public Object clone() { Label l; try { l = (Label)super.clone(); l.label = this.label; l.labelSet = new IntervalSet(); l.labelSet.addAll(this.labelSet); } catch (CloneNotSupportedException e) { throw new InternalError(); } return l; }
public Object clone() { Label l; try { l = (Label)super.clone(); l.label = this.label; l.labelSet = new IntervalSet(); l.labelSet.addAll(this.labelSet); } catch (CloneNotSupportedException e) { throw new InternalError(); } return l; }
@Override public Object clone() { Label l; try { l = (Label)super.clone(); l.label = this.label; l.labelSet = new IntervalSet(); l.labelSet.addAll(this.labelSet); } catch (CloneNotSupportedException e) { throw new InternalError(); } return l; }
@Override public Object clone() { Label l; try { l = (Label)super.clone(); l.label = this.label; l.labelSet = new IntervalSet(); l.labelSet.addAll(this.labelSet); } catch (CloneNotSupportedException e) { throw new InternalError(); } return l; }
public void add(Label a) { if ( isAtom() ) { labelSet = IntervalSet.of(label); label=SET; if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } if ( isSet() ) { if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } throw new IllegalStateException("can't add element to Label of type "+label); }
public void add(Label a) { if ( isAtom() ) { labelSet = IntervalSet.of(label); label=SET; if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } if ( isSet() ) { if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } throw new IllegalStateException("can't add element to Label of type "+label); }
public void add(Label a) { if ( isAtom() ) { labelSet = IntervalSet.of(label); label=SET; if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } if ( isSet() ) { if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } throw new IllegalStateException("can't add element to Label of type "+label); }
public void add(Label a) { if ( isAtom() ) { labelSet = IntervalSet.of(label); label=SET; if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } if ( isSet() ) { if ( a.isAtom() ) { labelSet.add(a.getAtom()); } else if ( a.isSet() ) { labelSet.addAll(a.getSet()); } else { throw new IllegalStateException("can't add element to Label of type "+label); } return; } throw new IllegalStateException("can't add element to Label of type "+label); }
elements.addAll(ruleSet); elements.addAll(IntervalSet.of(a,b)); if ( state.backtracking==0 ) { Transition setTrans = (gset!=null?((TreeToNFAConverter.set_return)gset).g:null).left.transition(0); elements.addAll(setTrans.label.getSet()); if ( state.backtracking==0 ) { IntSet not = grammar.complement(ns); elements.addAll(not);
elements.addAll(ruleSet); elements.addAll(IntervalSet.of(a,b)); if ( state.backtracking==0 ) { Transition setTrans = (gset!=null?((TreeToNFAConverter.set_return)gset).g:null).left.transition(0); elements.addAll(setTrans.label.getSet()); if ( state.backtracking==0 ) { IntSet not = grammar.complement(ns); elements.addAll(not);