controller_board.set_switching_mode(2)
file_content += "*** A (B) to C/A (D/B) path ***\r\n\r\n"
switches_board.u1_set_rf1()
switches_board.u2_set_rf2()
path_test()
file_content += "*** C (D) to A/C (B/D) path ***\r\n\r\n"
switches_board.u1_set_rf2()
switches_board.u2_set_rf1()
path_test()
####################################################################################################
#
# End of test routine
#
####################################################################################################
# Writes the content of the file
output_file = open(file_name, "w")
output_file.write(file_content)
output_file.close()
sys.stdout.write("Test was completed sucessfully.\n\n")
# Terminates all connections to external hardware
controller_board.close_connection()
vna.close_connection()
switches_board.close_connection()
temperature=round(temperature,2)
if (temperature<temp_min or temperature>temp_max):
fail=1
if (fail==1):
temp_test="Temperature Measurement --> FAILED"
elif (fail==0):
temp_test="Temperature Measurement --> Ok"
else:
temp_test="Temperature Measurement --> Not Performed"
sw_version="RFFE Software Version: " +str(rffe.get_software_version())
#Print the test result in the txt file
test_result=([current_time],[att_sweep_resultA],[att_sweep_resultB],[rf_sw_result],[freq_resp_resultA],[freq_resp_resultB],[return_loss_resultA],[return_loss_resultB],[xtalk_resp_resultA],[xtalk_resp_resultB],[lin_resultA],[lin_resultB],[temp_test])
test_lib.list_to_file(0,test_result,datapath_save + serial_number + "_result.txt")
#print metadata with the correct filename
shutil.copy2(metadata_path,datapath_save+serial_number+"_metadata.txt")
#print test result values with the correct filename
test_result_values=([current_time],[sw_version],[att_sweep_resultA],[step_sizeA],[att_sweep_resultB],[step_sizeB],[rf_sw_result],[s21_sw_result],[freq_resp_resultA],[freq_resp_resultB],[s21_freq_resp],[return_loss_resultA],[return_loss_resultB],[s11_freq_resp],[lin_resultA],[pow_sweep_resultA],[lin_resultB],[pow_sweep_resultB],[xtalk_resp_resultA],[xtalk_resp_resultB],[xtalk_result],[temp_test],[temperature])
test_lib.list_to_file(0,test_result_values,datapath_save + serial_number + "_result_values.txt")
print("Test finished!")
##Close ethernet connection
vna.close_connection()
rffe.close_connection()
rfsw.close_connection()
sgen.close_connection()
RFFE_CONTROLLER_BOARD_IP = '10.2.117.' + str(rffe_numb)
try:
rffe = RFFEControllerBoard(RFFE_CONTROLLER_BOARD_IP)
except (socket.error):
sys.stdout.write(
"Unable to reach the RF front-end controller board with the IP: " +
RFFE_CONTROLLER_BOARD_IP + " through the network. " +
"Skipping it...\n")
continue
#Attenuators test
for att in attenuation_values:
rffe.set_attenuator_value(att)
read_att = rffe.get_attenuator_value()
if not read_att == att:
print("Board " + RFFE_CONTROLLER_BOARD_IP +
" failed in attenuator test! " + "It should return att = " +
str(att) + " but got att = " + read_att)
print("Board " + RFFE_CONTROLLER_BOARD_IP + " passed attenuator test! ")
#Temperature reading test
tmp1 = rffe.get_temp1()
tmp2 = rffe.get_temp2()
print("Temperature -> 1: " + str(tmp1) + ", 2: " + str(tmp2))
#Test Reset
#rffe.reset()
#Close connection
rffe.close_connection()
switches_board.u1_set_rf1()
switches_board.u2_set_rf2()
path_test()
file_content += "*** C (D) to A/C (B/D) path ***\r\n\r\n"
switches_board.u1_set_rf2()
switches_board.u2_set_rf1()
path_test()
####################################################################################################
#
# End of test routine
#
####################################################################################################
# Writes the content of the file
output_file = open(file_name, "w")
output_file.write(file_content)
output_file.close()
sys.stdout.write("Test was completed sucessfully.\n\n")
# Terminates all connections to external hardware
controller_board.close_connection()
vna.close_connection()
switches_board.close_connection()
