Does C or C++ guarantee array < array + SIZE?

Question

Suppose you have an array:

int array[SIZE]; 

or

int *array = new(int[SIZE]); 

Does C or C++ guarantee that array < array + SIZE, and if so where?

I understand that regardless of the language spec, many operating systems guarantee this property by reserving the top of the virtual address space for the kernel. My question is whether this is also guaranteed by the language, rather than just by the vast majority of implementations.

As an example, suppose an OS kernel lives in low memory and sometimes gives the highest page of virtual memory out to user processes in response to mmap requests for anonymous memory. If malloc or ::operator new[] directly calls mmap for the allocation of a huge array, and the end of the array abuts the top of the virtual address space such that array + SIZE wraps around to zero, does this amount to a non-compliant implementation of the language?

Clarification

Note that the question is not asking about array+(SIZE-1), which is the address of the last element of the array. That one is guaranteed to be greater than array. The question is about a pointer one past the end of an array, or also p+1 when p is a pointer to a non-array object (which the section of the standard pointed to by the selected answer makes clear is treated the same way).

Stackoverflow has asked me to clarify why this question is not the same as this one. The other question asks how to implement total ordering of pointers. That other question essentially boils down to how could a library implement std::less such that it works even for pointers to differently allocated objects, which the standard says can only be compared for equality, not greater and less than.

In contrast, my question was about whether one past the end of an array is always guaranteed to be greater than the array. Whether the answer to my question is yes or no doesn't actually change how you would implement std::less, so the other question doesn't seem relevant. If it's illegal to compare to one past the end of an array, then std::less could simply exhibit undefined behavior in this case. (Also, typically the standard library is implemented by the same people as the compiler, and so is free to take advantage of properties of the particular compiler.)

Answer 1

Yes. From section 6.5.8 para 5.

If the expression P points to an element of an array object and the expression Q points to the last element of the same array object, the pointer expression Q+1 compares greater than P.

Expression array is P. The expression array + SIZE - 1 points to the last element of array, which is Q. Thus:

array + SIZE = array + SIZE - 1 + 1 = Q + 1 > P = array