def process_and_report(self, data, report_dict, host_filter, filter_type):
format_string = "%s | %s | %s | "
ret = []
for ip in data:
host_services = data[ip]["services"]
for key in host_services:
result = {}
if host_filter:
if ip in host_filter:
result = self.create_result_dict(data,ip,key)
elif filter_type == "openstackvm":
if ip.startswith("AppVm-"):
result = self.create_result_dict(data,ip,key)
else:
result = self.create_result_dict(data,ip,key)
if len(result) <= 0:
continue
result['status'] = \
NagiosMonitor.update_status_color(result['status'],
result["status"])
ret.append(result)
NagiosMonitor.collect_flapping_service_data(ip,
key,
report_dict,
NagiosMonitor.
get_status_string(
data[ip]
["services"][key]
["current_state"]),
data[ip]["services"]
[key]["plugin_output"])
tbl_line = '-' * 62
infra.display_on_terminal(self, tbl_line)
infra.display_on_terminal(self, NagiosMonitor.get_severity_color(
'INFO', format_string % (
'HostName'.ljust(15),
"Service Description".ljust(25),
"Status".ljust(9))))
infra.display_on_terminal(self, tbl_line)
for item in ret:
if item.get("ip") == " " and item.get("description") == " ":
self.print_data(format_string,item)
continue
if host_filter:
if item.get("ip") in host_filter:
self.print_data(format_string, item)
elif filter_type == "openstackvm":
if item.get("ip").startswith("AppVm-"):
self.print_data(format_string, item)
else:
self.print_data(format_string, item)
infra.display_on_terminal(self, tbl_line)
def display_msg_on_term(self, msg, status, host_list=None):
'''
Generic function invoked by other check functions to print
status.
'''
msg = msg.ljust(50)
status_msg = status.ljust(10)
msg = msg + status_msg
if host_list is not None and len(host_list) > 0:
msg = msg + str(host_list)
if status == 'PASS':
infra.display_on_terminal(self, msg, "color=green")
else:
infra.display_on_terminal(self, msg, "color=red")
def start(self, sync=None, finish_execution=None, mode="basic"):
infra.display_on_terminal(self, 'Starting Endpoint Health Check')
input_args = self.get_input_arguments()
self.finish_execution = finish_execution
if 'openrc_file' in input_args['openstack_api']:
openrc = input_args['openstack_api']['openrc_file']
else:
openrc = None
if 'password' in input_args['openstack_api']:
password = input_args['openstack_api']['password']
else:
password = None
if openrc and password:
noenv = True
else:
noenv = False
self.cred = openstack_api.credentials.Credentials(
openrc, password, noenv)
self.frequency = input_args['openstack_api']['frequency']
max_entries = input_args['openstack_api']['max_entries']
if sync:
infra.display_on_terminal(self, "Waiting for Runner Notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self,
"Received notification from Runner")
self.add_to_graph_file("starttime##" + utils.utils.get_timestamp(
complete_timestamp=True))
self.health_check_start()
self.add_to_graph_file("endtime##" + utils.utils.get_timestamp(
complete_timestamp=True))
infra.display_on_terminal(self, "Finished Monitoring")
# Generate downtime range of all the endpoints
self.generate_downtime_table(self.endpoint_downtime_dict,
"Endpoints Downtime")
# Generate downtime range table for all the agents
self.generate_downtime_table(self.agents_downtime_dict,
"Agent Downtime")
# Display the final report
tables_list = ['Endpoints Downtime', 'Agent Downtime']
def start(self, sync=None, finish_execution=None, mode="basic"):
infra.display_on_terminal(self, 'Starting Endpoint Health Check')
input_args = self.get_input_arguments()
self.finish_execution = finish_execution
if 'openrc_file' in input_args['openstack_api']:
openrc = input_args['openstack_api']['openrc_file']
else:
openrc = None
if 'password' in input_args['openstack_api']:
password = input_args['openstack_api']['password']
else:
password = None
if openrc and password:
noenv = True
else:
noenv = False
self.cred = openstack_api.credentials.Credentials(openrc, password,
noenv)
self.frequency = input_args['openstack_api']['frequency']
max_entries = input_args['openstack_api']['max_entries']
if sync:
infra.display_on_terminal(self, "Waiting for Runner Notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification from Runner")
self.add_to_graph_file("starttime##"+utils.utils.get_timestamp
(complete_timestamp=True))
self.health_check_start()
self.add_to_graph_file("endtime##"+utils.utils.get_timestamp
(complete_timestamp=True))
infra.display_on_terminal(self, "Finished Monitoring")
# Generate downtime range of all the endpoints
self.generate_downtime_table(self.endpoint_downtime_dict,
"Endpoints Downtime")
# Generate downtime range table for all the agents
self.generate_downtime_table(self.agents_downtime_dict,
"Agent Downtime")
# Display the final report
tables_list = ['Endpoints Downtime', 'Agent Downtime']
def start(self, sync=None, finish_execution=None):
self.finish_execution = finish_execution
ip_address = self.get_config('nagios_ip')
input_args = self.get_input_arguments()
filter_type = str(input_args['nagios']['type'])
host_config = infra.get_openstack_config()
host_filter = []
if filter_type == "node":
host_filter = self.generate_filter_list(host_config,filter_type)
# Execution starts here
if sync:
