Uses of Interface
com.fnproject.fn.api.flow.FlowFuture

Uses of FlowFuture in com.fnproject.fn.api.flow

Methods in com.fnproject.fn.api.flow that return FlowFuture

Modifier and Type	Method and Description
FlowFuture<Void>	FlowFuture.acceptEither(FlowFuture<? extends T> alt, Flows.SerConsumer<T> fn) Run an action when the first of two futures completes successfully.
FlowFuture<Void>	Flow.allOf(FlowFuture<?>... flowFutures) Wait for all a list of tasks to complete
FlowFuture<Object>	Flow.anyOf(FlowFuture<?>... flowFutures) Wait for any of a list of tasks to complete
<U> FlowFuture<U>	FlowFuture.applyToEither(FlowFuture<? extends T> alt, Flows.SerFunction<T,U> fn) Transform the outcome of the first of two futures to complete successfully.
<T> FlowFuture<T>	Flow.completedValue(T value) Create a completed future for a specified value.
<T> FlowFuture<T>	Flow.createFlowFuture() Create an uncompleted future
FlowFuture<Void>	Flow.delay(long i, TimeUnit tu) Create a future that completes successfully after a specified delay
FlowFuture<T>	FlowFuture.exceptionally(Flows.SerFunction<Throwable,? extends T> fn) Handle exceptional completion of this future and convert exceptions to the original type of this future.
FlowFuture<T>	FlowFuture.exceptionallyCompose(Flows.SerFunction<Throwable,FlowFuture<T>> fn) Compose a new computation on to the completion of this future to handle errors,
<T> FlowFuture<T>	Flow.failedFuture(Throwable ex) Create a completed future that propagates a failed value
<X> FlowFuture<X>	FlowFuture.handle(Flows.SerBiFunction<? super T,Throwable,? extends X> fn) Invoke a handler when a computation is complete, regardless of whether it completed successfully or with an error - optionally transforming the resulting value or error to a new value.
default FlowFuture<HttpResponse>	Flow.invokeFunction(String functionId, HttpMethod method) Invoke a function by ID with no headers
default FlowFuture<HttpResponse>	Flow.invokeFunction(String functionId, HttpMethod method, com.fnproject.fn.api.Headers headers) Invoke a function by ID with headers and an empty body
FlowFuture<HttpResponse>	Flow.invokeFunction(String functionId, HttpMethod method, com.fnproject.fn.api.Headers headers, byte[] data) Invoke a fn function and yield the result
<U> FlowFuture<HttpResponse>	Flow.invokeFunction(String functionId, HttpMethod method, com.fnproject.fn.api.Headers headers, U input) Invoke a function by ID using input and output coercion and a specified method and headers
<T extends Serializable,U> FlowFuture<T>	Flow.invokeFunction(String functionId, HttpMethod method, com.fnproject.fn.api.Headers headers, U input, Class<T> responseType) Invoke a function by ID using input and output coercion and a specified method and headers
default <U> FlowFuture<HttpResponse>	Flow.invokeFunction(String functionId, U input) Invoke a function by ID using input and output coercion, default method (POST) and no response type
default <T extends Serializable,U> FlowFuture<T>	Flow.invokeFunction(String functionId, U input, Class<T> responseType) Invoke a function by ID using input and output coercion
<T> FlowFuture<T>	Flow.supply(Flows.SerCallable<T> c) Invoke an asynchronous task that yields a value
FlowFuture<Void>	Flow.supply(Flows.SerRunnable runnable) Invoke an asynchronous task that does not yield a value
FlowFuture<Void>	FlowFuture.thenAccept(Flows.SerConsumer<T> fn) Perform an action when this future completes successfully.
<U> FlowFuture<Void>	FlowFuture.thenAcceptBoth(FlowFuture<U> other, Flows.SerBiConsumer<T,U> fn) Perform an action when this and another future have both completed normally:
<X> FlowFuture<X>	FlowFuture.thenApply(Flows.SerFunction<T,X> fn) Applies a transformation to the successfully completed value of this future.
<U,X> FlowFuture<X>	FlowFuture.thenCombine(FlowFuture<? extends U> other, Flows.SerBiFunction<? super T,? super U,? extends X> fn) Combine the result of this future and another future into a single value when both have completed normally:
<X> FlowFuture<X>	FlowFuture.thenCompose(Flows.SerFunction<T,FlowFuture<X>> fn) Compose a new computation on to the completion of this future
FlowFuture<Void>	FlowFuture.thenRun(Flows.SerRunnable fn) Run an action when this future has completed normally.
FlowFuture<T>	FlowFuture.whenComplete(Flows.SerBiConsumer<T,Throwable> fn) Perform an action when a computation is complete, regardless of whether it completed successfully or with an error.

Methods in com.fnproject.fn.api.flow with parameters of type FlowFuture

Modifier and Type	Method and Description
FlowFuture<Void>	FlowFuture.acceptEither(FlowFuture<? extends T> alt, Flows.SerConsumer<T> fn) Run an action when the first of two futures completes successfully.
FlowFuture<Void>	Flow.allOf(FlowFuture<?>... flowFutures) Wait for all a list of tasks to complete
FlowFuture<Object>	Flow.anyOf(FlowFuture<?>... flowFutures) Wait for any of a list of tasks to complete
<U> FlowFuture<U>	FlowFuture.applyToEither(FlowFuture<? extends T> alt, Flows.SerFunction<T,U> fn) Transform the outcome of the first of two futures to complete successfully.
<U> FlowFuture<Void>	FlowFuture.thenAcceptBoth(FlowFuture<U> other, Flows.SerBiConsumer<T,U> fn) Perform an action when this and another future have both completed normally:
<U,X> FlowFuture<X>	FlowFuture.thenCombine(FlowFuture<? extends U> other, Flows.SerBiFunction<? super T,? super U,? extends X> fn) Combine the result of this future and another future into a single value when both have completed normally:

Method parameters in com.fnproject.fn.api.flow with type arguments of type FlowFuture

Modifier and Type	Method and Description
FlowFuture<T>	FlowFuture.exceptionallyCompose(Flows.SerFunction<Throwable,FlowFuture<T>> fn) Compose a new computation on to the completion of this future to handle errors,
<X> FlowFuture<X>	FlowFuture.thenCompose(Flows.SerFunction<T,FlowFuture<X>> fn) Compose a new computation on to the completion of this future