org.refcodes.io (org.refcodes:refcodes-io 1.10.2 API)

Interface Summary
Interface	Description
BidirectionalConnectionByteTransceiver<INPUT,OUTPUT>	The `BidirectionalConnectionByteTransceiver` defines the `DatagramTransceiver` functionality set on top of a I/O connection (as of the `BidirectionalConnectionComponent.BidirectionalConnectionAutomaton`).
BidirectionalConnectionTransceiver<DATA extends java.io.Serializable,INPUT,OUTPUT>	The `BidirectionalConnectionTransceiver` defines the `DatagramTransceiver` functionality set on top of a I/O connection (as of the `BidirectionalConnectionComponent.BidirectionalConnectionAutomaton`).
BidirectionalStreamConnectionByteTransceiver	A `BidirectionalStreamConnectionByteTransceiver` is a `DatagramTransceiver` connected through I/O streams with another `BidirectionalStreamConnectionByteTransceiver`.
BidirectionalStreamConnectionTransceiver<DATA extends java.io.Serializable>	A `BidirectionalStreamConnectionTransceiver` is a `DatagramTransceiver` connected through I/O streams with another `BidirectionalStreamConnectionTransceiver`.
BlockConsumer<DATA extends java.io.Serializable>	The `BlockConsumer` is used to send datagram blocks (arrays) in a unified way.
BlockProvider<DATA extends java.io.Serializable>	The `BlockProvider` is used to receive datagram blocks (arrays) in a unified way.
BlockReceiver<DATA extends java.io.Serializable>	The `BlockReceiver` is used to receive datagram blocks (arrays) in a unified way.
BlockSender<DATA extends java.io.Serializable>	The `BlockSender` is used to send datagram blocks (arrays) in a unified way.
BlockTransceiver<DATA extends java.io.Serializable>	Combines the `BlockSender` and `BlockReceiver` functionality in a single interface to be implemented by a single class so that `BlockSender` and `BlockReceiver` functionality can be provided by a single instance.
ByteArrayConsumer	The Interface ByteArrayConsumer.
ByteArrayProvider	The Interface ByteArrayProvider.
ByteArrayReceiver	The Interface ByteArrayReceiver.
ByteBlockConsumer	The `ByteBlockConsumer` is used to send byte blocks (arrays) in a unified way.
ByteBlockProvider	The `ByteBlockProvider` is used to receive byte blocks (arrays) in a unified way.
ByteBlockReceiver	The `ByteBlockReceiver` is used to receive byte blocks (arrays) in a unified way.
ByteBlockSender	The `ByteBlockSender` is used to send byte blocks (arrays) in a unified way.
ByteBlockTransceiver	Combines the `BlockSender` and `BlockReceiver` functionality in a single interface to be implemented by a single class so that `BlockSender` and `BlockReceiver` functionality can be provided by a single instance.
ByteConsumer	The Interface ByteConsumer.
ByteDatagramConsumer	The `ByteDatagramConsumer` is used to send bytes in a unified way.
ByteDatagramInputStream	(as `InputStream` does not provide some useful interface)
ByteDatagramOutputStream	(as `OutputStream` does not provide some useful interface)
ByteDatagramProvider	The `ByteDatagramProvider` is used to receive bytes in a unified way.
ByteDatagramReceiver	The `ByteDatagramReceiver` is used to receive bytes in a unified way.
ByteDatagramSender	The `ByteDatagramSender` is used to send bytes in a unified way.
ByteDatagramTransceiver	Combines the `DatagramSender` and `DatagramReceiver` functionality in a single interface to be implemented by a single class so that `DatagramSender` and `DatagramReceiver` functionality can be provided by a single instance.
ByteProvider	The Interface ByteProvider.
ByteReceiver	The Interface ByteReceiver.
ByteSender	The Interface ByteSender.
ByteTransceiver	A `ByteTransceiver` combines the functionality of a `ByteSender` and of a `ByteReceiver`. e.g. for building loopback devices.
