def test_feature_feature():
geojson = json.loads(GEOJSON_FEATURE)
assert EXPECTED_FEATURE_QUERY == format.feature(geojson)
def test_feature_feature_collection():
geojson = json.loads(GEOJSON_FEATURE_COLLECTION)
assert EXPECTED_FEATURE_QUERY == format.feature(geojson)
def test_feature_feature_collection():
geojson = json.loads(GEOJSON_FEATURE_COLLECTION)
assert EXPECTED_FEATURE_QUERY == format.feature(geojson)
def test_feature_feature():
geojson = json.loads(GEOJSON_FEATURE)
assert EXPECTED_FEATURE_QUERY == format.feature(geojson)
def search(
aoi=None, rows=None, offset=None, platformname=None, begin_position=None, end_position=None,
ingestion_date=None, filename=None, orbit_number=None, last_orbit_number=None,
orbit_direction=None, polarization_mode=None, product_type=None, relative_orbit_number=None,
last_relative_orbit_number=None, sensor_operational_mode=None, swath_identifier=None):
"""
Get metadata on products hosted by the Scientific Data Hub.
:param aoi:
Area of interest as a dictionary representation of a geojson feature
:param rows:
The number of rows to return
:param offset:
The row starting offset
:param platformname:
The platform name (e.g. Sentinel-1, Sentinel-2)
:param begin_position:
A time interval search based on the sensing start time. This should be a tuple
containing a start time and end time.
:param end_position:
A time interval search based on the sensing end time. This should be a tuple
containing a start time and end time.
:param ingestion_date:
A time interval search based on the time of publication of the product on the Data Hub.
This should be a tuple containing a start time and end time.
:param filename:
:param orbit_number:
:param last_orbit_number:
:param orbit_direction:
:param polarization_mode:
:param product_type:
:param relative_orbit_number:
:param last_relative_orbit_number:
:param sensor_operational_mode:
:param swath_identifier:
"""
kwargs = locals()
uri = os.path.join(SOLR_ROOT_URI, 'search')
params = {}
if rows:
params['rows'] = rows
if offset:
params['start'] = offset
if aoi:
kwargs['footprint'] = format.feature(aoi)
if begin_position:
kwargs['begin_position'] = format.time_interval(begin_position)
if end_position:
kwargs['end_position'] = format.time_interval(end_position)
if ingestion_date:
kwargs['ingestion_date'] = format.time_interval(ingestion_date)
params['q'] = format.query_string(**kwargs)
r = requests.get(uri, auth=get_auth(), params=params)
if len(r.history) > 0:
if r.history[0].status_code == 302:
raise MaintenanceDowntimeError()
r.raise_for_status()
return parse.search(r.text)
