def test_value_for_simple_cumulative_goal_is_correct(dummy_goal):
assert dummy_goal.value() == 0
point = create_point(stamp=dt.datetime.now(), value=1)
dummy_goal.add_point(point)
assert dummy_goal.value() == 1
point = create_point(stamp=dt.datetime.now(), value=100)
dummy_goal.add_point(point)
assert dummy_goal.value() == 101
def test_remaining_time_is_correct_more_complex_line(one_goal):
point = create_point(
stamp=dt.datetime.now() + relativedelta(days=2), value=10)
one_goal.add_reference_point(point)
point = create_point(
stamp=dt.datetime.now() - relativedelta(days=2), value=-10)
one_goal.add_reference_point(point)
expected_time = one_goal.reference_points[-2].stamp - dt.datetime.now()
assert abs(one_goal.time_remaining(dt.datetime.now()) -
expected_time) < dt.timedelta(seconds=1)
def dummy_goal():
reference_points = (create_point(
stamp=dt.datetime.now() + relativedelta(minutes=-1),
value=0,
), create_point(
stamp=dt.datetime.now() + relativedelta(days=1),
value=1,
))
goal = Goal(name='Dummy', pledge=0, reference_points=reference_points)
return goal
def test_one_can_add_multiple_datapoints_and_they_are_ordered_in_time(
dummy_goal):
later_point = create_point(
stamp=dt.datetime.now(),
value=2,
)
dummy_goal.add_point(later_point)
earlier_point = create_point(
stamp=dt.datetime.now() - relativedelta(days=1),
value=3,
)
dummy_goal.add_point(earlier_point)
assert len(dummy_goal.datapoints) == 2
assert dummy_goal.datapoints[0] == earlier_point
assert dummy_goal.datapoints[1] == later_point
def one_goal(dummy_goal):
point = create_point(
stamp=dt.datetime.now(),
value=1,
)
dummy_goal.add_point(point)
return dummy_goal
def test_one_can_add_reference_points_and_they_are_ordered_in_time(dummy_goal):
earlier_point = create_point(
stamp=dt.datetime.now() - relativedelta(days=1),
value=-1,
)
dummy_goal.add_reference_point(earlier_point)
assert len(dummy_goal.reference_points) == 3
assert dummy_goal.reference_points[0] == earlier_point
def test_store_makes_commit_when_goal_adds_a_datapoint(one_goal_datastore):
old_head_commit = one_goal_datastore.repo.head.commit
point = create_point(value=1, stamp=dt.datetime.now())
goal = one_goal_datastore.load_goal('Dummy')
goal.add_point(point)
assert not one_goal_datastore.repo.is_dirty(untracked_files=True)
new_head_commit = one_goal_datastore.repo.head.commit
assert old_head_commit != new_head_commit
assert new_head_commit.parents[0] == old_head_commit
def add(name, value, comment=''):
store = DataStore(os.getcwd())
goal = load_goal(store, name)
point = create_point(value=float(value), comment=comment)
goal.add_point(point)
print('Point added successfully!')
def test_one_can_add_a_datapoint(dummy_goal):
point = create_point(stamp=dt.datetime.now(), value=1)
dummy_goal.add_point(point)
assert len(dummy_goal.datapoints) == 1
assert dummy_goal.datapoints[0] == point
def test_can_delete_raises_error_if_multiple_hashes_match(one_goal):
point = create_point(stamp=dt.datetime.now(), value=1)
one_goal.add_point(point)
with pytest.raises(KeyError):
one_goal.remove_point('')
def test_point_id_is_different_from_point_to_point():
point1 = create_point(1)
point2 = create_point(2)
assert point1.uuid != point2.uuid
def test_hash_of_goals_with_different_reference_points_are_not_the_same(
one_goal, one_goal_clone):
one_goal_clone.reference_points = tuple(
list(one_goal_clone.reference_points) +
[create_point(stamp=0, value=0)])
assert hash(one_goal_clone) != hash(one_goal)
