def bind_do_worklists(logic_worklists):
"""
"""
ret = ERR_FAIL
err_message = ""
bool_logic_worklist = True # default success
status_result = 1
# logic worklist ---------------
for obj_database in logic_worklists:
try:
desc = "begin to exec worklist---name:%s time_bind:%s" % (
obj_database.worklist_name, obj_database.time_bind)
log.app_info(desc)
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if (ret != ERR_SUCCESS):
log.app_err(err_message)
bool_logic_worklist = False
else:
log.app_err(err_message)
bool_logic_worklist = False
# continue, not break
except Exception, e:
print_trace(e)
bool_logic_worklist = False
def bind_set_result(cpe, status_result, node_name):
"""
in thread
"""
ret = ERR_FAIL
err_message = ""
for nwf in [1]:
#rpc 3; path_name = "InternetGatewayDevice.X_CT-COM_UserInfo.Result"
dict_data = {
"ParameterList": [dict(Name=node_name, Value=status_result)]
}
obj = MsgWorklistBuild("Auto_SetParameterValue", dict_data)
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if (ret != ERR_SUCCESS):
log.app_err(err_message)
break
else:
log.app_err(err_message)
break
except Exception, e:
print_trace(e)
break
def auto_exec_worklist(worklist, cpe):
"""
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# physic worklist ---------------
obj = MsgWorklistBuild(worklist, {})
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "worklist(%s) execute success." % worklist
log.app_info(desc)
else:
log.app_err(err_message)
break
else:
desc = "worklist(%s) execute fail." % worklist
log.app_err(desc)
break
except Exception, e:
print_trace(e)
break
ret = ERR_SUCCESS
def start_monitor_worklist(cpe, obj_monitor):
"""
obj_alarm is MsgMonitorInform
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# physic worklist ---------------
dict_data = {
"parameterlist": obj_monitor.parameterlist,
"timelist": obj_monitor.timelist
}
obj = MsgWorklistBuild("Inform_Monitor_Monitor_Start", dict_data)
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
save_id2worklistid(obj_monitor.id_, obj_database.id_)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "start_monitor_worklist(id=%s) success." % (
obj_database.id_)
log.app_info(desc)
obj_monitor.dict_ret["str_result"] = desc
else:
# worklist(id=worklist_2014-07-08_11:48:15.781_82424709) status is not success(fail)
# nwf 2014-07-08; +worklist fail
obj_db = restore_acs_worklist(obj_database.id_)
err_message = err_message + "\n" + obj_db.dict_ret[
"str_result"]
log.app_err(err_message)
obj_monitor.dict_ret["str_result"] = err_message
break
else:
log.app_err(err_message)
obj_monitor.dict_ret["str_result"] = err_message
break
except Exception, e:
print_trace(e)
obj_monitor.dict_ret["str_result"] = e
break
ret = ERR_SUCCESS
def stop_alarm_worklist(cpe, obj_alarm):
"""
obj_alarm is MsgAlarmInform
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# physic worklist ---------------
start_worklist_id = get_id2worklistid(obj_alarm.id_)
pop_id2worklistid(obj_alarm.id_)
node_add_object = get_worklist_node_add_object(start_worklist_id)
if (not node_add_object):
desc = "node_add_object is None."
log.app_err(desc)
pop_worklist_node_add_object(obj_alarm.id_)
dict_data = {"node_add_object": node_add_object}
obj = MsgWorklistBuild("Inform_Monitor_Alarm_Stop", dict_data)
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "stop_alarm_worklist success."
log.app_info(desc)
obj_alarm.dict_ret["str_result"] = desc
else:
log.app_err(err_message)
obj_alarm.dict_ret["str_result"] = err_message
break
else:
log.app_err(err_message)
obj_alarm.dict_ret["str_result"] = err_message
break
except Exception, e:
print_trace(e)
obj_alarm.dict_ret["str_result"] = e
break
ret = ERR_SUCCESS
def accountchange_ct(cpe):
"""
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# physic worklist ---------------
password = random.randrange(10000000, 99999999)
password = "******" + str(password)
dict_data = {
"ParameterList": [
dict(
Name=
"InternetGatewayDevice.DeviceInfo.X_CT-COM_TeleComAccount.Enable",
Value="1"),
dict(
Name=
"InternetGatewayDevice.DeviceInfo.X_CT-COM_TeleComAccount.Password",
Value=password)
]
}
obj = MsgWorklistBuild("Auto_SetParameterValue", dict_data)
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
log.app_info(
"update InternetGatewayDevice.DeviceInfo.X_CT-COM_TeleComAccount.Password success: %s"
% password)
else:
log.app_err(err_message)
break
else:
log.app_err(err_message)
break
except Exception, e:
print_trace(e)
break
ret = ERR_SUCCESS
def bootstrap_ct(cpe):
"""
in thread
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# nwf 2014-06-16; user config
#update_interface_version(cpe)
# 重置双向的DIGEST认证账号和电信维护账号密码 --added by lana 20131209
ret = reset_digest_account_and_telecom_account_ct(cpe)
if ret != ERR_SUCCESS:
break
# physic worklist ---------------
obj = MsgWorklistBuild("Auto_GetRPCMethods", {})
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "worklist(Auto_GetRPCMethods) execute success."
