private void StoreRoboConfig(RoboConfig config)
{
db.RoboConfig.RemoveRange(db.RoboConfig);
db.SaveChanges();
db.RoboConfig.Add(config);
db.SaveChanges();
}
public async Task <ActionResponseMessage> SetRoboConfigAsync(string robotName, string robotSerial, string email, string password, string ipOverride = null)
{
try
{
var roboConfig = new RoboConfig()
{
RobotName = robotName,
RobotSerial = robotSerial,
Email = email,
Password = password,
IpOverrideStr = string.IsNullOrWhiteSpace(ipOverride) ? ipOverride : null
};
StoreRoboConfig(roboConfig); // store an early version with entered details
// validations
var validations = new List <string>();
if (!Authentication.SerialNumberIsValid(robotSerial))
{
validations.Add("Serial number invalid.");
}
if (!Authentication.RobotNameIsValid(robotName))
{
validations.Add("Robot name invalid.");
}
if (validations.Count > 0)
{
return(ActionResponseMessage.Failure(validations));
}
IPAddress ipAddressOverride = null;
if (!string.IsNullOrWhiteSpace(ipOverride))
{
IPAddress.TryParse(ipOverride, out ipAddressOverride);
}
var loginResult = await Authentication.Login(robotSerial, robotName, email, password, ipAddressOverride);
roboConfig.RobotName = loginResult.RobotName;
roboConfig.RobotGuid = loginResult.Guid;
roboConfig.RobotCert = loginResult.Certificate;
roboConfig.IpOverrideStr = ipAddressOverride?.ToString();
StoreRoboConfig(roboConfig); // store final version with cert and guid
// if all else has succeeded, now reconnect to the robot
return(await ReconnectAsync());
}
catch (VectorAuthenticationException ex)
{
return(ActionResponseMessage.Failure(ex));
}
}
