private WasteTypeData GetWasteType(NotificationApplication notification)
{
WasteTypeData chemicalComposition = null;
if (notification.WasteType != null)
{
chemicalComposition = wasteTypeMapper.Map(notification.WasteType);
}
return(chemicalComposition);
}
public ChemicalCompositionViewModel Map(WasteTypeData source,
ICollection <WoodInformationData> parameter)
{
var result = new ChemicalCompositionViewModel();
if (source.WasteAdditionalInformation.Any())
{
result.WasteComposition = SetExistingInformations(parameter,
source);
}
else
{
result.WasteComposition = parameter.ToList();
}
result.Energy = source.EnergyInformation;
return(result);
}
private List <WoodInformationData> SetExistingInformations(ICollection <WoodInformationData> compositions,
WasteTypeData existingData)
{
var result = new List <WoodInformationData>(existingData.WasteAdditionalInformation);
var notApplicableCompositions =
compositions.Where(
wc =>
existingData.WasteAdditionalInformation
.All(c => c.WasteInformationType != wc.WasteInformationType))
.Select(wc => new WoodInformationData
{
Constituent = wc.Constituent,
WasteInformationType = wc.WasteInformationType,
MinConcentration = NotApplicable,
MaxConcentration = NotApplicable
});
result.AddRange(notApplicableCompositions);
return(result);
}
private bool CheckForChangesInSecondScreen(WasteTypeData existingWasteTypeData, List <WasteTypeCompositionData> filteredWasteCompositions, string futherInformation, bool hasAnnex, ChemicalComposition chemicalCompositionType)
{
if (chemicalCompositionType != existingWasteTypeData.ChemicalCompositionType)
{
return(true);
}
if (futherInformation != existingWasteTypeData.FurtherInformation)
{
return(true);
}
if (hasAnnex != existingWasteTypeData.HasAnnex)
{
return(true);
}
if (filteredWasteCompositions.Count != existingWasteTypeData.WasteCompositionData.Count)
{
return(true);
}
foreach (var newData in filteredWasteCompositions)
{
var existingData = existingWasteTypeData.WasteCompositionData.FirstOrDefault(p => p.ChemicalCompositionCategory == newData.ChemicalCompositionCategory);
if (existingData == null)
{
return(true);
}
if (existingData.Constituent != newData.Constituent || existingData.MaxConcentration != Decimal.Parse(newData.MaxConcentration) || existingData.MinConcentration != Decimal.Parse(newData.MinConcentration) || existingData.Constituent != newData.Constituent)
{
return(true);
}
}
return(false);
}
private bool CheckForChangesInFirstScreen(WasteTypeData existingWasteTypeData, List <WoodInformationData> filteredWasteCompositions, string energy, ChemicalComposition chemicalCompositionType)
{
if (existingWasteTypeData.EnergyInformation != energy)
{
return(true);
}
if (existingWasteTypeData.ChemicalCompositionType != chemicalCompositionType)
{
return(true);
}
foreach (var newData in filteredWasteCompositions)
{
var existingData = existingWasteTypeData.WasteAdditionalInformation.FirstOrDefault(p => p.WasteInformationType == newData.WasteInformationType);
if (existingData.Constituent != newData.Constituent || Double.Parse(existingData.MaxConcentration) != Double.Parse(newData.MaxConcentration) || Double.Parse(existingData.MinConcentration) != Double.Parse(newData.MinConcentration))
{
return(true);
}
}
return(false);
}
private bool ContainsCompositionData(WasteTypeData wasteTypeData)
{
return(wasteTypeData != null &&
wasteTypeData.WasteAdditionalInformation != null &&
wasteTypeData.WasteAdditionalInformation.Count > 0);
}
private bool ContainsData(WasteTypeData wasteTypeData)
{
return(wasteTypeData != null &&
wasteTypeData.WasteCompositionData != null &&
wasteTypeData.WasteCompositionData.Count > 0);
}
