/// <summary>
/// Start a test configuration run on a particular data stream
/// </summary>
/// <param name="stream">The data stream to run the test configuration on</param>
public void Run(DataStream stream)
{
// Reset the queue position and clear the instruction queue. Also sort the instructions list by
// their UI index so that we execute the instructions in the correct order
queue_position = -1;
List <InstructionEntry> sortedInstructionEntries = instructionEntries.OrderBy(o => o.instruction._ui_index).ToList();
instructionEntryQueue.Clear();
foreach (InstructionEntry entry in sortedInstructionEntries)
{
instructionEntryQueue.Enqueue(entry);
}
// Tell the internal receiver to observe the values it is getting
// this will display an error for the attribute "instruction_complete" since
// this attribute holds a string. Should be fixed in a future update
if (ParameterControlTemplate != null)
{
internalReceiver.Observe = true;
loadParameterControlTemplate(ParameterControlTemplate, stream);
}
internalReceiver.OnPayloadReceived((object payload, string attribute, string label) => {
OnPayloadReceive(payload);
if (attribute == "instruction_complete" || attribute == "instruction_done")
{
RunQueuedInstruction(stream);
}
});
internalReceiver.OnObservedvalueChanged((IObservableNumericValue val) =>
{
OnObservedValueChange(val);
});
if (!internalReceiver.HasSubscription("instruction_complete"))
{
internalReceiver.Subscribe(stream, "instruction_complete", "string");
internalReceiver.Subscribe(stream, "instruction_done", "string");
}
// Start instruction queue execution
is_running = true;
RunQueuedInstruction(stream);
}
public SatStatMainForm()
{
InitializeComponent();
instruction_list = new JObject();
PopulateRecentConnect();
parameterControlTemplates = ParameterControlTemplate.GetListFromDb();
autoParamControlTemplate = new ParameterControlTemplate
{
Name = "Auto generated parameter control template"
};
Program.serial = new SerialHandler();
Program.streamSimulator = new StreamSimulator();
Program.socketHandler = new SocketHandler();
Program.serial.OnConnected(OnStreamConnected);
Program.streamSimulator.OnConnected(OnStreamConnected);
Program.socketHandler.OnConnected(OnStreamConnected);
Program.serial.OnDisconnected(OnStreamDisconnected);
Program.streamSimulator.OnDisconnected(OnStreamDisconnected);
Program.socketHandler.OnDisconnected(OnStreamDisconnected);
activeStreams = new Dictionary <string, DataStream>();
activeStreams.Add("serial", Program.serial);
activeStreams.Add("streamSimulator", Program.streamSimulator);
activeStreams.Add("socketHandler", Program.socketHandler);
dataReceiver = new DataReceiver {
Observe = true
};
dataReceiver.OnPayloadReceived(ReceivePayload);
dataReceiver.OnObservedvalueChanged(ObservedValueChanged);
sensorListReceiver = new DataReceiver();
sensorListReceiver.OnPayloadReceived(ReceiveSensorList);
sensorListReceiver.Subscribe(Program.serial, "available_data", "JObject");
instructionListReceiver = new DataReceiver();
instructionListReceiver.OnPayloadReceived(ReceiveInstructionList);
instructionListReceiver.Subscribe(Program.serial, "available_instructions", "JObject");
startTime = DateTime.Now;
xAxis = new DateTimeAxis {
Key = "xAxis",
Position = AxisPosition.Bottom,
Title = "Time",
Minimum = DateTimeAxis.ToDouble(startTime),
Maximum = DateTimeAxis.ToDouble(DateTime.Now.AddMinutes(1)),
MinorIntervalType = DateTimeIntervalType.Minutes
};
yAxis = new LinearAxis {
Key = "yAxis",
Position = AxisPosition.Left,
Title = "Value",
MinimumRange = 10
};
plotModel = new PlotModel {
Title = "Live data view"
};
plotModel.Axes.Add(xAxis);
plotModel.Axes.Add(yAxis);
oxPlot.Model = plotModel;
DiscoverComDevices();
}