template<typename, typename>
class Geo::GeoAutoPtr

    └>D

A value type to take ownership of a raw object allocated on the heap and bind its life-time to the scope of this class.

Virtually identical to std::auto_ptr, but with policy-based destruction semantics.

Functions

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

...

public: ~GeoAutoPtr()

...

Destructor - Delete the internal object.

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

...

public: void Delete()

...

Explicitly delete the internal object.

T* Geo::GeoAutoPtr< 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::GeoAutoPtr< T, D >::GeoAutoPtr

...

public: GeoAutoPtr
(
    GeoAutoPtr && rhs
)

...

Move constructor.

Geo::GeoAutoPtr< T, D >::GeoAutoPtr

...

public: GeoAutoPtr
(
    GeoAutoPtr< TOther, DOther > & rhs
)

...

Construct by assuming pointer from rhs, given a different contained type Theoretically could write a destruction policy that accepted matches to other policies, but none implemented to date.

Geo::GeoAutoPtr< T, D >::GeoAutoPtr

...

public: GeoAutoPtr
(
    GeoAutoPtr< TOther, DOther > && rhs
)

...

Move constructor.

Geo::GeoAutoPtr< T, D >::GeoAutoPtr

...

public: GeoAutoPtr
(
    T * obj
)

...

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

Geo::GeoAutoPtr< T, D >::GeoAutoPtr

...

public: GeoAutoPtr
(
    GeoAutoPtr< T, D > & rhs
)

...

Take ownership of the payload of other GeoAutoPtr.

Inheritance from the destruction policy ensures that you cannot assign between GeoAutoPtr of different policies, whilst allowing assignment to GeoAutoPtr to base types.

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

...

public: T * GetPtr() const

...

Explicitly return the contained type.

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

...

public: operator bool_type() const

...

Is the object valid?

Geo::GeoAutoPtr< T, D >::operator GeoAutoPtr< TOther, DOther >

...

public: operator GeoAutoPtr< TOther, DOther >()

...

Convert to GeoAutoPtr of compatible type.

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

...

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

...

Equivalence/comparison tests.

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

...

public: T & operator*() const

...

Allow dereferencing of the contained type.

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

...

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

...

Allow array referencing of the contained type.

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

...

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

...

Equivalence/comparison tests.

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

...

public: GeoAutoPtr< T, D > & operator=
(
    GeoAutoPtr< T, D > && obj
)

...

Move assignment operator.

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

...

public: GeoAutoPtr< T, D > & operator=
(
    GeoAutoPtr< T, D > & obj
)

...

Support assignment (modifying other object)

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

...

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

...

Equivalence/comparison tests.

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

...

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

...

Equivalence/comparison tests.

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

...

public: T * operator->() const

...

Access members of the owned object.

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

...

public: void Reset
(
    T * obj
)

...

Hold new object, destroying current.