All Classes and Interfaces

Class	Description
Applicable<F,A>
Bindable<F,A>
Cancellable
CheckedRunnable	This interface represents a Runnable instance but it can throws any exception.
Const<T,A>
Consumer1<A>	This interface represents a function that receives a single parameter but it doesn't generate any result.
Consumer2<A,B>	This interface represents a function that receives two parameters but it doesn't generate any result.
Consumer3<A,B,C>	This interface represents a function that receives three parameters but it doesn't generate any result.
Consumer4<A,B,C,D>	This interface represents a function that receives four parameters but it doesn't generate any result.
Consumer5<A,B,C,D,E>	This interface represents a function that receives four parameters but it doesn't generate any result.
Effect<F,A>
Either<L,R>	This type represents two possible values, called left or right.
Either.Left<L,R>
Either.Right<L,R>
Eq<T>	This interface represents a function that verify if two instances of a type are equivalent.
Equal<T>	This is a utility class to generate more readable equals() methods.
Eval<A>	This is a monad that allows to control the evaluation of a computation or a value.
Eval.Defer<A>
Eval.Done<A>
Eval.FlatMapped<A,B>
Function1<A,R>	This interface represents a function with a single parameter.
Function2<A,B,R>	This interface represents a function with a two parameters.
Function3<A,B,C,R>	This interface represents a function with a three parameters.
Function4<A,B,C,D,R>	This interface represents a function with a four parameters.
Function5<A,B,C,D,E,R>	This interface represents a function with a five parameters.
Future<T>	This type is an abstraction of a computation executed in another thread.
Id<T>	This is the identity monad.
ImmutableArray<E>
ImmutableArray.PImmutableArray<E>
ImmutableList<E>
ImmutableList.PImmutableList<E>
ImmutableMap<K,V>
ImmutableMap.Builder<K,V>
ImmutableMap.PImmutableMap<K,V>
ImmutableSet<E>
ImmutableSet.PImmutableSet<E>
ImmutableTree<E>
ImmutableTree.JavaBasedImmutableTree<E>
ImmutableTreeMap<K,V>
ImmutableTreeMap.Builder<K,V>
ImmutableTreeMap.JavaBasedImmutableTreeMap<K,V>
Mappable<F,A>
Matcher1<A>
Matcher2<A,B>
Matcher3<A,B,C>
NonEmptyList<E>
NonEmptyString
Nothing	It represents a type that cannot be instantiated.
Operator1<T>
Operator2<T>
Operator3<T>
Operator4<T>
Operator5<T>
Option<T>	This type represents the presence or absence of a value, similar to Optional
Option.None<T>
Option.Some<T>
Par<T>
PartialFunction1<A,R>
PartialFunction2<A,B,R>
PartialFunction3<A,B,C,R>
Pattern1<A,R>
Pattern1.ThenStep<P,T,R>
Pattern2<A,B,R>
Pattern2.ThenStep<P,A,B,R>
Pattern3<A,B,C,R>
Pattern3.ThenStep<P,A,B,C,R>
Precondition
Producer<T>	This interface represents a function without any parameter.
Promise<T>
Range
Recoverable
Sequence<E>
Try<T>	This type represents the success or failure of a computation.
Try.Failure<T>
Try.Success<T>
Tuple
Tuple1<A>
Tuple2<A,B>
Tuple3<A,B,C>
Tuple4<A,B,C,D>
Tuple5<A,B,C,D,E>
Unit	Type that represents a single value called Unit.
Validation<E,T>	This type represents the validity or not of a value.
Validation.Invalid<E,T>
Validation.Result<E>
Validation.Valid<E,T>
Validator<E,T>
With<A>