/// <summary>
/// Inserts code to handle case negative/independent pattern was found
/// at the given position, returns position after inserted operations
/// </summary>
private SearchProgramOperation insertPatternFoundNegativeIndependent(SearchProgramOperation insertionPoint)
{
PatternGraph patternGraph = patternGraphWithNestingPatterns.Peek();
string negativeIndependentNamePrefix = NegativeIndependentNamePrefix(patternGraph);
if (isNegative)
{
// build the negative pattern was matched operation
NegativePatternMatched patternMatched = new NegativePatternMatched(
NegativeIndependentPatternMatchedType.WithoutSubpatterns, negativeIndependentNamePrefix);
insertionPoint = insertionPoint.Append(patternMatched);
// abort the matching process
CheckContinueMatchingOfNegativeFailed abortMatching =
new CheckContinueMatchingOfNegativeFailed(patternGraph.isIterationBreaking);
insertionPoint = insertionPoint.Append(abortMatching);
}
else
{
// build the independent pattern was matched operation
IndependentPatternMatched patternMatched = new IndependentPatternMatched(
NegativeIndependentPatternMatchedType.WithoutSubpatterns,
negativeIndependentNamePrefix);
insertionPoint = insertionPoint.Append(patternMatched);
if (!isNestedInNegative) // no match object needed(/available) if independent is part of negative
{
// fill the match object with the candidates
// which have passed all the checks for being a match
insertionPoint = insertInlinedMatchObjectCreation(insertionPoint,
patternGraph, MatchObjectType.Independent);
insertionPoint = insertMatchObjectBuilding(insertionPoint,
patternGraph, MatchObjectType.Independent, false);
insertionPoint = insertMatchObjectBuilding(insertionPoint,
patternGraph, MatchObjectType.Independent, true);
// if an independent was inlined, we have to insert the local match into a set used for duplicate checking
if(wasIndependentInlined(patternGraph, indexOfSchedule))
insertionPoint = insertFillForDuplicateMatchChecking(insertionPoint);
}
// continue the matching process outside
CheckContinueMatchingOfIndependentSucceeded continueMatching =
new CheckContinueMatchingOfIndependentSucceeded();
insertionPoint = insertionPoint.Append(continueMatching);
}
return insertionPoint;
}
/// <summary>
/// Inserts code to check whether the subpatterns were found and code for case there were some
/// at the given position, returns position after inserted operations
/// </summary>
private SearchProgramOperation insertCheckForSubpatternsFoundNegativeIndependent(SearchProgramOperation insertionPoint)
{
PatternGraph patternGraph = patternGraphWithNestingPatterns.Peek();
string negativeIndependentNamePrefix = NegativeIndependentNamePrefix(patternGraph);
// check whether there were no subpattern matches found
CheckPartialMatchForSubpatternsFound checkSubpatternsFound =
new CheckPartialMatchForSubpatternsFound(negativeIndependentNamePrefix);
SearchProgramOperation continuationPointAfterSubpatternsFound =
insertionPoint.Append(checkSubpatternsFound);
checkSubpatternsFound.CheckFailedOperations =
new SearchProgramList(checkSubpatternsFound);
insertionPoint = checkSubpatternsFound.CheckFailedOperations;
if (isNegative)
{
// ---- check failed, some subpattern matches found, negative pattern and subpatterns were matched
// build the negative pattern was matched operation
NegativePatternMatched patternMatched = new NegativePatternMatched(
NegativeIndependentPatternMatchedType.ContainingSubpatterns, negativeIndependentNamePrefix);
insertionPoint = insertionPoint.Append(patternMatched);
// ---- abort the matching process
CheckContinueMatchingOfNegativeFailed abortMatching =
new CheckContinueMatchingOfNegativeFailed(patternGraph.isIterationBreaking);
insertionPoint = insertionPoint.Append(abortMatching);
}
else
{
// ---- check failed, some subpattern matches found, independent pattern and subpatterns were matched
// build the independent pattern was matched operation
IndependentPatternMatched patternMatched = new IndependentPatternMatched(
NegativeIndependentPatternMatchedType.ContainingSubpatterns,
negativeIndependentNamePrefix);
insertionPoint = insertionPoint.Append(patternMatched);
if (!isNestedInNegative) // no match object needed(/available) if independent is part of negative
{
// ---- fill the match object with the candidates
// ---- which have passed all the checks for being a match
insertionPoint = insertInlinedMatchObjectCreation(insertionPoint,
patternGraph, MatchObjectType.Independent);
insertionPoint = insertMatchObjectBuilding(insertionPoint,
patternGraph, MatchObjectType.Independent, false);
insertionPoint = insertMatchObjectBuilding(insertionPoint,
patternGraph, MatchObjectType.Independent, true);
// if an independent was inlined, we have to insert the local match into a set used for duplicate checking
if(wasIndependentInlined(patternGraph, indexOfSchedule))
insertionPoint = insertFillForDuplicateMatchChecking(insertionPoint);
}
// ---- continue the matching process outside
CheckContinueMatchingOfIndependentSucceeded continueMatching =
new CheckContinueMatchingOfIndependentSucceeded();
insertionPoint = insertionPoint.Append(continueMatching);
}
// nesting level up
insertionPoint = continuationPointAfterSubpatternsFound;
return insertionPoint;
}