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LibWeb: Use Integral concept for CSSPixels operators

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These were previously manually overloaded, which is unnecessary when we
can just use a concept to cover everything!
This commit is contained in:
Zaggy1024 2023-09-07 14:32:11 -05:00 • committed by Alexander Kalenik
parent 9e227dfc16
commit d792461714
1 changed files with 12 additions and 12 deletions
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24
Userland/Libraries/LibWeb/PixelUnits.h
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@ -262,27 +262,28 @@ private:
i32 m_value { 0 };
};
constexpr bool operator==(CSSPixels left, int right) { return left == CSSPixels(right); }
template<Integral T>
constexpr bool operator==(CSSPixels left, T right) { return left == CSSPixels(right); }
inline bool operator==(CSSPixels left, float right) { return left.to_float() == right; }
inline bool operator==(CSSPixels left, double right) { return left.to_double() == right; }
constexpr bool operator>(CSSPixels left, int right) { return left > CSSPixels(right); }
template<Integral T>
constexpr bool operator>(CSSPixels left, T right) { return left > CSSPixels(right); }
inline bool operator>(CSSPixels left, float right) { return left.to_float() > right; }
inline bool operator>(CSSPixels left, double right) { return left.to_double() > right; }
constexpr bool operator<(CSSPixels left, int right) { return left < CSSPixels(right); }
template<Integral T>
constexpr bool operator<(CSSPixels left, T right) { return left < CSSPixels(right); }
inline bool operator<(CSSPixels left, float right) { return left.to_float() < right; }
inline bool operator<(CSSPixels left, double right) { return left.to_double() < right; }
constexpr CSSPixels operator*(CSSPixels left, int right) { return left * CSSPixels(right); }
constexpr CSSPixels operator*(CSSPixels left, unsigned int right) { return left * CSSPixels(right); }
constexpr CSSPixels operator*(CSSPixels left, unsigned long right) { return left * CSSPixels(right); }
template<Integral T>
constexpr CSSPixels operator*(CSSPixels left, T right) { return left * CSSPixels(right); }
inline float operator*(CSSPixels left, float right) { return left.to_float() * right; }
inline double operator*(CSSPixels left, double right) { return left.to_double() * right; }
constexpr CSSPixels operator*(int left, CSSPixels right) { return right * CSSPixels(left); }
constexpr CSSPixels operator*(unsigned int left, CSSPixels right) { return right * CSSPixels(left); }
constexpr CSSPixels operator*(unsigned long left, CSSPixels right) { return right * CSSPixels(left); }
template<Integral T>
constexpr CSSPixels operator*(T left, CSSPixels right) { return CSSPixels(left) * right; }
inline float operator*(float left, CSSPixels right) { return right.to_float() * left; }
inline double operator*(double left, CSSPixels right) { return right.to_double() * left; }
@ -373,9 +374,8 @@ constexpr CSSPixels CSSPixels::operator/(CSSPixelFraction const& other) const
return CSSPixels::from_raw(AK::clamp_to_int(wide_value));
}
constexpr CSSPixels operator/(CSSPixels left, int right) { return left / CSSPixels(right); }
constexpr CSSPixels operator/(CSSPixels left, unsigned int right) { return left / CSSPixels(right); }
constexpr CSSPixels operator/(CSSPixels left, unsigned long right) { return left / CSSPixels(right); }
template<Integral T>
constexpr CSSPixels operator/(CSSPixels left, T right) { return left / CSSPixels(right); }
inline float operator/(CSSPixels left, float right) { return left.to_float() / right; }
inline double operator/(CSSPixels left, double right) { return left.to_double() / right; }