def test_really_faster(self):
"""Test getting a simple improvement."""
faster = ComparisonResult(
min, False, False, [5., 6.], [10., 10., 10.], None, None)
self.assertEquals(faster.get_value_status(), IMPROVED)
self.assertTrue(faster.is_result_interesting())
def test_really_faster(self):
"""Test getting a simple improvement."""
faster = ComparisonResult(min, False, False, [5., 6.], [10., 10., 10.],
None, None)
self.assertEquals(faster.get_value_status(), IMPROVED)
self.assertTrue(faster.is_result_interesting())
def test_comp(self):
"""Test a real example."""
curr_samples = [0.0887, 0.0919, 0.0903]
prev = [0.0858]
uninteresting = ComparisonResult(min, False, False, curr_samples, prev)
self.assertFalse(uninteresting.is_result_interesting())
self.assertEquals(uninteresting.get_test_status(), UNCHANGED_PASS)
self.assertEquals(uninteresting.get_value_status(), UNCHANGED_PASS)
def test_comp(self):
"""Test a real example."""
curr_samples = [0.0887, 0.0919, 0.0903]
prev = [0.0858]
uninteresting = ComparisonResult(min, False, False, curr_samples, prev)
self.assertFalse(uninteresting.is_result_interesting())
self.assertEquals(uninteresting.get_test_status(), UNCHANGED_PASS)
self.assertEquals(uninteresting.get_value_status(), UNCHANGED_PASS)
def test_slower(self):
"""Test getting a simple regression."""
slower = ComparisonResult(min, False, False, [10.], [5.], None, None)
self.assertEquals(slower.get_value_status(), REGRESSED)
self.assertTrue(slower.is_result_interesting())
def test_slower(self):
"""Test getting a simple regression."""
slower = ComparisonResult(min, False, False, [10.], [5.], None, None)
self.assertEquals(slower.get_value_status(), REGRESSED)
self.assertTrue(slower.is_result_interesting())
