Uses of Interface
io.activej.csp.ChannelSupplier

Packages that use ChannelSupplier

Package	Description
io.activej.csp
io.activej.csp.binary
io.activej.csp.dsl
io.activej.csp.file
io.activej.csp.net
io.activej.csp.process
io.activej.csp.queue

Uses of ChannelSupplier in io.activej.csp

Classes in io.activej.csp that implement ChannelSupplier

Modifier and Type	Class	Description
class	AbstractChannelSupplier<T>
static final class	ChannelSuppliers.ChannelSupplierConcat<T>
static class	ChannelSuppliers.ChannelSupplierEmpty<T>	Represents a ChannelSupplier which always returns a promise of null.
static final class	ChannelSuppliers.ChannelSupplierOfException<T>	Represents a ChannelSupplier which always returns a promise of exception.
static final class	ChannelSuppliers.ChannelSupplierOfIterator<T>	Represents a ChannelSupplier which wraps the provided iterator and returns promises of iterator's values until hasNext() is true, when there are no more values left, a promise of null is returned.
static final class	ChannelSuppliers.ChannelSupplierOfValue<T>	Represents a ChannelSupplier of one value.

Methods in io.activej.csp that return ChannelSupplier

Modifier and Type	Method	Description
default ChannelSupplier<T>	ChannelSupplier.async()	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier and makes its promise complete asynchronously.
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(ChannelSupplier<? extends T>... suppliers)
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(ChannelSupplier<? extends T> supplier1, ChannelSupplier<? extends T> supplier2)
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(Iterator<? extends ChannelSupplier<? extends T>> iterator)	Creates a new ChannelSupplier which on get() call returns the result wrapped in promise of the first ChannelSuppliers' promise that was successfully completed with a non-null result.
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(List<ChannelSupplier<? extends T>> suppliers)
default ChannelSupplier<T>	ChannelSupplier.filter(Predicate<? super T> predicate)	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier and checks if its Promise's value(s) match(es) the predicate, leaving only those value(s) which pass the test.
default ChannelSupplier<T>	ChannelOutput.getSupplier()
default ChannelSupplier<T>	ChannelOutput.getSupplier(ChannelQueue<T> queue)
static ChannelSupplier<io.activej.bytebuf.ByteBuf>	ChannelSuppliers.inputStreamAsChannelSupplier(Executor executor, int bufSize, InputStream inputStream)	Creates an asynchronous ChannelSupplier<io.activej.bytebuf.ByteBuf> out of some InputStream.
static ChannelSupplier<io.activej.bytebuf.ByteBuf>	ChannelSuppliers.inputStreamAsChannelSupplier(Executor executor, io.activej.common.MemSize bufSize, InputStream is)
static ChannelSupplier<io.activej.bytebuf.ByteBuf>	ChannelSuppliers.inputStreamAsChannelSupplier(Executor executor, InputStream is)	Creates an asynchronous ChannelSupplier out of some InputStream.
default ChannelSupplier<T>	ChannelSupplier.lenient()	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier.
default <V> ChannelSupplier<V>	ChannelSupplier.map(io.activej.common.function.FunctionEx<? super @NotNull T,? extends V> fn)	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier and when its Promise completes, applies provided fn to the result.
default <V> ChannelSupplier<V>	ChannelSupplier.mapAsync(Function<? super @NotNull T,io.activej.promise.Promise<V>> fn)	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier and applies provided fn to its Promise asynchronously.
static <T> ChannelSupplier<T>	ChannelSupplier.of()	Returns a ChannelSuppliers.ChannelSupplierEmpty.
static <T> ChannelSupplier<T>	ChannelSupplier.of(io.activej.async.function.AsyncSupplier<T> supplier)
static <T> ChannelSupplier<T>	ChannelSupplier.of(io.activej.async.function.AsyncSupplier<T> supplier, @Nullable io.activej.async.process.AsyncCloseable closeable)	Wraps AsyncSupplier in ChannelSupplier, when get() is called, AsyncSupplier's get() will be executed.
static <T> ChannelSupplier<T>	ChannelSupplier.of(T value)	Wraps provided value to a ChannelSuppliers.ChannelSupplierOfValue.
static <T> ChannelSupplier<T>	ChannelSupplier.of(T... values)
static <T> ChannelSupplier<T>	ChannelSupplier.ofAnotherEventloop(@NotNull io.activej.eventloop.Eventloop anotherEventloop, @NotNull ChannelSupplier<T> anotherEventloopSupplier)
static <T> ChannelSupplier<T>	ChannelSupplier.ofConsumer(Consumer<ChannelConsumer<T>> consumer, ChannelQueue<T> queue)	Returns a ChannelSupplier received from ChannelQueue.
static <T> ChannelSupplier<T>	ChannelSupplier.ofException(Exception e)	Returns a ChannelSuppliers.ChannelSupplierOfException of provided exception.
static <T> ChannelSupplier<T>	ChannelSupplier.ofIterator(Iterator<? extends T> iterator)	Wraps provided Iterator into ChannelSuppliers.ChannelSupplierOfIterator.
static <T> ChannelSupplier<T>	ChannelSupplier.ofLazyProvider(Supplier<? extends ChannelSupplier<T>> provider)	Returns a ChannelSupplier wrapped in Supplier and calls its get() when get() method is called.
static <T> ChannelSupplier<T>	ChannelSupplier.ofList(List<? extends T> list)
static <T> ChannelSupplier<T>	ChannelSupplier.ofPromise(io.activej.promise.Promise<? extends ChannelSupplier<T>> promise)	Wraps promise of ChannelSupplier in ChannelSupplier or returns the ChannelSupplier from promise itself.
static ChannelSupplier<io.activej.bytebuf.ByteBuf>	ChannelSupplier.ofSocket(AsyncTcpSocket socket)	Wraps AsyncTcpSocket.read() operation into ChannelSupplier
static <T> ChannelSupplier<T>	ChannelSupplier.ofStream(Stream<? extends T> stream)
static <T> ChannelSupplier<T>	ChannelSupplier.ofSupplier(Supplier<io.activej.promise.Promise<T>> supplier)	Wraps provided default Supplier to ChannelSupplier.
default ChannelSupplier<T>	ChannelSupplier.peek(Consumer<? super T> fn)	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier and when its Promise completes successfully, the result is accepted by the provided fn.
static <T> ChannelSupplier<T>	ChannelSuppliers.prefetch(int count, ChannelSupplier<T> actual)
static <T> ChannelSupplier<T>	ChannelSuppliers.prefetch(ChannelSupplier<T> actual)
static <T, V> ChannelSupplier<V>	ChannelSuppliers.remap(ChannelSupplier<T> supplier, Function<? super T,? extends Iterator<? extends V>> fn)	Transforms this ChannelSupplier data of type with provided fn, which returns an Iterator of a type.
default ChannelSupplier<T>	ChannelSupplier.until(Predicate<? super T> predicate)	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier, when its get is called, its values will be returned until they don't fit the predicate.
default ChannelSupplier<T>	ChannelSupplier.withEndOfStream(UnaryOperator<io.activej.promise.Promise<Void>> fn)
default ChannelSupplier<T>	ChannelSupplier.withExecutor(io.activej.async.process.AsyncExecutor asyncExecutor)	Creates and returns a new AbstractChannelSupplier based on current ChannelSupplier and makes its promise executed by the provided asyncExecutor.

