Transport (grizzly-framework 3.0.0 API)

All Superinterfaces:

MonitoringAware<TransportProbe>

All Known Implementing Classes:

AbstractTransport, NIOTransport, TCPNIOTransport, UDPNIOTransport
```
public interface Transport
extends MonitoringAware<TransportProbe>
```
Transport interface describes the transport unit used in Grizzly. Transport implementation could operate over TCP, UDP or other custom protocol, using blocking, NIO or NIO.2 Java API.

Author:

Alexey Stashok

Nested Class Summary

Nested Classes
Modifier and Type Interface and Description

static class Transport.State

Nested Classes
Modifier and Type	Interface and Description
`static class`	`Transport.State`

Field Summary

Fields
Modifier and Type	Field and Description
`static int`	`DEFAULT_READ_BUFFER_SIZE` The default read buffer size.
`static int`	`DEFAULT_READ_TIMEOUT` Default read timeout in seconds.
`static int`	`DEFAULT_WRITE_BUFFER_SIZE` The default write buffer size.
`static int`	`DEFAULT_WRITE_TIMEOUT` Default write timeout in seconds.

Method Summary

All Methods Instance Methods Abstract Methods Deprecated Methods
Modifier and Type	Method and Description
`boolean`	`addShutdownListener(GracefulShutdownListener shutdownListener)` Adds a `GracefulShutdownListener` which will be called when `shutdown()` is called to enable graceful shutdown of transports.
`void`	`configureBlocking(boolean isBlocking)` Sets the `Transport` mode.
`void`	`configureStandalone(boolean isStandalone)`
`void`	`fireIOEvent(IOEvent ioEvent, Connection connection, IOEventLifeCycleListener listener)` Fires specific `IOEvent` on the `Connection`
`AttributeBuilder`	`getAttributeBuilder()` Get `Transport` associated `AttributeBuilder`, which will be used by `Transport` and its `Connection`s to store custom `Attribute`s.
`MonitoringConfig<ConnectionProbe>`	`getConnectionMonitoringConfig()` Get the monitoring configuration for Transport `Connection`s.
`IOStrategy`	`getIOStrategy()` Get the `IOStrategy` implementation, which will be used by `Transport` to process `IOEvent`.
`ExecutorService`	`getKernelThreadPool()`
`ThreadPoolConfig`	`getKernelThreadPoolConfig()`
`MemoryManager`	`getMemoryManager()` Get the `Transport` associated `MemoryManager`, which will be used by the `Transport`, its `Connection`s and by during processing I/O events, occurred on `Connection`s.
`MonitoringConfig<TransportProbe>`	`getMonitoringConfig()` Get the `Transport` monitoring configuration `MonitoringConfig`.
`String`	`getName()` Gets the `Transport` name.
`Processor`	`getProcessor()` Gets the default `Processor`, which will process `Connection` I/O events in case, if `Connection` doesn't have own `Processor` preferences.
`ProcessorSelector`	`getProcessorSelector()` Gets the default `ProcessorSelector`, which will be used to get `Processor` to process `Connection` I/O events, in case if this `Transport`'s `Processor` is `null` and `Connection` doesn't have neither preferred `Processor` nor `ProcessorSelector`.
`int`	`getReadBufferSize()` Get the default size of `Buffer`s, which will be allocated for reading data from `Transport`'s `Connection`s.
`Reader`	`getReader(boolean isBlocking)` Get the `Reader` implementation, depending on the requested mode.
`Reader`	`getReader(Connection connection)` Get the `Reader` to read data from the `Connection`.
`long`	`getReadTimeout(TimeUnit timeUnit)` Returns the current value for the blocking read timeout converted to the provided `TimeUnit` specification.
`StateHolder<Transport.State>`	`getState()` Return the `Transport` state controller.
`MonitoringConfig<ThreadPoolProbe>`	`getThreadPoolMonitoringConfig()` Get the monitoring configuration for Transport thread pool.
`ExecutorService`	`getWorkerThreadPool()` Get a thread pool, which will run IOEvent processing (depending on Transport `IOStrategy`) to let kernel threads continue their job.
`ThreadPoolConfig`	`getWorkerThreadPoolConfig()`
