public void channelEndpointError(final long statusIndicatorId, final Exception error) { if (notConcurrent()) { driverConductor.onChannelEndpointError(statusIndicatorId, error); } else { offer(() -> driverConductor.onChannelEndpointError(statusIndicatorId, error)); } }
public void openChannel(final DriverConductorProxy conductorProxy) { if (conductorProxy.notConcurrent()) { openDatagramChannel(statusIndicator); } else { try { openDatagramChannel(statusIndicator); } catch (final Exception ex) { conductorProxy.channelEndpointError(statusIndicator.id(), ex); throw ex; } } }
final ReceiveChannelEndpoint channelEndpoint) if (notConcurrent())
public void openChannel(final DriverConductorProxy conductorProxy) { if (null == multiRcvDestination) { if (conductorProxy.notConcurrent()) { openDatagramChannel(statusIndicator); } else { try { openDatagramChannel(statusIndicator); } catch (final Exception ex) { conductorProxy.channelEndpointError(statusIndicator.id(), ex); throw ex; } } } }
public void channelEndpointError(final long statusIndicatorId, final Exception error) { if (notConcurrent()) { driverConductor.onChannelEndpointError(statusIndicatorId, error); } else { offer(() -> driverConductor.onChannelEndpointError(statusIndicatorId, error)); } }
public void channelEndpointError(final long statusIndicatorId, final Exception error) { if (notConcurrent()) { driverConductor.onChannelEndpointError(statusIndicatorId, error); } else { offer(() -> driverConductor.onChannelEndpointError(statusIndicatorId, error)); } }
public void openChannel(final DriverConductorProxy conductorProxy) { if (conductorProxy.notConcurrent()) { openDatagramChannel(statusIndicator); } else { try { openDatagramChannel(statusIndicator); } catch (final Exception ex) { conductorProxy.channelEndpointError(statusIndicator.id(), ex); throw ex; } } }
public void openChannel(final DriverConductorProxy conductorProxy) { if (conductorProxy.notConcurrent()) { openDatagramChannel(statusIndicator); } else { try { openDatagramChannel(statusIndicator); } catch (final Exception ex) { conductorProxy.channelEndpointError(statusIndicator.id(), ex); throw ex; } } }
public void openChannel(final DriverConductorProxy conductorProxy) { if (null == multiRcvDestination) { if (conductorProxy.notConcurrent()) { openDatagramChannel(statusIndicator); } else { try { openDatagramChannel(statusIndicator); } catch (final Exception ex) { conductorProxy.channelEndpointError(statusIndicator.id(), ex); throw ex; } } } }
final ReceiveChannelEndpoint channelEndpoint) if (notConcurrent())
final ReceiveChannelEndpoint channelEndpoint) if (notConcurrent())
public void openChannel(final DriverConductorProxy conductorProxy) { if (null == multiRcvDestination) { if (conductorProxy.notConcurrent()) { openDatagramChannel(statusIndicator); } else { try { openDatagramChannel(statusIndicator); } catch (final Exception ex) { conductorProxy.channelEndpointError(statusIndicator.id(), ex); throw ex; } } } }