def syncAsset():
salt = LocalClient()
grains = salt.cmd('*', 'grains.items')
obj = Asset.objects.all()
host_list = []
for i in obj:
host_list.append(i.hostname)
try:
for host in grains.keys():
ip = grains[host]['ipv4'][-1]
hostname_id = grains[host]['id']
cpu = grains[host]['cpu_model']
memory = grains[host]['mem_total']
if grains[host].has_key('virtual'):
asset_type = grains[host]['virtual']
else:
asset_type = 'physical'
if grains[host].has_key('osfinger'):
os = grains[host]['osfinger']
else:
os = grains[host]['osfullname']
if host not in host_list:
try:
Asset.objects.create(ip=ip,
hostname=hostname_id,
system_type=os,
cpu=cpu,
memory=memory,
asset_type=asset_type)
except Exception, e:
print e
except Exception, e:
print e
def flushMemcached(request):
data = request.POST.getlist('mcName')
project = 'memcache flush'
username = request.user
ip = request.META['REMOTE_ADDR']
saltCmd = LocalClient()
result = []
for name in data:
for info in memcache.objects.filter(memcacheName=name):
try:
cmd = saltCmd.cmd(
info.saltMinion.saltname, 'cmd.run',
['echo "flush_all" | nc %s %s' % (info.ip, info.port)])
result.append(cmd)
if cmd[info.saltMinion.saltname] == 'OK':
msg = 'Success'
else:
msg = 'error'
host = info.ip + ":" + info.port
dingding_robo(host, project, msg, username,
request.POST['phone_number'])
print result
except Exception, e:
print e
def get_panel_pdf(handler,
panel,
server_name,
dash_user,
pdf_file='/tmp/table.pdf',
args=[],
provider=None,
kwargs={},
filter_field=''):
if not args:
args = list(args)
cl = LocalClient()
panel = yield get_panel_for_user(handler=handler,
panel=panel,
server_name=server_name,
dash_user=dash_user,
args=args,
provider=provider,
kwargs=kwargs)
result = cl.cmd('va-master',
'va_utils.get_pdf',
kwarg={
'panel': panel,
'pdf_file': pdf_file,
'filter_field': filter_field
})
if not result['va-master']:
yield handler.serve_file(pdf_file)
raise tornado.gen.Return({'data_type': 'file'})
raise Exception('PDF returned a value - probably because of an error. ')
def get_all_roles():
cl = LocalClient()
result = cl.cmd('*', 'grains.get', arg=['role'])
return {
x: result[x]
for x in result if result[x] not in error_msgs and result[x]
}
def get_all_monitoring_data(datastore_handler):
"""
description: Returns all icinga data from connected monitoring minions.
"""
cl = LocalClient()
result = cl.cmd('G@role:monitoring',
fun='va_monitoring.icinga2',
tgt_type='compound')
monitoring_errors = []
for minion in result:
if type(result[minion]) == str:
print(
'Error getting monitoring data for %s, salt returned %s, but will go on as usual. '
% (minion, result[minion]))
monitoring_errors.append(minion)
continue
for host in result[minion]:
if 'va_master' in host['host_name']:
panel = {'icon': 'fa-circle'}
else:
panel = yield datastore_handler.find_panel_for_server(
host['host_name'])
host['icon'] = panel['icon']
if monitoring_errors:
monitoring_errors = 'There was an error with the monitoring server(s): ' + ', '.join(
monitoring_errors)
result = {
'success': True,
'data': result,
'message': monitoring_errors
}
raise tornado.gen.Return(result)
def export_table(handler,
panel,
server_name,
dash_user,
export_type='pdf',
table_file='/tmp/table',
args=[],
provider=None,
kwargs={},
filter_field=''):
table_func = 'va_utils.get_%s' % export_type
table_file = table_file + '.' + export_type
if not args:
args = list(args)
cl = LocalClient()
panel = yield get_panel_for_user(handler=handler,
panel=panel,
server_name=server_name,
dash_user=dash_user,
args=args,
provider=provider,
kwargs=kwargs)
print('Getting ', export_type, ' with filter : ', filter_field)
result = cl.cmd('G@role:va-master',
fun=table_func,
tgt_type='compound',
kwarg={
'panel': panel,
'table_file': table_file,
'filter_field': filter_field
})
yield handler.serve_file(table_file)
def __init__(self,main_config):
self.opts=master_config(main_config)
self.wheel=Wheel(self.opts)
self.client=LocalClient()
self.connected_minions_list=self.wheel.call_func('minions.connected')
self.key_dict=self.wheel.call_func('key.list_all')
self.total=len(self.key_dict['minions'])+len(self.key_dict['minions_pre'])+len(self.key_dict['minions_denied'])+len(self.key_dict['minions_rejected'])
def run(self, quiet=False):
'''
do all the work
note that 'quiet' applies only to remotely
run, and the same is true for returning the contents.
