/// <summary>
/// Updates the dictionaries based on the new names of the inputs/outputs
/// </summary>
/// <param name="newNameDict">Dictionary of old name keys to new name values</param>
private void truthTableWindow_RelabelStrokes(Dictionary <Shape, string> newNameDict)
{
foreach (KeyValuePair <Shape, string> pair in newNameDict)
{
Shape s = pair.Key;
string newName = pair.Value;
s.Name = newName;
}
// Update popup names
cleanCircuit.UpdateLabel(newNameDict);
ShowToggles();
}
/// <summary>
/// Updates the dictionaries based on the new names of the inputs/outputs
/// </summary>
/// <param name="newNameDict">Dictionary of old name keys to new name values</param>
private void truthTableWindow_RelabelStrokes(Dictionary <string, string> newNameDict)
{
foreach (string s in newNameDict.Keys)
{
// Change the shape names that were affected
foreach (Shape shape in sketch.Shapes)
{
if (shape.Name == s)
{
shape.Name = newNameDict[s];
}
}
// Update all the dictionaries
if (inputMapping.ContainsKey(s))
{
ListSet <string> values = inputMapping[s];
LabelShape(values, newNameDict[s]);
inputMapping.Remove(s);
inputMapping.Add(newNameDict[s], values);
}
else if (outputMapping.ContainsKey(s))
{
ListSet <string> values = outputMapping[s];
LabelShape(values, newNameDict[s]);
outputMapping.Remove(s);
outputMapping.Add(newNameDict[s], values);
}
if (wireToInputGateMapping.ContainsKey(s))
{
Dictionary <int, ListSet <string> > values = wireToInputGateMapping[s];
wireToInputGateMapping.Remove(s);
wireToInputGateMapping.Add(newNameDict[s], values);
}
}
// Create our new Circuit
if (!circuitParser.SuccessfullyParse(sketchPanel.Sketch))
{
return;
}
sketchPanel.Circuit = new Circuit(circuitParser.CircuitStructure,
circuitParser.CircuitOutputs,
circuitParser.CircuitInputs);
// Update popup names
circuitValuePopups.UpdatePopupNames(newNameDict);
cleanCircuit.UpdateLabel(newNameDict);
ShowToggles();
}