Doing Business 5.2 TDD

Package Runok;
Import java.util.*;
Import java.awt.*;
Import java.awt.event.ActionEvent;
Import Java.awt.event.ActionListener;

Import javax.swing.*;
public class VV extends JFrame implements actionlistener{

/**
* Fan Mingxiang
* Function: A simple arithmetic automatic generation system for elementary school students
*/
JPanel jp1,jp2,jp3;
JLabel jlb1,jlb2;
JButton jb1;
JTextField JTF1,JTF2;
JTextArea ee;
public double W1;
public double M1;
String FH;
public static void Main (string[] args)
{
VV start=new vv ();
}
Public VV ()
{
Jp1=new JPanel ();
Jp2=new JPanel ();
Jp3=new JPanel ();

Jlb1=new JLabel ("title");
Jlb2=new JLabel ("Your Answer:");

Jb1=new JButton ("Judgment Answer");
Jb1.addactionlistener (this);
Jb1.setactioncommand ("AA");
JTextArea txtarea = new JTextArea (1,15);
Jtf2=new JTextField (20);
EE = new JTextArea (1,10);
//Set Layout management
This.setlayout (new GridLayout (3,1));
//Join each component
Jp1.add (JLB1);
Jp1.add (Txtarea);

Jp2.add (JLB2);
Jp2.add (JTF2);
Jp3.add (JB1);
Jp3.add (EE);
//Join to JFrame
This.add (JP1);
This.add (JP2);
This.add (JP3);
Here with yy method to get the title W symbol m
yy tt=new yy ();

W1=tt.ret1 ();
M1=tt.ret2 ();
Fh=tt.ret3 ();
Txtarea.append (W1+FH+M1);
This.setsize (400, 250);
This.setdefaultcloseoperation (Jframe.exit_on_close);
This.setvisible (TRUE);
}
public void Yes ()
{ee.append ("Correct! "); }
public void No ()
{ee.append ("Error! ");}
public void cc ()
{
int answer= (int) (Double.parsedouble (Jtf2.gettext ()));;
if (fh.equals ("+"))
{
if (ANSWER==W1+M1) {
Yes ();
}else{
No ();
}
}
if (Fh.equals ("-"))
{
if (ANSWER==W1-M1) {
Yes ();
}else{
No ();
}
}
if (Fh.equals ("*"))
{
if (ANSWER==W1*M1) {
Yes ();
}else{
No ();
}
}
if (Fh.equals ("/"))
{
if (ANSWER==W1/M1) {
Yes ();
}else{
No ();
}
}
}
@Override
public void actionperformed (ActionEvent e)
{
// !!!!
if (e.getactioncommand () = = "AA")
{
CC ();
}
}

}

Class yy
{
private int max=4;
private int min=1;
Private double w2,m2;
Private String FF;
Random random = new random ();

System.out.println (s);
Public yy ()
{
int s = random.nextint (max)% (max-min+1) + min;

Double x=random.nextint (max-2)% (max-2-min+1) + min;

Double y=random.nextint (max-1)% (max-1-min+1) + min;
int y1up= (int) Math.pow (10,x);
int y1dn= (int) Math.pow (10,x-1);
int y2up= (int) Math.pow (10,y);
int y2dn= (int) Math.pow (10,y-1);
int x_y1=random.nextint (Y1UP)% (y1up-y1dn+1) + y1dn;
int x_y2=random.nextint (y2up)% (y2up-y2dn+1) + Y2dn;
Double w= (double) x_y1;
Double m= (double) x_y2;
This.w2=w;
This.m2=m;
Switch (s)
{
Case 1:
{
this.ff= "+";
System.out.println (w+ "+" +m+ "=");
break;
}
Case 2:
{
this.ff= "-";
System.out.println (w+ "-" +m+ "=");
break;
}
Case 3:
{
this.ff= "*";
SYSTEM.OUT.PRINTLN (w+ "*" +m+ "=");
break;
}
Case 4:
{
this.ff= "/";
System.out.println (w+ "/" +m+ "=");
break;
}

}
}
Public double Ret1 ()
{
return W2;
}
Public double Ret2 ()
{
return m2;
}
Public String Ret3 ()
{
return FF;
}
}

In my elementary school system, this is my TDD.

Class yy
{
private int max=4;
private int min=1;
Private double w2,m2;
Private String FF;
Random random = new random ();

System.out.println (s);
Public yy ()
{
int s = random.nextint (max)% (max-min+1) + min;

Double x=random.nextint (max-2)% (max-2-min+1) + min;
Double y=random.nextint (max-1)% (max-1-min+1) + min;
int y1up= (int) Math.pow (10,x);
int y1dn= (int) Math.pow (10,x-1);
int y2up= (int) Math.pow (10,y);
int y2dn= (int) Math.pow (10,y-1);
int x_y1=random.nextint (Y1UP)% (y1up-y1dn+1) + y1dn;
int x_y2=random.nextint (y2up)% (y2up-y2dn+1) + Y2dn;
Double w= (double) x_y1;
Double m= (double) x_y2;
This.w2=w;
This.m2=m;
Switch (s)
{
Case 1:
{
this.ff= "+";
System.out.println (w+ "+" +m+ "=");
break;
}
Case 2:
{
this.ff= "-";
System.out.println (w+ "-" +m+ "=");
break;
}
Case 3:
{
this.ff= "*";
SYSTEM.OUT.PRINTLN (w+ "*" +m+ "=");
break;
}
Case 4:
{
this.ff= "/";
System.out.println (w+ "/" +m+ "=");
break;
}

}
}
Public double Ret1 ()
{
return W2;
}
Public double Ret2 ()
{
return m2;
}
Public String Ret3 ()
{
return FF;
}
}

You can get two numbers and an arithmetic operator as long as you apply this class to the main program.

Teammate Huang http://www.cnblogs.com/zzhuzi/

Doing Business 5.2 TDD