def mosaic_algorithm(sfe_ip, test_level_data, can_play_data):
"""
Determine whether test level contains Mosaic or not
:param sfe_ip:sfe ip
:param test_level_data:test level
:param can_play_data:can play level
:return:mosaic_result
"""
specan = Ektsfe(sfe_ip)
specan.set_level_level_level(str(test_level_data) + " dBm")
print("set_level_level_level:{}".format(str(test_level_data) + " dBm"))
logging.info(
"set_level_level_level:{}".format(str(test_level_data) + " dBm"))
time.sleep(ekt_cfg.WAIT_FOR_INSTRUMENT_TIME)
res = stb_tester_execute_testcase(
ekt_cfg.STB_TESTER_URL, ekt_cfg.BANCH_ID,
["tests/front_end_test/testcases.py::test_recored"],
"auto_front_end_test", "DSD4614iALM")
print(res)
write_test_result(
"{}/ekt_log/mosic_result.txt".format(current_path),
(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time()))) +
": " + str(res) + "\r\n")
if res == False:
mosaic_algorithm_result = {
"detect_motion_result": False,
"detect_mosic_result": "Fail",
"msg": "picture not move"
}
logging.info("level:{}, Mosaic results:fail".format(test_level_data))
specan = Ektsfe(sfe_ip)
specan.set_level_level_level(str(can_play_data) + " dBm")
return mosaic_algorithm_result, "Fail"
elif res == True:
dict_result, mosaic_result = gevent_image_classification(
ekt_cfg.CAPTURE_NUM, ekt_cfg.STB_TESTER_IP)
# specan = Ektsfe(sfe_ip)
# specan.set_level_level_level(str(can_play_data) + " dBm")
print(dict_result, mosaic_result)
write_test_result(
"{}/ekt_log/mosic_result.txt".format(current_path),
(time.strftime('%Y-%m-%d %H:%M:%S', time.localtime(time.time()))) +
": " + json.dumps(dict_result) + " " + mosaic_result + "\r\n")
mosaic_algorithm_result = {
"detect_motion_result": True,
"detect_mosic_result": mosaic_result,
"msg": dict_result
}
logging.info("level:{}, Mosaic results:{}".format(
test_level_data, mosaic_result))
return mosaic_algorithm_result, mosaic_result
def mosaic_algorithm_noise_cn(sfu_ip, test_cn_data, can_play_data):
"""
judge if test CN contains mosaics
:param sfu_ip: sfu ip
:param test_cn_data: test CN
:param can_play_data: can play CN
:return:mosaic_algorithm_result
"""
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn(str(test_cn_data))
print ("set_noise_awgn_cn:{}".format(str(test_cn_data)))
logging.info("set_noise_awgn_cn:{}".format(str(test_cn_data)))
time.sleep(ekt_cfg.WAIT_FOR_INSTRUMENT_TIME)
res = stb_tester_execute_testcase(ekt_cfg.STB_TESTER_URL, ekt_cfg.BANCH_ID,
["tests/front_end_test/testcases.py::test_recored"],
"auto_front_end_test", "DSD4614iALM")
print (res)
if res == False:
mosaic_algorithm_result = {
"detect_motion_result": False,
"detect_mosic_result": "Fail",
"msg": "picture not move"
}
logging.info("noise_cn:{}, Mosaic results:fail".format(test_cn_data))
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn(str(can_play_data))
return mosaic_algorithm_result
elif res == True:
dict_result, mosaic_result = gevent_image_classification(ekt_cfg.CAPTURE_NUM, ekt_cfg.STB_TESTER_IP)
# specan = Ektsfu(sfu_ip)
# specan.set_noise_awgn_cn(str(can_play_data))
print (dict_result, mosaic_result)
mosaic_algorithm_result = {
"detect_motion_result": True,
"detect_mosic_result": mosaic_result,
"msg": dict_result
}
logging.info("noise_cn:{}, Mosaic results:{}".format(test_cn_data, mosaic_result))
return mosaic_algorithm_result