def check_pm_accurate_all_ne(dict_all_nes, server_info_path):
global sep, logger_pm
server_info = TrimableProps(server_info_path)
dict_browser_chrome = {
"browser_type": server_info.getProperty('browser_type'),
"browser_path": server_info.getProperty('browser_path'),
"driver_path": server_info.getProperty('driver_path')
}
dict_browser_firefox = {
"browser_type": 'firefox',
"browser_path":
'C:\\Program Files (x86)\\Mozilla Firefox\\firefox.exe',
"driver_path": ''
}
driver = CommonStatic.login_rsnms(dict_browser_chrome,
server_info.getProperty('host'),
logger_pm,
server_info.getProperty('username'),
server_info.getProperty('password'),
server_info.getProperty('port'),
server_info.getProperty('url'))
if driver:
try:
# check the sbc
logger_pm.info(
'******************** Start to check PM for SBC ************************'
)
sbc_ne_dict = dict_all_nes['SBC']
ne_info = get_ne_info_from_cfg(sbc_ne_dict['ne_cfg'])
counters_pm = get_pm_counters_map(sbc_ne_dict['ct_cfg'])
NeCommon.to_ne_management_page(driver, logger_pm)
dict_ne_info = NeCommon.check_and_add_ne(driver, logger_pm,
ne_info)
PmCommon.to_pm_management_page(driver, logger_pm)
# PmCommon.to_second_page(driver, logger_pm)
PmCommon.to_tab_by_ne_type(driver, dict_ne_info['ne_type'],
logger_pm)
if PmCommon.wait_until_pm_date_show_up(driver, logger_pm, 600,
dict_ne_info['ne_name']):
PmCommon.init_and_search(driver, logger_pm,
dict_ne_info['ne_name'])
dict_additional = {"rounds": sbc_ne_dict['rounds']}
ok = PmCommon.wait_until_rounds_ok(driver, logger_pm,
dict_additional['rounds'],
10, None)
if ok:
PmCommon.check_pm_rows(driver, logger_pm,
dict_ne_info['ne_type'],
counters_pm, 10, dict_additional)
else:
logger_pm.error('FAILED: Wait for SBC PM timeout.')
# check other 5 NEs
for k, v in dict_all_nes.iteritems:
if 'SBC' != k:
logger_pm.info(
'******************** Start to check PM for ' +
str(k) + ' ************************')
ne_info = get_ne_info_from_cfg(v['ne_cfg'])
counters_pm = get_pm_counters_map(v['ct_cfg'])
NeCommon.to_ne_management_page(driver, logger_pm)
dict_ne_info = NeCommon.check_and_add_ne(
driver, logger_pm, ne_info)
PmCommon.to_pm_management_page(driver, logger_pm)
# PmCommon.to_second_page(driver, logger_pm)
PmCommon.to_tab_by_ne_type(driver, dict_ne_info['ne_type'],
logger_pm)
if PmCommon.wait_until_pm_date_show_up(
driver, logger_pm, 600, dict_ne_info['ne_name']):
# t_now = datetime.now()
# minute_delta = t_now.minute % 5
# end_time = t_now + timedelta(minutes=-(delay_time + minute_delta))
end_time = datetime.strptime(v['end_time'],
'%Y-%m-%d %H:%M:%S')
pm_rounds = len(counters_pm)
if 'OCGAS' == ne_info['ne_type']:
pm_rounds = len(counters_pm) / 2
check_rounds = len(counters_pm)
if 'SGW' == ne_info['ne_type'] or 'PGW' == ne_info[
'ne_type']:
check_rounds
start_time = end_time + timedelta(minutes=-5 *
pm_rounds)
PmCommon.init_and_search(driver, logger_pm,
dict_ne_info['ne_name'],
end_time, start_time)
ok = PmCommon.wait_until_rounds_ok(
driver, logger_pm, check_rounds, 10, 5)
if ok:
PmCommon.check_pm_rows(driver, logger_pm,
dict_ne_info['ne_type'],
counters_pm, 10, None)
else:
logger_pm.error('Timeout ERROR.')
