Flux
sequence into continuous, non-overlapping windows
where the window boundary is signalled by another Publisher
Note that windows are a live view of part of the underlying source publisher,
and as such their lifecycle is tied to that source.Flux
windows.Function
, into multiple Flux
windows.Function
and compared using a supplied BiPredicate
, into multiple
Flux
windows.Flux
sequence into potentially overlapping windows controlled by items of a
start Publisher
and end Publisher
derived from the start values.Context
to be propagated by the StepVerifier
when it
subscribes to the sequence under test.Flux
and another
Publisher
through a BiFunction
and emits the result.context
that can be used to manipulate state on retries.context
that can be used to manipulate state on retries.StepVerifier
in a controlled environment using
VirtualTimeScheduler
to manipulate a virtual clock via
StepVerifier.Step.thenAwait()
.StepVerifier
in a controlled environment using
VirtualTimeScheduler
to manipulate a virtual clock via
StepVerifier.Step.thenAwait()
.StepVerifier
in a controlled environment using
a user-provided VirtualTimeScheduler
to manipulate a virtual clock via
StepVerifier.Step.thenAwait()
.StepVerifier
in a controlled environment using
a user-provided VirtualTimeScheduler
to manipulate a virtual clock via
StepVerifier.Step.thenAwait()
.Queue
wrappers that were previously registered.Throwable
delivered via Subscriber.onError(Throwable)
from an upstream Publisher
that itself
emits Publisher
s to distinguish the error signal from
the inner sequence's processing errors.