From: Subject: Object Mentor - xpepisode.htm Date: Fri, 20 Aug 2004 13:00:02 +0300 MIME-Version: 1.0 Content-Type: multipart/related; boundary="----=_NextPart_000_0000_01C486B5.9B47E800"; type="text/html" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2800.1441 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01C486B5.9B47E800 Content-Type: text/html; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.objectmentor.com/resources/articles/xpepisode.htm Object Mentor - xpepisode.htm
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=

Engineer Notebook: An Extreme Programming=20 Episode

by Robert = C. Martin and=20 Robert S. Koss


Figure=20 1=20

Figure 2 =

Note

About = the=20 Authors

           =             &= nbsp;          =20

This article = is derived=20 from a chapter of the forthcoming book Advanced = Principles,=20 Patterns and Process of Software Development, = Robert C.=20 Martin, Prentice Hall, 2001. Copyright =A9 2000 by = Robert C.=20 Martin, all rights reserved.=20

Design = and=20 programming are human activities; forget that and all = is=20 lost.

Bjarne=20 Stroustrup, 1991

 

In order to = demonstrate XP=20 (eXtreme Programming) practices, Bob Koss (RSK) and = Bob Martin=20 (RCM) will pair program a simple application while you = watch=20 like a fly on the wall. We will use test first design = and a=20 lot of refactoring to create our application. What = follows is=20 a faithful re-enactment of a programming episode that = the two=20 Bob's actually did.

RCM: "Will you = help me write=20 a little application that calculates bowling=20 scores?"

RSK: (Reflects = to himself:=20 The XP practice of pair programming says that I can't = say no,=20 when asked to help. I suppose that's especially true = when it=20 is your boss who is asking.) "Sure Bob, I'd be glad to = help."

RCM: "OK, Great. = What I'd=20 like to do is write an application that keeps track of = a=20 bowling league. It needs to record all the games, = determine=20 the ranks of the teams, determine the winners and = losers of=20 each weekly match, and accurately score each = game."

RSK: "Cool. I = used to be a=20 pretty good bowler. This will be fun. You rattled off = several=20 user stories, which one would you like to start=20 with."

RCM: "Let's = begin with=20 scoring a single game."

RSK: "Okay. What = does that=20 mean? What are the inputs and outputs for this=20 story?"

RCM: "It seems = to me that=20 the inputs are simply a sequence of throws. A throw is = just an=20 integer that tells how many pins were knocked down by = the=20 ball. The output is the data on a standard bowling = score card,=20 a set of frames populated with the pins knocked down = by each=20 throw, and marks denoting spares and strikes. The most = important number in each frame is the current game=20 score."

RSK: "Let me = sketch out a=20 little picture of this score card to give us a visual = reminder=20 of the requirements." (See Figure 1.)


Figure=20 1

RCM: "That guy = is pretty=20 erratic."

RSK: "Or drunk, = but it will=20 serve as a decent acceptance test."

RCM: "We'll need = others, but=20 let's deal with that later. How should we start? Shall = we come=20 up with a design for the system?"

RSK: "Well, = don't hate me,=20 but I wouldn't mind a UML diagram showing the problem = domain=20 concepts that we might see from the score card. That = will give=20 us some candidate objects that we can explore further = in=20 code."

RCM: (Putting on = his=20 powerful object designer hat) "OK, clearly a game = object=20 consists of a sequence of ten frames. Each frame = object=20 contains one, two, or three throws."

RSK: "Great = minds. That was=20 exactly what I was thinking. Let me quickly draw that, = but if=20 you tell Kent, I'll deny it." (See Figure = 2.)


Figure=20 2

Kent: "I'm always watching."

RSK: "Well, pick = a class ...=20 any class. Shall we start at the end of the dependency = chain=20 and work backwards? That will make testing = easier."

RCM: "Sure, why = not. Let's=20 create a test case for the Throw = class."

RSK: (Starts=20 = typing)

//TestThrow.java-------------------------------=
--
import junit.framework.*;=20

public class TestThrow extends TestCase
{
  public TestThrow(String name)
  {
    super(name);
  }
// public void test????
}

RSK: "Do you = have a clue=20 what the behavior of a Throw object should=20 be?"

RCM: "It holds = the number of=20 pins knocked down by the player."

RSK: "Okay, you = just said in=20 not so many words that it doesn't really do anything. = Maybe we=20 should come back to it and focus on an object that = actually=20 has behavior, instead of one that's just a data=20 store."

RCM: "Hmm. You = mean the=20 Throw class might not really exist?"

RSK: (Starts to = sweat. This=20 is my boss I'm working with.) "Well, if it doesn't = have any=20 behavior, how important can it be? I don't know if it = exists=20 or not yet. I'd just feel more productive if we were = working=20 on an object that had more than setters and getters = for=20 methods. But if you want to drive..." (slides the = keyboard to=20 RCM).

RCM: "Well, = let's move up=20 the dependency chain to Frame and see if there = are any=20 test cases we can write that will force us to finish=20 Throw." (Pushes the keyboard back to = RSK.)

RSK: (Wondering = if RCM is=20 leading me down a blind alley to educate me or if he = is really=20 agreeing with me) "Okay, new file, new test = case."

//TestFrame.java--------------------------------=
----
import junit.framework.*;

public class TestFrame extends TestCase
{
  public TestFrame( String name )
  {
    super( name );
  }

  //public void test???
}=20

RCM: "OK, that's = the second=20 time we've typed that. Now, can you think of any = interesting=20 test cases for Frame?"

RSK: "A frame = might provide=20 its score, the number of pins on each throw, whether = there was=20 a strike or a spare..."

RCM: "Too much = talk, not=20 enough code. Type!"

RSK: = (types)

//TestFrame.java------------------------------=
---
import junit.framework.*;

public class TestFrame extends TestCase
{
  public TestFrame( String name )
  {
    super( name );
  }

  public void testScoreNoThrows()
  {
    Frame f =3D new Frame();
    assertEquals( 0, f.getScore() );
  }
}=20

//Frame.java---------------------------------------
public class Frame
{
  public int getScore()=20
  {
    return 0;
  }
}

RCM: "OK, the = test case=20 passes. But Score is a really stupid function. = It will=20 fail if we add a throw to the frame. So let's write = the test=20 case that adds some throws and then checks the=20 = score."

//TestFrame.java---------------------------------

public void testAddOneThrow()
{
  Frame f =3D new Frame();
  f.add(5);
  assertEquals(5, f.getScore());
}

RCM: "That = doesn't compile.=20 There's no add method in = Frame."

RSK: "I'll bet = if you define=20 the method it will compile."

RCM:

//Frame.java----------------------------=
-----------
public class Frame
{
  public int getScore()
  {
    return 0;
  }

  public void add(Throw t)
  {
  }
}

RCM: (Thinking = out loud)=20 "This doesn't compile because we haven't written the=20 Throw class."

RSK: "Talk to = me, Bob. The=20 test is passing an integer, and the method expects a=20 Throw object. You can't have it both ways. = Before we go=20 down the Throw path again, can you describe its = behavior?"

RCM: "Wow! I = didn't even=20 notice that I had written f.add(5). I should = have=20 written f.add(new Throw(5)), but that's ugly as = hell.=20 What I really want to write is=20 f.add(5)."

RSK: "Ugly or = not, let's=20 leave aesthetics out of it for the time being. Can you = describe any behavior of a Throw object =97 = binary=20 response, Bob?"

