def reload_tyr_safe_all(safe=True, reverse=False):
""" Reload tyr on all servers,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
for server in (env.roledefs['tyr'][::-1] if reverse else env.roledefs['tyr']):
execute(reload_tyr_safe, server, safe)
def redeploy_all_krakens(create=True):
"""
Redistributes all krakens on eng engines according to zmq_server parameters
"""
create = get_bool_from_cli(create)
for instance in env.instances.values():
redeploy_kraken(instance, create)
def reload_jormun_safe_all(safe=True):
""" Reload jormungandr on all servers,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
for server in env.roledefs['ws']:
execute(reload_jormun_safe, server, safe)
def redeploy_all_krakens(create=True):
"""
Redistributes all krakens on eng engines according to zmq_server parameters
"""
create = get_bool_from_cli(create)
for instance in env.instances.values():
redeploy_kraken(instance, create)
def reload_tyr_safe_all(safe=True, reverse=False):
""" Reload tyr on all servers,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
for server in (env.roledefs['tyr'][::-1] if reverse else env.roledefs['tyr']):
execute(reload_tyr_safe, server, safe)
def rollback_instance(instance, test=True):
""" Use this only if something goes wrong during deployment of an instance
"""
test = get_bool_from_cli(test)
instance = get_real_instance(instance)
execute(swap_data_nav, instance, force=True)
execute(set_kraken_binary, instance, old=True)
execute(restart_kraken, instance, wait=env.KRAKEN_RESTART_SCHEME if test else 'no_test')
def test_all_krakens(wait=False):
"""test all kraken instances"""
wait = get_bool_from_cli(wait)
for instance in env.instances.values():
test_kraken(instance,
fail_if_error=False,
wait=wait,
loaded_is_ok=True)
def rollback_instance(instance, test=True):
""" Use this only if something goes wrong during deployment of an instance
"""
test = get_bool_from_cli(test)
instance = get_real_instance(instance)
execute(swap_data_nav, instance, force=True)
execute(set_kraken_binary, instance, old=True)
execute(restart_kraken, instance, wait=env.KRAKEN_RESTART_SCHEME if test else 'no_test')
def restart_all_krakens(wait=True):
"""restart and test all kraken instances"""
wait = get_bool_from_cli(wait)
start_or_stop_with_delay('apache2',
env.APACHE_START_DELAY * 1000,
500,
only_once=env.APACHE_START_ONLY_ONCE)
for instance in env.instances.values():
restart_kraken(instance.name, wait=wait)
def test_kraken(instance, fail_if_error=True, wait=False, loaded_is_ok=None):
"""Test kraken with '?instance='"""
instance = get_real_instance(instance)
wait = get_bool_from_cli(wait)
# env.host will call the monitor kraken on the current host
request = Request('http://{}:{}/{}/?instance={}'.format(env.host,
env.kraken_monitor_port, env.kraken_monitor_location_dir, instance.name))
if wait:
# we wait until we get a gestion and the instance is 'loaded'
try:
result = Retrying(stop_max_delay=env.KRAKEN_RESTART_DELAY * 1000,
wait_fixed=1000, retry_on_result=lambda x: x is None or not x['loaded']) \
.call(_test_kraken, request, fail_if_error)
except Exception as e:
print(red("ERROR: could not reach {}, too many retries ! ({})".format(instance.name, e)))
result = {'status': False}
else:
result = _test_kraken(request, fail_if_error)
if result['status'] != 'running':
if result['status'] == 'no_data':
print(yellow("WARNING: instance {} has no loaded data".format(instance.name)))
return False
if fail_if_error:
print(red("ERROR: Instance {} is not running ! ({})".format(instance.name, result)))
return False
print(yellow("WARNING: Instance {} is not running ! ({})".format(instance.name, result)))
return False
if not result['is_connected_to_rabbitmq']:
print(yellow("WARNING: Instance {} is not connected to rabbitmq".format(instance.name)))
return False
if loaded_is_ok is None:
loaded_is_ok = wait
if not loaded_is_ok:
if result['loaded']:
print(yellow("WARNING: instance {} has loaded data".format(instance.name)))
return True
else:
print(green("OK: instance {} has correct values: {}".format(instance.name, result)))
return False
else:
if result['loaded']:
print(green("OK: instance {} has correct values: {}".format(instance.name, result)))
return True
elif fail_if_error:
print(red("CRITICAL: instance {} has no loaded data".format(instance.name)))
exit(1)
else:
print(yellow("WARNING: instance {} has no loaded data".format(instance.name)))
return False
def upgrade_kraken(kraken_wait=True, up_confs=True):
"""Upgrade and restart all kraken instances"""
kraken_wait = get_bool_from_cli(kraken_wait)
execute(kraken.upgrade_engine_packages)
execute(kraken.upgrade_monitor_kraken_packages)
execute(kraken.restart_all_krakens, wait=kraken_wait)
if up_confs:
execute(kraken.update_monitor_configuration)
for instance in env.instances.values():
execute(kraken.update_eng_instance_conf, instance)
execute(kraken.restart_all_krakens, wait=kraken_wait)
def reload_tyr_safe(server, safe=True):
""" Reload tyr on a specific server,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
with settings(host_string=server):
if env.use_load_balancer and safe:
load_balancer.disable_node(server)
sudo("service apache2 reload")
if env.use_load_balancer and safe:
load_balancer.enable_node(server)
def reload_tyr_safe(server, safe=True):
""" Reload tyr on a specific server,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
with settings(host_string=server):
if env.use_load_balancer and safe:
load_balancer.disable_node(server)
restart_apache()
if env.use_load_balancer and safe:
load_balancer.enable_node(server)
def update_all_instances(kraken_wait=True):
"""
update all the instances
if the instance does not exists, deploy it
TODO: we could detect the deleted instances to remove them
"""
kraken_wait = get_bool_from_cli(kraken_wait)
print(blue('creating all instances'))
for instance in env.instances.values():
execute(update_instance, instance)
execute(kraken.restart_all_krakens, wait=kraken_wait)
def update_all_instances(kraken_wait=True):
"""
update all the instances
if the instance does not exists, deploy it
TODO: we could detect the deleted instances to remove them
"""
kraken_wait = get_bool_from_cli(kraken_wait)
print(blue('creating all instances'))
for instance in env.instances.values():
execute(update_instance, instance)
execute(kraken.restart_all_krakens, wait=kraken_wait)
def upgrade_kraken(kraken_wait=True, up_confs=True):
"""Upgrade and restart all kraken instances"""
kraken_wait = get_bool_from_cli(kraken_wait)
execute(kraken.upgrade_engine_packages)
execute(kraken.upgrade_monitor_kraken_packages)
execute(kraken.restart_all_krakens, wait=kraken_wait)
if up_confs:
execute(kraken.update_monitor_configuration)
for instance in env.instances.values():
execute(kraken.update_eng_instance_conf, instance)
execute(kraken.restart_all_krakens, wait=kraken_wait)
def reload_jormun_safe(server, safe=True):
""" Reload jormungandr on a specific server,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
with settings(host_string=server):
if env.use_load_balancer and safe:
load_balancer.disable_node(server)
sudo("service apache2 reload")
sleep(1)
if env.use_load_balancer and safe:
load_balancer.enable_node(server)
def upgrade_kraken(kraken_wait=True, up_confs=True, supervision=False):
"""Upgrade and restart all kraken instances"""
if supervision:
supervision_downtime(step='kraken')
kraken_wait = get_bool_from_cli(kraken_wait)
execute(kraken.upgrade_engine_packages)
execute(kraken.upgrade_monitor_kraken_packages)
if up_confs:
execute(kraken.update_monitor_configuration)
for instance in env.instances.values():
execute(kraken.update_eng_instance_conf, instance)
execute(kraken.restart_all_krakens, wait=kraken_wait)
def redeploy_kraken(instance, create=True):
"""
Redistributes an existing kraken on eng engines.
Call this task when the zmq_server parameter of add_instance is changed.
Use create=False if krakens mapping is reduced (this avoids restarting them).
Use create=True if krakens are displaced or mapping is expanded.
"""
instance = get_real_instance(instance)
create = get_bool_from_cli(create)
if create:
execute(create_eng_instance, instance)
execute(remove_kraken_instance, instance, purge_logs=True, apply_on='reverse')
def redeploy_kraken(instance, create=True):
"""
Redistributes an existing kraken on eng engines.
Call this task when the zmq_server parameter of add_instance is changed.
Use create=False if krakens mapping is reduced (this avoids restarting them).
Use create=True if krakens are displaced or mapping is expanded.
