public void Should_setup_competition()
{
var competitionData = new InputCompetitionDataDTO
{
ArenaBottomLeftCoords = new ArenaCoordinatesDTO {
X = "0", Y = "0"
},
ArenaUpperRightCoords = new ArenaCoordinatesDTO {
X = "5", Y = "5"
}
};
arenaFactoryMock.Setup(m => m.GetArenaCoordinates()).Returns(new ArenaCoordinates());
gameConsole.SetUpCompetition(competitionData);
battleArenaMock.Verify(a => a.SetUpArena(It.IsAny <IArenaCoordinates>(), It.IsAny <IArenaCoordinates>()), Times.Once);
battleArenaMock.Verify(a => a.DeployRobots(It.IsAny <IList <IRobot> >()), Times.Once);
navigationSystemMock.Verify(ns => ns.ConnectNavigationSystemToBattleArena(It.IsAny <IBattleArena>()), Times.Once);
}
public void Should_start_competition()
{
var competitionData = new InputCompetitionDataDTO
{
ArenaBottomLeftCoords = new ArenaCoordinatesDTO {
X = "0", Y = "0"
},
ArenaUpperRightCoords = new ArenaCoordinatesDTO {
X = "5", Y = "5"
},
RobotsToDeploy = new List <InputRobotDTO> {
new InputRobotDTO
{
Id = 1,
BattleMoves = new List <string> {
"L", "M"
},
StartHeadingDirection = "N",
StartLocation = new ArenaCoordinatesDTO {
X = "1", Y = "2"
}
}
}
};
robotFactoryMock.Setup(r => r.GetRobot()).Returns(new Robot(new Compass())
{
Position = new RobotPosition(), BattleMoves = new List <RobotMove>()
});
arenaFactoryMock.Setup(a => a.GetArenaCoordinates()).Returns(new ArenaCoordinates());
gameConsole.SetUpCompetition(competitionData);
gameConsole.StartCompetition();
consoleMock.Verify(c => c.WriteLine(It.Is <string>(t => t.Equals(">>> Competition started"))), Times.Exactly(1));
consoleMock.Verify(c => c.WriteLine(It.Is <string>(t => t.Equals(">>> Robot # {0} is moving")), It.Is <int>(id => id == 1)), Times.Exactly(1));
navigationSystemMock.Verify(ns => ns.MoveRobot(It.Is <int>(id => id == 1), RobotMove.L), Times.Exactly(1));
navigationSystemMock.Verify(ns => ns.MoveRobot(It.Is <int>(id => id == 1), RobotMove.M), Times.Exactly(1));
consoleMock.Verify(c => c.WriteLine(It.Is <string>(t => t.Equals(">>> Robot # {0} finished")), It.Is <int>(id => id == 1)), Times.Exactly(1));
}
public void Start(InputCompetitionDataDTO competitionData)
{
if (competitionData != null)
{
try
{
_gameConsole.SetUpCompetition(competitionData);
_gameConsole.StartCompetition();
_gameConsole.EndCompetition();
_gameConsole.VisualizeCompetitionResults();
}
catch (Exception ex)
{
_console.WriteLine("Error. See logs for details.");
_logWriter.LogError("Error in competition process", ex);
}
}
else
{
_logWriter.LogErrorFormat("Cannot start competition, input data is null");
}
}
private static InputCompetitionDataDTO ReadInputCompetitionData()
{
var console = serviceContainer.GetInstance <IConsoleWrapper>();
var inputData = new InputCompetitionDataDTO();
var defaultArenaBottomLeftCoords = "0 0";
inputData.ArenaBottomLeftCoords.TryParseInputCoords(defaultArenaBottomLeftCoords);
console.Write(">>> Enter upper-right coordinates of the arena in the format [X Y] (e.g: 5 5): ");
inputData.ArenaUpperRightCoords.TryParseInputCoords(console.ReadArenaUpperRightCoords());
int robotIx = 1;
bool enterNextRobotToDeploy = true;
while (enterNextRobotToDeploy)
{
var robotToDeploy = new InputRobotDTO {
Id = robotIx
};
console.WriteLine(">>> Enter robot # {0} configuration", robotIx);
console.Write(">>> robot's position and orientation in the format [X Y Orientation:[N,S,E,W]] (e.g: 1 2 N): ");
robotToDeploy.TryParseInputLocationAndHeadingDirection(console.ReadRobotLocationAndHeadingDirection());
console.Write(">>> robot's battle moves in the format [M1M2...Mn, where Mn:[L,R,M]] (e.g: LMLMLM): ");
robotToDeploy.TryParseInputBattleMoves(console.ReadRobotBattleMoves());
console.Write("Enter next robot to deploy [Y/N]?: ");
var proceed = console.ReadLine();
enterNextRobotToDeploy = proceed != null && proceed.Equals("Y", StringComparison.InvariantCultureIgnoreCase);
inputData.RobotsToDeploy.Add(robotToDeploy);
robotIx++;
}
return(inputData);
}