public void should_update_calculation_methods_with_2pores_calcmethods()
{
ModelProperties modelProperties2Pores = sut.DefaultFor(_originData, CoreConstants.Model.TwoPores);
foreach (var calcMethod in modelProperties2Pores.AllCalculationMethods())
{
_updatedProperties.ContainsCalculationMethod(calcMethod.Name).ShouldBeTrue();
}
}
public ModelProperties Update(ModelProperties oldModelProperties, ModelProperties newModelProperties, OriginData originData)
{
if (oldModelProperties == null)
{
UpdateCategoriesIn(newModelProperties, originData);
return(newModelProperties);
}
var oldModelConfig = oldModelProperties.ModelConfiguration;
var newModelConfig = newModelProperties.ModelConfiguration;
//same species and same model=>we can return the old one
if (areCompatible(oldModelConfig, newModelConfig))
{
UpdateCategoriesIn(oldModelProperties, originData);
return(oldModelProperties);
}
//in that case. Try to update as much CM as we can
foreach (var calculationMethod in newModelProperties.AllCalculationMethods().ToList())
{
string category = calculationMethod.Category;
var oldCalculationMethod = oldModelProperties.CalculationMethodFor(category);
var newCategory = newModelConfig.CalculationMethodCategories.FindByName(category);
if (oldCalculationMethod == null || !newCategory.AllItems().Contains(oldCalculationMethod))
{
continue;
}
newModelProperties.RemoveCalculationMethod(calculationMethod);
newModelProperties.AddCalculationMethod(oldCalculationMethod);
}
return(newModelProperties);
}
private void updateModelProperties(ModelProperties modelProperties)
{
_view.UpdateModelImage(selectedModelConfiguration.ModelName);
updateCalculationMethods(modelProperties.AllCalculationMethods());
}
public void AddModelParametersTo <TContainer>(TContainer parameterContainer, OriginData originData, ModelProperties modelProperties, IFormulaCache formulaCache) where TContainer : IContainer
{
addParametersTo(parameterContainer, originData, modelProperties.AllCalculationMethods().Select(cm => cm.Name), param => true, formulaCache);
}
public void should_return_a_model_properties_configured_with_the_selected_calculation_methods()
{
_result.AllCalculationMethods().ShouldOnlyContain(_cm1, _cm2);
}
public void should_return_a_model_properties_containing_the_default_calculation_method_for_the_species()
{
_result.AllCalculationMethods().ShouldOnlyContainInOrder(_cm1, _cm2);
}
public void should_return_the_later_model_propertie_and_try_to_update_the_common_properties()
{
_result.ShouldBeEqualTo(_newModelProperties);
_result.AllCalculationMethods().ShouldContain(_c1);
_result.AllCalculationMethods().ShouldContain(_c3);
}
public void should_return_the_former_model_propertie_without_changing_any_selected_calculation_method()
{
_result.ShouldBeEqualTo(_oldModelProperties);
_result.AllCalculationMethods().ShouldContain(_c1);
}