public void EqualsTest5()
{
var a = new FaceVal(22);
var result = a.Equals(22u);
Assert.IsTrue(result, "EqualsTest5 FAIL");
}
public void FaceValTest()
{
var a = new FaceVal(20);
var result = a.Val == 20;
Assert.IsTrue(result, "FaceValTest FAIL");
var b = (FaceVal)22u;
result = b.Val == 22;
Assert.IsTrue(result, "FaceValTest FAIL");
var c = (FaceVal)'A';
result = c.Val == 'A';
Assert.IsTrue(result, "FaceValTest FAIL");
var d = new FaceVal(null);
result = d.Val == 0;
Assert.IsTrue(result, "FaceValTest FAIL");
var e = new FaceVal();
result = e.Val == 0;
Assert.IsTrue(result, "FaceValTest FAIL");
}
public void EqualsTest4()
{
var a = new FaceVal('B');
var result = a.Equals('B');
Assert.IsTrue(result, "EqualsTest4 FAIL");
}
public void EqualsTest1()
{
var a = new FaceVal(20);
var b = new FaceVal(20);
var result = a.Equals(b);
Assert.IsTrue(result, "EqualsTest1 FAIL");
}
/// <summary>
/// Search for one corner and orientation
/// </summary>
/// <param name="color1">First color of where to search</param>
/// <param name="color2">Second color of where search</param>
/// <param name="color3">Third color of where to search</param>
/// <param name="a">First color to search for</param>
/// <param name="b">Second color to search for</param>
/// <param name="c">Third color to search for</param>
/// <param name="resultBase">Enum name base</param>
/// <returns>Found corner.
/// The first letters of the returned enum are the name of the cubie
/// The numbers are the orientation of the cubie</returns>
private static CornerName find_corner(FaceVal color1, FaceVal color2, FaceVal color3, FaceVal a, FaceVal b, FaceVal c,
CornerName resultBase)
{
if (a == color1)
{
if (b == color2)
{
if (c == color3)
{
return(resultBase + 0);
}
}
else if (b == color3)
{
if (c == color2)
{
return(resultBase + 1);
}
}
}
else if (a == color2)
{
if (b == color1)
{
if (c == color3)
{
return(resultBase + 2);
}
}
else if (b == color3)
{
if (c == color1)
{
return(resultBase + 3);
}
}
}
else if (a == color3)
{
if (b == color1)
{
if (c == color2)
{
return(resultBase + 4);
}
}
else if (b == color2)
{
if (c == color1)
{
return(resultBase + 5);
}
}
}
return(CornerName.CornerNone);
}
public void CompareToTest1()
{
var a = new FaceVal(20);
var result1 = a.CompareTo(10);
var result2 = a.CompareTo(20);
var result3 = a.CompareTo(30);
Assert.IsTrue(result1 > 0, "CompareToTest FAIL");
Assert.IsTrue(result2 == 0, "CompareToTest FAIL");
Assert.IsTrue(result3 < 0, "CompareToTest FAIL");
}
public void GetHashCodeTest()
{
var a = new FaceVal(20);
var b = new FaceVal(20);
var c = new FaceVal(90);
var hash1 = a.GetHashCode();
var hash2 = b.GetHashCode();
var hash3 = c.GetHashCode();
Assert.IsTrue(hash1 == hash2, "GetHashCodeTest1 FAIL");
Assert.IsTrue(hash1 != hash3, "GetHashCodeTest2 FAIL");
}
public void CompareToTest3()
{
var a = new FaceVal('B');
var result = a.CompareTo('B') == 0;
Assert.IsTrue(result, "CompareToTest3 FAIL");
result = a.CompareTo('A') > 0;
Assert.IsTrue(result, "CompareToTest3 FAIL");
result = a.CompareTo('C') < 0;
Assert.IsTrue(result, "CompareToTest3 FAIL");
}
public void CompareToTest2()
{
var a = new FaceVal('A');
var b = new FaceVal('B');
var c = new FaceVal('C');
var result = b.CompareTo(a) > 0;
Assert.IsTrue(result, "EqualsTest4 FAIL");
result = b.CompareTo(b) == 0;
Assert.IsTrue(result, "EqualsTest4 FAIL");
result = b.CompareTo(c) < 0;
Assert.IsTrue(result, "EqualsTest4 FAIL");
}
public void EqualsTest()
{
var a = new FaceVal(20);
object b = a;
var result = a.Equals(b);
Assert.IsTrue(result, "EqualsTest FAIL");
object c = new FaceVal(20);
result = a.Equals(c);
Assert.IsTrue(result, "EqualsTest FAIL");
result = a.Equals((object)null);
Assert.IsFalse(result, "EqualsTest FAIL");
}
/// <summary>
/// Search for a corner
/// The first letters of the returned enum are the name of the cubie
/// The numbers are the orientation of the cubie
/// </summary>
/// <param name="color1">First color of corner</param>
/// <param name="color2">Second color of corner</param>
/// <param name="color3">Third color of corner</param>
/// <returns>Found corner and orientation or cubie</returns>
public CornerName search_corner(FaceVal color1, FaceVal color2, FaceVal color3)
{
// CUBIE Up Left Front
var pos = find_corner(color1, color2, color3,
Cube.Up[CubeSize - 1, 0], Cube.Left[0, CubeSize - 1], Cube.Front[0, 0], CornerName.CornerUlf);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Up Left Back