Methods in io.activej.csp with parameters of type ChannelSupplier

Modifier and Type	Method	Description
static InputStream	ChannelSuppliers.channelSupplierAsInputStream(io.activej.eventloop.Eventloop eventloop, ChannelSupplier<io.activej.bytebuf.ByteBuf> channelSupplier)	Creates an InputStream out of a ChannelSupplier<io.activej.bytebuf.ByteBuf>.
static <T, A, R> io.activej.promise.Promise<R>	ChannelSuppliers.collect(ChannelSupplier<T> supplier, A initialValue, io.activej.common.function.BiConsumerEx<A,T> accumulator, io.activej.common.function.FunctionEx<A,R> finisher)	Collects data provided by the supplier asynchronously and returns a promise of accumulated result.
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(ChannelSupplier<? extends T>... suppliers)
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(ChannelSupplier<? extends T> supplier1, ChannelSupplier<? extends T> supplier2)
static <T> ChannelSupplier<T>	ChannelSupplier.ofAnotherEventloop(@NotNull io.activej.eventloop.Eventloop anotherEventloop, @NotNull ChannelSupplier<T> anotherEventloopSupplier)
static <T> ChannelSupplier<T>	ChannelSuppliers.prefetch(int count, ChannelSupplier<T> actual)
static <T> ChannelSupplier<T>	ChannelSuppliers.prefetch(ChannelSupplier<T> actual)
static <T, V> ChannelSupplier<V>	ChannelSuppliers.remap(ChannelSupplier<T> supplier, Function<? super T,? extends Iterator<? extends V>> fn)	Transforms this ChannelSupplier data of type with provided fn, which returns an Iterator of a type.
io.activej.promise.Promise<Void>	ChannelInput.set(ChannelSupplier<T> input)
static <T> io.activej.promise.Promise<Void>	ChannelSuppliers.streamTo(ChannelSupplier<T> supplier, ChannelConsumer<T> consumer)	Streams data from the supplier to the consumer until get() of supplier returns a promise of null.

