public void BuildEstablismentNullVertexException()
{
var player = new Mock<IPlayer>();
var board = new Board(builder);
Assert.Throws<ArgumentNullException>(() => board.BuildEstablishment(null, player.Object));
}
public void GetLongestRoadTest(IEnumerable<EdgeCoordinate> coordinates, int expectedResult)
{
var board = new Board(builder);
var player1 = new Mock<IPlayer>();
player1.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
//Carefull with setup, all roads should be connected to those 2 establishments
var vertex1 = builder.Vertices.First(t => t.X == 0 && t.Y == 0 && t.Side == VertexTileSide.Left);
var vertex2 = builder.Vertices.First(t => t.X == 2 && t.Y == 0 && t.Side == VertexTileSide.Left);
board.BuildEstablishment(vertex1, player1.Object);
board.BuildEstablishment(vertex2, player1.Object);
foreach (var coordinate in coordinates)
{
var edge = board.FindEdge(coordinate.X, coordinate.Y, coordinate.Side);
board.BuildRoad(edge, player1.Object);
}
var result = board.GetLongestRoad(player1.Object);
Assert.Equal(expectedResult, result.Count());
}
public void ExpectAllHarborsToReturnIfAdjacent()
{
var board = new Board(builder);
var result = new List<IHarbor>();
foreach (var harbor in board.Harbors)
{
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
IVertex vertex = board.Vertices.First(v => v.IsAdjacentTo(harbor.Edge));
board.BuildEstablishment(vertex, player.Object);
result.AddRange(board.GetHarbors(player.Object));
}
Assert.Equal(board.Harbors, result);
}
public void GetPlayersGivesNoDuplicates()
{
var board = new Board(builder);
var player1 = new Mock<IPlayer>();
player1.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var tile = builder.Tiles.First(t => t.X == 1 && t.Y == 1);
var vertex1 = board.Vertices.First(v => v.IsAdjacentTo(tile) && v.Side == VertexTileSide.Left && v.X == 1 && v.Y == 1);
var vertex2 = board.Vertices.First(v => v.IsAdjacentTo(tile) && v.Side == VertexTileSide.Right && v.X == 1 && v.Y == 1);
board.BuildEstablishment(vertex1, player1.Object);
board.BuildEstablishment(vertex2, player1.Object);
var players = board.GetPlayers(tile);
Assert.Equal(new[] { player1.Object }, players);
}
public void GetEstablismentsWillReturnAllEstablismentOnATile()
{
var board = new Board(builder);
var vertex1 = board.Vertices.Single(v => v.X == -1 && v.Y == 1 && v.Side == VertexTileSide.Right);
var vertex2 = board.Vertices.Single(v => v.X == -1 && v.Y == 1 && v.Side == VertexTileSide.Left);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
//add an establisment
var establisment1 = board.BuildEstablishment(vertex1, player.Object);
var establisment2 = board.BuildEstablishment(vertex2, player.Object);
var tile = new Mock<ITile>();
tile.Setup(t => t.X).Returns(-1);
tile.Setup(t => t.Y).Returns(1);
var result = board.GetEstablishments(tile.Object);
Assert.Equal(new[] { establisment1, establisment2 }, result);
}
public void ExpectNoResultIfEstablismentIsFromDifferentPlayer()
{
var board = new Board(builder);
var player1 = new Mock<IPlayer>();
var player2 = new Mock<IPlayer>();
player1.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
IHarbor harbor = board.Harbors.First();
IVertex vertex = board.Vertices.First(v => v.IsAdjacentTo(harbor.Edge));
board.BuildEstablishment(vertex, player1.Object);
IEnumerable<IHarbor> result = board.GetHarbors(player2.Object);
Assert.Equal(new IHarbor[] { }, result);
}
public void BuildRoadFailIfEdgeNotOnBoard()
{
var board = new Board(builder);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var edge = new Mock<IEdge>();
edge.Setup(e => e.X).Returns(0);
edge.Setup(e => e.Y).Returns(0);
edge.Setup(e => e.Side).Returns(EdgeSide.West);
var vertex = board.Vertices.First(v => v.X == 0 && v.Y == 0 && v.Side == VertexTileSide.Left);
board.BuildEstablishment(vertex, player.Object);
Assert.Throws<ArgumentException>(() => board.BuildRoad(edge.Object, player.Object));
}
public void BuildEstablishmentFailsIfAnAdjacentTileHasEstablishment()
{
var board = new Board(builder);
var player1 = new Mock<IPlayer>();
player1.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var player2 = new Mock<IPlayer>();
player2.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var vertex1 = builder.Vertices.First(t => t.X == 1 && t.Y == 1);
var vertex2 = builder.Vertices.First(t => t.IsAdjacentTo(vertex1));
board.BuildEstablishment(vertex1, player1.Object);
Assert.Throws<ArgumentException>(() => board.BuildEstablishment(vertex2, player2.Object));
}
public void BuildRoadFailsIfAdjcanentEstablismentFromDifferentPlayer()
{
var board = new Board(builder);
var player1 = new Mock<IPlayer>();