maybe we want to fix that
'''
while True:
client = LocalClient()
module_args = [self.path, self.batchno,
self.batchsize, quiet]
result = client.cmd([self.host],
"retentionaudit.examine_dir",
module_args, expr_form='list',
timeout=self.timeout)
if self.host in result:
lines = result[self.host].split("\n")
maxlen = 0
for line in lines:
if (line.startswith("WARNING:") or
line.startswith("INFO:")):
continue
else:
try:
entry = json.loads(
line, object_hook=JsonHelper.decode_dict)
if len(entry['path']) > maxlen:
maxlen = len(entry['path'])
except:
continue
if not quiet:
for line in lines:
if (line.startswith("WARNING:") or
line.startswith("INFO:")):
print line
else:
try:
entry = json.loads(
line,
object_hook=JsonHelper.decode_dict)
EntryInfo.display_from_dict(
entry, True, maxlen)
except:
print line
return result[self.host]
else:
print "Failed to retrieve dir content for", self.path, "on", self.host
continuing = ("Try again? Y/N [N]: ")
if continuing == "":
continuing = "N"
if continuing.upper() != "Y":
return None
class SaltByLocalApi(object):
'''
Saltapi class 通过salt本地接口调用,需和salt-master服务在同一台机器
'''
def __init__(self, main_config):
self.opts = master_config(main_config)
self.wheel = Wheel(self.opts)
self.client = LocalClient()
self.connected_minions_list = self.wheel.call_func('minions.connected')
self.key_dict = self.wheel.call_func('key.list_all')
self.total = len(self.key_dict['minions']) + len(
self.key_dict['minions_pre']) + len(
self.key_dict['minions_denied']) + len(
self.key_dict['minions_rejected'])
def get_minions_key_status(self):
reject = len(self.key_dict['minions_rejected'])
unaccept = len(self.key_dict['minions_pre'])
accept = len(self.key_dict['minions'])
return [accept, reject, unaccept]
def get_minions_status(self):
return [
self.total,
len(self.connected_minions_list),
self.total - len(self.connected_minions_list)
]
def get_host_info(self):
minions = self.connected_minions_list
ret = self.client.cmd(
minions,
'grains.item', [
'mem_total', 'osfullname', 'host', 'osrelease', 'num_cpus',
'ipv4', 'group', 'area', 'usage'
],
expr_form='list')
host_info_dict = {}
for k, v in ret.iteritems():
v['ipv4'].remove('127.0.0.1')
ips = '/'.join(v['ipv4']) if len(v['ipv4']) > 1 else v['ipv4'][0]
values = [
v['host'], ips, v['osfullname'] + v['osrelease'],
str(v['num_cpus']) + ' cores',
str(v['mem_total']) + ' MB', v['group'], v['area'], v['usage']
]
host_info_dict[k] = values
return host_info_dict
def get_master_config(self):
return self.opts
def get_grains(self):
if self.connected_minions_list is None or len(
self.connected_minions_list) < 1:
return None
return self.client.cmd(self.connected_minions_list[0], 'grains.items',
[])
def salt_runner(*args, **kwargs):
print("In salt_runner")
client = LocalClient()
t = client.cmd(target, instruction, arg=cmd_arg, timeout=120)
if (instruction in ("state.sls", "state.sls_id")):
ans = formatter_state(t)
else:
ans = formatter_raw(t)
return ans
def get_all_salt_functions(datastore_handler):
""" Gets all salt functions for all minions. """
cl = LocalClient()
states = yield datastore_handler.get_states_and_apps()
functions = cl.cmd('*', 'sys.doc')
result = {[i for i in x if x[states[x]['module']] in i] for x in functions}
raise tornado.gen.Return(result)
def run(self, quiet=False):
'''
do all the work
note that 'quiet' applies only to remotely
run, and the same is true for returning the contents.