RCM: = "101101011010100101. I=20 don't know if there is any behavior in Throw; = I'm=20 beginning to think a Throw is just an = int.=20 However, we don't need to consider that yet, since we = can=20 write Frame.add to take an = int."

RSK: "Then I = think we should=20 do that for no other reason than it's simple. When we = feel=20 pain, we can do something more = sophisticated."

RCM: = "Agreed."

//Frame.java--------------------------------=
-------
public class Frame
{
  public int getScore()
  {
    return 0;
  }

  public void add(int pins)
  {
  }
}

RCM: "OK, this = compiles and=20 fails the test. Now, let's make the test = pass."

//Frame.java---------------------------------------=

public class Frame
{
  public int getScore()
  {
    return itsScore;
  }

  public void add(int pins)
  {
    itsScore +=3D pins;
  }
  private int itsScore =3D 0;
}

RCM: "This = compiles and=20 passes the tests. But it's clearly simplistic. What's = the next=20 test case?"

RSK: "Can we = take a break=20 first?"

RCM: "That's = better.=20 Frame.add is a fragile function. What if you = call it=20 with an 11?"

RSK: "It can = throw an=20 exception if that happens. But who is calling it? Is = this=20 going to be an application framework that thousands of = people=20 will use and we have to protect against such things, = or is=20 this going to be used by you and only you? If the = latter, just=20 don't call it with an 11" (chuckle).

RCM: "Good = point, the tests=20 in the rest of the system will catch an invalid = argument. If=20 we run into trouble, we can put the check in later. = So, the=20 add function doesn't currently handle strikes or = spares. Let's=20 write a test case that expresses that."

RSK: "Hmmmm... = if we call=20 add(10) to represent a strike, what should=20 getScore return? I don't know how to write the=20 assertion, so maybe we're asking the wrong question. = Or we're=20 asking the right question to the wrong = object."

RCM: "When you = call=20 add(10), or add(3) followed by = add(7),=20 then calling getScore on the Frame is=20 meaningless. The frame would have to look ahead at = later=20 frames to calculate its score. If those later frames = don't=20 exist, then it would have to return something ugly = like -1. I=20 don't want to return -1."

RSK: "Yeah, I = hate the -1=20 idea too. You've introduced the idea of frames knowing = about=20 other frames. Who is holding these different frame=20 objects?"

RCM: "The = Game=20 object."

RSK: "So = Game depends=20 on Frame, and Frame in turn depends on=20 Game. I hate that."

RCM: = "Frames don't=20 have to depend upon Game; they could be = arranged in a=20 linked list. Each frame could hold pointers to its = next and=20 previous frames. To get the score from a frame, the = frame=20 would look backwards to get the score of the previous = frame=20 and look forwards for any spare or strike balls it=20 needs."

RSK: "Okay, I'm = feeling kind=20 of dumb because I can't visualize this. Show me some = code,=20 boss."

RCM: "Right. So, = we need a=20 test case first."

RSK: "For = Game or=20 another test for Frame?"

RCM: "I think we = need one=20 for Game, since it's Game that will = build the=20 frames and hook them up to each other."

RSK: "Do you = want to stop=20 what we're doing on Frame and do a mental long = jump to=20 Game, or do you just want to have a = MockGame=20 object that does just what we need to get Frame = working?"

RCM: "No, let's = stop working=20 on Frame and start working on Game. The = test=20 cases in Game should prove that we need the = linked list=20 of Frames."

RSK: "I'm not = sure how=20 they'll show the need for the list. I need = code."

RCM:

//TestGame.java----------------------=
--------------------
import junit.framework.*;

public class TestGame extends TestCase
{
  public TestGame(String name)
  {
    super(name);
  }

  public void testOneThrow()
  {
    Game g =3D new Game();
    g.add(5);
    assertEquals(5, g.score());
  }
}

RCM: "Does that = look=20 reasonable?"

RSK: "Sure, but = I'm still=20 looking for proof for this list of = Frames."

RCM: "Me too. = Let's keep=20 following these test cases and see where they=20 lead."

//Game.java----------------------------------
public class Game
{
  public int score()
  {
    return 0;
  }
 =20
  public void add(int pins)
  {
  }
}

RCM: "OK, this = compiles and=20 fails the test. Now let's make it = pass."

//Game.java----------------------------------
public class Game
{
  public int score()
  {
    return itsScore;
  }

  public void add(int pins)
  {
    itsScore +=3D pins;
  }
  private int itsScore =3D 0;
}

RCM: "This = passes.=20 Good."

RSK: "I can't = disagree with=20 it. But I'm still looking for this great proof of the = need for=20 a linked list of frame objects. That's what led us to=20 Game in the first place."

RCM: "Yeah, = that's what I'm=20 looking for too. I fully expect that once we start = injecting=20 spare and strike test cases, we'll have to build = frames and=20 tie them together in a linked list. But I don't want = to build=20 that until the code forces us to."

RSK: "Good = point. Let's keep=20 going in small steps on Game. What about = another test=20 that tests two throws but with no spare?"

RCM: "OK, that = should pass=20 right now. Let's try = it."

//TestGame.java--------------------------------------=
----

public void testTwoThrowsNoMark()
  {
    Game g =3D new Game();
    g.add(5);
    g.add(4);
    assertEquals(9, g.score());
}

RCM: "Yep, that = one passes.=20 Now let's try four balls, with no marks."

RSK: "Well, that = will pass=20 too. I didn't expect this. We can keep adding throws, = and we=20 don't ever even need a Frame. But we haven't = done a=20 spare or a strike yet. Maybe that's when we'll have to = make=20 one."

RCM: "That's = what I'm=20 counting on. However, consider this test = case:"

//TestGame.java------------------------------------=
------
public void testFourThrowsNoMark()
  {
    Game g =3D new Game();
    g.add(5);
    g.add(4);
    g.add(7);
    g.add(2);
    assertEquals(18, g.score());
    assertEquals(9, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
  }

RCM: "Does this = look=20 reasonable?"

RSK: "It sure = does. I forgot=20 that we have to be able to show the score in each = frame. Ah,=20 our sketch of the score card was serving as a coaster = for my=20 Diet Coke. Yeah, that's why I forgot."

RCM: (Sigh) "OK, = first let's=20 make this test case fail by adding the = scoreForFrame=20 method to = Game."

//Game.java---------------------------------=
-

public int scoreForFrame(int frame)
{
  return 0;
}

RCM: "Great, = this compiles=20 and fails. Now, how do we make it pass?"

RSK: "We can = start making=20 frame objects. But is that the simplest thing that = will get=20 the test to pass?"

RCM: "No, = actually, we could=20 just create an array of integers in Game. Each = call to=20 add would append a new integer onto the array. = Each=20 call to scoreForFrame will just work forward = through=20 the array and calculate the = score."

//Game.java----------------------------------
public class Game
{
  public int score()
  {
    return itsScore;
  }

  public void add(int pins)
    {
      itsThrows[itsCurrentThrow++]=3Dpins;
      itsScore +=3D pins;
    }

  public int scoreForFrame(int frame)
    {
    int score =3D 0;
    for ( int ball =3D 0;=20
      frame > 0 && (ball < itsCurrentThrow);=20
      ball+=3D2, frame--)
    {
      score +=3D itsThrows[ball] + itsThrows[ball+1];
    }
    return score;
  }
  private int itsScore =3D 0;
  private int[] itsThrows =3D new int[21];
  private int itsCurrentThrow =3D 0;
}

RCM: (Very = satisfied with=20 himself) "There, that works."

