public void EditDeficitForWeightStep(string codTaskExecutorOn, DeficitForWeightStep c)
{
if (ModelState.IsValid)
{
try
{
{
var taskEstimatedOn = taskExecutorRepository.GetSingleEstimatedOn(codTaskExecutorOn);
var taskExecutor = taskExecutorRepository.GetSingle(taskEstimatedOn.CodTaskExecutor);
//look for to=0 from=0
var chkStep = taskEstimatedOn.steps.OfType<DeficitForWeightStep>().FirstOrDefault(x => x.IdStep == c.IdStep);
c.TimeStampTable = DateTime.Now;
if (chkStep != null)
{
chkStep.FromUnit = c.FromUnit;
chkStep.ToUnit = c.ToUnit;
chkStep.DeficitRate = c.DeficitRate;
//new line!!!
taskExecutorRepository.EditSingleStep(chkStep);
taskExecutorRepository.Save();
}
else
{
taskEstimatedOn.steps.Add(c);
}
GenEmptyStep(taskExecutor);
taskExecutorRepository.Edit(taskExecutor);
taskExecutorRepository.Save();
}
}
catch (Exception ex)
{
ModelState.AddModelError(string.Empty, "Something went wrong. Message: " + ex.Message);
}
}
//view name is needed for reach right view because to using more than one submit we have to use "Action" in action method name
ViewBag.ActionMethod = "EditDeficitForWeightStep";
// return View("EditDeficitForWeightStep", c);
}
//SAREBBE MEGLIO FARE IL POLIMORFISMO A SECONDA DEL TASKEXECUTOR
private void GenEmptyStep(TaskExecutor taskExecutor)
{
taskExecutor = taskExecutorRepository.GetSingle(taskExecutor.CodTaskExecutor);
foreach (var tskEst in taskExecutor.SetTaskExecutorEstimatedOn)
{
Step newStep;
//look for to=0 from=0
newStep = tskEst.steps.OfType<AvarageRunPerRunStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new AvarageRunPerRunStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<DeficitForWeightStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new DeficitForWeightStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<DeficitOnCostForWeightStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new DeficitOnCostForWeightStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<BindingAvarageRunPerRunStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new BindingAvarageRunPerRunStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<BindingCostPerRunStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new BindingCostPerRunStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<CostPerMqStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new CostPerMqStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<CostPerRunStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new CostPerRunStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<CostPerColorStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new CostPerColorStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<CostPerRunStepBW>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new CostPerRunStepBW();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
//look for to=0 from=0
newStep = tskEst.steps.OfType<BindingAvarageRunPerRunStep>().FirstOrDefault(x => x.FromUnit == 9999999999 && x.ToUnit == 9999999999);
if (newStep == null)
{
newStep = new BindingAvarageRunPerRunStep();
newStep.FromUnit = 9999999999;
newStep.ToUnit = 9999999999;
newStep.CodTaskEstimatedOn = tskEst.CodTaskEstimatedOn;
newStep.TimeStampTable = DateTime.Now;
tskEst.steps.Add(newStep);
}
}
taskExecutorRepository.Edit(taskExecutor);
taskExecutorRepository.Save();
}