def solveTurns(self, model):
""" generated source for method solveTurns """
# Before we can do anything else, we need a topological ordering on our forms
ordering = getTopologicalOrdering(model.getIndependentSentenceForms(), model.getDependencyGraph())
ordering.retainAll(self.formsControlledByFlow)
# Let's add function info to the consideration...
functionInfoMap = HashMap()
for form in constantForms:
functionInfoMap.put(form, FunctionInfoImpl.create(form, self.constantChecker))
# First we set the "true" values, then we get the forms controlled by the flow...
# Use "init" values
trueFlowSentences = HashSet()
for form in constantForms:
if form.__name__ == self.INIT:
for initSentence in constantChecker.getTrueSentences(form):
trueFlowSentences.add(trueSentence)
# Go through ordering, adding to trueFlowSentences
addSentenceForms(ordering, trueFlowSentences, model, functionInfoMap)
self.sentencesTrueByTurn.add(trueFlowSentences)
while True:
# Now we use the "next" values from the previous turn
trueFlowSentences = HashSet()
for sentence in sentencesPreviouslyTrue:
if sentence.__name__ == self.NEXT:
trueFlowSentences.add(trueSentence)
addSentenceForms(ordering, trueFlowSentences, model, functionInfoMap)
# Test if this turn's flow is the same as an earlier one
while i < len(self.sentencesTrueByTurn):
if prevSet == trueFlowSentences:
# Complete the loop
self.turnAfterLast = i
break
i += 1
self.sentencesTrueByTurn.add(trueFlowSentences)
def addConstantsToFunctionInfo(cls, form, constantChecker, functionInfoMap):
""" generated source for method addConstantsToFunctionInfo """
functionInfoMap.put(form, FunctionInfoImpl.create(form, constantChecker))