public async Task SetUpProperties()
{
IsReviewNeededForCurrentSpec = false;
var tempAllCustomers = await CustomerDataAccess.GetAllCurrentAndProspectCustomers();
AllCustomers = (tempAllCustomers != null) ? tempAllCustomers.ToList() : new List <CustomerModel>();
var tempAllProcesses = await ProcessDataAccess.GetHydratedProcessesWithCurrentLockedRev();
AllProcessesWithCurrentRev = (tempAllProcesses != null) ? tempAllProcesses.ToList() : new List <ProcessModel>();
var tempAllSpecifications = await SpecificationDataAccess.GetAllHydratedSpecs();
AllSpecifications = (tempAllSpecifications != null) ? tempAllSpecifications.ToList() : new List <SpecModel>();
if (CurrentSpec != null)
{
var spaForSpecResult = await SpecProcessAssignDataAccess.GetAllActiveHydratedSpecProcessAssignForSpec(CurrentSpec.Id);
if (spaForSpecResult != null && spaForSpecResult.Any())
{
SpecProcessAssignsForCurrentSpec = spaForSpecResult.ToList();
}
IsReviewNeededForCurrentSpec = await SpecProcessAssignDataAccess.CheckIfReviewIsNeededForSpecId(CurrentSpec.Id);
}
}
public async Task <ActionResult> OnPostRemove()
{
if (SpecProcessAssignmentsToPost != null && SpecProcessAssignmentsToPost.Any())
{
await SetUpProperties(); //This is called here so AllSpecProcessAssigns is available to find the assignment(s) being sent back to the API.
foreach (var assignment in SpecProcessAssignmentsToPost)
{
var allIds = assignment.Split("-"); //This will be a list of 3 ids: specId, specRevId, specAssignId seperated by a "-"
var specId = int.Parse(allIds[0]);
var specRevId = int.Parse(allIds[1]);
var specAssignId = int.Parse(allIds[2]);
var theSpecProcessAssignToRemove = AllSpecProcessAssigns.FirstOrDefault(i => i.SpecId == specId && i.SpecRevId == specRevId && i.SpecAssignId == specAssignId);
await SpecProcessAssignDataAccess.RemoveReviedNeeded(theSpecProcessAssignToRemove);
}
Message = new PopUpMessageModel()
{
IsMessageGood = true,
Text = "Specification-Process Assignments inactivated successfully"
};
}
await SetUpProperties(); //This is called again to update the ReviewNeeded list because some were just removed based on the stuff above.
return(Page());
}
public async Task <ActionResult> OnPostKeep()
{
if (SpecProcessAssignmentsToPost != null && SpecProcessAssignmentsToPost.Any())
{
await SetUpProperties();
foreach (var assignment in SpecProcessAssignmentsToPost)
{
var allIds = assignment.Split("-"); //This will be a list of 3 ids: specId, specRevId, specAssignId seperated by a "-"
var specId = int.Parse(allIds[0]);
var specRevId = int.Parse(allIds[1]);
var specAssignId = int.Parse(allIds[2]);
var theSpecProcessAssignToRemove = AllSpecProcessAssigns.FirstOrDefault(i => i.SpecId == specId && i.SpecRevId == specRevId && i.SpecAssignId == specAssignId);
await SpecProcessAssignDataAccess.CopyAfterReview(theSpecProcessAssignToRemove);
}
Message = new PopUpMessageModel()
{
IsMessageGood = true,
Text = "Specification-Process Assignments updated with new revisions successfully"
};
return(RedirectToPage("SpecProcessAssignReview", new { aMessage = "Specification-Process Assignments updated with new revisions successfully", isMessageGood = true }));
}
return(RedirectToPage("SpecProcessAssignReview", new { aMessage = "Nothing was selected", isMessageGood = false }));
}
public async Task SetUpProperties()
{
AllNewSpecs = new List <SpecRevModel>();
AllNewProcessRevModel = new List <ProcessRevisionModel>();
AllSpecIds = new List <int>();
var tempSpecProcessAssign = await SpecProcessAssignDataAccess.GetAllHydratedReviewNeededSpecProcessAssign();
AllSpecProcessAssigns = (tempSpecProcessAssign != null) ? tempSpecProcessAssign.ToList() : null;
if (AllSpecProcessAssigns != null)
{
foreach (var specProcessAssign in AllSpecProcessAssigns)
{
if (!AllSpecIds.Contains(specProcessAssign.SpecId))
{
AllSpecIds.Add(specProcessAssign.SpecId);
}
}
foreach (var assign in AllSpecProcessAssigns)
{
//Finding out if the spec is under review because of a spec rev up or a process rev up.
