DATA
- the generic typepublic class BidirectionalStreamConnectionTransceiverImpl<DATA extends Serializable> extends AbstractInputStreamReceiver<DATA> implements BidirectionalStreamConnectionTransceiver<DATA>
org.refcodes.component.Flushable.FlushBuilder<B extends org.refcodes.component.Flushable.FlushBuilder<B>>
org.refcodes.component.ConnectableComponent.ConnectableAutomaton
org.refcodes.component.OpenedAccessor.OpenedMutator, org.refcodes.component.OpenedAccessor.OpenedProperty
org.refcodes.component.Closable.CloseAutomaton, org.refcodes.component.Closable.CloseBuilder<B extends org.refcodes.component.Closable.CloseBuilder<B>>
org.refcodes.component.ClosedAccessor.ClosedMutator, org.refcodes.component.ClosedAccessor.ClosedProperty
org.refcodes.component.ConnectionStatusAccessor.ConnectionStatusMutator, org.refcodes.component.ConnectionStatusAccessor.ConnectionStatusProperty
Constructor and Description |
---|
BidirectionalStreamConnectionTransceiverImpl()
Instantiates a new bidirectional stream connection transceiver impl.
|
Modifier and Type | Method and Description |
---|---|
void |
close() |
void |
flush() |
boolean |
isOpenable(InputStream aInputStream,
OutputStream aOutputStream) |
void |
open(InputStream aInputStream,
OutputStream aOutputStream) |
protected void |
open(OutputStream aOutputStream)
HINT: For testing purposes you can pass an already flushed
ObjectOutputStream (via ObjectOutputStream.flush() )
encapsulating a PipedOutputStream which in turn encapsulates a
PipedInputStream to this open(OutputStream) method. |
void |
writeDatagram(DATA aDatagram)
Writes (sends) a datagram to a listening
DatagramReceiver . |
hasDatagram, isOpenable, open, readDatagram, releaseAll
getConnectionStatus, isClosable, isClosed, isOpenable, isOpened, open, setConnectionStatus
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
writeDatagrams
writeDatagrams
readDatagrams, readDatagrams
readDatagram
hasDatagram
closeIn, closeQuietly, closeUnchecked
public BidirectionalStreamConnectionTransceiverImpl()
public boolean isOpenable(InputStream aInputStream, OutputStream aOutputStream)
isOpenable
in interface org.refcodes.component.BidirectionalConnectionOpenable.BidirectionalConnectionOpenAutomaton<InputStream,OutputStream>
public void open(InputStream aInputStream, OutputStream aOutputStream) throws org.refcodes.component.OpenException
open
in interface org.refcodes.component.BidirectionalConnectionOpenable<InputStream,OutputStream>
org.refcodes.component.OpenException
public void writeDatagram(DATA aDatagram) throws org.refcodes.component.OpenException
DatagramReceiver
.writeDatagram
in interface Consumer<DATA extends Serializable>
writeDatagram
in interface DatagramConsumer<DATA extends Serializable>
aDatagram
- The datagram to be pushed to the receiving
DatagramConsumer
.org.refcodes.component.OpenException
- Thrown in case opening or accessing an open line
(connection, junction, link) caused problems.public void flush() throws org.refcodes.component.OpenException
public void close() throws org.refcodes.component.CloseException
close
in interface org.refcodes.component.Closable
close
in class AbstractInputStreamReceiver<DATA extends Serializable>
org.refcodes.component.CloseException
protected void open(OutputStream aOutputStream) throws org.refcodes.component.OpenException
ObjectOutputStream
(via ObjectOutputStream.flush()
)
encapsulating a PipedOutputStream
which in turn encapsulates a
PipedInputStream
to this open(OutputStream)
method. This
enables you a non-blocking test of the
OutputStreamConnectionSenderImpl
connected with the
InputStreamConnectionReceiverImpl
counterpart which is being
opened with the PipedInputStream
.
ATTENTION: For maintainers, please keep the below code in sync with the
code from OutputStreamConnectionSenderImpl.open(java.io.OutputStream)
;
except do not set the connection status here, make it protected and do
not @Override anything.aOutputStream
- the a output streamorg.refcodes.component.OpenException
- the open exceptionCopyright © 2017. All rights reserved.