padded

Value Members

1. object Atomic

   

   Provides a constructor for building cache-line padded Atomic references.

2. object AtomicAny

   

   Provides a constructor for building cache-line padded AtomicAny references.

3. object AtomicBoolean

   

   Provides a constructor for building cache-line padded AtomicBoolean references.

4. object AtomicByte

   

   Provides a constructor for building cache-line padded AtomicByte references.

5. object AtomicChar

   

   Provides a constructor for building cache-line padded AtomicChar references.

6. object AtomicDouble

   

   Provides a constructor for building cache-line padded AtomicDouble references.

7. object AtomicFloat

   

   Provides a constructor for building cache-line padded AtomicFloat references.

8. object AtomicInt

   

   Provides a constructor for building cache-line padded AtomicInt references.

9. object AtomicLong

   

   Provides a constructor for building cache-line padded AtomicLong references.

10. object AtomicNumberAny

    

    Provides a constructor for building cache-line padded AtomicNumberAny references.

11. object AtomicShort

    

    Provides a constructor for building cache-line padded AtomicShort references.

12. object PaddedAtomicBuilder extends Level3

    

13. def apply[T, R <: Atomic[T]](initialValue: T)(implicit builder: PaddedAtomicBuilder[T, R]): R

    

    Constructs an Atomic[T] reference.

    Constructs an Atomic[T] reference. Based on the initialValue, it will return the best, most specific type. E.g. you give it a number, it will return something inheriting from AtomicNumber[T]. That's why it takes an AtomicBuilder[T, R] as an implicit parameter - but worry not about such details as it just works.

    initialValue

    is the initial value with which to initialize the Atomic reference

    builder

    is the builder that helps us to build the best reference possible, based on our initialValue