ReplayChannel
Concatenates the source Observable with the other Observable, as specified.
Concatenates the source Observable with the other Observable, as specified.
Creates a new Observable that emits the given element and then it also emits the events of the source (prepend operation).
Creates a new Observable that emits the given element and then it also emits the events of the source (prepend operation).
Creates a new Observable that emits the events of the source and then it also emits the given element (appended to the stream).
Creates a new Observable that emits the events of the source and then it also emits the given element (appended to the stream).
Given the source observable and another Observable, emits all of the items
from the first of these Observables to emit an item and cancel the other.
Given the source observable and another Observable, emits all of the items
from the first of these Observables to emit an item and cancel the other.
Returns the first generated result as a Future and then cancels the subscription.
Returns the first generated result as a Future and then cancels the subscription.
Forces a buffered asynchronous boundary.
Forces a buffered asynchronous boundary.
Internally it wraps the observer implementation given to subscribeFn into a
BufferedObserver.
Normally Monifu's implementation guarantees that events are not emitted concurrently,
and that the publisher MUST NOT emit the next event without acknowledgement from the consumer
that it may proceed, however for badly behaved publishers, this wrapper provides
the guarantee that the downstream Observer given in subscribe will not receive
concurrent events.
Compared with concurrent / ConcurrentObserver, the acknowledgement
given by BufferedObserver can be synchronous
(i.e. the Future[Ack] is already completed), so the publisher can send the next event without waiting for
the consumer to receive and process the previous event (i.e. the data source will receive the Continue
acknowledgement once the event has been buffered, not when it has been received by its destination).
WARNING: if the buffer created by this operator is unbounded, it can blow up the process if the data source is pushing events faster than what the observer can consume, as it introduces an asynchronous boundary that eliminates the back-pressure requirements of the data source. Unbounded is the default policy, see BufferPolicy for options.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e. whose source is shared by all observers). The underlying subject used is a BehaviorSubject.
Periodically gather items emitted by an Observable into bundles and emit these bundles rather than emitting the items one at a time.
Periodically gather items emitted by an Observable into bundles and emit these bundles rather than emitting the items one at a time.
This version of buffer emits a new bundle of items periodically,
every timespan amount of time, containing all items emitted by the
source Observable since the previous bundle emission.
the interval of time at which it should emit the buffered bundle
is the Scheduler needed
for triggering the onNext events.
Periodically gather items emitted by an Observable into bundles and emit these bundles rather than emitting the items one at a time.
Periodically gather items emitted by an Observable into bundles and emit these bundles rather than emitting the items one at a time.
the bundle size
Returns an Observable that doesn't emit anything, but that completes when the source Observable completes.
Returns an Observable that doesn't emit anything, but that completes when the source Observable completes.
Concatenates the sequence of Observables emitted by the source into one Observable, without any transformation.
Concatenates the sequence of Observables emitted by the source into one Observable, without any transformation.
You can combine the items emitted by multiple Observables so that they act like a single Observable by using this method.
The difference between concat and merge is
that concat cares about ordering of emitted items (e.g. all items emitted by the first observable
in the sequence will come before the elements emitted by the second observable), whereas merge
doesn't care about that (elements get emitted as they come). Because of back-pressure applied to observables,
concat is safe to use in all contexts, whereas merge requires buffering.
an Observable that emits items that are the result of flattening the items emitted
by the Observables emitted by this
Creates a new Observable by applying a function that you supply to each item emitted by the source Observable, where that function returns an Observable, and then concatenating those resulting Observables and emitting the results of this concatenation.
Creates a new Observable by applying a function that you supply to each item emitted by the source Observable, where that function returns an Observable, and then concatenating those resulting Observables and emitting the results of this concatenation.
a function that, when applied to an item emitted by the source Observable, returns an Observable
an Observable that emits the result of applying the transformation function to each item emitted by the source Observable and concatenating the results of the Observables obtained from this transformation.
