public void Condense_GivenOneLeft2AndOneLeftClockwise_ReturnsLeftAntiClockwise() { var list = new List<IRotation> { Rotations.Left2, Rotations.LeftClockwise, Rotations.RightClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { Rotations.LeftAntiClockwise, Rotations.RightClockwise }, condensed); }
public void Condense_GivenAListThatCannotBeCondensed_ReturnsTheSameList() { var list = new List<IRotation> { Rotations.LeftClockwise, Rotations.RightClockwise }; var condensed = list.Condense(); Assert.AreEqual(list, condensed); }
public void Condense_GivenTwoLeft2Rotations_RemovesBothRotations() { var list = new List<IRotation> { Rotations.Left2, Rotations.Left2, Rotations.RightClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { Rotations.RightClockwise }, condensed); }
public void Condense_FaceRotations_RegressionTest1() { var list = new List<IRotation> { Rotations.LeftClockwise, Rotations.UpperClockwise, Rotations.UpperClockwise, Rotations.UpperAntiClockwise, Rotations.UpperAntiClockwise, Rotations.UpperClockwise, Rotations.LeftClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { Rotations.LeftClockwise, Rotations.UpperClockwise, Rotations.LeftClockwise }, condensed); }
public void Condense_CubeRotationsRegressionTest1() { var list = new List<IRotation> { CubeRotations.YClockwise, CubeRotations.XClockwise, CubeRotations.XClockwise, CubeRotations.XAntiClockwise, CubeRotations.XAntiClockwise, CubeRotations.XClockwise, CubeRotations.YClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { CubeRotations.YClockwise, CubeRotations.XClockwise, CubeRotations.YClockwise }, condensed); }
public void Condense_GivenFourYClockwise_RemovesAllCubeRotations() { var list = new List<IRotation> { CubeRotations.YClockwise, CubeRotations.YClockwise, CubeRotations.YClockwise, CubeRotations.YClockwise, CubeRotations.ZClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { CubeRotations.ZClockwise }, condensed); }
public void Condense_GivenThreeYClockwise_ReturnsSingleYAntiClockwise() { var list = new List<IRotation> { CubeRotations.YClockwise, CubeRotations.YClockwise, CubeRotations.YClockwise, CubeRotations.ZClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { CubeRotations.YAntiClockwise, CubeRotations.ZClockwise }, condensed); }
public void Condense_GivenOneYClockwiseAndOneYAnitClockwiseCubeRotations_RemovesBothCubeRotations() { var list = new List<IRotation> { CubeRotations.YClockwise, CubeRotations.YAntiClockwise, CubeRotations.ZClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { CubeRotations.ZClockwise }, condensed); }
public void Condense_GivenTwoY2CubeRotations_RemovesBothCubeRotations() { var list = new List<IRotation> { CubeRotations.Y2, CubeRotations.Y2, CubeRotations.ZClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { CubeRotations.ZClockwise }, condensed); }
public void Condense_GivenTwoYClockwiseCubeRotations_ReturnsASingleY2Rotation() { var list = new List<IRotation> { CubeRotations.YClockwise, CubeRotations.YClockwise, CubeRotations.ZClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new[] { CubeRotations.Y2, CubeRotations.ZClockwise }, condensed); }
public void Condense_GivenAListOfCubeRotationsThatCannotBeCondensed_ReturnsTheSameList() { var list = new List<IRotation> { CubeRotations.YClockwise, CubeRotations.ZClockwise }; var condensed = list.Condense(); Assert.AreEqual(list, condensed); }
public void Condense_GivenOneLeftClockwiseAndOneLeftAnitClockwiseRotationsOnDifferentLayers_RemovesNoRotations() { var list = new List<IRotation> { Rotations.SecondLayerLeftClockwise, Rotations.LeftAntiClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(list, condensed); }
public void Condense_GivenOneLeftClockwiseAndOneLeftAnitClockwiseRotationsOnTheSameLayer_RemovesBothRotations() { var list = new List<IRotation> { Rotations.SecondLayerLeftClockwise, Rotations.SecondLayerLeftAntiClockwise }; var condensed = list.Condense(); CollectionAssert.IsEmpty(condensed); }
public void Condense_GivenTwoLeftClockwiseRotationsOnTheSameLayer_RemovesBothRotationsAndAddsADoubleRotationForThatLayer() { var list = new List<IRotation> { Rotations.SecondLayerLeftClockwise, Rotations.SecondLayerLeftClockwise }; var condensed = list.Condense(); CollectionAssert.AreEqual(new [] { Rotations.SecondLayerLeft2 }, condensed); }