RSK: "Why the = magic number=20 21?"

RCM: "That's the = maximum=20 possible number of throws in a game."

RSK: "Yuck. Let = me guess, in=20 your youth you were a Unix hacker and prided yourself = on=20 writing an entire application in one statement that = nobody=20 else could decipher.

"scoreForFrame = needs to be=20 refactored to be more communicative. But before we = consider=20 refactoring, let me ask another question: Is = Game the=20 best place for this method? In my mind, Game is = violating Bertrand Meyer's SRP (Single Responsibility=20 Principle) [1].=20 It is accepting throws and it knows how to = score for=20 each frame. What would you think about a Scorer = object?"

RCM: (Makes a = rude=20 oscillating gesture with his hand) "I don't know where = the=20 functions live now; right now I'm interested in = getting the=20 scoring stuff to work. Once we've got that all in = place,=20 then we can debate the values of the = SRP.

"However, I see your = point about=20 the Unix hacker stuff; let's try to simplify that=20 loop."

public int scoreForFrame(int =
theFrame)
{
  int ball =3D 0;
  int score=3D0;
  for (int currentFrame =3D 0;=20
       currentFrame < theFrame;=20
       currentFrame++)
  {
    score +=3D itsThrows[ball++] + itsThrows[ball++];
  }

  return score;
}

RCM: "That's a = little=20 better, but there are side-effects in the = score+=3D=20 expression. They don't matter here because it doesn't = matter=20 which order the two addend expressions are = evaluated=20 in." (Or does it? It's possible that the two = increments could=20 be done before either array operations.)

RSK: "I suppose = we could do=20 an experiment to verify that there aren't any = side-effects,=20 but that function isn't going to work with spares and = strikes.=20 Should we keep trying to make it more readable or = should we=20 push further on its functionality?"

RCM: "The = experiment would=20 only have meaning on certain compilers. Other = compilers might=20 use different evaluation orders. Let's get rid of the = order=20 dependency and then push on with more test = cases."

public int scoreForFrame(int theFrame)
{
  int ball =3D 0;
  int score=3D0;
  for (int currentFrame =3D 0;=20
       currentFrame < theFrame;=20
       currentFrame++)
  {
    int firstThrow =3D itsThrows[ball++];
    int secondThrow =3D itsThrows[ball++];
    score +=3D firstThrow + secondThrow;
  }
 =20
  return score;
}

RCM: "OK, next = test case.=20 Let's try a spare."

public void =
testSimpleSpare()
{
  Game g =3D new Game();
}

RCM: "I'm tired = of writing=20 this. Let's refactor the test and put the creation of = the game=20 in a setUp = function."

//TestGame.java--------------------------------=
----------
import junit.framework.*;

public class TestGame extends TestCase
{
  public TestGame(String name)
  {
    super(name);
  }

  private Game g;

  public void setUp()
  {
    g =3D new Game();
  }

  public void testOneThrow()
  {
    g.add(5);
    assertEquals(5, g.score());
  }

  public void testTwoThrowsNoMark()
  {
    g.add(5);
    g.add(4);
    assertEquals(9, g.score());
  }

  public void testFourThrowsNoMark()
  {
    g.add(5);
    g.add(4);
    g.add(7);
    g.add(2);
    assertEquals(18, g.score());
    assertEquals(9, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
  }

  public void testSimpleSpare()
  {
  }
}

RCM: "That's = better, now=20 let's write the spare test case."

RSK: "I'll=20 drive."

public int scoreForFrame(int theFrame)
{
  int ball =3D 0;
  int score=3D0;
  for (int currentFrame =3D 0;=20
       currentFrame < theFrame;=20
       currentFrame++)
  {
    int firstThrow =3D itsThrows[ball++];
    int secondThrow =3D itsThrows[ball++];

    int frameScore =3D firstThrow + secondThrow;
    // spare needs next frames first throw
    if ( frameScore =3D=3D 10 )=20
      score +=3D frameScore + itsThrows[ball++];
    else
      score +=3D frameScore;
  }

  return score;
}

RCM: (Grabbing = the keyboard)=20 "OK, but I think the increment of ball in the=20 frameScore=3D=3D10 case shouldn't be there. = Here's a test=20 case that proves my point."

public =
void testSimpleFrameAfterSpare()
{
  g.add(3);
  g.add(7);
  g.add(3);
  g.add(2);
  assertEquals(13, g.scoreForFrame(1));
  assertEquals(18, g.score());
}

RCM: "Ha! See, = that fails.=20 Now if we just take out that pesky extra=20 increment..."

  if ( frameScore =3D=3D =
10 )=20
    score +=3D frameScore + itsThrows[ball];

RCM: "Uh, it = still fails....=20 Could it be that the score method is wrong? = I'll test=20 that by changing the test case to use=20 scoreForFrame(2)."

public void =
testSimpleFrameAfterSpare()
{
  g.add(3);
  g.add(7);
  g.add(3);
  g.add(2);
  assertEquals(13, g.scoreForFrame(1));
  assertEquals(18, g.scoreForFrame(2));
}

RCM: "Hmmmm.... That passes. The = score method=20 must be messed up. Let's look at it."

public =
int score()
{
  return itsScore;
}

public void add(int pins)
{
  itsThrows[itsCurrentThrow++]=3Dpins;
  itsScore +=3D pins;
}

RCM: "Yeah, = that's wrong.=20 The score method is just returning the sum of = the pins,=20 not the proper score. What we need score to do = is call=20 scoreForFrame with the current = frame."

RSK: "We don't = know what the=20 current frame is. Let's add that message to each of = our=20 current tests, one at a time, of course."

RCM: = "Right."

//TestGame.java------------------------------=
------------
  public void testOneThrow()
  {
    g.add(5);
    assertEquals(5, g.score());
    assertEquals(1, g.getCurrentFrame());
    }

//Game.java----------------------------------
  public int getCurrentFrame()
  {
    return 1;
  }

RCM: "OK, that = works. But=20 it's stupid. Let's do the next test = case."

public void testTwoThrowsNoMark()
{
  g.add(5);
  g.add(4);
  assertEquals(9, g.score());
  assertEquals(1, g.getCurrentFrame());
}

RCM: "That one's = uninteresting; let's try the = next."

public void testFourThrowsNoMark()
{
  g.add(5);
  g.add(4);
  g.add(7);
  g.add(2);
  assertEquals(18, g.score());
  assertEquals(9, g.scoreForFrame(1));
  assertEquals(18, g.scoreForFrame(2));
  assertEquals(2, g.getCurrentFrame());
}

RCM: "This one = fails. Now=20 let's make it pass."

RSK: "I think = the algorithm=20 is trivial. Just divide the number of throws by two, = since=20 there are two throws per frame. Unless we have a = strike ...=20 but we don't have strikes yet, so let's ignore them = here=20 too."

RCM: (Flails = around adding=20 and subtracting one until it = works)

public int getCurrentFrame()
{
  return 1 + (itsCurrentThrow-1)/2;
}

RCM: "That isn't = very=20 satisfying."

RSK: "What if we = don't=20 calculate it each time? What if we adjust a=20 currentFrame member variable after each=20 throw?"

