def test_one_step_output_time_series_generator(self):
start_at = 1379487600
end_at = 1379488500
l = Loadshape([], log_level=40, timezone='America/Los_Angeles')
s = l._build_output_time_series(start_at, end_at, step_count=1)
assert len(s.data()) == 2
assert s.start_at() == start_at
assert s.end_at() == end_at
def test_many_step_output_time_series_generator(self):
start_at = 1379487600
end_at = start_at + (900 * 5)
l = Loadshape([], log_level=40, timezone='America/Los_Angeles')
s = l._build_output_time_series(start_at, end_at, step_size=900)
assert len(s.data()) == 6
assert s.start_at() == start_at
assert s.end_at() == end_at
def test_many_step_output_time_series_generator(self):
start_at = 1379487600
end_at = start_at + (900 * 5)
l = Loadshape([], log_level=40, timezone='America/Los_Angeles')
s = l._build_output_time_series(start_at, end_at, step_size=900)
assert len(s.data()) == 6
assert s.start_at() == start_at
assert s.end_at() == end_at
def test_one_step_output_time_series_generator(self):
start_at = 1379487600
end_at = 1379488500
l = Loadshape([], log_level=40, timezone='America/Los_Angeles')
s = l._build_output_time_series(start_at, end_at, step_count=1)
assert len(s.data()) == 2
assert s.start_at() == start_at
assert s.end_at() == end_at
