def test_metadata_single_acquisition(user_client, test_scheduler):
entry_name = simulate_frequency_fft_acquisitions(user_client)
tr = TaskResult.objects.get(schedule_entry__name=entry_name, task_id=1)
acquisition = Acquisition.objects.get(task_result=tr)
assert sigmf_validate(acquisition.metadata)
check_metadata_fields(acquisition, entry_name,
SINGLE_FREQUENCY_FFT_ACQUISITION)
def check_metadata_fields(metadata,
entry_name,
action_name,
task_id,
recording=None):
assert sigmf_validate(metadata)
# schema_validate(sigmf_metadata, schema)
assert "ntia-scos:action" in metadata["global"]
assert metadata["global"]["ntia-scos:action"]["name"] == action_name
assert "ntia-scos:schedule" in metadata["global"]
assert metadata["global"]["ntia-scos:schedule"]["name"] == entry_name
assert "ntia-scos:task" in metadata["global"]
assert metadata["global"]["ntia-scos:task"] == task_id
if recording:
assert "ntia-scos:recording" in metadata["global"]
assert metadata["global"]["ntia-scos:recording"] == recording
else:
assert "ntia-scos:recording" not in metadata["global"]
assert "ntia-core:measurement" in metadata["global"]
assert metadata["global"]["ntia-core:measurement"]["time_start"]
assert metadata["global"]["ntia-core:measurement"]["time_stop"]
assert metadata["global"]["ntia-core:measurement"]["frequency_tuned_low"]
assert metadata["global"]["ntia-core:measurement"]["frequency_tuned_high"]
assert metadata["global"]["ntia-core:measurement"]["domain"]
assert metadata["global"]["ntia-core:measurement"]["measurement_type"]
def check_metadata_fields(acquisition,
entry_name,
schedule_entry,
is_multirecording=False):
assert sigmf_validate(acquisition.metadata)
assert "ntia-scos:action" in acquisition.metadata["global"]
assert (acquisition.metadata["global"]["ntia-scos:action"]["name"] ==
schedule_entry["action"])
assert "ntia-scos:schedule" in acquisition.metadata["global"]
assert acquisition.metadata["global"]["ntia-scos:schedule"][
"name"] == entry_name
assert "ntia-scos:task" in acquisition.metadata["global"]
assert (acquisition.metadata["global"]["ntia-scos:task"] ==
acquisition.task_result.task_id)
if is_multirecording:
assert "ntia-scos:recording" in acquisition.metadata["global"]
assert (acquisition.metadata["global"]["ntia-scos:recording"] ==
acquisition.recording_id)
else:
assert "ntia-scos:recording" not in acquisition.metadata["global"]
assert "ntia-core:measurement" in acquisition.metadata["global"]
assert acquisition.metadata["global"]["ntia-core:measurement"][
"time_start"]
assert acquisition.metadata["global"]["ntia-core:measurement"]["time_stop"]
assert acquisition.metadata["global"]["ntia-core:measurement"][
"frequency_tuned_low"]
assert acquisition.metadata["global"]["ntia-core:measurement"][
"frequency_tuned_high"]
assert acquisition.metadata["global"]["ntia-core:measurement"]["domain"]
assert acquisition.metadata["global"]["ntia-core:measurement"][
"measurement_type"]
def test_metadata_multiple_acquisition(user_client, test_scheduler):
entry_name = simulate_frequency_fft_acquisitions(user_client, n=2)
task_results = TaskResult.objects.filter(schedule_entry__name=entry_name)
for task_result in task_results:
acquisition = Acquisition.objects.get(task_result=task_result)
assert sigmf_validate(acquisition.metadata)
check_metadata_fields(acquisition, entry_name,
MULTIPLE_FREQUENCY_FFT_ACQUISITIONS)
def test_detector(user_client, test_scheduler):
entry_name = simulate_frequency_fft_acquisitions(user_client)
tr = TaskResult.objects.get(schedule_entry__name=entry_name, task_id=1)
acquisition = Acquisition.objects.get(task_result=tr)
assert sigmf_validate(acquisition.metadata)
# FIXME: update schema so that this passes
# schema_validate(sigmf_metadata, schema)
os.remove(acquisition.data.path)
def test_detector(user_client, rf):
# Put an entry in the schedule that we can refer to
rjson = post_schedule(user_client, TEST_SCHEDULE_ENTRY)
entry_name = rjson['name']
task_id = rjson['next_task_id']
# use mock_acquire set up in conftest.py
by_name['mock_acquire'](entry_name, task_id)
acquistion = Acquisition.objects.get(task_id=task_id)
sigmf_metadata = acquistion.sigmf_metadata
assert sigmf_validate(sigmf_metadata)
def test_metadata(user_client, test_scheduler):
entry_name = simulate_multirec_acquisition(user_client)
tr = TaskResult.objects.get(schedule_entry__name=entry_name, task_id=1)
acquisitions = Acquisition.objects.filter(task_result=tr)
for acquisition in acquisitions:
assert sigmf_validate(acquisition.metadata)