Method parameters in io.activej.csp with type arguments of type ChannelSupplier

Modifier and Type	Method	Description
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(Iterator<? extends ChannelSupplier<? extends T>> iterator)	Creates a new ChannelSupplier which on get() call returns the result wrapped in promise of the first ChannelSuppliers' promise that was successfully completed with a non-null result.
static <T> ChannelSupplier<T>	ChannelSuppliers.concat(List<ChannelSupplier<? extends T>> suppliers)
static <T> ChannelSupplier<T>	ChannelSupplier.ofLazyProvider(Supplier<? extends ChannelSupplier<T>> provider)	Returns a ChannelSupplier wrapped in Supplier and calls its get() when get() method is called.
static <T> ChannelSupplier<T>	ChannelSupplier.ofPromise(io.activej.promise.Promise<? extends ChannelSupplier<T>> promise)	Wraps promise of ChannelSupplier in ChannelSupplier or returns the ChannelSupplier from promise itself.
static <T> ChannelConsumer<T>	ChannelConsumer.ofSupplier(io.activej.async.function.AsyncConsumer<ChannelSupplier<T>> supplierConsumer)
static <T> ChannelConsumer<T>	ChannelConsumer.ofSupplier(io.activej.async.function.AsyncConsumer<ChannelSupplier<T>> supplierConsumer, ChannelQueue<T> queue)
static <T> io.activej.promise.Promise<Void>	ChannelSuppliers.streamTo(io.activej.common.collection.Try<ChannelSupplier<T>> supplier, io.activej.common.collection.Try<ChannelConsumer<T>> consumer)
static <T> io.activej.promise.Promise<Void>	ChannelSuppliers.streamTo(io.activej.promise.Promise<ChannelSupplier<T>> supplier, io.activej.promise.Promise<ChannelConsumer<T>> consumer)

Constructor parameters in io.activej.csp with type arguments of type ChannelSupplier

Modifier	Constructor	Description
	ChannelSupplierConcat(Iterator<? extends ChannelSupplier<? extends T>> iterator, boolean ownership)

Uses of ChannelSupplier in io.activej.csp.binary

Methods in io.activej.csp.binary that return ChannelSupplier

Modifier and Type	Method	Description
final <T> ChannelSupplier<T>	BinaryChannelSupplier.decodeStream(ByteBufsDecoder<T> decoder)

Methods in io.activej.csp.binary with parameters of type ChannelSupplier

Modifier and Type	Method	Description
static BinaryChannelSupplier	BinaryChannelSupplier.of(ChannelSupplier<io.activej.bytebuf.ByteBuf> input)
default io.activej.promise.Promise<Void>	BinaryChannelInput.set(ChannelSupplier<io.activej.bytebuf.ByteBuf> input)

Uses of ChannelSupplier in io.activej.csp.dsl

Methods in io.activej.csp.dsl that return ChannelSupplier

Modifier and Type	Method	Description
default ChannelSupplier<O>	WithChannelTransformer.transform(ChannelSupplier<I> supplier)

Methods in io.activej.csp.dsl that return types with arguments of type ChannelSupplier

Modifier and Type	Method	Description
static <T> ChannelSupplierTransformer<T,ChannelSupplier<T>>	ChannelSupplierTransformer.identity()

Methods in io.activej.csp.dsl with parameters of type ChannelSupplier

Modifier and Type	Method	Description
R	ChannelSupplierTransformer.transform(ChannelSupplier<T> supplier)
default ChannelSupplier<O>	WithChannelTransformer.transform(ChannelSupplier<I> supplier)
default B	WithChannelInput.withInput(ChannelSupplier<T> input)

Uses of ChannelSupplier in io.activej.csp.file

Classes in io.activej.csp.file that implement ChannelSupplier

Modifier and Type	Class	Description
final class	ChannelFileReader	This supplier allows you to asynchronously read binary data from a file.

Uses of ChannelSupplier in io.activej.csp.net

Methods in io.activej.csp.net that return ChannelSupplier

Modifier and Type	Method	Description
ChannelSupplier<io.activej.bytebuf.ByteBuf>	Messaging.receiveBinaryStream()
ChannelSupplier<io.activej.bytebuf.ByteBuf>	MessagingWithBinaryStreaming.receiveBinaryStream()

Uses of ChannelSupplier in io.activej.csp.process

Fields in io.activej.csp.process declared as ChannelSupplier

Modifier and Type	Field	Description
protected ChannelSupplier<I>	AbstractChannelTransformer.input

Methods in io.activej.csp.process that return ChannelSupplier

Modifier and Type	Method	Description
protected final <T> ChannelSupplier<T>	AbstractCommunicatingProcess.sanitize(ChannelSupplier<T> supplier)

Methods in io.activej.csp.process with parameters of type ChannelSupplier

Modifier and Type	Method	Description
static <T> ChannelSplitter<T>	ChannelSplitter.create(ChannelSupplier<T> input)
protected final <T> ChannelSupplier<T>	AbstractCommunicatingProcess.sanitize(ChannelSupplier<T> supplier)

Uses of ChannelSupplier in io.activej.csp.queue

Methods in io.activej.csp.queue that return ChannelSupplier

Modifier and Type	Method	Description
default ChannelSupplier<T>	ChannelQueue.getSupplier()	Returns a ChannelSupplier which gets value from this queue wrapped in Promise when get() is called.
default ChannelSupplier<T>	ChannelQueue.transform(ChannelSupplier<T> supplier)

Methods in io.activej.csp.queue with parameters of type ChannelSupplier

Modifier and Type	Method	Description
default ChannelSupplier<T>	ChannelQueue.transform(ChannelSupplier<T> supplier)