Mastermind.

mastermind/src/mastermind/Main.java

@@ -22,7 +22,11 @@ class Examples {
            dotsTwo = new ConsDot(redDot, new ConsDot(blueDot, new ConsDot(blueDot, noDot))),
            dotsThree = new ConsDot(reenDot, new ConsDot(reenDot, new ConsDot(reenDot, noDot))),
            exampleDotsOne = new ConsDot(redDot, new ConsDot(greenDot, new ConsDot(blueDot, new ConsDot(greenDot, new ConsDot(redDot, new ConsDot(greenDot, noDot)))))),
-           exampleDotsTwo = new ConsDot(redDot, new ConsDot(blueDot, new ConsDot(greenDot, new ConsDot(greenDot, new ConsDot(blueDot, new ConsDot(blueDot, noDot))))));
+           exampleDotsTwo = new ConsDot(redDot, new ConsDot(blueDot, new ConsDot(greenDot, new ConsDot(greenDot, new ConsDot(blueDot, new ConsDot(blueDot, noDot)))))),
+           exampleDotsOneNoExact = new ConsDot(greenDot, new ConsDot(blueDot, new ConsDot(redDot, new ConsDot(greenDot, noDot)))),
+           exampleDotsTwoNoExact = new ConsDot(blueDot, new ConsDot(greenDot, new ConsDot(blueDot, new ConsDot(blueDot, noDot))));
+    
+    Feedback exampleFeedback = new Feedback(2, 2);
     
     Game exampleGame = new Game();
     
@@ -84,25 +88,35 @@ class Examples {
                && t.checkExpect(dotsTwo.removeAll(new ConsInt(1, new ConsInt(2, noInt))), new ConsDot(redDot, noDot));
     }
     
-    boolean testILoDotCountInexact(Tester t) { return true; }
+    boolean testILoDotCountInexact(Tester t) {
+    	return t.checkExpect(noDot.countInexact(noDot), 0)
+    			&& t.checkExpect(dotsOne.countInexact(dotsOne), 3)
+    			&& t.checkExpect(exampleDotsOneNoExact.countInexact(exampleDotsTwoNoExact), 2);
+    }
    
-    /*
     boolean testILoDotCompare(Tester t) {
-        return t.checkExpect(exampleDotsOne.compare(exampleDotsTwo), new Feedback(2, 2));
+        return t.checkExpect(exampleDotsOne.compare(exampleDotsTwo), exampleFeedback)
-    }*/
+                        && t.checkExpect(dotsOne.compare(dotsOne), new Feedback(3, 0));
+    }
     
     boolean testDrawMethods(Tester t) {
         WorldCanvas c = new WorldCanvas(1000, 1000);
         WorldScene s = new WorldScene(1000, 1000);
         return
-                        // c.drawScene(s.placeImageXY(exampleGame.draw(), 0, 0))
+                        c.drawScene(s.placeImageXY(exampleFeedback.draw(), 100, 100))
                         //c.drawScene(s.placeImageXY(redDot.draw(), 100, 100))
                         //c.drawScene(s.placeImageXY(dotsOne.draw(), 250, 250))
-                        //&& c.show();
+                        && c.show();
-                        true;
+                        //true;
     }
 }
 
+class Util {
+    static int scale = 2;
+    static int gapw = 4 * scale;    // The gap between objects.
+    static WorldImage gap = new RectangleImage(gapw, gapw, "outline", new Color(0, 0, 0, 0));
+}
+
 // A game state.
 class Game {
     static ILoDot DEFAULTDOTS = new ConsDot(new Dot(Color.RED), new ConsDot(new Dot(Color.GREEN), new ConsDot(new Dot(Color.BLUE), new MtDot())));
@@ -151,7 +165,7 @@ class GameConf {
     }
 }
 
-// A list of guesses;
+// A list of guesses.
 interface ILoGuess {}
 
 class ConsGuess implements ILoGuess {
@@ -167,8 +181,8 @@ class ConsGuess implements ILoGuess {
 class MtGuess implements ILoGuess {}
 
 class Guess {
-    ILoDot guess;
+    ILoDot guess;       // The dots the user entered.
-    Feedback feedback;
+    Feedback feedback;  // The feedback returned.
     
