private static ChemicalCompositionContinuedViewModel GetValidViewModel()
{
var vm = new ChemicalCompositionContinuedViewModel();
vm.WasteComposition = new List <WasteTypeCompositionData>();
vm.OtherCodes = new List <WasteTypeCompositionData>();
vm.ChemicalCompositionType = ChemicalComposition.Wood;
vm.Command = "continue";
return(vm);
}
private bool AllOtherCodesFieldsContainData(ChemicalCompositionContinuedViewModel model)
{
var result = true;
foreach (var i in model.OtherCodes)
{
if (string.IsNullOrWhiteSpace(i.Constituent))
{
result = false;
}
}
return(result);
}
public async Task RdfSrf_Post_BackToOverviewFalse_RedirectsToWasteGenerationProcess()
{
var wasteComposition = new List <WasteTypeCompositionData>();
var model = new ChemicalCompositionContinuedViewModel()
{
NotificationId = notificationId,
ChemicalCompositionType = ChemicalComposition.RDF,
WasteComposition = wasteComposition,
OtherCodes = wasteComposition,
Command = "continue"
};
var result = await chemicalCompositionController.Constituents(model, false) as RedirectToRouteResult;
RouteAssert.RoutesTo(result.RouteValues, "Index", "WasteGenerationProcess");
}
public async Task WoodContined_Post_BackToOverviewTrue_RedirectsToOverview()
{
var wasteComposition = new List <WasteTypeCompositionData>();
var model = new ChemicalCompositionContinuedViewModel()
{
NotificationId = notificationId,
ChemicalCompositionType = ChemicalComposition.Wood,
WasteComposition = wasteComposition,
OtherCodes = wasteComposition,
Command = "continue"
};
var result = await chemicalCompositionController.Constituents(model, true) as RedirectToRouteResult;
RouteAssert.RoutesTo(result.RouteValues, "Index", "Home");
}
public async Task WoodContined_Post_BackToOverviewTrue_RedirectsToOverview()
{
var wasteComposition = new List<WasteTypeCompositionData>();
var model = new ChemicalCompositionContinuedViewModel()
{
NotificationId = notificationId,
ChemicalCompositionType = ChemicalComposition.Wood,
WasteComposition = wasteComposition,
OtherCodes = wasteComposition,
Command = "continue"
};
var result = await chemicalCompositionController.Constituents(model, true) as RedirectToRouteResult;
RouteAssert.RoutesTo(result.RouteValues, "Index", "Home");
}
public async Task RdfSrf_Post_BackToOverviewFalse_RedirectsToWasteGenerationProcess()
{
var wasteComposition = new List<WasteTypeCompositionData>();
var model = new ChemicalCompositionContinuedViewModel()
{
NotificationId = notificationId,
ChemicalCompositionType = ChemicalComposition.RDF,
WasteComposition = wasteComposition,
OtherCodes = wasteComposition,
Command = "continue"
};
var result = await chemicalCompositionController.Constituents(model, false) as RedirectToRouteResult;
RouteAssert.RoutesTo(result.RouteValues, "Index", "WasteGenerationProcess");
}
private async Task GetExistingConstituents(Guid id, ChemicalComposition chemicalCompositionType, ChemicalCompositionContinuedViewModel model)
{
var wasteTypeData = await mediator.SendAsync(new GetWasteType(id));
// If the old data does not exist or corresponds to a different waste type data.
if (!ContainsData(wasteTypeData) || wasteTypeData.ChemicalCompositionType != chemicalCompositionType)
{
while (model.OtherCodes.Count < NumberOfOtherCodesFields)
{
model.OtherCodes.Add(new WasteTypeCompositionData());
}
return;
}
var compositions = wasteTypeData.WasteCompositionData.Select(c => new WasteTypeCompositionData
{
ChemicalCompositionCategory = c.ChemicalCompositionCategory,
Constituent = c.Constituent,
MinConcentration = c.MinConcentration.ToString(),
MaxConcentration = c.MaxConcentration.ToString()
}).ToList();
// Where the waste concentration is not applicable it is not stored.