ConnectionByteReceiver<CON>	The `ConnectionByteReceiver` defines the `DatagramReceiver` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`) for data types "byte".
ConnectionByteSender<CON>	The `ConnectionByteSender` defines the `DatagramSender` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`) for data types "byte".
ConnectionByteTransceiver<CON>	The `ConnectionByteTransceiver` defines the `DatagramTransceiver` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`) for data types "byte".
ConnectionReceiver<DATA extends java.io.Serializable,CON>	The `ConnectionReceiver` defines the `DatagramReceiver` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`).
ConnectionSender<DATA extends java.io.Serializable,CON>	The `ConnectionSender` defines the `DatagramSender` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`).
ConnectionShortReceiver<CON>	The `ConnectionShortReceiver` defines the `DatagramReceiver` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`) for data types "short".
ConnectionShortSender<CON>	The `ConnectionShortSender` defines the `DatagramSender` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`) for data types "short".
ConnectionShortTransceiver<CON>	The `ConnectionShortTransceiver` defines the `DatagramTransceiver` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`) for data types "short".
ConnectionTransceiver<DATA extends java.io.Serializable,CON>	The `ConnectionTransceiver` defines the `DatagramTransceiver` functionality set on top of a connection (as of the `ConnectionComponent.ConnectionAutomaton`).
Consumer<DATA extends java.io.Serializable>	The Interface Consumer.
DatagramConsumer<DATA extends java.io.Serializable>	The `DatagramConsumer` is used to send datagrams in a unified way.
DatagramProvider<DATA extends java.io.Serializable>	The `DatagramProvider` is used to receive datagrams in a unified way.
DatagramReceiver<DATA extends java.io.Serializable>	The `DatagramReceiver` is used to receive datagrams in a unified way.
DatagramSender<DATA extends java.io.Serializable>	The `DatagramSender` is used to send datagrams in a unified way.
DatagramTransceiver<DATA extends java.io.Serializable>	Combines the `DatagramSender` and `DatagramReceiver` functionality in a single interface to be implemented by a single class so that `DatagramSender` and `DatagramReceiver` functionality can be provided by a single instance.
InputStreamAccessor	Provides an accessor for a Input-Stream property.
InputStreamAccessor.InputStreamBuilder<B extends InputStreamAccessor.InputStreamBuilder<B>>	Provides a builder method for a Input-Stream property returning the builder for applying multiple build operations.
InputStreamAccessor.InputStreamMutator	Provides a mutator for a Input-Stream property.
InputStreamAccessor.InputStreamProperty	Provides a Input-Stream property.
InputStreamConnectionByteReceiver	A `InputStreamConnectionByteReceiver` is a `DatagramReceiver` connected through I/O streams with a `OutputStreamConnectionSender`.
InputStreamConnectionReceiver<DATA extends java.io.Serializable>	A `InputStreamConnectionReceiver` is a `DatagramReceiver` connected through I/O streams with a `OutputStreamConnectionSender`.
InputStreamStringBuilder	The `InputStreamStringBuilder` constructs `String` instances from `InputStream` instances.
LoopbackByteReceiver	A `LoopbackByteReceiver` is a `DatagramReceiver` connected directly within the same JVM with a `LoopbackByteSender`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackByteSender	A `LoopbackByteSender` is a `DatagramSender` connected directly within the same JVM with a `LoopbackByteReceiver`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackByteTransceiver	A `LoopbackByteTransceiver` is a `DatagramTransceiver` connected directly within the same JVM with another `LoopbackByteTransceiver`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackReceiver<DATA extends java.io.Serializable>	A `LoopbackReceiver` is a `DatagramReceiver` connected directly within the same JVM with a `LoopbackSender`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackSender<DATA extends java.io.Serializable>	A `LoopbackSender` is a `DatagramSender` connected directly within the same JVM with a `LoopbackReceiver`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackShortReceiver	A `LoopbackShortReceiver` is a `DatagramReceiver` connected directly within the same JVM with a `LoopbackShortSender`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackShortSender	A `LoopbackShortSender` is a `DatagramSender` connected directly within the same JVM with a `LoopbackByteReceiver`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackShortTransceiver	A `LoopbackShortTransceiver` is a `DatagramTransceiver` connected directly within the same JVM with another `LoopbackShortTransceiver`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
LoopbackTransceiver<DATA extends java.io.Serializable>	A `LoopbackTransceiver` is a `DatagramTransceiver` connected directly within the same JVM with another `LoopbackTransceiver`; a "loopback" connection is used for establishing the connection which cannot be accessed outside the JVM or the running machine.
