import java.io.*;
import Statistics;
import PersonName;
import org.w3c.dom.*;

public class Player
  implements Serializable {

  protected PersonName _name;
  protected Statistics _stats;
  protected int _number;
  protected String _highSchool;
  protected double _dGradePointAverage;
  
  public Player() {
	   // Negative GPA indicates that it's unknown
	  _dGradePointAverage = -1.0;
  }      
/**
 * Encode this Player as an XML object, leaving out grade point average.
 * @param doc org.w3c.dom.Document
 */
public DocumentFragment getAsDOM(Document doc) {
	DocumentFragment df = doc.createDocumentFragment();

	// Create the entire document for the Bean in code

	Element eJavaBean = doc.createElement("JavaBean");
	eJavaBean.setAttribute("CLASS", "Player");
	Comment comment = doc.createComment("XML for this Player created by Player.getAsDOM()");
	eJavaBean.appendChild(comment);
	Element eProperties = doc.createElement("Properties");
	eJavaBean.appendChild(eProperties);
	Element eProperty;
	eProperty = doc.createElement("Property");
	eProperty.setAttribute("NAME", "highSchool");
	eProperty.appendChild(doc.createTextNode(getHighSchool()));
	eProperties.appendChild(eProperty);
	eProperty = doc.createElement("Property");
	eProperty.setAttribute("NAME", "number");
	eProperty.appendChild(doc.createTextNode(Integer.toString(getNumber())));
	eProperties.appendChild(eProperty);
	eProperty = doc.createElement("Property");
	eProperty.setAttribute("NAME", "name");
	PersonName pnName = getName();
	if (pnName != null) {
		DocumentFragment dfName = pnName.getAsDOM(doc);
		eProperty.appendChild(dfName);
		eProperties.appendChild(eProperty);
	}
	eProperty = doc.createElement("Property");
	eProperty.setAttribute("NAME", "stats");
	try {
		DocumentFragment dfStats = com.javaworld.JavaBeans.XMLBeans.XMLBeanWriter.getAsDOM(doc, (Object)(getStats()));
		eProperty.appendChild(dfStats);
		eProperties.appendChild(eProperty);
	} catch (Exception ee) {
		; // If an exception occurs, the property is simply ignored
	}
	df.appendChild(eJavaBean);
	return df;
}
/**
 * This method was created in VisualAge.
 * @return float
 */
public double getGradePointAverage() {
	return _dGradePointAverage;
}
  public String getHighSchool() {
	return _highSchool;
  }  
  public PersonName getName() {
	return _name;
  }  
  public int getNumber() {
	return _number;
  }  
  public Statistics getStats() {
	return _stats;
  }  
  public void print() {
	System.out.println("Player\n-----");
	System.out.print("Name: ");
	_name.print();
	System.out.println("");
	System.out.println("High School:" + _highSchool);
	System.out.println("Number: " + _number);
	System.out.println("Statistics:");
	_stats.print();
	System.out.println("");
  }  
/**
 * This method was created in VisualAge.
 * @param fGradePointAverage_ float
 */
public void setGradePointAverage(double dGradePointAverage_) {
	_dGradePointAverage = dGradePointAverage_;
}
  public void setHighSchool(String highSchool_) {
	_highSchool = highSchool_;
  }  
  public void setName(PersonName name_) {
	_name = name_;
  }  
  public void setNumber(int number_) {
	_number = number_;
  }  
  public void setStats(Statistics stats_) {
	_stats = stats_;
  }  
}