def test_create_missing_items():
FlowItem.delete().where(FlowItem.name == FLOW_NAME).execute()
worktime = pendulum.datetime(2020, 1, 6, tz="Europe/Moscow")
interval_timedelta = dt.timedelta(1)
items = FlowItem.create_missing_items(
flow_name=FLOW_NAME,
start_time=worktime - dt.timedelta(5),
end_time=worktime - dt.timedelta(5),
interval_timedelta=interval_timedelta,
)
assert len(items) == 1
FlowItem.create(**{FlowItem.name.name: FLOW_NAME, FlowItem.worktime.name: worktime})
FlowItem.create_missing_items(
flow_name=FLOW_NAME,
start_time=worktime - dt.timedelta(5),
end_time=worktime,
interval_timedelta=interval_timedelta,
)
assert (
FlowItem.select()
.where(FlowItem.name == FLOW_NAME, FlowItem.status == FlowStatus.add)
.count()
) == 6
def test_create_next_execute_item():
FlowItem.delete().where(FlowItem.name == FLOW_NAME).execute()
worktime = pendulum.datetime(2020, 1, 1, tz="Europe/Moscow")
interval_timedelta = dt.timedelta(1)
item = FlowItem.create_next_execute_item(
flow_name=FLOW_NAME,
worktime=worktime,
interval_timedelta=interval_timedelta,
)
assert item is None
FlowItem.create(
**{
FlowItem.name.name: FLOW_NAME,
FlowItem.worktime.name: worktime - dt.timedelta(1),
}
)
item = FlowItem.create_next_execute_item(
flow_name=FLOW_NAME,
worktime=worktime,
interval_timedelta=interval_timedelta,
)
assert item
item = FlowItem.create_next_execute_item(
flow_name=FLOW_NAME,
worktime=worktime,
interval_timedelta=interval_timedelta,
)
assert item is None
def test_create_update_error_items():
FlowItem.delete().where(FlowItem.name == FLOW_NAME).execute()
worktime = pendulum.datetime(2020, 1, 1, tz="Europe/Moscow")
interval_timedelta = dt.timedelta(1)
items = FlowItem.recreate_prev_items(
flow_name=FLOW_NAME,
worktime=worktime,
offset_periods=[-1, -2],
interval_timedelta=interval_timedelta,
)
assert items is None
for i in range(10):
FlowItem.create(
**{
FlowItem.name.name: FLOW_NAME,
FlowItem.worktime.name: worktime - dt.timedelta(i),
FlowItem.status.name: FlowStatus.error,
}
)
items = FlowItem.recreate_prev_items(
flow_name=FLOW_NAME,
worktime=worktime,
offset_periods=[-1, -2],
interval_timedelta=interval_timedelta,
)
assert len(items) == 2
assert FlowItem.count_items(FLOW_NAME, statuses=[FlowStatus.add]) == 2
for i in items:
assert i.retries == 0
def test_create_next_execute_item(flowitem_model):
worktime = pendulum.datetime(2020, 1, 1, tz="Europe/Moscow")
interval_timedelta = dt.timedelta(1)
item = FlowItem.create_next_execute_item(
flow_name=flowitem_model.name_for_test,
worktime=worktime,
interval_timedelta=interval_timedelta,
)
assert item is None
FlowItem.create(
**{
FlowItem.name.name: flowitem_model.name_for_test,
FlowItem.worktime.name: worktime - dt.timedelta(1),
})
item = FlowItem.create_next_execute_item(
flow_name=flowitem_model.name_for_test,
worktime=worktime,
interval_timedelta=interval_timedelta,
)
assert item
item = FlowItem.create_next_execute_item(
flow_name=flowitem_model.name_for_test,
worktime=worktime,
interval_timedelta=interval_timedelta,
)
assert item is None
def test_retries(create_retries, retries, result):
# TODO: Не работает с started_utc=None
FlowItem.delete().where(FlowItem.name == FLOW_NAME).execute()
FlowItem.create(
**{
FlowItem.name.name: FLOW_NAME,
FlowItem.worktime.name: pendulum.datetime(2020, 1, 1, tz="Europe/Moscow"),
FlowItem.started_utc.name: dt.datetime(2020, 1, 1),
FlowItem.status.name: FlowStatus.error,
FlowItem.retries.name: create_retries,
}
)
FlowItem.retry_error_items(FLOW_NAME, retries=retries, retry_delay=60)
items = FlowItem.select().where(
FlowItem.name == FLOW_NAME, FlowItem.status == FlowStatus.add
)
assert len(items) == int(result)
def test_create_update_items_start_time_equals_worktime():
"""Checking when the update date is equals the first worktime."""
FlowItem.delete().where(FlowItem.name == FLOW_NAME).execute()
worktime = pendulum.datetime(2020, 1, 1, tz="Europe/Moscow")
interval_timedelta = dt.timedelta(1)
FlowItem.create(
**{
FlowItem.name.name: FLOW_NAME,
FlowItem.worktime.name: worktime,
FlowItem.status.name: Statuses.error,
})
items = FlowItem.recreate_prev_items(
flow_name=FLOW_NAME,
worktime=worktime,
offset_periods=[-1, -2, -3],
interval_timedelta=interval_timedelta,
)
assert len(items) == 0
def test_retry_delay(retry_delay, passed_sec, is_run):
# TODO: Не работает с started_utc=None
FlowItem.delete().where(FlowItem.name == FLOW_NAME).execute()
FlowItem.create(
**{
FlowItem.name.name: FLOW_NAME,
FlowItem.worktime.name: pendulum.datetime(2020, 1, 1, tz="Europe/Moscow"),
FlowItem.started_utc.name: dt.datetime(2020, 1, 1, 0, 0, 0),
FlowItem.status.name: FlowStatus.error,
FlowItem.retries.name: 0,
}
)
FlowItem.get_utcnow = Mock(return_value=dt.datetime(2020, 1, 1, 0, 0, passed_sec))
FlowItem.retry_error_items(FLOW_NAME, retries=1, retry_delay=retry_delay)
items = FlowItem.select().where(
FlowItem.name == FLOW_NAME, FlowItem.status == FlowStatus.add
)
assert len(items) == int(is_run)