Core interfaces

Overview

Generic allocator interfaces that can be injected into routines that need dynamic memory.

These include Allocator, as well as the Layout type that is passed to it and the managed smart pointer types, such as UniquePtr, that can be returned from it.

Classes
class	pw::Allocator
class	pw::allocator::Layout
class	pw::allocator::Pool
class	pw::WeakPtr< T >
class	pw::BasicMultiBuf< kProperties >
class	pw::SharedPtr< T >
class	pw::UniquePtr< T >

Functions
bool	pw::allocator::operator== (const Layout &lhs, const Layout &rhs)
bool	pw::allocator::operator!= (const Layout &lhs, const Layout &rhs)
template<typename U , typename >
WeakPtr< T > &	pw::WeakPtr< T >::operator= (const WeakPtr< U > &other) noexcept
template<typename U , typename >
WeakPtr< T > &	pw::WeakPtr< T >::operator= (const SharedPtr< U > &other) noexcept
template<typename U , typename >
WeakPtr< T > &	pw::WeakPtr< T >::operator= (WeakPtr< U > &&other) noexcept
void	pw::WeakPtr< T >::reset () noexcept
SharedPtr< T >	pw::WeakPtr< T >::Lock () const noexcept

Function Documentation

Lock()

template<typename T >

SharedPtr< T > pw::WeakPtr< T >::Lock

noexcept

Creates a new SharedPtr to the associated object, or an empty SharedPtr if this object is empty.

reset()

template<typename T >

void pw::WeakPtr< T >::reset

noexcept

Resets this object to an empty state.

If this is the last shared or weak pointer associated with the control block, it is deallocated.