def _check_result(cache_map: AbstractConcCache, q: Tuple[str, ...],
subchash: Optional[str], minsize: int) -> Tuple[bool, bool]:
"""
Check for result status while validating calculation
status. In case of an error an Exception can be thrown.
return:
2-tuple ["has min. acceptable result", "is finished"]
Return True if a specific concordance calculation
has not reached a minimal viewable size yet.
Otherwise it returns False (= we can show a partial
result).
In case the calculation finished due to an error
the function throws a ConcCalculationStatusException.
"""
status = cache_map.get_calc_status(subchash, q)
if status is None:
cache_map.del_full_entry(subchash, q)
raise ConcCalculationStatusException(
f'Missing status information for ({subchash}, {q}).')
err = status.test_error(TASK_TIME_LIMIT)
if err is not None:
cache_map.del_full_entry(subchash, q)
raise err
return not status.has_some_result(minsize=minsize), status.finished
def _check_result(cache_map: AbstractConcCache, q: Tuple[str, ...],
subchash: Optional[str], minsize: int) -> Tuple[bool, bool]:
"""
Check for result status while validating calculation
status. In case of an error an Exception can be thrown.
It is perfectly fine to not find an entry for some
subchash+q combination (in such case, False, False is returned).
return:
2-tuple ["has min. acceptable result", "is finished"]
Return True if a specific concordance calculation
has not reached a minimal viewable size yet.
Otherwise it returns False (= we can show a partial
result).
In case the calculation finished due to an error
the function throws a ConcCalculationStatusException.
"""
status = cache_map.get_calc_status(subchash, q)
if status is None:
return False, False
status.check_for_errors(TASK_TIME_LIMIT)
if status.error is not None:
cache_map.del_full_entry(subchash, q)
raise status.error
return status.has_some_result(minsize=minsize), status.finished