private static Symbol[] makeProduction(Symbol[] symbols) { Symbol[] result = new Symbol[flattenedSize(symbols, 0) + 1]; flatten(symbols, 0, result, 1, new HashMap<Sequence, Sequence>(), new HashMap<Sequence, List<Fixup>>()); return result; } }
private Root(Symbol... symbols) { super(Kind.ROOT, makeProduction(symbols)); production[0] = this; }
private Root(Symbol... symbols) { super(Kind.ROOT, makeProduction(symbols)); production[0] = this; }
private Root(Symbol... symbols) { super(Kind.ROOT, makeProduction(symbols)); production[0] = this; }
/** * A convenience method to construct a root symbol. */ static Symbol root(Symbol... symbols) { return new Root(symbols); } /**
/** * A convenience method to construct a root symbol. */ static Symbol root(Symbol... symbols) { return new Root(symbols); } /**
/** * A convenience method to construct a root symbol. */ static Symbol root(Symbol... symbols) { return new Root(symbols); } /**
private static Symbol[] makeProduction(Symbol[] symbols) { Symbol[] result = new Symbol[flattenedSize(symbols, 0) + 1]; flatten(symbols, 0, result, 1, new HashMap<Sequence, Sequence>(), new HashMap<Sequence, List<Fixup>>()); return result; } }
private static Symbol[] makeProduction(Symbol[] symbols) { Symbol[] result = new Symbol[flattenedSize(symbols, 0) + 1]; flatten(symbols, 0, result, 1, new HashMap<Sequence, Sequence>(), new HashMap<Sequence, List<Fixup>>()); return result; } }
private Root(Symbol... symbols) { super(Kind.ROOT, makeProduction(symbols)); production[0] = this; }
private static Symbol[] makeProduction(Symbol[] symbols) { Symbol[] result = new Symbol[flattenedSize(symbols, 0) + 1]; flatten(symbols, 0, result, 1, new HashMap<Sequence, Sequence>(), new HashMap<Sequence, List<Fixup>>()); return result; } }
/** * A convenience method to construct a root symbol. */ static Symbol root(Symbol... symbols) { return new Root(symbols); } /**
private static Symbol[] makeProduction(Symbol[] symbols) { Symbol[] result = new Symbol[flattenedSize(symbols, 0) + 1]; flatten(symbols, 0, result, 1, new HashMap<Sequence, Sequence>(), new HashMap<Sequence, List<Fixup>>()); return result; } }
private Root(Symbol... symbols) { super(Kind.ROOT, makeProduction(symbols)); production[0] = this; }
/** * A convenience method to construct a root symbol. */ static Symbol root(Symbol... symbols) { return new Root(symbols); } /**
/** * A convenience method to construct a root symbol. */ static Symbol root(Symbol... symbols) { return new Root(symbols); } /**
private Root(Symbol... symbols) { super(Kind.ROOT, makeProduction(symbols)); production[0] = this; }
private static Symbol[] makeProduction(Symbol[] symbols) { Symbol[] result = new Symbol[flattenedSize(symbols, 0) + 1]; flatten(symbols, 0, result, 1, new HashMap<>(), new HashMap<>()); return result; } }