`int`	`getWriteBufferSize()` Get the default size of `Buffer`s, which will be allocated for writing data to `Transport`'s `Connection`s.
`Writer`	`getWriter(boolean isBlocking)` Get the `Writer` implementation, depending on the requested mode.
`Writer`	`getWriter(Connection connection)` Get the `Writer` to write data to the `Connection`.
`long`	`getWriteTimeout(TimeUnit timeUnit)` Returns the current value for the blocking write timeout converted to the provided `TimeUnit` specification.
`boolean`	`isBlocking()` Returns the `Transport` mode.
`boolean`	`isPaused()`
`boolean`	`isStandalone()`
`boolean`	`isStopped()` Returns `true`, if this `Transport` is in stopped state, `false` otherwise.
`void`	`notifyTransportError(Throwable error)` Method gets invoked, when error occur during the `Transport` lifecycle.
`Processor`	`obtainProcessor(IOEvent ioEvent, Connection connection)` Gets the default `Processor`, which will process `Transport` `Connection`s I/O events in case, if `Connection` doesn't have own `Processor` preferences.
`void`	`pause()` Pauses the transport
`void`	`resume()` Resumes the transport after a pause
`void`	`setAttributeBuilder(AttributeBuilder attributeBuilder)` Set `Transport` associated `AttributeBuilder`, which will be used by `Transport` and its `Connection`s to store custom `Attribute`s.
`void`	`setIOStrategy(IOStrategy IOStrategy)` Set the `IOStrategy` implementation, which will be used by `Transport` to process `IOEvent`.
`void`	`setKernelThreadPool(ExecutorService threadPool)` Set a thread pool which will run Transport internal tasks.
`void`	`setKernelThreadPoolConfig(ThreadPoolConfig kernelConfig)` Set the `ThreadPoolConfig` to be used by the Transport internal thread pool.
`void`	`setMemoryManager(MemoryManager memoryManager)` Set the `Transport` associated `MemoryManager`, which will be used by the `Transport`, its `Connection`s and by during processing I/O events, occurred on `Connection`s.
`void`	`setName(String name)` Sets the `Transport` name.
`void`	`setProcessor(Processor processor)` Sets the default `Processor`, which will process `Connection` I/O events in case, if `Connection` doesn't have own `Processor` preferences.
`void`	`setProcessorSelector(ProcessorSelector selector)` Sets the default `ProcessorSelector`, which will be used to get `Processor` to process `Connection` I/O events, in case if this `Transport`'s `Processor` is `null` and `Connection` doesn't have neither preferred `Processor` nor `ProcessorSelector`.
`void`	`setReadBufferSize(int readBufferSize)` Set the default size of `Buffer`s, which will be allocated for reading data from `Transport`'s `Connection`s.
`void`	`setReadTimeout(long timeout, TimeUnit timeUnit)` Specifies the timeout for the blocking reads.
`void`	`setWorkerThreadPool(ExecutorService threadPool)` Set a thread pool, which will run IOEvent processing (depending on Transport `IOStrategy`) to let kernel threads continue their job.
`void`	`setWorkerThreadPoolConfig(ThreadPoolConfig workerConfig)` Set the `ThreadPoolConfig` to be used by the worker thread pool.
`void`	`setWriteBufferSize(int writeBufferSize)` Set the default size of `Buffer`s, which will be allocated for writing data to `Transport`'s `Connection`s.
`void`	`setWriteTimeout(long timeout, TimeUnit timeUnit)` Specifies the timeout for the blocking writes.
`GrizzlyFuture<Transport>`	`shutdown()` Gracefully stops the transport accepting new connections and allows existing work to complete before finalizing the shutdown.
`GrizzlyFuture<Transport>`	`shutdown(long gracePeriod, TimeUnit timeUnit)` Gracefully stops the transport accepting new connections and allows existing work to complete before finalizing the shutdown.
`void`	`shutdownNow()` Forcibly stops the transport and closes all connections.
`void`	`start()` Starts the transport
`void`	`stop()` Deprecated. Use `shutdownNow()`.

