private Style GetStyleForOutputType(IOutputItem OI)
{
if (OI is oi_MarlinResponse)
{
return(this.FindResource("MarlinResponseTextStyle") as Style);
}
else if (OI is oi_PrinterCommand)
{
return(this.FindResource("PrinterCommandTextStyle") as Style);
}
else if (OI is oi_ApplicationMessage)
{
return(this.FindResource("ApplicationMessageTextStyle") as Style);
}
else if (OI is pr_M503orM501_Config)
{
return(this.FindResource("ProcessedResponseTextStyle") as Style);
}
else if (OI is pr_G29T_MeshMap)
{
return(this.FindResource("ProcessedResponseTextStyle") as Style);
}
else if (OI is pr_M20_PrintableFile)
{
return(this.FindResource("PrintableFileTextStyle") as Style);
}
else
{
return(this.FindResource("FallthroughTextStyle") as Style);
}
}
public DecoratorLinear(IIdentifiable identifiable, IOutputItem decorated, IInputItem target)
: base(identifiable, new Describable("Linear: Ax + B",
"Linear transformation y = Ax + B"), decorated, target)
{
_arguments.Add(new Argument("A", "1.0", false, "A in y = Ax + B"));
_arguments.Add(new Argument("B", "0.0", false, "B in y = Ax + B"));
}
public DecoratorBase(IIdentifiable identifiable, IDescribable descibable, IOutputItem decorated, IInputItem target)
{
_identifiable = identifiable;
_describable = descibable;
_decorated = decorated;
_target = target;
}
public void UBL_G29_T1_Creates_Correct_G29T_MeshMap_OBject()
{
List <string> cl = new List <string>(@"Bed Topography Report for CSV:
0.185 0.175 0.170 0.000 -0.070 -0.140 -0.120 -0.195 -0.205 -0.255
0.080 0.110 0.065 -0.005 -0.115 -0.110 -0.115 -0.185 -0.180 -0.195
0.085 0.005 0.055 -0.010 -0.095 -0.060 -0.065 -0.085 -0.145 -0.165
0.295 0.110 0.080 0.150 0.005 -0.050 -0.030 -0.115 -0.130 -0.150
0.295 0.210 0.030 -0.030 0.100 -0.015 -0.020 -0.095 -0.150 -0.085
0.355 0.350 0.210 0.165 0.025 0.085 0.005 -0.005 -0.045 -0.165
0.305 0.335 0.240 0.160 0.125 0.025 0.075 0.030 0.020 0.010
0.250 0.260 0.225 0.145 0.115 0.020 -0.030 -0.095 0.015 0.005
0.230 0.210 0.150 0.005 -0.010 -0.005 -0.130 -0.050 -0.145 -0.115
0.290 0.230 0.165 0.090 0.025 0.000 0.005 0.000 0.040 0.030".Split("\r\n"));
IOutputItem o = pr_G29T_MeshMap.BuildProcessedResponseG29T(cl)[0];
Assert.IsTrue(o is pr_G29T_MeshMap);
pr_G29T_MeshMap mm = o as pr_G29T_MeshMap;
Assert.IsTrue(mm.MeshValues[0, 0] == 0.290);
Assert.IsTrue(mm.MeshValues[9, 9] == -0.255);
Assert.IsTrue(mm.MeshValues[9, 0] == 0.030);
Assert.IsTrue(mm.MeshValues[0, 9] == 0.185);
Assert.IsTrue(mm.MeshValues[4, 2] == 0.115);
Assert.IsTrue(mm.MeshValues[1, 2] == 0.260);
}
public DecoratorWave(IIdentifiable identifiable, IOutputItem decorated, IInputItem target)
: base(identifiable, new Describable("Wave: A*sin(F*t + P)",
"Wave transformation y = Amplitude * sin(frequancy * time) + phase"), decorated, target)
{
_arguments.Add(new Argument("Amplitude", "0.0", false, "A in A*sin(F*t + P)"));
_arguments.Add(new Argument("Phase", "0.0", false, "P in y = A*sin(F*t + P)"));
_arguments.Add(new Argument("Frequency", "0.0", false, "F in y = A*sin(F*t + P)"));
}
public List <IOutputItem> ProcessAndReturnOutputItems(IOutputItem outputItem)
{
if (!_isProcessing)
{
// Only look for Start Triggers since we're not already processing
TriggerTestResult result = IsStartTrigger(outputItem);
if (result == TriggerTestResult.TriggerAndInclude)
{
AddLineToFullResponse(outputItem.Value);
}
if (result != TriggerTestResult.NotTriggered)
{
_startId = outputItem.Id;
_FullResponse.Clear();
_isProcessing = true;
return(new List <IOutputItem>());
}
// In all cases, we do not have a decoration return
return(new List <IOutputItem>());
}
else // _isProcessing == true
{
if (IsAbortTrigger(outputItem))
{
// Not the response we were looking for. Cancel out.
_startId = -1;
_isProcessing = false;
return(new List <IOutputItem>());
}
TriggerTestResult result = IsEndTrigger(outputItem);
if (result == TriggerTestResult.TriggerAndInclude)
{
_endId = outputItem.Id;
_isProcessing = false;
AddLineToFullResponse(outputItem.Value);
return(_FunctionBuilder(_FullResponse));
}
else if (result == TriggerTestResult.TriggerAndExclude)
{
// _endId = We leave this value as is. It'll have been set with the previous processed line.