var theNewestSpecRev = (await SpecDataAccess.GetHydratedCurrentRevOfSpec(assign.SpecId)).SpecRevModels.FirstOrDefault();
if (theNewestSpecRev.InternalRev != assign.SpecRevId)
{
assign.IsViable = false;
if (!AllNewSpecs.Contains(theNewestSpecRev))
{
AllNewSpecs.Add(theNewestSpecRev);
}
}
var theNewestProcessRev = await ProcessDataAccess.GetHydratedCurrentProcessRev(assign.ProcessId);
if (theNewestProcessRev.ProcessRevId != assign.ProcessRevId)
{
AllNewProcessRevModel.Add(theNewestProcessRev);
}
}
}
}
public async Task <ActionResult> OnPost()
{
var optionModels = new List <SpecProcessAssignOptionModel>();
if (ChoiceId1 != null)
{
optionModels.Add(new SpecProcessAssignOptionModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
SubLevelSeqId = 1, //TODO: Should this be hard-coded to 1?
ChoiceSeqId = (byte)ChoiceId1
});
}
if (ChoiceId2 != null)
{
optionModels.Add(new SpecProcessAssignOptionModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
SubLevelSeqId = 2, //TODO: Should this be hard-coded to 2?
ChoiceSeqId = (byte)ChoiceId2
});
}
if (ChoiceId3 != null)
{
optionModels.Add(new SpecProcessAssignOptionModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
SubLevelSeqId = 3, //TODO: Should this be hard-coded to 3?
ChoiceSeqId = (byte)ChoiceId3
});
}
if (ChoiceId4 != null)
{
optionModels.Add(new SpecProcessAssignOptionModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
SubLevelSeqId = 4, //TODO: Should this be hard-coded to 4?
ChoiceSeqId = (byte)ChoiceId4
});
}
if (ChoiceId5 != null)
{
optionModels.Add(new SpecProcessAssignOptionModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
SubLevelSeqId = 5, //TODO: Should this be hard-coded to 5?
ChoiceSeqId = (byte)ChoiceId5
});
}
if (ChoiceId6 != null)
{
optionModels.Add(new SpecProcessAssignOptionModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
SubLevelSeqId = 6, //TODO: Should this be hard-coded to 6?
ChoiceSeqId = (byte)ChoiceId6
});
}
var theSpecProcessAssignModel = new Armis.BusinessModels.QualityModels.Spec.SpecProcessAssignModel()
{
SpecId = SpecId,
SpecRevId = SpecInternalRevId,
CustomerId = CustomerId,
ProcessId = ProcessId,
ProcessRevId = ProcessRevId,
SpecProcessAssignOptionModels = optionModels
};
var areChoicesUnique = await SpecProcessAssignDataAccess.VerifyUniqueChoices(SpecId, SpecInternalRevId, CustomerId ?? 0, optionModels);
if (ModelState.IsValid && areChoicesUnique)
{
await SpecProcessAssignDataAccess.PostSpecProcessAssign(theSpecProcessAssignModel);
return(RedirectToPage("/Quality/Specification/SpecProcessAssign", new { aMessage = "Specification-Process assignment saved successfully", isMessageGood = true }));
}
else
{
if (!ModelState.IsValid)
{
Message = new PopUpMessageModel()
{
Text = "Process is required",
IsMessageGood = false
};
await SetUpProperties();
return(Page());
}
else if (!areChoicesUnique)
{
return(RedirectToPage("/Quality/Specification/SpecProcessAssign", new { aMessage = "Another Specificaiton-Process assignment has already been created with those options", isMessageGood = false }));
}
return(RedirectToPage("/Error", new { ExMessage = "An unknown error occured" }));
}
}
public async Task SetUpProperties()
{
var tempSpecProcessAssign = await SpecProcessAssignDataAccess.GetAllActiveHydratedSpecProcessAssigns();
AllSpecProcessAssigns = tempSpecProcessAssign.ToList();
}