- Field Detail
  - DEFAULT_READ_BUFFER_SIZE
```
static final int DEFAULT_READ_BUFFER_SIZE
```
    The default read buffer size.
    
    See Also:
    
    Constant Field Values
  - DEFAULT_WRITE_BUFFER_SIZE
```
static final int DEFAULT_WRITE_BUFFER_SIZE
```
    The default write buffer size.
    
    See Also:
    
    Constant Field Values
  - DEFAULT_READ_TIMEOUT
```
static final int DEFAULT_READ_TIMEOUT
```
    Default read timeout in seconds.
    
    See Also:
    
    Constant Field Values
  - DEFAULT_WRITE_TIMEOUT
```
static final int DEFAULT_WRITE_TIMEOUT
```
    Default write timeout in seconds.
    
    See Also:
    
    Constant Field Values
- Method Detail
  - getName
```
String getName()
```
    Gets the Transport name.
    
    Returns:
    
    the Transport name.
  - setName
```
void setName(String name)
```
    Sets the Transport name.
    
    Parameters:
    
    name - the Transport name.
  - getState
```
StateHolder<Transport.State> getState()
```
    Return the Transport state controller. Using the state controller, it is possible to get/set the Transport state in thread-safe manner.
    
    Returns:
    
    StateHolder state controller.
  - isBlocking
```
boolean isBlocking()
```
    Returns the Transport mode. true, if Transport is operating in blocking mode, or false otherwise. Specific Transport Connections may override this setting by Connection.isBlocking().
    
    Returns:
    
    the Transport mode. true, if Transport is operating in blocking mode, or false otherwise.
  - configureBlocking
```
void configureBlocking(boolean isBlocking)
```
    Sets the Transport mode. Specific Transport Connections may override this setting by Connection.configureBlocking(boolean).
    
    Parameters:
    
    isBlocking - the Transport mode. true, if Transport should operate in blocking mode, or false otherwise.
  - configureStandalone
```
void configureStandalone(boolean isStandalone)
```
  - isStandalone
```
boolean isStandalone()
```
  - obtainProcessor
```
Processor obtainProcessor(IOEvent ioEvent,
                          Connection connection)
```
    Gets the default Processor, which will process Transport Connections I/O events in case, if Connection doesn't have own Processor preferences. If Transport associated Processor is null, and Connection doesn't have any preferred Processor - then Transport will try to get Processor using ProcessorSelector.select(IOEvent, Connection).
    
    Parameters:
    
    ioEvent - the type of events the Processor should handle
    
    connection - connection to obtain Processor for
    
    Returns:
    
    the default Processor, which will process Connection I/O events, if one doesn't have own Processor preferences.
  - getProcessor
```
Processor getProcessor()
```
    Gets the default Processor, which will process Connection I/O events in case, if Connection doesn't have own Processor preferences. If Transport associated Processor is null, and Connection doesn't have any preferred Processor - then Transport will try to get Processor using ProcessorSelector.select(IOEvent, Connection).
    
    Returns:
    
    the default Processor, which will process Connection I/O events, if one doesn't have own Processor preferences.
  - setProcessor
```
void setProcessor(Processor processor)
```
    Sets the default Processor, which will process Connection I/O events in case, if Connection doesn't have own Processor preferences.
    
