// TODO: TBD: test the other permutations of Binary Bitwise operators involving 2+ arrays...
// TODO: TBD: test elastic get/set
// TODO: TBD: test the shift left/right issues...
// TODO: TBD: test Add/Remove ... also an extension of the shift left/right issue
// TODO: TBD: there are two approaches I want to take addressing the shift/elasticity issue...
// TODO: TBD: the first is a sort of brute force get/set approach, getting from one source at the source position, setting the destination at the destination position. / that will be a slower performer I think...
// TODO: TBD: the second, and better performer, I think, would be to determine the source/destination byte(s), fields, etc, and to shift/merge the bytes from source to destination. this will be by far a better performer, but will also be more complex managing the positions, fields, shifts, etc. probably not as hard as I think it is on the front side of the effort, but it is not something I want to dive into all that casually.
/* TODO: TBD: Length/Count should be more intimately connected with an Elasticity behavior,
* inelastic behavior should preclude changes; whereas permitting Contraction/Expansion
* should respond accordingly, which all told is not really a shift issue, but does comport
* with kosher Elasticity behavior... this is coming in a future version, which will also
* involve a string separation of Elastic and Inelastic behavior, but not right now. */
private static void VerifyBinaryCalculation(uint x, uint y
, CalculateBinaryOperationCallback <uint> expectedOp
, CalculateBinaryOperationCallback <ImmutableBitArray> actualOp)
{
var expected = expectedOp(x, y);
var a = CreateBitArray(x);
var b = CreateBitArray(y);
Assert.NotSame(a, b);
var actual = actualOp(a, b);
Assert.NotNull(actual);
// Demarcation from System.Collections.BitArray.
Assert.NotSame(a, actual);
Assert.NotSame(b, actual);
Assert.Equal(GetEndianAwareBytes(expected), actual.ToBytes(!IsLittleEndian));
}
public void Bitwise_Xor_Binary_calculation_is_correct(uint x, uint y
, CalculateBinaryOperationCallback <uint> expectedOp
, CalculateBinaryOperationCallback <ImmutableBitArray> actualOp)
=> VerifyBinaryCalculation(x, y, expectedOp, actualOp);
