DATA
- the generic typepublic class BidirectionalStreamTransceiverImpl<DATA extends Serializable> extends Object implements Transceiver<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>>
Constructor and Description |
---|
BidirectionalStreamTransceiverImpl(InputStream aInputStream,
OutputStream aOutputStream)
Instantiates a new bidirectional stream transceiver impl.
|
Modifier and Type | Method and Description |
---|---|
void |
close() |
void |
flush()
Flush.
|
org.refcodes.component.ConnectionStatus |
getConnectionStatus() |
boolean |
hasDatagram()
Determines whether a datagram is available from a
DatagramSender . |
boolean |
isClosable() |
boolean |
isClosed() |
boolean |
isOpened() |
DATA |
readDatagram()
Reads (receives) the next datagram passed from a
DatagramSender
counterpart. |
DATA[] |
readDatagrams()
Read datagrams.
|
void |
releaseAll() |
void |
writeDatagram(DATA aDatagram)
Write datagram.
|
void |
writeDatagrams(DATA[] aDatagram)
Write datagrams.
|
void |
writeDatagrams(DATA[] aDatagram,
int aOffset,
int aLength)
Write datagrams.
|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
readDatagrams
public BidirectionalStreamTransceiverImpl(InputStream aInputStream, OutputStream aOutputStream) throws org.refcodes.component.OpenException
aInputStream
- the a input streamaOutputStream
- the a output streamorg.refcodes.component.OpenException
- the open exceptionpublic boolean isClosed()
isClosed
in interface org.refcodes.component.ClosedAccessor
public boolean isOpened()
isOpened
in interface org.refcodes.component.OpenedAccessor
public boolean hasDatagram() throws org.refcodes.component.OpenException
Receivable
DatagramSender
.
Use the DatagramProvider
extenison's
DatagramProvider.readDatagram()
method for retrieving the
available datagram.hasDatagram
in interface Receivable
org.refcodes.component.OpenException
- Thrown in case opening or accessing an open line
(connection, junction, link) caused problems.public DATA[] readDatagrams() throws org.refcodes.component.OpenException, InterruptedException
Receiver
readDatagrams
in interface BlockProvider<DATA extends Serializable>
readDatagrams
in interface Provider<DATA extends Serializable>
readDatagrams
in interface Receiver<DATA extends Serializable>
org.refcodes.component.OpenException
- the open exceptionInterruptedException
- the interrupted exceptionpublic org.refcodes.component.ConnectionStatus getConnectionStatus()
getConnectionStatus
in interface org.refcodes.component.ConnectionStatusAccessor
public void releaseAll()
releaseAll
in interface org.refcodes.mixin.Releaseable
public void close() throws org.refcodes.component.CloseException
close
in interface org.refcodes.component.Closable
org.refcodes.component.CloseException
public DATA readDatagram() throws org.refcodes.component.OpenException, InterruptedException
DatagramProvider
DatagramSender
counterpart. In case none datagram is available, then this method blocks
until one is available.
To prevent blocking, use the DatagramReceiver
extension's
Receivable.hasDatagram()
method to test beforehand whether
a byte is available (in a multi-threaded usage scenario,
Receivable.hasDatagram()
is not a reliable indicator
whether this method will block or not).
When a Thread
is waiting for a datagram to be read and
Thread.interrupt()
is being called, then the operation is aborted
and an InterruptedException
is thrown.readDatagram
in interface DatagramProvider<DATA extends Serializable>
DatagramSender
counterpart.org.refcodes.component.OpenException
- Thrown in case opening or accessing an open line
(connection, junction, link) caused problems.InterruptedException
- Thrown when a Thread
is waiting,
sleeping, or otherwise occupied, and the Thread
is
interrupted, either before or during the activity.public void writeDatagrams(DATA[] aDatagram) throws org.refcodes.component.OpenException
writeDatagrams
in interface BlockConsumer<DATA extends Serializable>
writeDatagrams
in interface Consumer<DATA extends Serializable>
aDatagram
- the a datagramorg.refcodes.component.OpenException
- the open exceptionpublic void writeDatagrams(DATA[] aDatagram, int aOffset, int aLength) throws org.refcodes.component.OpenException
writeDatagrams
in interface BlockConsumer<DATA extends Serializable>
writeDatagrams
in interface Sender<DATA extends Serializable>
aDatagram
- the a datagramaOffset
- the a offsetaLength
- the a lengthorg.refcodes.component.OpenException
- the open exceptionpublic void writeDatagram(DATA aDatagram) throws org.refcodes.component.OpenException
writeDatagram
in interface Consumer<DATA extends Serializable>
writeDatagram
in interface DatagramConsumer<DATA extends Serializable>
aDatagram
- the a datagramorg.refcodes.component.OpenException
- the open exceptionpublic void flush() throws org.refcodes.component.OpenException
public boolean isClosable()
isClosable
in interface org.refcodes.component.Closable.CloseAutomaton
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