public void Add8000Chemical(TanChemicalVM newChemical)
{
try
{
var mainViewModel = (App.Current.MainWindow as MainWindow).DataContext as MainVM;
if (TanChemicalVMList != null)
{
//generate new 8000 number
int seriesNumber = 8001;
var maxSeriesNumChecmical = TanChemicalVMList.
Where(rp => rp.ChemicalType == ChemicalType.S8000)
.OrderBy(rp => rp.NUM).LastOrDefault();
if (maxSeriesNumChecmical != null && maxSeriesNumChecmical.NUM < 8499)
{
seriesNumber = maxSeriesNumChecmical.NUM + 1;
}
else if (maxSeriesNumChecmical != null && maxSeriesNumChecmical.NUM >= 8499)
{
seriesNumber = 7001;
var _7000SeriesNumChecmical = TanChemicalVMList.
Where(rp => rp.ChemicalType == ChemicalType.S8000 && rp.NUM < 8000)
.OrderBy(rp => rp.NUM).LastOrDefault();
if (_7000SeriesNumChecmical != null && _7000SeriesNumChecmical.NUM < 8500)
{
seriesNumber = _7000SeriesNumChecmical.NUM + 1;
}
}
TanChemicalVM c = new TanChemicalVM();
c.ChemicalType = ChemicalType.S8000;
c.RegNumber = String.Empty;
c.SearchName = string.IsNullOrEmpty(newChemical.Name) ? (string.IsNullOrEmpty(newChemical.GenericName) ? newChemical.CompoundNo : newChemical.GenericName) : newChemical.Name;
c.Name = string.IsNullOrEmpty(newChemical.Name) ? (string.IsNullOrEmpty(newChemical.GenericName) ? newChemical.CompoundNo : newChemical.GenericName) : newChemical.Name;
c.NUM = seriesNumber;
c.InChiKey = newChemical.InChiKey;
c.ChemicalmataData = newChemical.ChemicalmataData;
c.CompoundNo = newChemical.CompoundNo;
c.GenericName = newChemical.GenericName;
c.Id = newChemical.Id;
c.ChemicalmataData = newChemical.ChemicalmataData;
c.MolString = newChemical.MolString;
c.MolFormula = newChemical.MolFormula;
TanChemicalVMList.Add(c);
mainViewModel.S8000Chemicals.Add(c);
TanChemical tanchemical = (from p in mainViewModel.TanVM.TanChemicals where p.Id == newChemical.Id select p).FirstOrDefault();
if (tanchemical == null)
{
TanChemicalsCrud.AddTanChemicalToList(mainViewModel.TanVM.TanChemicals, c, mainViewModel.TanVM.Id);
}
mainViewModel.TanVM.PerformAutoSave("8000 chemical generated");
Clear8000EditArea();
SelectedTabIndex = 0;
}
}
catch (Exception ex)
{
Log.This(ex);
}
}
public static ReactionParticipantVM AlreadyContains(TanChemical selectedChemical, ViewAnalogousVM analogousreactionVM, ReactionVM SelectedReaction, ParticipantType participantType, [Optional] List <ReactionParticipantVM> ReactionParticipant, [Optional] List <RsnVM> Rsn, [Optional] bool BulkValidation)
{
try
{
var ReactionParticipants = ReactionParticipant == null?analogousreactionVM.ReactionParticipants.OfReaction(SelectedReaction.Id) : ReactionParticipant;
var Rsns = Rsn == null?analogousreactionVM.Rsns.OfReaction(SelectedReaction.Id, true).ToList() : Rsn;
var chemicalName = new Models.TanChemicalVM
{
Id = selectedChemical.Id,
Name = selectedChemical.Name,
NUM = selectedChemical.NUM,
RegNumber = selectedChemical.RegNumber
};
var groupedValidations = S.GetGroupedCVTs();
if (ReactionParticipants.Count() > 0)
{
if (participantType == ParticipantType.Product)
{
var existingProducts = ReactionParticipants.OfReaction(SelectedReaction.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (existingProducts != null && existingProducts.Any())
{
return(existingProducts.FirstOrDefault());
}
}
else if (SelectedReaction.SelectedStage != null)
{
#region Reactant Validations
if (participantType == ParticipantType.Reactant)
{
var stageReactants = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber).OfExceptTypes(ParticipantType.Solvent);
if (stageReactants != null && stageReactants.OfType(ParticipantType.Reactant).Any())
{
