/** * Removes the match from the cursor position. This also * ensures that the node is removed from the active set so * that it is not longer considered a relevant output node. */ public void remove() { purge(cursor); } }
/** * Removes the match from the cursor position. This also * ensures that the node is removed from the active set so * that it is not longer considered a relevant output node. */ public void remove() { purge(cursor); } }
/** * Removes the match from the cursor position. This also * ensures that the node is removed from the active set so * that it is not longer considered a relevant output node. */ public void remove() { purge(cursor); } }
/** * This is used to remove the <code>OutputNode</code> from the * top of the output stack. This is used when an element has been * ended and the output writer wants to block child creation. * * @return this returns the node from the top of the stack */ public OutputNode pop() { int size = size(); if(size <= 0) { return null; } return purge(size - 1); }
/** * This is used to remove the <code>OutputNode</code> from the * top of the output stack. This is used when an element has been * ended and the output writer wants to block child creation. * * @return this returns the node from the top of the stack */ public OutputNode pop() { int size = size(); if(size <= 0) { return null; } return purge(size - 1); }
/** * This is used to remove the <code>OutputNode</code> from the * top of the output stack. This is used when an element has been * ended and the output writer wants to block child creation. * * @return this returns the node from the top of the stack */ public OutputNode pop() { int size = size(); if(size <= 0) { return null; } return purge(size - 1); }