RCM: "OK, let's = try=20 = that."

//Game.java----------------------------------
  public int getCurrentFrame()
  {
    return itsCurrentFrame;
  }

  public void add(int pins)
  {
    itsThrows[itsCurrentThrow++]=3Dpins;
    itsScore +=3D pins;
    if (firstThrow =3D=3D true)
    {
      firstThrow =3D false;
      itsCurrentFrame++;
    }
    else
    {
      firstThrow=3Dtrue;;
    }
  }

  private int itsCurrentFrame =3D 0;
  private boolean firstThrow =3D true;
}

RCM: "OK, this = works. But it=20 also implies that the current frame is the frame of = the last=20 ball thrown, not the frame that the next ball will be = thrown=20 into. As long as we remember that, we'll be = fine."

RSK: "I don't = have that good=20 of a memory, so let's make it more readable. But = before we go=20 screwing around with it some more, let's pull that = code out of=20 add and put it in a private member function = called=20 adjustCurrentFrame or something."

RCM: "OK, that = sounds=20 good"

  public void add(int pins)
  {
    itsThrows[itsCurrentThrow++]=3Dpins;
    itsScore +=3D pins;
    adjustCurrentFrame();
  }

  private void adjustCurrentFrame()
  {
    if (firstThrow =3D=3D true)
    {
      firstThrow =3D false;
      itsCurrentFrame++;
    }
    else
    {
      firstThrow=3Dtrue;;
    }
  }

RCM: "Now let's = change the=20 variable and function names to be more clear. What = should we=20 call itsCurrentFrame?"

RSK: "I kind of = like that=20 name. I don't think we're incrementing it in the right = place=20 though. The current frame, to me, is the frame number = that I'm=20 throwing in. So it should get incremented right after = the last=20 throw in a frame."

RCM: "I agree. = Let's change=20 the test cases to reflect that; then we'll fix=20 = adjustCurrentFrame."

//TestGame.java---------------=
---------------------------
  public void testTwoThrowsNoMark()
  {
    g.add(5);
    g.add(4);
    assertEquals(9, g.score());
    assertEquals(2, g.getCurrentFrame());
  }

  public void testFourThrowsNoMark()
  {
    g.add(5);
    g.add(4);
    g.add(7);
    g.add(2);
    assertEquals(18, g.score());
    assertEquals(9, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
    assertEquals(3, g.getCurrentFrame());
  }
//TestGame.java------------------------------------------
  private void adjustCurrentFrame()
  {
    if (firstThrow =3D=3D true)
    {
      firstThrow =3D false;
    }
    else
    {
      firstThrow=3Dtrue;
      itsCurrentFrame++;
    }
  }

  private int itsCurrentFrame =3D 1;
}

RCM: "OK, that's working. Now let's test=20 getCurrentFrame in the two spare = cases."

  public void testSimpleSpare()
  {
    g.add(3);
    g.add(7);
    g.add(3);
    assertEquals(13, g.scoreForFrame(1));
    assertEquals(2, g.getCurrentFrame());
  }

  public void testSimpleFrameAfterSpare()
  {
    g.add(3);
    g.add(7);
    g.add(3);
    g.add(2);
    assertEquals(13, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
    assertEquals(3, g.getCurrentFrame());
  }

RCM: "This = works. Now, back=20 to the original problem. We need score to work. = We can=20 now write score to call=20 = scoreForFrame(getCurrentFrame()-1).

  public void =
testSimpleFrameAfterSpare()
  {
    g.add(3);
    g.add(7);
    g.add(3);
    g.add(2);
    assertEquals(13, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
    assertEquals(18, g.score());
    assertEquals(3, g.getCurrentFrame());
  }

//Game.java----------------------------------
  public int score()
  {
    return scoreForFrame(getCurrentFrame()-1);
  }

RCM: "This fails = the=20 TestOneThrow test case. Let's look at = it."

  public void testOneThrow()
  {
    g.add(5);
    assertEquals(5, g.score());
    assertEquals(1, g.getCurrentFrame());
  }

RCM: "With only = one throw,=20 the first frame is incomplete. The score method = is=20 calling scoreForFrame(0). This is = yucky."

RSK: "Maybe, = maybe not. Who=20 are we writing this program for, and who is going to = be=20 calling score? Is it reasonable to assume that = it won't=20 get called on an incomplete frame?"

RCM: "Yeah. But = it bothers=20 me. To get around this, we have take the score = out of=20 the testOneThrow test case. Is that what we = want to=20 do?"

RSK: "We could. = We could=20 even eliminate the entire testOneThrow test = case. It=20 was used to ramp us up to the test cases of interest. = Does it=20 really serve a useful purpose now? We still have = coverage in=20 all of the other test cases."

RCM: "Yeah, I = see your=20 point. OK, out it goes." (Edits code, runs test, and = gets=20 green bar.) "Ahhh, that's better.

"Now, we'd better work = on the=20 strike test case. After all, we want to see all those=20 Frame objects built into a linked list, don't = we?"=20 (snicker).

  public void =
testSimpleStrike()
  {
    g.add(10);
    g.add(3);
    g.add(6);
    assertEquals(19, g.scoreForFrame(1));
    assertEquals(28, g.score());
    assertEquals(3, g.getCurrentFrame());
  }

RCM: "OK, this = compiles and=20 fails as predicted. Now we need to make it = pass."

//Game.java----------------------------------
public class Game
{
  public void add(int pins)
  {
    itsThrows[itsCurrentThrow++]=3Dpins;
    itsScore +=3D pins;
    adjustCurrentFrame(pins);
  }

  private void adjustCurrentFrame(int pins)
  {
    if (firstThrow =3D=3D true)
    {
      if( pins =3D=3D 10 ) // strike
        itsCurrentFrame++;
      else
        firstThrow =3D false;
    }
    else
    {
      firstThrow=3Dtrue;
      itsCurrentFrame++;
    }
  }

  public int scoreForFrame(int theFrame)
  {
    int ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      int firstThrow =3D itsThrows[ball++];
      if (firstThrow =3D=3D 10)
      {
        score +=3D 10 + itsThrows[ball] + itsThrows[ball+1];
      }
      else
      {
        int secondThrow =3D itsThrows[ball++];

        int frameScore =3D firstThrow + secondThrow;
        // spare needs next frames first throw
        if ( frameScore =3D=3D 10 )
          score +=3D frameScore + itsThrows[ball];
        else
        score +=3D frameScore;
      }=20
   =20
    }

    return score;
  }
  private int itsScore =3D 0;
  private int[] itsThrows =3D new int[21];
  private int itsCurrentThrow =3D 0;
  private int itsCurrentFrame =3D 1;
  private boolean firstThrow =3D true;
}

RCM: "OK, that = wasn't too=20 hard. Let's see if it can score a perfect = game."

  public void testPerfectGame()
  {
    for (int i=3D0; i<12; i++)
    {
      g.add(10);
    }
    assertEquals(300, g.score());
    assertEquals(10, g.getCurrentFrame());
  }

RCM: "Urg, it's = saying the=20 score is 330. Why would that be?"

RSK: "Because = the current=20 frame is getting incremented all the way to = 12."

