use of org.opensmartgridplatform.adapter.protocol.iec61850.exceptions.NodeReadException in project Protocol-Adapter-IEC61850 by OSGP.
the class Iec61850Client method readAllDataValues.
/**
* Read the values of all data attributes of all data objects of all Logical
* Nodes.
*
* @param clientAssociation
* An {@link ClientAssociation} instance.
*
* @throws NodeReadException
* In case the read action fails.
*/
public void readAllDataValues(final ClientAssociation clientAssociation) throws NodeReadException {
try {
LOGGER.debug("Start getAllDataValues from device");
clientAssociation.getAllDataValues();
LOGGER.debug("Completed getAllDataValues from device");
} catch (final ServiceError e) {
LOGGER.error("ServiceError during readAllDataValues", e);
throw new NodeReadException(e.getMessage(), e, ConnectionState.OK);
} catch (final IOException e) {
LOGGER.error("IOException during readAllDataValues", e);
throw new NodeReadException(e.getMessage(), e, ConnectionState.BROKEN);
}
}
use of org.opensmartgridplatform.adapter.protocol.iec61850.exceptions.NodeReadException in project Protocol-Adapter-IEC61850 by OSGP.
the class Iec61850Client method sendCommandWithRetry.
/**
* Executes the apply method of the given {@link Function} with retries and
* message logging.
*
* @return The given T.
*/
public <T> T sendCommandWithRetry(final Function<T> function, final String functionName, final String deviceIdentification) throws ProtocolAdapterException {
T output = null;
final DeviceMessageLog deviceMessageLog = new DeviceMessageLog(IED.FLEX_OVL, LogicalDevice.LIGHTING, functionName);
try {
output = function.apply(deviceMessageLog);
} catch (final NodeWriteException | NodeReadException e) {
if (ConnectionState.OK.equals(e.getConnectionState())) {
// ServiceError means we have to retry.
LOGGER.error("Caught ServiceError, retrying", e);
this.sendCommandWithRetry(function, deviceIdentification, 1, deviceMessageLog);
} else {
LOGGER.error("Caught IOException, connection with device is broken.", e);
}
} catch (final ConnectionFailureException e) {
throw e;
} catch (final Exception e) {
throw new ProtocolAdapterException(e == null ? "Could not execute command" : e.getMessage(), e);
}
return output;
}
use of org.opensmartgridplatform.adapter.protocol.iec61850.exceptions.NodeReadException in project Protocol-Adapter-IEC61850 by OSGP.
the class Iec61850DeviceConnectionService method testIfConnectionIsCachedAndAlive.
private boolean testIfConnectionIsCachedAndAlive(final String deviceIdentification, final IED ied, final String serverName, final String logicalDevice) throws ProtocolAdapterException {
try {
LOGGER.info("Trying to find connection in cache for deviceIdentification: {}", deviceIdentification);
final Iec61850Connection iec61850Connection = this.fetchIec61850Connection(deviceIdentification);
if (iec61850Connection != null) {
// Already connected, check if connection is still usable.
LOGGER.info("Connection found for deviceIdentification: {}", deviceIdentification);
// requires manual reads of remote data.
if (ied != null && logicalDevice != null) {
final String description = this.getActualServerName(ied, serverName);
LOGGER.info("Testing if connection is alive using {}{}/{}.{} for deviceIdentification: {}", description, logicalDevice, LogicalNode.LOGICAL_NODE_ZERO.getDescription(), DataAttribute.NAME_PLATE.getDescription(), deviceIdentification);
final FcModelNode modelNode = this.getModelNode(logicalDevice, iec61850Connection, description);
this.iec61850Client.readNodeDataValues(iec61850Connection.getClientAssociation(), modelNode);
} else {
// Read all data values, which is much slower, but requires
// no manual reads of remote data.
LOGGER.info("Testing if connection is alive using readAllDataValues() for deviceIdentification: {}", deviceIdentification);
this.iec61850Client.readAllDataValues(iec61850Connection.getClientAssociation());
}
LOGGER.info("Connection is still active for deviceIdentification: {}", deviceIdentification);
return true;
}
} catch (final NodeReadException e) {
LOGGER.error("Connection is no longer active, removing connection from cache for deviceIdentification: " + deviceIdentification, e);
this.removeIec61850Connection(deviceIdentification);
}
return false;
}
use of org.opensmartgridplatform.adapter.protocol.iec61850.exceptions.NodeReadException in project open-smart-grid-platform by OSGP.
the class Iec61850Client method readAllDataValues.
/**
* Read the values of all data attributes of all data objects of all Logical Nodes.
*
* @param clientAssociation An {@link ClientAssociation} instance.
* @throws NodeReadException In case the read action fails.
