ndk::AParcelableHolder

Summary

Constructors and Destructors
`AParcelableHolder()`
`AParcelableHolder(parcelable_stability_t stability)`
`AParcelableHolder(const AParcelableHolder & other)`
`AParcelableHolder(AParcelableHolder && other)`
`~AParcelableHolder()`

Public functions
`getParcelable(std::optional< T > *ret) const`	`binder_status_t`
`operator!=(const AParcelableHolder & rhs) const`	`bool`
`operator<(const AParcelableHolder & rhs) const`	`bool`
`operator<=(const AParcelableHolder & rhs) const`	`bool`
`operator=(const AParcelableHolder & rhs)`	`AParcelableHolder &`
`operator==(const AParcelableHolder & rhs) const`	`bool`
`operator>(const AParcelableHolder & rhs) const`	`bool`
`operator>=(const AParcelableHolder & rhs) const`	`bool`
`readFromParcel(const AParcel *parcel)`	`binder_status_t`
`reset()`	`void`
`setParcelable(const T & p)`	`binder_status_t`
`writeToParcel(AParcel *parcel) const`	`binder_status_t`

 AParcelableHolder()=delete

 AParcelableHolder(
  parcelable_stability_t stability
)

 AParcelableHolder(
  const AParcelableHolder & other
)

 AParcelableHolder(
  AParcelableHolder && other
)=default

binder_status_t getParcelable(
  std::optional< T > *ret
) const

bool operator!=(
  const AParcelableHolder & rhs
) const

bool operator<(
  const AParcelableHolder & rhs
) const

bool operator<=(
  const AParcelableHolder & rhs
) const

AParcelableHolder & operator=(
  const AParcelableHolder & rhs
)

bool operator==(
  const AParcelableHolder & rhs
) const

bool operator>(
  const AParcelableHolder & rhs
) const

bool operator>=(
  const AParcelableHolder & rhs
) const

binder_status_t readFromParcel(
  const AParcel *parcel
)

void reset()

binder_status_t setParcelable(
  const T & p
)

binder_status_t writeToParcel(
  AParcel *parcel
) const

virtual  ~AParcelableHolder()=default