public Archaeomania()
{
_birdService = new BirdService();
_unitOfMeasurementService = new UnitOfMeasurementService();
FromUm = Enums.UnitOfMeasurement.Milliarchieops;
InitializeComponent();
}
public void BindBirds()
{
try
{
gridBirds.AutoGenerateColumns = true;
Enums.UnitOfMeasurement um = cmbUM.SelectedValue as Enums.UnitOfMeasurement? ?? Enums.UnitOfMeasurement.Milliarchieops;
gridBirds.DataSource = _birdService.GetBirds(um).ToList();
}
catch (Exception ex)
{
MessageBox.Show(@"Error:" + ex.Message);
}
}
public double ConvertUnit(Enums.UnitOfMeasurement toUnit)
{
switch (toUnit)
{
case Enums.UnitOfMeasurement.Inches:
return(FromMilliarchieopsToInches());
case Enums.UnitOfMeasurement.Centimeters:
return(FromMilliarchieopsToCentimeters());
default:
return(1);
}
}
public IEnumerable <Bird> GetBirds(Enums.UnitOfMeasurement unitOfMeasurement = Enums.UnitOfMeasurement.Milliarchieops)
{
var birdsData = _birdRepository.GetBirds();
var birdsModel = birdsData.Select(BirdDto.FromBirdDataToBirdModel);
double umTimes = _unitOfMeasurementService.ConvertUnit(unitOfMeasurement);
List <Bird> list = new List <Bird>();
var birds = birdsModel as IList <Bird> ?? birdsModel.ToList();
foreach (var bird in birds)
{
list.Add(bird);
}
list.ForEach(b =>
{
b.Height = Math.Round(b.Height * umTimes, 2);
b.Length = Math.Round(b.Length * umTimes, 2);
b.Girth = Math.Round(b.Girth * umTimes, 2);
});
return(birds);
}