CommonStatic.logout_rsnms(driver)
# CommonStatic.quite_driver(driver)
finally:
CommonStatic.quite_driver(driver)
def check_pm_accurate_all_ne(dict_all_nes, server_info_path):
global sep, logger_pm
server_info = Properties(server_info_path)
dict_browser_chrome = {
"browser_type": server_info.getProperty('browser_type'),
"browser_path": server_info.getProperty('browser_path'),
"driver_path": server_info.getProperty('driver_path')
}
dict_browser_firefox = {
"browser_type": 'firefox',
"browser_path": 'C:\\Program Files (x86)\\Mozilla Firefox\\firefox.exe',
"driver_path": ''
}
driver = CommonStatic.login_rsnms(dict_browser_chrome, server_info.getProperty('host'), logger_pm,
server_info.getProperty('username'), server_info.getProperty('password'),
server_info.getProperty('port'), server_info.getProperty('url'))
if driver:
try:
# check the sbc
logger_pm.info('******************** Start to check PM for SBC ************************')
sbc_ne_dict = dict_all_nes['SBC']
ne_info = get_ne_info_from_cfg(sbc_ne_dict['ne_cfg'])
counters_pm = get_pm_counters_map(sbc_ne_dict['ct_cfg'])
NeCommon.to_ne_management_page(driver, logger_pm)
dict_ne_info = NeCommon.check_and_add_ne(driver, logger_pm, ne_info)
PmCommon.to_pm_management_page(driver, logger_pm)
# PmCommon.to_second_page(driver, logger_pm)
PmCommon.to_tab_by_ne_type(driver, dict_ne_info['ne_type'], logger_pm)
if PmCommon.wait_until_pm_date_show_up(driver, logger_pm, 600, dict_ne_info['ne_name']):
PmCommon.init_and_search(driver, logger_pm, dict_ne_info['ne_name'])
dict_additional = {"rounds": sbc_ne_dict['rounds']}
ok = PmCommon.wait_until_rounds_ok(driver, logger_pm, dict_additional['rounds'], 10, None)
if ok:
PmCommon.check_pm_rows(driver, logger_pm, dict_ne_info['ne_type'], counters_pm, 10, dict_additional)
else:
logger_pm.error('FAILED: Wait for SBC PM timeout.')
# check other 5 NEs
for k, v in dict_all_nes.iteritems:
if 'SBC' != k:
logger_pm.info('******************** Start to check PM for ' + str(k) + ' ************************')
ne_info = get_ne_info_from_cfg(v['ne_cfg'])
counters_pm = get_pm_counters_map(v['ct_cfg'])
NeCommon.to_ne_management_page(driver, logger_pm)
dict_ne_info = NeCommon.check_and_add_ne(driver, logger_pm, ne_info)
PmCommon.to_pm_management_page(driver, logger_pm)
# PmCommon.to_second_page(driver, logger_pm)
PmCommon.to_tab_by_ne_type(driver, dict_ne_info['ne_type'], logger_pm)
if PmCommon.wait_until_pm_date_show_up(driver, logger_pm, 600, dict_ne_info['ne_name']):
# t_now = datetime.now()
# minute_delta = t_now.minute % 5
# end_time = t_now + timedelta(minutes=-(delay_time + minute_delta))
end_time = datetime.strptime(v['end_time'], '%Y-%m-%d %H:%M:%S')
pm_rounds = len(counters_pm)
if 'OCGAS' == ne_info['ne_type']:
pm_rounds = len(counters_pm) / 2
check_rounds = len(counters_pm)
if 'SGW' == ne_info['ne_type'] or 'PGW' == ne_info['ne_type']:
check_rounds
start_time = end_time + timedelta(minutes=-5 * pm_rounds)
PmCommon.init_and_search(driver, logger_pm, dict_ne_info['ne_name'], end_time, start_time)
ok = PmCommon.wait_until_rounds_ok(driver, logger_pm, check_rounds, 10, 5)
if ok:
PmCommon.check_pm_rows(driver, logger_pm, dict_ne_info['ne_type'], counters_pm, 10, None)
else:
logger_pm.error('Timeout ERROR.')
CommonStatic.logout_rsnms(driver)
# CommonStatic.quite_driver(driver)
finally:
CommonStatic.quite_driver(driver)