RCM: "Oh! We = need to limit=20 it to 10."

  private void =
adjustCurrentFrame(int pins)
  {
    if (firstThrow =3D=3D true)
    {
      if( pins =3D=3D 10 ) // strike
        itsCurrentFrame++;
      else
        firstThrow =3D false;
    }
    else
    {
      firstThrow=3Dtrue;
      itsCurrentFrame++;
    }
    itsCurrentFrame =3D Math.min(10, itsCurrentFrame);
  }
RCM: "Damn, now it's=20 saying that the score is 270. What's going on?" =

 

RSK: "Bob, the = score=20 function is subtracting one from = getCurrentFrame, so=20 it's giving you the score for frame 9, not = 10."

RCM: What? You = mean I should=20 limit the current frame to 11 not 10? I'll try = it.

itsCurrentFrame =3D =
Math.min(11, itsCurrentFrame);

RCM: "OK, so now = it gets the=20 score correct, but fails because the current frame is = 11 and=20 not 10. Ick! this current frame thing is a pain in the = butt.=20 We want the current frame to be the frame the player = is=20 throwing into, but what does that mean at the end of = the=20 game?"

RSK: "Maybe we = should go=20 back to the idea that the current frame is the frame = of the=20 last ball thrown."

RCM: "Or maybe = we need to=20 come up with the concept of the last completed = frame?=20 After all, the score of the game at any point in time = is the=20 score in the last completed frame."

RSK: "A = completed frame is a=20 frame that you can write the score into, = right?"

RCM: "Yes, a = frame with a=20 spare in it completes after the next ball. A frame = with a=20 strike in it completes after the next two balls. A = frame with=20 no mark completes after the second ball in the=20 frame.

"Wait a minute.... We = are trying to=20 get the score method to work, right? All we = need to do=20 is force score to call scoreForFrame(10) = if the=20 game is complete."

RSK: "How do we = know if the=20 game is complete?"

RCM: "If=20 adjustCurrentFrame ever tries to increment=20 itsCurrentFrame past the 10th frame, then the = game is=20 complete."

RSK: "Wait. All = you are=20 saying is that if getCurrentFrame returns 11, = the game=20 is complete; that's the way the code works = now!"

RCM: "Hmm. You = mean we=20 should change the test case to match the = code?"

  public void testPerfectGame()
  {
    for (int i=3D0; i<12; i++)
    {
      g.add(10);
    }
    assertEquals(300, g.score());
    assertEquals(11, g.getCurrentFrame());
  }

RCM: "Well, that = works. I=20 suppose it's no worse than getMonth returning = zero for=20 January, but I still feel uneasy about it."

RSK: "Maybe = something will=20 occurr to us later. Right now, I think I see a bug. = May I?"=20 (Grabs keyboard.)

  public void =
testEndOfArray()
  {
    for (int i=3D0; i<9; i++)
    {
      g.add(0);
      g.add(0);
    }
    g.add(2);
    g.add(8); // 10th frame spare
    g.add(10); // Strike in last position of array.
    assertEquals(20, g.score());
  }

RSK: "Hmm. That = doesn't=20 fail. I thought since the 21st position of the array = was a=20 strike, the scorer would try to add the 22nd and 23rd=20 positions to the score. But I guess not."

RCM: "Hmm, you = are still=20 thinking about that scorer object, aren't you? = Anyway,=20 I see what you were getting at, but since score = never=20 calls scoreForFrame with a number larger than = 10, the=20 last strike is not actually counted as a strike. It's = just=20 counted at a 10 to complete the last spare. We never = walk=20 beyond the end of the array."

RSK: "OK, let's = pump our=20 original score card into the program."

 =
 public void testSampleGame()
  {
    g.add(1);
    g.add(4);
    g.add(4);
    g.add(5);
    g.add(6);
    g.add(4);
    g.add(5);
    g.add(5);
    g.add(10);
    g.add(0);
    g.add(1);
    g.add(7);
    g.add(3);
    g.add(6);
    g.add(4);
    g.add(10);
    g.add(2);
    g.add(8);
    g.add(6);
    assertEquals(133, g.score());
  }

RSK: "Well, that = works. Are=20 there any other test cases that you can think = of?"

RCM: "Yeah, = let's test a few=20 more boundary conditions. How about the poor schmuck = who=20 throws 11 strikes and then a final 9."

 =
 public void testHeartBreak()
  {
    for (int i=3D0; i<11; i++)
      g.add(10);
    g.add(9);=20
    assertEquals(299, g.score());
  }

RCM: "That = works. OK, how=20 about a 10th frame spare?"

  public =
void testTenthFrameSpare()
  {
    for (int i=3D0; i<9; i++)
      g.add(10);
    g.add(9);
    g.add(1);
    g.add(1);=20
    assertEquals(270, g.score());
  }
}

RCM: (Staring = happily at the=20 green bar) "That works too. I can't think of any more, = can=20 you."

RSK: "No, I = think we've=20 covered them all. Besides I really want to refactor = this mess.=20 I still see the scorer object in there=20 somewhere."

RCM: "OK, well, = the=20 scoreForFrame function is pretty messy. Let's = consider=20 it."

  public int scoreForFrame(int =
theFrame)
  {
    int ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      int firstThrow =3D itsThrows[ball++];
      if (firstThrow =3D=3D 10)
      {
        score +=3D 10 + itsThrows[ball] + itsThrows[ball+1];
      }
      else
      {
        int secondThrow =3D itsThrows[ball++];
 =20
        int frameScore =3D firstThrow + secondThrow;
        // spare needs next frames first throw
        if ( frameScore =3D=3D 10 )
          score +=3D frameScore + itsThrows[ball];
        else
          score +=3D frameScore;
      }=20

    }

    return score;
  }

RCM: "I'd really = like to=20 extract the body of that else clause into a seperate = function=20 named handleSecondThrow, but I can't because it = uses=20 ball, firstThrow, and secondThrow = local=20 variables."

RSK: "We could = turn those=20 locals into member variables."

RCM: "Yeah, that = kind of=20 reinforces your notion that we'll be able to pull the = scoring=20 out into its own scorer object. OK, let's give = that a=20 try."

RSK: (Grabs=20 keyboard.)

  private void =
adjustCurrentFrame(int pins)
  {
    if (firstThrowInFrame =3D=3D true)
    {
      if( pins =3D=3D 10 ) // strike
        itsCurrentFrame++;
      else
        firstThrowInFrame =3D false;
    }
    else
    {
      firstThrowInFrame=3Dtrue;
      itsCurrentFrame++;
    }
    itsCurrentFrame =3D Math.min(11, itsCurrentFrame);
  }

  public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      firstThrow =3D itsThrows[ball++];
      if (firstThrow =3D=3D 10)
      {
        score +=3D 10 + itsThrows[ball] + itsThrows[ball+1];
      }
      else
      {
        secondThrow =3D itsThrows[ball++];

        int frameScore =3D firstThrow + secondThrow;
        // spare needs next frames first throw
        if ( frameScore =3D=3D 10 )
          score +=3D frameScore + itsThrows[ball];
        else
          score +=3D frameScore;
      }=20
    }

    return score;
  }
  private int ball;
  private int firstThrow;
  private int secondThrow;

  private int itsScore =3D 0;
  private int[] itsThrows =3D new int[21];
  private int itsCurrentThrow =3D 0;
  private int itsCurrentFrame =3D 1;
  private boolean firstThrowInFrame =3D true;

RSK: "I hadn't = expected the=20 name collision. We already had an instance variable = named=20 firstThrow. But it is better named=20 firstThrowInFrame. Anyway, this works now. So = we can=20 pull the else clause out into its own = function."

  public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      firstThrow =3D itsThrows[ball++];
      if (firstThrow =3D=3D 10)
      {
        score +=3D 10 + itsThrows[ball] + itsThrows[ball+1];
      }
      else
      {
        score +=3D handleSecondThrow();
      }=20
    }

    return score;
  }

  private int handleSecondThrow()
  {
    int score =3D 0;
    secondThrow =3D itsThrows[ball++];

    int frameScore =3D firstThrow + secondThrow;
    // spare needs next frames first throw
    if ( frameScore =3D=3D 10 )
      score +=3D frameScore + itsThrows[ball];
    else
      score +=3D frameScore;
    return score;
  }

RCM: "Look at = the structure=20 of scoreForFrame! In pseudocode, it looks = something=20 like this:"

if strike
  score +=3D 10 + nextTwoBalls();
else
  handleSecondThrow.