    Parameters:
    
    processor - the default Processor, which will process Connection I/O events, if one doesn't have own Processor preferences.
  - getProcessorSelector
```
ProcessorSelector getProcessorSelector()
```
    Gets the default ProcessorSelector, which will be used to get Processor to process Connection I/O events, in case if this Transport's Processor is null and Connection doesn't have neither preferred Processor nor ProcessorSelector. Transport's ProcessorSelector is the last place, where Transport will try to get Processor to process Connection I/O event. If ProcessorSelector is not set - IllegalStateException will be thrown.
    
    Returns:
    
    the default ProcessorSelector, which will be used to get Processor to process Connection I/O events, in case if this Transport's Processor is null and Connection doesn't have neither preferred Processor nor ProcessorSelector.
  - setProcessorSelector
```
void setProcessorSelector(ProcessorSelector selector)
```
    Sets the default ProcessorSelector, which will be used to get Processor to process Connection I/O events, in case if this Transport's Processor is null and Connection doesn't have neither preferred Processor nor ProcessorSelector. Transport's ProcessorSelector is the last place, where Transport will try to get Processor to process Connection I/O event. If ProcessorSelector is not set - IllegalStateException will be thrown.
    
    Parameters:
    
    selector - the default ProcessorSelector, which will be used to get Processor to process Connection I/O events, in case if this Transport's Processor is null and Connection doesn't have neither preferred Processor nor ProcessorSelector.
  - getMemoryManager
```
MemoryManager getMemoryManager()
```
    Get the Transport associated MemoryManager, which will be used by the Transport, its Connections and by during processing I/O events, occurred on Connections.
    
    Returns:
    
    the Transport associated MemoryManager, which will be used by the Transport, its Connections and by during processing I/O events, occurred on Connections.
  - setMemoryManager
```
void setMemoryManager(MemoryManager memoryManager)
```
    Set the Transport associated MemoryManager, which will be used by the Transport, its Connections and by during processing I/O events, occurred on Connections.
    
    Parameters:
    
    memoryManager - the Transport associated MemoryManager, which will be used by the Transport, its Connections and by during processing I/O events, occurred on Connections.
  - getIOStrategy
```
IOStrategy getIOStrategy()
```
    Get the IOStrategy implementation, which will be used by Transport to process IOEvent. IOStrategy is responsible for choosing the way, how I/O event will be processed: using current Thread, worker Thread; or make any other decisions.
    
    Returns:
    
    the IOStrategy implementation, which will be used by Transport to process IOEvent.
  - setIOStrategy
```
void setIOStrategy(IOStrategy IOStrategy)
```
    Set the IOStrategy implementation, which will be used by Transport to process IOEvent. IOStrategy is responsible for choosing the way, how I/O event will be processed: using current Thread, worker Thread; or make any other decisions.
    
    Parameters:
    
    IOStrategy - the IOStrategy implementation, which will be used by Transport to process IOEvent.
  - getReadBufferSize
```
int getReadBufferSize()
```
    Get the default size of Buffers, which will be allocated for reading data from Transport's Connections. For particular Connection, this setting could be overridden by Connection.getReadBufferSize().
    
    Returns:
    
    the default size of Buffers, which will be allocated for reading data from Transport's Connections.
  - setReadBufferSize
```
void setReadBufferSize(int readBufferSize)
```
    Set the default size of Buffers, which will be allocated for reading data from Transport's Connections. For particular Connection, this setting could be overridden by Connection.setReadBufferSize(int). If not explicitly configured, this value will be set to DEFAULT_READ_BUFFER_SIZE.
    
    Parameters:
    
    readBufferSize - the default size of Buffers, which will be allocated for reading data from Transport's Connections.
  - getWriteBufferSize
```
int getWriteBufferSize()
```
    Get the default size of Buffers, which will be allocated for writing data to Transport's Connections. For particular Connection, this setting could be overridden by Connection.getWriteBufferSize().
    
