/// <summary>
/// Creates a TaxonMove view model
/// </summary>
/// <param name="taxon"></param>
/// <param name="isOkToMove"></param>
/// <returns></returns>
public TaxonMoveViewModel CreateTaxonMoveViewModel(ITaxon taxon, ITaxonRevision taxonRevision, bool isOkToMove = true)
{
var model = new TaxonMoveViewModel();
model.TaxonId = taxon.Id;
model.OldParentTaxonId = taxon.Id;
model.HasChildren = true;
model.IsOkToMove = isOkToMove;
// Child taxa
model.ChildTaxa = new List <RelatedTaxonViewModel>();
if (taxon.GetNearestChildTaxonRelations(_user).IsNotEmpty())
{
foreach (ITaxonRelation taxonRelation in taxon.GetNearestChildTaxonRelations(_user))
{
model.ChildTaxa.Add(new RelatedTaxonViewModel(taxonRelation.ChildTaxon, taxonRelation.ChildTaxon.Category, null, taxonRelation.IsMainRelation));
}
}
if (model.ChildTaxa.Count == 0)
{
// TODO cant throw exception
//throw new Exception("Taxon has no children");
model.HasChildren = false;
}
// Available parents
TaxonCategoryList categories2 = new TaxonCategoryList();
model.AvailableParents = new List <RelatedTaxonViewModel>();
if (model.ChildTaxa.Count != 0)
{
ITaxon revisionTaxon = CoreData.TaxonManager.GetTaxon(_user, model.ChildTaxa[0].TaxonId);
TaxonList list = revisionTaxon.GetTaxaPossibleParents(_user, taxonRevision);
foreach (var tx in list)
{
categories2.Merge(tx.Category);
}
categories2.Sort(new TaxonCategoryComparer());
foreach (ITaxon possibleParentTaxon in list)
{
model.AvailableParents.Add(new RelatedTaxonViewModel(possibleParentTaxon, possibleParentTaxon.Category, null));
}
}
// Taxon categories
model.TaxonCategories = new List <TaxonCategoryViewModel>();
// var categories = GetTaxonCategories(taxon);
// Get all categories within this revision
TaxonCategoryList categories = GetTaxonCategories(taxonRevision.RootTaxon);
foreach (ITaxonCategory taxonCategory in categories2)
{
model.TaxonCategories.Add(new TaxonCategoryViewModel(taxonCategory.Id, taxonCategory.Name));
}
return(model);
}
/// <summary>
/// Searches among the direct children in childtaxonrelations.
/// </summary>
public static IList <ITaxonRelation> GetChildTaxonRelations(
this ITaxon taxon,
IUserContext userContext,
bool isTaxonRevisionEditor,
bool includeHistorical,
bool isMainRelation = false)
{
if (includeHistorical == false && taxon.IsValid == false)
{
return(new List <ITaxonRelation>());
}
else
{
// TaxonRevisionEditor == true (in revision - return published data + data that is changed in the revision)
if (isTaxonRevisionEditor)
{
if (includeHistorical)
{
return((from taxonRelation in taxon.GetNearestChildTaxonRelations(userContext)
where taxonRelation.IsMainRelation == true || isMainRelation == false
select taxonRelation).ToList());
}
// includeHistorical == false
else
{
return((from taxonRelation in taxon.GetNearestChildTaxonRelations(userContext)
where (taxonRelation.ValidToDate > DateTime.Now && (!taxonRelation.ReplacedInTaxonRevisionEventId.HasValue)) &&
(taxonRelation.IsMainRelation == true || isMainRelation == false)
select taxonRelation).ToList());
}
}
// TaxonRevisionEditor == false (NOT in revision - return public data)