maybe we want to fix that
'''
while True:
client = LocalClient()
module_args = [self.path, self.batchno, self.batchsize, quiet]
result = client.cmd([self.host],
"retentionaudit.examine_dir",
module_args,
expr_form='list',
timeout=self.timeout)
if self.host in result:
lines = result[self.host].split("\n")
maxlen = 0
for line in lines:
if (line.startswith("WARNING:")
or line.startswith("INFO:")):
continue
else:
try:
entry = json.loads(
line, object_hook=JsonHelper.decode_dict)
if len(entry['path']) > maxlen:
maxlen = len(entry['path'])
except:
continue
if not quiet:
for line in lines:
if (line.startswith("WARNING:")
or line.startswith("INFO:")):
print line
else:
try:
entry = json.loads(
line, object_hook=JsonHelper.decode_dict)
EntryInfo.display_from_dict(
entry, True, maxlen)
except:
print line
return result[self.host]
else:
print "Failed to retrieve dir content for", self.path, "on", self.host
continuing = ("Try again? Y/N [N]: ")
if continuing == "":
continuing = "N"
if continuing.upper() != "Y":
return None
def salt_runner(*args, **kwargs):
print "In salt_runner"
client = LocalClient()
t = client.cmd(target, instruction, arg=cmd_arg, timeout=120)
if (instruction == "state.sls"):
ans = formatter_state(t)
else:
ans = formatter_raw(t)
return ans
def system(hostname):
try:
local = LocalClient()
sys = local.cmd(hostname,'grains.item',['kernel'])
if sys[hostname]['kernel'] == 'Linux':
return 'linux'
elif sys[hostname]['kernel'] == 'Windows':
return 'windows'
except Exception,e:
print e
def install_zfs(cls, data):
client = LocalClient()
subprocess.call(["mkdir",
"-p",
"/srv/salt"])
subprocess.call(["mv",
"%(app_root)s/application/utils/install_zfs.sh" % {'app_root': CONFIGS['APP_ROOT']},
"/srv/salt/"])
response = client.cmd(data['Storage-Node'],
"cmd.script",
["salt://install_zfs.sh"])
return response
def run_cmd(command, retcodes=[0], **kwargs):
from salt.client import LocalClient
global salt_client
if not salt_client:
salt_client = LocalClient()
res = salt_client.cmd('*', 'cmd.run', [command], full_return=True)
if retcodes:
for _id, _res in res.items():
assert _res['retcode'] in retcodes
return res
def do_macro(registry, user, instruction, match):
macro = match.group('target')
if (macro not in deployments.keys()):
return {'success': False, 'answer': "I don't currently know about %s" % macro}
tgt = deployments[macro]
print "Starting macro %s"%macro
client = LocalClient()
t = client.cmd(tgt['target'], tgt['instruction'], arg=tgt['arg'], timeout=120)
if (tgt['instruction'] == "state.sls"):
ans = formatter_state(t)
else:
ans = formatter_raw(t)
return {'success': True, 'answer': ans}
def cache_ost_grains_item(ost, args=['default_addr'], timeout=60):
from salt.client import LocalClient
client = LocalClient()
ret = {}
try:
ost = int(ost)
except:
return False
if not isinstance(args, list):
return False
jid = client.cmd_async('G@osts:%d'% ost, 'grains.item', args, expr_form='compound')
ret = wait_return_salt_cmd(jid, timeout=timeout)
return ret
class SaltByLocalApi(object):
'''
Saltapi class 通过salt本地接口调用,需和salt-master服务在同一台机器
'''
def __init__(self,main_config):
self.opts=master_config(main_config)
self.wheel=Wheel(self.opts)
self.client=LocalClient()
self.connected_minions_list=self.wheel.call_func('minions.connected')
self.key_dict=self.wheel.call_func('key.list_all')
self.total=len(self.key_dict['minions'])+len(self.key_dict['minions_pre'])+len(self.key_dict['minions_denied'])+len(self.key_dict['minions_rejected'])
def get_minions_key_status(self):
reject=len(self.key_dict['minions_rejected'])
unaccept=len(self.key_dict['minions_pre'])
accept=len(self.key_dict['minions'])
return [accept,reject,unaccept]
def get_minions_status(self):
online=len(self.get_host_info())
return [self.total,online,self.total-online]
def get_host_info(self):
minions=self.connected_minions_list
ret=self.client.cmd(minions,'grains.item',['mem_total',
'osfullname',
'host',
'osrelease',
'num_cpus',
'ipv4',
'group',
'area',
'usage'],expr_form='list')
host_info_dict={}
for k,v in ret.iteritems():
v['ipv4'].remove('127.0.0.1')
