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// tests for ops that must be member functions are seperate
// the name of the class refers to the type of it's member functions xobj parameter
#define MAKE_STRUCT_OPS(TYPE) \
TYPE operator+=(this TYPE self, int) { return self; } \
TYPE operator-=(this TYPE self, int) { return self; } \
TYPE operator*=(this TYPE self, int) { return self; } \
TYPE operator/=(this TYPE self, int) { return self; } \
TYPE operator%=(this TYPE self, int) { return self; } \
TYPE operator&=(this TYPE self, int) { return self; } \
TYPE operator|=(this TYPE self, int) { return self; } \
TYPE operator^=(this TYPE self, int) { return self; } \
TYPE operator<<=(this TYPE self, int) { return self; } \
TYPE operator>>=(this TYPE self, int) { return self; } \
TYPE operator++(this TYPE self) { return self; } \
TYPE operator--(this TYPE self) { return self; } \
TYPE operator++(this TYPE self, int) { return self; } \
TYPE operator--(this TYPE self, int) { return self; } \
TYPE operator+(this TYPE self) { return self; } \
TYPE operator-(this TYPE self) { return self; } \
TYPE operator+(this TYPE self, int) { return self; } \
TYPE operator-(this TYPE self, int) { return self; } \
TYPE operator*(this TYPE self, int) { return self; } \
TYPE operator/(this TYPE self, int) { return self; } \
TYPE operator%(this TYPE self, int) { return self; } \
TYPE operator&(this TYPE self, int) { return self; } \
TYPE operator|(this TYPE self, int) { return self; } \
TYPE operator^(this TYPE self, int) { return self; } \
TYPE operator<<(this TYPE self, int) { return self; } \
TYPE operator>>(this TYPE self, int) { return self; } \
TYPE operator!(this TYPE self) { return self; } \
TYPE operator&&(this TYPE self, int const&) { return self; } \
TYPE operator||(this TYPE self, int const&) { return self; } \
TYPE operator==(this TYPE self, int) { return self; } \
TYPE operator!=(this TYPE self, int) { return self; } \
TYPE operator<(this TYPE self, int) { return self; } \
TYPE operator>(this TYPE self, int) { return self; } \
TYPE operator<=(this TYPE self, int) { return self; } \
TYPE operator>=(this TYPE self, int) { return self; } \
TYPE operator<=>(this TYPE self, int) { return self; } \
TYPE operator*(this TYPE self) { return self; } \
TYPE operator->*(this TYPE self, int) { return self; } \
TYPE operator&(this TYPE self) { return self; } \
TYPE operator,(this TYPE self, int) { return self; }
struct Value {
MAKE_STRUCT_OPS (Value)
};
struct LRef {
MAKE_STRUCT_OPS (LRef&)
};
struct RRef {
MAKE_STRUCT_OPS (RRef&&)
};
struct ConstLRef {
MAKE_STRUCT_OPS (ConstLRef const&)
};
struct ConstRRef {
MAKE_STRUCT_OPS (ConstRRef const&&)
};
#undef MAKE_STRUCT_OPS
struct Deduced {
template<typename Self> Self&& operator+=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator-=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator*=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator/=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator%=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator&=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator|=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator^=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator<<=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator>>=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator++(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator--(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator++(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator--(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator+(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator-(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator+(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator-(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator*(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator/(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator%(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator&(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator|(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator^(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator<<(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator>>(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator!(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator&&(this Self&& self, int const&) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator||(this Self&& self, int const&) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator==(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator!=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator<(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator>(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator<=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator>=(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator<=>(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator*(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator->*(this Self&& self, int) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator&(this Self&& self) { return static_cast<Self&&>(self); }
template<typename Self> Self&& operator,(this Self&& self, int) { return static_cast<Self&&>(self); }
};
#define TEST_OPS(OPERAND) \
(OPERAND) += 0; \
(OPERAND) -= 0; \
(OPERAND) *= 0; \
(OPERAND) /= 0; \
(OPERAND) %= 0; \
(OPERAND) &= 0; \
(OPERAND) |= 0; \
(OPERAND) ^= 0; \
(OPERAND) <<= 0; \
(OPERAND) >>= 0; \
\
++(OPERAND); \
--(OPERAND); \
(OPERAND)++; \
(OPERAND)--; \
\
+(OPERAND); \
-(OPERAND); \
(OPERAND) + 0; \
(OPERAND) - 0; \
(OPERAND) * 0; \
(OPERAND) / 0; \
(OPERAND) % 0; \
(OPERAND) & 0; \
(OPERAND) | 0; \
(OPERAND) ^ 0; \
(OPERAND) << 0; \
(OPERAND) >> 0; \
\
!(OPERAND); \
(OPERAND) && 0; \
(OPERAND) || 0; \
\
(OPERAND) == 0; \
(OPERAND) != 0; \
(OPERAND) < 0; \
(OPERAND) > 0; \
(OPERAND) <= 0; \
(OPERAND) >= 0; \
(OPERAND) <=> 0; \
\
*(OPERAND); \
(OPERAND) ->* 0; \
&(OPERAND); \
(OPERAND), 0;
#define VALIDATE_RETURN_TYPES(OPERAND, CORRECT_TYPE) \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) += 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) -= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) *= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) /= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) %= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) &= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) |= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) ^= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) <<= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) >>= 0))); \
\
static_assert(__is_same(CORRECT_TYPE, decltype(++(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype(--(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND)++))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND)--))); \
\
static_assert(__is_same(CORRECT_TYPE, decltype(+(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype(-(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) + 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) - 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) * 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) / 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) % 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) & 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) | 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) ^ 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) << 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) >> 0))); \
\
static_assert(__is_same(CORRECT_TYPE, decltype(!(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) && 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) || 0))); \
\
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) == 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) != 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) < 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) > 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) <= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) >= 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) <=> 0))); \
\
static_assert(__is_same(CORRECT_TYPE, decltype(*(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND) ->* 0))); \
static_assert(__is_same(CORRECT_TYPE, decltype(&(OPERAND)))); \
static_assert(__is_same(CORRECT_TYPE, decltype((OPERAND), 0)));
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