return(stageReactants.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (stageReactants != null && stageReactants.OfExceptTypes(ParticipantType.Reactant).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(stageReactants.OfExceptTypes(ParticipantType.Reactant).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNum(selectedChemical.NUM);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var AmdProducts = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).Where(ro => ro.Reg == selectedChemical.RegNumber && ro.Num != selectedChemical.NUM);
if (AmdProducts != null && AmdProducts.Any())
{
string msg = $"Selected chemical with same Reg and different num already involved in {AmdProducts.FirstOrDefault().ReactionVM.DisplayName} as a Product. Do you want to still add as Reactant?";
DialogResult dialogResult = System.Windows.Forms.MessageBox.Show(msg, "Reactions", MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (dialogResult == DialogResult.No)
{
return(AmdProducts.FirstOrDefault());
}
}
var otherstageReactants = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Solvent, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherstageReactants, Rsns, SelectedReaction, chemicalName, ParticipantType.Reactant);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
#region Solvent Validation
if (participantType == ParticipantType.Solvent)
{
var InStageSolvents = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfExceptTypes(ParticipantType.Reactant).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (InStageSolvents != null && InStageSolvents.OfType(ParticipantType.Solvent).Any())
{
return(InStageSolvents.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (InStageSolvents != null && InStageSolvents.OfExceptTypes(ParticipantType.Solvent).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(InStageSolvents.OfExceptTypes(ParticipantType.Solvent).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var otherthanProductsAndSolvents = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Solvent, ParticipantType.Reactant, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherthanProductsAndSolvents, Rsns, SelectedReaction, chemicalName, ParticipantType.Solvent);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
#region Catalyst Validations
if (participantType == ParticipantType.Catalyst)
{
var InStageCatalysts = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (InStageCatalysts != null && InStageCatalysts.OfType(ParticipantType.Catalyst).Any())
{
return(InStageCatalysts.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (InStageCatalysts != null && InStageCatalysts.OfExceptTypes(ParticipantType.Catalyst).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(InStageCatalysts.OfExceptTypes(ParticipantType.Catalyst).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var otherThanCatalysts = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Catalyst, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherThanCatalysts, Rsns, SelectedReaction, chemicalName, ParticipantType.Catalyst);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
#region Agent Validations
if (participantType == ParticipantType.Agent)
{
var InStageAgents = ReactionParticipants.OfReactionAndStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (InStageAgents != null && InStageAgents.OfType(ParticipantType.Agent).Any())
{
return(InStageAgents.FirstOrDefault());
}
List <int> StageNumbers = new List <int>();
if (SelectedReaction.Stages.Count > 1)
{
StageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(Rsns, SelectedReaction, S.DUAL_ROLE_STRING);
}
else if (Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id && rsn.Stage == null && rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING)).Any())
{
StageNumbers.Add(1);
}
