@Test public void testCheckEqualityOfIntPredicates() { IntPredicate firstPredicate = number -> number < 5; IntPredicate secondPredicate = number -> number < 10; assertEquals(true, Util.checkEqualityOfIntPredicates(firstPredicate, secondPredicate, 4)); assertEquals(false, Util.checkEqualityOfIntPredicates(firstPredicate, secondPredicate, 5)); assertEquals(false, Util.checkEqualityOfIntPredicates(firstPredicate, secondPredicate, 7)); }
public static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate, final IntPredicate secondPredicate, final int noOfTimes) { for (int value = 0; value <= noOfTimes; value++) { if (firstPredicate.test(value) != secondPredicate.test(value)) { return false; } } return true; }
Util { public static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate, final IntPredicate secondPredicate, final int noOfTimes) { for (int value = 0; value <= noOfTimes; value++) { if (firstPredicate.test(value) != secondPredicate.test(value)) { return false; } } return true; } }
Util { public static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate, final IntPredicate secondPredicate, final int noOfTimes) { for (int value = 0; value <= noOfTimes; value++) { if (firstPredicate.test(value) != secondPredicate.test(value)) { return false; } } return true; } private  Util(); }
Util { public static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate, final IntPredicate secondPredicate, final int noOfTimes) { for (int value = 0; value <= noOfTimes; value++) { if (firstPredicate.test(value) != secondPredicate.test(value)) { return false; } } return true; } private  Util(); static String fetchProjectRootPath(); static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate,
                                                     final IntPredicate secondPredicate, final int noOfTimes); static IREdge cloneEdge(final IREdge edgeToClone,
                                 final IRVertex newSrc,
                                 final IRVertex newDst); static IREdge cloneEdge(final CommunicationPatternProperty.Value commPattern,
                                 final IREdge edgeToClone,
                                 final IRVertex newSrc,
                                 final IRVertex newDst); static IREdge createControlEdge(final IRVertex src, final IRVertex dst); static boolean isControlEdge(final IREdge edge); static boolean isUtilityVertex(final IRVertex v); static String stringifyIRVertexIds(final Collection<IRVertex> vertices); static String stringifyIREdgeIds(final Collection<IREdge> edges); static String restoreVertexId(final Integer numericId); static String restoreEdgeId(final Integer numericId); static List<Pair<Integer, ResourceSpecification>> parseResourceSpecificationString(
    final String resourceSpecificationString); static void premain(final String args, final Instrumentation inst); static long getObjectSize(final Object o); }
Util { public static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate, final IntPredicate secondPredicate, final int noOfTimes) { for (int value = 0; value <= noOfTimes; value++) { if (firstPredicate.test(value) != secondPredicate.test(value)) { return false; } } return true; } private  Util(); static String fetchProjectRootPath(); static boolean checkEqualityOfIntPredicates(final IntPredicate firstPredicate,
                                                     final IntPredicate secondPredicate, final int noOfTimes); static IREdge cloneEdge(final IREdge edgeToClone,
                                 final IRVertex newSrc,
                                 final IRVertex newDst); static IREdge cloneEdge(final CommunicationPatternProperty.Value commPattern,
                                 final IREdge edgeToClone,
                                 final IRVertex newSrc,
                                 final IRVertex newDst); static IREdge createControlEdge(final IRVertex src, final IRVertex dst); static boolean isControlEdge(final IREdge edge); static boolean isUtilityVertex(final IRVertex v); static String stringifyIRVertexIds(final Collection<IRVertex> vertices); static String stringifyIREdgeIds(final Collection<IREdge> edges); static String restoreVertexId(final Integer numericId); static String restoreEdgeId(final Integer numericId); static List<Pair<Integer, ResourceSpecification>> parseResourceSpecificationString(
    final String resourceSpecificationString); static void premain(final String args, final Instrumentation inst); static long getObjectSize(final Object o);  }