protected override void handleNodeStatusReporting(byte[] statusArray)
{
List<NodeStatus> statuses = new List<NodeStatus>(statusArray.Length);
foreach (byte statusByte in statusArray)
{
NodeStatus status = new NodeStatus(statusByte);
statuses.Add(status);
}
OnNewStatuses(statuses);
}
private void ViperNode_NewSingleNodeStatus(NodeStatus status)
{
this.Status = status;
}
protected virtual void handleNodeStatusReporting(byte[] statusArray)
{
if (statusArray.Length > 0)
{
NodeStatus stat = new NodeStatus(statusArray[0]);
OnNewSingleNodeStatus(stat);
}
else
{
}
}
public NodeViewModel(SerialInterface node)
{
this.ViperNode = node;
this.User = new CalibrationUtilityUser();
this.m_softwareRevision = new SoftwareRevision(0, 0);
this.m_nodeNumber = NODE_NUMBER_MIN;
this.m_partNumber = PART_NUMBER_DEFAULT;
this.m_voltage = 0;
this.m_commandNibble = new CommandNibble(0);
this.m_serialNumber = SERIAL_NUMBER_DEFAULT;
this.m_packNumber = PACK_NUMBER_MIN;
this.m_macAddress = new MacAddress(new byte[0]);
this.m_filterValue = FILTER_VALUE_MIN;
this.m_communicationChannel = COMMUNICATION_CHANNEL_MIN;
this.m_cellOffset = CELL_OFFSET_DEFAULT;
this.m_cellGain = CELL_GAIN_DEFAULT;
this.m_cellCalibrated = 0;
this.m_masterScaler = MASTER_SCALER_MIN;
this.m_status = new NodeStatus(0);
try
{
setupViperNode();
}
catch (Exception ex)
{
if (this.ViperNode != null)
{
this.ViperNode.Dispose();
}
throw ex;
}
setDefaultParamValues();
configureValidationRules();
startUpdateThread();
}
protected void OnNewSingleNodeStatus(NodeStatus value)
{
if (this.NewSingleNodeStatus != null)
{
Task.Factory.StartNew(new Action(() =>
this.NewSingleNodeStatus(value)
));
}
}