"""
instance = get_real_instance(instance)
create = get_bool_from_cli(create)
if create:
execute(create_eng_instance, instance)
execute(remove_kraken_instance, instance, purge_logs=True, apply_on='reverse')
def upgrade_all(bina=True, up_tyr=True, up_confs=True, kraken_wait=True):
"""Upgrade all navitia packages, databases and launch rebinarisation of all instances """
bina = get_bool_from_cli(bina)
up_tyr = get_bool_from_cli(up_tyr)
up_confs = get_bool_from_cli(up_confs)
kraken_wait = get_bool_from_cli(kraken_wait)
if env.use_load_balancer:
get_adc_credentials()
with utils.send_mail():
execute(check_last_dataset)
if up_tyr:
execute(upgrade_tyr, up_confs=up_confs)
execute(upgrade_monitor_kraken_packages)
if bina:
execute(tyr.launch_rebinarization_upgrade)
if env.use_load_balancer:
# Upgrade kraken/jormun on first hosts set
env.roledefs['eng'] = env.eng_hosts_1
env.roledefs['ws'] = env.ws_hosts_1
execute(switch_to_first_phase, env.eng_hosts_1, env.ws_hosts_1,
env.ws_hosts_2)
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
# Upgrade kraken/jormun on remaining hosts
env.roledefs['eng'] = env.eng_hosts_2
env.roledefs['ws'] = env.ws_hosts_2
execute(switch_to_second_phase, env.eng_hosts_1, env.eng_hosts_2,
env.ws_hosts_1, env.ws_hosts_2)
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
execute(enable_all_nodes, env.eng_hosts, env.ws_hosts_1,
env.ws_hosts_2)
env.roledefs['eng'] = env.eng_hosts
env.roledefs['ws'] = env.ws_hosts
else:
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
execute(upgrade_jormungandr, up_confs=up_confs)
def restart_kraken(instance, test=True, wait=True):
"""Restart a kraken instance on a given server
To let us not restart all kraken servers in the farm
"""
instance = get_real_instance(instance)
wait = get_bool_from_cli(wait)
if instance.name not in env.excluded_instances:
for host in set(instance.kraken_engines).intersection(env.roledefs['eng']):
restart_kraken_on_host(instance, host)
if test:
test_kraken(instance, fail_if_error=False, wait=wait)
else:
print(yellow("{} has no data, not testing it".format(instance.name)))
def restart_kraken(instance, test=True, wait=True):
"""Restart a kraken instance on a given server
To let us not restart all kraken servers in the farm
"""
instance = get_real_instance(instance)
wait = get_bool_from_cli(wait)
if instance.name not in env.excluded_instances:
kraken = 'kraken_' + instance.name
start_or_stop_with_delay(kraken, 4000, 500, start=False, only_once=True)
start_or_stop_with_delay(kraken, 4000, 500, only_once=env.KRAKEN_START_ONLY_ONCE)
if test:
test_kraken(instance.name, fail_if_error=False, wait=wait)
else:
print(yellow("{} has no data, not testing it".format(instance.name)))
def upgrade_all(bina=True, up_tyr=True, up_confs=True, kraken_wait=True):
"""Upgrade all navitia packages, databases and launch rebinarisation of all instances """
bina = get_bool_from_cli(bina)
up_tyr = get_bool_from_cli(up_tyr)
up_confs = get_bool_from_cli(up_confs)
kraken_wait = get_bool_from_cli(kraken_wait)
if env.use_load_balancer:
get_adc_credentials()
with utils.send_mail():
execute(check_last_dataset)
if up_tyr:
execute(upgrade_tyr, up_confs=up_confs)
execute(upgrade_monitor_kraken_packages)
if bina:
execute(tyr.launch_rebinarization_upgrade)
if env.use_load_balancer:
# Upgrade kraken/jormun on first hosts set
env.roledefs['eng'] = env.eng_hosts_1
env.roledefs['ws'] = env.ws_hosts_1
execute(switch_to_first_phase, env.eng_hosts_1, env.ws_hosts_1, env.ws_hosts_2)
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
# Upgrade kraken/jormun on remaining hosts
env.roledefs['eng'] = env.eng_hosts_2
env.roledefs['ws'] = env.ws_hosts_2
execute(switch_to_second_phase, env.eng_hosts_1, env.eng_hosts_2,
env.ws_hosts_1, env.ws_hosts_2)
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
execute(enable_all_nodes, env.eng_hosts, env.ws_hosts)
env.roledefs['eng'] = env.eng_hosts
env.roledefs['ws'] = env.ws_hosts
else:
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
