public void UnboundedWorldEnsureCorrectNumberOfAliveNeighbors()
{
/* Begin Arrange */
UnboundedWorld my_world = new UnboundedWorld();
/* End Arrange */
/* Begin Act */
my_world.AddCell(4, 4);
my_world.AddCell(4, 5);
my_world.AddCell(4, 3);
List<Cell> expected_alive_neighbors = new List<Cell>
{
new Cell { X = 4,Y=5},
new Cell { X = 4,Y=3}
};
List<Cell> actual_alive_neighbors = my_world.AliveNeighbors(4, 4);
int expected_alive_neighbors_count = 2;
int actual_alive_neighbors_count = actual_alive_neighbors.Count;
/* End Act */
/* Begin Assert */
//Assert.IsTrue(actual_alive_neighbors[0].Equals(new Cell { X = 4, Y = 5 }));
//CollectionAssert.AreEqual(expected_alive_neighbors, actual_alive_neighbors);
Assert.AreEqual(expected_alive_neighbors_count, actual_alive_neighbors_count);
/* End Assert */
}
public void UnBoundedEnsureWorldHasZeroCells()
{
UnboundedWorld instance = new UnboundedWorld();
int expected_number_of_cells = 0;
int actual_number_of_cells = instance.CellCount();
Assert.AreEqual(expected_number_of_cells, actual_number_of_cells);
}
public void UnboundedEnsureThereAreCells()
{
UnboundedWorld instance = new UnboundedWorld();
int x = 4;
int y = 3;
instance.AddCell(x,y);
Assert.AreEqual(1, instance.CellCount());
}
public void UnboundedWorldEnsureTheWorldHasZeroCells()
{
// Arrange
UnboundedWorld my_world = new UnboundedWorld();
// Act
int expected_number_of_cells = 0;
int actual_number_of_cells = my_world.CellCount();
// Assert
Assert.AreEqual(expected_number_of_cells, actual_number_of_cells);
}
public void UnboundedWorldEnsureThereAreCells()
{
// Arrange
UnboundedWorld my_world = new UnboundedWorld();
// Act
int x = 4;
int y = 3;
my_world.AddCell(x,y);
// Assert
Assert.AreEqual(1, my_world.CellCount());
}
public void UnboundedWorldEnsureTheWorldHasZeroCells()
{
/* Begin Arrange */
UnboundedWorld my_world = new UnboundedWorld();
/* End Arrange */
/* Begin Act */
int expected_number_of_cells = 0;
int actual_number_of_cells = my_world.CellCount();
/* End Act */
/* Begin Assert */
Assert.AreEqual(expected_number_of_cells, actual_number_of_cells);
/* End Assert */
}
public void UnboundedWorldEnsureThereAreCells()
{
/* Begin Arrange */
UnboundedWorld my_world = new UnboundedWorld();
/* End Arrange */
/* Begin Act */
int x = 4;
int y = 3;
my_world.AddCell(x,y);
/* End Act */
/* Begin Assert */
Assert.AreEqual(1, my_world.CellCount());
/* End Assert */
}
public void UnboundedEnsureCorrectNumberOfAliveNeighbors()
{
UnboundedWorld instance = new UnboundedWorld();
instance.AddCell(4, 4);
instance.AddCell(4, 5);
instance.AddCell(4, 3);
List<Cell> expected_alive_neighbors = new List<Cell>
{
new Cell {X = 4, Y = 5 },
new Cell {X = 4, Y = 3 }
};
List<Cell> actual_alive_neighbors = instance.AliveNeighbors(4,4);
int expected_alive_neighbors_count = 2;
int actual_alive_neighbors_count = actual_alive_neighbors.Count;
//Assert.IsTrue(actual_alive_neighbors[0].Equals(new Cell { X = 4, Y = 5 }));
//CollectionAssert.AreEqual(expected_alive_neighbors, actual_alive_neighbors);
Assert.AreEqual(expected_alive_neighbors_count, actual_alive_neighbors_count);
}
public void UnboundedWorldEnsureICanCreateInstance()
{
UnboundedWorld my_world = new UnboundedWorld();
Assert.IsNotNull(my_world);
}
public void UnboundedEnsureICanCreateAnInstance()
{
UnboundedWorld instance = new UnboundedWorld();
Assert.IsNotNull(instance);
}