public Object serialized_sample_to_key(
Object endpoint_data,
Object sample,
CdrInputStream src,
boolean deserialize_encapsulation,
boolean deserialize_key,
Object endpoint_plugin_qos) {
int position = 0;
if (deserialize_encapsulation) {
src.deserializeAndSetCdrEncapsulation();
position = src.resetAlignment();
}
if (deserialize_key) {
MDSConnectivity typedDst = (MDSConnectivity) sample;
typedDst.unique_device_identifier = src.readString((64));
src.skipString();
}
if (deserialize_encapsulation) {
src.restoreAlignment(position);
}
return sample;
}
@Override
public void serialized_sample_to_keyhash(
Object endpoint_data,
CdrInputStream src,
KeyHash_t keyhash,
boolean include_encapsulation,
Object endpoint_plugin_qos) {
int position = 0;
DefaultEndpointData endpointData = (DefaultEndpointData) endpoint_data;
Object sample = null;
sample = endpointData.get_sample();
if (sample == null) {
throw new RETCODE_ERROR("Missing intermediate sample");
}
MDSConnectivity typedDst = (MDSConnectivity) sample;
if (include_encapsulation) {
src.deserializeAndSetCdrEncapsulation();
position = src.resetAlignment();
}
typedDst.unique_device_identifier = src.readString((64));
if (include_encapsulation) {
src.restoreAlignment(position);
}
instance_to_keyhash(endpoint_data, keyhash, sample);
}
@Override
public Object deserialize_sample(
Object endpoint_data,
Object dst,
CdrInputStream src,
boolean deserialize_encapsulation,
boolean deserialize_sample,
Object endpoint_plugin_qos) {
int position = 0;
if (deserialize_encapsulation) {
src.deserializeAndSetCdrEncapsulation();
position = src.resetAlignment();
}
if (deserialize_sample) {
MDSConnectivity typedDst = (MDSConnectivity) dst;
typedDst.clear();
try {
typedDst.unique_device_identifier = src.readString((64));
typedDst.partition = src.readString((128));
} catch (IllegalCdrStateException stateEx) {
if (src.available() >= CdrEncapsulation.CDR_ENCAPSULATION_PARAMETER_ID_ALIGNMENT) {
throw new RETCODE_ERROR(
"Error deserializing sample! Remainder: "
+ src.available()
+ "\n"
+ "Exception caused by: "
+ stateEx.getMessage());
}
} catch (Exception ex) {
throw new RETCODE_ERROR(ex.getMessage());
}
}
if (deserialize_encapsulation) {
src.restoreAlignment(position);
}
return dst;
}
public Object deserialize_sample(
Object endpoint_data,
Object dst,
CdrInputStream src,
boolean deserialize_encapsulation,
boolean deserialize_sample,
Object endpoint_plugin_qos) {
int position = 0;
if (deserialize_encapsulation) {
src.deserializeAndSetCdrEncapsulation();
position = src.resetAlignment();
}
if (deserialize_sample) {
EndDeviceControl typedDst = (EndDeviceControl) dst;
typedDst.clear();
try {
typedDst.issueID = src.readString((255));
typedDst.name = src.readString((255));
typedDst.endDeviceControlType =
(org.openfmb.model.dds.rti.openfmb.commonmodule.EndDeviceControlType)
org.openfmb.model.dds.rti.openfmb.commonmodule.EndDeviceControlTypeTypeSupport
.get_instance()
.deserialize_sample(
endpoint_data,
typedDst.endDeviceControlType,
src,
false,
true,
endpoint_plugin_qos);
typedDst.scheduledInterval =
(org.openfmb.model.dds.rti.openfmb.commonmodule.DateTimeInterval)
org.openfmb.model.dds.rti.openfmb.commonmodule.DateTimeIntervalTypeSupport
.get_instance()
.deserialize_sample(
endpoint_data,
typedDst.scheduledInterval,
src,
false,
true,
endpoint_plugin_qos);
typedDst.setPoints =
(org.openfmb.model.dds.rti.openfmb.commonmodule.SequenceOfEndDeviceControlSetPoints)
org.openfmb.model.dds.rti.openfmb.commonmodule
.SequenceOfEndDeviceControlSetPointsTypeSupport.get_instance()
.deserialize_sample(
endpoint_data, typedDst.setPoints, src, false, true, endpoint_plugin_qos);
} catch (IllegalCdrStateException stateEx) {
if (src.available() >= CdrEncapsulation.CDR_ENCAPSULATION_PARAMETER_ID_ALIGNMENT) {
throw new RETCODE_ERROR(
"Error deserializing sample! Remainder: "
+ src.available()
+ "\n"
+ "Exception caused by: "
+ stateEx.getMessage());
}
} catch (Exception ex) {
throw new RETCODE_ERROR(ex.getMessage());
}
}
if (deserialize_encapsulation) {
src.restoreAlignment(position);
}
return dst;
}