if (InStageAgents != null && InStageAgents.OfExceptTypes(ParticipantType.Agent).Any())
{
if (!StageNumbers.Contains(SelectedReaction.SelectedStage.DisplayOrder))
{
return(InStageAgents.OfExceptTypes(ParticipantType.Agent).FirstOrDefault());
}
else
{
var rsnVM = Rsns.Where(rsn => rsn.Reaction.Id == SelectedReaction.Id &&
rsn.SelectedChemical == null &&
(rsn.FreeText.SafeContainsLower(S.DUAL_ROLE_STRING) || rsn.CvtText.SafeEqualsLower(S.DUAL_ROLE_STRING))).FirstOrDefault();
if (rsnVM != null)
{
rsnVM.SelectedChemical = chemicalName;
}
}
}
var Products = ReactionParticipants.OfReactionOfType(SelectedReaction.Id, ParticipantType.Product).OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber);
if (Products != null && Products.Any())
{
return(Products.FirstOrDefault());
}
var otherStageAgents = ReactionParticipants.OfReactionAndExceptStage(SelectedReaction.Id, SelectedReaction.SelectedStage.Id)
.OfNumOrReg(selectedChemical.NUM, selectedChemical.RegNumber)
.OfExceptTypes(ParticipantType.Agent, ParticipantType.Product)
.GroupBy(p => p.ParticipantType)
.ToDictionary(p => p.Key, p => p.ToList());
var duplicate = ValidateWithCVT1(otherStageAgents, Rsns, SelectedReaction, chemicalName, ParticipantType.Agent);
if (duplicate != null)
{
return(duplicate);
}
}
#endregion
}
else
{
return(null);
}
}
return(null);
}
catch (Exception ex)
{
Log.This(ex);
return(null);
}
}
public static List <ReactionParticipantVM> ParticipantOfNUMOrReg(this List <ReactionParticipantVM> participants, TanChemical tanChemical, ReactionVM reaction)
{
if (participants == null)
{
return(null);
}
return(participants.Where(p =>
(p.Num == tanChemical.NUM || p.Reg == tanChemical.RegNumber) &&
p.ReactionVM.Id == reaction.Id &&
p.StageVM != null &&
reaction.SelectedStage != null &&
p.StageVM.Id == reaction.SelectedStage.Id
).ToList());
}
public void AddParticipant(object participant)
{
try
{
var StartTime = DateTime.Now;
Debug.WriteLine($"Add Participant Started at {StartTime.DMYHMT()}");
var mainViewModel = (App.Current.MainWindow as MainWindow).DataContext as MainVM;
if (SelectedTanChemicalVM != null && mainViewModel.TanVM != null && mainViewModel.IsParticipatTypeSelected)
{
if (S.AllowedDuplicateChemicals.Where(c => SelectedTanChemicalVM.SearchName.Contains(c)).Count() > 0)
{
var ListOfNames = SelectedTanChemicalVM.SearchName.Split(new string[] { "; " }, StringSplitOptions.RemoveEmptyEntries);
DuplicateNamesList dnList = new Views.DuplicateNamesList();
(dnList.DataContext as DuplicateNamesVM).DuplicateNamesView = new ObservableCollection <Names>(ListOfNames.Select(s => new Names {
Name = s
}));
dnList.ShowDialog();
if ((dnList.DataContext as DuplicateNamesVM).DialogStatus)
{
SelectedTanChemicalVM.Name = (dnList.DataContext as DuplicateNamesVM).SelectedName.Name;
}
else
{
return;
}
}
if (SelectedTanChemicalVM.RegNumber == "5137553")
{
AppInfoBox.ShowInfoMessage("You can't add Aliquat 336. If still you want please Add RSN as 'Aliquat 336 Used'");
return;
}
if (SelectedTanChemicalVM.RegNumber == "69849452")
{
AppInfoBox.ShowInfoMessage("Davis reagent (REGNUM: 69849452) cannot be used in RSD, please capture in RSN");
return;
}
//this is required only for 8500 series. All other series will have Num values.
if (SelectedTanChemicalVM != null && SelectedTanChemicalVM.NUM == 0)
{
var numChemical = TanChemicalVMList.Where(cn => cn.ChemicalType == ChemicalType.NUM && cn.RegNumber == SelectedTanChemicalVM.RegNumber).FirstOrDefault();
if (numChemical != null)
{
StringBuilder sb = new StringBuilder();
sb.Append($"Selected chemical already Present in NUMS section with num {numChemical.NUM}");
AppInfoBox.ShowInfoMessage(sb.ToString());
return;
}
SelectedTanChemicalVM.Id = Guid.NewGuid();
var maxNum = TanChemicalVMList.
