def prepare_for_debug(btsid='1703', tm500_id='233', instance_id='586999'):
from pet_bts import read_bts_config
gv.master_bts_c = read_bts_config(btsid)
gv.master_bts = gv.mbts()[0]
gv.case.curr_case = pettool.get_case_config_new(instance_id)
from petcasebase import re_organize_case
re_organize_case()
print gv.case.curr_case
pet_bts.pet_bts_read_scf_file(btsid)
tm500path = os.path.sep.join([resource_path(), 'config', 'tm500'])
import sys, importlib
sys.path.append(tm500path)
model = importlib.import_module('tm500_%s' % (tm500_id))
tm500config = IpaMmlItem()
for key in model.TOOLS_VAR:
setattr(tm500config, key.lower(), model.TOOLS_VAR[key])
tm500config.shenick_volte_group_name = 'TA_VOLTE_IMS_FTP'
if 'volte_load' in [
x.lower().strip() for x in dir(gv.case.curr_case) if x[0] <> '_'
]:
if gv.case.curr_case.volte_load:
tm500config.shenick_volte_group_name = 'TA_VOLTE_IMS_LOAD'
def get_hw(btsid, btss1ip, flag):
hwinfo = ''
version = ''
if not ping_s1(btss1ip):
return hwinfo, version
bts = IpaMmlItem()
bts.btsid = str(btsid)
bts.bts_ip = btss1ip
bts.is5g = 1 if flag == '5g' else 0
bts.iscoam = bts.is5g
bts.sran = 1
bts.admin_api = None
bts.dire_snap = '/home/work/temp/bts/'
bts.dire_admin = '/home/work/temp/bts/'
print('get bts hw info...{}'.format(btsid))
hwinfo, version = hw_version(bts)
return hwinfo, version
def get_table_content(self, tablename='', condition=''):
gv.logger.info('Retrieve data from table: ' + tablename)
fields = self.get_table_fields(tablename)
self.cursor.execute('select * from %s %s' % (tablename, condition))
result = []
from pet_ipalib import IpaMmlItem
for record in self.cursor.fetchall():
p = IpaMmlItem()
for i in range(len(fields)):
if record[i] <> None:
setattr(p, fields[i].lower(), str(record[i]))
else:
setattr(p, fields[i].lower(), '')
result.append(p)
return result
from petcasebase import re_organize_case
re_organize_case()
# print gv.case.curr_case
for attr in [x for x in dir(gv.case.curr_case) if x[0] <> '_']:
setattr(gv.master_bts, attr, getattr(gv.case.curr_case, attr))
setattr(gv.slave_bts, attr, getattr(gv.case.curr_case, attr))
pet_bts.pet_bts_read_scf_file(btsid)
pet_bts.pet_bts_read_scf_file(sbtsid)
tm500path = os.path.sep.join([resource_path(), 'config', 'tm500'])
import sys, importlib
sys.path.append(tm500path)
model = importlib.import_module('tm500_%s' % (tm500_id))
tm500config = IpaMmlItem()
for key in model.TOOLS_VAR:
setattr(tm500config, key.lower(), model.TOOLS_VAR[key])
tm500config.shenick_volte_group_name = 'TA_VOLTE_IMS_FTP'
if gv.case.curr_case.codec.strip():
tm500config.shenick_volte_group_name += '_' + gv.case.curr_case.codec.upper(
)
if 'volte_load' in [
x.lower().strip() for x in dir(gv.case.curr_case) if x[0] <> '_'
]:
if gv.case.curr_case.volte_load:
tm500config.shenick_volte_group_name = 'TA_VOLTE_IMS_LOAD'
if gv.case.curr_case.case_type == 'MIX_MR':
tm500config.shenick_volte_group_name = 'TA_Mixed_UDP_FTP'
if gv.case.curr_case.case_type.strip().upper() in [
def commandthread(sock):
allprocess = []
def _cleanup():
try:
for handler in allprocess:
try:
os.system('kill -9 ' + handler.process.pid)
except:
pass
except:
pass
gv.done = True
while True:
if time.time() - gv.inittime > gv.timeout:
log('Client timeout, Server will quit')
_cleanup()
return 0
try:
line = sock.recv(4096)
except:
log('Connection lost')
_cleanup()
return 0
if line.strip():
log('Received : %s' % (line))
if line.strip().lower() == 'quit':
log("client quit")
sock.close()
_cleanup()
return 0
if line.strip().lower() == 'log':
log("log: %s" % (' '.join(line.split()[1:])))
if line.lower().startswith('run'): # run iperf xx dda xx - daf
cmdhander = IpaMmlItem()
cmd = ' '.join(line.split()[1:])
import datetime
tracefile = os.sep.join([
'/home/work/temp/ta',
datetime.datetime.now().strftime('%M%S%f.log')
])
if os.path.exists(tracefile):
os.system('rm -rf ' + tracefile)
cmd += ' >' + tracefile
cmdhander.command = cmd
log('Run command: [%s]' % (cmd))
cmdhander.process = subprocess.Popen(cmd,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
shell=True)
output = []
for i in range(5):
if os.path.exists(tracefile):
output = open(tracefile).readlines()
break
else:
time.sleep(1)
for line in output:
log('Process output: ' + line.splitlines()[0])
if os.path.exists(tracefile):
os.system('rm -rf ' + tracefile)
sock.sendall('PID: ' + str(cmdhander.process.pid) + ' done')
log('Process ID: %s' % (cmdhander.process.pid))
allprocess.append(cmdhander)
if line.lower().startswith('stop'):
pid = line.split()[1].strip()
cmdhander = [
x for x in allprocess if str(x.process.pid) == pid
]
if cmdhander:
log('Try to stop pid: ' + pid)
import signal
cmdhander[0].process.send_signal(signal.SIGINT)
log('Stop process: %s' % (cmdhander[0].process.pid))
if line.lower().startswith('sendkey'):
pid = line.split()[1].strip()
cmdhander = [
x for x in allprocess if str(x.process.pid) == pid
]
if cmdhander:
key = line.split()[2].strip()
log('Send key process: %s' % (cmdhander[0].process.pid))
if key.lower() == 'return':
log('POLL: [%s]' % (str(cmdhander[0].process.poll())))
if cmdhander[0].process.poll() == None:
try:
cmdhander[0].process.stdin.write('\n')
log(str(cmdhander[0].process.communicate()))
except:
log('Process communicate failed.')
