private void OnTestQueueComplete(InstructionEntry instructionEntry)
{
ThreadHelper.UI_Invoke(Program.app, null, UITestConfigIntructionListGrid, (data) =>
{
Instruction instruction = instructionEntry.instruction;
UITestConfigIntructionListGrid.Rows[last_instruction_index].Cells[2].Value = "Finished";
UITestConfigIntructionListGrid.Rows[last_instruction_index].Cells[3].Value = instruction.feedbackStatus.ToString();
UITestConfigParameterTemplateSelect.Enabled = true;
}, null);
}
public InstructionEntry AddInstructionEntry(Instruction instr, List <string> observedLabels, int uindex = -1)
{
instr._ui_index = uindex;
InstructionEntry entry = new InstructionEntry
{
instruction = instr,
observedValueLabels = observedLabels
};
instructionEntries.Add(entry);
return(entry);
}
private void OnTestQueueAdvance(InstructionEntry instructionEntry)
{
UITestConfigIntructionListGrid.ClearSelection();
Instruction instruction = instructionEntry.instruction;
//int index = instructionEntry.instruction._ui_index; //
int index = activeTestConfiguration.InstructionEntryIndex(instructionEntry);
if (last_instruction_index > -1)
{
UITestConfigIntructionListGrid.Rows[last_instruction_index].Cells[2].Value = "Finished ";
UITestConfigIntructionListGrid.Rows[last_instruction_index].Cells[3].Value = instruction.feedbackStatus.ToString();
}
if (index > -1)
{
UITestConfigIntructionListGrid.Rows[index].Cells[2].Value = "Running ";
UITestConfigIntructionListGrid.Rows[index].Selected = true;
last_instruction_index = index;
}
}
/// <summary>
/// Run the next instruction in the queue if the queue is not empty. Also invokes the callback functions at the right time, if they are set
/// </summary>
/// <param name="stream">The stream the instruction should be sent to</param>
public void RunQueuedInstruction(DataStream stream)
{
if (currentInstructionEntry.instruction != null)
{
// Complete current instruction if there is one, and if there is something to do before executing next instruction
}
if (instructionEntryQueue.Count > 0)
{
queue_position++;
currentInstructionEntry = instructionEntryQueue.Dequeue();
if (onQueueAdvanceCallback != null)
{
if (currentInstructionEntry.instruction.feedbackStatus == ObservableNumericValueStatus.Unknown)
{
currentInstructionEntry.instruction.feedbackStatus = ObservableNumericValueStatus.Stable;
}
onQueueAdvanceCallback.Invoke(currentInstructionEntry);
}
stream.Output(currentInstructionEntry.instruction.toJObject());
}
else
{
queue_position = -1;
internalReceiver.Observe = false;
is_running = false;
if (onQueueCompleteCallback != null)
{
onQueueCompleteCallback.Invoke(currentInstructionEntry);
}
Debug.Log("Instruction queue is empty");
// Queue is empty
}
}
public void AddInstructionEntry(InstructionEntry entry)
{
instructionEntries.Add(entry);
}
public int InstructionEntryIndex(InstructionEntry entry)
{
return(instructionEntries.IndexOf(entry));
}
