def test_near_target_worse_than_target(self):
"""Test that the measurement is red when the near target is worse than the target."""
metric = dict(type="metric_type",
target="20",
near_target="15",
debt_target=None,
accept_debt=False)
self.assertEqual(
"target_met",
determine_measurement_status(self.database, metric, "17"))
def test_green_with_debt(self):
"""Test a measurement with debt, better than the target."""
metric = dict(type="metric_type",
target="20",
near_target="25",
debt_target="30",
accept_debt=True)
self.assertEqual(
"target_met",
determine_measurement_status(self.database, metric, "15"))
def test_debt_not_met(self):
"""Test a measurement worse than the accepted debt."""
metric = dict(type="metric_type",
target="20",
near_target="25",
debt_target="30",
accept_debt=True)
self.assertEqual(
"target_not_met",
determine_measurement_status(self.database, metric, "35"))
def test_red(self):
"""Test a red measurement."""
metric = dict(type="metric_type",
target="20",
near_target="25",
debt_target=None,
accept_debt=False)
self.assertEqual(
"target_not_met",
determine_measurement_status(self.database, metric, "30"))
def test_debt_past_end_date(self):
"""Test a measurement with experide debt."""
metric = dict(type="metric_type",
target="20",
near_target="25",
debt_target="30",
accept_debt=True,
debt_end_date="2019-06-10")
self.assertEqual(
"target_not_met",
determine_measurement_status(self.database, metric, "29"))