public void TestRemovalMatches_ShouldAlterSomeCells()
{
var simpleBoardContentsAfterRemoval = new BlockColor[, ]
{
{ BlockColor.Red, BlockColor.Empty, BlockColor.Green, BlockColor.Red },
{ BlockColor.Green, BlockColor.Empty, BlockColor.Blue, BlockColor.Green },
{ BlockColor.Blue, BlockColor.Empty, BlockColor.Green, BlockColor.Red },
{ BlockColor.Empty, BlockColor.Empty, BlockColor.Empty, BlockColor.Red }
};
var match3Game = new Match3Game(Simple, AllowedTypes);
List <SpecialBlockActivation> blockActivation = new List <SpecialBlockActivation>();
List <BlockRemoval> removedBlocks2 = new List <BlockRemoval>();
List <BlockAndPosition> createdBlocks = new List <BlockAndPosition>();
match3Game.RemoveMatches(blockActivation, removedBlocks2, createdBlocks);
for (int row = 0; row < match3Game.RowCount; row++)
{
for (int column = 0; column < match3Game.ColumnCount; column++)
{
Assert.That(match3Game[row, column].color == simpleBoardContentsAfterRemoval[row, column]);
}
}
}
public void TestRemovalMatches_ShouldNotAlterBoard()
{
var match3Game = new Match3Game(NoPossibleActions, AllowedTypes);
List <SpecialBlockActivation> blockActivation = new List <SpecialBlockActivation>();
List <BlockRemoval> removedBlocks2 = new List <BlockRemoval>();
List <BlockAndPosition> createdBlocks = new List <BlockAndPosition>();
match3Game.RemoveMatches(blockActivation, removedBlocks2, createdBlocks);
for (int row = 0; row < match3Game.RowCount; row++)
{
for (int column = 0; column < match3Game.ColumnCount; column++)
{
Assert.That(match3Game[row, column].color != BlockColor.Empty);
}
}
}