Wraps the observer implementation given to subscribeFn into a
ConcurrentObserver.
Wraps the observer implementation given to subscribeFn into a
ConcurrentObserver.
Normally Monifu's implementation guarantees that events are not emitted concurrently,
and that the publisher MUST NOT emit the next event without acknowledgement from the consumer
that it may proceed, however for badly behaved publishers, this wrapper provides
the guarantee that the downstream Observer given in subscribe will not receive
concurrent events, also making it thread-safe.
WARNING: the buffer created by this operator is unbounded and can blow up the process if the data source is pushing events without following the back-pressure requirements and faster than what the destination consumer can consume. On the other hand, if the data-source does follow the back-pressure contract, than this is safe. For data sources that cannot respect the back-pressure requirements and are problematic, see async and BufferPolicy for options.
Implicit execution context required for asynchronous boundaries.
Implicit execution context required for asynchronous boundaries.
Creates a new Observable that emits the total number of onNext events
that were emitted by the source.
Creates a new Observable that emits the total number of onNext events
that were emitted by the source.
Note that this Observable emits only one item after the source is complete. And in case the source emits an error, then only that error will be emitted.
Emit items from the source Observable, or emit a default item if the source Observable completes after emitting no items.
Emit items from the source Observable, or emit a default item if the source Observable completes after emitting no items.
Creates an Observable that emits the events emitted by the source shifted forward in time, delay introduced by waiting for an event to happen, an event initiated by the given callback.
Creates an Observable that emits the events emitted by the source shifted forward in time, delay introduced by waiting for an event to happen, an event initiated by the given callback.
Example 1:
Observable.interval(1.second) .delay(Unbounded, { (connect, signalError) => val task = BooleanCancelable() future.onComplete { case Success(_) => if (!task.isCanceled) connect() case Failure(ex) => if (!task.isCanceled) signalError(ex) } task })
In the above example, upon subscription the given function gets called, scheduling the streaming to start after a certain future is completed. During that wait period the events are buffered and after the future is finally completed, the buffer gets streamed to the observer, after which streaming proceeds as normal.
Example 2:
Observable.interval(1.second) .delay(Unbounded, { (connect, handleError) => scheduler.schedule(5.seconds, { connect() }) })
In the above example, upon subscription the given function gets called, scheduling a task to execute after 5 seconds. During those 5 seconds the events are buffered and after those 5 seconds are elapsed, the buffer gets streamed, after which streaming proceeds as normal.
Notes:
- if an error happens while waiting for our event to get triggered, it can
be signaled with handleError (see sample above)
- only onNext and onComplete events are delayed, but not onError,
as onError interrupts the delay and streams the error as soon as it can.
is the buffering policy used, see BufferPolicy
is the function that gets called for initiating the event that finally starts the streaming sometime in the future - it takes 2 arguments, a function that must be called to start the streaming and an error handling function that must be called in case an error happened while waiting
Creates an Observable that emits the events emitted by the source shifted forward in time, delay introduced by waiting for an event to happen, an event initiated by the given callback.
Creates an Observable that emits the events emitted by the source shifted forward in time, delay introduced by waiting for an event to happen, an event initiated by the given callback.
Example 1:
Observable.interval(1.second) .delay { (connect, signalError) => val task = BooleanCancelable() future.onComplete { case Success(_) => if (!task.isCanceled) connect() case Failure(ex) => if (!task.isCanceled) signalError(ex) } task }
In the above example, upon subscription the given function gets called, scheduling the streaming to start after a certain future is completed. During that wait period the events are buffered and after the future is finally completed, the buffer gets streamed to the observer, after which streaming proceeds as normal.
Example 2:
Observable.interval(1.second) .delay { (connect, handleError) => scheduler.schedule(5.seconds, { connect() }) }
In the above example, upon subscription the given function gets called, scheduling a task to execute after 5 seconds. During those 5 seconds the events are buffered and after those 5 seconds are elapsed, the buffer gets streamed, after which streaming proceeds as normal.