MaxConnectionsAccessor	Provides an accessor for a maximum connections property.
MaxConnectionsAccessor.MaxConnectionsBuilder<B extends MaxConnectionsAccessor.MaxConnectionsBuilder<B>>	Provides a builder method for a maximum connections property returning the builder for applying multiple build operations.
MaxConnectionsAccessor.MaxConnectionsMutator	Provides a mutator for a maximum connections property.
MaxConnectionsAccessor.MaxConnectionsProperty	Provides a maximum connections property.
OutputStreamAccessor	Provides an accessor for a Output-Stream property.
OutputStreamAccessor.OutputStreamBuilder<B extends OutputStreamAccessor.OutputStreamBuilder<B>>	Provides a builder method for a Output-Stream property returning the builder for applying multiple build operations.
OutputStreamAccessor.OutputStreamMutator	Provides a mutator for a Output-Stream property.
OutputStreamAccessor.OutputStreamProperty	Provides a Output-Stream property.
OutputStreamConnectionByteSender	A `OutputStreamConnectionByteSender` is a `DatagramSender` connected through I/O streams with a `InputStreamConnectionReceiver`.
OutputStreamConnectionSender<DATA extends java.io.Serializable>	A `OutputStreamConnectionSender` is a `DatagramSender` connected through I/O streams with a `InputStreamConnectionReceiver`.
Provider<DATA extends java.io.Serializable>	The Interface Provider.
Receivable	The Interface Receivable.
Receiver<DATA extends java.io.Serializable>	The Interface Receiver.
Sendable	The Interface Sendable.
Sender<DATA extends java.io.Serializable>	The Interface Sender.
ShortBlockConsumer	The `ShortBlockConsumer` is used to send short blocks (arrays) in a unified way.
ShortBlockProvider	The `ShortBlockProvider` is used to receive short blocks (arrays) in a unified way.
ShortBlockReceiver	The `ShortBlockReceiver` is used to receive short blocks (arrays) in a unified way.
ShortBlockSender	The `ShortBlockSender` is used to send short blocks (arrays) in a unified way.
ShortConsumer	The Interface ShortConsumer.
ShortDatagramConsumer	The `ShortDatagramConsumer` is used to send shorts in a unified way.
ShortDatagramProvider	The `ShortDatagramProvider` is used to receive shorts in a unified way.
ShortDatagramReceiver	The `ShortDatagramReceiver` is used to receive shorts in a unified way.
ShortDatagramSender	The `ShortDatagramSender` is used to send shorts in a unified way.
ShortProvider	The Interface ShortProvider.
ShortReceiver	The Interface ShortReceiver.
ShortSender	The Interface ShortSender.
ShortTransceiver	A `ShortTransceiver` combines the functionality of a `ShortSender` and of a `ShortReceiver`. e.g. for building loopback devices.
Transceiver<DATA extends java.io.Serializable>	A `Transceiver` combines the functionality of a `Sender` and of a `Receiver`. e.g. for building loopback devices.

Class Summary
Class	Description
AbstractByteProvider	The `AbstractByteProvider` is a base abstract implementation of the `ByteReceiver` interface providing common functionality for concrete real live `ByteDatagramReceiver` and `ByteBlockReceiver` (= `ByteReceiver`) implementations.
AbstractByteReceiver	The `AbstractByteReceiver` is a base abstract implementation of the `ByteReceiver` interface providing common functionality for concrete real live `ByteDatagramReceiver` and `ByteBlockReceiver` (= `ByteReceiver`) implementations.
