/**
* Vraci asociace, ktere ovlivnuji asociaci association podle toho, v jake casti tvorby konecneho automatu se nachazime.
*
* atribut mode urcuje, v jake casti tvorby konecneho automatu se nachazime
**/
public static List <PSMAssociation> getAssociations(PSMAssociation association, CreationPhase mode)
{
List <PSMAssociation> associations = null;
switch (mode)
{
case CreationPhase.ATTRIBUTE:
associations = AssociationsUtils.associationsPropagatingAttributes(association, false);
break;
case CreationPhase.ELEMENT_ATTRIBUTE:
associations = AssociationsUtils.associationsPropagatingAttributes(association, true);
break;
case CreationPhase.ELEMENT:
associations = AssociationsUtils.associationsPropagatingElements(association);
break;
case CreationPhase.CONTENT_MODEL:
associations = AssociationsUtils.associationsPropagatingAttributes(association, true);
associations.AddRange(AssociationsUtils.associationsPropagatingElements(association));
break;
}
return(associations);
}
private void inicialize(PSMAssociation topAssociation, String leftSideOfRules)
{
if (!rightSideToLeftSide.ContainsKey(topAssociation.Name))
{
rightSideToLeftSide.Add(topAssociation.Name, new HashSet <string>());
}
rightSideToLeftSide[topAssociation.Name].Add(leftSideOfRules);
List <String> leftSideNames = new List <string>();
if (topAssociation.Child is PSMClass)
{
foreach (PSMAttribute attribute in ((PSMClass)topAssociation.Child).GetActualPSMAttributesIncludingInherited())
{
String attLeftSideName = leftSideName + treeStateCount;
treeStateCount++;
leftSideNames.Add(attLeftSideName);
if (!rightSideToLeftSide.ContainsKey(attribute.Name))
{
rightSideToLeftSide.Add(attribute.Name, new HashSet <string>());
}
rightSideToLeftSide[attribute.Name].Add(attLeftSideName);
}
}
foreach (PSMAssociation association in AssociationsUtils.namedAssociations(topAssociation, false, false))
{
if (!association.IsNamed && ((PSMClass)association.Child).PSMAttributes.Count > 0)
{
foreach (PSMAttribute attribute in ((PSMClass)association.Child).PSMAttributes)
{
String attLeftSideName = leftSideName + treeStateCount;
leftSideNames.Add(attLeftSideName);
treeStateCount++;
if (!rightSideToLeftSide.ContainsKey(attribute.Name))
{
rightSideToLeftSide.Add(attribute.Name, new HashSet <string>());
}
rightSideToLeftSide[attribute.Name].Add(attLeftSideName);
}
}
}
foreach (PSMAssociation association in AssociationsUtils.namedAssociations(topAssociation, false, false))
{
if (association.IsNamed)
{
if (associationLeftSideName.ContainsKey(association))
{
leftSideNames.Add(associationLeftSideName[association]);
}
else
{
leftSideNames.Add(leftSideName + treeStateCount);
associationLeftSideName.Add(association, leftSideName + treeStateCount);
treeStateCount++;
}
}
}
automatUtils.createFiniteAutomatForAssociation(topAssociation, leftSideNames, leftSideOfRules, ref forestStatesTransitions, ref wordToState);
int index = topAssociation.Child is PSMClass ? ((PSMClass)topAssociation.Child).PSMAttributes.Count : 0;
foreach (PSMAssociation association in AssociationsUtils.namedAssociations(topAssociation, false, false))
{
if (!association.IsNamed && !association.IsNonTreeAssociation)
{
index++;
}
}
foreach (PSMAssociation association in AssociationsUtils.namedAssociations(topAssociation, false, false))
{
if (association.IsNamed && !inicializedAssociations.Contains(association))
{
inicializedAssociations.Add(association);
inicialize(association, leftSideNames[index]);
}
if (association.IsNamed)
{
index++;
}
}
}
