def test_collapse_metrics_multi_points(self):
"""Test that it can handle multiple points in the input."""
points1 = [common.PointData(1, {'f': 'v1'}),
common.PointData(2, {'f': 'v2'})]
points2 = [common.PointData(3, {'f': 'v3'}),
common.PointData(4, {'f': 'v4'})]
md = common.collapse_metrics([
common.MetricData('name', None, points1),
common.MetricData('name', None, points2)])
self.assertEqual(md.points, points1 + points2)
def test_collapse_metrics_multi_points(self):
"""Test that it can handle multiple points in the input."""
points1 = [
common.PointData(1, {'f': 'v1'}),
common.PointData(2, {'f': 'v2'})
]
points2 = [
common.PointData(3, {'f': 'v3'}),
common.PointData(4, {'f': 'v4'})
]
md = common.collapse_metrics([
common.MetricData('name', None, points1),
common.MetricData('name', None, points2)
])
self.assertEqual(md.points, points1 + points2)
def test_collapse_metrics_no_points(self):
"""Test when no points are present, for coverage."""
self.assertIsNone(
common.collapse_metrics([common.MetricData('name', None, [])]))
def test_collapse_metrics_empty(self):
"""Test for empty input, for coverage."""
self.assertIsNone(common.collapse_metrics([]))
def test_collapse_metrics_no_points(self):
"""Test when no points are present, for coverage."""
self.assertIsNone(common.collapse_metrics([
common.MetricData('name', None, [])]))
def test_collapse_metrics_empty(self): """Test for empty input, for coverage.""" self.assertIsNone(common.collapse_metrics([]))