/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
int current = ni.getCurrentNode(); if(DTM.NULL == current) current = ni.nextNode();
int current = ni.getCurrentNode(); if(DTM.NULL == current) current = ni.nextNode();
int node = m_iterators[i].getCurrentNode();
int node = m_iterators[i].getCurrentNode();
int n = cnl.getCurrentNode(); if(n == DTM.NULL)
int n = cnl.getCurrentNode(); if(n == DTM.NULL)
final int nodeId = iterator.getCurrentNode(); Node resultNode = iterator.getDTM(nodeId).getNode(nodeId); String className = resultNode.getAttributes().getNamedItem("class").getTextContent();
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
/** * @see DTMIterator#getCurrentNode() */ public int getCurrentNode() { if(hasCache()) { int currentIndex = m_next-1; NodeVector vec = getVector(); if((currentIndex >= 0) && (currentIndex < vec.size())) return vec.elementAt(currentIndex); else return DTM.NULL; } if(null != m_iter) { return m_iter.getCurrentNode(); } else return DTM.NULL; }
int node = m_iterators[i].getCurrentNode();
int n = cnl.getCurrentNode(); if(n == DTM.NULL)