public Collection getAdded() { return _ct.getAdded(); }
public Collection getAdded() { return _ct.getAdded(); }
public Collection getAdded() { return _ct.getAdded(); }
public Collection getAdded() { return _ct.getAdded(); }
public Collection getAdded() { return _ct.getAdded(); }
public boolean contains(Object o) { if (_elementType != null && !_elementType.isInstance(o)) return false; if (_ct.getAdded().contains(o)) return true; if (_ct.getRemoved().contains(o)) return false; if (!has(o)) return false; return true; }
public boolean contains(Object o) { if (_elementType != null && !_elementType.isInstance(o)) return false; if (_ct.getAdded().contains(o)) return true; if (_ct.getRemoved().contains(o)) return false; if (!has(o)) return false; return true; }
public boolean contains(Object o) { if (_elementType != null && !_elementType.isInstance(o)) return false; if (_ct.getAdded().contains(o)) return true; if (_ct.getRemoved().contains(o)) return false; if (!has(o)) return false; return true; }
public boolean contains(Object o) { if (_elementType != null && !_elementType.isInstance(o)) return false; if (_ct.getAdded().contains(o)) return true; if (_ct.getRemoved().contains(o)) return false; if (!has(o)) return false; return true; }
public boolean contains(Object o) { if (_elementType != null && !_elementType.isInstance(o)) return false; if (_ct.getAdded().contains(o)) return true; if (_ct.getRemoved().contains(o)) return false; if (!has(o)) return false; return true; }
public int size() { if (_count == -1) _count = count(); if (_count == Integer.MAX_VALUE) return _count; return _count + _ct.getAdded().size() - _ct.getRemoved().size(); }
public int size() { if (_count == -1) _count = count(); if (_count == Integer.MAX_VALUE) return _count; return _count + _ct.getAdded().size() - _ct.getRemoved().size(); }
public int size() { if (_count == -1) _count = count(); if (_count == Integer.MAX_VALUE) return _count; return _count + _ct.getAdded().size() - _ct.getRemoved().size(); }
public int size() { if (_count == -1) _count = count(); if (_count == Integer.MAX_VALUE) return _count; return _count + _ct.getAdded().size() - _ct.getRemoved().size(); }
public int size() { if (_count == -1) _count = count(); if (_count == Integer.MAX_VALUE) return _count; return _count + _ct.getAdded().size() - _ct.getRemoved().size(); }
public Iterator iterator() { _iterated = true; IteratorChain chain = new IteratorChain(); chain.addIterator(new FilterIterator(itr(), this)); // note have to copy _ct.getAdded to prevent concurrent mod errors chain.addIterator(new ArrayList(_ct.getAdded()).iterator()); return new Itr(chain); }
public Iterator iterator() { _iterated = true; IteratorChain chain = new IteratorChain(); chain.addIterator(new FilterIterator(itr(), this)); // note have to copy _ct.getAdded to prevent concurrent mod errors chain.addIterator(new ArrayList(_ct.getAdded()).iterator()); return new Itr(chain); }
public Iterator iterator() { _iterated = true; IteratorChain chain = new IteratorChain(); chain.addIterator(new FilterIterator(itr(), this)); // note have to copy _ct.getAdded to prevent concurrent mod errors chain.addIterator(new ArrayList(_ct.getAdded()).iterator()); return new Itr(chain); }
public Iterator iterator() { _iterated = true; IteratorChain chain = new IteratorChain(); chain.addIterator(new FilterIterator(itr(), this)); // note have to copy _ct.getAdded to prevent concurrent mod errors chain.addIterator(new ArrayList(_ct.getAdded()).iterator()); return new Itr(chain); }
public Iterator iterator() { _iterated = true; IteratorChain chain = new IteratorChain(); chain.addIterator(new FilterIterator(itr(), this)); // note have to copy _ct.getAdded to prevent concurrent mod errors chain.addIterator(new ArrayList(_ct.getAdded()).iterator()); return new Itr(chain); }