//=INDEX===============================================================
// GET: Organism
public async Task <IActionResult> Index()
{
OrganismClassification OrganismC = new OrganismClassification();
await TryUpdateModelAsync(OrganismC);
ChosenTaxons viewModel = await ChosenTaxonsFiller.Fill(_context, OrganismC);
return(View(viewModel));
}
// GET: Learning/AddSource/5
public async Task <IActionResult> SourceIndex(int learningSetID)
{
OrganismClassification OrganismC = new OrganismClassification();
await TryUpdateModelAsync(OrganismC);
ChosenTaxons viewModel = await ChosenTaxonsFiller.Fill(_context, OrganismC);
ViewBag.LearningSetID = learningSetID;
return(View(viewModel));
}
private async Task <string> GetClassification(OrganismData model, OrganismDbContext _context)
{
ChosenTaxons cht = await ChosenTaxonsFiller.Fill(_context, model);
return(cht.ChosenKingdom.Name + ", "
+ cht.ChosenPhylum.Name + ", "
+ cht.ChosenClass.Name + ", "
+ cht.ChosenOrder.Name + ", "
+ cht.ChosenFamily.Name + ", "
+ cht.ChosenGenus.Name);
}
public static async Task <OrganismData> Fill(OrganismDbContext _context, OrganismData viewModel)
{
ChosenTaxons taxons = await ChosenTaxonsFiller.Fill(_context, viewModel);
if (viewModel.KingdomID != null)
{
viewModel.Name = taxons.ChosenKingdom.Name;
}
if (viewModel.PhylumID != null)
{
viewModel.Name = taxons.ChosenPhylum.Name;
}
if (viewModel.ClassID != null)
{
viewModel.Name = taxons.ChosenClass.Name;
}
if (viewModel.OrderID != null)
{
viewModel.Name = taxons.ChosenOrder.Name;
}
if (viewModel.FamilyID != null)
{
viewModel.Name = taxons.ChosenFamily.Name;
}
if (viewModel.GenusID != null)
{
viewModel.Name = taxons.ChosenGenus.Name;
}
if (viewModel.SpeciesID != null)
{
viewModel.Name = taxons.ChosenSpecies.Name;
viewModel.Description = taxons.ChosenSpecies.Description;
viewModel.Class = taxons.ChosenSpecies.Class;
viewModel.Classification = taxons.ChosenSpecies.Classification;
viewModel.Size = taxons.ChosenSpecies.Size;
viewModel.Use = taxons.ChosenSpecies.Use;
viewModel.OccurenceCR = taxons.ChosenSpecies.OccurenceCR;
viewModel.Protection = taxons.ChosenSpecies.Protection;
viewModel.EcoFunction = taxons.ChosenSpecies.EcoFunction;
viewModel.Ecosystems = taxons.ChosenSpecies.Ecosystems.Split(", ")
.Select(x => (EcosystemEnum)Enum.Parse(typeof(EcosystemEnum), x)).ToArray();
viewModel.OccurencesWorld = taxons.ChosenSpecies.OccurencesWorld.Split(", ")
.Select(x => (OccurenceWorldEnum)Enum.Parse(typeof(OccurenceWorldEnum), x)).ToArray();
viewModel.Imgs = taxons.ChosenSpecies.Imgs;
}
return(viewModel);
}
public static async Task <ChosenTaxons> Fill(OrganismDbContext _context, OrganismClassification OIDs)
{
ChosenTaxons viewModel = new ChosenTaxons
{
Kingdoms = await _context.Kingdoms
.Include(i => i.Phylums)
.ThenInclude(i => i.Classes)
.ThenInclude(i => i.Orders)
.ThenInclude(i => i.Families)
.ThenInclude(i => i.Genusses)
.ThenInclude(i => i.Species)
.OrderBy(i => i.Name)
.ToListAsync()
};
if (OIDs.KingdomID != null)
{
viewModel.ChosenKingdom = viewModel.Kingdoms
.Single(x => x.KingdomTID == OIDs.KingdomID);
}
if (OIDs.PhylumID != null)
{
viewModel.ChosenPhylum = viewModel.ChosenKingdom.Phylums
.Single(x => x.PhylumTID == OIDs.PhylumID);
}
if (OIDs.ClassID != null)
{
viewModel.ChosenClass = viewModel.ChosenPhylum.Classes
.Single(x => x.ClassTID == OIDs.ClassID);
}
if (OIDs.OrderID != null)
{
viewModel.ChosenOrder = viewModel.ChosenClass.Orders
.Single(x => x.OrderTID == OIDs.OrderID);
}
if (OIDs.FamilyID != null)
{
viewModel.ChosenFamily = viewModel.ChosenOrder.Families
.Single(x => x.FamilyTID == OIDs.FamilyID);
}
if (OIDs.GenusID != null)
{
viewModel.ChosenGenus = viewModel.ChosenFamily.Genusses
.Single(x => x.GenusTID == OIDs.GenusID);
}
if (OIDs.SpeciesID != null)
{
viewModel.ChosenSpecies = viewModel.ChosenGenus.Species
.Single(x => x.SpeciesTID == OIDs.SpeciesID);
await _context.Entry(viewModel.ChosenSpecies)
.Collection(x => x.Imgs).LoadAsync();
}
return(viewModel);
}
