template<typename T, void >
class Geo::GeoUniqueDelegatePtr

    └>Geo::GeoUniquePtr< T, GeoDelegateDestructor< T, F > >
        └>Geo::GeoDelegateDestructor< T, F >
        └>Geo::NonCopyable

Given the lack of a template typedef, and how common it is to want a GeoUniquePtr with Delegate dtor, adding a new class to provide this destruction policy by default.

Functions

Friends

Geo::GeoUniquePtr< T, D >::~GeoUniquePtr

...

public: ~GeoUniquePtr()

...

Destructor - Delete the internal object.

void Geo::GeoUniquePtr< T, D >::Delete

...

public: void Delete()

...

Explicitly delete the internal object.

T* Geo::GeoUniquePtr< T, D >::Detach

...

public: T * Detach()

...

Release ownership of the internal object and return it to the client.

From then on its the client's responsibility to delete it.

Geo::GeoUniqueDelegatePtr< T, F >::GeoUniqueDelegatePtr

...

public: GeoUniqueDelegatePtr
(
    T * obj
)

...

Take ownership of the raw-ptr obj. Explicit so that you don't unknowingly change ownership.

Geo::GeoUniqueDelegatePtr< T, F >::GeoUniqueDelegatePtr

...

public: GeoUniqueDelegatePtr
(
    GeoUniqueDelegatePtr< T, F > & rhs
)

...

Take ownership of the payload of other GeoUniqueReleasePtr.

Geo::GeoUniqueDelegatePtr< T, F >::GeoUniqueDelegatePtr

...

public: GeoUniqueDelegatePtr
(
    GeoUniqueDelegatePtr< Other, OtherFunc > & rhs
)

...

construct by assuming pointer from rhs

Geo::GeoUniqueDelegatePtr< T, F >::GeoUniqueDelegatePtr

...

public: GeoUniqueDelegatePtr
(
    GeoUniqueDelegatePtr< T, F > && rhs
)

...

Move constructor.

Geo::GeoUniqueDelegatePtr< T, F >::GeoUniqueDelegatePtr

...

public: GeoUniqueDelegatePtr
(
    GeoUniqueDelegatePtr< Other, OtherFunc > && rhs
)

...

Move constructor.

Geo::GeoUniquePtr< T, D >::GeoUniquePtr

...

public: GeoUniquePtr
(
    GeoUniquePtr && rhs
)

...

Move constructor.

Geo::GeoUniquePtr< T, D >::GeoUniquePtr

...

public: GeoUniquePtr
(
    T * obj
)

...

Take ownership of the raw-ptr obj. Explicit so that you don't unknowingly change ownership.

T* Geo::GeoUniquePtr< T, D >::GetPtr

...

public: T * GetPtr() const

...

Explicitly return the contained type.

Geo::GeoUniquePtr< T, D >::operator bool_type

...

public: operator bool_type() const

...

Is the object valid?

bool Geo::GeoUniquePtr< T, D >::operator!=

...

public: bool operator!=
(
    const GeoUniquePtr & rhs
) const

...

Equivalence/comparison tests.

T& Geo::GeoUniquePtr< T, D >::operator*

...

public: T & operator*() const

...

Allow dereferencing of the contained type.

T& Geo::GeoUniquePtr< T, D >::operator[]

...

public: T & operator[]
(
    Geo::s32 idx
) const

...

Allow array referencing of the contained type.

bool Geo::GeoUniquePtr< T, D >::operator<

...

public: bool operator<
(
    const GeoUniquePtr & rhs
) const

...

Equivalence/comparison tests.

GeoUniqueDelegatePtr& Geo::GeoUniqueDelegatePtr< T, F >::operator=

...

public: GeoUniqueDelegatePtr & operator=
(
    GeoUniqueDelegatePtr< Other, OtherFunc > && obj
)

...

Move assignment operator.

GeoUniqueDelegatePtr& Geo::GeoUniqueDelegatePtr< T, F >::operator=

...

public: GeoUniqueDelegatePtr & operator=
(
    GeoUniqueDelegatePtr< T, F > && obj
)

...

Move assignment operator.

GeoUniquePtr& Geo::GeoUniquePtr< T, D >::operator=

...

public: GeoUniquePtr & operator=
(
    GeoUniquePtr && obj
)

...

Move assignment operator.

bool Geo::GeoUniquePtr< T, D >::operator==

...

public: bool operator==
(
    const GeoUniquePtr & rhs
) const

...

Equivalence/comparison tests.

bool Geo::GeoUniquePtr< T, D >::operator>

...

public: bool operator>
(
    const GeoUniquePtr & rhs
) const

...

Equivalence/comparison tests.

T* Geo::GeoUniquePtr< T, D >::operator->

...

public: T * operator->() const

...

Access members of the owned object.

void Geo::GeoUniquePtr< T, D >::Reset

...

public: void Reset
(
    T * obj
)

...

Hold new object, destroying current.