use_isolate library

Classes

BackpressureStrategy<Q, R>: Class to implement to support a backpressure strategy. This is used to make sure job queues are handled properly.
CombineBackPressureStrategy<Q, R>: An implementation of BackpressureStrategy that allows for manual merge of input data for calls to the isolate function.
DiscardNewBackPressureStrategy<Q, R>: An implementation of BackpressureStrategy that has a job queue with size one, and as long as the queue is populated all new jobs will be dropped.
IsolateGetter: Interface for exposing the compute function for a StatefulIsolate.
NoBackPressureStrategy<Q, R>: An implementation of BackpressureStrategy that uses a FIFO stack for handling backpressure.
ReplaceBackpressureStrategy<Q, R>: An implementation of BackpressureStrategy that has a job queue with size one, and discards the queue upon adding a new job.
StatefulIsolate: A class that makes running code in an isolate almost as easy as running Flutter's compute function.
TailoredIsolateGetter<Q, R>: Interface for exposing the compute function for a TailoredStatefulIsolate.
TailoredStatefulIsolate<Q, R>: A class that makes running code in an isolate almost as easy as running Flutter's compute function.

useIsolate({BackpressureStrategy? backpressureStrategy}) → StatefulIsolate: A hook that exposes a StatefulIsolate.
useTailoredIsolate<Q, R>({BackpressureStrategy<Q, R>? backpressureStrategy}) → TailoredStatefulIsolate<Q, R>: A hook that exposes a TailoredStatefulIsolate.

IsolateCallback<Q, R> = FutureOr<R> Function(Q message): Signature for the callback passed to StatefulIsolate.compute.
IsolateComputeImpl = Future<R> Function<Q, R>(IsolateCallback<Q, R> callback, Q message, {String? debugLabel}): Data type of the implementation of the computation function.
IsolateStream<Q, R> = Stream<R> Function(Q message): Signature for the callback passed to StatefulIsolate.computeStream.
IsolateStreamComputeImpl = Future<R> Function<Q, R>(IsolateStream<Q, R> callback, Q message, {String? debugLabel}): Data type of the implementation of the stream function.
TailoredIsolateComputeImpl<Q, R> = Future<R> Function(IsolateCallback<Q, R> callback, Q message, {String? debugLabel}): Data type of the implementation of the computation function.

BackpressureDropException: Exception that is thrown when a job is dropped due to backpressure.
DropException: Base exception that is thrown when job is dropped.
InitException: Exception that is thrown if init has not been called before starting to use isolate.
IsolateClosedDropException: Exception that is thrown when a job is dropped due to isolate being closed.
UnexpectedDropException: Exception that preferably should never occur, but that will be thrown when the isolate call was dropped in unexpected cases.