log.app_info(desc)
else:
log.app_err(err_message)
break
else:
desc = "worklist(Auto_GetRPCMethods) execute fail."
log.app_err(desc)
break
except Exception, e:
print_trace(e)
break
ret = ERR_SUCCESS
def update_interface_version(cpe):
"""
0 boot need update AUTO version
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# physic worklist ---------------
obj = MsgWorklistBuild("Auto_UpdateInterfaceVersion", {})
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "worklist(Auto_UpdateInterfaceVersion) execute success."
log.app_info(desc)
else:
log.app_err(err_message)
break
else:
desc = "worklist(Auto_UpdateInterfaceVersion) execute fail."
log.app_err(desc)
break
except Exception, e:
print_trace(e)
break
ret = ERR_SUCCESS
def reset_digest_account_and_telecom_account_cu(cpe):
"""
重置联通双向的DIGEST认证账号和终端维护账号密码
"""
ret = ERR_FAIL
err_message = ""
for i in [1]:
# 新的双向的DIGEST认证账号的生成规则为：old+8为随机数
user_name = get_random_8str(cpe.cpe_property.get_cpe2acs_loginname())
password = get_random_8str(
cpe.cpe_property.get_cpe2acs_loginpassword())
connection_request_user_name = get_random_8str(
cpe.cpe_property.get_acs2cpe_loginname())
connection_request_password = get_random_8str(
cpe.cpe_property.get_acs2cpe_loginpassword())
# 新的电信维护账号密码的生成规则为 “cutelecomadmin” + 8位随机数
tele_com_account_password = get_random_8str("cuadmin")
# 组建所有要设置的节点参数
dict_data = {
"ParameterList": [
dict(Name="InternetGatewayDevice.ManagementServer.Username",
Value=user_name),
dict(Name="InternetGatewayDevice.ManagementServer.Password",
Value=password),
dict(
Name=
"InternetGatewayDevice.ManagementServer.ConnectionRequestUsername",
Value=connection_request_user_name),
dict(
Name=
"InternetGatewayDevice.ManagementServer.ConnectionRequestPassword",
Value=connection_request_password),
dict(Name=
"InternetGatewayDevice.X_CU_Function.Web.AdminPassword",
Value=tele_com_account_password)
]
}
# 组建工单消息，下发工单执行命令
obj = MsgWorklistBuild("Auto_SetParameterValue", dict_data)
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
cpe.cpe_property.set_cpe2acs_loginname(user_name)
cpe.cpe_property.set_cpe2acs_loginpassword(password)
cpe.cpe_property.set_acs2cpe_loginname(
connection_request_user_name)
cpe.cpe_property.set_acs2cpe_loginpassword(
connection_request_password)
log.app_info(
"worklist(Auto_SetParameterValue) execute success.")
log.app_info(
"update InternetGatewayDevice.ManagementServer.Username success: %s"
% user_name)
log.app_info(
"update InternetGatewayDevice.ManagementServer.Password success: %s"
% password)
log.app_info(
"update InternetGatewayDevice.ManagementServer.ConnectionRequestUsername success: %s"
% connection_request_user_name)
log.app_info(
"update InternetGatewayDevice.ManagementServer.ConnectionRequestPassword success: %s"
% connection_request_password)
log.app_info(
"update InternetGatewayDevice.X_CU_Function.Web.AdminPassword success: %s"
% tele_com_account_password)
else:
log.app_err(err_message)
break
else:
desc = "worklist(Auto_SetParameterValue) execute fail."
log.app_err(desc)
break
except Exception, e:
print_trace(e)
break
ret = ERR_SUCCESS
def bootstrap_cu(cpe):
"""
in thread
"""
ret = ERR_FAIL
err_message = ""
sn = cpe.get_sn()
for nwf in [1]:
# 获取上网账号和密码
# 组建工单参数
dict_data = {}
# 组建工单消息，下发工单执行命令
obj = MsgWorklistBuild("Auto_GetPPPConnectionAccount", dict_data)
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "worklist(Auto_GetPPPConnectionAccount) execute success."
log.app_info(desc)
else:
log.app_err(err_message)
# 忽略查询结果
# break
else:
desc = "worklist(Auto_GetPPPConnectionAccount) execute fail."
log.app_err(desc)
break
except Exception, e:
print_trace(e)
break
# physic worklist ---------------
obj = MsgWorklistBuild("Auto_GetRPCMethods", {})
obj_database = EventCode.auto_build_bind_physic_worklist(cpe, obj)
try:
ret, err_message = EventCode.tx_worklist_exec(obj_database)
ret = EventCode.rx_worklist_exec(ret, err_message)
if (ret == ERR_SUCCESS):
ret, err_message = EventCode.wait_worklist_exec_finish(
obj_database)
if ret == ERR_SUCCESS:
desc = "worklist(Auto_GetRPCMethods) execute success."
log.app_info(desc)
else:
log.app_err(err_message)
break
else:
desc = "worklist(Auto_GetRPCMethods) execute fail."
log.app_err(desc)
break
except Exception, e:
print_trace(e)
break