infra.display_on_terminal(self, "Waiting for Runner Notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification from Runner")
start_time = datetime.datetime.\
fromtimestamp(time.time()).strftime('%Y-%m-%d %H:%M:%S')
while infra.is_execution_completed(self.finish_execution) is False:
data = self.get_nagios_data(self.url, ip_address)
self.process_and_report(data, self.reportDict, host_filter,
filter_type)
time.sleep(20)
end_time = datetime.\
datetime.fromtimestamp(time.time()).strftime('%Y-%m-%d %H:%M:%S')
end_seconds = time.time()
NagiosMonitor.write_to_file(self.reportDict, start_time, end_time)
NagiosMonitor.calSummaryReport(self.summaryDict,
self.reportDict, end_seconds)
self.health_display_report()
def jump_host_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering Jump Host Disruption plugin")
table_name = "Jump host Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(self, table_name,
["VM", "IP", "TimeStamp",
"Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
print "*"*20
print input_args_dict
print "input_args ==>",input_args
print "host_config ==>",host_config
nodes_to_be_disrupted = input_args.get('name',[])
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
# jump_hosts = []
for node in host_config:
if role in host_config[node].get('role', None):
jump_host = node
# jump_hosts.append(node)
print "###############",jump_host
node_reboot_command = "reboot -f"
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
# jump host details
jump_host_ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node,None).get('user',None)
password = host_config.get(node,None).get('password',None)
#TODO - if its more than one jump host
# Write into txt file to pass via ansible playbook
f = open('/tmp/remote_ips','w+')
for ip in nodes_to_be_disrupted:
f.write(ip+'\n')
f.close()
while infra.is_execution_completed(self.finish_execution) is False:
# for node in nodes_to_be_disrupted:
# node = nodes_to_be_disrupted[0]
# ip = host_config.get(node, None).get('ip', None)
# user = host_config.get(node, None).get('user', None)
# password = host_config.get(node, None).get('password', None)
ip = node
# openrc = host_config.get(node, None).get('openrc', None)
# password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "Nodes to be disrupted: ", str(nodes_to_be_disrupted), " Jump host: ",
jump_host_ip)
infra.display_on_terminal(self, "Executing ",
node_reboot_command)
print "*"*50
print "user :"******"password :"******"jump_host_ip :",jump_host_ip
ret = AnsibleRunner(jump_host_ip,user,password).execute_on_remote()
print ret
# parse the output for report
# node_list = os.walk('/tmp/hainfra').next()[1]
# output_objs = eval(open('/tmp/hainfra/'+node+'/tmp/output','r').read())
output_objs = eval(open('/tmp/hainfra/output','r').read())
print output_objs
for results in output_objs:
error = []
for (hostname, result) in results['contacted'].items():
if 'failed' in result:
print "%s >>> %s" % (hostname, result['msg'])
error = result['msg']
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
infra.display_on_terminal(self, "waiting for ", hostname, " to "
"come "
"online")
if infra.wait_for_ping(hostname, 240, 5):
infra.display_on_terminal(self, "Node ", hostname,
" is online", "color=green")
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
#time.sleep(ha_interval)
if not error:
infra.add_table_rows(self, table_name, [[jump_host_ip,
hostname,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Rebooted' +
HAConstants.ENDC]])
else:
infra.add_table_rows(self, table_name, [[jump_host_ip,
hostname,
utils.get_timestamp(),
HAConstants.FAIL +
str(error)+
HAConstants.ENDC]])
# bring it back to stable state
'''
infra.display_on_terminal(self, "Waiting for the node to become stable")
if infra.wait_for_ping(hostname, 240, 10):
infra.display_on_terminal(self, "Node ", hostname, " is in stable state",
"color=green")
'''
infra.display_on_terminal(self, "Finishing Node Disruption")
def vm_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering VM Disruption plugin")
table_name = "VM Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(self, table_name,
["VM", "IP", "TimeStamp",
"Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
print '========',input_args_dict
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
print '*'*20
print 'host_config ==',host_config
print 'input_args ==',input_args
print '*'*20
# nodes_to_be_disrupted = []
for node in host_config:
if role == host_config[node].get('role', None):
jump_host = node
print jump_host
nodes_to_be_disrupted = input_args.get('name')
print nodes_to_be_disrupted
node_reboot_command = "reboot"
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
openrc = host_config.get(jump_host, None).get('openrc', None)
password = host_config.get(jump_host, None).get('password', None)
print openrc
ha_interval = self.get_ha_interval()
# for i in range(1):
while infra.is_execution_completed(self.finish_execution) is False:
for node in nodes_to_be_disrupted:
# node = nodes_to_be_disrupted[0]
# ip = host_config.get(node, None).get('ip', None)
# user = host_config.get(node, None).get('user', None)
# password = host_config.get(node, None).get('password', None)
ip = node
# openrc = host_config.get(node, None).get('openrc', None)
# password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "IP: ", ip, " openrc: ",
openrc)