    Returns:
    
    the default size of Buffers, which will be allocated for writing data to Transport's Connections.
  - setWriteBufferSize
```
void setWriteBufferSize(int writeBufferSize)
```
    Set the default size of Buffers, which will be allocated for writing data to Transport's Connections. For particular Connection, this setting could be overridden by Connection.setWriteBufferSize(int).
    
    Parameters:
    
    writeBufferSize - the default size of Buffers, which will be allocated for writing data to Transport's Connections.
  - getWorkerThreadPool
```
ExecutorService getWorkerThreadPool()
```
    Get a thread pool, which will run IOEvent processing (depending on Transport IOStrategy) to let kernel threads continue their job.
    
    Returns:
    
    ExecutorService transport worker thread pool.
  - getKernelThreadPool
```
ExecutorService getKernelThreadPool()
```
    Returns:
    
    ExecutorService responsible for running Transport internal tasks. For example SelectorRunner threads for NIO.
  - setWorkerThreadPool
```
void setWorkerThreadPool(ExecutorService threadPool)
```
    Set a thread pool, which will run IOEvent processing (depending on Transport IOStrategy) to let kernel threads continue their job.
    
    Parameters:
    
    threadPool - ExecutorService transport worker thread pool.
  - setKernelThreadPool
```
void setKernelThreadPool(ExecutorService threadPool)
```
    Set a thread pool which will run Transport internal tasks. For example SelectorRunner threads for NIO.
    
    Parameters:
    
    threadPool - ExecutorService for SelectorRunners
  - setKernelThreadPoolConfig
```
void setKernelThreadPoolConfig(ThreadPoolConfig kernelConfig)
```
    Set the ThreadPoolConfig to be used by the Transport internal thread pool.
    
    Parameters:
    
    kernelConfig - kernel thread pool configuration.
  - setWorkerThreadPoolConfig
```
void setWorkerThreadPoolConfig(ThreadPoolConfig workerConfig)
```
    Set the ThreadPoolConfig to be used by the worker thread pool.
    
    Parameters:
    
    workerConfig - worker thread pool configuration.
  - getKernelThreadPoolConfig
```
ThreadPoolConfig getKernelThreadPoolConfig()
```
    Returns:
    
    the ThreadPoolConfig that will be used to construct the ExecutorService which will run the Transport's internal tasks. For example SelectorRunners for NIO.
  - getWorkerThreadPoolConfig
```
ThreadPoolConfig getWorkerThreadPoolConfig()
```
    Returns:
    
    the ThreadPoolConfig that will be used to construct the ExecutorService for IOStrategies that require worker threads. Depending on the IOStrategy being used, this may return null.
  - getAttributeBuilder
```
AttributeBuilder getAttributeBuilder()
```
    Get Transport associated AttributeBuilder, which will be used by Transport and its Connections to store custom Attributes.
    
    Returns:
    
    Transport associated AttributeBuilder, which will be used by Transport and its Connections to store custom Attributes.
  - setAttributeBuilder
```
void setAttributeBuilder(AttributeBuilder attributeBuilder)
```
    Set Transport associated AttributeBuilder, which will be used by Transport and its Connections to store custom Attributes.
    
    Parameters:
    
    attributeBuilder - Transport associated AttributeBuilder, which will be used by Transport and its Connections to store custom Attributes.
  - start
```
void start()
    throws IOException
```
    Starts the transport
    
    Throws:
    
    IOException - if transport fails to start. This may not occur if Transport was not in Transport.State.STOPPED.
  - stop
```
@Deprecated
void stop()
               throws IOException
```
    Deprecated. Use shutdownNow().
    
    Stops the transport and closes all the connections
    
    Throws:
    
    IOException - if there was an error shutting down
  - shutdown
```
GrizzlyFuture<Transport> shutdown()
```
    Gracefully stops the transport accepting new connections and allows existing work to complete before finalizing the shutdown. This method will wait indefinitely for all interested parties to signal it is safe to terminate the transport. Invoke shutdownNow() to terminate the transport if the graceful shutdown is taking too long.
    