execute(upgrade_jormungandr, up_confs=up_confs)
def update_instance(instance, reload_jormun=True):
"""
param (instance) - update all configuration and restart all services
does not deploy any packages
"""
instance = get_real_instance(instance)
reload_jormun = get_bool_from_cli(reload_jormun)
print(blue('updating {}'.format(instance.name)))
#first of all we compute the instance status, it will be helpfull later
execute(compute_instance_status, instance)
execute(tyr.create_tyr_instance, instance)
execute(db.postgis_initdb, instance.db_name)
execute(tyr.update_ed_db, instance.name)
execute(jormungandr.deploy_jormungandr_instance_conf, instance)
execute(kraken.create_eng_instance, instance)
execute(tyr.deploy_default_synonyms, instance)
execute(db.create_privileges_instance_db, instance)
if reload_jormun:
execute(jormungandr.reload_jormun_safe_all)
def reload_jormun_safe(server, safe=True):
""" Reload jormungandr on a specific server,
in a safe way if load balancers are available
"""
safe = get_bool_from_cli(safe)
with settings(host_string=server):
if env.use_load_balancer and safe:
load_balancer.disable_node(server)
# Restart uWSGI if set.
if env.uwsgi_enable:
restart_uwsgi('jormungandr')
else:
restart_apache()
if env.use_load_balancer and safe:
load_balancer.enable_node(server)
def restart_kraken(instance, test=True, wait=True):
"""Restart a kraken instance on a given server
To let us not restart all kraken servers in the farm
"""
instance = get_real_instance(instance)
wait = get_bool_from_cli(wait)
if instance.name not in env.excluded_instances:
kraken = 'kraken_' + instance.name
start_or_stop_with_delay(kraken,
4000,
500,
start=False,
only_once=True)
start_or_stop_with_delay(kraken,
4000,
500,
only_once=env.KRAKEN_START_ONLY_ONCE)
if test:
test_kraken(instance.name, fail_if_error=False, wait=wait)
else:
print(yellow("{} has no data, not testing it".format(instance.name)))
def restart_all_krakens(wait=True):
"""restart and test all kraken instances"""
wait = get_bool_from_cli(wait)
execute(require_monitor_kraken_started)
for instance in env.instances.values():
restart_kraken(instance, wait=wait)
def upgrade_all(up_tyr=True, up_confs=True, kraken_wait=True, check_version=True,
send_mail='no', manual_lb=False, check_dead=True):
"""Upgrade all navitia packages, databases and launch rebinarisation of all instances """
check_version = get_bool_from_cli(check_version)
up_tyr = get_bool_from_cli(up_tyr)
up_confs = get_bool_from_cli(up_confs)
kraken_wait = get_bool_from_cli(kraken_wait)
if check_version:
execute(compare_version_candidate_installed, host_name='tyr')
if env.use_load_balancer:
if manual_lb:
print(yellow("WARNING : you are in MANUAL mode :\n"
"Check frequently for message asking you to switch nodes manually"))
else:
# check credential NOW
_adc_connection(check=True)
execute(check_last_dataset)
if send_mail in ('start', 'all'):
broadcast_email('start')
time_dict = TimeCollector()
time_dict.register_start('total_deploy')
if up_tyr:
execute(tyr.stop_tyr_beat)
execute(upgrade_tyr, up_confs=up_confs, pilot_tyr_beat=False)
time_dict.register_start('bina')
execute(tyr.launch_rebinarization_upgrade, pilot_tyr_beat=False)
time_dict.register_end('bina')
if check_version:
execute(compare_version_candidate_installed)
execute(kraken.swap_all_data_nav)
if env.use_load_balancer:
# Upgrade kraken/jormun on first hosts set
env.roledefs['eng'] = env.eng_hosts_1
env.roledefs['ws'] = env.ws_hosts_1
if manual_lb:
raw_input(yellow("Please disable ENG1/WS1 and enable ENG2-4/WS2-4"))
else:
execute(switch_to_first_phase, env.eng_hosts_1, env.ws_hosts_1, env.ws_hosts_2)
time_dict.register_start('kraken')
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs, supervision=True)
if check_dead:
execute(check_dead_instances)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
# Upgrade kraken/jormun on remaining hosts
env.roledefs['eng'] = env.eng_hosts_2
env.roledefs['ws'] = env.ws_hosts_2
if manual_lb:
raw_input(yellow("Please enable ENG1/WS1 and disable ENG2-4/WS2-4"))