log('Deal with key done.')
allprocess.remove(cmdhander[0])
else:
cmdhander[0].process.stdin.write(key)
import time, socket, sys
from optparse import *
import os
from thread import *
from pet_ipalib import IpaMmlItem
from threading import Thread
from Queue import Queue, Empty
def log(info):
with open(gv.logfile, 'a') as logf:
logf.write('%s %s %s\n' % (time.ctime(), gv.master, info))
gv = IpaMmlItem()
gv.done = False
gv.master = ''
def commandthread(sock):
allprocess = []
def _cleanup():
try:
for handler in allprocess:
try:
os.system('kill -9 ' + handler.process.pid)
except:
pass
except:
def load_config(btsip, sran):
btsid = btsip.replace('.', '')
print('Log config for {}'.format(btsip))
# if bts:
# self._config = bts[0]
# for attr in [x for x in dir(self._config) if not x.startswith('_')]:
# setattr(self, attr, getattr(self._config, attr))
from pet_ipalib import IpaMmlItem
bts = IpaMmlItem()
bts.sran = sran
bts.btsid = btsid
bts.btsip = btsip
bts.bts_id = btsid
bts.bts_ip = btsip
bts.workcell = 1
bts.airscale = 1
bts.is5g = 0
# bts.sran = bts.airscale == '1'
bts.bts_fcm_ip = '192.168.255.1'
bts.bts_fcm_username = '******'
bts.bts_fcm_password = '******'
bts.bts_ftm_ip = '192.168.255.129'
bts.bts_ftm_username = '******'
bts.bts_ftm_password = '******'
bts.mr_paging_ioc, bts.mr_paging_impair_ioc = '140', '84'
bts.mr_call_drop_ioc, bts.mr_call_drop_impair_ioc = '140', '84'
bts.mr_ho_ioc, bts.mr_ho_impair_ioc = '140', '89'
bts.mr_volte_ioc, bts.mr_volte_impair_ioc = '140', '84'
bts.conn_bts = None
bts.ftmctrl = None
bts.config_id = ''
bts.cell_count = 0
bts.used = True
bts.infomodel_pid = []
bts.new_earfcn_list = []
bts.new_eutraCarrierInfo_list = []
# bts.pcap_interface = (r'\Device\NPF_' +
# bts.pcap_interface.upper().split('NPF_')[-1])
bts.scf_filename = ''
bts.infomodel = None
bts.ute_admin = None
bts.error_log_list = []
bts.monitor_error_log = False
bts.btslog_buffer = []
bts.pm_counter_path = '/tmp' if bts.sran else '/ram'
bts.scf_change_is_differ = True
bts.btsmode = 'S'
bts.cpc = None
bts.btslogger = None
bts.infomodel = None
bts.admin_api = None
bts.ftmctrl = None
bts.fct_cpu_manager = None
bts.fct_memory_manager = None
bts.tti = None
bts.bts_control_pc_lab = ""
bts.admin_port = 3600 if bts.sran == 1 else 443
return bts
# empty_col2 = empty_col*(int(self.outport_count) - int(outport))
# cmdlist.append('$TA,G,%s%s%s*' %(empty_col*(int(outport)-1),'78'* int(self.inport_count), empty_col2))
port = str((int(outport)-1)*int(self.inport_count)+ int(inport))
self.logger.info('Adjust HB Matrix signal for signal port %s ' %(port))
# OnePortOperate(self.ip, port, str(int(signal)))
cmdlist.append('$TA,A,%0.2d%0.2d%0.2X*' %(int(inport), int(outport), 2*int(signal)))
self.execute_commands(cmdlist)
if __name__ == '__main__':
c = c_jx_pa('10.69.82.163', '23', 8, 2)
try:
c.connect()
print 'connected'
rfconnections = []
from pet_ipalib import IpaMmlItem
line = IpaMmlItem()
line.inport = 1
line.outport = 1
rfconnections.append(line)
c.clear_all()
finally:
c.disconnect()
pass
'MACTX',
]
tm500_log_type_for_volte = [
'MACRX',
# 'MACTX',
]
tm500_version_for_throughput = 'TM500_APPLICATION_K_VERSION_DIR'
tm500_version_for_volte = 'TM500_APPLICATION_L_VERSION_DIR'
all_cases = IpaMmlDict()
#Case_throughput
#Case_FTP_TEST this case is kept for RL55
case = IpaMmlItem()
case.case_name = 'THROUGHPUT'
case.tm500_version = tm500_version_for_throughput
case.tm500_log_types = tm500_log_type_for_through
case.ta_steps = {
'setup':
'common_test_case_setup_for_throughput',
'document':
'Document about this case',
'tags': ['FTP_TEST'],
'Timeout':
'30 minute',
'steps': [
['Pet ue attach'],
['set_tm500_log_types'],
['setup_pppoe_on_data_device'],