Notes:
- only onNext and onComplete events are delayed, but not onError,
as onError interrupts the delay and streams the error as soon as it can.
- the default policy is being used for
buffering.
is the function that gets called for initiating the event that finally starts the streaming sometime in the future - it takes 2 arguments, a function that must be called to start the streaming and an error handling function that must be called in case an error happened while waiting
Creates an Observable that emits the events emitted by the source, shifted forward in time, the streaming being triggered by the completion of a future.
Creates an Observable that emits the events emitted by the source, shifted forward in time, the streaming being triggered by the completion of a future.
During the delay period the emitted elements are being buffered. If the future is completed with a failure, then the error will get streamed directly to our observable, bypassing any buffered events that we may have.
is the policy used for buffering, see BufferPolicy
is a Future that starts the streaming upon completion
Creates an Observable that emits the events emitted by the source, shifted forward in time, the streaming being triggered by the completion of a future.
Creates an Observable that emits the events emitted by the source, shifted forward in time, the streaming being triggered by the completion of a future.
During the delay period the emitted elements are being buffered. If the future is completed with a failure, then the error will get streamed directly to our observable, bypassing any buffered events that we may have.
Note: the default policy is being used for buffering.
is a Future that starts the streaming upon completion
Creates an Observable that emits the events emitted by the source, shifted
forward in time, specified by the given itemDelay.
Creates an Observable that emits the events emitted by the source, shifted
forward in time, specified by the given itemDelay.
is the policy used for buffering, see BufferPolicy
is the period of time to wait before events start being signaled
is the Scheduler needed for triggering the timeout.
Creates an Observable that emits the events emitted by the source, shifted
forward in time, specified by the given itemDelay.
Creates an Observable that emits the events emitted by the source, shifted
forward in time, specified by the given itemDelay.
Note: the default policy is being used for buffering.
is the period of time to wait before events start being signaled
is the Scheduler needed for triggering the timeout.
Hold an Observer's subscription request for a specified amount of time before passing it on to the source Observable.
Hold an Observer's subscription request for a specified amount of time before passing it on to the source Observable.
is the time to wait before the subscription is being initiated.
is the Scheduler needed for triggering the timeout event.
Hold an Observer's subscription request until the given future completes,
before passing it on to the source Observable.
Hold an Observer's subscription request until the given future completes,
before passing it on to the source Observable. If the given future
completes in error, then the subscription is terminated with onError.
the Future that must complete in order for the
subscription to happen.
Given a function that returns a key for each element emitted by the source Observable, suppress duplicates items.
Given a function that returns a key for each element emitted by the source Observable, suppress duplicates items.
WARNING: this requires unbounded buffering.
Suppress the duplicate elements emitted by the source Observable.
Suppress the duplicate elements emitted by the source Observable.
WARNING: this requires unbounded buffering.
Suppress duplicate consecutive items emitted by the source Observable
Suppress duplicate consecutive items emitted by the source Observable
Suppress duplicate consecutive items emitted by the source Observable
Suppress duplicate consecutive items emitted by the source Observable
Executes the given callback when the stream has ended (after the event was already emitted).
Executes the given callback when the stream has ended (after the event was already emitted).
NOTE: protect the callback such that it doesn't throw exceptions, because
it gets executed after onComplete() happens and by definition the error cannot
be streamed with onError().
the callback to execute when the subscription is canceled
Executes the given callback only for the first element generated by the source Observable, useful for doing a piece of computation only when the stream started.
Executes the given callback only for the first element generated by the source Observable, useful for doing a piece of computation only when the stream started.
a new Observable that executes the specified callback only for the first element
Executes the given callback for each element generated by the source Observable, useful for doing side-effects.
