public void SizeOfArenaSetterAndGetter(string sizeOfArena)
{
var inputDataBuffer = new InputDataBuffer();
inputDataBuffer.SetSizeOfArena(sizeOfArena);
Assert.Equal(sizeOfArena, inputDataBuffer.GetSizeOfArena());
}
public static void GivenExampleIntput_RetursCorrectOutput()
{
var inputData = new InputDataBuffer();
inputData.SetSizeOfArena("5 5");
inputData.AddInitialPositionAndOrientation("1 2 N");
inputData.AddCommandStream("LMLMLMLMM");
inputData.AddInitialPositionAndOrientation("3 3 E");
inputData.AddCommandStream("MMRMMRMRRM");
int nrOfRobots = inputData.NrOfRobots;
var mineRovers = new MineRovers(nrOfRobots);
var inputConsumer = new ConsumeInputPhaseExecutor(inputData, mineRovers);
inputConsumer.Run();
for (int robotIndex = 0; robotIndex < nrOfRobots; robotIndex++)
{
var robotActionExecutor = new RobotActionExecutor(mineRovers.Robots[robotIndex],
mineRovers.CommandStreams[robotIndex],
mineRovers.arena);
robotActionExecutor.ExecuteAllActions();
}
string[] resultOutputs = new string[2];
for (int robotIndex = 0; robotIndex < nrOfRobots; robotIndex++)
{
int[] finalPosition = mineRovers.Robots[robotIndex].GetPosition();
char finalOrientation = mineRovers.Robots[robotIndex].GetOrientationAsChar();
resultOutputs[robotIndex] = finalPosition[0] + " " + finalPosition[1] + " " + finalOrientation;
}
string[] expectedOutputs = { "1 3 N", "5 1 E" };
for (int i = 0; i < nrOfRobots; i++)
{
Assert.Equal(expectedOutputs[i], resultOutputs[i]);
}
}