else:
execute(switch_to_second_phase, env.eng_hosts_1, env.eng_hosts_2,
env.ws_hosts_1, env.ws_hosts_2)
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs)
time_dict.register_end('kraken')
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
if not manual_lb:
execute(enable_all_nodes, env.eng_hosts, env.ws_hosts_1, env.ws_hosts_2)
env.roledefs['eng'] = env.eng_hosts
env.roledefs['ws'] = env.ws_hosts
else:
time_dict.register_start('kraken')
execute(upgrade_kraken, kraken_wait=kraken_wait, up_confs=up_confs, supervision=True)
time_dict.register_end('kraken')
execute(upgrade_jormungandr, up_confs=up_confs)
if up_tyr:
execute(tyr.start_tyr_beat)
time_dict.register_end('total_deploy')
if send_mail in ('end', 'all'):
warn_dict = jormungandr.check_kraken_jormun_after_deploy()
status = show_dead_kraken_status(warn_dict, show=True)
status += show_time_deploy(time_dict)
broadcast_email('end', status)
if env.use_load_balancer and manual_lb:
print(yellow("Please enable ENG1-4/WS1-4"))
def test_all_krakens(wait=False):
"""test all kraken instances"""
wait = get_bool_from_cli(wait)
for instance in env.instances.values():
test_kraken(instance.name, fail_if_error=False, wait=wait, loaded_is_ok=True)
def restart_all_krakens(wait=True):
"""restart and test all kraken instances"""
wait = get_bool_from_cli(wait)
start_or_stop_with_delay('apache2', env.APACHE_START_DELAY * 1000, 500, only_once=env.APACHE_START_ONLY_ONCE)
for instance in env.instances.values():
restart_kraken(instance.name, wait=wait)
def restart_all_krakens(wait=True):
"""restart and test all kraken instances"""
wait = get_bool_from_cli(wait)
execute(require_monitor_kraken_started)
for instance in env.instances.values():
restart_kraken(instance, wait=wait)
def test_kraken(instance,
fail_if_error=True,
wait=False,
loaded_is_ok=None,
hosts=None):
"""Test kraken with '?instance='"""
instance = get_real_instance(instance)
wait = get_bool_from_cli(wait)
hosts = [h.split('@')[1] for h in hosts or instance.kraken_engines]
will_return = len(hosts) == 1
for host in hosts:
request = 'http://{}:{}/{}/?instance={}'.format(
host, env.kraken_monitor_port, env.kraken_monitor_location_dir,
instance.name)
if wait:
# we wait until we get a response and the instance is 'loaded'
try:
result = Retrying(stop_max_delay=env.KRAKEN_RESTART_DELAY * 1000,
wait_fixed=1000, retry_on_result=lambda x: x is None or not x['loaded']) \
.call(_test_kraken, request, fail_if_error)
except Exception as ex:
print(
red("ERROR: could not reach {}, too many retries ! ({})".
format(instance.name, ex)))
result = {'status': False}
else:
result = _test_kraken(request, fail_if_error)
try:
if result['status'] != 'running':
if result['status'] == 'no_data':
print(
yellow(
"WARNING: instance {} has no loaded data".format(
instance.name)))
if will_return:
return False
if fail_if_error:
print(
red("ERROR: Instance {} is not running ! ({})".format(
instance.name, result)))
if will_return:
return False
print(
yellow("WARNING: Instance {} is not running ! ({})".format(
instance.name, result)))
if will_return:
return False
if not result['is_connected_to_rabbitmq']:
print(
yellow("WARNING: Instance {} is not connected to rabbitmq".
format(instance.name)))
if will_return:
return False
if loaded_is_ok is None:
loaded_is_ok = wait
if not loaded_is_ok:
if result['loaded']:
print(
yellow("WARNING: instance {} has loaded data".format(
instance.name)))
if will_return:
return True
else:
print(
green("OK: instance {} has correct values: {}".format(
instance.name, result)))
if will_return:
return False
else:
if result['loaded']:
print(
green("OK: instance {} has correct values: {}".format(
instance.name, result)))
if will_return:
return True
elif fail_if_error:
abort(
red("CRITICAL: instance {} has no loaded data".format(
instance.name)))
else:
print(
yellow(
"WARNING: instance {} has no loaded data".format(
instance.name)))
if will_return:
return False
except KeyError:
print(
red("CRITICAL: instance {} does not return a correct result".
