1.1 --- a/samples/composition/src-test/api/ArithmeticaCompatibilityTest.java Sat Jun 14 10:01:36 2008 +0200
1.2 +++ b/samples/composition/src-test/api/ArithmeticaCompatibilityTest.java Sat Jun 14 10:01:45 2008 +0200
1.3 @@ -65,15 +65,28 @@
1.4
1.5 compare(now, old, seed);
1.6
1.7 - assertEquals("Verify amount of sumRange is the same", now.countSumRange, old.countSumRange);
1.8 - assertEquals("Verify amount of sumAll is the same", now.countSumAll, old.countSumAll);
1.9 - assertEquals("Verify amount of sumTwo is the same", now.countSumTwo, old.countSumTwo);
1.10 + assertEquals(
1.11 + "Verify amount of sumRange is the same",
1.12 + now.countSumRange, old.countSumRange
1.13 + );
1.14 + assertEquals(
1.15 + "Verify amount of sumAll is the same",
1.16 + now.countSumAll, old.countSumAll
1.17 + );
1.18 + assertEquals(
1.19 + "Verify amount of sumTwo is the same",
1.20 + now.countSumTwo, old.countSumTwo
1.21 + );
1.22 } catch (AssertionFailedError ex) {
1.23 - IllegalStateException n = new IllegalStateException ("Seed: " + seed + "\n" + ex.getMessage ());
1.24 + IllegalStateException n = new IllegalStateException (
1.25 + "Seed: " + seed + "\n" + ex.getMessage ()
1.26 + );
1.27 n.initCause(ex);
1.28 throw n;
1.29 } catch (Exception ex) {
1.30 - IllegalStateException n = new IllegalStateException ("Seed: " + seed + "\n" + ex.getMessage ());
1.31 + IllegalStateException n = new IllegalStateException (
1.32 + "Seed: " + seed + "\n" + ex.getMessage ()
1.33 + );
1.34 n.initCause(ex);
1.35 throw n;
1.36 }
1.37 @@ -85,9 +98,18 @@
1.38
1.39 compare(now, old, 1208120436947L);
1.40
1.41 - assertEquals("Verify amount of sumRange is the same", now.countSumRange, old.countSumRange);
1.42 - assertEquals("Verify amount of sumAll is the same", now.countSumAll, old.countSumAll);
1.43 - assertEquals("Verify amount of sumTwo is the same", now.countSumTwo, old.countSumTwo);
1.44 + assertEquals(
1.45 + "Verify amount of sumRange is the same",
1.46 + now.countSumRange, old.countSumRange
1.47 + );
1.48 + assertEquals(
1.49 + "Verify amount of sumAll is the same",
1.50 + now.countSumAll, old.countSumAll
1.51 + );
1.52 + assertEquals(
1.53 + "Verify amount of sumTwo is the same",
1.54 + now.countSumTwo, old.countSumTwo
1.55 + );
1.56 }
1.57
1.58 public void testSimulateFailureOn1208120628821() throws Exception {
1.59 @@ -96,14 +118,24 @@
1.60
1.61 compare(now, old, 1208120628821L);
1.62
1.63 - assertEquals("Verify amount of sumRange is the same", now.countSumRange, old.countSumRange);
1.64 - assertEquals("Verify amount of sumAll is the same", now.countSumAll, old.countSumAll);
1.65 - assertEquals("Verify amount of sumTwo is the same", now.countSumTwo, old.countSumTwo);
1.66 + assertEquals(
1.67 + "Verify amount of sumRange is the same",
1.68 + now.countSumRange, old.countSumRange
1.69 + );
1.70 + assertEquals(
1.71 + "Verify amount of sumAll is the same",
1.72 + now.countSumAll, old.countSumAll
1.73 + );
1.74 + assertEquals(
1.75 + "Verify amount of sumTwo is the same",
1.76 + now.countSumTwo, old.countSumTwo
1.77 + );
1.78 }
1.79 // END: total.rewrite.tests
1.80
1.81 // BEGIN: total.rewrite.compare
1.82 - private void compare (Arithmetica now, OldArithmetica1 old, long seed) throws Exception {
1.83 + private void compare (Arithmetica now, OldArithmetica1 old, long seed)
1.84 + throws Exception {
1.85 java.util.Random r = new java.util.Random (seed);
1.86
1.87 for (int loop = 0; loop < r.nextInt(5); loop++) {
1.88 @@ -114,7 +146,7 @@
1.89 int a2 = r.nextInt(100);
1.90 int resNow = now.sumTwo(a1, a2);
1.91 int resOld = old.sumTwo(a1, a2);
1.92 - assertEquals("Results of sumTwo are equal", resNow, resOld);
1.93 + assertEquals("sumTwo results are equal", resNow, resOld);
1.94 break;
1.95 }
1.96 case 1: { // sumArray
1.97 @@ -124,7 +156,7 @@
1.98 }
1.99 int resNow = now.sumAll(arr);
1.100 int resOld = old.sumAll(arr);
1.101 - assertEquals("Results of sumArray are equal", resNow, resOld);
1.102 + assertEquals("sumArray results are equal", resNow, resOld);
1.103 break;
1.104 }
1.105 case 2: { // sumRange
1.106 @@ -132,7 +164,7 @@
1.107 int a2 = r.nextInt(100);
1.108 int resNow = now.sumRange(a1, a1 + a2);
1.109 int resOld = old.sumRange(a1, a1 + a2);
1.110 - assertEquals("Results of sumRange are equal", resNow, resOld);
1.111 + assertEquals("sumRange results are equal", resNow, resOld);
1.112 break;
1.113 }
1.114 }