AbstractByteReceiver.ConnectableAutomaton	The Class ConnectableAutomaton.
AbstractByteSender	The `AbstractByteSender` is a base abstract implementation of the `ByteSender` interface providing common functionality for concrete real live `ByteDatagramSender` and `ByteBlockSender` (= `ByteSender`) implementations.
AbstractInputStreamByteReceiver	Abstract implementation of the `ByteReceiver` interface.
AbstractInputStreamReceiver<DATA extends java.io.Serializable>	Abstract implementation of the `Receiver` interface.
AbstractPrefetchInputStreamByteReceiver	Abstract implementation of the `ByteReceiver` interface.
AbstractPrefetchInputStreamReceiver<DATA extends java.io.Serializable>	Abstract implementation of the `Receiver` interface.
AbstractReceiver<DATA extends java.io.Serializable>	The `AbstractReceiver` is a base abstract implementation of the `Receiver` interface providing common functionality for concrete real live `ByteDatagramReceiver` and `ByteBlockReceiver` (= `Receiver`) implementations.
AbstractSender<DATA extends java.io.Serializable>	The `AbstractSender` is a base abstract implementation of the `ByteSender` interface providing common functionality for concrete real live `ByteDatagramSender` and `ByteBlockSender` (= `ByteSender`) implementations.
AbstractShortReceiver	The `AbstractShortReceiver` is a base abstract implementation of the `ShortReceiver` interface providing common functionality for concrete real live `ShortDatagramReceiver` and `ShortBlockReceiver` (= `ShortReceiver`) implementations.
AbstractShortSender	The `AbstractShortSender` is a base abstract implementation of the `ShortSender` interface providing common functionality for concrete real live `ShortDatagramSender` and `ShortBlockSender` (= `ShortSender`) implementations.
BidirectionalStreamByteTransceiverImpl	The Class BidirectionalStreamByteTransceiverImpl.
BidirectionalStreamConnectionByteTransceiverImpl	The Class BidirectionalStreamConnectionByteTransceiverImpl.
BidirectionalStreamConnectionTransceiverImpl<DATA extends java.io.Serializable>	The Class BidirectionalStreamConnectionTransceiverImpl.
BidirectionalStreamTransceiverImpl<DATA extends java.io.Serializable>	The Class BidirectionalStreamTransceiverImpl.
ByteArrayConsumerImpl	The Class ByteArrayConsumerImpl.
ByteArrayProviderImpl	The Class ByteArrayProviderImpl.
ByteArrayReceiverImpl	The Class ByteArrayReceiverImpl.
ByteReceiverDecorator	The `ByteReceiverDecorator` decorates a `ByteProvider` with the additional methods of a `ByteReceiver` making it easy to use a `ByteProvider` wherever a `ByteReceiver` is expected.
ByteSenderDecorator	The `ByteSenderDecorator` decorates a `ByteConsumer` with the additional methods of a `ByteSender` making it easy to use a `ByteConsumer` wherever a `ByteSender` is expected.
FileUtility	The `FileUtility` provides Various file related utility functionality.
InputStreamByteReceiverImpl	The Class InputStreamByteReceiverImpl.
InputStreamConnectionByteReceiverImpl	Implementation of the `InputStreamConnectionReceiver` interface.
InputStreamConnectionReceiverImpl<DATA extends java.io.Serializable>	Implementation of the `InputStreamConnectionReceiver` interface.
InputStreamReceiverImpl<DATA extends java.io.Serializable>	The Class InputStreamReceiverImpl.
InputStreamStringBuilderImpl	Implementation of the `InputStreamStringBuilder` interface.
LoopbackByteReceiverImpl	Implementation of the `LoopbackByteReceiver` interface.
LoopbackByteSenderImpl	Implementation of the `LoopbackByteSender` interface.
LoopbackByteTransceiverImpl	Implementation of the `LoopbackByteTransceiver` interface.
LoopbackReceiverImpl<DATA extends java.io.Serializable>	Implementation of the `LoopbackReceiver` interface.
