How to use

createStopState

method

in

org.apache.flink.cep.nfa.compiler.NFACompiler$NFAFactoryCompiler

final State<T> stopState = createStopState(notCondition, currentPattern.getName());

final State<T> notNext = createState(currentPattern.getName(), State.StateType.Normal);
final IterativeCondition<T> notCondition = getTakeCondition(currentPattern);
final State<T> stopState = createStopState(notCondition, currentPattern.getName());

final State<T> notNext = createState(currentPattern.getName(), State.StateType.Normal);
final IterativeCondition<T> notCondition = getTakeCondition(currentPattern);
final State<T> stopState = createStopState(notCondition, currentPattern.getName());

private void addStopStates(final State<T> state) {
  for (Tuple2<IterativeCondition<T>, String> notCondition: getCurrentNotCondition()) {
    final State<T> stopState = createStopState(notCondition.f0, notCondition.f1);
    state.addProceed(stopState, notCondition.f0);
  }
}

private void addStopStates(final State<T> state) {
  for (Tuple2<IterativeCondition<T>, String> notCondition: getCurrentNotCondition()) {
    final State<T> stopState = createStopState(notCondition.f0, notCondition.f1);
    state.addProceed(stopState, notCondition.f0);
  }
}

private void addStopStateToLooping(final State<T> loopingState) {
  if (followingPattern != null &&
      followingPattern.getQuantifier().getConsumingStrategy() == Quantifier.ConsumingStrategy.NOT_FOLLOW) {
    final IterativeCondition<T> notCondition = getTakeCondition(followingPattern);
    final State<T> stopState = createStopState(notCondition, followingPattern.getName());
    loopingState.addProceed(stopState, notCondition);
  }
}

private void addStopStateToLooping(final State<T> loopingState) {
  if (followingPattern != null &&
      followingPattern.getQuantifier().getConsumingStrategy() == Quantifier.ConsumingStrategy.NOT_FOLLOW) {
    final IterativeCondition<T> notCondition = (IterativeCondition<T>) followingPattern.getCondition();
    final State<T> stopState = createStopState(notCondition, followingPattern.getName());
    loopingState.addProceed(stopState, notCondition);
  }
}

private void addStopStateToLooping(final State<T> loopingState) {
  if (followingPattern != null &&
      followingPattern.getQuantifier().getConsumingStrategy() == Quantifier.ConsumingStrategy.NOT_FOLLOW) {
    final IterativeCondition<T> notCondition = getTakeCondition(followingPattern);
    final State<T> stopState = createStopState(notCondition, followingPattern.getName());
    loopingState.addProceed(stopState, notCondition);
  }
}

private void addStopStates(final State<T> state) {
  for (Tuple2<IterativeCondition<T>, String> notCondition: getCurrentNotCondition()) {
    final State<T> stopState = createStopState(notCondition.f0, notCondition.f1);
    state.addProceed(stopState, notCondition.f0);
  }
}

final State<T> notNext = createState(currentPattern.getName(), State.StateType.Normal);
final IterativeCondition<T> notCondition = getTakeCondition(currentPattern);
final State<T> stopState = createStopState(notCondition, currentPattern.getName());

private void addStopStateToLooping(final State<T> loopingState) {
  if (followingPattern != null &&
      followingPattern.getQuantifier().getConsumingStrategy() == Quantifier.ConsumingStrategy.NOT_FOLLOW) {
    final IterativeCondition<T> notCondition = getTakeCondition(followingPattern);
    final State<T> stopState = createStopState(notCondition, followingPattern.getName());
    loopingState.addProceed(stopState, notCondition);
  }
}

private void addStopStates(final State<T> state) {
  for (Tuple2<IterativeCondition<T>, String> notCondition: getCurrentNotCondition()) {
    final State<T> stopState = createStopState(notCondition.f0, notCondition.f1);
    state.addProceed(stopState, notCondition.f0);
  }
}