ips='/'.join(v['ipv4']) if len(v['ipv4'])>1 else v['ipv4'][0]
values=[v['host'],
ips,
v['osfullname']+v['osrelease'],
str(v['num_cpus'])+' cores',
str(v['mem_total'])+' MB',
v['group'],
v['area'],
v['usage']]
host_info_dict[k]=values
return host_info_dict
def get_master_config(self):
return self.opts
def get_grains(self):
if self.connected_minions_list is None or len(self.connected_minions_list)<1:
return None
return self.client.cmd(self.connected_minions_list[0],'grains.items',[])
def call_master_cmd(fun, arg=[], kwarg={}):
''' Calls the salt function on the va-master. Used to work with salt-call but a recent salt version made it incompatible with tornado, so we resort to using the `role` grain to find the va-master and call the function that way. '''
cl = LocalClient()
result = cl.cmd('G@role:va-master',
fun=fun,
tgt_type='compound',
arg=arg,
kwarg=kwarg)
result = [result[i] for i in result if result[i]]
if not result:
raise Exception('Tried to run ' + str(fun) +
' on va-master, but there was no response. arg was ' +
str(arg) + ' and kwarg was ' + str(kwarg))
return result[0]
def wait_return_salt_cmd(jid, timeout, interval = 5):
from salt.client import LocalClient
client = LocalClient()
result = {}
start = time.time()
while True:
result = client.get_cache_returns(jid)
if len(result) == 0:
wait = int(time.time() - start)
if wait > timeout:
return {}
else:
return result
time.sleep(interval)
def tick(self):
"""
For walltime-based monitoring of running requests. Long-running requests
get a periodic call to saltutil.running to verify that things really
are still happening.
"""
if not self._by_jid:
return
else:
log.debug("RequestCollection.tick: %s JIDs underway" %
len(self._by_jid))
# Identify JIDs who haven't had a saltutil.running reponse for too long.
# Kill requests in a separate phase because request:JID is not 1:1
stale_jobs = set()
_now = now()
for request in self._by_jid.values():
if _now - request.alive_at > datetime.timedelta(
seconds=TICK_PERIOD * 3):
log.error("Request %s JID %s stale: now=%s, alive_at=%s" %
(request.id, request.jid, _now, request.alive_at))
stale_jobs.add(request)
# Any identified stale jobs are errored out.
for request in stale_jobs:
with self._update_index(request):
request.set_error("Lost contact")
request.jid = None
request.complete()
# Identify minions associated with JIDs in flight
query_minions = set()
for jid, request in self._by_jid.items():
query_minions.add(request.minion_id)
# Attempt to emit a saltutil.running to ping jobs, next tick we
# will see if we got updates to the alive_at attribute to indicate non-staleness
if query_minions:
log.info("RequestCollection.tick: sending saltutil.running to {0}".
format(query_minions))
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
pub_data = client.run_job(list(query_minions),
'saltutil.running', [],
expr_form="list")
if not pub_data:
log.warning("Failed to publish saltutil.running to {0}".format(
query_minions))
def get_salt_functions():
cl = LocalClient()
salt_functions = cl.cmd('G@role:va-master',
fun='va_utils.get_documented_module_functions',
tgt_type='compound')
salt_functions = salt_functions.items()[0][1]
print('Salt : ', salt_functions)
salt_functions = {
method: [[function[0], yaml.load(function[1])]
for function in salt_functions[method]
if function_is_documented(function[1], func_name=function[0])]
for method in salt_functions
}
return salt_functions
def serve_file(self, source, chunk_size = 10**6, salt_source = {}, url_source = ''):
self.set_header('Content-Type', 'application/octet-stream')
self.set_header('Content-Disposition', 'attachment; filename=test.zip')
try:
offset = 0
if salt_source:
client = LocalClient()
source = client.cmd
kwargs = salt_source
kwargs['kwarg'] = kwargs.get('kwarg', {})
kwargs['kwarg']['range_from'] = 0
elif url_source:
def streaming_callback(chunk):
self.write(chunk)
self.flush()
source = AsyncHTTPClient().fetch
request = HTTPRequest(url = url_source, streaming_callback = streaming_callback)
request = url_source
kwargs = {"request" : request, 'streaming_callback' : streaming_callback}
else:
f = open(source, 'r')
