Fix build, spirodraw

client/samples/spirodraw/Spirodraw.dart

 // Copyright (c) 2011, the Dart project authors.  Please see the AUTHORS file
 // for details. All rights reserved. Use of this source code is governed by a
 // BSD-style license that can be found in the LICENSE file.
 
 #library('spirodraw');
 
 #import('dart:dom');
 #source("ColorPicker.dart");
 #resource("spirodraw.css");
 
@@ skipping 200 matching lines @@
     penRadiusSlider.valueAsNumber = Math.random() * 9;
     penWidthSlider.valueAsNumber = 1 + Math.random() * 9;
     colorPicker.selectedColor = Math.random() * 215;
     start();
   }
 
   void drawFixed() {
     if (animationEnabled) {
       front.beginPath();
       front.setLineWidth(2);
-      front.setStrokeStyle("gray");
+      front.strokeStyle = "gray";
       front.arc(xc, yc, R, 0, PI2, true);
       front.closePath();
       front.stroke();
     }
   }
 
   /**
    * Draw the wheel with its center at angle theta
    * with respect to the fixed wheel
    * 
    * @param theta
    */
   void drawWheel(double theta) {
     double wx = xc + ((R + r) * Math.cos(theta));
     double wy = yc - ((R + r) * Math.sin(theta));
     if (animationEnabled) {
       if (rUnits>0) {
         // Draw ring
         front.beginPath();
         front.arc(wx, wy, r.abs(), 0, PI2, true);
         front.closePath();
         front.stroke();
         // Draw center
         front.setLineWidth(1);
         front.beginPath();
         front.arc(wx, wy, 3, 0, PI2, true);
-        front.setFillStyle("black");
+        front.fillStyle = "black";
         front.fill();
         front.closePath();
         front.stroke();
       }
     }
     drawTip(wx, wy, theta);
   }
 
   /**
    * Draw a rotating line that shows the wheel rolling and leaves
    * the pen trace
    * 
    * @param wx X coordinate of wheel center
    * @param wy Y coordinate of wheel center
    * @param theta Angle of wheel center with respect to fixed circle
    */
   void drawTip(double wx, double wy, double theta) {
     // Calc wheel rotation angle
     double rot = (r==0) ? theta : theta * (R+r) / r;
     // Find tip of line
     double tx = wx + d * Math.cos(rot);
     double ty = wy - d * Math.sin(rot);
     if (animationEnabled) {
       front.beginPath();
-      front.setFillStyle(penColor);
+      front.fillStyle = penColor;
       front.arc(tx, ty, penWidth/2+2, 0, PI2, true);
       front.fill();
       front.moveTo(wx, wy);
-      front.setStrokeStyle("black");
+      front.strokeStyle = "black";
       front.lineTo(tx, ty);
       front.closePath();
       front.stroke();
     }
     drawSegmentTo(tx, ty);
   }
 
   void drawSegmentTo(double tx, double ty) {
     if (lastX > 0) {
       back.beginPath();
-      back.setStrokeStyle(penColor);
+      back.strokeStyle = penColor;
       back.setLineWidth(penWidth);
       back.moveTo(lastX, lastY);
       back.lineTo(tx, ty);
       back.closePath();
       back.stroke();
     }
     lastX = tx;
     lastY = ty;
   }
   
 }
 
 int gcf(int n, int d) {
   if (n==d)
     return n;
   int max = Math.max(n, d);
   for (int i = max ~/ 2; i > 1; i--)
     if ((n % i == 0) && (d % i == 0))
       return i;
   return 1;
 }