public OvalTimeDifferenceBuilder(OvalLocalVariableBuilder localVariableBuilder)
{
this.timeDifference = new TimeDifferenceFunctionType();
// the oval schema constraints
this.timeDifference.Items = new object[2];
this.localVariableBuilder = localVariableBuilder;
}
private LocalVariableComponent CreateTimeDifferenceComponent(object component, VariableType localVariable)
{
TimeDifferenceFunctionType timeDifferenceType = (TimeDifferenceFunctionType)component;
TimeDifferenceFunctionComponent timeDifferenceComponent = new TimeDifferenceFunctionComponent(timeDifferenceType);
for (int i = 0; i < timeDifferenceType.Items.Count(); i++)
{
LocalVariableComponent variableComponent = this.InstantiateTheCorrectTypeOfComponent(timeDifferenceType.Items[i], localVariable);
timeDifferenceComponent.AddComponent(variableComponent);
}
return(timeDifferenceComponent);
}
public void Should_be_possible_to_instantiate_an_TimeDifferenceFunctionComponent()
{
var function = new TimeDifferenceFunctionType()
{
Items = new object[] { new ObjectComponentType(), new ObjectComponentType() }
};
var localVariable = new VariablesTypeVariableLocal_variable()
{
Item = function
};
var factory = new LocalVariableComponentsFactory(null, null);
var variableComponent = factory.GetLocalVariableComponent(localVariable);
Assert.IsInstanceOfType(variableComponent, typeof(TimeDifferenceFunctionComponent));
Assert.IsTrue(((TimeDifferenceFunctionComponent)variableComponent).QuantityOfComponents() == 2, "the quantity of component is not expected");
}
public TimeDifferenceFunctionComponent(TimeDifferenceFunctionType timeDifferenceFunctionType)
{
this.timeDifferenceFunctionType = timeDifferenceFunctionType;
}
public TimeDifferenceFunctionComponent(TimeDifferenceFunctionType timeDifferenceFunctionType)
{
this.timeDifferenceFunctionType = timeDifferenceFunctionType;
}
