDevice });
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.Name}", $"ADDED", ConsoleColor.Green);
}
catch (Exception ex)
{
ConsoleUtility.LogListItemWithResult($"{deviceCandidate.Name}", $"NOT ADDED: ERROR adding device: {ex.Message}\n{ex.StackTrace}", ConsoleColor.Red);
}
}
Console.ForegroundColor = ConsoleColor.Green;
Console.WriteLine("Completed processing.");
Console.ForegroundColor = ConsoleColor.White;
}
static async Task Main()
{
IList <ConfigItem> configItems;
bool trackSpecificVehicles = false;
IList <Device> devicesToTrack = null;
Common.FeedStartOption feedStartOption = Common.FeedStartOption.CurrentTime;
DateTime feedStartSpecificTimeUTC = DateTime.MinValue;
int feedIntervalSeconds = 60;
IList <Diagnostic> diagnosticsToTrack = null;
string parentOutputFolder;
string outputFolder;
int maximumFileSizeBytes = 1024000;
GeotabDataOnlyPlanAPI api;
string username = "";
string password = "";
string server = "my.geotab.com";
string database = "";
string title = "";
try
{
// Set title.
title = AppDomain.CurrentDomain.FriendlyName.Replace(".", " ");
Console.Title = title;
ConsoleUtility.LogUtilityStartup(title);
// Request MyGeotab credentials and database name.
server = ConsoleUtility.GetUserInput($"MyGeotab server");
database = ConsoleUtility.GetUserInput($"Database to run examples against.").ToLower();
username = ConsoleUtility.GetUserInput($"MyGeotab username");
password = ConsoleUtility.GetUserInputMasked($"MyGeotab password");
// Create Geotab Data-Only Plan API instance and authenticate.
api = new GeotabDataOnlyPlanAPI(server, database, username, password);
ConsoleUtility.LogInfoStart("Authenticating...");
await api.AuthenticateAsync();
ConsoleUtility.LogOk();
// Load configuration information from the config file.
configItems = GetConfigItems("configuration");
// Validate output folder and create subfolder for output files.
parentOutputFolder = configItems.Where(configItem => configItem.Key == ArgNameOutputFolder).FirstOrDefault().Value;
if (!Directory.Exists(parentOutputFolder))
{
throw new ArgumentException($"The specified output folder, '{parentOutputFolder}', does not exist.");
}
DirectoryInfo directoryInfo = new DirectoryInfo(parentOutputFolder);
string subfolderName = $"Output_{DateTime.Now.ToString("yyyyMMdd_HHmmss")}";
directoryInfo.CreateSubdirectory(subfolderName);
outputFolder = Path.Combine(directoryInfo.FullName, subfolderName);
// Validate and set maximum file size.
string maxFileSizeMBString = configItems.Where(configItem => configItem.Key == ArgNameMaximumFileSizeMB).FirstOrDefault().Value;
if (int.TryParse(maxFileSizeMBString, out int maxFileSizeMB))
{
if (maxFileSizeMB > 0)
{
maximumFileSizeBytes = maxFileSizeMB * Common.MegabyteToByteMultiplier;
}
}
// Get the vehicle tracking option.
string vehicleTrackingOption = configItems.Where(configItem => configItem.Key == ArgNameVehicleTrackingOption).FirstOrDefault().Value;
switch (vehicleTrackingOption)
{
case nameof(Common.VehicleTrackingOption.Reporting):
trackSpecificVehicles = false;
break;
case nameof(Common.VehicleTrackingOption.Specific):
trackSpecificVehicles = true;
break;
default:
break;
}
// If specific vehicles are to be tracked, validate the supplied list of device IDs against the current database. Discard any supplied items that are not valid device IDs. If no valid device IDs are supplied, switch back to tracking vehicles that are currently reporting data.