else
{
if (includeHistorical)
{
return((from taxonRelation in taxon.GetNearestChildTaxonRelations(userContext)
where taxonRelation.IsPublished == true &&
(taxonRelation.IsMainRelation == true || isMainRelation == false)
select taxonRelation).ToList());
}
// includeHistorical = false
else
{
return((from taxonRelation in taxon.GetNearestChildTaxonRelations(userContext)
where (taxonRelation.ValidToDate > DateTime.Now && taxonRelation.IsPublished == true) &&
(taxonRelation.IsMainRelation == true || isMainRelation == false)
select taxonRelation).ToList());
}
}
}
}
public void ReInitializeTaxonMoveViewModel(TaxonMoveViewModel model, ITaxonRevision taxonRevision, bool isOkToMove = true) //, ITaxon taxon, bool isOkToMove = true)
{
ITaxon taxon = CoreData.TaxonManager.GetTaxon(_user, model.OldParentTaxonId);
model.HasChildren = true;
model.IsOkToMove = isOkToMove;
// Child taxa
model.ChildTaxa = new List <RelatedTaxonViewModel>();
if (taxon.GetNearestChildTaxonRelations(_user).IsNotEmpty())
{
foreach (ITaxonRelation taxonRelation in taxon.GetNearestChildTaxonRelations(_user))
{
model.ChildTaxa.Add(new RelatedTaxonViewModel(taxonRelation.ChildTaxon, taxonRelation.ChildTaxon.Category, null));
}
}
if (model.ChildTaxa.Count == 0)
{
// TODO cant throw exception
//throw new Exception("Taxon has no children");
model.HasChildren = false;
}
// Available parents
model.AvailableParents = new List <RelatedTaxonViewModel>();
if (model.ChildTaxa.Count != 0)
{
ITaxon revisionTaxon = CoreData.TaxonManager.GetTaxon(_user, model.ChildTaxa[0].TaxonId);
TaxonList list = revisionTaxon.GetTaxaPossibleParents(_user, taxonRevision);
foreach (ITaxon possibleParentTaxon in list)
{
model.AvailableParents.Add(new RelatedTaxonViewModel(possibleParentTaxon, possibleParentTaxon.Category, null));
}
}
// Taxon categories
model.TaxonCategories = new List <TaxonCategoryViewModel>();
// var categories = GetTaxonCategories(taxon);
// Get all categories within this revision
var categories = GetTaxonCategories(taxonRevision.RootTaxon);
foreach (ITaxonCategory taxonCategory in categories)
{
model.TaxonCategories.Add(new TaxonCategoryViewModel(taxonCategory.Id, taxonCategory.Name));
}
}
/// <summary>
/// Creates the model for lumping
/// </summary>
/// <param name="userContext"></param>
/// <param name="taxon"></param>
/// <param name="revisionId"></param>
/// <param name="replacingTaxonId"></param>
/// <param name="lumpTaxonIdList"></param>
/// <returns></returns>
public TaxonLumpViewModel GetTaxonLumpViewModel(IUserContext userContext, ITaxon taxon, int revisionId, int?replacingTaxonId, List <int?> lumpTaxonIdList, bool isOkToLump, bool isReloaded)
{
TaxonLumpViewModel model = new TaxonLumpViewModel();
IUserContext loggedInUser = userContext;
if (loggedInUser.IsNotNull())
{
if (taxon.IsNotNull() && taxon.Id.IsNotNull())
{
model.TaxonErrorId = taxon.Id.ToString();
if (revisionId.IsNotNull())
{
model.RevisionErrorId = revisionId.ToString();
model.RevisionId = revisionId.ToString();
model.TaxonId = taxon.Id.ToString();
model.IsSelectedTaxonSetAsReplacingTaxon = false;