     Guess(ILoDot guess, Feedback feedback) {
        this.guess = guess;
@@ -191,6 +205,17 @@ class Feedback {
         
         return new Feedback(this.exact + otherExact, this.inexact + otherInexact);
     }
+    
+    WorldImage draw() {
+        WorldImage exactDigit = new TextImage(String.valueOf(this.exact), 16 * Util.scale, FontStyle.BOLD, Color.BLACK);
+        WorldImage inexactDigit = new TextImage(String.valueOf(this.inexact), 16 * Util.scale, FontStyle.BOLD, Color.BLACK);
+
+        return new BesideAlignImage(AlignModeY.MIDDLE, exactDigit, Util.gap, inexactDigit);
+    }
+    
+    int getW() {
+        return 2 * 16 * Util.scale + Util.gapw;
+    }
 }
 
 interface ILoDot {
@@ -207,8 +232,10 @@ interface ILoDot {
     ILoInt exactIndices(ILoDot other);              // Get indices of exact matches.
     ILoInt exactIndicesHelper(ILoDot other, int i);
     int countInexact(ILoDot other);					// Get the number of inexact matches. Must be fed exact match-free lists to be accurate.
+    int countInexactHelper(ILoDot other, ILoDot seen);
     
     WorldImage draw();  // Draw the dots.
+    int getW();         // Get the total width, in pixels, of the list.
 }
 
 class ConsDot implements ILoDot {
@@ -234,7 +261,8 @@ class ConsDot implements ILoDot {
     public int len() { return 1 + this.nxt.len(); }
     public boolean match(Color col) { return col.equals(this.dot.c); }
     
-    public WorldImage draw() { return new BesideAlignImage(AlignModeY.PINHOLE, this.dot.draw(), this.nxt.draw()); }
+    public WorldImage draw() { return new BesideAlignImage(AlignModeY.PINHOLE, this.dot.draw(), Util.gap, this.nxt.draw()); }
+    public int getW() { return this.len() * Dot.r * 2; }
     
     public Feedback compare(ILoDot other) {
         if (this.len() != other.len()) throw new IllegalArgumentException("Cannot compare different lengthed lists.");
@@ -256,12 +284,21 @@ class ConsDot implements ILoDot {
         // Stop after reaching the end of the list.
         if (i == this.len()) return new MtInt();
         
-        return this.get(i).equals(other.get(i)) ? new ConsInt(i, this.exactIndicesHelper(other, i + 1))
+        return this.get(i).equals(other.get(i)) ?
+                        new ConsInt(i, this.exactIndicesHelper(other, i + 1))
                         : this.exactIndicesHelper(other, i + 1);
     }
     
     public int countInexact(ILoDot other) {
-    	return 0;
+    	return this.countInexactHelper(other, new MtDot());
+    }
+    
+    public int countInexactHelper(ILoDot other, ILoDot seen) {
+        if (seen.in(this.dot)) {
+            return this.nxt.countInexactHelper(other, new ConsDot(this.dot, seen));
+        }
+        
+        return (other.in(this.dot) ? 1 : 0) + this.nxt.countInexactHelper(other, new ConsDot(this.dot, seen));
     }
     
     public ILoDot remove(int n) {
@@ -282,6 +319,7 @@ class MtDot implements ILoDot {
     public Dot get(int n) { throw new IllegalArgumentException("Index out of bounds."); }
     public int len() { return 0; }
     public WorldImage draw() { return new EmptyImage(); }
+    public int getW() { return 0; }
     public Feedback compare(ILoDot other) { return new Feedback(0, 0); }
     public boolean match(Color col) { return false; }
     public boolean in(Dot dot) { return false; }
@@ -289,15 +327,14 @@ class MtDot implements ILoDot {
         throw new IllegalArgumentException("Empty list doesn't exactly match anything.");
     }
     public ILoInt exactIndicesHelper(ILoDot other, int i) { return new MtInt(); }
-    public int countInexact(ILoDot other) {
+    public int countInexact(ILoDot other) { return 0; }
-    	return 0;
+    public int countInexactHelper(ILoDot other, ILoDot seen) { return 0; }
-    }
     public ILoDot remove(int n) { throw new IllegalArgumentException("Index out of bounds."); }
     public ILoDot removeAll(ILoInt indices) { return this; }
 }
 
 class Dot {
-    static int r = 32;
+    static int r = 16 * Util.scale;
     static OutlineMode outlineMode = OutlineMode.SOLID;
     
     Color c;
@@ -306,6 +343,9 @@ class Dot {
     
     // Draw the dot.
     WorldImage draw() { return new CircleImage(r, outlineMode, this.c); }
+    
+    // Get the width of the dot.
+    int getW() { return 2 * r; }
 }
 
 // A list of integers.