Examples with UsingSimpleAndTrivial com.examples.with.different.packagename.continuous.UsingSimpleAndTrivial used on opensource projects

Example 1 with UsingSimpleAndTrivial

use of com.examples.with.different.packagename.continuous.UsingSimpleAndTrivial in project evosuite by EvoSuite.

the class JobSchedulerTest method testSeedingAndBudget.

@Test
public void testSeedingAndBudget() {
    String[] cuts = new String[] { Trivial.class.getName(), UsingSimpleAndTrivial.class.getName(), Simple.class.getName() };
    ProjectAnalyzer analyzer = new ProjectAnalyzer(cuts);
    ProjectStaticData data = analyzer.analyze();
    int cores = 2;
    int memory = 1800;
    int budget = 3;
    CtgConfiguration conf = new CtgConfiguration(memory, cores, budget, 1, false, AvailableSchedule.BUDGET_AND_SEEDING);
    JobScheduler scheduler = new JobScheduler(data, conf);
    List<JobDefinition> jobs = scheduler.createNewSchedule();
    Assert.assertNotNull(jobs);
    Assert.assertEquals("Wrong number of jobs: " + jobs.toString(), 3, jobs.size());
    // UsingSimpleAndTrivial should be the last in the schedule, as it depends on the other 2
    JobDefinition seeding = jobs.get(2);
    Assert.assertNotNull(seeding);
    Assert.assertEquals(UsingSimpleAndTrivial.class.getName(), seeding.cut);
    Set<String> in = seeding.inputClasses;
    Assert.assertNotNull(in);
    System.out.println(in.toString());
    Assert.assertTrue(in.contains(Simple.class.getName()));
    Assert.assertTrue(in.contains(Trivial.class.getName()));
    Assert.assertEquals(2, in.size());
    // should be the first, as it has the highest number of branches among the jobs with no depencencies
    JobDefinition simple = jobs.get(0);
    Assert.assertNotNull(simple);
    Assert.assertEquals(Simple.class.getName(), simple.cut);
    int simpleTime = jobs.get(0).seconds;
    int trivialTime = jobs.get(1).seconds;
    int seedingTime = jobs.get(2).seconds;
    System.out.println("Ordered times: " + simpleTime + ", " + trivialTime + ", " + seedingTime);
    Assert.assertTrue(simpleTime > trivialTime);
    // seeding, even if last, it should have more time, as it has most branches
    Assert.assertTrue(simpleTime < seedingTime);
    Assert.assertTrue(trivialTime < seedingTime);
}

Example 2 with UsingSimpleAndTrivial

use of com.examples.with.different.packagename.continuous.UsingSimpleAndTrivial in project evosuite by EvoSuite.

the class JobSchedulerTest method testSeedingOrder.

@Test
public void testSeedingOrder() {
    String[] cuts = new String[] { Simple.class.getName(), UsingSimpleAndTrivial.class.getName(), Trivial.class.getName() };
    ProjectAnalyzer analyzer = new ProjectAnalyzer(cuts);
    ProjectStaticData data = analyzer.analyze();
    int cores = 3;
    int memory = 1800;
    int budget = 2;
    CtgConfiguration conf = new CtgConfiguration(memory, cores, budget, 1, false, AvailableSchedule.SEEDING);
    JobScheduler scheduler = new JobScheduler(data, conf);
    List<JobDefinition> jobs = scheduler.createNewSchedule();
    Assert.assertNotNull(jobs);
    Assert.assertEquals("Wrong number of jobs: " + jobs.toString(), 3, jobs.size());
    // UsingSimpleAndTrivial should be the last in the schedule, as it depends on the first 2
    JobDefinition seeding = jobs.get(2);
    Assert.assertNotNull(seeding);
    Assert.assertEquals(UsingSimpleAndTrivial.class.getName(), seeding.cut);
    Set<String> in = seeding.inputClasses;
    Assert.assertNotNull(in);
    System.out.println(in.toString());
    Assert.assertTrue(in.contains(Simple.class.getName()));
    Assert.assertTrue(in.contains(Trivial.class.getName()));
    Assert.assertEquals(2, in.size());
}