def test_self_hw_node_sel_event(args):
check_sspl_ll_is_running()
# fetch a good resource fron ipmitool
result = run_cmd('ipmitool sdr type Fan')
test_resource = None
if result:
for resource in result:
if 'ok' in resource.decode().lower():
# this is the first ok resource, use it
test_resource = resource.decode().split('|')[0].strip()
break
# inject event into sel list and wait for alert
print(f"Using test resource {test_resource}")
run_cmd(f"ipmitool event '{test_resource}' lcr")
# wait for fault alert
start_time = time.time()
asserted = False
while time.time() - start_time < 60: # wait for 60 seconds
if wait_for_asserted_event():
asserted = True
break
if not asserted:
print("Did not get asserted event alert.")
assert (False)
# revert the event
run_cmd(f"ipmitool event '{test_resource}' lcr deassert")
# wait for alert
start_time = time.time()
deasserted = False
while time.time() - start_time < 60: # wait for 60 seconds
if wait_for_deasserted_event():
deasserted = True
break
if not deasserted:
print("Did not get asserted event alert.")
assert (False)
else:
print("ipmitool returned no results.")
assert (False)
import json
import os
import psutil
import time
import sys
from alerts.self_hw.self_hw_utilities import run_cmd, is_virtual
from default import world
from messaging.ingress_processor_tests import IngressProcessorTests
from messaging.egress_processor_tests import EgressProcessorTests
from common import check_sspl_ll_is_running
UUID="16476007-a739-4785-b5c6-f3de189cdf11"
# Check which fans are OK
test_resource = "*" # Use * if virtual machine
result = run_cmd('ipmitool sdr type Fan')
if result and not is_virtual():
for resource in result:
if 'ok' in resource.decode().lower():
# this is the first ok resource, use it in case of real HW
test_resource = resource.decode().split('|')[0].strip()
break
def init(args):
pass
def test_node_fan_module_actuator(agrs):
check_sspl_ll_is_running()
fan_actuator_message_request("NDHW:node:fru:fan", str(test_resource))
fan_module_actuator_msg = None
ingressMsg = {}