public async Task <IActionResult> CreateVehicle(VehicleModel vehModel)
{
if (vehModel == null || vehModel.licenceNum == null)
{
return(RedirectToAction("Index"));
}
//Get makes
IEnumerable <MakeModel> makeList = MakeModel.CreateModelNumerable(await _beService.GetMakesAsync());
VehicleDTO searchdto = await _beService.GetVehicleAsync(vehModel.licenceNum);
if (searchdto != null)
{
//Add to dropdown
ViewBag.selList = makeList;
return(View("VehicleCreate", vehModel));
}
vehModel.state = "In";
VehicleDTO dto = VehicleDTO.CreateDTO(vehModel);
string response = await _beService.InsertVehicleAsync(dto);
return(RedirectToAction("Index"));
}
public async Task <IActionResult> EditVehicle(VehicleModel vehModel)
{
if (vehModel == null || vehModel.licenceNum == null)
{
return(RedirectToAction("Index"));
}
VehicleDTO dto = VehicleDTO.CreateDTO(vehModel);
string response = await _beService.UpdateVehicleAsync(dto);
if (response != "Success")
{
return(RedirectToAction("Index"));
}
return(View("Details", vehModel.licenceNum));
}
public async Task <ActionResult> ConfirmClockVehicle(ClockModel cModel)
{
//Due to the lack of an auth/identitfy of the driver
//This would is acting as a placeholder for the current driver ID
Guid driverID = Guid.NewGuid();
string updateResponse = null;
//If clock in, check for damages against the AI service
if (cModel.clock == "In")
{
//Generate a new ID for the potential damage model
Guid damageID = Guid.NewGuid();
//Create ImageDTO list for each image to be added as we go through the loop of uploads.
List <ImageDTO> vehicleImages = new List <ImageDTO>();
//Set state of tracking = null
//Used to track the verdict.
//This allows to continue processing all uploaded images but still know that one showed damage
string verdictTracker = "Undamaged";
//Set counter to 0. This is used to add a suffix count to the end of the image filename when uploaded
int count = 0;
//Loop through uploads
foreach (IFormFile img in cModel.imgs)
{
//Increment the count
count++;
//Create a new image DTO.
ImageDTO newImageDTO = ImageDTO.CreateDTO(ImageDTO.GenerateImageId(damageID, cModel.time, count.ToString(), img), img);
vehicleImages.Add(newImageDTO);
try
{
//Check the damage of the images against the AI model
APIDTO returnApiDto = await _damageService.DamageCheckImg(newImageDTO);
//Extract at the decimal percentage of guesses for each tag
double damagedGuess = returnApiDto.predictions.FirstOrDefault(x => x.tagName == "Damaged").probability;
double wholeGuess = returnApiDto.predictions.FirstOrDefault(x => x.tagName == "Whole").probability;
//If both results are over 0.1 then cant say for certain. i.e level of uncertainty
//This is to make sure a Staff member will manually resolve it
if (wholeGuess >= 0.1 && damagedGuess >= 0.1)
{
//If not already set to damage from previous image.
//Test this because Damaged is a stronger case than Inclonclusive
if (verdictTracker == "Undamaged")
{
verdictTracker = "Inconclusive";
}
}
//If the verdict is Damaged
else if (damagedGuess > wholeGuess)
{
//If Damaged then overrules the above conclusion of a previous image
verdictTracker = "Damaged";
}
}
catch
{
//In any case of an error, set to Inclousive
verdictTracker = "Inconclusive";
}
}
//After loop of images, check the state.
//If either damage or incloncsive
if (verdictTracker != "Undamaged")
{
try
{
//Set the new state to
if (verdictTracker == "Inconclusive")
{
cModel.clock = "Inconclusive";
}
//Damaged
else
{
cModel.clock = "Damaged";
}
//Create and Insert a Damage history record to keep track of vehicle damages
DamageHistoryDTO newDamageDTO = DamageHistoryDTO.CreateDTO(DamageHistoryModel.CreateModel(cModel, damageID, driverID));
updateResponse = await _vehicleService.InsertDamageHistoryAsync(newDamageDTO);
if (updateResponse != "Success")
{
return(RedirectToAction("ClockVehicle"));
}
//Update Vehicle with new state
cModel.vehicle.state = "Under Investigation";
VehicleDTO newVehDto = VehicleDTO.CreateDTO(cModel.vehicle);
updateResponse = await _vehicleService.UpdateVehicleAsync(newVehDto);
if (updateResponse != "Success")
{
return(RedirectToAction("ClockVehicle"));
}
//Loop and upload images to blob storage
foreach (ImageDTO img in vehicleImages)
{
//Save Images to the blob storage.
updateResponse = await _blobService.UploadImage(img);
if (updateResponse != "Success")
{
return(RedirectToAction("ClockVehicle"));
}
}
//Return back to confirmed view
return(View("ClockConfirmed", cModel));
}
catch
{
//if error at anypoint, restart the form by rdirecting to initial action
return(RedirectToAction("ClockVehicle"));
}
}
}
//Update state of the vehicle in vehicle table
cModel.vehicle.state = cModel.clock;
VehicleDTO vehDTO = VehicleDTO.CreateDTO(cModel.vehicle);
updateResponse = await _vehicleService.UpdateVehicleAsync(vehDTO);
if (updateResponse != "Success")
{
return(RedirectToAction("ClockVehicle"));
}
//Insert into the history table.
//Note: The DriverID would be replaced with identification if implemented as mentioned above
Guid historyID = Guid.NewGuid();
ClockHistoryDTO newDTO = ClockHistoryDTO.CreateDTO(cModel, historyID, driverID);
updateResponse = await _vehicleService.InsertClockHistoryAsync(newDTO);
if (updateResponse != "Success")
{
return(RedirectToAction("ClockVehicle"));
}
//Return back to confirmed view
return(View("ClockConfirmed", cModel));
}