source = f.read
kwargs = {"source_args" : [chunk_size]}
print ('Serving file with : ', source, kwargs, chunk_size)
result = yield self.send_data(source, kwargs, chunk_size)
print ('Sent data and result is : ', result)
self.finish()
except:
import traceback
traceback.print_exc()
def _submit(self, commands):
self.log.debug("Request._submit: %s/%s/%s" % (self._minion_id, self._cluster_name, commands))
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
pub_data = client.run_job(self._minion_id, 'ceph.rados_commands',
[self._fsid, self._cluster_name, commands])
if not pub_data:
# FIXME: LocalClient uses 'print' to record the
# details of what went wrong :-(
raise PublishError("Failed to publish job")
self.log.info("Request %s started job %s" % (self.id, pub_data['jid']))
self.alive_at = now()
self.jid = pub_data['jid']
return self.jid
def run(self):
'''
do all the work
'''
client = LocalClient()
module_args = [self.path, self.num_lines]
result = client.cmd([self.host],
"retentionaudit.examine_file",
module_args,
expr_form='list',
timeout=self.timeout)
if self.host in result:
if not self.quiet:
print result[self.host]
return result[self.host]
def restart_infra_impl(infra_name, target_server):
# check if infra is supported
if infra_name not in supported_infra:
raise NoSuchInfrastructureException('', 1)
logger.info('restart infra:%s on %s' % (infra_name, target_server))
sls_arg = supported_infra[infra_name]
# send saltstack cmd to restart infra
client = LocalClient()
client.cmd(target_server, 'state.apply', [sls_arg])
# check if the infrastructure is up
if not check_module_is_up(target_server, infra_name):
raise InfraIsNotUpException(infra_name)
logger.info('restart infra:%s on %s success' % (infra_name, target_server))
def salt_local_client():
global _salt_local_client
# TODO IMPROVE in case of minion retsart old handler will
# lead to Authentication error, so always recreate it
# as a workaround for now
if not _salt_local_client or True:
_salt_local_client = LocalClient()
return _salt_local_client
def run(self):
'''
do all the work
'''
client = LocalClient()
module_args = [self.path,
self.num_lines]
result = client.cmd([self.host],
"retentionaudit.examine_file",
module_args, expr_form='list',
timeout=self.timeout)
if self.host in result:
if not self.quiet:
print result[self.host]
return result[self.host]
def run(config, argv):
args = docopt(__doc__, argv=argv)
profile_name = args['--profile-name']
state = args['--state']
data = {'salt': {}}
master = config.master_config_data(files=['/etc/salt/master'])
instance_name = instances.instance_name_for_state(state, config)
instance_id = instance_name.rsplit('-')[-1]
minion_id = '{0}{1}'.format(state, instance_id)
pem, pub = salt.gen_keys()
client = LocalClient()
grains = client.cmd('master', 'grains.item', ['fqdn'])
try:
master_fqdn = grains['master']['fqdn']
except KeyError:
return
minion_data = {
'master': master_fqdn,
'id': minion_id
}
profile = config.profile_for_key(profile_name)
minion_data.update(profile.get('minion', {}))
data['salt']['minion_pub'] = pub
data['salt']['minion_pem'] = pem
data['salt']['minion'] = Filesystem.encode(
config.minion_config_data(minion_data))
salt.accept_key(master['pki_dir'], pub, minion_id)
instances.create_instance(
config=config,
profile_name=profile_name,
state=state,
data=data,
instance_name=instance_name)
def run(self):
try:
from salt.client import LocalClient
client = LocalClient(c_path=get_config().getstring('salt', 'master_config_path',
'/etc/salt/master'))
try:
log.debug('Running action against "%s": %s args: %s',
self.hostname, self.action, self.args)
data = client.cmd(self.hostname, self.action, arg=self.args)
except SystemExit as e:
log.error('Failed action %s on host: %s (%s)', self.action, self.hostname, e)
self.q.put(cPickle.dumps({}))
else:
pdata = cPickle.dumps(data)
self.q.put(pdata)
except Exception as e:
log.err(system='salt-local')
self.q.put(cPickle.dumps({'_error': e}))
def cancel(self, request_id):
"""
Immediately mark a request as cancelled, and in the background
try and cancel any outstanding JID for it.