RCM: "What if we = changed it=20 to:"

if strike
  score +=3D 10 + nextTwoBalls();
else if spare
  score +=3D 10 + nextBall();
else
  score +=3D twoBallsInFrame()

RSK: "Geez! = That's pretty=20 much the rules for scoring bowling isn't it? OK, let's = see if=20 we can get that structure in the real function. First = let's=20 change the way the ball variable is being = incremented=20 so that the three cases manipulate it=20 independently."

  public int =
scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      firstThrow =3D itsThrows[ball];
      if (firstThrow =3D=3D 10)
      {
        ball++;
        score +=3D 10 + itsThrows[ball] + itsThrows[ball+1];
      }
      else
      {
        score +=3D handleSecondThrow();
      }=20
    }

    return score;
  }

  private int handleSecondThrow()
  {
    int score =3D 0;
    secondThrow =3D itsThrows[ball+1];

    int frameScore =3D firstThrow + secondThrow;
    // spare needs next frames first throw
    if ( frameScore =3D=3D 10 )
    {
      ball+=3D2;
      score +=3D frameScore + itsThrows[ball];
    }
    else
    {
      ball+=3D2;
      score +=3D frameScore;
    }
    return score;=20
  }

RCM: (Grabs = keyboard.) "OK,=20 now let's get rid of the firstThrow and=20 secondThrow variables and replace them with = appropriate=20 functions."

  public int =
scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      firstThrow =3D itsThrows[ball];
      if (strike())
      {
        ball++;
        score +=3D 10 + nextTwoBalls();
      }
      else
      {
        score +=3D handleSecondThrow();
      }=20
    }

    return score;
  }
 =20
  private boolean strike()
  {
    return itsThrows[ball] =3D=3D 10;
  }

  private int nextTwoBalls()
  {
    return itsThrows[ball] + itsThrows[ball+1];
  }

RCM: "That step = works; let's=20 keep going."

  private int =
handleSecondThrow()
  {
    int score =3D 0;
    secondThrow =3D itsThrows[ball+1];

    int frameScore =3D firstThrow + secondThrow;
    // spare needs next frames first throw
    if ( spare() )
    {
      ball+=3D2;
      score +=3D 10 + nextBall();
    }
    else
    {
      ball+=3D2;
      score +=3D frameScore;
    }
    return score;=20
  }

  private boolean spare()
  {
    return (itsThrows[ball] + itsThrows[ball+1]) =3D=3D 10;
  }

  private int nextBall()
  {
    return itsThrows[ball];
  }

RCM: "OK, that = works too.=20 Now let's deal with = frameScore."

  private int handleSecondThrow()
  {
    int score =3D 0;
    secondThrow =3D itsThrows[ball+1];

    int frameScore =3D firstThrow + secondThrow;
    // spare needs next frames first throw
    if ( spare() )
    {
      ball+=3D2;
      score +=3D 10 + nextBall();
    }
    else
    {
      score +=3D twoBallsInFrame();
      ball+=3D2;
    }
    return score;=20
  }

  private int twoBallsInFrame()
  {
    return itsThrows[ball] + itsThrows[ball+1];
  }

RSK: "Bob, you = aren't=20 incrementing ball in a consistent manner. In = the spare=20 and strike case, you increment before you calculate = the score.=20 In the twoBallsInFrame case, you increment = after=20 you calculate the score. And the code depends = upon this=20 order! What's up?"

RCM: "Sorry, I = should have=20 explained. I'm planning on moving the increments into=20 strike, spare, and = twoBallsInFrame. That=20 way they'll disappear from the scoreForFrame = function,=20 and the function will look just like our=20 pseudocode."

RSK: "OK, I'll = trust you for=20 a few more steps, but remember, I'm = watching."

Kent: "So am=20 I."

RCM: "OK, now = since nobody=20 uses firstThrow, secondThrow, and=20 frameScore anymore, we can get rid of = them."

  public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      if (strike())
      {
        ball++;
        score +=3D 10 + nextTwoBalls();
      }
      else
      {
        score +=3D handleSecondThrow();
      }=20
    }

    return score;
  }

  private int handleSecondThrow()
  {
    int score =3D 0;
    // spare needs next frames first throw
    if ( spare() )
    {
      ball+=3D2;
      score +=3D 10 + nextBall();
    }
    else
    {
      score +=3D twoBallsInFrame();
      ball+=3D2;
    }
    return score;=20
  }

RCM: (The = sparkle in his=20 eyes is a reflection of the green bar.) "Now, since = the only=20 variable that couples the three cases is ball, = and=20 since ball is dealt with independently in each = case, we=20 can merge the three cases together."

  =
public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      if (strike())
      {
        ball++;
        score +=3D 10 + nextTwoBalls();
      }
      else if ( spare() )
      {
        ball+=3D2;
        score +=3D 10 + nextBall();
      }
      else
      {
        score +=3D twoBallsInFrame();
        ball+=3D2;
      }
    }

    return score;
  }

RSK: (Peter = Lorrie Gasp)=20 "Master... Master... Let me do it. Please, let = me do=20 it."

RCM: "Ah, Igor, = you would=20 like to move the increments?"

RSK: "Yes, = master. Oh=20 yes master." (Grabs keyboard.)

  =
public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      if (strike())
        score +=3D 10 + nextTwoBalls();
      else if (spare())
        score +=3D 10 + nextBall();
      else
        score +=3D twoBallsInFrame();
    }

    return score;
  }

  private boolean strike()
  {
    if (itsThrows[ball] =3D=3D 10)
    {
      ball++;
      return true;
    }
    return false;
  }

  private boolean spare()
  {
    if ((itsThrows[ball] + itsThrows[ball+1]) =3D=3D 10)
    {
      ball +=3D 2;
      return true;
    }
    return false;
  }

  private int nextTwoBalls()
  {
    return itsThrows[ball] + itsThrows[ball+1];
  }

  private int nextBall()
  {
    return itsThrows[ball];
  }

  private int twoBallsInFrame()
  {
    return itsThrows[ball++] + itsThrows[ball++];
  }

RCM: "Well = done=20 Igor!"

RSK: "Thank you=20 master."

RCM: "Look at = that=20 scoreForFrame function. That's the rules of = bowling=20 stated about as succinctly as possible."

RSK: "But, Bob, = what=20 happened to the linked list of Frame objects?"=20 (snicker, snicker)

RCM: (Sigh) "We = were=20 bedevilled by the daemons of diagramatic overdesign. = My God,=20 three little boxes drawn on the back of a napkin, = Game,=20 Frame, and Throw, and it was still too=20 complicated and just plain wrong."

