def WriteMacAddress(item):
mac = settings[item]
env.print_warn("\n>> Write {} Mac Address <<".format(item))
ser.write('ml_mac_write.sh OVERWRITE_MAC {} {}'.format(item, mac) + '\n')
results = ''
found = False
initial = time.time()
TIMEOUT = 60
# if item == 'fpga':
# return 'PASS'
while True:
results += ser_read()
duration = time.time() - initial
sys.stdout.write('\rElapsed Time: %#.8f seconds' % duration)
sys.stdout.flush()
if not found:
if duration > TIMEOUT:
env.print_fail("\n>> Boot Failed <<")
env.print_info('\rElapsed elapsed time: %#.8f seconds' %
duration)
return "FAIL"
break
#if len(results) == 0 and duration > 3:
# results = send_cmd( "\n" )
if 'wrote 0xff to register 0x00 31' in results:
# if DISPLAY_ENABLE:
# env.print_log("\n\n{}".format(results))
found = True
if 'wrote 0xff to register 0x00 15' in results:
found = True
if found:
env.print_warn("\n>> Write {} mac Success <<".format(item))
env.print_info('\rElapsed elapsed time: %#.8f seconds' % duration)
return "PASS"
break
return found
def machine_wait_for_boot(DISPLAY_ENABLE=False, TIMEOUT=120):
env.print_warn("\n>> Waiting for Boot <<")
results = ''
found = False
initial = time.time()
while True:
results += ser_read()
duration = time.time() - initial
if waitForLogin in results:
print "\n", waitForLogin
ser.write('root' + '\n')
sys.stdout.write('\rElapsed Time: %#.8f seconds' % duration)
sys.stdout.flush()
if not found:
if duration > TIMEOUT:
env.print_fail("\n>> Boot Failed <<")
env.print_info('\rElapsed elapsed time: %#.8f seconds' %
duration)
return "FAIL"
break
#if len(results) == 0 and duration > 3:
# results = send_cmd( "\n" )
if DefaultBootPrompt in results:
if DISPLAY_ENABLE:
env.print_log("\n\n{}".format(results))
found = True
if found and (DefaultShellPrompt in results):
env.print_warn("\n>> Boot Success <<")
env.print_info('\rElapsed elapsed time: %#.8f seconds' % duration)
return "PASS"
time.sleep(5)
ser.write('cd /home/root/' + '\n')
time.sleep(5)
break
return found
def main():
do_CtrlConsole = 1
do_Genconfig = 1
do_PreTest = 0
do_CopyMLFolder = 0
do_Reboot = 0
do_HDMI = 0
do_Full = 1
do_RSSI = 0
do_Temp = 0
do_Result = 0
do_RunStatus = 0
SN = ''
# for do_RSSI
hdmiStatus = 'FAIL'
# for do_Result
ResultDirectory = ''
# for do_RunStatus
RunStatus = 'FAIL'
# --------- setting Host environment: begin ---------
if do_CtrlConsole:
os.system('cls')
# --------- setting Host environment: end ---------
if len(sys.argv) > 1:
SN = str(SetDUTinfo(sys.argv[1], sys.argv[2], sys.argv[3]))
#test_file = sys.argv[4]
elif do_Genconfig:
proc_command = 'python gui_genconfig.py'
result = env.subprocess_execute(proc_command, 120).split('\n')
# print result
for line in result:
if line.find('SerialNumber') != -1:
report = line.split('SerialNumber: "')[1].replace('\n', '')
SN = report.split('"')[0].replace('\n', '').lstrip()
break
else:
SN = str(GetSerialNumber())
'''
if SN == '':
env.print_error('>> Please input Serial Number... <<')
quit()
'''
if do_Full:
env.create_result_folder(SN)
if do_PreTest:
test_item = '0WM_test_lists\\PreTest.yml'
proc_command = 'python simple_tester.py {} False'.format(test_item)
if do_Reboot:
test_item = 'test_lists\\reboot.yml'
proc_command = 'python simple_tester.py {}'.format(test_item)
env.process_execute(proc_command)
if do_HDMI:
# HDMI_STATUS="$(cat /sys/class/drm/card0-HDMI-A-1/status)"
# connected or disconnected
test_item = 'HDMI'
proc_command = 'python gui_pass_fail.py {}'.format(test_item)
result = env.subprocess_execute(proc_command, 60)
'''
if result.strip() == 'PASS':
hdmiStatus = 'connected'
else:
hdmiStatus = 'disconnected'
print 'HDMI_STAT={}'.format(hdmiStatus)
'''
# current_folder -->> Results
if not os.path.exists(env.tester_results_folder):
os.makedirs(env.tester_results_folder)
result_filename = os.path.join(env.tester_results_folder,
'HDMI_Status.cmd')
env.touch(result_filename)
with open(result_filename, 'w') as f_output_file:
# f_output_file.write('HDMI_STAT={}'.format(hdmiStatus))
f_output_file.write('HDMI_STAT={}'.format(result.strip()))
