public static void AddLocToComponent(uint NodeId, uint Key, ulong lastLineNumber)
{
TLOC.InsertComponentTLOCMap(NodeId, Key, lastLineNumber);
var itBegin = MainDeclaration.Instance.RevEdges.constIteratorBegin(NodeId,
Types.EdgeKind.edkComponent_Contains);
while (itBegin.getValue( ) != null)
{
AddLocToComponent(itBegin.getValue( ).Id, Key, lastLineNumber);
itBegin = itBegin.getNext( );
}
}
public static void SetLOC(this Scope limScope)
{
var intervals = new List <Interval>( );
var m_LOC = ( long )TLOC.Calculate(limScope, ref intervals);
if (m_LOC == 0)
{
return;
}
unchecked
{
limScope.TLOC = ( uint )m_LOC;
}
var memberIt = limScope.HasMemberListIteratorBegin;
while (memberIt.getValue( ) != null)
{
var member = memberIt.getValue( );
// the contents of a method count while its inner member's contents do not
// so we calculate the difference between the method's LOC and TLOC first
// and subtract only that from the enclosing scope's LOC.
if (Lim.Asg.Common.getIsMethod(member) && !Lim.Asg.Common.getIsMethod(limScope))
{
var method = member as Method;
method.SetLOC( );
var methodLOC = method.LOC;
var temp = new List <Interval>( );
var methodTLOC = ( uint )TLOC.Calculate(method, ref temp);
m_LOC -= (methodTLOC - methodLOC);
}
else if (Lim.Asg.Common.getIsScope(member) && limScope.LessOrEqualsThan(member as Scope) &&
limScope.Id != MainDeclaration.Instance.LimFactory.Root)
{
var visitedBorders = new Dictionary <uint, HashSet <uint> >( );
var memberScope = member as Scope;
var memberIntervals = new List <Interval>( );
var memberTLOC = TLOC.Calculate(memberScope, ref memberIntervals);
m_LOC -= (long)memberTLOC;
foreach (var interval in memberIntervals)
{
if (BorderCounts(limScope, interval.Key, interval.From, ref visitedBorders))
{
m_LOC++;
}
if (BorderCounts(limScope, interval.Key, interval.To, ref visitedBorders))
{
m_LOC++;
}
}
}
memberIt = memberIt.getNext( );
}
if (m_LOC < 0)
{
//Console.WriteLine("Debug: would have been negative, set to 0");
m_LOC = 0;
}
limScope.LOC = ( uint )m_LOC;
}