public SIMSResponseData SaveAfterMarketFactoryOptions()
{
SIMSResponseData responseStatus;
VehicleAfterMarketOptions vehicleFactoryOptions = new VehicleAfterMarketOptions();
AnswerWrapper answers = new AnswerWrapper();
answers.Answers = new List <ReconAnsKBB>();
foreach (var ans in AppDelegate.appDelegate.afterMarketOptions.aftermarketQuestions.data)
{
foreach (var item in ans.questions)
{
ReconAnsKBB answer = new ReconAnsKBB();
answer.label = item.label;
answer.questionId = item.questionId;
answer.questionType = item.questionType;
answer.tags = item.tags;
if (item.value == "true")
{
answer.value = "Yes";
}
else
{
answer.value = "No";
}
answer.value = item.value;
answer.vehicleConditionCategory = item.vehicleConditionCategory;
answer.vehicleConditionCategoryName = item.vehicleConditionCategoryName;
answer.vehicleSectionId = item.vehicleSectionId;
answer.vehicleSectionName = item.vehicleSectionName;
answer.comment = item.comment;
answers.Answers.Add(answer);
}
}
vehicleFactoryOptions.Answer = new AnswerWrapper();
vehicleFactoryOptions.Answer.Answers = new List <ReconAnsKBB>();
vehicleFactoryOptions.Answer.VehicleID = AppDelegate.appDelegate.vehicleID;
vehicleFactoryOptions.Answer.StoreID = AppDelegate.appDelegate.storeId;
vehicleFactoryOptions.Answer.InvtrID = AppDelegate.appDelegate.invtrId;
vehicleFactoryOptions.Answer.UserName = "******";
vehicleFactoryOptions.Answer.Answers = answers.Answers;
vehicleFactoryOptions.vehicleFactoryOptions = new VehicleFactoryOptions();
vehicleFactoryOptions.vehicleFactoryOptions.AlternateFactoryOptionsLst = new List <AlternateFactoryOptions>();
if (AppDelegate.appDelegate.afterMarketOptions.sonicAfterMarketList.Count == 0)
{
AlternateFactoryOptions vehicleFactory = new AlternateFactoryOptions();
vehicleFactory.Description = "None";
vehicleFactory.Is_AfterMarketOption_Select = true;
vehicleFactory.AfterMarketOptionId = 1;
vehicleFactory.OptionKindId = "AMFO";
AppDelegate.appDelegate.afterMarketOptions.sonicAfterMarketList.Add(vehicleFactory);
}
vehicleFactoryOptions.vehicleFactoryOptions.AlternateFactoryOptionsLst = AppDelegate.appDelegate.afterMarketOptions.sonicAfterMarketList;
vehicleFactoryOptions.vehicleFactoryOptions.VehicleID = AppDelegate.appDelegate.vehicleID;
vehicleFactoryOptions.vehicleFactoryOptions.StoreID = AppDelegate.appDelegate.storeId;
vehicleFactoryOptions.vehicleFactoryOptions.InvtrID = AppDelegate.appDelegate.invtrId;
vehicleFactoryOptions.vehicleFactoryOptions.UserName = "******";
//Logic to add the Selected Factory options
responseStatus = ServiceFactory.getWebServiceHandle().SaveAfterMarketFactoryOptions(vehicleFactoryOptions);
return(responseStatus);
}
/// <summary>
/// Uses a native library to load an image and extract answers from it.
/// Works with both image bytes as well as just an image file path.
/// This method is unsafe.
/// </summary>
/// <param name="sheet">The path to the image containing answers to be extracted as a string or an array of image bytes.</param>
/// <param name="studentNumberAnswers">This parameter will contain the student number answers extracted from the student number table.</param>
/// <param name="extractedAnswers">This parameter will contain the answers extracted from the answer tables.</param>
/// <returns>True if the process has succeeded and false otherwise.</returns>
bool ExtractAnswers <T>(T sheet, out bool[,,] studentNumberAnswers, out bool[,,] extractedAnswers)
{
extractedAnswers = new bool[3, 8, 5];
studentNumberAnswers = new bool[1, 5, 10];
// the first row and the first column of the original tables were removed as they do not contain any answers
int studentNumberRows = parameters.StudentTableRows - 1;
int studentNumberColumns = parameters.StudentTableColumns - 1;
int answerRows = parameters.AnswerTableRows - 1;
int answerColumns = parameters.AnswerTableColumns - 1;
NumberWrapper numberWrapper = new NumberWrapper();
AnswerWrapper answerWrapper = new AnswerWrapper();
bool success = false;
unsafe
{
bool *numberPtr = numberWrapper.number;
bool *answersPtr = answerWrapper.answers;
bool *successPtr = &success;
string sheetFilename;
byte[] sheetImageBytes;
// if the sheet has been passed as a filename
if ((sheetFilename = sheet as string) != null)
{
NativeAPIWrapper.extract_answers_path_api(sheetFilename, parameters, numberPtr, answersPtr, successPtr);
}
// if the sheet has been passed as image bytes
else if ((sheetImageBytes = sheet as byte[]) != null)
{
// the image is saved in PNG (or another format) so we need to convert it to BMP which the library can read
Image sheetImage = ImageHandling.GetBitmap(sheetImageBytes);
int imageRows = sheetImage.Height;
int imageCols = sheetImage.Width;
byte[] sheetImageBitmapBytes = ImageHandling.GetImageBytes(sheetImage, ImageFormat.Bmp);
sheetImage.Dispose();
fixed(byte *imageBitmapBytesPtr = sheetImageBitmapBytes)
{
NativeAPIWrapper.extract_answers_image_api(imageBitmapBytesPtr, imageRows, imageCols, parameters, numberPtr, answersPtr, successPtr);
}
}
else
{
return(false);
}
if (!success)
{
return(false);
}
// convert the student number values from a C-style array of answers to a C# multi-dimensional array
for (int row = 0; row < studentNumberRows; row++)
{
for (int col = 0; col < studentNumberColumns; col++)
{
if (numberPtr[row * studentNumberColumns + col] == true)
{
studentNumberAnswers[0, row, col] = true;
}
else
{
studentNumberAnswers[0, row, col] = false;
}
}
}
// convert the answer table values from a C-style array to a C# multi-dimensional array
for (int table = 0; table < parameters.TableCount - 1; table++)
{
for (int row = 0; row < answerRows; row++)
{
for (int col = 0; col < answerColumns; col++)
{
if (answersPtr[table * answerRows * answerColumns + row * answerColumns + col] == true)
{
extractedAnswers[table, row, col] = true;
}
else
{
extractedAnswers[table, row, col] = false;
}
}
}
}
}
return(true);
}
