/// <summary>
/// Replaces the paragraph scope by the corresponding flags
/// </summary>
/// <param name="obj"></param>
/// <param name="visitSubNodes"></param>
public override void visit(Paragraph obj, bool visitSubNodes)
{
Specification.Paragraph paragraph = (Specification.Paragraph)obj;
// WARNING : This phase is completed by the next phase to place all requirement in requirement sets
// Ensures the scope is located in the flags
switch (paragraph.getObsoleteScope())
{
case acceptor.Paragraph_scope.aOBU:
paragraph.setObsoleteScopeOnBoard(true);
break;
case acceptor.Paragraph_scope.aTRACK:
paragraph.setObsoleteScopeTrackside(true);
break;
case acceptor.Paragraph_scope.aOBU_AND_TRACK:
case acceptor.Paragraph_scope.defaultParagraph_scope:
paragraph.setObsoleteScopeOnBoard(true);
paragraph.setObsoleteScopeTrackside(true);
break;
case acceptor.Paragraph_scope.aROLLING_STOCK:
paragraph.setObsoleteScopeRollingStock(true);
break;
}
paragraph.setObsoleteScope(acceptor.Paragraph_scope.aFLAGS);
// WARNING : do not remove the preceding phase since it still required for previous versions of EFS files
// Based on the flag information, place the requirements in their corresponding requirement set
// STM was never used, this information is discarded
RequirementSet scope = paragraph.Dictionary.findRequirementSet(Dictionary.ScopeName, true);
if (paragraph.getObsoleteScopeOnBoard())
{
RequirementSet onBoard = scope.findRequirementSet(RequirementSet.OnboardScopeName, false);
if (onBoard == null)
{
onBoard = scope.findRequirementSet(RequirementSet.OnboardScopeName, true);
onBoard.setRecursiveSelection(false);
onBoard.setDefault(true);
}
paragraph.AppendToRequirementSet(onBoard);
paragraph.setObsoleteScopeOnBoard(false);
}
if (paragraph.getObsoleteScopeTrackside())
{
RequirementSet trackSide = scope.findRequirementSet(RequirementSet.TracksideScopeName, false);
if (trackSide == null)
{
trackSide = scope.findRequirementSet(RequirementSet.TracksideScopeName, true);
trackSide.setRecursiveSelection(false);
trackSide.setDefault(true);
}
paragraph.AppendToRequirementSet(trackSide);
paragraph.setObsoleteScopeTrackside(false);
}
if (paragraph.getObsoleteScopeRollingStock())
{
RequirementSet rollingStock = scope.findRequirementSet(RequirementSet.RollingStockScopeName,
false);
if (rollingStock == null)
{
rollingStock = scope.findRequirementSet(RequirementSet.RollingStockScopeName, true);
rollingStock.setRecursiveSelection(false);
rollingStock.setDefault(false);
}
paragraph.AppendToRequirementSet(rollingStock);
paragraph.setObsoleteScopeRollingStock(false);
}
// Updates the functional block information based on the FunctionalBlockName field
if (!string.IsNullOrEmpty(paragraph.getObsoleteFunctionalBlockName()))
{
RequirementSet allFunctionalBlocks =
paragraph.Dictionary.findRequirementSet(Dictionary.FunctionalBlockName, true);
RequirementSet functionalBlock =
allFunctionalBlocks.findRequirementSet(paragraph.getObsoleteFunctionalBlockName(), true);
functionalBlock.setRecursiveSelection(true);
functionalBlock.setDefault(false);
paragraph.AppendToRequirementSet(functionalBlock);
paragraph.setObsoleteFunctionalBlockName(null);
}
base.visit(obj, visitSubNodes);
}