Executes the given callback for each element generated by the source Observable, useful for doing side-effects.
a new Observable that executes the specified callback for each element
Drops the first n elements (from the start).
Drops the first n elements (from the start).
the number of elements to drop
a new Observable that drops the first n elements emitted by the source
Creates a new Observable that drops the events of the source, only
for the specified timestamp window.
Creates a new Observable that drops the events of the source, only
for the specified timestamp window.
the window of time during which the new Observable is must drop the events emitted by the source
is the Scheduler needed for triggering the timeout event.
Drops the longest prefix of elements that satisfy the given predicate and returns a new Observable that emits the rest.
Drops the longest prefix of elements that satisfy the given predicate and returns a new Observable that emits the rest.
Drops the longest prefix of elements that satisfy the given function and returns a new Observable that emits the rest.
Drops the longest prefix of elements that satisfy the given function and returns a new Observable that emits the rest. In comparison with dropWhile, this version accepts a function that takes an additional parameter: the zero-based index of the element.
Utility that can be used for debugging purposes.
Utility that can be used for debugging purposes.
Creates a new Observable that emits the events of the source and then it also emits the given elements (appended to the stream).
Creates a new Observable that emits the events of the source and then it also emits the given elements (appended to the stream).
Emits the given exception instead of onComplete.
Emits the given exception instead of onComplete.
the exception to emit onComplete
a new Observable that emits an exception onComplete
Returns an Observable that emits a single Throwable, in case an error was thrown by the source Observable, otherwise it isn't going to emit anything.
Returns an Observable that emits a single Throwable, in case an error was thrown by the source Observable, otherwise it isn't going to emit anything.
Returns an Observable which emits a single value, either true, in case the given predicate holds for at least one item, or false otherwise.
Returns an Observable which emits a single value, either true, in case the given predicate holds for at least one item, or false otherwise.
a function that evaluates the items emitted by the source Observable, returning true if they pass the filter
an Observable that emits only true or false in case the given predicate holds or not for at least one item
Returns an Observable which only emits those items for which the given predicate holds.
Returns an Observable which only emits those items for which the given predicate holds.
a function that evaluates the items emitted by the source Observable, returning true if they pass the filter
an Observable that emits only those items in the original Observable for which the filter evaluates as true
Returns an Observable which only emits the first item for which the predicate holds.
Returns an Observable which only emits the first item for which the predicate holds.
a function that evaluates the items emitted by the source Observable, returning true if they pass the filter
an Observable that emits only the first item in the original Observable for which the filter evaluates as true
Emits the first element emitted by the source, or otherwise if the source is completed without
emitting anything, then the default is emitted.
Emits the first element emitted by the source, or otherwise if the source is completed without
emitting anything, then the default is emitted.
Alias for headOrElse.
Creates a new Observable by applying a function that you supply to each item emitted by the source Observable, where that function returns an Observable, and then concatenating those resulting Observables and emitting the results of this concatenation.
Creates a new Observable by applying a function that you supply to each item emitted by the source Observable, where that function returns an Observable, and then concatenating those resulting Observables and emitting the results of this concatenation.
a function that, when applied to an item emitted by the source Observable, returns an Observable
an Observable that emits the result of applying the transformation function to each item emitted by the source Observable and concatenating the results of the Observables obtained from this transformation.
Given a start value (a seed) and a function taking the current state
(starting with the seed) and the currently emitted item and returning a new
state value as a Future, it returns a new Observable that applies the given
function to all emitted items, emitting the produced state along the way.
Given a start value (a seed) and a function taking the current state
(starting with the seed) and the currently emitted item and returning a new
state value as a Future, it returns a new Observable that applies the given
function to all emitted items, emitting the produced state along the way.
This operator is to scan what flatMap is to map.