model.IsSelectedTaxonAlreadyInLumpList = false;
model.IsReplacingTaxonSet = false;
model.IsSelectedTaxonChildless = true;
model.IsAnyLumpTaxonSet = false;
model.IsOkToLump = isOkToLump;
model.IsReloaded = isReloaded;
model.IsReplacingTaxonValid = true;
model.IsLumpTaxonValid = true;
model.IsLumpTaxonCategoryValid = true;
// 1. first we check selected taxon if it has any children
if (taxon.GetNearestChildTaxonRelations(userContext).IsNotEmpty())
{
model.IsSelectedTaxonChildless = false;
}
//model.SelectedTaxon = new List<TaxonParentViewModelHelper>();
//// Get selected taxon ie taxon selected in GUI
//TaxonParentViewModelHelper selectedTaxon = new TaxonParentViewModelHelper();
//selectedTaxon.Category = CoreData.TaxonManager.GetTaxonCategoryById(loggedInUser, taxon.Category).Name;
//selectedTaxon.CommonName = taxon.RecommendedCommonName.IsNotNull() ? taxon.RecommendedCommonName.Name : string.Empty;
//selectedTaxon.ScientificName = taxon.RecommendedScentificName.IsNotNull() ? taxon.RecommendedScentificName.Name : string.Empty;
//selectedTaxon.TaxonId = taxon.Id.ToString();
//model.SelectedTaxon.Add(selectedTaxon);
// we now check if selected taxon exist in list to lump
if (lumpTaxonIdList.IsNotNull() && !lumpTaxonIdList.Contains(null) && lumpTaxonIdList.Contains(taxon.Id))
{
model.IsSelectedTaxonAlreadyInLumpList = true;
}
//2. Check if replacing taxon is set, if so show it.
if (replacingTaxonId.IsNotNull())
{
model.IsReplacingTaxonSet = true;
ITaxon repTaxon = CoreData.TaxonManager.GetTaxon(loggedInUser, (int)replacingTaxonId);
model.ReplacingTaxon = new List <TaxonParentViewModelHelper>();
TaxonParentViewModelHelper replacingTaxon = new TaxonParentViewModelHelper();
replacingTaxon.Category = repTaxon.Category.Name;
replacingTaxon.CommonName = repTaxon.CommonName.IsNotEmpty() ? repTaxon.CommonName : string.Empty;
replacingTaxon.ScientificName = repTaxon.ScientificName.IsNotEmpty() ? repTaxon.ScientificName : string.Empty;
replacingTaxon.TaxonId = repTaxon.Id.ToString();
model.ReplacingTaxon.Add(replacingTaxon);
model.ReplacingTaxonId = repTaxon.Id.ToString();
// Now we must check if selected taxon equals replacing taxon
if (repTaxon.Id == taxon.Id)
{
model.IsSelectedTaxonSetAsReplacingTaxon = true;
}
if (!model.IsOkToLump)
{
if (repTaxon.GetCheckedOutChangesTaxonProperties(userContext).IsValid == false)
{
model.IsReplacingTaxonValid = false;
model.TaxonErrorName = repTaxon.ScientificName;
// model.IsOkToLump = true;
}
}
}
// 3. Check and populate list of taxon to lump
model.LumpTaxonList = new List <TaxonParentViewModelHelper>();
if (taxon.IsNotNull())
{
if (lumpTaxonIdList.IsNotNull() && !lumpTaxonIdList.Contains(null))
{
var lumpIdList = lumpTaxonIdList.Cast <int>().ToList();
TaxonList taxa = CoreData.TaxonManager.GetTaxa(loggedInUser, lumpIdList);
if (taxa.IsNotNull() && taxa.Count > 0)
{
var category = taxa[0].GetCheckedOutChangesTaxonProperties(userContext).TaxonCategory;
foreach (ITaxon lumpTaxon in taxa)
{
var lumpTaxonModel = new TaxonParentViewModelHelper();
lumpTaxonModel.Category = lumpTaxon.Category.Name;
