public void ADL_Mask_CombineMasks_Test()
{
BitMask <TestEnum> bm1 = new BitMask <TestEnum>(TestEnum.B | TestEnum.D | TestEnum.F);
BitMask <TestEnum> bm2 = new BitMask <TestEnum>(TestEnum.B | TestEnum.E | TestEnum.G);
BitMask ret = BitMask.CombineMasks(MaskCombineType.BitAnd, bm1, bm2);
Assert.True(ret == 2);
ret = BitMask.CombineMasks(MaskCombineType.BitOr, bm1, bm2);
Assert.True(BitMask.IsContainedInMask(ret, 16, false));
Assert.True(BitMask.IsContainedInMask(ret, 2, false));
}
public void ADL_Mask_FlagOperations_Test()
{
BitMask bm = new BitMask(true);
bm.SetAllFlags(2 | 4);
Assert.Equal(6, (int)bm);
bm.SetFlag(2 | 4, false);
bm.SetFlag(16 | 8, true);
Assert.Equal((int)bm, 16 | 8);
Assert.True(bm.HasFlag(16, MaskMatchType.MatchOne));
Assert.False(bm.HasFlag(24 | 4, MaskMatchType.MatchAll));
bm.SetAllFlags(0);
bm.Flip();
Assert.True(-1 == bm);
Assert.True(BitMask.CombineMasks(MaskCombineType.BitAnd) == 0);
Assert.True(BitMask.IsUniqueMask(2));
Assert.False(BitMask.IsUniqueMask(3));
Assert.False(BitMask.IsUniqueMask(0));
BitMask <TestEnum> gbm = new BitMask <TestEnum>(TestEnum.A, TestEnum.B);
Assert.False(BitMask.IsUniqueMask(bm));
Assert.True(gbm.HasFlag(TestEnum.A, MaskMatchType.MatchOne));
gbm.SetFlag(TestEnum.C, true);
//BitMask<TestEnum> gbm1 = TestEnum.C;
Assert.False(gbm.HasFlag(TestEnum.C, MaskMatchType.MatchOne));
gbm.SetFlag(TestEnum.C, false);
Assert.False(gbm.HasFlag(TestEnum.C, MaskMatchType.MatchOne));
gbm.SetAllFlags(TestEnum.C | TestEnum.A);
Assert.True(gbm.HasFlag(TestEnum.C | TestEnum.A, MaskMatchType.MatchAll));
}