LoopbackSenderImpl<DATA extends java.io.Serializable>	Implementation of the `LoopbackSender` interface.
LoopbackShortReceiverImpl	Implementation of the `LoopbackShortReceiver` interface.
LoopbackShortSenderImpl	Implementation of the `LoopbackShortSender` interface.
LoopbackShortTransceiverImpl	Implementation of the `LoopbackShortTransceiver` interface.
LoopbackTransceiverImpl<DATA extends java.io.Serializable>	Implementation of the `LoopbackTransceiver` interface.
OutputStreamByteSenderImpl	The Class OutputStreamByteSenderImpl.
OutputStreamConnectionByteSenderImpl	Implementation of the `OutputStreamConnectionSender` interface.
OutputStreamConnectionSenderImpl<DATA extends java.io.Serializable>	Implementation of the `OutputStreamConnectionSender` interface.
OutputStreamSenderImpl<DATA extends java.io.Serializable>	The Class OutputStreamSenderImpl.
PrefetchBidirectionalStreamByteTransceiverImpl	The Class PrefetchBidirectionalStreamByteTransceiverImpl.
PrefetchBidirectionalStreamConnectionByteTransceiverImpl	The Class PrefetchBidirectionalStreamConnectionByteTransceiverImpl.
PrefetchBidirectionalStreamConnectionTransceiverImpl<DATA extends java.io.Serializable>	The Class PrefetchBidirectionalStreamConnectionTransceiverImpl.
PrefetchBidirectionalStreamTransceiverImpl<DATA extends java.io.Serializable>	The Class PrefetchBidirectionalStreamTransceiverImpl.
PrefetchInputStreamByteReceiverImpl	The Class PrefetchInputStreamByteReceiverImpl.
PrefetchInputStreamConnectionByteReceiverImpl	Implementation of the `InputStreamConnectionReceiver` interface.
PrefetchInputStreamConnectionReceiverImpl<DATA extends java.io.Serializable>	Implementation of the `InputStreamConnectionReceiver` interface.
PrefetchInputStreamReceiverImpl<DATA extends java.io.Serializable>	The Class PrefetchInputStreamReceiverImpl.
ReceiverDecorator<DATA extends java.io.Serializable>	The `ReceiverDecorator` decorates a `Provider` with the additional methods of a `Receiver` making it easy to use a `Provider` wherever a `Receiver` is expected.
SenderDecorator<DATA extends java.io.Serializable>	The `SenderDecorator` decorates a `Consumer` with the additional methods of a `Sender` making it easy to use a `Consumer` wherever a `Sender` is expected.
SerializableIteratorImpl<T>	Makes the wrapped `Iterator` serializable, else passing `Iterator` instances would cause an `NotSerializableException` or similar.
SerializableListIteratorImpl<T>	Makes the wrapped `ListIterator` serializable, else passing `ListIterator` instances would cause an `NotSerializableException` or similar.
SerializableObjectInputStreamImpl	The `SerializableObjectInputStreamImpl` extends an ordinary `ObjectInputStream` to also resolve primitive types.
SerializeUtility	Utility providing useful serialization methods.
ShortArrayReceiverImpl	The Class ShortArrayReceiverImpl.
ShortReceiverDecorator	The `ShortReceiverDecorator` decorates a `ShortProvider` with the additional methods of a `ShortReceiver` making it easy to use a `ShortProvider` wherever a `ShortReceiver` is expected.
ShortSenderDecorator	The `ShortSenderDecorator` decorates a `ShortConsumer` with the additional methods of a `ShortSender` making it easy to use a `ShortConsumer` wherever a `ShortSender` is expected.
ZipFileInputStream	Represents an `InputStream` from a provided `File`: In case the file points to a ZIP compressed file, then the uncompressed data of the therein contained file with the same name excluding the ".zip" extension is provided by the `InputStream`.
ZipFileOutputStream	Represents an `OutputStream` to a provided `File`: In case the file points to a ZIP compressed file, then a therein to be contained file with the same name excluding the ".zip" extension is created by the `OutputStream`.

Package org.refcodes.io