f_output_file.close()
if do_RSSI:
test_item = 'test_lists\\RSSI.yml'
proc_command = 'python simple_tester.py {}'.format(test_item)
env.process_execute(proc_command)
if do_Temp:
test_item = 'test_lists\\temp.yml'
proc_command = 'python simple_tester.py {} False'.format(test_item)
# --------- update serialnum in file: begin ---------
# replace temp.yaml
read_sn = None
read_sn = str(yml_get_sn(test_item)).strip()
if read_sn != 'None' and read_sn != SN:
env.print_info("yaml_file: [%s] not match [%s]" % (read_sn, SN))
fileString = open(test_item, 'r').read().replace(read_sn, SN)
open(test_item, 'w').write(fileString)
# replace criteria_XXX.csv
read_sn = None
read_sn = str(
env.GetItemColumnByCSV(env.criteria_file_full_path, 'RePCBASN',
'VALUE')).strip()
if read_sn != 'None' and read_sn != SN:
env.print_info("csv_file: [%s] not match [%s]" % (read_sn, SN))
fileString = open(env.criteria_file_full_path,
'r').read().replace(read_sn, SN)
open(env.criteria_file_full_path, 'w').write(fileString)
# --------- update serialnum in file: end ---------
env.system_execute(proc_command)
if do_Full:
test_item = test_file #'0WM_test_lists\\2.Main Board.yml'
proc_command = 'python simple_tester.py {} False'.format(test_item)
'''
# --------- update serialnum in file: begin ---------
# replace kud_evt_full.yaml
read_sn = None
read_sn = str( yml_get_sn(test_item) ).strip()
if read_sn != 'None' and read_sn != SN:
env.print_info( "yaml_file: [%s] not match [%s]" % (read_sn, SN) )
fileString = open(test_item, 'r').read().replace(read_sn, SN)
open(test_item, 'w').write(fileString)
# replace criteria_XXX.csv
read_sn = None
read_sn = str( env.GetItemColumnByCSV(env.criteria_file_full_path, 'RePCBASN', 'VALUE') ).strip()
if read_sn != 'None' and read_sn != SN:
env.print_info( "csv_file: [%s] not match [%s]" % (read_sn, SN) )
fileString = open(env.criteria_file_full_path, 'r').read().replace(read_sn, SN)
open(env.criteria_file_full_path, 'w').write(fileString)
# --------- update serialnum in file: end ---------
'''
loop_time = 3
cnt = 1
while cnt <= loop_time:
loop_start_time = time.time()
env.print_info(
'\n>>>>>>>>>>>>>>>> loop: %d begin <<<<<<<<<<<<<<<<\n' % cnt)
print proc_command
result = env.system_execute(proc_command, 500)
env.print_info(
'\n>>>>>>>>>>>>>>>> loop: %d end <<<<<<<<<<<<<<<<\n' % cnt)
# total_loop_time = time.time() - loop_start_time
# loop_hours = int(total_loop_time/3600)
# loop_mins = int((total_loop_time/60)%60)
# loop_secs = int(total_loop_time%60)
# print(">>>> Elapsed Time for loop test : {} hours {} minutes {} seconds <<<<\n".format(loop_hours, loop_mins, loop_secs))
env.print_info('loop elapsed time: %#.8f seconds\n' %
(time.time() - loop_start_time))
if result == 0:
# system_execute return pass
break
else:
cnt += 1
'''
if cnt < loop_time:
user_continue = 'y'
user_continue = raw_input('\nPress enter y to continue, n for stop...')
if user_continue == 'n' or user_continue == 'N':
break
'''
env.print_info('>>>>>> loop count: %d <<<<<<\n' % cnt)
if do_Result and (do_Full or do_Temp):
if not SN:
SN = GetSerialNumber()
'''
if not ResultDirectory:
ResultDirectory = os.path.join(env.ws_storage_folder, SN, env.result_folder_name)
proc_command = 'python gui_result.py True {}'.format(ResultDirectory)
'''
proc_command = 'python gui_result.py False'
# env.process_execute(proc_command)
result = env.subprocess_execute(proc_command, 5)
if do_RunStatus:
if result.find('FAIL') != -1:
RunStatus = "FAIL"
else:
RunStatus = "PASS"
if do_Full:
env.backup_result_folder(SN)
if do_RunStatus and do_Result:
print('\n')
if RunStatus == 'FAIL':
# env.print_fail('\nFAIL')
env.print_fail(' ***** * ***** *')
env.print_fail(' * * * * *')
env.print_fail(' **** ***** * *')
env.print_fail(' * * * * *')
env.print_fail(' * * * ***** *****')
else:
# env.print_pass('\nPASS')
env.print_pass(' **** * **** ****')
env.print_pass(' * * * * * *')
env.print_pass(' **** ***** **** ****')
env.print_pass(' * * * * *')
env.print_pass(' * * * **** ****')
print('\nGUI Runner Done.')