if (trackSpecificVehicles == true)
{
ConsoleUtility.LogInfo("Validating SpecificVehiclesToTrack...");
string vehicleListSupplied = configItems.Where(configItem => configItem.Key == ArgNameSpecificVehiclesToTrack).FirstOrDefault().Value;
string[] vehicleList = vehicleListSupplied.Split(",");
devicesToTrack = new List <Device>();
IList <Device> devices = await GetAllDevicesAsync(api);
for (int vehicleListIndex = 0; vehicleListIndex < vehicleList.Length; vehicleListIndex++)
{
string vehicleDeviceId = vehicleList[vehicleListIndex];
Device checkedDevice = devices.Where(device => device.Id.ToString() == vehicleDeviceId).FirstOrDefault();
if (checkedDevice == null)
{
ConsoleUtility.LogListItem($"Note - The following is not a valid device Id", $"{vehicleDeviceId}", Common.ConsoleColorForUnchangedData, Common.ConsoleColorForErrors);
continue;
}
devicesToTrack.Add(checkedDevice);
}
if (devicesToTrack.Count == 0)
{
ConsoleUtility.LogWarning($"No valid device IDs have been entered. Switching to tracking of vehicles that are currently reporting data.");
trackSpecificVehicles = false;
}
}
// Get diagnostics to be tracked.
ConsoleUtility.LogInfo("Validating DiagnosticsToTrack...");
string diagnosticListSupplied = configItems.Where(configItem => configItem.Key == ArgNameDiagnosticsToTrack).FirstOrDefault().Value;
string[] diagnosticList = diagnosticListSupplied.Split(",");
diagnosticsToTrack = new List <Diagnostic>();
IList <Diagnostic> diagnostics = await GetAllDiagnosticsAsync(api);
for (int diagnosticListIndex = 0; diagnosticListIndex < diagnosticList.Length; diagnosticListIndex++)
{
string diagnosticId = diagnosticList[diagnosticListIndex];
Diagnostic checkedDiagnostic = diagnostics.Where(diagnostic => diagnostic.Id.ToString() == diagnosticId).FirstOrDefault();
if (checkedDiagnostic == null)
{
ConsoleUtility.LogListItem($"Note - The following is not a valid diagnostic Id", $"{diagnosticId}", Common.ConsoleColorForUnchangedData, Common.ConsoleColorForErrors);
continue;
}
diagnosticsToTrack.Add(checkedDiagnostic);
}
if (diagnosticsToTrack.Count == 0)
{
ConsoleUtility.LogWarning($"No valid diagnostic IDs have been entered. As such, no diagnostics will be tracked.");
}
// Get the feed start option.
string feedStartOptionString = configItems.Where(configItem => configItem.Key == ArgNameFeedStartOption).FirstOrDefault().Value;
switch (feedStartOptionString)
{
case nameof(Common.FeedStartOption.CurrentTime):
feedStartOption = Common.FeedStartOption.CurrentTime;
break;
case nameof(Common.FeedStartOption.FeedResultToken):
feedStartOption = Common.FeedStartOption.FeedResultToken;
break;
case nameof(Common.FeedStartOption.SpecificTime):
string feedStartSpecificTimeUTCString = configItems.Where(configItem => configItem.Key == ArgNameFeedStartSpecificTimeUTC).FirstOrDefault().Value;
if (DateTime.TryParse(feedStartSpecificTimeUTCString, null, System.Globalization.DateTimeStyles.RoundtripKind, out feedStartSpecificTimeUTC) == false)
{
ConsoleUtility.LogWarning($"The value of '{feedStartSpecificTimeUTCString}' specified for FeedStartSpecificTimeUTC is invalid. As such, the current date and time will be used instead.");
feedStartOption = Common.FeedStartOption.CurrentTime;
}
else
{
feedStartOption = Common.FeedStartOption.SpecificTime;
}
break;
default:
break;
}
// Get the feed interval.
string feedIntervalSecondsString = configItems.Where(configItem => configItem.Key == ArgNameFeedIntervalSeconds).FirstOrDefault().Value;
if (int.TryParse(feedIntervalSecondsString, out int feedIntervalSecondsInt))
{
if (feedIntervalSecondsInt < ShortestAllowedFeedIntervalSeconds)
{
ConsoleUtility.LogListItem($"Note - The specified FeedIntervalSeconds value of '{feedIntervalSecondsString}' is less then the shortest allowed value of '{ShortestAllowedFeedIntervalSeconds.ToString()}'. FeedIntervalSeconds will be set to:", ShortestAllowedFeedIntervalSeconds.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForErrors);
feedIntervalSeconds = ShortestAllowedFeedIntervalSeconds;
}
else
{
feedIntervalSeconds = feedIntervalSecondsInt;
}
}
else
{
ConsoleUtility.LogListItem($"Note - The specified FeedIntervalSeconds value of '{feedIntervalSecondsString}' is invalid. FeedIntervalSeconds will be set to:", ShortestAllowedFeedIntervalSeconds.ToString(), Common.ConsoleColorForUnchangedData, Common.ConsoleColorForErrors);
feedIntervalSeconds = ShortestAllowedFeedIntervalSeconds;
}
// Instantiate a DatabaseWorker to start processing the data feeds.
