static void Main(string[] args)
{
Trace.Listeners.Add(new ConsoleTraceListener());
// Re-create UserDetails and TokenStore minimums
UserDetails userDetails = new UserDetails
{
DeviceId = Guid.Parse(""),
DeviceIdExpiry = DateTime.Parse(""),
Email = "",
UserId = "",
};
TokenStore tokenStore = new TokenStore
{
access_token = "",
CreatedDate = DateTime.Parse("")
};
// Set the pin
string myPin = "1234";
// Connect to the JLR API with token data
JlrSharpConnection jlrSharp = new JlrSharpConnection(userDetails, tokenStore);
// Disable automatic refreshing of the tokens
jlrSharp.AutoRefreshTokens = false;
Trace.TraceInformation("Grabbing default vehicle");
// Grab the generic vehicle
Vehicle defaultVehicle = jlrSharp.GetPrimaryVehicle();
Console.WriteLine($"Mileage: {defaultVehicle.GetMileage()}");
Console.WriteLine($"Distance until empty: {defaultVehicle.GetDistanceUntilEmpty()}");
defaultVehicle.Unlock(myPin);
// wait before issuing these back to back
defaultVehicle.Lock(myPin);
// Determine the vehicle type
if (defaultVehicle is GasVehicle gasVehicle)
{
Console.WriteLine($"The fuel level is at {gasVehicle.GetFuelLevelPercentage()}%");
gasVehicle.StartEngine(myPin);
// wait before issuing these back to back
gasVehicle.StopEngine(myPin);
}
else if (defaultVehicle is ElectricVehicle electricVehicle)
{
Console.WriteLine($"Vehicle is charging: {electricVehicle.IsCharging()}");
Console.WriteLine($"Time until charged: {electricVehicle.GetTimeUntilCharged()}");
Console.WriteLine($"Charge level: {electricVehicle.GetChargeLevel()}");
electricVehicle.StopCharging(myPin);
}
}
/// <summary>
/// Sets the RequestClient for vehicle based API queries
/// </summary>
/// <param name="vehicleRequestClient"></param>
internal void SetVehicleRequestClient(RestClient vehicleRequestClient, JlrSharpConnection jlrSharpConnection)
{
VehicleRequestClient = vehicleRequestClient;
JlrSharpConnector = jlrSharpConnection;
}
