public void when_the_input_amount_sides_is_higer_than_one_and_is_not_separated_by_comma__then_it_should_throw_exception()
{
InputDto inputDto = new InputDto("triangle", "perimeter", "2.5:3");
ControllerShape controllerShape = new ControllerShape(inputDto);
controllerShape.getCalculatedValue();
}
public void when_the_input_operation_name_is_not_correct_then_it_should_throw_exception()
{
InputDto inputDto = new InputDto("square", "ratio", "2.5");
ControllerShape controllerShape = new ControllerShape(inputDto);
controllerShape.getCalculatedValue();
}
public void when_the_input_amount_sides_is_not_correct_then_it_should_throw_exception()
{
InputDto inputDto = new InputDto("square", "area", "2.5,4");
ControllerShape controllerShape = new ControllerShape(inputDto);
controllerShape.getCalculatedValue();
}
public void when_the_input_is_correct_then_it_should_return_double_value()
{
InputDto inputDto = new InputDto("square", "area", "2.5");
ControllerShape controllerShape = new ControllerShape(inputDto);
double valueResponse = controllerShape.getCalculatedValue();
Assert.IsNotNull(valueResponse);
}
static void Main(string[] args)
{
Console.WriteLine("Enter the value of the shape:");
string shapeName = Console.ReadLine();
Console.WriteLine("Enter the values of the sides, " +
"separated by comma if it's necessary(square:1, rectangle:2, triangle:3):");
string sideValues = Console.ReadLine();
Console.WriteLine("Enter the operation:");
string operation = Console.ReadLine();
InputDto inputDto = new InputDto(shapeName, operation, sideValues);
ManageInput manageInput = new ControllerShape(inputDto);
OutputDto response = manageInput.execute();
ManageOutput manageOutput = new PresenterResponse();
manageOutput.execute(response);
}
public void when_the_input_is_not_correct_then_it_should_return_an_error_response()
{
OutputDto expectedOutput = new OutputDto(
"squar",
ApplicationConstants.Operation.AREA,
0,
ApplicationConstants.Status.ERROR,
"The name of the shape is not valid");
InputDto inputDto = new InputDto("squar", "area", "2");
ManageInput manageInput = new ControllerShape(inputDto);
OutputDto response = manageInput.execute();
Assert.IsNotNull(response);
Assert.AreEqual(expectedOutput.Shape, response.Shape);
Assert.AreEqual(expectedOutput.Operation, response.Operation);
Assert.AreEqual(expectedOutput.ResponseStatus, response.ResponseStatus);
Assert.AreEqual(expectedOutput.ValueResponse, response.ValueResponse);
Assert.AreEqual(expectedOutput.Message, response.Message);
}
public void when_the_input_is_correct_then_it_should_return_a_successfull_response()
{
OutputDto expectedOutput = new OutputDto(
ApplicationConstants.ShapeName.SQUARE,
ApplicationConstants.Operation.AREA,
4,
ApplicationConstants.Status.SUCCESS,
"Operation ran successfully");
InputDto inputDto = new InputDto("square", "area", "2");
ManageInput manageInput = new ControllerShape(inputDto);
OutputDto response = manageInput.execute();
Assert.IsNotNull(response);
Assert.AreEqual(expectedOutput.Shape, response.Shape);
Assert.AreEqual(expectedOutput.Operation, response.Operation);
Assert.AreEqual(expectedOutput.ResponseStatus, response.ResponseStatus);
Assert.AreEqual(expectedOutput.ValueResponse, response.ValueResponse);
Assert.AreEqual(expectedOutput.Message, response.Message);
}
private void _addControllerShapeToList(ControllerShape controllerShape, List<ControllerShape> list)
{
if (controllerShape != null)
list.Add(controllerShape);
}
private void _addControllerShapeToControllerMap(ControllerShape controllerShape, Dictionary<IOutputDevice, ControllerShape> map)
{
if (controllerShape.Controller == null) {
Logging.Error("null controller");
return;
}
if (map.ContainsKey(controllerShape.Controller))
Logging.Warn("Adding filter to map, but it already exists");
map[controllerShape.Controller] = controllerShape;
}
private void _updateControllerShapeFromOutputSet(ControllerShape controllerShape, HashSet<int> outputs)
{
List<int> sortedOutputs = new List<int>(outputs);
sortedOutputs.Sort();
foreach (int outputIndex in sortedOutputs) {
OutputShape oldShape = controllerShape.ChildFilterShapes.Cast<OutputShape>()
.Where(x => x.Controller == controllerShape.Controller && x.OutputIndex == outputIndex).FirstOrDefault();
if (oldShape != null) {
_addOutputShapeToList(oldShape, _outputShapes);
} else {
_CreateOutputShape(controllerShape, outputIndex);
}
}
foreach (OutputShape outputShape in controllerShape.ChildFilterShapes.Cast<OutputShape>().Where(x => !outputs.Contains(x.OutputIndex)).ToArray()) {
controllerShape.ChildFilterShapes.Remove(outputShape);
_RemoveShapeFromDiagram(outputShape, false);
}
// sort the nested shapes of the outputs in the controller shape; the list above has them in order, but the list of shapes might not
controllerShape.ChildFilterShapes.Sort(delegate (FilterSetupShapeBase a, FilterSetupShapeBase b)
{
OutputShape osa = a as OutputShape;
OutputShape osb = b as OutputShape;
if (a == null || b == null)
return 0;
return osa.OutputIndex.CompareTo(osb.OutputIndex);
});
}
private OutputShape _CreateOutputShape(ControllerShape controllerShape, int outputIndex)
{
OutputShape outputShape = _MakeOutputShape(controllerShape.Controller, outputIndex);
_addOutputShapeToList(outputShape, _outputShapes);
controllerShape.ChildFilterShapes.Add(outputShape);
return outputShape;
}