infra.display_on_terminal(self, "Executing ",
node_reboot_command)
# Using nova api performing the vm stop operation
cred = credentials.Credentials(openrc, password,'no_env')
try:
nova = nova_api.NovaHealth(cred.get_nova_credentials_v2())
ret = nova.nova_stop_server(ip)
time.sleep(ha_interval)
infra.display_on_terminal(self, "Rebooting ",ip)
nova.nova_start_server(ip)
error = []
except Exception,error:
pass
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
infra.display_on_terminal(self, "waiting for ", ip, " to "
"come "
"online")
if infra.wait_for_ping(ip, 240, 10):
infra.display_on_terminal(self, "Node ", ip,
" is online", "color=green")
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
#time.sleep(ha_interval)
infra.add_table_rows(self, table_name, [[node,
ip,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Rebooted' +
HAConstants.ENDC]])
def process_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
table_name = "Process Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(
self, table_name,
["Host", "Process", "TimeStamp", "Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
if input_args:
print "Inpt " + str(input_args)
process_name = input_args.get('process_name', None)
role = input_args.get('role', None)
type = input_args.get('type', None)
infra.display_on_terminal(self, "Process ", process_name,
" will be disrupted")
nodes_to_be_disrupted = []
for node in host_config:
if 'controller' in host_config[node].get('role', None):
infra.display_on_terminal(self, node, " will be disrupted ")
nodes_to_be_disrupted.append(node)
self.expected_failures.append(node + "::" + process_name)
self.set_expected_failures(self.expected_failures)
rhel_stop_command = "systemctl stop " + process_name
rhel_start_command = "systemctl start " + process_name
if sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
disruption_count = self.get_disruption_count()
infra.display_on_terminal(self, "Process will be disrupted ",
str(disruption_count))
while infra.is_execution_completed(self.finish_execution) is False:
if disruption_count:
disruption_count = disruption_count - 1
for node in nodes_to_be_disrupted:
ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node, None).get('user', None)
password = host_config.get(node,
None).get('password', None)
infra.display_on_terminal(self, "IP: ", ip, " User: "******" Pwd: ", password)
infra.display_on_terminal(self, "Stopping ", process_name)
infra.display_on_terminal(self, "Executing ",
rhel_stop_command)
code, out, error = infra.ssh_and_execute_command(
ip, user, password, rhel_stop_command)
infra.add_table_rows(self, table_name, [[
ip, process_name,
utils.get_timestamp(),
HAConstants.WARNING + 'Stopped' + HAConstants.ENDC
]])
infra.display_on_terminal(self, "Sleeping for interval ",
str(ha_interval), " seconds")
time.sleep(ha_interval)
infra.display_on_terminal(self, "Starting ", process_name)
infra.display_on_terminal(self, "Executing ",
rhel_start_command)
code, out, error = infra.ssh_and_execute_command(
ip, user, password, rhel_start_command)
time.sleep(ha_interval)
infra.add_table_rows(self, table_name, [[
ip, process_name,
utils.get_timestamp(),
HAConstants.OKGREEN + 'Started' + HAConstants.ENDC
]])
# bring it back to stable state
infra.display_on_terminal(self,
"Bringing the process to stable state")
infra.display_on_terminal(self, "Executing ", rhel_start_command)
code, out, error = infra.ssh_and_execute_command(
ip, user, password, rhel_start_command)
infra.display_on_terminal(self, "Finishing Process Disruption")
def execute(self, sync=None, finish_execution=None):
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
infra.display_on_terminal(self, "Executing Rally Runner Plugin ")
infra.display_on_terminal(self, "Rally preparing...")
rally_path = input_args['rally_path']
scenario_file = input_args['scenario_file']
rally_command = rally_path + " -v task start " + scenario_file
infra.display_on_terminal(self, "Rally Path -> ", rally_path)
infra.display_on_terminal(self, "Scenario file -> ", scenario_file)
pattern = "Benchmarking... This can take a while..."
infra.display_on_terminal(self, "Executing ", rally_command)
proc = subprocess.Popen(rally_command,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE
)
line = ''
while not(line == '' and proc.poll() is not None):
line = proc.stdout.readline()
if pattern in line:
infra.display_on_terminal(self, "Notifying all waiters")
time.sleep(5)
infra.notify_all_waiters(sync)
infra.display_on_terminal(self, line)
results_command = rally_path + " task results "
infra.display_on_terminal(self, "Collecting results ", results_command)
proc = subprocess.Popen(results_command,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE
)
rally_ouput_table = ""
line = ''
while not(line == '' and proc.poll() is not None):
line = proc.stdout.readline()
infra.display_on_terminal(self, line)
rally_ouput_table += line
# Let the infra know to complete
infra.display_on_terminal(self, "Rally finished executing.....")
infra.set_execution_completed(finish_execution)
infra.create_report_table(self, rally_ouput_table, user_table=True)
def stop(self):
infra.display_on_terminal(self, "Stopping the Keystone...")