format(instance.name)))
print(result)
if fail_if_error:
abort('')
return False
def upgrade_all(up_tyr=True, up_confs=True, check_version=True, send_mail='no',
manual_lb=False, check_dead=True, check_bina=True):
"""Upgrade all navitia packages, databases and launch rebinarisation of all instances """
up_tyr = get_bool_from_cli(up_tyr)
up_confs = get_bool_from_cli(up_confs)
check_version = get_bool_from_cli(check_version)
check_dead = get_bool_from_cli(check_dead)
check_bina = get_bool_from_cli(check_bina)
if check_version:
execute(compare_version_candidate_installed, host_name='tyr')
if env.use_load_balancer:
if manual_lb:
print(yellow("WARNING : you are in MANUAL mode :\n"
"Check frequently for message asking you to switch nodes manually"))
else:
# check credential NOW
_adc_connection(check=True)
execute(check_last_dataset)
if send_mail in ('start', 'all'):
broadcast_email('start')
time_dict = TimeCollector()
time_dict.register_start('total_deploy')
if up_tyr:
execute(update_tyr_step, time_dict, only_bina=False, check_bina=check_bina)
if check_version:
execute(compare_version_candidate_installed)
execute(kraken.swap_all_data_nav)
if env.use_load_balancer:
# Upgrade kraken/jormun on first hosts set
env.roledefs['eng'] = env.eng_hosts_1
env.roledefs['ws'] = env.ws_hosts_1
if manual_lb:
raw_input(yellow("Please disable ENG1,3/WS1,5,6 and enable ENG2,4/WS2-4"))
else:
execute(switch_to_first_phase, env.eng_hosts_1, env.ws_hosts_1, env.ws_hosts_2)
time_dict.register_start('kraken')
execute(upgrade_kraken, wait=env.KRAKEN_RESTART_SCHEME, up_confs=up_confs, supervision=True)
if check_dead:
execute(check_dead_instances)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
# check first hosts set before upgrading the second one
for server in env.roledefs['ws']:
instance = random.choice(env.instances.values())
execute(jormungandr.test_jormungandr, get_host_addr(server), instance=instance.name)
# Upgrade kraken/jormun on remaining hosts
env.roledefs['eng'] = env.eng_hosts_2
env.roledefs['ws'] = env.ws_hosts_2
if manual_lb:
raw_input(yellow("Please enable ENG1,3/WS1,5,6 and disable ENG2,4/WS2-4"))
else:
execute(switch_to_second_phase, env.eng_hosts_1, env.eng_hosts_2,
env.ws_hosts_1, env.ws_hosts_2)
execute(upgrade_jormungandr, reload=False, up_confs=up_confs)
if manual_lb:
raw_input(yellow("Please enable WS1-6"))
else:
execute(switch_to_third_phase, env.ws_hosts_2)
env.roledefs['ws'] = env.ws_hosts
execute(upgrade_kraken, wait=env.KRAKEN_RESTART_SCHEME, up_confs=up_confs)
time_dict.register_end('kraken')
if not manual_lb:
execute(enable_all_nodes, env.eng_hosts, env.ws_hosts_1, env.ws_hosts_2)
env.roledefs['eng'] = env.eng_hosts
else:
time_dict.register_start('kraken')
execute(upgrade_kraken, wait=env.KRAKEN_RESTART_SCHEME, up_confs=up_confs, supervision=True)
time_dict.register_end('kraken')
execute(upgrade_jormungandr, up_confs=up_confs)
# check deployment OK
for server in env.roledefs['ws']:
instance = random.choice(env.instances.values())
execute(jormungandr.test_jormungandr, get_host_addr(server), instance=instance.name)
# start tyr_beat even if up_tyr is False
execute(tyr.start_tyr_beat)
time_dict.register_end('total_deploy')
if send_mail in ('end', 'all'):
warn_dict = jormungandr.check_kraken_jormun_after_deploy()
status = show_dead_kraken_status(warn_dict, show=True)
status += show_time_deploy(time_dict)
broadcast_email('end', status)
if env.use_load_balancer and manual_lb:
print(yellow("Please enable ENG1-4/WS1-4"))
