bit_xor

bit_xor_t kumi::bit_xor {}

inlineconstexprnodiscard

Callable object computing the bitwise XOR of all elements.

On record types, this function operates on the underlying values, not on the fields themselves.

Note

For associative operations, this produces the same result as a left or right fold, but have different intermediate evaluation order.

inline constexpr

Header file

#include <kumi/algorithm/reduce.hpp>

Call Signature

template<product_type T>
constexpr auto bit_xor(T && t);

template<product_type T, typename V>
constexpr auto bit_xor(T && t, V init);

Parameters

• t: Product Type to operate on
• init: Optional initial value of the reduction.

Return value

The result of the computation of `get<0>(t) ^ ... ^ get<N-1>(t) ^ init`

Helper type

namespace kumi::result
{
  template<product_type T, typename Value> struct bit_xor;
 
  template<product_type T, typename Value>
  using bit_xor_t = typename bit_xor<T,Value>::type;
}

Computes the return type of a call to kumi::bit_xor

Examples

Tuple

#include <kumi/kumi.hpp>
#include <iostream>
 
int main()
{
  auto t = kumi::tuple{1,short{8},' ', 4ULL};
 
  std::cout << kumi::bit_xor(t, 0) << "\n";
  std::cout << kumi::bit_xor(t) << "\n";
}

Record

#include <kumi/kumi.hpp>
#include <iostream>
 
int main()
{
  using namespace kumi::literals;
  auto t = kumi::record{"a"_id = 1,"b"_id = short{8},"c"_id = ' ', "d"_id = 4ULL};
 
  std::cout << kumi::bit_xor(t, 0) << "\n";
  std::cout << kumi::bit_xor(t) << "\n";
}