    Returns:
    
    a GrizzlyFuture which will return the stopped transport.
    
    Since:
    
    2.3.5
    
    See Also:
    
    GracefulShutdownListener
  - shutdown
```
GrizzlyFuture<Transport> shutdown(long gracePeriod,
                                  TimeUnit timeUnit)
```
    Gracefully stops the transport accepting new connections and allows existing work to complete before finalizing the shutdown. This method will wait for the specified time for all interested parties to signal it is safe to terminate the transport. If the timeout is exceeded, the transport will be terminated forcefully.
    
    Parameters:
    
    gracePeriod - the grace period for a graceful shutdown before the transport is forcibly terminated. If gracePeriod is zero or less, then there is no time limit for the shutdown.
    
    timeUnit - the TimeUnit of the specified grace period.
    
    Returns:
    
    a GrizzlyFuture which will return the stopped transport.
    
    Since:
    
    2.3.5
  - shutdownNow
```
void shutdownNow()
          throws IOException
```
    Forcibly stops the transport and closes all connections.
    
    Throws:
    
    IOException - if there was an error shutting down
    
    Since:
    
    2.3.5
    
    See Also:
    
    to complete gracefully
  - addShutdownListener
```
boolean addShutdownListener(GracefulShutdownListener shutdownListener)
```
    Adds a GracefulShutdownListener which will be called when shutdown() is called to enable graceful shutdown of transports. This allows the owner of the listener to signal that all shutdown tasks are complete and that it's safe to finalize the termination of the transport
    
    Parameters:
    
    shutdownListener - the GracefulShutdownListener
    
    Returns:
    
    true if the listener was successfully registered, otherwise false. When this method returns false it means one of two things: the transport is stopping or is stopped, or the listener has already been registered.
    
    Since:
    
    2.3.5
  - pause
```
void pause()
```
    Pauses the transport
  - resume
```
void resume()
```
    Resumes the transport after a pause
  - fireIOEvent
```
void fireIOEvent(IOEvent ioEvent,
                 Connection connection,
                 IOEventLifeCycleListener listener)
```
    Fires specific IOEvent on the Connection
    
    Parameters:
    
    ioEvent - I/O event
    
    connection - Connection, on which we fire the event.
    
    listener - I/O event life-cycle listener.
  - isStopped
```
boolean isStopped()
```
    Returns true, if this Transport is in stopped state, false otherwise.
    
    Returns:
    
    true, if this Transport is in stopped state, false otherwise.
  - isPaused
```
boolean isPaused()
```
  - getReader
```
Reader getReader(Connection connection)
```
    Get the Reader to read data from the Connection. The Transport may decide to return blocking or non-blocking Reader depending on the Connection settings.
    
    Parameters:
    
    connection - Connection.
    
    Returns:
    
    Reader.
  - getReader
```
Reader getReader(boolean isBlocking)
```
    Get the Reader implementation, depending on the requested mode.
    
    Parameters:
    
    isBlocking - blocking mode.
    
    Returns:
    
    Reader.
  - getWriter
```
Writer getWriter(Connection connection)
```
    Get the Writer to write data to the Connection. The Transport may decide to return blocking or non-blocking Writer depending on the Connection settings.
    
    Parameters:
    
    connection - Connection.
    
    Returns:
    
    Writer.
  - getWriter
```
Writer getWriter(boolean isBlocking)
```
    Get the Writer implementation, depending on the requested mode.
    
    Parameters:
    
    isBlocking - blocking mode.
    
    Returns:
    
    Writer.
  - getConnectionMonitoringConfig
```
MonitoringConfig<ConnectionProbe> getConnectionMonitoringConfig()
```
    Get the monitoring configuration for Transport Connections.
    
