public void SurroundBoat_InMiddle_Arranged_Test()
{
//arrange
Game _Game = new Game();
EnemyBattleField _EBF = _Game.EnemyBattleField;
_EBF.Boats = new List <Boat>();
Boat _boat = new Boat(
new List <Cell>
{
new Cell(3, 5, _EBF)
});
_EBF.Boats.Add(_boat);
_boat.State = BoatState.Healthy;
_boat.Cells[0].Style = CellStyle.HealthyCell;
_EBF.Cells[3, 5] = _boat.Cells[0];
//act
_EBF.SurroundBoat(_boat, CellStyle.Empty, true);
//assert
int minX = _boat.Cells.Min(c => c.x) - 1;
int maxX = _boat.Cells.Max(c => c.x) + 1;
int minY = _boat.Cells.Min(c => c.y) - 1;
int maxY = _boat.Cells.Max(c => c.y) + 1;
//asserts that neigbours marked correctly
List <Cell> _neigbours =
_EBF.Cells.Cast <Cell>().ToList().
Where(
c => c.x >= minX && c.x <= maxX &&
c.y >= minY && c.y <= maxY &&
!(((c.x > minX) && (c.x < maxX)) && ((c.y > minY) && (c.y < maxY)))
).ToList();
foreach (var cell in _neigbours)
{
Assert.AreEqual(cell.IsInvisible, true);
Assert.AreEqual(cell.IsSafeZone, true);
Assert.AreEqual(cell.Style, CellStyle.Empty);
}
//asserts that cells of boat weren't changed
foreach (var cell in _boat.Cells)
{
Assert.AreEqual(cell.Style, CellStyle.HealthyCell);
Assert.AreEqual(cell.IsInvisible, true);
}
//asserts that other calles of BF weren't changed
List <Cell> _others = _EBF.Cells.Cast <Cell>().ToList().
Where(
c => !(_boat.Cells.Contains(c)) &&
!(_neigbours.Contains(c))
).ToList();
foreach (var cell in _others)
{
Assert.AreEqual(cell.IsInvisible, true);
Assert.AreEqual(cell.Style, CellStyle.Empty);
}
//asserts that priority zone created
List <Cell> _friendlyCells =
_EBF.Cells.Cast <Cell>().ToList().
Where(
c => c.x >= (minX - 1) && c.x <= (maxX + 1) &&
c.y >= (minY - 1) && c.y <= (maxY + 1) &&
!(((c.x > minX - 1) && (c.x < maxX + 1)) && ((c.y > minY - 1) && (c.y < maxY + 1)))
).ToList();
foreach (var cell in _friendlyCells)
{
Assert.AreEqual(cell.IsBoatsFriendlyZone, true);
}
}
public void SurroundBoat_NearWall_Shooted_Test()
{
//arrange
Game _Game = new Game();
EnemyBattleField _EBF = _Game.EnemyBattleField;
_EBF.Boats = new List <Boat>();
Boat _boat = new Boat(
new List <Cell>
{
new Cell(0, 0, _EBF),
new Cell(0, 1, _EBF),
new Cell(0, 2, _EBF)
});
_EBF.Boats.Add(_boat);
_boat.State = BoatState.Healthy;
foreach (var cell in _boat.Cells)
{
cell.Style = CellStyle.HealthyCell;
}
_EBF.Cells[0, 0] = _boat.Cells[0];
_EBF.Cells[0, 1] = _boat.Cells[1];
_EBF.Cells[0, 2] = _boat.Cells[2];
//act
_EBF.SurroundBoat(_boat, CellStyle.Shooted, false);
//assert
int minX = _boat.Cells.Min(c => c.x) - 1;
int maxX = _boat.Cells.Max(c => c.x) + 1;
int minY = _boat.Cells.Min(c => c.y) - 1;
int maxY = _boat.Cells.Max(c => c.y) + 1;
//asserts that neigbours marked correctly
List <Cell> _neigbours =
_EBF.Cells.Cast <Cell>().ToList().
Where(
c => c.x >= minX && c.x <= maxX &&
c.y >= minY && c.y <= maxY &&
!(((c.x > minX) && (c.x < maxX)) && ((c.y > minY) && (c.y < maxY)))
).ToList();
foreach (var cell in _neigbours)
{
Assert.AreEqual(cell.IsInvisible, false);
Assert.AreEqual(cell.Style, CellStyle.Shooted);
}
//asserts that cells of boat weren't changed
foreach (var cell in _boat.Cells)
{
Assert.AreEqual(cell.Style, CellStyle.HealthyCell);
}
//asserts that other calles of BF weren't changed
List <Cell> _others = _EBF.Cells.Cast <Cell>().ToList().
Where(
c => !(_boat.Cells.Contains(c)) &&
!(_neigbours.Contains(c))
).ToList();
foreach (var cell in _others)
{
Assert.AreEqual(cell.IsInvisible, true);
Assert.AreEqual(cell.Style, CellStyle.Empty);
}
}
