def gen_cps_obj_status():
if check_fault_state() == False:
return
cur_status = get_status_call()
_obj = cps_object.CPSObject(module=STATUS_KEY, qual='observed')
_obj.add_attr('status', cur_status)
_obj.add_attr('node-id',get_node_id())
for i in range(len(sensor_list)):
_retDict = sys_status.get_sensor(sensor_list[i])
if _retDict != None:
_obj.add_embed_attr(['sensor', str(i), 'name'], sensor_map[sensor_list[i]])
_obj.add_embed_attr(['sensor', str(i), 'value-type'], 2)
if _retDict['fault-state'] != None:
_obj.add_embed_attr(['sensor', str(i), 'fault-state'], _retDict['fault-state'])
if _retDict['value'] != None:
_obj.add_embed_attr(['sensor', str(i), 'value'], str(round(_retDict['value'], 2)))
if _retDict['threshold'] != None:
_obj.add_embed_attr(['sensor', str(i), 'threshold'], str(round(_retDict['threshold'],2)))
if _retDict['description'] != None:
_obj.add_embed_attr(['sensor', str(i), 'description'],_retDict['description'])
obj = _obj.get()
obj['operation'] = 'set'
# publish to db
ev.logging('SYS_STAT', ev.DEBUG, '', 'system_status_db.py', '', 0, 'Overall system status is %d' % cur_status)
global overall_status
if overall_status != cur_status:
ev.logging('SYS_STAT', ev.DEBUG, '', 'system_status_db.py', '', 0, 'Overall system status change detected: %d to %d' % (overall_status, cur_status))
overall_status = cur_status
cps.db_commit(obj, None, True)
else:
cps.db_commit(obj, None, False)
def log_err(msg):
ev.logging("BASE_VRF",ev.ERR,"VRF-CONFIG","","",0,msg)
def log_info(msg):
ev.logging("BASE_IP",ev.INFO,"IPSEC-CONFIG-UTILS","","",0,msg)
def log_err(msg):
ev.logging("BASE_IP",ev.ERR,"IPSEC-CONFIG-UTILS","","",0,msg)
def log_msg(level, msg, func_name, line_num):
ev.logging("CPS_CONNECTIVITY", level, "CONNECTIVITY_AGENT", log_filename,
func_name, line_num, msg)
def log_info(msg):
ev.logging("INTERFACE",ev.INFO,"INTERFACE-HANDLER","","",0,msg)
def log_err(msg):
ev.logging("INTERFACE",ev.ERR,"INTERFACE-HANDLER","","",0,msg)
def _log_print(log, msg):
if log == None:
print msg
else:
ev.logging("DSAPI", log, "", "", "", 0, msg)
def log_info(msg):
ev.logging("BASE_MCAST_SNOOP", ev.INFO, "MCAST_UTILS", "", "", 0, msg)
def log_debug(msg):
ev.logging("BASE_MCAST_SNOOP", ev.DEBUG, "MCAST_UTILS", "", "", 0, msg)
def log_err(msg):
ev.logging("BASE_MCAST_SNOOP", ev.ERR, "MCAST_UTILS", "", "", 0, msg)
def log_info(msg):
ev.logging("BASE_IP", ev.INFO, "IP-CONFIG", "", "", 0, msg)
def log_err(msg):
ev.logging("BASE_IP", ev.ERR, "IP-CONFIG", "", "", 0, msg)
def log_info(msg):
ev.logging("BASE_VRF",ev.INFO,"VRF-CONFIG","","",0,msg)
def log_msg(level, msg):
ev.logging("DSAPI", level, "DB-TUNNEL-MANAGER", "", "", 0, msg)
cps_utils.add_attr_type("igmp-mld-snooping/rt/routing/control-plane-protocols/mld-snooping/vlans/vlan/static-l2-multicast-group/source-addr", "string")
if __name__ == '__main__':
shutdown = False
# Install signal handlers.
signal.signal(signal.SIGTERM, sigterm_hdlr)
# Notify systemd: Daemon is ready
systemd.daemon.notify("READY=1")
#if file exists means kernel snooping is not needed and some snooping
#application might be running
if mcast_os.path.isfile(snoop_cfg_file) is True:
ev.logging("BASE_MCAST_SNOOP",ev.DEBUG,"MCAST_SVC","","",0,"Kernel IGMP/MLD snooping not needed")
kernel_snooping_needed = False
# Wait for interface service being ready
interface_key = cps.key_from_name('target', 'dell-base-if-cmn/if/interfaces/interface')
ev.logging("BASE_MCAST_SNOOP",ev.DEBUG,"MCAST_SVC","","",0,"Wait for interface object to be ready")
while cps.enabled(interface_key) == False:
time.sleep(1)
ev.logging("BASE_MCAST_SNOOP",ev.DEBUG,"MCAST_SVC","","",0,"Interface object ready")
# Few IP address attributes are in binaries, these ip address are treated as string type.
_mcast_set_attr_type()
handle = cps.obj_init()
def log_msg(level,msg):
ev.logging("DSAPI",level,"DB-INSTANCE-MANAGER","","",0,msg)