RSK: "We made a = mistake=20 starting with the Throw class. We should have = started=20 with the Game class first!"

RCM: "Indeed! = So, next time=20 let's try starting at the highest level and work=20 down."

RSK: (Gasp) "Top = Down=20 Design!??!?! Could DeMarco have been right all=20 along?"

RCM: = "Correction: Top Down=20 Test First Design. Frankly, I don't know if = this is a=20 good rule or not. It's just what would have helped us = in this=20 case. So next time, I'm going to try it and see what=20 happens."

RSK: "Yeah, OK. = Anyway we=20 still have some refactoring to do. The ball = variable is=20 just a private iterator for scoreForFrame and = its=20 minions. They should all be moved into a different=20 object."

RCM: "Oh, yes, = your=20 Scorer object. You were right after all. Let's = do=20 it."

RSK: (Grabs = keyboard and=20 takes several small steps punctuated by tests to = create the=20 = following.)

//Game.java----------------------------------
public class Game
{
  public int score()
  {
    return scoreForFrame(getCurrentFrame()-1);
  }

  public int getCurrentFrame()
  {
    return itsCurrentFrame;
  }

  public void add(int pins)
  {
    itsScorer.addThrow(pins);
    itsScore +=3D pins;
    adjustCurrentFrame(pins);
  }

  private void adjustCurrentFrame(int pins)
  {
    if (firstThrowInFrame =3D=3D true)
    {
      if( pins =3D=3D 10 ) // strike
        itsCurrentFrame++;
      else
        firstThrowInFrame =3D false;
    }
    else
    {
      firstThrowInFrame=3Dtrue;
      itsCurrentFrame++;
    }
    itsCurrentFrame =3D Math.min(11, itsCurrentFrame);
  }
 =20
  public int scoreForFrame(int theFrame)
  {
    return itsScorer.scoreForFrame(theFrame);
  }

  private int itsScore =3D 0;
  private int itsCurrentFrame =3D 1;
  private boolean firstThrowInFrame =3D true;
  private Scorer itsScorer =3D new Scorer();
}

//Scorer.java-----------------------------------
public class Scorer
{
  public void addThrow(int pins)
  {
    itsThrows[itsCurrentThrow++] =3D pins;
  }

  public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      if (strike())
        score +=3D 10 + nextTwoBalls();
      else if (spare())
        score +=3D 10 + nextBall();
      else
        score +=3D twoBallsInFrame();
    }

    return score;
  }

  private boolean strike()
  {
    if (itsThrows[ball] =3D=3D 10)
    {
      ball++;
      return true;
    }
    return false;
  }

  private boolean spare()
  {
    if ((itsThrows[ball] + itsThrows[ball+1]) =3D=3D 10)
    {
      ball +=3D 2;
      return true;
    }
    return false;
  }

  private int nextTwoBalls()
  {
    return itsThrows[ball] + itsThrows[ball+1];
  }

  private int nextBall()
  {
    return itsThrows[ball];
  }

  private int twoBallsInFrame()
  {
    return itsThrows[ball++] + itsThrows[ball++];
  }

  private int ball;
  private int[] itsThrows =3D new int[21];
  private int itsCurrentThrow =3D 0;

}

RSK: "That's = much better.=20 Now Game just keeps track of frames, and = Scorer=20 just calculates the score. The SRP rocks!"

RCM: "Whatever. = But it is=20 better. Did you notice that the itsScore = variable is=20 not being used anymore?"

RSK: "Ha! You're = right.=20 Let's kill it." (Gleefully starts erasing = things.)

  public void add(int pins)
  {
    itsScorer.addThrow(pins);
    adjustCurrentFrame(pins);
  }

RSK: "Not bad. = Now should we=20 clean up the adjustCurrentFrame = stuff?"

RCM: "OK, let's = look at=20 it."

  private void =
adjustCurrentFrame(int pins)
  {
    if (firstThrowInFrame =3D=3D true)
    {
      if( pins =3D=3D 10 ) // strike
        itsCurrentFrame++;
      else
        firstThrowInFrame =3D false;
    }
    else
    {
      firstThrowInFrame=3Dtrue;
      itsCurrentFrame++;
    }
    itsCurrentFrame =3D Math.min(11, itsCurrentFrame);
  }

RCM: "OK, first = let's=20 extract the increments into a single function that = also=20 restricts the frame to 11. (Brrrr. I still don't like = that=20 11.)"

RSK: "Bob, 11 = means end of=20 game."

RCM: "Yeah. = Brrrr." (Grabs=20 keyboard, makes a couple of changes punctuated by=20 tests.)

  private void =
adjustCurrentFrame(int pins)
  {
    if (firstThrowInFrame =3D=3D true)
    {
      if( pins =3D=3D 10 ) // strike
        advanceFrame();
      else
        firstThrowInFrame =3D false;
    }
    else
    {
      firstThrowInFrame=3Dtrue;
      advanceFrame();
    }
  }

  private void advanceFrame()
  {
    itsCurrentFrame =3D Math.min(11, itsCurrentFrame + 1);
  }

RCM: "OK, that's = a little=20 better. Now let's break out the strike case into its = own=20 function." (Takes a few small steps and runs tests = between=20 each.)

  private void =
adjustCurrentFrame(int pins)
  {
    if (firstThrowInFrame =3D=3D true)
    {
      if (adjustFrameForStrike(pins) =3D=3D false)
        firstThrowInFrame =3D false;
    } =20
    else
    {
      firstThrowInFrame=3Dtrue;
      advanceFrame();
    }
  }

  private boolean adjustFrameForStrike(int pins)
  {
    if (pins =3D=3D 10)
    {
      advanceFrame();
      return true;
    }
    return false;
  }

RCM: "That's = pretty good.=20 Now, about that 11."

RSK: "You really = hate that=20 don't you."

RCM: "Yeah, look = at the=20 score function:"

  public int =
score()
  {
    return scoreForFrame(getCurrentFrame()-1);
  }

RCM: "That -1 is = odd. It's=20 the only place we truly use getCurrentFrame, = and yet we=20 need to adjust what it returns."

RSK: "Damn, = you're right.=20 How many times have we reversed ourselves on = this?"

RCM: "Too many. = But there it=20 is. The code wants itsCurrentFrame to represent = the=20 frame of the last thrown ball, not the frame we are = about to=20 throw into."

RSK: "Sheesh, = that's going=20 to break lots of tests cases."

RCM: "Actually, = I think we=20 should remove getCurrentFrame from all the test = cases=20 and remove the getCurrentFrame function itself. = Nobody=20 really uses it."

RSK: "OK, I get = your point.=20 I'll do it. It'll be like putting a lame horse out of = its=20 misery." (Grabs = keyboard.)