var notApplicableCompositions =
model.WasteComposition.Where(
wc =>
compositions.All(c => c.ChemicalCompositionCategory != wc.ChemicalCompositionCategory)).Select(wc => new WasteTypeCompositionData
{
ChemicalCompositionCategory = wc.ChemicalCompositionCategory,
Constituent = wc.Constituent,
MinConcentration = NotApplicable,
MaxConcentration = NotApplicable
});
compositions.AddRange(notApplicableCompositions);
model.WasteComposition = compositions.Where(c => c.ChemicalCompositionCategory != ChemicalCompositionCategory.Other).ToList();
model.OtherCodes = compositions.Where(c => c.ChemicalCompositionCategory == ChemicalCompositionCategory.Other).ToList();
model.FurtherInformation = wasteTypeData.FurtherInformation;
model.HasAnnex = wasteTypeData.HasAnnex;
while (model.OtherCodes.Count < NumberOfOtherCodesFields)
{
model.OtherCodes.Add(new WasteTypeCompositionData());
}
}
public async Task <ActionResult> Constituents(ChemicalCompositionContinuedViewModel model, bool?backToOverview = null)
{
if (!ModelState.IsValid)
{
return(View(model));
}
var existingWasteTypeData = await mediator.SendAsync(new GetWasteType(model.NotificationId));
//Join optional and mandatory collections
model.WasteComposition.AddRange(model.OtherCodes);
var blanksRemoved = model.WasteComposition.Where(c => !string.IsNullOrEmpty(c.Constituent));
var filteredWasteCompositions = RemoveNotApplicableValues(blanksRemoved);
await mediator.SendAsync(new UpdateWasteType(model.NotificationId, model.ChemicalCompositionType, model.FurtherInformation, filteredWasteCompositions));
await mediator.SendAsync(new SetOptionalInformation(model.FurtherInformation, model.HasAnnex, model.NotificationId));
bool dataHasChanged = false;
string firstScreensLastAuditType = await GetFirstScreensLastAuditType(model.NotificationId);
if (firstScreensLastAuditType == NotificationAuditType.Added.ToString() && existingWasteTypeData.WasteCompositionData.Count == 0)
{
await this.auditService.AddAuditEntry(this.mediator,
model.NotificationId,
User.GetUserId(),
NotificationAuditType.Added,
NotificationAuditScreenType.ChemicalCompositionContinued);
}
else
{
if (existingWasteTypeData.WasteCompositionData.Count != 0)
{
dataHasChanged = CheckForChangesInSecondScreen(existingWasteTypeData, filteredWasteCompositions, model.FurtherInformation, model.HasAnnex, model.ChemicalCompositionType);
if (dataHasChanged)
{
await this.auditService.AddAuditEntry(this.mediator,
model.NotificationId,
User.GetUserId(),
NotificationAuditType.Updated,
NotificationAuditScreenType.ChemicalCompositionContinued);
}
}
else
{
await this.auditService.AddAuditEntry(this.mediator,
model.NotificationId,
User.GetUserId(),
NotificationAuditType.Updated,
NotificationAuditScreenType.ChemicalCompositionContinued);
}
}
if (backToOverview.GetValueOrDefault())
{
return(RedirectToAction("Index", "Home", new { id = model.NotificationId }));
}
return(RedirectToAction("Index", "WasteGenerationProcess", new { id = model.NotificationId }));
}
private static ChemicalCompositionContinuedViewModel GetValidViewModel()
{
var vm = new ChemicalCompositionContinuedViewModel();
vm.WasteComposition = new List<WasteTypeCompositionData>();
vm.OtherCodes = new List<WasteTypeCompositionData>();
vm.ChemicalCompositionType = ChemicalComposition.Wood;
vm.Command = "continue";
return vm;
}