public async Task <IActionResult> DeployAndroid(Guid teamId, [FromBody] DeployAndroidDto android)
{
AndroidDto deployedAndroid = await _androidLogic.DeployAndroid(teamId, android);
return(Ok(deployedAndroid));
}
/// <summary>
/// Deploys a new android in the field.
/// </summary>
/// <param name="teamId">The unique identifier of the registered team to deploy an android for.</param>
/// <param name="android">The android settings to use for deployment.</param>
/// <returns>The deployed android.</returns>
public async Task <AndroidDto> DeployAndroid(Guid teamId, DeployAndroidDto android)
{
Team teamToCheck = await _dbContext.Teams.SingleOrDefaultAsync(x => x.Id == teamId);
if (teamToCheck == null)
{
throw new HtfValidationException("The specified team is unknown!");
}
if (!Crypt.EnhancedVerify(android.Password, teamToCheck.Password))
{
throw new HtfValidationException("The specified password is not correct!");
}
Android androidToDeploy = _deploymentMapper.Map(android);
if (!Enum.IsDefined(typeof(AutoPilot), androidToDeploy.AutoPilot))
{
throw new HtfValidationException("The specified value for 'AutoPilot' is not within the expected range!");
}
if (!Enum.IsDefined(typeof(SensorAccuracy), androidToDeploy.LocationSensorAccuracy))
{
throw new HtfValidationException("The specified value for 'CrowdSensorAccuracy' is not within the expected range!");
}
if (!Enum.IsDefined(typeof(SensorAccuracy), androidToDeploy.CrowdSensorAccuracy))
{
throw new HtfValidationException("The specified value for 'LocationSensorAccuracy' is not within the expected range!");
}
if (!Enum.IsDefined(typeof(SensorAccuracy), androidToDeploy.MoodSensorAccuracy))
{
throw new HtfValidationException("The specified value for 'MoodSensorAccuracy' is not within the expected range!");
}
if (!Enum.IsDefined(typeof(SensorAccuracy), androidToDeploy.RelationshipSensorAccuracy))
{
throw new HtfValidationException("The specified value for 'RelationshipSensorAccuracy' is not within the expected range!");
}
Int32 existingAndroids = await _dbContext.Androids.CountAsync(
x => x.TeamId == teamId && !x.Compromised && x.AutoPilot == androidToDeploy.AutoPilot);
switch (androidToDeploy.AutoPilot)
{
case AutoPilot.Level1:
if (existingAndroids >= 500)
{
throw new HtfValidationException("This many level-1 androids in the field is getting suspicious!");
}
break;
case AutoPilot.Level2:
if (existingAndroids >= 50)
{
throw new HtfValidationException("This many level-2 androids in the field is getting suspicious!");
}
break;
case AutoPilot.Level3:
if (existingAndroids >= 5)
{
throw new HtfValidationException("This many level-3 androids in the field is getting suspicious!");
}
break;
}
androidToDeploy.TeamId = teamId;
if (androidToDeploy.AutoPilot == AutoPilot.Level1)
{
androidToDeploy.LocationSensorAccuracy = SensorAccuracy.LowAccuracySensor;
androidToDeploy.CrowdSensorAccuracy = SensorAccuracy.LowAccuracySensor;
androidToDeploy.MoodSensorAccuracy = SensorAccuracy.LowAccuracySensor;
androidToDeploy.RelationshipSensorAccuracy = SensorAccuracy.LowAccuracySensor;
}
if (androidToDeploy.AutoPilot == AutoPilot.Level2)
{
androidToDeploy.LocationSensorAccuracy = SensorAccuracy.MediumAccuracySensor;
androidToDeploy.CrowdSensorAccuracy = SensorAccuracy.MediumAccuracySensor;
androidToDeploy.MoodSensorAccuracy = SensorAccuracy.MediumAccuracySensor;
androidToDeploy.RelationshipSensorAccuracy = SensorAccuracy.MediumAccuracySensor;
}
switch (androidToDeploy.AutoPilot)
{
case AutoPilot.Level1:
teamToCheck.Score += 10;
break;
case AutoPilot.Level2:
teamToCheck.Score += 100;
break;
case AutoPilot.Level3:
teamToCheck.Score += 1000;
break;
}
await _dbContext.Androids.AddAsync(androidToDeploy);
await _dbContext.SaveChangesAsync();
return(_androidMapper.Map(androidToDeploy));
}
public Android Map(DeployAndroidDto team)
{
return(_mapper.Map <Android>(team));
}