private void SetOutputPorts()
{
var allDefs = CodeBlockUtils.GetDefinitionLineIndexMap(codeStatements);
if (allDefs.Any() == false)
{
return;
}
double prevPortBottom = 0.0;
foreach (var def in allDefs)
{
var logicalIndex = def.Value - 1;
string tooltip = def.Key;
if (tempVariables.Contains(def.Key))
{
tooltip = Formatting.TOOL_TIP_FOR_TEMP_VARIABLE;
}
double portCoordsY = Formatting.INITIAL_MARGIN;
portCoordsY += logicalIndex * Configurations.CodeBlockPortHeightInPixels;
OutPortData.Add(new PortData(string.Empty, tooltip)
{
VerticalMargin = portCoordsY - prevPortBottom,
Height = Configurations.CodeBlockPortHeightInPixels
});
// Since we compute the "delta" between the top of the current
// port to the bottom of the previous port, we need to record
// down the bottom coordinate value before proceeding to the next
// port.
//
prevPortBottom = portCoordsY + Configurations.CodeBlockPortHeightInPixels;
}
}
private void SetOutputPorts()
{
var allDefs = CodeBlockUtils.GetDefinitionLineIndexMap(codeStatements);
if (allDefs.Any() == false)
{
return;
}
foreach (var def in allDefs)
{
string tooltip = def.Key;
if (tempVariables.Contains(def.Key))
{
tooltip = Formatting.TOOL_TIP_FOR_TEMP_VARIABLE;
}
OutPortData.Add(new PortData(string.Empty, tooltip)
{
LineIndex = def.Value - 1, // Logical line index.
Height = Configurations.CodeBlockPortHeightInPixels
});
}
}