private void AddBranchesAs(IEnumerable <IBranch> branches, BranchLogicalType figuredOutFlowType)
{
BranchSorterByName branchSorterByName = new BranchSorterByName();
IBranch[] branchesSorted = branches.OrderBy(b => b, branchSorterByName)
.ToArray();
foreach (IBranch branch in branchesSorted)
{
BranchLogicalType typeToAddAs = figuredOutFlowType;
if (typeToAddAs != BranchLogicalType.WorkItem)
{
bool isActuallyLesser = _lesserBranchSelector.IsLesserBranch(branch);
if (isActuallyLesser)
{
typeToAddAs = BranchLogicalType.WorkItem;
}
}
_branchesToTypes.Add(branch, typeToAddAs);
_branchesInLogicalOrder.Add(branch);
_logger.Debug("{0} added as {1}.", branch, typeToAddAs);
}
}
private Regex[] GetRegicesFor(BranchLogicalType flowType)
{
if (!_colorsAndRegices.TryGetRegexStringsInternal(flowType, out ISet <string> regexStrings))
{
return(new Regex[0]);
}
Regex[] regices = regexStrings.Select(s => new Regex(s, RegexOptions.IgnoreCase))
.ToArray();
return(regices);
}
public bool TryGetRegexStringsInternal(BranchLogicalType flowType, out ISet <string> regexStrings)
{
return(_typesToRegices.TryGetValue(flowType, out regexStrings));
}
public Color GetColor(BranchLogicalType ft)
{
return(_typesToColors[ft]);
}
public Color GetSuggestedDrawingColorFor(IBranch branch)
{
BranchLogicalType ft = _branchesToTypes[branch];
return(_colorsAndRegices.GetColor(ft));
}
