private void RefreshAssetsTree()
{
if (_model.AssetTypes != null)
{
// setup
var tS = new Dictionary <string, ClassifiedAssetTypesViewModel>();
// look at classified asset types
foreach (var assetType in _model.AssetTypes.Where(x => x.Categories != null))
{
var thisCats = assetType.Categories.Where(x => x.Classification == SelectedClassification);
foreach (var thisCat in thisCats)
{
var thisT = thisCat.Code;
var thisCatVm = new ClassifiedAssetTypesViewModel(thisCat);
if (!tS.ContainsKey(thisT))
{
tS.Add(thisT, thisCatVm);
}
tS[thisT].AssetTypes.Add(new AssetTypeViewModel(assetType));
}
}
var sorted = new List <ClassifiedAssetTypesViewModel>(tS.Count);
sorted.AddRange(tS.Keys.OrderBy(x => x).Select(key => tS[key]));
AssetTypes = new ObservableCollection <ClassifiedAssetTypesViewModel>(sorted);
}
else
{
AssetTypes = new ObservableCollection <ClassifiedAssetTypesViewModel>();
}
if (PropertyChanged != null)
{
PropertyChanged.Invoke(this, new PropertyChangedEventArgs(@"AssetTypes"));
}
}
private void RefreshAssetsTree()
{
if (_model.AssetTypes != null)
{
// setup
var tS = new Dictionary<string, ClassifiedAssetTypesViewModel>();
// look at classified asset types
foreach (var assetType in _model.AssetTypes.Where(x => x.Categories != null))
{
var thisCats = assetType.Categories.Where(x => x.Classification == SelectedClassification);
foreach (var thisCat in thisCats)
{
var thisT = thisCat.Code;
var thisCatVm = new ClassifiedAssetTypesViewModel(thisCat);
if (!tS.ContainsKey(thisT))
{
tS.Add(thisT, thisCatVm);
}
tS[thisT].AssetTypes.Add(new AssetTypeViewModel(assetType));
}
}
var sorted = new List<ClassifiedAssetTypesViewModel>(tS.Count);
sorted.AddRange(tS.Keys.OrderBy(x => x).Select(key => tS[key]));
AssetTypes = new ObservableCollection<ClassifiedAssetTypesViewModel>(sorted);
}
else
AssetTypes = new ObservableCollection<ClassifiedAssetTypesViewModel>();
if (PropertyChanged != null)
PropertyChanged.Invoke(this, new PropertyChangedEventArgs(@"AssetTypes"));
}
