uint64 zero = 0;
    uint64 nonzero = 0x100000000;
    array<uint64> array_zero = {zero};
    array<uint64> array_nonzero = {nonzero};
    print("" + (zero == nonzero)); //false, good
    print("" + (array_zero == array_nonzero)); //true, but should be false
    print("" + array_nonzero.find(zero)); //0, but should be -1

As far as I know arrays of 64-bit types are okay otherwise, it's just these two contexts that use the internal Equals method that are behaving improperly.

Thanks for the report. I'll investigate and fix this.

Violet CLM said:

As far as I know arrays of 64-bit types are okay otherwise

Ah, actually, sorting also gets confused:

array<uint64> arr = {0, 2, 4, 0x100000001, 0x100000003, 0x100000005 };
arr.sortAsc();
for (uint i = 0; i < arr.length; ++i)
	print(formatInt(arr[i], "H"));

This prints, in order: 0, 100000001, 2, 100000003, 4, 100000005.

I've fixed these problems in rev 2753.

Regards,
Andreas