public static void main(String[] args) { Vector<String> v = new Vector<String>(); v.add("Jupiter"); v.add("Marte"); v.add("Mercurio"); v.add("Neptuno"); v.add("Pluton"); v.add("Saturno"); v.add("Tierra"); v.add("Urano"); v.add("Venus"); System.out.println("Capacidad: " + v.capacity() + " Longitud: " + v.size()); if (v.contains("Saturno")) { System.out.println("La posicion de Saturno es: " + v.indexOf("Saturno")); } System.out.println("Primer elemento: " + v.firstElement()); System.out.println("Ultimo elemento: " + v.lastElement()); StringBuffer log = new StringBuffer("Logroño"); v.add(v.indexOf("Tierra"), log.toString()); System.out.println("Capacidad: " + v.capacity() + " Longitud: " + v.size()); Integer edad = new Integer(23); v.add(edad.toString()); System.out.println(v.toString()); v.removeAllElements(); System.out.println("Capacidad: " + v.capacity() + " Longitud: " + v.size()); }
@Override public void addRow(Object... values) throws RemoteException { if (stmt == null) throw new RemoteException("Bulk loader unable to continue after failure"); if (values.length != fieldNames.length) throw new RemoteException( String.format( "Number of values does not match number of fields (Expected %s, received %s)", fieldNames.length, values.length)); try { rowBuffer.add(values); if (rowBuffer.size() == rowBuffer.capacity()) flushBuffer(); } catch (SQLException e) { throw new RemoteException("Unable to insert record", e); } }
public TimeSeries(Vector points) { labels = new ArrayList(); // TODO isLabeled constuctor options? timeReadings = new ArrayList(); tsArray = new ArrayList(); boolean isFirstColTime = false; boolean isLabeled = false; try { // Record the Label names (fropm the top row.of the input file). labels.add("Time"); int currentCol = 1; // TODO input fails gracefully while (currentCol < 3) { labels.add(new String("c" + currentCol++)); // TODO add measurement with no time } int count = points.capacity(); int x = 0; for (x = 0; x < count; x++) // read lines until end of file { Point p = new Point(); com.android.gesture.Point px = (com.android.gesture.Point) points.get(x); p.x = px.x; p.y = px.y; final ArrayList currentLineValues = new ArrayList(); currentCol = 0; currentLineValues.add(p.x); currentLineValues.add(p.y); timeReadings.add(new Double(timeReadings.size())); final int firstMeasurement; firstMeasurement = 0; final TimeSeriesPoint readings = new TimeSeriesPoint( currentLineValues.subList(firstMeasurement, currentLineValues.size())); tsArray.add(readings); // } // end if } // end while loop catch (Exception e) { Log.e("EE", "exveption in creating time series" + e.toString()); e.printStackTrace(); } } // end constructor
public static void main(String args[]) { Vector dic = new Vector(4, 3); dic.addElement("hool"); dic.addElement("bye"); dic.addElement("table"); dic.addElement("chair"); dic.addElement("head"); dic.addElement("face"); dic.removeElementAt(dic.indexOf("head", 4)); dic.insertElementAt("Head", 1); System.out.println("La capa max es: " + dic.capacity()); System.out.println("El num d'elements es: " + dic.size()); System.out.println("L'element de la po 2 es : " + dic.elementAt(0)); System.out.println("\nContigut de Vector\n"); for (Enumeration e = dic.elements(); e.hasMoreElements(); ) { System.out.println(e.nextElement()); } }
public int getSize() { return buffer.capacity(); }
public int getLineReaderCount() { return lineReader.capacity(); }
/** * Returns the current capacity of this list. * * @return the current capacity * @see Vector#capacity() */ public int capacity() { return delegate.capacity(); }
@Override public int getSize() { return adaptee.capacity(); }
public int capacity() { return _values.capacity(); }