def process_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
table_name = "Process Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(self, table_name,
["Host", "Process", "TimeStamp", "Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
if input_args:
print "Inpt " + str(input_args)
process_name = input_args.get('process_name', None)
role = input_args.get('role', None)
type = input_args.get('type', None)
infra.display_on_terminal(self, "Process ", process_name,
" will be disrupted")
nodes_to_be_disrupted = []
for node in host_config:
if 'controller' in host_config[node].get('role', None):
infra.display_on_terminal(self, node, " will be disrupted ")
nodes_to_be_disrupted.append(node)
self.expected_failures.append(node + "::" + process_name)
self.set_expected_failures(self.expected_failures)
rhel_stop_command = "systemctl stop " + process_name
rhel_start_command = "systemctl start " + process_name
if sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
disruption_count = self.get_disruption_count()
infra.display_on_terminal(self, "Process will be disrupted " , str(disruption_count))
while infra.is_execution_completed(self.finish_execution) is False:
if disruption_count:
disruption_count = disruption_count - 1
for node in nodes_to_be_disrupted:
ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node, None).get('user', None)
password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "IP: ", ip, " User: "******" Pwd: ", password)
infra.display_on_terminal(self, "Stopping ", process_name)
infra.display_on_terminal(self, "Executing ", rhel_stop_command)
code, out, error = infra.ssh_and_execute_command(ip, user,
password,
rhel_stop_command)
infra.add_table_rows(self, table_name,
[[ip, process_name,
utils.get_timestamp(),
HAConstants.WARNING +
'Stopped' + HAConstants.ENDC]])
infra.display_on_terminal(self, "Sleeping for interval ",
str(ha_interval), " seconds")
time.sleep(ha_interval)
infra.display_on_terminal(self, "Starting ", process_name)
infra.display_on_terminal(self, "Executing ", rhel_start_command)
code, out, error = infra.ssh_and_execute_command(ip, user,
password,
rhel_start_command)
time.sleep(ha_interval)
infra.add_table_rows(self, table_name,
[[ip, process_name,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Started' + HAConstants.ENDC]])
# bring it back to stable state
infra.display_on_terminal(self, "Bringing the process to stable state")
infra.display_on_terminal(self, "Executing ", rhel_start_command)
code, out, error = infra.ssh_and_execute_command(ip, user, password,
rhel_start_command)
infra.display_on_terminal(self, "Finishing Process Disruption")
def jump_host_process_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering Jump Host Process Disruption plugin")
table_name = "Jump host Process Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(self, table_name,
["VM", "Process", "TimeStamp",
"Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
print "*"*20
print input_args_dict
print "input_args ==>",input_args
print "host_config ==>",host_config
nodes_to_be_disrupted = input_args.get('node',[])
process_name = input_args.get('process_name',[])
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
# jump_hosts = []
for node in host_config:
if role in host_config[node].get('role', None):
jump_host = node
# jump_hosts.append(node)
print "###############",process_name
# node_reboot_command = "reboot -f"
# process_start_command =
rhel_stop_command = "systemctl stop " + process_name
rhel_start_command = "systemctl start " + process_name
# jump host details
jump_host_ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node,None).get('user',None)
password = host_config.get(node,None).get('password',None)
# copy necessary file to jump host
runner = AnsibleRunner(jump_host_ip,user,password)
infra.display_on_terminal(self, "Copying to ",
jump_host_ip)
runner.copy('jump_host_executor.py','scripts/','/tmp/')
infra.display_on_terminal(self, "Copied to ",
jump_host_ip)
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
#TODO - if its more than one jump host
# Write into txt file to pass via ansible playbook
'''
f = open('/tmp/remote_ips','w+')
for ip in nodes_to_be_disrupted:
f.write(ip+'\n')
f.close()
'''
while infra.is_execution_completed(self.finish_execution) is False:
ip = node
# openrc = host_config.get(node, None).get('openrc', None)
# password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "Nodes to be disrupted: ", str(nodes_to_be_disrupted), " Jump host: ",
jump_host_ip)
infra.display_on_terminal(self, "Executing ",
rhel_stop_command)
# ret = AnsibleRunner(jump_host_ip,user,password).execute_on_remote()
infra.display_on_terminal(self, "Stopping ", process_name)
# replacing the playbook logic with ansible runner
# Execute the script on jump host
ret = runner.shell('python /tmp/jump_host_executor.py "%s" "%s" >>/tmp/output'%(nodes_to_be_disrupted,rhel_stop_command))
print ret
# Fetching the result to local
runner.fetch('output','/tmp/','/tmp/hainfra/output')
# Deleting the output file
runner.shell('rm /tmp/output')
# parse the output for report
output_objs = eval(open('/tmp/hainfra/output','r').read())
print output_objs
for results in output_objs:
error = []
for (hostname, result) in results['contacted'].items():
if 'failed' in result:
print "%s >>> %s" % (hostname, result['msg'])
error = result['msg']
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
if not error:
infra.add_table_rows(self, table_name, [[hostname,