bool continuous = true;
Worker worker = new DatabaseWorker(username, password, database, server, parentOutputFolder, outputFolder, maximumFileSizeBytes, feedIntervalSeconds, feedStartOption, feedStartSpecificTimeUTC, trackSpecificVehicles, devicesToTrack, diagnosticsToTrack);
var cancellationToken = new CancellationTokenSource();
Task task = Task.Run(async() => await worker.DoWorkAsync(continuous), cancellationToken.Token);
if (continuous && Console.ReadLine() != null)
{
worker.RequestStop();
cancellationToken.Cancel();
}
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
}
finally
{
ConsoleUtility.LogUtilityShutdown(title);
Console.ReadKey();
}
}
/// <summary>
/// Writes the <see cref="ReceivedFaultData"/> or <see cref="ReceivedStatusData"/> of this <see cref="TrackedDiagnostic"/> (depending on its <see cref="DiagnosticCategory"/>) to file and then clears the subject data from memory.
/// </summary>
/// <returns></returns>
public async Task WriteDataToFileAsync()
{
try
{
switch (DiagnosticCategoryType)
{
case DiagnosticCategory.FaultData:
if (receivedFaultData.Count > 0)
{
// Ensure FaultData records are sorted chronologiocally.
List <FaultData> sortedFaultData = receivedFaultData.OrderBy(faultData => faultData.DateTime).ToList();
// Write FaultData records to file.
using (TextWriter fileWriter = new StreamWriter(OutputFilePath, true))
{
foreach (FaultData faultData in sortedFaultData)
{
string failureModeCode = "";
string failureModeName = "";
string failureModeSourceName = "";
FailureMode failureMode = faultData.FailureMode;
if (failureMode != null)
{
failureModeCode = failureMode.Code.ToString();
failureModeName = failureMode.Name;
Source failureModeSource = failureMode.Source;
if (failureModeSource != null)
{
failureModeSourceName = failureModeSource.Name;
}
}
string dismissUserName = "";
string dismissDateTime = "";
User dismissUser = faultData.DismissUser;
if (dismissUser != null)
{
dismissUserName = dismissUser.Name;
dismissDateTime = faultData.DismissDateTime.ToString();
}
await fileWriter.WriteLineAsync($"{DeviceId.ToString()}|{DeviceSerialNumber}|{DeviceName}|{faultData.DateTime.ToString()}|{faultData.Diagnostic.Id.ToString()}|{faultData.Diagnostic.Name}|{failureModeCode}|{failureModeName}|{failureModeSourceName}|{faultData.Controller.Name}|{faultData.Count.ToString()}|{faultData.FaultState.ToString()}|{faultData.MalfunctionLamp.ToString()}|{faultData.RedStopLamp.ToString()}|{faultData.AmberWarningLamp.ToString()}|{faultData.ProtectWarningLamp.ToString()}|{dismissDateTime}|{dismissUserName}");
}
}
receivedFaultData.Clear();
}
break;
case DiagnosticCategory.StatusData:
if (receivedStatusData.Count > 0)
{
// Ensure StatusData records are sorted chronologiocally.
List <StatusData> sortedStatusData = receivedStatusData.OrderBy(statusData => statusData.DateTime).ToList();
// Write StatusData records to file.
using (TextWriter fileWriter = new StreamWriter(OutputFilePath, true))
{
foreach (StatusData statusData in sortedStatusData)
{
await fileWriter.WriteLineAsync($"{DeviceId.ToString()}|{DeviceSerialNumber}|{DeviceName}|{statusData.DateTime.ToString()}|{statusData.Diagnostic.Id.ToString()}|{statusData.Diagnostic.Name}|{statusData.Diagnostic.Source.Name}|{statusData.Data.ToString()}|{statusData.Diagnostic.UnitOfMeasure.Name}");
}
}
receivedStatusData.Clear();
}
break;
default:
break;
}
}
catch (Exception ex)
{
ConsoleUtility.LogError(ex);
if (ex is IOException)
{
// Possiable system out of memory exception or file lock. Sleep for a minute and continue.
await Task.Delay(TimeSpan.FromMinutes(1));
}
}
}