//Game.java----------------------------------
  public int score()
  {
    return scoreForFrame(itsCurrentFrame);
  }

  private void advanceFrame()
  {
    itsCurrentFrame =3D Math.min(10, itsCurrentFrame + 1);
  }

RCM: "Oh for = crying out=20 loud. You mean to tell me that we were fretting over=20 that. All we did was change the limit from 11 = to 10 and=20 remove the -1. Cripe."=20

=20

RSK: "Yeah, = Uncle Bob, it=20 really wasn't worth all the angst we gave it."=20

=20

RCM: "OK, looks = like we are=20 done. Let's just read through the whole program and = see if=20 it's as simple and communicative as it can be." = 

//Game.java----------------------------------
public class Game
{
  public int score()
  {
    return scoreForFrame(itsCurrentFrame);
  }

  public void add(int pins)
  {
    itsScorer.addThrow(pins);
    adjustCurrentFrame(pins);
  }

  private void adjustCurrentFrame(int pins)
  {
    if (firstThrowInFrame =3D=3D true)
    {
      if (adjustFrameForStrike(pins) =3D=3D false)
        firstThrowInFrame =3D false;
    }
    else
    {
      firstThrowInFrame=3Dtrue;
      advanceFrame();
    }
  }

  private boolean adjustFrameForStrike(int pins)
  {
    if (pins =3D=3D 10)
    {
      advanceFrame();
      return true;
    }
    return false;
  } =20

  private void advanceFrame()
  {
    itsCurrentFrame =3D Math.min(10, itsCurrentFrame + 1);
  }

  public int scoreForFrame(int theFrame)
  {
    return itsScorer.scoreForFrame(theFrame);
  }

  private int itsCurrentFrame =3D 0;
  private boolean firstThrowInFrame =3D true;
  private Scorer itsScorer =3D new Scorer();
}

//Scorer.java-----------------------------------
public class Scorer
{
  public void addThrow(int pins)
  {
    itsThrows[itsCurrentThrow++] =3D pins;
  }

  public int scoreForFrame(int theFrame)
  {
    ball =3D 0;
    int score=3D0;
    for (int currentFrame =3D 0;=20
         currentFrame < theFrame;=20
         currentFrame++)
    {
      if (strike())
        score +=3D 10 + nextTwoBalls();
      else if (spare())
        score +=3D 10 + nextBall();
      else
        score +=3D twoBallsInFrame();
    }

    return score;
  }

  private boolean strike()
  {
    if (itsThrows[ball] =3D=3D 10)
    {
      ball++;
      return true;
    }
    return false;
  }

  private boolean spare()
  {
    if ((itsThrows[ball] + itsThrows[ball+1]) =3D=3D 10)
    {
      ball +=3D 2;
      return true;
    }
    return false;
  }

  private int nextTwoBalls()
  {
    return itsThrows[ball] + itsThrows[ball+1];
  }

  private int nextBall()
  {
    return itsThrows[ball];
  }

  private int twoBallsInFrame()
  {
    return itsThrows[ball++] + itsThrows[ball++];
  }

  private int ball;
  private int[] itsThrows =3D new int[21];
  private int itsCurrentThrow =3D 0;
}

RCM: "OK, that = looks pretty=20 good. I can't think of anything else to do."=20

=20

RSK: "Yeah, it's = pretty.=20 Let's look over the tests for good measure."=20

= 

//TestGame.java------------------------------------------
import junit.framework.*;

public class TestGame extends TestCase
{
  public TestGame(String name)
  {
    super(name);
  }

  private Game g;

  public void setUp()
  {
    g =3D new Game();
  }

  public void testTwoThrowsNoMark()
  {
    g.add(5);
    g.add(4);
    assertEquals(9, g.score());
  }

  public void testFourThrowsNoMark()
  {
    g.add(5);
    g.add(4);
    g.add(7);
    g.add(2);
    assertEquals(18, g.score());
    assertEquals(9, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
  }

  public void testSimpleSpare()
  {
    g.add(3);
    g.add(7);
    g.add(3);
    assertEquals(13, g.scoreForFrame(1));
  }

  public void testSimpleFrameAfterSpare()
  {
    g.add(3);
    g.add(7);
    g.add(3);
    g.add(2);
    assertEquals(13, g.scoreForFrame(1));
    assertEquals(18, g.scoreForFrame(2));
    assertEquals(18, g.score());
  }

  public void testSimpleStrike()
  {
    g.add(10);
    g.add(3);
    g.add(6);
    assertEquals(19, g.scoreForFrame(1));
    assertEquals(28, g.score());
  }

  public void testPerfectGame()
  {
    for (int i=3D0; i<12; i++)
    {
      g.add(10);
    }
    assertEquals(300, g.score());
  }

  public void testEndOfArray()
  {
    for (int i=3D0; i<9; i++)
    {
      g.add(0);
      g.add(0);
    }
    g.add(2);
    g.add(8); // 10th frame spare
    g.add(10); // Strike in last position of array.
    assertEquals(20, g.score());
   }

  public void testSampleGame()
  {
    g.add(1);
    g.add(4);
    g.add(4);
    g.add(5);
    g.add(6);
    g.add(4);
    g.add(5);
    g.add(5);
    g.add(10);
    g.add(0);
    g.add(1);
    g.add(7);
    g.add(3);
    g.add(6);
    g.add(4);
    g.add(10);
    g.add(2);
    g.add(8);
    g.add(6);
    assertEquals(133, g.score());
  }

  public void testHeartBreak()
  {
    for (int i=3D0; i<11; i++)
      g.add(10);
    g.add(9);=20
    assertEquals(299, g.score());
  }

  public void testTenthFrameSpare()
  {
    for (int i=3D0; i<9; i++)
      g.add(10);
    g.add(9);
    g.add(1);
    g.add(1);=20
    assertEquals(270, g.score());
  }
}

RSK: "That = pretty much=20 covers it. Can you think of any more meaningful test=20 cases?"=20

=20

RCM: "No, I = think that's the=20 set. There aren't any there that I'd be comfortable = removing=20 at this point."=20

=20

RSK: "Then we're = done."=20

=20

RCM: "I'd say = so. Thanks a=20 lot for you help."=20

=20

RSK: "No = problem, it was=20 fun."=20

=20

Note

[1] = Bertrand Meyer.=20 Object-Oriented Software Construction (Prentice = Hall,=20 1999).=20

=20

About=20 the Authors

Robert C. Martin = has been a=20 software professional since 1970. He is president of = Object=20 Mentor Inc., a firm of highly experienced experts that = offers=20 high level object-oriented software design consulting, = training, and development services to major = corporations=20 around the world. In 1995, he authored the = best-selling book:=20 Designing Object Oriented C++ Applications using the = Booch=20 Method, published by Prentice Hall. In 1997, he was = chief=20 editor of the book: Pattern Languages of Program = Design 3,=20 published by Addison Wesley. In 2000, he was editor of = the=20 book More C++ Gems, published by Cambridge Press. From = 1996 to=20 1998, he was the editor-in-chief of the C++ Report. He = has=20 published dozens of articles in various trade journals = and is=20 a regular speaker at international conferences and = trade=20 shows. He is currently working in the area of = lightweight=20 productive processes and is a strong advocate and = supporter of=20 Extreme Programming.=20

Dr. Robert S = Koss has been=20 programming since 1973, starting in Fortran, migrating = to C,=20 then to C++, and lately to Java, Smalltalk, and = Python. He has=20 been a senior consultant at Object Mentor Inc. for the = last=20 two years, where his duties include writing and = teaching=20 courses, mentoring clients, and participating in the=20 development of projects that are outsourced to the = company. He=20 has developed many systems in a variety of areas, from = real-time embedded controllers to large database = systems. He=20 is also a strong proponent of lightweight processes = and a very=20 vocal advocate of Extreme Programming.


=
privacy statement | terms=20 of use =A9 Copyright 1994 - 2003 Object = Mentor,=20 Inc.
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