def test_search_devices_with_part_imei(imei, iot_api):
body = {'imei': imei, 'active': True}
devices = iot_api['device'].post(json.dumps(body), url_param='search/all')
db_count = devices_count('imei', imei)
assert len(devices) == db_count, \
'Fail: default number of devices returned api %s = %s db' % (len(devices), db_count)
for dvc in devices:
assert imei in dvc['imei'], 'Fail: imei: api %s != %s db' % (
dvc['imei'], imei)
def test_search_devices_with_part_source_id(sid, iot_api):
body = {'sourceId': sid, 'active': True}
devices = iot_api['device'].post(json.dumps(body), url_param='search/all')
db_count = devices_count('source_id', sid)
assert (len(devices) == db_count), \
'Fail: default number of devices returned api %s = %s db' % (len(devices), db_count)
for dvc in devices:
assert sid in dvc['sourceId'], 'Fail: source id: api %s != %s db' % (
dvc['sourceId'], sid)
def test_search_devices_with_part_sn(sn, iot_api):
body = {'serialNumber': sn, 'active': True}
devices = iot_api['device'].post(json.dumps(body), url_param='search/all')
db_count = devices_count('serial_number', sn)
assert (len(devices) == db_count), \
'Fail: id: default number of devices returned api %s = %s db' % (len(devices), db_count)
for dvc in devices:
assert sn in dvc['serialNumber'], 'Fail: SN: api %s != %s db' % (
dvc['serialNumber'], sn)
def test_search_devices_with_part_imei(imei, iot_api):
body = {'imei': imei, 'active': True}
devices = iot_api['device'].post(json.dumps(body), url_param='search')
db_count = devices_count('imei', imei)
assert devices['totalElements'] == db_count, \
'Fail: id: default number of devices returned api %s = %s db' % (devices['totalElements'], db_count)
assert devices['size'] in range(1, 21), \
'Fail: id: default number of devices returned api %s less or equal to 20' % devices['size']
for dvc in devices['content']:
assert imei in dvc['imei'], 'Fail: imei: api %s != %s db' % (dvc['imei'], imei)
def test_search_devices_with_part_source_id(sid, iot_api):
body = {'sourceId': sid, 'active': True}
devices = iot_api['device'].post(json.dumps(body), url_param='search')
db_count = devices_count('source_id', sid)
assert devices['totalElements'] == db_count, \
'Fail: id: default number of devices returned api %s = %s db' % (devices['totalElements'], db_count)
assert devices['size'] in range(1, 21), \
'Fail: id: default number of devices returned api %s less or equal to 20' % devices['size']
for dvc in devices['content']:
assert sid in dvc['sourceId'], 'Fail: source id: api %s != %s db' % (dvc['sourceId'], sid)
def test_search_devices_vendors(iot_api):
search_list = [row[0] for row in vendors_info()[:3]]
db_count = devices_count('vendor_id', search_list, active_flag=0)
body = {'vendors': search_list}
devices = iot_api['device'].post(json.dumps(body),
url_param='search/all?size=100')
assert (len(devices) == db_count), \
'Fail: number of devices returned api %s != %s db' % (len(devices), db_count)
for dvc in devices:
assert dvc['vendor'][
'id'] in search_list, 'Fail: vendor is not found: api %s' % dvc[
'vendor']['id']
def test_search_devices_groups(iot_api):
search_list = [row[0] for row in groups_stat()[:5]]
db_count = devices_count('device_group_id', search_list, active_flag=0)
body = {'groupIds': search_list}
devices = iot_api['device'].post(json.dumps(body),
url_param='search/all?size=100')
assert (
len(devices) == db_count
), 'Fail: id: total devices found api %s != %s' % (len(devices), db_count)
for dvc in devices:
assert any(
group in dvc['groupIds'] for group in
search_list), 'Fail: group is not found: api %s' % dvc['groupIds']
def test_search_devices_with_location(i_lon, i_lat, iot_api):
k = 0.5
polygon = [[i_lon, i_lat], [i_lon + k, i_lat], [i_lon + k, i_lat + k],
[i_lon, i_lat + k], [i_lon, i_lat]]
body = {"location": {"type": "Polygon", "coordinates": [polygon]}}
devices = iot_api['device'].post(json.dumps(body), url_param='search/all')
p_shape = Polygon(polygon)
db_count = devices_count(None, p_shape, active_flag=0)
assert (len(devices) == db_count), \
'Fail: id: default number of devices returned api %s = %s db' % (len(devices), db_count)
for dvc in devices:
p = Point(dvc['coordinates']['coordinates'])
assert p.within(
p_shape), 'Fail: device %s: lon, lat %s not within %s' % (
dvc['id'], p, p_shape)