public LookaheadSet intersection(LookaheadSet s) { IntSet i = this.tokenTypeSet.and(s.tokenTypeSet); LookaheadSet intersection = new LookaheadSet(i); return intersection; }
public LookaheadSet intersection(LookaheadSet s) { IntSet i = this.tokenTypeSet.and(s.tokenTypeSet); LookaheadSet intersection = new LookaheadSet(i); return intersection; }
public LookaheadSet intersection(LookaheadSet s) { IntSet i = this.tokenTypeSet.and(s.tokenTypeSet); LookaheadSet intersection = new LookaheadSet(i); return intersection; }
public LookaheadSet intersection(LookaheadSet s) { IntSet i = this.tokenTypeSet.and(s.tokenTypeSet); LookaheadSet intersection = new LookaheadSet(i); return intersection; }
/** Compute this-other via this&~other. * Return a new set containing all elements in this but not in other. * other is assumed to be a subset of this; * anything that is in other but not in this will be ignored. */ public IntSet subtract(IntSet other) { // assume the whole unicode range here for the complement // because it doesn't matter. Anything beyond the max of this' set // will be ignored since we are doing this & ~other. The intersection // will be empty. The only problem would be when this' set max value // goes beyond MAX_CHAR_VALUE, but hopefully the constant MAX_CHAR_VALUE // will prevent this. return this.and(((IntervalSet)other).complement(COMPLETE_SET)); }
/** Compute this-other via this&~other. * Return a new set containing all elements in this but not in other. * other is assumed to be a subset of this; * anything that is in other but not in this will be ignored. */ @Override public IntervalSet subtract(IntSet other) { // assume the whole unicode range here for the complement // because it doesn't matter. Anything beyond the max of this' set // will be ignored since we are doing this & ~other. The intersection // will be empty. The only problem would be when this' set max value // goes beyond MAX_CHAR_VALUE, but hopefully the constant MAX_CHAR_VALUE // will prevent this. return this.and(((IntervalSet)other).complement(COMPLETE_SET)); }
/** Compute this-other via this&~other. * Return a new set containing all elements in this but not in other. * other is assumed to be a subset of this; * anything that is in other but not in this will be ignored. */ public IntSet subtract(IntSet other) { // assume the whole unicode range here for the complement // because it doesn't matter. Anything beyond the max of this' set // will be ignored since we are doing this & ~other. The intersection // will be empty. The only problem would be when this' set max value // goes beyond MAX_CHAR_VALUE, but hopefully the constant MAX_CHAR_VALUE // will prevent this. return this.and(((IntervalSet)other).complement(COMPLETE_SET)); }
/** Compute this-other via this&~other. * Return a new set containing all elements in this but not in other. * other is assumed to be a subset of this; * anything that is in other but not in this will be ignored. */ @Override public IntervalSet subtract(IntSet other) { // assume the whole unicode range here for the complement // because it doesn't matter. Anything beyond the max of this' set // will be ignored since we are doing this & ~other. The intersection // will be empty. The only problem would be when this' set max value // goes beyond MAX_CHAR_VALUE, but hopefully the constant MAX_CHAR_VALUE // will prevent this. return this.and(((IntervalSet)other).complement(COMPLETE_SET)); }
IntervalSet a = (IntervalSet)s.and(vocabularyIS); compl.addAll(a); Interval current = (Interval)intervals.get(i); IntervalSet s = IntervalSet.of(previous.b+1, current.a-1); IntervalSet a = (IntervalSet)s.and(vocabularyIS); compl.addAll(a); IntervalSet a = (IntervalSet)s.and(vocabularyIS); compl.addAll(a);
IntervalSet a = (IntervalSet)s.and(vocabularyIS); compl.addAll(a); Interval current = (Interval)intervals.get(i); IntervalSet s = IntervalSet.of(previous.b+1, current.a-1); IntervalSet a = (IntervalSet)s.and(vocabularyIS); compl.addAll(a); IntervalSet a = (IntervalSet)s.and(vocabularyIS); compl.addAll(a);
for (int alt = 1; alt < altLook.length; alt++) { LookaheadSet look = altLook[alt]; if ( !ds.and(look.tokenTypeSet).isNil() ) { edgeMap.map(ds, alt);
for (int alt = 1; alt < altLook.length; alt++) { LookaheadSet look = altLook[alt]; if ( !ds.and(look.tokenTypeSet).isNil() ) { edgeMap.map(ds, alt);
for (int alt = 1; alt < altLook.length; alt++) { LookaheadSet look = altLook[alt]; if ( !ds.and(look.tokenTypeSet).isNil() ) { edgeMap.map(ds, alt);
for (int alt = 1; alt < altLook.length; alt++) { LookaheadSet look = altLook[alt]; if ( !ds.and(look.tokenTypeSet).isNil() ) { edgeMap.map(ds, alt);