Example:
// dumb long running function, returning a Future result def sumUp(x: Long, y: Int) = Future(x + y) Observable.range(0, 10).flatScan(0L)(sumUp).dump("FlatScan").subscribe() //=> 0: FlatScan-->0 //=> 1: FlatScan-->1 //=> 2: FlatScan-->3 //=> 3: FlatScan-->6 //=> 4: FlatScan-->10 //=> 5: FlatScan-->15 //=> 6: FlatScan-->21 //=> 7: FlatScan-->28 //=> 8: FlatScan-->36 //=> 9: FlatScan-->45 //=> 10: FlatScan completed
NOTE that it does back-pressure and the state produced by this function is emitted in order of the original input. This is the equivalent of concatMap and NOT mergeMap (a mergeScan wouldn't make sense anyway).
Flattens the sequence of Observables emitted by the source into one Observable, without any transformation.
Flattens the sequence of Observables emitted by the source into one Observable, without any transformation.
You can combine the items emitted by multiple Observables so that they act like a single Observable by using this method.
This operation is only available if this is of type Observable[Observable[B]] for some B,
otherwise you'll get a compilation error.
an Observable that emits items that are the result of flattening the items emitted
by the Observables emitted by this
Applies a binary operator to a start value and all elements of this Observable,
going left to right and returns a new Observable that emits only one item
before onComplete.
Applies a binary operator to a start value and all elements of this Observable,
going left to right and returns a new Observable that emits only one item
before onComplete.
Returns an Observable that emits a single boolean, either true, in case the given predicate holds for all the items emitted by the source, or false in case at least one item is not verifying the given predicate.
Returns an Observable that emits a single boolean, either true, in case the given predicate holds for all the items emitted by the source, or false in case at least one item is not verifying the given predicate.
a function that evaluates the items emitted by the source Observable, returning true if they pass the filter
an Observable that emits only true or false in case the given predicate holds or not for all the items
Subscribes to the source Observable and foreach element emitted by the source
it executes the given callback.
Subscribes to the source Observable and foreach element emitted by the source
it executes the given callback.
Only emits the first element emitted by the source observable, after which it's completed immediately.
Only emits the first element emitted by the source observable, after which it's completed immediately.
Emits the first element emitted by the source, or otherwise if the source is completed without
emitting anything, then the default is emitted.
Emits the first element emitted by the source, or otherwise if the source is completed without
emitting anything, then the default is emitted.
Only emits the last element emitted by the source observable, after which it's completed immediately.
Only emits the last element emitted by the source observable, after which it's completed immediately.
Given a function that transforms an Observable[T] into an Observable[U],
it transforms the source observable into an Observable[U].
Given a function that transforms an Observable[T] into an Observable[U],
it transforms the source observable into an Observable[U].
Returns an Observable that applies the given function to each item emitted by an Observable and emits the result.
Returns an Observable that applies the given function to each item emitted by an Observable and emits the result.
a function to apply to each item emitted by the Observable
an Observable that emits the items from the source Observable, transformed by the given function
Converts the source Observable that emits T into an Observable
that emits Notification[T].
Converts the source Observable that emits T into an Observable
that emits Notification[T].
NOTE: onComplete is still emitted after an onNext(OnComplete) notification
however an onError(ex) notification is emitted as an onNext(OnError(ex))
followed by an onComplete.
Takes the elements of the source Observable and emits the maximum value, after the source has completed.
Takes the elements of the source Observable and emits the maximum value, after the source has completed.
Takes the elements of the source Observable and emits the element that has
the maximum key value, where the key is generated by the given function f.
Takes the elements of the source Observable and emits the element that has
the maximum key value, where the key is generated by the given function f.
Merges the sequence of Observables emitted by the source into one Observable, without any transformation.
Merges the sequence of Observables emitted by the source into one Observable, without any transformation.
You can combine the items emitted by multiple Observables so that they act like a single Observable by using this method.