process_name,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Stopped' +
HAConstants.ENDC]])
else:
infra.add_table_rows(self, table_name, [[hostname,
process_name,
utils.get_timestamp(),
HAConstants.FAIL +
str(error)+
HAConstants.ENDC]])
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
time.sleep(ha_interval)
infra.display_on_terminal(self, "Starting ", process_name)
infra.display_on_terminal(self, "Executing ",
rhel_start_command)
ret = runner.shell('python /tmp/jump_host_executor.py "%s" "%s" >>/tmp/output'%(nodes_to_be_disrupted,rhel_start_command))
print ret
runner.fetch('output','/tmp/','/tmp/hainfra/output')
runner.shell('rm /tmp/output')
# parse the output for report
output_objs = eval(open('/tmp/hainfra/output','r').read())
for results in output_objs:
hostname = results['hostname']
error = results['error']
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
if not error:
infra.add_table_rows(self, table_name, [[hostname,
process_name,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Started' +
HAConstants.ENDC]])
else:
infra.add_table_rows(self, table_name, [[hostname,
process_name,
utils.get_timestamp(),
HAConstants.FAIL +
str(error)+
HAConstants.ENDC]])
infra.display_on_terminal(self, "Finishing Process Disruption")
def jump_host_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering Jump Host Disruption plugin")
table_name = "Jump host Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(
self, table_name,
["VM", "IP", "TimeStamp", "Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
print "*" * 20
print input_args_dict
print "input_args ==>", input_args
print "host_config ==>", host_config
nodes_to_be_disrupted = input_args.get('name', [])
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
# jump_hosts = []
for node in host_config:
if role in host_config[node].get('role', None):
jump_host = node
# jump_hosts.append(node)
print "###############", jump_host
node_reboot_command = "reboot -f"
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
# jump host details
jump_host_ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node, None).get('user', None)
password = host_config.get(node, None).get('password', None)
#TODO - if its more than one jump host
# Write into txt file to pass via ansible playbook
f = open('/tmp/remote_ips', 'w+')
for ip in nodes_to_be_disrupted:
f.write(ip + '\n')
f.close()
while infra.is_execution_completed(self.finish_execution) is False:
# for node in nodes_to_be_disrupted:
# node = nodes_to_be_disrupted[0]
# ip = host_config.get(node, None).get('ip', None)
# user = host_config.get(node, None).get('user', None)
# password = host_config.get(node, None).get('password', None)
ip = node
# openrc = host_config.get(node, None).get('openrc', None)
# password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "Nodes to be disrupted: ",
str(nodes_to_be_disrupted),
" Jump host: ", jump_host_ip)
infra.display_on_terminal(self, "Executing ", node_reboot_command)
print "*" * 50
print "user :"******"password :"******"jump_host_ip :", jump_host_ip
ret = AnsibleRunner(jump_host_ip, user,
password).execute_on_remote()
print ret
# parse the output for report
# node_list = os.walk('/tmp/hainfra').next()[1]
# output_objs = eval(open('/tmp/hainfra/'+node+'/tmp/output','r').read())
output_objs = eval(open('/tmp/hainfra/output', 'r').read())
print output_objs
for results in output_objs:
error = []
for (hostname, result) in results['contacted'].items():
if 'failed' in result:
print "%s >>> %s" % (hostname, result['msg'])
error = result['msg']
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
infra.display_on_terminal(self, "waiting for ", hostname,
" to "
"come "
"online")
if infra.wait_for_ping(hostname, 240, 5):
infra.display_on_terminal(self, "Node ", hostname,
" is online", "color=green")
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
#time.sleep(ha_interval)
if not error:
infra.add_table_rows(self, table_name, [[
jump_host_ip, hostname,
utils.get_timestamp(),
HAConstants.OKGREEN + 'Rebooted' + HAConstants.ENDC
]])
else:
infra.add_table_rows(self, table_name, [[
jump_host_ip, hostname,
utils.get_timestamp(),
HAConstants.FAIL + str(error) + HAConstants.ENDC
]])
# bring it back to stable state
'''
infra.display_on_terminal(self, "Waiting for the node to become stable")
if infra.wait_for_ping(hostname, 240, 10):
infra.display_on_terminal(self, "Node ", hostname, " is in stable state",
"color=green")
'''
infra.display_on_terminal(self, "Finishing Node Disruption")
def jump_host_process_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(
self, "Entering Jump Host Process Disruption plugin")
table_name = "Jump host Process Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(
self, table_name,
["VM", "Process", "TimeStamp", "Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
print "*" * 20
print input_args_dict
print "input_args ==>", input_args
print "host_config ==>", host_config
nodes_to_be_disrupted = input_args.get('node', [])
process_name = input_args.get('process_name', [])
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
# jump_hosts = []
for node in host_config:
if role in host_config[node].get('role', None):
jump_host = node
# jump_hosts.append(node)
print "###############", process_name
# node_reboot_command = "reboot -f"
# process_start_command =
rhel_stop_command = "systemctl stop " + process_name
rhel_start_command = "systemctl start " + process_name
# jump host details
jump_host_ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node, None).get('user', None)