    Returns:
    
    the configuration
  - getThreadPoolMonitoringConfig
```
MonitoringConfig<ThreadPoolProbe> getThreadPoolMonitoringConfig()
```
    Get the monitoring configuration for Transport thread pool.
    
    Returns:
    
    the configuration
  - getMonitoringConfig
```
MonitoringConfig<TransportProbe> getMonitoringConfig()
```
    Get the Transport monitoring configuration MonitoringConfig.
    
    Specified by:
    
    getMonitoringConfig in interface MonitoringAware<TransportProbe>
    
    Returns:
    
    the object associated MonitoringConfig.
  - notifyTransportError
```
void notifyTransportError(Throwable error)
```
    Method gets invoked, when error occur during the Transport lifecycle.
    
    Parameters:
    
    error - Throwable.
  - getReadTimeout
```
long getReadTimeout(TimeUnit timeUnit)
```
    Returns the current value for the blocking read timeout converted to the provided TimeUnit specification. If this value hasn't been explicitly set, it will default to 30 seconds.
    
    Parameters:
    
    timeUnit - the TimeUnit to convert the returned result to.
    
    Returns:
    
    the value of the read timeout
    
    Since:
    
    2.3
  - setReadTimeout
```
void setReadTimeout(long timeout,
                    TimeUnit timeUnit)
```
    Specifies the timeout for the blocking reads. This may be overridden on a per-connection basis. A value of zero or less effectively disables the timeout.
    
    Parameters:
    
    timeout - the new timeout value
    
    timeUnit - the TimeUnit specification of the provided value.
    
    Since:
    
    2.3
    
    See Also:
    
    Connection.setReadTimeout(long, java.util.concurrent.TimeUnit)
  - getWriteTimeout
```
long getWriteTimeout(TimeUnit timeUnit)
```
    Returns the current value for the blocking write timeout converted to the provided TimeUnit specification. If this value hasn't been explicitly set, it will default to 30 seconds.
    
    Parameters:
    
    timeUnit - the TimeUnit to convert the returned result to.
    
    Returns:
    
    the value of the write timeout
    
    Since:
    
    2.3
  - setWriteTimeout
```
void setWriteTimeout(long timeout,
                     TimeUnit timeUnit)
```
    Specifies the timeout for the blocking writes. This may be overridden on a per-connection basis. A value of zero or less effectively disables the timeout.
    
    Parameters:
    
    timeout - the new timeout value
    
    timeUnit - the TimeUnit specification of the provided value.
    
    Since:
    
    2.3
    
    See Also:
    
    Connection.setWriteTimeout(long, java.util.concurrent.TimeUnit)

Interface Transport

Nested Class Summary

Field Summary

Method Summary

Field Detail

DEFAULT_READ_BUFFER_SIZE

DEFAULT_WRITE_BUFFER_SIZE

DEFAULT_READ_TIMEOUT

DEFAULT_WRITE_TIMEOUT

Method Detail

getName

setName

getState

isBlocking

configureBlocking

configureStandalone

isStandalone

obtainProcessor

getProcessor

setProcessor

getProcessorSelector

setProcessorSelector

getMemoryManager

setMemoryManager

getIOStrategy

setIOStrategy

getReadBufferSize

setReadBufferSize

getWriteBufferSize

setWriteBufferSize

getWorkerThreadPool

getKernelThreadPool

setWorkerThreadPool

setKernelThreadPool

setKernelThreadPoolConfig

setWorkerThreadPoolConfig

getKernelThreadPoolConfig

getWorkerThreadPoolConfig

getAttributeBuilder

setAttributeBuilder

start

stop

shutdown

shutdown

shutdownNow

addShutdownListener

pause

resume

fireIOEvent

isStopped

isPaused

getReader

getReader

getWriter

getWriter

getConnectionMonitoringConfig

getThreadPoolMonitoringConfig

getMonitoringConfig

notifyTransportError

getReadTimeout

setReadTimeout

getWriteTimeout

setWriteTimeout