/// <summary>
/// This constructor assign SpecCalculator, create Ports, Parameters and Results and call their initialize method
/// </summary>
/// <paramCollection name="specCalculator">the specification calculate class</paramCollection>
/// <paramCollection name="className">name of this unit operation</paramCollection>
/// <paramCollection name="description">description of this unit operation</paramCollection>
public CasterUnitOperationBase(Calculator specCalculator, string className, string description)
: base(className, description, true, true)
{
CasterLogger.Debug($"UnitOperation {className} Initializing.");
Debug.WriteLine($"UnitOperation {className} Initializing.");
this.SpecCalculator = specCalculator;
SpecCalculator.UnitOp = this;
Isloaded = false;
UnitId = Guid.NewGuid().ToString("B");
Ports = new CapeCollection("Ports",
"In and Out ports of this unit.",
(item) => item is ICapeUnitPort);
Parameters = new CapeCollection("Parameters",
"User input Parameters of this unit.",
(item) =>
item is ICapeParameter &&
(item as ICapeParameter).Mode != CapeParamMode.CAPE_OUTPUT);
Results = new CapeCollection("Results",
"Calculate Results, output Parameters.",
(item) =>
item is ICapeParameter &&
(item as ICapeParameter).Mode != CapeParamMode.CAPE_INPUT);
Reports = new List <ReportBase>();
CasterLogger.Debug("UnitOperation Initialize Completed.");
Debug.WriteLine("UnitOperation Initialize Completed.");
}
public static void CapeCollectionTest(TestContext context)
{
collection = new CapeCollection("collection", "a collection used to test");
Assert.AreEqual(collection.ComponentName, "collection");
Assert.AreEqual(collection.ComponentDescription, "a collection used to test");
}
void CasterFlash_OnGetPorts(CapeCollection ports)
{
int emptyPort = 0;
foreach (var pair in ports)
{
if (!pair.Value.ComponentName.StartsWith("feed"))
{
continue;
}
CapeMaterialPort port = (CapeMaterialPort)pair.Value;
if (!port.IsConnected())
{
emptyPort++;
}
//if (emptyPort > 1) //This will cause load fail in Aspen
//{
// Ports.Remove(pair);
// emptyPort--;
//}
}
if (emptyPort == 0)
{
int i = 0;
while (ports.Contains("feed-" + i))
{
i++;
}
ports.Add(new CapeMaterialPort("feed-" + i, CapePortDirection.CAPE_INLET));
}
}
public void GetInstanceTest()
{
CapeCollection c1 = new CapeCollection("collection1");
CasterLocator.Register(c1);
Assert.AreSame(c1, CasterLocator.GetInstance("collection1"));
}
public void UnRegisterTest1()
{
CapeCollection c1 = new CapeCollection("collection1");
CasterLocator.Register(c1);
CasterLocator.UnRegister(c1);
Assert.AreEqual(0, CasterLocator.Keys.Count());
}
public void CloneTest()
{
CapeCollection newCollection = collection.Clone() as CapeCollection;
collection[0].ComponentDescription = "second";
Assert.AreEqual("", newCollection[0].ComponentDescription);
collection.Remove("real");
Assert.AreEqual("real", newCollection[0].ComponentName);
}
/// <summary>
///
/// </summary>
/// <paramCollection name="unit">reference to unit, just to get its name for now</paramCollection>
/// <paramCollection name="Parameters">Parameters, better be a clone</paramCollection>
/// <paramCollection name="results">results</paramCollection>
public ParameterWindow(CasterUnitOperationBase unit, CapeCollection parameters, CapeCollection results)
{
InitializeComponent();
treeViewItem.Header = unit.ComponentName;
this.ViewModel = new MainViewModel();
this.ViewModel.SetBinding(parameters, results);
this.Paramlst.ItemsSource = ViewModel.Parameters.ToArray();
this.Resultlst.ItemsSource = ViewModel.Results;
treeViewItem.Focus();
}
public void SetBinding(CapeCollection parameters, CapeCollection results)
{
this.Parameters = new ObservableCollection <ParameterModel>();
this.Results = new ObservableCollection <ParameterModel>();
foreach (var parameter in parameters)
{
this.Parameters.Add(new ParameterModel(parameter.Value as CapeParameterBase));
}
foreach (var result in results)
{
this.Results.Add(new ParameterModel(result.Value as CapeParameterBase));
}
}