password = host_config.get(node, None).get('password', None)
# copy necessary file to jump host
runner = AnsibleRunner(jump_host_ip, user, password)
infra.display_on_terminal(self, "Copying to ", jump_host_ip)
runner.copy('jump_host_executor.py', 'scripts/', '/tmp/')
infra.display_on_terminal(self, "Copied to ", jump_host_ip)
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
#TODO - if its more than one jump host
# Write into txt file to pass via ansible playbook
'''
f = open('/tmp/remote_ips','w+')
for ip in nodes_to_be_disrupted:
f.write(ip+'\n')
f.close()
'''
while infra.is_execution_completed(self.finish_execution) is False:
ip = node
# openrc = host_config.get(node, None).get('openrc', None)
# password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "Nodes to be disrupted: ",
str(nodes_to_be_disrupted),
" Jump host: ", jump_host_ip)
infra.display_on_terminal(self, "Executing ", rhel_stop_command)
# ret = AnsibleRunner(jump_host_ip,user,password).execute_on_remote()
infra.display_on_terminal(self, "Stopping ", process_name)
# replacing the playbook logic with ansible runner
# Execute the script on jump host
ret = runner.shell(
'python /tmp/jump_host_executor.py "%s" "%s" >>/tmp/output' %
(nodes_to_be_disrupted, rhel_stop_command))
print ret
# Fetching the result to local
runner.fetch('output', '/tmp/', '/tmp/hainfra/output')
# Deleting the output file
runner.shell('rm /tmp/output')
# parse the output for report
output_objs = eval(open('/tmp/hainfra/output', 'r').read())
print output_objs
for results in output_objs:
error = []
for (hostname, result) in results['contacted'].items():
if 'failed' in result:
print "%s >>> %s" % (hostname, result['msg'])
error = result['msg']
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
if not error:
infra.add_table_rows(self, table_name, [[
hostname, process_name,
utils.get_timestamp(),
HAConstants.OKGREEN + 'Stopped' + HAConstants.ENDC
]])
else:
infra.add_table_rows(self, table_name, [[
hostname, process_name,
utils.get_timestamp(),
HAConstants.FAIL + str(error) + HAConstants.ENDC
]])
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
time.sleep(ha_interval)
infra.display_on_terminal(self, "Starting ", process_name)
infra.display_on_terminal(self, "Executing ", rhel_start_command)
ret = runner.shell(
'python /tmp/jump_host_executor.py "%s" "%s" >>/tmp/output' %
(nodes_to_be_disrupted, rhel_start_command))
print ret
runner.fetch('output', '/tmp/', '/tmp/hainfra/output')
runner.shell('rm /tmp/output')
# parse the output for report
output_objs = eval(open('/tmp/hainfra/output', 'r').read())
for results in output_objs:
hostname = results['hostname']
error = results['error']
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
if not error:
infra.add_table_rows(self, table_name, [[
hostname, process_name,
utils.get_timestamp(),
HAConstants.OKGREEN + 'Started' + HAConstants.ENDC
]])
else:
infra.add_table_rows(self, table_name, [[
hostname, process_name,
utils.get_timestamp(),
HAConstants.FAIL + str(error) + HAConstants.ENDC
]])
infra.display_on_terminal(self, "Finishing Process Disruption")
def setup(self):
infra.display_on_terminal(self,"Setting up the runner")
def teardown(self):
infra.display_on_terminal(self,"Tearing down the runner")
def notify(self, *args, **kwargs):
infra.display_on_terminal(self, 'Args is %s', str(args))
for key, value in kwargs.iteritems():
infra.display_on_terminal(
self, 'Got Notification with key %s, value %s' % (key, value))
def stop(self):
infra.display_on_terminal(self, "Stopping the Keystone...")
def vm_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering VM Disruption plugin")
table_name = "VM Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(
self, table_name,
["VM", "IP", "TimeStamp", "Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
print '========', input_args_dict
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
print '*' * 20
print 'host_config ==', host_config
print 'input_args ==', input_args
print '*' * 20
# nodes_to_be_disrupted = []
for node in host_config:
if role == host_config[node].get('role', None):
jump_host = node
print jump_host
nodes_to_be_disrupted = input_args.get('name')
print nodes_to_be_disrupted
node_reboot_command = "reboot"
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
openrc = host_config.get(jump_host, None).get('openrc', None)
password = host_config.get(jump_host, None).get('password', None)
print openrc
ha_interval = self.get_ha_interval()
# for i in range(1):
while infra.is_execution_completed(self.finish_execution) is False:
for node in nodes_to_be_disrupted:
# node = nodes_to_be_disrupted[0]
# ip = host_config.get(node, None).get('ip', None)
# user = host_config.get(node, None).get('user', None)
# password = host_config.get(node, None).get('password', None)
ip = node
# openrc = host_config.get(node, None).get('openrc', None)
# password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "IP: ", ip, " openrc: ",
openrc)
infra.display_on_terminal(self, "Executing ",
node_reboot_command)
# Using nova api performing the vm stop operation
cred = credentials.Credentials(openrc, password, 'no_env')
try:
nova = nova_api.NovaHealth(cred.get_nova_credentials_v2())
ret = nova.nova_stop_server(ip)
time.sleep(ha_interval)
infra.display_on_terminal(self, "Rebooting ", ip)
nova.nova_start_server(ip)
error = []
except Exception, error:
pass
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
infra.display_on_terminal(self, "waiting for ", ip, " to "