The difference between concat and merge is that concat cares about ordering of
emitted items (e.g. all items emitted by the first observable in the sequence will come before
the elements emitted by the second observable), whereas merge doesn't care about that
(elements get emitted as they come). Because of back-pressure applied to observables,
concat is safe to use in all contexts, whereas merge requires buffering.
the policy used for buffering, useful if you want to limit the buffer size and apply back-pressure, trigger and error, etc... see the available buffer policies.
a number indicating the maximum number of observables subscribed in parallel; if negative or zero, then no upper bound is applied
an Observable that emits items that are the result of flattening the items emitted
by the Observables emitted by this
Creates a new Observable by applying a function that you supply to each item emitted by the source Observable, where that function returns an Observable, and then merging those resulting Observables and emitting the results of this merger.
Creates a new Observable by applying a function that you supply to each item emitted by the source Observable, where that function returns an Observable, and then merging those resulting Observables and emitting the results of this merger.
a function that, when applied to an item emitted by the source Observable, returns an Observable
an Observable that emits the result of applying the transformation function to each item emitted by the source Observable and merging the results of the Observables obtained from this transformation.
Takes the elements of the source Observable and emits the minimum value, after the source has completed.
Takes the elements of the source Observable and emits the minimum value, after the source has completed.
Takes the elements of the source Observable and emits the element that has
the minimum key value, where the key is generated by the given function f.
Takes the elements of the source Observable and emits the element that has
the minimum key value, where the key is generated by the given function f.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e. whose source is shared by all observers).
Returns a new Observable that uses the specified ExecutionContext for listening to the emitted items.
Returns a new Observable that uses the specified ExecutionContext for listening to the emitted items.
the execution context on top of which the generated onNext / onComplete / onError events will run
specifies the buffering policy used by the created asynchronous boundary
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e. whose source is shared by all observers). The underlying subject used is a PublishSubject.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e. whose source is shared by all observers). The underlying subject used is a AsyncSubject.
Wraps this Observable into a org.reactivestreams.Publisher.
Wraps this Observable into a org.reactivestreams.Publisher.
End the stream.
End the stream.
Ends the stream with an error.
Ends the stream with an error.
Push the given events down the stream.
Push the given events down the stream.
Applies a binary operator to a start value and all elements of this Observable,
going left to right and returns a new Observable that emits only one item
before onComplete.
Applies a binary operator to a start value and all elements of this Observable,
going left to right and returns a new Observable that emits only one item
before onComplete.
Repeats the items emitted by this Observable continuously.
Repeats the items emitted by this Observable continuously. It caches the generated items until onComplete
and repeats them ad infinitum. On error it terminates.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e.
Converts this observable into a multicast observable, useful for turning a cold observable into a hot one (i.e. whose source is shared by all observers). The underlying subject used is a ReplaySubject.
Wraps the observer implementation given to subscribeFn into a
SafeObserver.
Wraps the observer implementation given to subscribeFn into a
SafeObserver.
Normally wrapping in a SafeObserver happens at the edges of the monad
(in the user-facing subscribe() implementation) or in Observable subscribe implementations,
so this wrapping is useful.
Emit the most recent items emitted by an Observable within periodic time intervals.
Emit the most recent items emitted by an Observable within periodic time intervals.
Use the sample() method to periodically look at an Observable to see what item it has most recently emitted since the previous sampling. Note that if the source Observable has emitted no items since the last time it was sampled, the Observable that results from the sample( ) operator will emit no item for that sampling period.
the initial delay after which sampling can happen
the timespan at which sampling occurs and note that this is
not accurate as it is subject to back-pressure concerns - as in
if the delay is 1 second and the processing of an event on onNext
in the observer takes one second, then the actual sampling delay
will be 2 seconds.
is the Scheduler needed for triggering the sample events.
Emit the most recent items emitted by an Observable within periodic time intervals.
Emit the most recent items emitted by an Observable within periodic time intervals.
