public void Test_RoverProcessorConstructor_when_Ycoordinate_is_outof_FiledArea()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
// act
var roverProcessorUnderTest = new RoverProcessor(1, 7, "N", fieldArea);
}
public void Test_RoverProcessorConstructor_when_Direction_is_incorrect()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
// act
var roverProcessorUnderTest = new RoverProcessor(1, 2, "A", fieldArea);
}
public void Test_RoverProcessorConstructor_when_Xcoordinate_is_negative()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
// act
var roverProcessorUnderTest = new RoverProcessor(-1, 2, "N", fieldArea);
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_MoveRoverForward_ToPositionString()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(3, 3, "E", fieldArea);
string roverPosition = roverProcessorUnderTest.ToPositionString();
Assert.IsNotNull(roverPosition);
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_MoveRoverForward_CheckRoverPositionOutsideField_when_inside_fieldarea()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(1, 2, "E", fieldArea);
roverProcessorUnderTest.ReadRoverCommands("MM");
bool roverPositionOutsideFieldArea = roverProcessorUnderTest.CheckRoverPositionOutsideField();
Assert.IsFalse(roverPositionOutsideFieldArea);
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_when_valid_commandstring_provided()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(1, 2, "N", fieldArea);
String expectedDirection = "N";
// act
string actualDirection = roverProcessorUnderTest.ReadRoverCommands("LRM");
// assert
Assert.AreEqual(expectedDirection, actualDirection);
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_MoveRoverForward()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(1, 2, "N", fieldArea);
var expectedY = 3;
// act
roverProcessorUnderTest.MoveRoverForward();
// assert
NUnit.Framework.Assert.That(roverProcessorUnderTest.RoverPositionY, NUnit.Framework.Is.EqualTo(expectedY));
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_TurnRoverToRight()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(1, 2, "N", fieldArea);
String expectedDirection = "E";
// act
roverProcessorUnderTest.TurnRoverToRight();
// assert
NUnit.Framework.Assert.That(roverProcessorUnderTest.Direction, NUnit.Framework.Is.EqualTo(expectedDirection));
}
public void Test_FieldAreaProcessorConstructor_when_correct_coordinates_provided()
{
// arrange
var expectedX = 5;
var expectedY = 5;
// act
var fieldAreaUnderTest = new FieldAreaProcessor(5, 5);
// asserts
Assert.AreEqual(expectedX, fieldAreaUnderTest.Xcoordinate);
Assert.AreEqual(expectedY, fieldAreaUnderTest.Ycoordinate);
}
public void Test_RoverProcessorConstructor_when_correct_coordinates_provided()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var expectedX = 1;
var expectedY = 2;
var expectedDirection = "N";
// act
var roverProcessorUnderTest = new RoverProcessor(1, 2, "N", fieldArea);
// asserts
Assert.AreEqual(expectedX, roverProcessorUnderTest.RoverPositionX);
Assert.AreEqual(expectedY, roverProcessorUnderTest.RoverPositionY);
Assert.AreEqual(expectedDirection, roverProcessorUnderTest.Direction);
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_MoveRoverForward_RoverTwo()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(3, 3, "E", fieldArea);
String expectedDirection = "E";
int expectedX = 5;
int expectedY = 1;
// act
roverProcessorUnderTest.ReadRoverCommands("MMRMMRMRRM");
// assert
Assert.AreEqual(expectedDirection, roverProcessorUnderTest.Direction);
Assert.AreEqual(expectedX, roverProcessorUnderTest.RoverPositionX);
Assert.AreEqual(expectedY, roverProcessorUnderTest.RoverPositionY);
}
public void Test_RoverProcessorConstructor_ReadRoverCommand_MoveRoverForward_RoverOne()
{
// arrange
var fieldArea = new FieldAreaProcessor(5, 5);
var roverProcessorUnderTest = new RoverProcessor(1, 2, "N", fieldArea);
String expectedDirection = "N";
int expectedX = 1;
int expectedY = 3;
// act
roverProcessorUnderTest.ReadRoverCommands("LMLMLMLMM");
// assert
Assert.AreEqual(expectedDirection, roverProcessorUnderTest.Direction);
Assert.AreEqual(expectedX, roverProcessorUnderTest.RoverPositionX);
Assert.AreEqual(expectedY, roverProcessorUnderTest.RoverPositionY);
}
static void Main(string[] args)
{
try
{
IUnityContainer objectContainer = new UnityContainer();
Console.WriteLine("Input:");
int[] fieldcoordinates = Array.ConvertAll(Console.ReadLine().ToUpper()?.Split(" "), int.Parse) ??
throw new ArgumentNullException("Console.ReadLine().Split(\" \")");
objectContainer.RegisterType <IFieldAreaProcessor, FieldAreaProcessor>();
_fieldArea =
objectContainer.Resolve <FieldAreaProcessor>(GenerateFieldAreaObject(fieldcoordinates));
string[] rover1InitPosition = Console.ReadLine().ToUpper()?.Split(" ") ??
throw new ArgumentNullException("Console.ReadLine().Split(\" \")");
objectContainer.RegisterType <IRoverProcessor, RoverProcessor>();
RoverProcessor rover =
objectContainer.Resolve <RoverProcessor>(GenerateRoverProcessorObject(rover1InitPosition));
rover.ReadRoverCommands(Console.ReadLine().ToUpper());
string[] rover2InitPosition = Console.ReadLine().ToUpper()?.Split(" ") ??
throw new ArgumentNullException("Console.ReadLine().Split(\" \")");
RoverProcessor rover2 = objectContainer.Resolve <RoverProcessor>(
GenerateRoverProcessorObject(rover2InitPosition));
rover2.ReadRoverCommands(Console.ReadLine().ToUpper());
Console.WriteLine(Environment.NewLine);
Console.WriteLine("Output:");
Console.WriteLine(rover.ToPositionString());
Console.WriteLine(rover2.ToPositionString());
Console.WriteLine(Environment.NewLine);
Console.Write("Press <enter> to exit...");
Console.ReadKey();
}
catch (Exception e)
{
Console.WriteLine(e);
Console.WriteLine(Environment.NewLine);
Console.Write("Press <enter> to exit...");
Console.ReadKey();
}
}
public void Test_FieldAreaProcessorConstructor_when_coordinates_are_zero()
{
var fieldAreaUnderTest = new FieldAreaProcessor(0, 0);
}
public void Test_FieldAreaProcessorConstructor_when_Ycoordinate_is_negative()
{
var fieldAreaUnderTest = new FieldAreaProcessor(5, -5);
}
static Program()
{
_fieldArea = null;
}
