def __init__(self, agent, mib, cfg):
threading.Thread.__init__(self)
self.logger = logging.getLogger('agent.Worker')
self._agent = agent
self._mib = mib
self._cfg = cfg
self.setDaemon(True)
self.client = QumuloClient(cfg.clusters[0]) # only one cluster for now
self.notified_offline = False
self.notified_dead_drives = False
# Use an array of dictionaries to track per-node PS notify states
self.notified_power_supply_failure = \
[{'PS1': False, 'PS2': False}
for node in cfg.clusters[0].ipmi.ipmi_servers]
# print self.notified_power_supply_failure
self.snmp_enabled = cfg.snmp.enabled
self.email_enabled = cfg.email.enabled
self.ipmi_enabled = cfg.clusters[0].ipmi.enabled
if self.email_enabled:
self.email_acct = os.getenv('SNMP_AGENT_EMAIL_ACCT')
self.email_pwd = os.getenv('SNMP_AGENT_EMAIL_PWD')
import time
from config import Config
from qumulo_client import QumuloClient
if __name__ == '__main__':
# see if we can read config
f = file('snmp_agent.cfg')
cfg = Config(f)
client = QumuloClient(cfg.clusters[0]) # only one cluster for now
notified_offline = False
while True:
time.sleep(3)
client.get_cluster_state()
if len(client.offline_nodes) > 0:
notified_offline = True
print "There are currently " + str(len(
client.offline_nodes)) + " nodes offline:"
for n in client.offline_nodes:
print "\tNode " + n["node_name"] + " is currently offline."
else:
if notified_offline == True:
notified_offline = False
print "All nodes back online."