lumpTaxonModel.SortOrder = lumpTaxon.Category.SortOrder;
lumpTaxonModel.CommonName = lumpTaxon.CommonName.IsNotEmpty() ? lumpTaxon.CommonName : string.Empty;
lumpTaxonModel.ScientificName = lumpTaxon.ScientificName.IsNotEmpty() ? lumpTaxon.ScientificName : string.Empty;
lumpTaxonModel.TaxonId = lumpTaxon.Id.ToString();
model.LumpTaxonList.Add(lumpTaxonModel);
// Check why it is not ok to lump
if (!model.IsOkToLump)
{
if (lumpTaxon.GetCheckedOutChangesTaxonProperties(userContext).TaxonCategory.Id != category.Id)
{
model.IsLumpTaxonCategoryValid = false;
model.TaxonErrorName = lumpTaxon.ScientificName;
// model.IsOkToLump = true;
}
if (lumpTaxon.GetCheckedOutChangesTaxonProperties(userContext).IsValid == false)
{
model.IsLumpTaxonValid = false;
model.TaxonErrorName = lumpTaxon.ScientificName;
// model.IsOkToLump = true;
}
}
}
}
model.IsAnyLumpTaxonSet = true;
}
}
}
else
{
model.ErrorMessage = Resources.DyntaxaResource.TaxonSharedInvalidRevision;
}
}
else
{
model.ErrorMessage = Resources.DyntaxaResource.TaxonSharedInvalidTaxon;
}
}
else
{
model.ErrorMessage = Resources.DyntaxaResource.SharedInvalidUserContext;
}
return(model);
}
/// <summary>
/// Create view model for split
/// </summary>
/// <param name="userContext"></param>
/// <param name="taxon"></param>
/// <param name="revisionId"></param>
/// <param name="replaceTaxonIdList"></param>
/// <param name="splitTaxonId"></param>
/// <returns></returns>
public TaxonSplitViewModel GetTaxonSplitViewModel(IUserContext userContext, ITaxon taxon, int revisionId, List <int?> replaceTaxonIdList, int?splitTaxonId, bool isOkToSplit, bool isReloaded)
{
TaxonSplitViewModel model = new TaxonSplitViewModel();
IUserContext loggedInUser = userContext;
if (loggedInUser.IsNotNull())
{
if (taxon.IsNotNull() && taxon.Id.IsNotNull())
{
model.TaxonErrorId = taxon.Id.ToString();
if (revisionId.IsNotNull())
{
model.RevisionErrorId = revisionId.ToString();
model.RevisionId = revisionId.ToString();
model.TaxonId = taxon.Id.ToString();
model.IsSelectedTaxonSetAsSplitTaxon = false;
model.IsSelectedTaxonAlreadyInReplacingList = false;
model.IsSelectedTaxonChildless = true;
model.IsAnyReplacingTaxonSet = false;
model.IsSplitTaxonSet = false;
model.IsOkToSplit = isOkToSplit;
model.IsReloaded = isReloaded;
model.IsSplitTaxonValid = true;
model.IsReplacingTaxonValid = true;
model.IsReplacingTaxonCategoryValid = true;
// 1. first we check selected taxon if it has any children
if (taxon.GetNearestChildTaxonRelations(userContext).IsNotEmpty())
{
model.IsSelectedTaxonChildless = false;
}
model.SelectedTaxon = new List <TaxonParentViewModelHelper>();
// Set selected taxon
TaxonParentViewModelHelper selectedTaxon = new TaxonParentViewModelHelper();
selectedTaxon.Category = taxon.Category.Name;
selectedTaxon.CommonName = taxon.CommonName.IsNotEmpty() ? taxon.CommonName : string.Empty;
selectedTaxon.ScientificName = taxon.ScientificName.IsNotEmpty() ? taxon.ScientificName : string.Empty;
selectedTaxon.TaxonId = taxon.Id.ToString();
model.SelectedTaxon.Add(selectedTaxon);
// We now check if selected taxon exist in list of replacing taxa