Where(rp => rp.ChemicalType == ChemicalType.S8500).
Select(rp => rp.NUM).
Max();
if (maxNum > 0)
{
SelectedTanChemicalVM.NUM = maxNum + 1;
}
else
{
SelectedTanChemicalVM.NUM = 8501;
}
TanChemical tanchemical = (from p in mainViewModel.TanVM.TanChemicals where p.RegNumber == SelectedTanChemicalVM.RegNumber select p).FirstOrDefault();
if (tanchemical == null)
{
TanChemicalsCrud.AddTanChemicalToList(mainViewModel.TanVM.TanChemicals, SelectedTanChemicalVM, mainViewModel.TanVM.Id);
}
if (!AddAsParticipant)
{
mainViewModel.TanVM.PerformAutoSave("8500 Chemical Added");
}
}
var chemical = TanChemicalVMList.Where(cn => cn.ChemicalType == ChemicalType.NUM && cn.RegNumber == SelectedTanChemicalVM.RegNumber && SelectedTanChemicalVM.ChemicalType != ChemicalType.NUM).FirstOrDefault();
if (chemical != null)
{
SelectedTanChemicalVM = chemical;
}
if (SelectedTanChemicalVM.RegNumber == "30525894" && SelectedTanChemicalVM.ChemicalType == ChemicalType.NUM)
{
SelectedTanChemicalVM = TanChemicalVMList.Where(cn => cn.ChemicalType == ChemicalType.S9000 && cn.RegNumber == "50000").FirstOrDefault();
SelectedTanChemicalVM.Name = S.PARA_FORM;
}
Debug.WriteLine($"Before adding Participant to Json {System.DateTime.Now}");
if (SelectedTanChemicalVM != null && AddAsParticipant)
{
(App.Current.MainWindow as MainWindow).ChemicalNameAdded(SelectedTanChemicalVM);
}
ReactionValidations.AddJonesReAgentRSN(mainViewModel.TanVM);
Debug.WriteLine($"After adding Participant to Json {System.DateTime.Now}");
Debug.WriteLine($"Add Participant Done in {(DateTime.Now - StartTime).TotalSeconds} seconds");
}
}
catch (Exception ex)
{
Log.This(ex);
}
}
public static Tuple <TanChemicalVM, ObservableCollection <ImagesVM> > GetTanChemicalVMFromTanchemical(TanChemical num)
{
var chemical = new TanChemicalVM();
var images = new ObservableCollection <ImagesVM>();
Tuple <TanChemicalVM, ObservableCollection <ImagesVM> > returnObjet;
try
{
chemical.ChemicalType = num.ChemicalType;
chemical.MolString = num.MolString;
chemical.RegNumber = num.RegNumber;
chemical.ImagePath = num.ChemicalType == ChemicalType.NUM ? num.FirstImagePath : num.ImagePath;
chemical.AllImagePaths = num.Substancepaths.Select(s => s.ImagePath).Distinct().ToList();
if (chemical.AllImagePaths == null || chemical.AllImagePaths.Count() == 0)
{
images.Add(new ImagesVM {
ChemicalType = num.ChemicalType, ImagePath = null, MolString = num.MolString, RegNumber = num.RegNumber
});
}
else
{
foreach (var path in chemical.AllImagePaths)
{
images.Add(new ImagesVM {
ChemicalType = num.ChemicalType, ImagePath = path, MolString = num.MolString, RegNumber = num.RegNumber
});
}
}
}
catch (Exception ex)
{
Log.This(ex);
}
returnObjet = new Tuple <TanChemicalVM, ObservableCollection <ImagesVM> >(chemical, images);
return(returnObjet);
}