"come "
"online")
if infra.wait_for_ping(ip, 240, 10):
infra.display_on_terminal(self, "Node ", ip, " is online",
"color=green")
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
#time.sleep(ha_interval)
infra.add_table_rows(self, table_name, [[
node, ip,
utils.get_timestamp(),
HAConstants.OKGREEN + 'Rebooted' + HAConstants.ENDC
]])
def notify(self, *args, **kwargs):
infra.display_on_terminal(self, 'Args is %s', str(args))
for key, value in kwargs.iteritems():
infra.display_on_terminal(self,
'Got Notification with key %s, value %s'
% (key, value))
def setup(self):
infra.display_on_terminal(self,"Setting up the runner")
def container_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering Container Disruption plugin")
table_name = "Container Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(self, table_name,
["Host", "Container Process",
"Timestamp",
"Status of Disruption"])
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
if input_args:
print "Inpt " + str(input_args)
container_name = input_args.get('container_name', None)
role = input_args.get('role', None)
disruption_type = input_args.get('disruption', None)
infra.display_on_terminal(self, "Container ", container_name,
" will be disrupted")
nodes_to_be_disrupted = []
for node in host_config:
if 'controller' in host_config[node].get('role', None):
infra.display_on_terminal(self, node, " will be disrupted ")
nodes_to_be_disrupted.append(node)
# For now disrupt on only one node
break
# Deprecate process disruptor and converge on this for both cases later
container_stop_command = "systemctl stop " + container_name
container_start_command = "systemctl start " + container_name
ha_start_delay = self.get_ha_start_delay()
if sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
# Start the actual disruption after 45 seconds
time.sleep(ha_start_delay)
ha_interval = self.get_ha_interval()
disruption_count = self.get_disruption_count()
if disruption_type == 'infinite':
#Override the disruption count in executor.yaml
disruption_count = 1
while infra.is_execution_completed(self.finish_execution) is False:
if disruption_count:
disruption_count = disruption_count - 1
for node in nodes_to_be_disrupted:
ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node, None).get('user', None)
password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "Stopping ", container_name)
infra.display_on_terminal(self, "Executing ", container_stop_command)
code, out, error = infra.ssh_and_execute_command(ip, user,
password,
container_stop_command)
infra.add_table_rows(self, table_name, [[ip,
container_name,
utils.get_timestamp(),
HAConstants.WARNING +
'Stopped' +
HAConstants.ENDC]])
if disruption_type == 'infinite':
infra.display_on_terminal(self, "Infinite disruption chosen bring up container manually")
break
infra.display_on_terminal(self, "Sleeping for interval ",
str(ha_interval), " seconds")
time.sleep(ha_interval)
infra.display_on_terminal(self, "Starting ", container_name)
infra.display_on_terminal(self, "Executing ", container_start_command)
code, out, error = infra.ssh_and_execute_command(ip, user,
password,
container_start_command)
time.sleep(ha_interval)
infra.add_table_rows(self, table_name, [[ip,
container_name,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Started' +
HAConstants.ENDC]])
# bring it back to stable state
if disruption_type != 'infinite':
infra.display_on_terminal(self, "Bringing the container to stable state")
infra.display_on_terminal(self, "Executing ", container_start_command)
code, out, error = infra.ssh_and_execute_command(ip, user, password,
container_start_command)
infra.display_on_terminal(self, "Finishing Container Disruption")
def teardown(self):
infra.display_on_terminal(self,"Tearing down the runner")
def start(self, sync=None, finish_execution=None, args=None):
'''
Required start method to implement for the class.
'''
# Parse user data and Initialize.
self.finish_execution = finish_execution
data = self.get_input_arguments()
self.loglevel = data['ansible'].get("loglevel", "DEBUG")
self.frequency = data['ansible'].get('frequency', 5)
self.max_hist_size = data['ansible'].get('max_hist', 25)
self.dockerized = data['ansible'].get('dockerized', False)
global LOG
LOG = infra.ha_logging(__name__, level=self.loglevel)
print "ANSIBLE LOG LEVEL: ", self.loglevel
LOG.debug("User data: %s", data)
# Get MariaDB Username/pass
self.mariadb_user = None
self.mariadb_password = None
mariadb_info = data['ansible'].get('mariadb', None)
if mariadb_info is not None:
self.mariadb_user = data['ansible']['mariadb'].get('user', None)
self.mariadb_password = data['ansible']['mariadb'].get('password',
None)
self.ansirunner = None
setup_file = "../../configs/openstack_config.yaml"
self.ansiresults = collections.deque(maxlen=self.max_hist_size)
self.inventory = ConfigHelper(host_file=setup_file)
LOG.debug("parsed data: ", self.inventory.parsed_data)
host_list = self.inventory.get_host_list()
host_ip_list = self.inventory.get_host_ip_list()
control_ip_list = self.inventory.get_host_ip_list(role='controller')
compute_ip_list = self.inventory.get_host_ip_list(role='compute')
remote_user = self.inventory.get_host_username(host_list[0])
LOG.debug("Inventory: [all: %s], [control: %s] [compute: %s]",
host_ip_list, control_ip_list, compute_ip_list)
LOG.debug("Remote user: "******"Waiting for Runner Notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification from Runner")
while infra.is_execution_completed(self.finish_execution) is False:
####################################################
# Ansible Monitoring Loop.
####################################################
ts_results = []
ts = utils.get_timestamp(complete_timestamp=True)
ts_results.append({'name': 'ts', 'ts': ts})
msg = "=" * 50 + "\n" + "Timestamp: " + ts
infra.display_on_terminal(self, msg)
# Ping and SSH Check.
host_ip_list = self.inventory.get_host_ip_list()
ansi_results = self.ansible_ssh_ping_check(host_ip_list,
remote_user)
ts_results.append(ansi_results)
# Process check.
for service in SERVICE_LIST:
host_ip_list = self.inventory.get_host_ip_list(role=service['role'])
ansi_results = self.ansible_check_process(host_ip_list,
remote_user,
service['service'])
ts_results.append(ansi_results)
# RabbitMQ Check.
host_ip_list = self.inventory.get_host_ip_list(role='controller')
ansi_results = self.ansible_check_rabbitmq(host_ip_list,
remote_user)
ts_results.append(ansi_results)
# MariaDB Check.
ansi_results = self.ansible_check_mariadb(host_ip_list,
remote_user)
ts_results.append(ansi_results)
# Add the ts results to main result list.
self.ansiresults.append(ts_results)
time.sleep(self.frequency)
# Generate Summary Reports
self.display_ansible_summary_report()
self.display_asible_process_report()
infra.display_infra_report()
self.generate_graphs_output()
def execute(self, sync=None, finish_execution=None):
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
infra.display_on_terminal(self, "Executing Rally Runner Plugin ")
infra.display_on_terminal(self, "Rally preparing...")
rally_path = input_args['rally_path']
scenario_file = input_args['scenario_file']
rally_command = rally_path + " -v task start " + scenario_file
infra.display_on_terminal(self, "Rally Path -> ", rally_path)
infra.display_on_terminal(self, "Scenario file -> ", scenario_file)
pattern = "Benchmarking... This can take a while..."
infra.display_on_terminal(self, "Executing ", rally_command)
proc = subprocess.Popen(rally_command,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE
)
line = ''
while not(line == '' and proc.poll() is not None):
line = proc.stdout.readline()
if pattern in line:
infra.display_on_terminal(self, "Notifying all waiters")
time.sleep(5)
infra.notify_all_waiters(sync)
infra.display_on_terminal(self, line)
results_command = rally_path + " task show "
infra.display_on_terminal(self, "Collecting results ", results_command)
proc = subprocess.Popen(results_command,
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE
)
rally_ouput_table = ""
line = ''
while not(line == '' and proc.poll() is not None):
line = proc.stdout.readline()
infra.display_on_terminal(self, line)
rally_ouput_table += line
# Let the infra know to complete
infra.display_on_terminal(self, "Rally finished executing.....")
infra.set_execution_completed(finish_execution)
infra.create_report_table(self, rally_ouput_table, user_table=True)
def node_disruption(self, sync=None, finish_execution=None):
self.sync = sync
self.finish_execution = finish_execution
infra.display_on_terminal(self, "Entering Node Disruption plugin")
table_name = "Node Disruption"
infra.create_report_table(self, table_name)
infra.add_table_headers(self, table_name,
["Node", "IP", "TimeStamp",
"Status of Disruption"])
infra.display_on_terminal(self, "Entering Process Disruption plugin")
input_args_dict = self.get_input_arguments()
node_name = input_args_dict.keys()[0]
input_args = input_args_dict.get(node_name, None)
host_config = infra.get_openstack_config()
if input_args:
print "Inpt " + str(input_args)
role = input_args.get('role', None)
nodes_to_be_disrupted = []
for node in host_config:
if role in host_config[node].get('role', None):
infra.display_on_terminal(self, node, " will be disrupted ")
nodes_to_be_disrupted.append(node)
node_reboot_command = "reboot -f "
if self.sync:
infra.display_on_terminal(self, "Waiting for notification")
infra.wait_for_notification(sync)
infra.display_on_terminal(self, "Received notification, Starting")
ha_interval = self.get_ha_interval()
for i in range(1):
#while infra.is_execution_completed(self.finish_execution) is False:
# for node in nodes_to_be_disrupted:
node = nodes_to_be_disrupted[0]
ip = host_config.get(node, None).get('ip', None)
user = host_config.get(node, None).get('user', None)
password = host_config.get(node, None).get('password', None)
infra.display_on_terminal(self, "IP: ", ip, " User: "******" Pwd: ", password)
infra.display_on_terminal(self, "Executing ",
node_reboot_command)
code, out, error = infra.ssh_and_execute_command(ip, user,
password,
node_reboot_command)
if error:
infra.display_on_terminal(self, "Error ", error,
"color=red")
infra.display_on_terminal(self, "waiting for ", ip, " to "
"come "
"online")
if infra.wait_for_ping(ip, 240, 10):
infra.display_on_terminal(self, "Node ", ip,
" is online", "color=green")
infra.display_on_terminal(self, "Will sleep for interval ",
str(ha_interval))
#time.sleep(ha_interval)
infra.add_table_rows(self, table_name, [[node,
ip,
utils.get_timestamp(),
HAConstants.OKGREEN +
'Rebooted' +
HAConstants.ENDC]])
# bring it back to stable state
infra.display_on_terminal(self, "Waiting for the node to become stable")
if infra.wait_for_ping(ip, 240, 10):
infra.display_on_terminal(self, "Node ", ip, " is in stable state",
"color=green")
infra.display_on_terminal(self, "Finishing Node Disruption")
def print_data(self, format_string, item):
infra.display_on_terminal(self, format_string % (
item.get("ip").ljust(15),
item.get(NagiosMonitor.headers[1])[:40].ljust(25),
item.get("status").ljust(9)))