*/
public void readAllDataValues(final ClientAssociation clientAssociation) throws NodeReadException {
try {
LOGGER.debug("Start getAllDataValues from device");
clientAssociation.getAllDataValues();
LOGGER.debug("Completed getAllDataValues from device");
} catch (final ServiceError e) {
LOGGER.error("ServiceError during readAllDataValues", e);
throw new NodeReadException(e.getMessage(), e, ConnectionState.OK);
} catch (final IOException e) {
LOGGER.error("IOException during readAllDataValues", e);
throw new NodeReadException(e.getMessage(), e, ConnectionState.BROKEN);
}
}
use of org.opensmartgridplatform.adapter.protocol.iec61850.exceptions.NodeReadException in project open-smart-grid-platform by OSGP.
the class Iec61850SetConfigurationFunction method setClockConfiguration.
private void setClockConfiguration(final Iec61850Client iec61850Client, final DeviceConnection deviceConnection, final ConfigurationDto configuration, final DeviceMessageLog deviceMessageLog) throws NodeNotFoundException, NodeReadException, NodeWriteException {
final NodeContainer clock = deviceConnection.getFcModelNode(LogicalDevice.LIGHTING, LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF);
iec61850Client.readNodeDataValues(deviceConnection.getConnection().getClientAssociation(), clock.getFcmodelNode());
if (configuration.getTimeSyncFrequency() != null) {
LOGGER.info("Updating TimeSyncFrequency to {}", configuration.getTimeSyncFrequency());
clock.writeUnsignedShort(SubDataAttribute.TIME_SYNC_FREQUENCY, configuration.getTimeSyncFrequency());
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.TIME_SYNC_FREQUENCY, Integer.toString(configuration.getTimeSyncFrequency()));
}
if (configuration.isAutomaticSummerTimingEnabled() != null) {
LOGGER.info("Updating AutomaticSummerTimingEnabled to {}", configuration.isAutomaticSummerTimingEnabled());
clock.writeBoolean(SubDataAttribute.AUTOMATIC_SUMMER_TIMING_ENABLED, configuration.isAutomaticSummerTimingEnabled());
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.AUTOMATIC_SUMMER_TIMING_ENABLED, Boolean.toString(configuration.isAutomaticSummerTimingEnabled()));
}
/*
* Perform some effort to create dstBegT/dstEndt information
* based on provided DateTime values. This will work in a
* number of cases, but to be able to do this accurately in
* an international context, DST transition times will
* probably have to be based on information about the
* time-zone the device is operating in, instead of a
* particular DateTime provided by the caller without
* further information.
*/
final DaylightSavingTimeTransition.DstTransitionFormat dstFormatMwd = DaylightSavingTimeTransition.DstTransitionFormat.DAY_OF_WEEK_OF_MONTH;
final DateTime summerTimeDetails = configuration.getSummerTimeDetails();
final DateTime winterTimeDetails = configuration.getWinterTimeDetails();
if (summerTimeDetails != null) {
final String mwdValueForBeginOfDst = DaylightSavingTimeTransition.forDateTimeAccordingToFormat(summerTimeDetails, dstFormatMwd).getTransition();
LOGGER.info("Updating DstBeginTime to {} based on SummerTimeDetails {}", mwdValueForBeginOfDst, summerTimeDetails);
clock.writeString(SubDataAttribute.SUMMER_TIME_DETAILS, mwdValueForBeginOfDst);
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.SUMMER_TIME_DETAILS, mwdValueForBeginOfDst);
}
if (winterTimeDetails != null) {
final String mwdValueForEndOfDst = DaylightSavingTimeTransition.forDateTimeAccordingToFormat(winterTimeDetails, dstFormatMwd).getTransition();
LOGGER.info("Updating DstEndTime to {} based on WinterTimeDetails {}", mwdValueForEndOfDst, winterTimeDetails);
clock.writeString(SubDataAttribute.WINTER_TIME_DETAILS, mwdValueForEndOfDst);
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.WINTER_TIME_DETAILS, mwdValueForEndOfDst);
}
if (configuration.getNtpEnabled() != null) {
LOGGER.info("Updating ntpEnabled to {}", configuration.getNtpEnabled());
clock.writeBoolean(SubDataAttribute.NTP_ENABLED, configuration.getNtpEnabled());
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.NTP_ENABLED, Boolean.toString(configuration.getNtpEnabled()));
}
if (configuration.getNtpHost() != null) {
LOGGER.info("Updating ntpHost to {}", configuration.getNtpHost());
clock.writeString(SubDataAttribute.NTP_HOST, configuration.getNtpHost());
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.NTP_HOST, configuration.getNtpHost());
}
if (configuration.getNtpSyncInterval() != null) {
LOGGER.info("Updating ntpSyncInterval to {}", configuration.getNtpSyncInterval());
clock.writeUnsignedShort(SubDataAttribute.NTP_SYNC_INTERVAL, configuration.getNtpSyncInterval());
deviceMessageLog.addVariable(LogicalNode.STREET_LIGHT_CONFIGURATION, DataAttribute.CLOCK, Fc.CF, SubDataAttribute.NTP_SYNC_INTERVAL, configuration.getNtpSyncInterval().toString());
}
}
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