_isProcessing = false;
return(_FunctionBuilder(_FullResponse));
}
else // (result == TriggerTestResult.NotTriggered)
{
_endId = outputItem.Id; //Keep running count
AddLineToFullResponse(outputItem.Value);
return(new List <IOutputItem>());
}
}
}
private List <IOutputItem> GetProcessedResponses(IOutputItem outputItem)
{
List <IOutputItem> outputItems = new List <IOutputItem>();
foreach (IResponseProcessor i in _responseProcessors)
{
outputItems.AddRange(i.ProcessAndReturnOutputItems(outputItem));
}
return(outputItems);
}
public bool IsAbortTrigger(IOutputItem outputItem)
{
// If we come across a new command, then abort. We've clearly not processed an expected result.
if (outputItem is oi_PrinterCommand)
{
return(true);
}
if (_AbortStrings.Contains(outputItem.Value))
{
return(true);
}
return(false);
}
/// <summary>
/// Adds an item to the _OutputItems collection, which listOutput is bound to.
/// Autoscrolls the list to the newly added item.
/// </summary>
/// <param name="item"></param>
private void AddItemToOutputCollection(IOutputItem OI)
{
Dispatcher.Invoke(() =>
{
Paragraph p = FlowDocumentFactory.GetFlowDocumentParagraphContent(OI);
p.DataContext = OI;
p.Style = GetStyleForOutputType(OI);
AddEventHandlersForOutputType(p, OI);
p.DataContext = OI;
listOutput.Document.Blocks.Add(p);
listOutput.ScrollToEnd();
listOutput.Document.Blocks.LastBlock.BringIntoView();
});
}
private void AddEventHandlersForOutputType(Paragraph p, IOutputItem OI)
{
if (OI is pr_M503orM501_Config)
{
p.MouseLeftButtonDown += P_MouseLeftButtonDownDrag;
}
else if (OI is pr_G29T_MeshMap)
{
p.MouseDown += P_MouseLeftButtonDownMeshDoubleClick;
}
else if (OI is pr_M20_PrintableFile)
{
p.MouseDown += P_MouseLeftButtonDownFileDoubleClick;
}
}
public TriggerTestResult IsStartTrigger(IOutputItem outputItem)
{
if (_StartAndIncludeStrings.Contains(outputItem.Value))
{
Debug.WriteLine($"[{Name}] start trigger found on \"{outputItem.Value}\"");
return(TriggerTestResult.TriggerAndInclude);
}
else if (_StartAndExcludeStrings.Contains(outputItem.Value))
{
Debug.WriteLine($"[{Name}] start trigger found on \"{outputItem.Value}\"");
return(TriggerTestResult.TriggerAndExclude);
}
else
{
return(TriggerTestResult.NotTriggered);
}
}
public TriggerTestResult IsEndTrigger(IOutputItem outputItem)
{
// We end on a Marlin Response that matches one of our end triggers.
if (outputItem is oi_MarlinResponse && _EndAndIncludeStrings.Contains(outputItem.Value))
{
Debug.WriteLine($"[{Name}] end trigger found on \"{outputItem.Value}\"");
return(TriggerTestResult.TriggerAndInclude);
}
else if (outputItem is oi_MarlinResponse && _EndAndExcludeStrings.Contains(outputItem.Value))
{
Debug.WriteLine($"[{Name}] end trigger found on \"{outputItem.Value}\"");
return(TriggerTestResult.TriggerAndExclude);
}
else
{
return(TriggerTestResult.NotTriggered);
}
}
public IIdentifiable[] GetAvailableOutputDecorators(IOutputItem decoratedItem, IInputItem targetItem)
{
return(new List <IIdentifiable>(_ids.Keys).ToArray());
}
public void ProcessMarlinResult(IOutputItem OI)
{
AddItemToOutputCollection(OI);
GetProcessedResponses(OI).ForEach(p => AddItemToOutputCollection(p));
}
public static Paragraph GetFlowDocumentParagraphContent(IOutputItem OI)
{
return(CreateParagraphFromString(OI.Value));
}
public IOutputItemDecorator CreateOutputItemDecorator(IIdentifiable decoratorIdentifier, IOutputItem decoratedItem, IInputItem targetItem)
{
throw new NotImplementedException();
}
public IIdentifiable[] GetAvailableOutputDecorators(IOutputItem decoratedItem, IInputItem targetItem)
{
throw new NotImplementedException();
}
public static ModelReference <T> ToModel <T>(this IOutputItem domainItem) where T : IOutputItem
{
return(new ModelReference <T>(domainItem.Id, domainItem.DisplayName));
}
public IOutputItemDecorator CreateOutputItemDecorator(IIdentifiable decoratorIdentifier, IOutputItem decoratedItem, IInputItem targetItem)
{
if (!_ids.ContainsKey(decoratorIdentifier))
{
throw new NotImplementedException();
}
switch (_ids[decoratorIdentifier].Caption)
{
case "Linear":
return(new DecoratorLinear(decoratorIdentifier, decoratedItem, targetItem));
case "Wave":
return(new DecoratorWave(decoratorIdentifier, decoratedItem, targetItem));
default:
break;
}
throw new NotImplementedException();
}
