public async Task LineOnTop_GivenHorizontalLine_CreatesACrossOnTop()
{
var configuration = CreateConfigurationWithHorizontalLine();
var solver = new TopCrossSolver();
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.FaceHasCrossOfColour(configuration, FaceType.Upper, FaceColour.Yellow);
}
public async Task LineOnTop_GivenLShapeOnBackLeft_CreatesACrossOnTop()
{
var configuration = CreateConfigurationWithLOnBackAndLeft();
var solver = new TopCrossSolver();
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.FaceHasCrossOfColour(configuration, FaceType.Upper, FaceColour.Yellow);
}
public void Solve_GivenARandomConfiguration_ProducesACorrectlyPermutedCross()
{
TestRunner.RunTestMultipleTimes(TestRunner.MultipleTimesToRun, () =>
{
var configuration = CreateSolvedMiddleLayerConfiguration(50);
var solver = new TopCrossSolver();
solver.Solve(configuration).Wait();
CubeConfigurationAssert.TopLayerCrossIsCorrect(configuration);
});
}
public void Solve_GivenARandomConfiguration_ProducesASolvedCross()
{
TestRunner.RunTestMultipleTimes(TestRunner.MultipleTimesToRun, () =>
{
var configuration = CreateSolvedMiddleLayerConfiguration(50);
var solver = new TopCrossSolver();
solver.Solve(configuration).Wait();
CubeConfigurationAssert.FaceHasCrossOfColour(configuration, FaceType.Upper, FaceColour.Yellow);
});
}
public async Task LineOnTop_GivenVerticalLine_CreatesACrossOnTop()
{
var config = Helpers.CreateSolvedMiddleLayerConfiguration(new[] { Rotations.Right2, Rotations.FrontAntiClockwise });
await config.Rotate(Rotations.UpperClockwise).ConfigureAwait(true);
var configuration = config;
var solver = new TopCrossSolver();
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.FaceHasCrossOfColour(configuration, FaceType.Upper, FaceColour.Yellow);
}
public async Task Permute_GivenCrossWithLeftCorrectOthersNeedAntiClockwisePermutation_CompletesSolvedCross()
{
var configuration = Helpers.CreateSolvedMiddleLayerConfiguration(new[] { Rotations.DownAntiClockwise, Rotations.BackClockwise });
var solver = new TopCrossSolver();
await solver.SolveCross(configuration, new List<IRotation>()).ConfigureAwait(true);
await configuration.Rotate(Rotations.Upper2).ConfigureAwait(true);
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.TopLayerCrossIsCorrect(configuration);
}
public async Task Permute_GivenCrossWithDiagonalsReversed_CompletesSolvedCross()
{
var configuration = CreateConfigurationWithCrossWithOneOpposingEdge();
await configuration.Rotate(Rotations.UpperClockwise).ConfigureAwait(true);
var solver = new TopCrossSolver();
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.TopLayerCrossIsCorrect(configuration);
}
public async Task Permute_GivenCrossWithFrontAndBackReversed_CompletesSolvedCross()
{
var configuration = CreateConfigurationWithCrossWithOneOpposingEdge();
var solver = new TopCrossSolver();
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.TopLayerCrossIsCorrect(configuration);
}
public async Task Permute_GivenAnAlreadySolvedCross_CompletesSolvedCross()
{
var configuration = CreateConfigurationWithSolvedCross();
var solver = new TopCrossSolver();
await solver.Solve(configuration).ConfigureAwait(true);
CubeConfigurationAssert.TopLayerCrossIsCorrect(configuration);
}