protected override string Solve2(IEnumerable <string> inputs)
{
var cpu = ServiceProvider.GetRequiredService <IntCodeCpu>();
var program = inputs.First().ToProgram();
var minutes = 0;
var maze = ReadFile().Select(x => new MazeMovementOption(x.Split(","))).ToList();
var hasOxygen = maze.Where(x => x.TileType == MazeTileType.Goal).ToList();
while (hasOxygen.Any(x => x.Resolved == 0))
{
foreach (var tile in hasOxygen.Where(x => x.Resolved == 0).ToList())
{
foreach (var neighbor in MazeWalker.GetNeighbors(tile.Position, maze))
{
if (neighbor.TileType == MazeTileType.Empty)
{
tile.Resolved = minutes;
hasOxygen.Add(neighbor);
}
}
}
minutes++;
}
MazeWalker.Render(maze);
var result = maze.Max(x => x.Resolved);
return(result.ToString());
}
public void move_eastTest()
{
List <List <string> > maze = generatemaze();
MazeWalker walker = new MazeWalker(1, 1, Direction.East);
Assert.IsTrue(walker.move_east(maze));
walker.X = 2;
walker.Y = 1;
Assert.IsFalse(walker.move_east(maze));
}
public void move_westTest()
{
List <List <string> > maze = generatemaze();
MazeWalker walker = new MazeWalker(2, 2, Direction.West);
Assert.IsTrue(walker.move_west(maze));
walker.X = 1;
walker.Y = 2;
Assert.IsFalse(walker.move_west(maze));
}
public void move_southTest()
{
List <List <string> > maze = generatemaze();
MazeWalker walker = new MazeWalker(1, 1, Direction.South);
Assert.IsTrue(walker.move_south(maze));
walker.X = 1;
walker.Y = 2;
Assert.IsFalse(walker.move_south(maze));
}
public void move_northTest()
{
List <List <string> > maze = generatemaze();
MazeWalker walker = new MazeWalker(2, 2, Direction.North);
Assert.IsTrue(walker.move_north(maze));
walker.X = 2;
walker.Y = 1;
Assert.IsFalse(walker.move_north(maze));
}
protected override string Solve(IEnumerable <string> inputs)
{
var program = inputs.First().ToProgram();
var cpu = ServiceProvider.GetRequiredService <IntCodeCpu>();
var maze = new MazeWalker(cpu, program);
maze.Run().Render();
var data = new StringBuilder();
foreach (var tile in maze.Tiles.Values.OrderBy(x => x.Position.X).ThenBy(x => x.Position.Y))
{
data.AppendLine($"{tile.Position.X},{tile.Position.Y},{tile.TileType}");
}
SaveToFile(data.ToString());
return("Maze Rendered");
}
public async Task Walk_AllPossibleDirections_SuccessfullyPosted()
{
Guid mazeId = Guid.NewGuid();
Path path = new Path
{
MazeId = mazeId,
Source = new Point(3, 3),
Destination = new Point(3, 4),
Steps = new List <Point>
{
new Point(3, 4),
new Point(4, 4),
new Point(4, 3),
new Point(3, 3),
new Point(3, 3),
}
};
Mock <IPonyAPIClient> mockPonyAPI = new Mock <IPonyAPIClient>();
Mock <IMazeFactory> mockMazeFactory = new Mock <IMazeFactory>();
var directions = new List <string>();
mockPonyAPI.Setup(m => m.PostStep(mazeId, Capture.In(directions)));
Maze maze = CreateMaze(width: 15,
height: 15,
difficulty: 10,
ponyPosition: new Point(-1, -1),
endPoint: path.Destination,
monsterPosition: new Point(10, 10)
);
maze.MazeId = mazeId;
mockMazeFactory.Setup(m => m.FromID(mazeId)).ReturnsAsync(maze);
mazeWalker = new MazeWalker(mockPonyAPI.Object, mockMazeFactory.Object);
await mazeWalker.Walk(path);
Assert.AreEqual(new[] { "south", "east", "north", "west", "stay" }, directions);
}
public void Descend()
{
depth += 1;
if (maze != null)
{
maze.OnChange -= new Maze.ChangeHandler(passalongHandler);
}
maze = MazeFactory.MakeMaze(30, 30, depth);
maze.OnChange += new Maze.ChangeHandler(passalongHandler);
if (walker != null)
{
walker.OnChange -= new MazeWalker.ChangeHandler(passalongHandler);
}
walker = new MazeWalker(maze[random.Next(maze.Width), random.Next(maze.Height)]);
walker.OnChange += new MazeWalker.ChangeHandler(passalongHandler);
if (this.OnChange != null)
{
this.OnChange(this);
}
}
public async Task Walk_WithMonster_MonsterAvoided()
{
// Arrange
/* Maze with Endpoint and Monster with this positions:
* ----|D
* P
* ----
* |E
*
* For the test, the monster will only move when P is about to cross.
*/
Maze maze = CreateMaze(width: 15,
height: 15,
difficulty: 10,
ponyPosition: new Point(1, 2),
endPoint: new Point(5, 3),
monsterPosition: new Point(5, 1),
walls: new List <Point>
{
new Point(2, 1),
new Point(2, 3),
new Point(3, 1),
new Point(3, 3),
new Point(4, 1),
new Point(4, 3),
new Point(5, 0),
new Point(5, 4),
}
);
Path path = new Path
{
MazeId = maze.MazeId,
Source = maze.Pony.Position,
Destination = maze.EndPoint,
Steps = new List <Point>
{
new Point(2, 2),
new Point(3, 2),
new Point(4, 2),
new Point(5, 2),
new Point(5, 3),
}
};
Mock <IPonyAPIClient> mockPonyAPI = new Mock <IPonyAPIClient>();
Point monsterRightOfPony = new Point(maze.Domokun.Position.X, maze.Domokun.Position.Y + 1);
Point monsterOnTopOfPony = new Point(maze.Domokun.Position.X - 1, maze.Domokun.Position.Y + 1);
Point monsterLeftOfPony = new Point(maze.Domokun.Position.X - 2, maze.Domokun.Position.Y + 1);
MovingMonsterMazeFactory mazeFactory = new MovingMonsterMazeFactory(maze, new List <Point>
{
maze.Domokun.Position,
maze.Domokun.Position,
maze.Domokun.Position,
maze.Domokun.Position,
// Domokun starts walking
monsterRightOfPony,
monsterOnTopOfPony,
// Domokun goes back, pony shoud wait more
monsterRightOfPony,
monsterOnTopOfPony,
// Domokun goes past the pony
monsterLeftOfPony,
monsterLeftOfPony,
monsterLeftOfPony,
});
var directions = new List <string>();
mockPonyAPI.Setup(m => m.PostStep(maze.MazeId, Capture.In(directions)));
mazeWalker = new MazeWalker(mockPonyAPI.Object, mazeFactory);
// Act
await mazeWalker.Walk(path);
// Assert
Assert.AreEqual(new[] { "east", "east", "east", "stay", "stay", "stay", "stay", "stay", "east", "south" }, directions);
}