Use the sample() method to periodically look at an Observable to see what item it has most recently emitted since the previous sampling. Note that if the source Observable has emitted no items since the last time it was sampled, the Observable that results from the sample( ) operator will emit no item for that sampling period.
the timespan at which sampling occurs and note that this is
not accurate as it is subject to back-pressure concerns - as in
if the delay is 1 second and the processing of an event on onNext
in the observer takes one second, then the actual sampling delay
will be 2 seconds.
is the Scheduler needed for triggering the sample events.
Applies a binary operator to a start value and all elements of this Observable, going left to right and returns a new Observable that emits on each step the result of the applied function.
Applies a binary operator to a start value and all elements of this Observable, going left to right and returns a new Observable that emits on each step the result of the applied function.
Similar to foldLeft, but emits the state on each step. Useful for modeling finite state machines.
Creates a new Observable that emits the given elements and then it also emits the events of the source (prepend operation).
Creates a new Observable that emits the given elements and then it also emits the events of the source (prepend operation).
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and starts the stream.
Creates the subscription and that starts the stream.
Creates the subscription and that starts the stream.
is an Observer on which onNext, onComplete and onError
happens, according to the Monifu Rx contract.
Characteristic function for an Observable instance,
that creates the subscription and that eventually starts the streaming of events
to the given Observer, being meant to be overridden in custom combinators
or in classes implementing Observable.
Characteristic function for an Observable instance,
that creates the subscription and that eventually starts the streaming of events
to the given Observer, being meant to be overridden in custom combinators
or in classes implementing Observable.
is an Observer on which onNext, onComplete and onError
happens, according to the Monifu Rx contract.
Returns a new Observable that uses the specified ExecutionContext for initiating the subscription.
Returns a new Observable that uses the specified ExecutionContext for initiating the subscription.
Given a source that emits numeric values, the sum operator
sums up all values and at onComplete it emits the total.
Given a source that emits numeric values, the sum operator
sums up all values and at onComplete it emits the total.
Drops the first element of the source observable, emitting the rest.
Drops the first element of the source observable, emitting the rest.
Creates a new Observable that emits the events of the source, only
for the specified timestamp, after which it completes.
Creates a new Observable that emits the events of the source, only
for the specified timestamp, after which it completes.
the window of time during which the new Observable is allowed to emit the events of the source
is the Scheduler needed for triggering the timeout event.
Selects the first n elements (from the start).
Selects the first n elements (from the start).
the number of elements to take
a new Observable that emits only the first n elements from the source
Creates a new Observable that only emits the last n elements
emitted by the source.
Creates a new Observable that only emits the last n elements
emitted by the source.
Returns the values from the source Observable until the other Observable produces a value.
Returns the values from the source Observable until the other Observable produces a value.
The second Observable can cause takeUntil to quit emitting items
either by emitting an event or by completing with
onError or onCompleted.
Takes longest prefix of elements that satisfy the given predicate and returns a new Observable that emits those elements.
Takes longest prefix of elements that satisfy the given predicate and returns a new Observable that emits those elements.
Takes longest prefix of elements that satisfy the given predicate and returns a new Observable that emits those elements.
Takes longest prefix of elements that satisfy the given predicate and returns a new Observable that emits those elements.
Creates the subscription that eventually starts the stream.
Creates the subscription that eventually starts the stream.
This function is "unsafe" to call because it does not protect the calls to the
given Observer implementation in regards to unexpected exceptions that
violate the contract, therefore the given instance must respect its contract
and not throw any exceptions when the observable calls onNext,
onComplete and onError. if it does, then the behavior is undefined.
is an Observer that respects Monifu Rx contract.
Creates a new Observable from this Observable and another given Observable, by emitting elements combined in pairs.
Creates a new Observable from this Observable and another given Observable, by emitting elements combined in pairs. If one of the Observable emits fewer events than the other, then the rest of the unpaired events are ignored.
Represents a Channel that uses an underlying ReplaySubject.