ObjectPtr_Private::CoerceToPointer

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Overloads

ObjectPtr_Private::CoerceToPointer(const T *)

Description

Coerce to pointer through implicit conversion to const T* (overload through less specific "const T*" parameter to avoid ambiguity with other coercion options that may also exist.

namespace ObjectPtr_Private  
{  
    template<typename T>  
    const T * ObjectPtr_Private::CoerceToPointer  
    (  
        const T * Other  
    )  
}  
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namespace ObjectPtr_Private {     template<typename T>     const T * ObjectPtr_Private::CoerceToPointer     (         const T * Other     ) }

ObjectPtr_Private::CoerceToPointer(const U &)

Description

Coerce to pointer through implicit conversion to CommonPointerType where CommonPointerType is deduced, and must be a C++ pointer, not a wrapper type.

namespace ObjectPtr_Private  
{  
    template<typename T, typename U, std::enable_if_t<(std::is_pointer_v< std::common_type_t< const T *, U > >), int >>  
    std::common_type_t< const T *, U > ObjectPtr_Private::CoerceToPointer  
    (  
        const U & Other  
    )  
}  
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namespace ObjectPtr_Private {     template<typename T, typename U, std::enable_if_t<(std::is_pointer_v< std::common_type_t< const T *, U > >), int >>     std::common_type_t< const T *, U > ObjectPtr_Private::CoerceToPointer     (         const U & Other     ) }

ObjectPtr_Private::CoerceToPointer(const U &)

Description

Coerce to pointer through the use of a ".Get()" member, which is the convention within Unreal smart pointer types.

namespace ObjectPtr_Private  
{  
    template<typename T, typename U, std::enable_if_t<(!TIsTObjectPtr_V< U >), int >>  
    decltype(Other.Get()) ObjectPtr_Private::CoerceToPointer  
    (  
        const U & Other  
    )  
}  
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namespace ObjectPtr_Private {     template<typename T, typename U, std::enable_if_t<(!TIsTObjectPtr_V< U >), int >>     decltype(Other.Get()) ObjectPtr_Private::CoerceToPointer     (         const U & Other     ) }