protected override IUnitsModel GetModel()
{
IFunctionCollection collection = ProfilingViewModel.Application.ServiceContainer.Resolve <IFunctionCollection>();
FunctionsModel model = new FunctionsModel(collection);
return(model);
}
public ActionResult Results()
{
FunctionsModel model = new FunctionsModel();
model.PrintNumbersReturn = GetPrintNumbersReturn();
model.squaredReturn = GetFunctionSquaredReturn();
model.fibonacciReturn = GetFibonacciReturn();
return(View(model));
}
public FunctionsModel InsertIndentedFunction(string orgCode, int eventID, int functionID, string functionDescription, string statusCode, string coordinator)
{
var myFunction = new FunctionsModel
{
OrganizationCode = orgCode,
EventID = eventID,
Description = functionDescription,
StatusCode = statusCode,
StartDate = System.DateTime.Now,
EndDate = System.DateTime.Now.AddDays(1),
Coordinator = coordinator
};
return(APIUtil.InsertIndentedFunction(USISDKClient, functionID, myFunction));
}
public FunctionsModel AddWithUserFields(string orgCode, int eventID, int functionID, string statusCode, string issueType, int newUserNumber03)
{
var myFunction = new FunctionsModel
{
OrganizationCode = orgCode,
EventID = eventID,
StatusCode = statusCode,
StartDate = System.DateTime.Now,
EndDate = System.DateTime.Now.AddDays(1)
};
//Here's how to add a user field set with values to a new function
myFunction.FunctionUserFieldSets = new List <UngerboeckSDKPackage.UserFields>();
UngerboeckSDKPackage.UserFields myUserField = new UngerboeckSDKPackage.UserFields();
//Note that class is always EventSales (C) and is automatically set in Ungerboeck.
myUserField.Type = issueType; //Use the Opportunity Type code from your user field. This matches the value stored in Ungerboeck table column CR073_ISSUE_TYPE.
myUserField.UserNumber03 = newUserNumber03; //Set the value in the user field property
myFunction.FunctionUserFieldSets.Add(myUserField); //Then add it back into the EventModel object. You can add multiple user field sets to the same event object before saving.
return(APIUtil.InsertAfterFunction(USISDKClient, functionID, myFunction)); //You can also use APIUtil.InsertIndentedFunction()
}
public IActionResult Edit(double squareFunctionLowerBound, double squareFunctionUpperBound, double squareFunctionInterval)
{
// deliberately commiting the fat controller antipattern
var functions = new FunctionsModel();
// wasting a bit of performance
for (int i = 0; i < 10000; i++)
{
var x = squareFunctionLowerBound;
var interval = squareFunctionInterval >= 0 ? squareFunctionInterval : 1.0;
var upper = squareFunctionUpperBound >= squareFunctionLowerBound ? squareFunctionUpperBound : squareFunctionLowerBound;
var list = new List <Tuple <double, double> >();
while (x <= squareFunctionUpperBound)
{
list.Add(new Tuple <double, double>(x, Math.Pow(x, 2)));
x += interval;
}
functions.SquareFunctionInterval = squareFunctionInterval;
functions.SquareFunctionLowerBound = squareFunctionLowerBound;
functions.SquareFunctionUpperBound = squareFunctionUpperBound;
functions.Values = list;
// wasting more performance
try
{
throw new Exception($"Blah {i}");
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
return(View(functions));
}
public IActionResult Edit()
{
var functions = new FunctionsModel();
return(View(functions));
}
