fit::nullable< T, true >

Summary

Public types
`value_type`	using `T`

Public functions
`has_value() const`	`constexpr bool`
`nullable()`	`constexpr`
`nullable(decltype(nullptr))`	`constexpr`
`nullable(T value)`	`constexpr`
`nullable(const nullable & other)=default`	`constexpr`
`nullable(nullable && other)`	`constexpr`
`operator bool() const`	`constexpr`
`operator*()`	`constexpr T &`
`operator*() const`	`constexpr const T &`
`operator->()`	`constexpr T *`
`operator->() const`	`constexpr const T *`
`operator=(const nullable & other)=default`	`constexpr nullable &`
`operator=(nullable && other)`	`constexpr nullable &`
`operator=(decltype(nullptr))`	`constexpr nullable &`
`operator=(T value)`	`constexpr nullable &`
`reset()`	`constexpr void`
`swap(nullable & other)`	`constexpr void`
`value()&`	`constexpr T &`
`value() const &`	`constexpr const T &`
`value()&&`	`constexpr T &&`
`value() const &&`	`constexpr const T &&`
`value_or(U && default_value) const`	`constexpr T`
`~nullable()=default`

T value_type

constexpr bool has_value() const

constexpr nullable()

constexpr nullable(
  decltype(nullptr)
)

constexpr nullable(
  T value
)

constexpr nullable(
  const nullable & other
)=default

constexpr nullable(
  nullable && other
)

constexpr operator bool() const

constexpr T & operator*()

constexpr const T & operator*() const

constexpr T * operator->()

constexpr const T * operator->() const

constexpr nullable & operator=(
  const nullable & other
)=default

constexpr nullable & operator=(
  nullable && other
)

constexpr nullable & operator=(
  decltype(nullptr)
)

constexpr nullable & operator=(
  T value
)

constexpr void reset()

constexpr void swap(
  nullable & other
)

constexpr T & value()&

constexpr const T & value() const &

constexpr T && value()&&

constexpr const T && value() const &&

constexpr T value_or(
  U && default_value
) const

 ~nullable()=default