SyncObservable

trait SyncObservable[+A] extends Observable[A]

Observable that can become pending for the purpose of synchronization - see Transaction for pending logic

trait Observable[A]
trait Named
trait Source[A]
class Object
trait Matchable
class Any
class CombineSignalN[A, Out]
class CombineStreamN[A, Out]
class SampleCombineSignalN[A, Out]
class SampleCombineStreamN[A, Out]
class MergeStream[A]

Value members

Inherited methods

def addObserver(observer: Observer[A])(implicit owner: Owner): Subscription

Subscribe an external observer to this observable

Subscribe an external observer to this observable

Inherited from:
BaseObservable
def debugWith(debugger: Debugger[A]): Self[A]

Create a new observable that listens to this one and has a debugger attached.

Create a new observable that listens to this one and has a debugger attached.

Use the resulting observable in place of the original observable in your code. See docs for details.

There are more convenient methods available implicitly from DebuggableObservable and DebuggableSignal, such as debugLog(), debugSpyEvents(), etc.

Inherited from:
BaseObservable
protected def defaultDisplayName: String

This is the method that subclasses override to preserve the user's ability to set custom display names.

This is the method that subclasses override to preserve the user's ability to set custom display names.

Inherited from:
Named
final def displayName: String
Inherited from:
Named
def distinct: Self[A]

Distinct events (but keep all errors) by == (equals) comparison

Distinct events (but keep all errors) by == (equals) comparison

Inherited from:
BaseObservable
def distinctBy(isSame: (A, A) => Boolean): Self[A]

Distinct events (but keep all errors) using a comparison function

Distinct events (but keep all errors) using a comparison function

Inherited from:
BaseObservable
def distinctByKey(key: A => Any): Self[A]

Distinct events (but keep all errors) by matching key Note: key(event) might be evaluated more than once for each event

Distinct events (but keep all errors) by matching key Note: key(event) might be evaluated more than once for each event

Inherited from:
BaseObservable
def distinctByRef(implicit ev: A <:< AnyRef): Self[A]

Distinct events (but keep all errors) by reference equality (eq)

Distinct events (but keep all errors) by reference equality (eq)

Inherited from:
BaseObservable
def distinctErrors(isSame: (Throwable, Throwable) => Boolean): Self[A]

Distinct errors only (but keep all events) using a comparison function

Distinct errors only (but keep all events) using a comparison function

Inherited from:
BaseObservable
def distinctTry(isSame: (Try[A], Try[A]) => Boolean): Self[A]

Distinct all values (both events and errors) using a comparison function

Distinct all values (both events and errors) using a comparison function

Inherited from:
BaseObservable
final override def equals(obj: Any): Boolean

Airstream may internally use Scala library functions which use == or hashCode for equality, for example List.contains. Comparing observables by structural equality pretty much never makes sense, yet it's not that hard to run into that, all you need is to create a case class subclass, and the Scala compiler will generate a structural-equality equals and hashCode methods for you behind the scenes.

Airstream may internally use Scala library functions which use == or hashCode for equality, for example List.contains. Comparing observables by structural equality pretty much never makes sense, yet it's not that hard to run into that, all you need is to create a case class subclass, and the Scala compiler will generate a structural-equality equals and hashCode methods for you behind the scenes.

To prevent that, we make equals and hashCode methods final, using the default implementation (which is reference equality).

Definition Classes
Inherited from:
BaseObservable
def flatMap[B, Inner[_], Output <: (Observable)](compose: A => Inner[B])(implicit strategy: FlattenStrategy[Observable, Inner, Output]): Output[B]
Value parameters:
compose

Note: guarded against exceptions

Inherited from:
BaseObservable
def foreach(onNext: A => Unit)(implicit owner: Owner): Subscription

Create an external observer from a function and subscribe it to this observable.

Create an external observer from a function and subscribe it to this observable.

Note: since you won't have a reference to the observer, you will need to call Subscription.kill() to unsubscribe

Inherited from:
BaseObservable
final override def hashCode(): Int

Force reference equality checks. See comment for equals.

Force reference equality checks. See comment for equals.

Definition Classes
Inherited from:
BaseObservable
def map[B](project: A => B): Self[B]
Value parameters:
project

Note: guarded against exceptions

Inherited from:
BaseObservable
def mapTo[B](value: => B): Self[B]

value is passed by name, so it will be evaluated whenever the Observable fires. Use it to sample mutable values (e.g. myInput.ref.value in Laminar).

value is passed by name, so it will be evaluated whenever the Observable fires. Use it to sample mutable values (e.g. myInput.ref.value in Laminar).

See also: mapToStrict

Value parameters:
value

Note: guarded against exceptions

Inherited from:
BaseObservable
def mapToStrict[B](value: B): Self[B]

value is evaluated strictly, only once, when this method is called.

value is evaluated strictly, only once, when this method is called.

See also: mapTo

Inherited from:
BaseObservable
def mapToUnit: Self[Unit]
Inherited from:
BaseObservable
def matchStreamOrSignal[B](ifStream: EventStream[A] => B, ifSignal: Signal[A] => B): B
Inherited from:
BaseObservable
def recover[B >: A](pf: PartialFunction[Throwable, Option[B]]): Self[B]
Value parameters:
pf

Note: guarded against exceptions

Inherited from:
BaseObservable
def recoverIgnoreErrors: Self[A]
Inherited from:
BaseObservable
def recoverToTry: Self[Try[A]]

Convert this to an observable that emits Failure(err) instead of erroring

Convert this to an observable that emits Failure(err) instead of erroring

Inherited from:
BaseObservable
def setDisplayName(name: String): Named.this.type

Set the display name for this instance (observable or observer).

Set the display name for this instance (observable or observer).

  • This method modifies the instance and returns this. It does not create a new instance.
  • New name you set will override the previous name, if any. This might change in the future. For the sake of sanity, don't call this more than once for the same instance.
  • If display name is set, toString will output it instead of the standard type@hashcode string
Inherited from:
Named
def throwFailure[B](implicit ev: A <:< Try[B]): Self[B]

Unwrap Try to "undo" recoverToTry – Encode Failure(err) as observable errors, and Success(v) as events

Unwrap Try to "undo" recoverToTry – Encode Failure(err) as observable errors, and Success(v) as events

Inherited from:
BaseObservable
Inherited from:
Source
def toSignalIfStream[B >: A](ifStream: EventStream[A] => Signal[B]): Signal[B]
Inherited from:
BaseObservable
def toStreamIfSignal[B >: A](ifSignal: Signal[A] => EventStream[B]): EventStream[B]
Inherited from:
BaseObservable
final override def toString: String

Override defaultDisplayName instead of this, if you need to.

Override defaultDisplayName instead of this, if you need to.

Definition Classes
Named -> Any
Inherited from:
Named
def toWeakSignal: Signal[Option[A]]

Convert this observable to a signal of Option[A]. If it is a stream, set initial value to None.

Convert this observable to a signal of Option[A]. If it is a stream, set initial value to None.

Inherited from:
BaseObservable