var player2 = new Mock<IPlayer>();
player2.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var edge = board.Edges.First(e => e.X == 0 && e.Y == 0 && e.Side == EdgeSide.West);
var vertex = board.Vertices.First(v => v.X == 0 && v.Y == 0 && v.Side == VertexTileSide.Left);
board.BuildEstablishment(vertex, player2.Object);
Assert.Throws<ArgumentException>(() => board.BuildRoad(edge, player1.Object));
}
public void BuildRoadFailIfEdgeIsBetweenSeaTiles()
{
var board = new Board(builder);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var vertex = board.Vertices.First(v =>
{
var tiles = board.Tiles.Where(t => t.IsAdjacentTo(v));
return tiles.Count() == 3 && tiles.Count(t => t.Rawmaterial == MaterialType.Sea) == 2;
});
var edge = board.Edges.First(e => board.Tiles.Where(t => t.IsAdjacentTo(e)).All(t => t.Rawmaterial == MaterialType.Sea));
board.BuildEstablishment(vertex, player.Object);
Assert.Throws<ArgumentException>(() => board.BuildRoad(edge, player.Object));
}
public void BuildRoadSuccesIfAdjcentToDifferentPlayerRoad()
{
var board = new Board(builder);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var edge1 = board.Edges.First(e => e.X == 0 && e.Y == 0 && e.Side == EdgeSide.West);
var edge2 = board.Edges.First(e => e.X == -1 && e.Y == 1 && e.Side == EdgeSide.East);
var vertex = board.Vertices.First(v => v.X == 0 && v.Y == 0 && v.Side == VertexTileSide.Left);
board.BuildEstablishment(vertex, player.Object);
board.BuildRoad(edge1, player.Object);
var road = board.BuildRoad(edge2, player.Object);
Assert.Contains(road, board.Roads);
Assert.NotNull(road);
Assert.Equal(edge2, road.Edge);
Assert.Equal(player.Object, road.Owner);
}
public void CanOnlyBuild2EstablishmentsWithoutAdjacentRoad()
{
var board = new Board(builder);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var vertex1 = builder.Vertices.First(t => t.X == 1 && t.Y == 1);
var vertex2 = builder.Vertices.First(t => t.X == -2 && t.Y == 1);
var vertex3 = builder.Vertices.First(t => t.X == 3 && t.Y == -1);
board.BuildEstablishment(vertex1, player.Object);
board.BuildEstablishment(vertex2, player.Object);
Assert.Throws<InvalidOperationException>(() => board.BuildEstablishment(vertex3, player.Object));
}
public void BuildEstablishmentFailsIfTryingToBuildOnVertexSurroundedBySea()
{
var board = new Board(builder);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
//get first tile where all adjacent tiles are sea
var seaVertex = board.Vertices
.First(v => builder.Tiles.Where(t => t.IsAdjacentTo(v))
.All(t => t.Rawmaterial == MaterialType.Sea));
Assert.Throws<ArgumentException>(() => board.BuildEstablishment(seaVertex, player.Object));
}
public void BuildEstablismentNonExisitingVertexException()
{
var player = new Mock<IPlayer>();
//mock can never be on the board
var vertex = new Mock<IVertex>();
var board = new Board(builder);
Assert.Throws<ArgumentException>(() => board.BuildEstablishment(vertex.Object, player.Object));
}
public void GetEstablishmentsWillReturnForAllAdjacentTiles()
{
var board = new Board(builder);
var vertex = board.Vertices.Single(v => v.X == -1 && v.Y == 1 && v.Side == VertexTileSide.Right);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
//add an establisment
var establisment = board.BuildEstablishment(vertex, player.Object);
var tile1 = new Mock<ITile>();
tile1.Setup(t => t.X).Returns(0);
tile1.Setup(t => t.Y).Returns(0);
var tile2 = new Mock<ITile>();
tile2.Setup(t => t.X).Returns(0);
tile2.Setup(t => t.Y).Returns(1);
var tile3 = new Mock<ITile>();
tile3.Setup(t => t.X).Returns(-1);
tile3.Setup(t => t.Y).Returns(1);
//validate we get it back, if we ask for it from all aligining tiles
var result1 = board.GetEstablishments(tile1.Object);
var result2 = board.GetEstablishments(tile2.Object);
var result3 = board.GetEstablishments(tile3.Object);
Assert.Contains(establisment, result1);
Assert.Contains(establisment, result2);
Assert.Contains(establisment, result3);
}
public void BuildEstablismentNullPlayerExcpetion()
{
var board = new Board(builder);
var vertex = builder.Vertices.First(t => t.X == 0 && t.Y == 0);
Assert.Throws<ArgumentNullException>(() => board.BuildEstablishment(vertex, null));
}
public void BuildEstablismentTest()
{
var board = new Board(builder);
var player = new Mock<IPlayer>();
player.Setup(p => p.HasResources(Establishment.BUILD_RESOURCES)).Returns(true);
var vertex = builder.Vertices.First(t => t.X == 1 && t.Y == 1);
var result = board.BuildEstablishment(vertex, player.Object);
Assert.Contains(result, board.Establishments);
Assert.Equal(player.Object, result.Owner);
Assert.Equal(vertex, result.Vertex);
}