if (replaceTaxonIdList.IsNotNull() && !replaceTaxonIdList.Contains(null) && replaceTaxonIdList.Contains(taxon.Id))
{
model.IsSelectedTaxonAlreadyInReplacingList = true;
}
// 2. Check and populate list of replacing taxa
model.ReplacingTaxonList = new List <TaxonParentViewModelHelper>();
if (taxon.IsNotNull())
{
if (replaceTaxonIdList.IsNotNull() && !replaceTaxonIdList.Contains(null))
{
var replaceIdList = replaceTaxonIdList.Cast <int>().ToList();
TaxonList taxa = CoreData.TaxonManager.GetTaxa(loggedInUser, replaceIdList);
var category = taxa[0].GetCheckedOutChangesTaxonProperties(userContext).TaxonCategory;
if (taxa.IsNotNull() && taxa.Count > 0)
{
foreach (ITaxon replaceTaxon in taxa)
{
var splitTaxonModel = new TaxonParentViewModelHelper();
splitTaxonModel.Category = replaceTaxon.Category.Name;
splitTaxonModel.SortOrder = replaceTaxon.Category.SortOrder;
splitTaxonModel.CommonName = replaceTaxon.CommonName.IsNotEmpty() ? replaceTaxon.CommonName : string.Empty;
splitTaxonModel.ScientificName = replaceTaxon.ScientificName.IsNotEmpty() ? replaceTaxon.ScientificName : string.Empty;
splitTaxonModel.TaxonId = replaceTaxon.Id.ToString();
model.ReplacingTaxonList.Add(splitTaxonModel);
// Check why it is not ok to split
if (!model.IsOkToSplit)
{
if (replaceTaxon.GetCheckedOutChangesTaxonProperties(userContext).TaxonCategory.Id != category.Id)
{
model.IsReplacingTaxonCategoryValid = false;
model.TaxonErrorName = replaceTaxon.ScientificName;
// model.IsOkToSplit = true;
}
if (replaceTaxon.GetCheckedOutChangesTaxonProperties(userContext).IsValid == false)
{
model.IsReplacingTaxonValid = false;
model.TaxonErrorName = replaceTaxon.ScientificName;
// model.IsOkToSplit = true;
}
}
}
}
model.IsAnyReplacingTaxonSet = true;
}
}
//3. Check if split taxon is set, if so show it.
if (splitTaxonId.IsNotNull())
{
ITaxon repTaxon = CoreData.TaxonManager.GetTaxon(loggedInUser, (int)splitTaxonId);
model.SplitTaxon = new List <TaxonParentViewModelHelper>();
TaxonParentViewModelHelper replacingTaxon = new TaxonParentViewModelHelper();
replacingTaxon.Category = repTaxon.Category.Name;
replacingTaxon.CommonName = repTaxon.CommonName.IsNotEmpty() ? repTaxon.CommonName : string.Empty;
replacingTaxon.ScientificName = repTaxon.ScientificName.IsNotEmpty() ? repTaxon.ScientificName : string.Empty;
replacingTaxon.TaxonId = repTaxon.Id.ToString();
model.SplitTaxon.Add(replacingTaxon);
model.IsSplitTaxonSet = true;
model.ReplacingTaxonId = repTaxon.Id.ToString();
// Now we must check if selected taxon equals replacing taxon
if (repTaxon.Id == taxon.Id)
{
model.IsSelectedTaxonSetAsSplitTaxon = true;
}
if (!model.IsOkToSplit)
{
if (repTaxon.GetCheckedOutChangesTaxonProperties(userContext).IsValid == false)
{
model.IsSplitTaxonValid = false;
model.TaxonErrorName = repTaxon.ScientificName;
// model.IsOkToSplit = true;
}
}
}
}
else
{
model.ErrorMessage = Resources.DyntaxaResource.TaxonSharedInvalidRevision;
}
}
else
{
model.ErrorMessage = Resources.DyntaxaResource.TaxonSharedInvalidTaxon;
}
}
else
{
model.ErrorMessage = Resources.DyntaxaResource.SharedInvalidUserContext;
}
return(model);
}