pos = find_corner(color1, color2, color3,
Cube.Up[0, 0], Cube.Left[0, 0], Cube.Back[0, CubeSize - 1], CornerName.CornerUlb);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Up Right Front
pos = find_corner(color1, color2, color3,
Cube.Up[CubeSize - 1, CubeSize - 1], Cube.Right[0, 0], Cube.Front[0, CubeSize - 1],
CornerName.CornerUrf);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Up Right Back
pos = find_corner(color1, color2, color3,
Cube.Up[0, CubeSize - 1], Cube.Right[0, CubeSize - 1], Cube.Back[0, 0], CornerName.CornerUrb);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Down Left Front
pos = find_corner(color1, color2, color3,
Cube.Down[0, 0], Cube.Left[CubeSize - 1, CubeSize - 1], Cube.Front[CubeSize - 1, 0],
CornerName.CornerDlf);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Down Left Back
pos = find_corner(color1, color2, color3,
Cube.Down[CubeSize - 1, 0], Cube.Left[CubeSize - 1, 0], Cube.Back[CubeSize - 1, CubeSize - 1],
CornerName.CornerDlb);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Down Right Front
pos = find_corner(color1, color2, color3,
Cube.Down[0, CubeSize - 1], Cube.Right[CubeSize - 1, 0], Cube.Front[CubeSize - 1, CubeSize - 1],
CornerName.CornerDrf);
if (pos != CornerName.CornerNone)
{
return(pos);
}
// CUBIE Down Right Back
pos = find_corner(color1, color2, color3,
Cube.Down[CubeSize - 1, CubeSize - 1], Cube.Right[CubeSize - 1, CubeSize - 1],
Cube.Back[CubeSize - 1, 0], CornerName.CornerDrb);
return(pos);
}
/// <summary>
/// Searches for edge that matches the given face and color edge
/// </summary>
/// <param name="faceColor">Color of the face to search</param>
/// <param name="color">Color of the edge to search</param>
/// <returns>Position of edge</returns>
public FaceName search_edge(FaceVal faceColor, FaceVal color)
{
if (Cube.Up[0, 1] == faceColor && Cube.Back[0, 1] == color)
{
return(FaceName.TopFaceUp);
}
if (Cube.Up[0, 1] == color && Cube.Back[0, 1] == faceColor)
{
return(FaceName.TopFaceUpReverse);
}
if (Cube.Up[1, 0] == faceColor && Cube.Left[0, 1] == color)
{
return(FaceName.TopFaceLeft);
}
if (Cube.Up[1, 0] == color && Cube.Left[0, 1] == faceColor)
{
return(FaceName.TopFaceLeftReverse);
}
if (Cube.Up[1, 2] == faceColor && Cube.Right[0, 1] == color)
{
return(FaceName.TopFaceRight);
}
if (Cube.Up[1, 2] == color && Cube.Right[0, 1] == faceColor)
{
return(FaceName.TopFaceRightReverse);
}
if (Cube.Up[2, 1] == faceColor && Cube.Front[0, 1] == color)
{
return(FaceName.TopFaceDown);
}
if (Cube.Up[2, 1] == color && Cube.Front[0, 1] == faceColor)
{
return(FaceName.TopFaceDownReverse);
}
if (Cube.Left[1, 2] == faceColor && Cube.Front[1, 0] == color)
{
return(FaceName.MiddleFaceLeft);
}
if (Cube.Left[1, 2] == color && Cube.Front[1, 0] == faceColor)
{
return(FaceName.MiddleFaceLeftReverse);
}
if (Cube.Front[1, 2] == faceColor && Cube.Right[1, 0] == color)
{
return(FaceName.MiddleFaceFront);
}
if (Cube.Front[1, 2] == color && Cube.Right[1, 0] == faceColor)
{
return(FaceName.MiddleFaceFrontReverse);
}
if (Cube.Right[1, 2] == faceColor && Cube.Back[1, 0] == color)
{
return(FaceName.MiddleFaceRight);
}
if (Cube.Right[1, 2] == color && Cube.Back[1, 0] == faceColor)
{
return(FaceName.MiddleFaceRightReverse);
}
if (Cube.Back[1, 2] == faceColor && Cube.Left[1, 0] == color)
{
return(FaceName.MiddleFaceBack);
}
if (Cube.Back[1, 2] == color && Cube.Left[1, 0] == faceColor)
{
return(FaceName.MiddleFaceBackReverse);
}
if (Cube.Down[0, 1] == faceColor && Cube.Front[2, 1] == color)
{
return(FaceName.BottomFaceUp);
}
if (Cube.Down[0, 1] == color && Cube.Front[2, 1] == faceColor)
{
return(FaceName.BottomFaceUpReverse);
}
if (Cube.Down[1, 0] == faceColor && Cube.Left[2, 1] == color)
{
return(FaceName.BottomFaceLeft);
}
if (Cube.Down[1, 0] == color && Cube.Left[2, 1] == faceColor)
{
return(FaceName.BottomFaceLeftReverse);
}
if (Cube.Down[1, 2] == faceColor && Cube.Right[2, 1] == color)
{
return(FaceName.BottomFaceRight);
}
if (Cube.Down[1, 2] == color && Cube.Right[2, 1] == faceColor)
{
return(FaceName.BottomFaceRightReverse);
}
if (Cube.Down[2, 1] == faceColor && Cube.Back[2, 1] == color)
{
return(FaceName.BottomFaceDown);
}
if (Cube.Down[2, 1] == color && Cube.Back[2, 1] == faceColor)
{
return(FaceName.BottomFaceDownReverse);
}
return(FaceName.FaceNone);
}
public void ToStringTest()
{
var a = new FaceVal('A');
Assert.IsTrue(a.ToString() == "A");
}
