public void InvertGrid_NoError_GridInverted()
{
IBasicPokemonToken[,] pokemonToInvert = new IBasicPokemonToken[3, 3];
pokemonToInvert[0, 0] = new BulbasaurToken();
pokemonToInvert[0, 1] = new BulbasaurToken();
pokemonToInvert[0, 2] = new BulbasaurToken();
pokemonToInvert[1, 0] = new CharmanderToken();
pokemonToInvert[1, 1] = new CharmanderToken();
pokemonToInvert[1, 2] = new CharmanderToken();
pokemonToInvert[2, 0] = new BulbasaurToken();
pokemonToInvert[2, 1] = new BulbasaurToken();
pokemonToInvert[2, 2] = new BulbasaurToken();
IBasicPokemonToken[,] invertedPokemon = new IBasicPokemonToken[3, 3];
invertedPokemon[0, 0] = new BulbasaurToken();
invertedPokemon[0, 1] = new CharmanderToken();
invertedPokemon[0, 2] = new BulbasaurToken();
invertedPokemon[1, 0] = new BulbasaurToken();
invertedPokemon[1, 1] = new CharmanderToken();
invertedPokemon[1, 2] = new BulbasaurToken();
invertedPokemon[2, 0] = new BulbasaurToken();
invertedPokemon[2, 1] = new CharmanderToken();
invertedPokemon[2, 2] = new BulbasaurToken();
GridOperations.invertGrid(pokemonToInvert);
Assert.AreEqual(pokemonToInvert, invertedPokemon);
}
public void resetPokemonGrid()
{
for (int i = 0; i < 8; i += 2)
{
for (int j = 0; j < 8; j += 2)
{
_pokemonGrid[i, j] = new BulbasaurToken();
_pokemonGrid[i + 1, j] = new CharmanderToken();
_pokemonGrid[i + 1, j + 1] = new BulbasaurToken();
_pokemonGrid[i, j + 1] = new CharmanderToken();
}
}
}