"""
request = self._by_request_id[request_id]
with self._update_index(request):
request.set_error("Cancelled")
request.complete()
if request.jid:
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
client.run_job(request.minion_id, 'saltutil.kill_job',
[request.jid])
# We don't check for completion or errors from kill_job, it's a best-effort thing. If we're
# cancelling something we will do our best to kill any subprocess but can't
# any guarantees because running nodes may be out of touch with the calamari server.
request.jid = None
def getServices(request):
action = request.POST.get('action')
data = request.POST.getlist('id')
username = request.user
saltCmd = LocalClient()
result = []
ip = request.META['REMOTE_ADDR']
for v in data:
goName,host = v.split(',')
getMes = saltCmd.cmd('%s'%host,'cmd.run',['supervisorctl %s %s'% (action,goName)])
result.append(getMes)
info = action + ' ' + goName
dingding_robo(host,info,getMes,username,request.POST['phone_number'])
logs(username,ip,'%s services' % action,result)
return render(request,'getdata.html',{'result':result})
def cancel(self, request_id):
"""
Immediately mark a request as cancelled, and in the background
try and cancel any outstanding JID for it.
"""
request = self._by_request_id[request_id]
with self._update_index(request):
request.set_error("Cancelled")
request.complete()
if request.jid:
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
client.run_job(request.minion_id, 'saltutil.kill_job',
[request.jid])
# We don't check for completion or errors from kill_job, it's a best-effort thing. If we're
# cancelling something we will do our best to kill any subprocess but can't
# any guarantees because running nodes may be out of touch with the calamari server.
request.jid = None
def do_run(cmd, channel, body):
# {'cid': 'blahblah', 'target': '*', 'instruction': 'test.ping', cmd_arg: ['']}
try:
cmd_arg = body.get('cmd_arg', ())
instruction = body.get('instruction', 'test.ping')
target = body.get('target', '*')
client = LocalClient()
t = client.cmd(target, instruction, arg=cmd_arg, timeout=240)
if (instruction == "state.sls"):
ans = formatter_state(t)
else:
ans = formatter_raw(t)
result = {'cid': body.get('cid', None), 'result': ans}
zmq_sock.send_multipart('MSG', 'input/salt/run', json.dumps(result))
except:
traceback.print_exc(None)
result = {'cid': body.get('cid', None), 'result': 'An exception occurred'}
zmq_sock.send_multipart('MSG', 'input/salt/run', json.dumps(result))
def on_tick(self):
# This procedure is to catch the annoying case of AES key changes (#7836), which are otherwise
# ignored by minions which are doing only minion->master messaging. To ensure they
# pick up on key changes, we actively send them something (doesn't matter what). To
# avoid doing this constantly, we only send things to minions which seem to be a little
# late
# After this length of time, doubt a minion enough to send it a message in case
# it needs a kick to update its key
def _ping_period(fqdn):
return datetime.timedelta(seconds=self.get_contact_period(fqdn) * 2)
t = now()
late_servers = [s.fqdn for s in self.servers.values() if s.last_contact and (t - s.last_contact) > _ping_period(s.fqdn)]
log.debug("late servers: %s" % late_servers)
if late_servers:
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
pub = client.pub(late_servers, "test.ping", expr_form='list')
log.debug(pub)
def run(self):
try:
from salt.client import LocalClient
client = LocalClient(c_path=get_config().getstring(
'salt', 'master_config_path', '/etc/salt/master'))
try:
log.debug('Running action against "%s": %s args: %s',
self.hostname, self.action, self.args)
data = client.cmd(self.hostname, self.action, arg=self.args)
except SystemExit as e:
log.error('Failed action %s on host: %s (%s)', self.action,
self.hostname, e)
self.q.put(cPickle.dumps({}))
else:
pdata = cPickle.dumps(data)
self.q.put(pdata)
except Exception as e:
log.err(system='salt-local')
self.q.put(cPickle.dumps({'_error': e}))
def do_macro(registry, user, instruction, match):
macro = match.group('target')
if (macro not in deployments.keys()):
return {
'success': False,
'answer': "I don't currently know about %s" % macro
}
tgt = deployments[macro]
print "Starting macro %s" % macro
client = LocalClient()
t = client.cmd(tgt['target'],
tgt['instruction'],
arg=tgt['arg'],
timeout=120)
if (tgt['instruction'] == "state.sls"):
ans = formatter_state(t)
else:
ans = formatter_raw(t)
return {'success': True, 'answer': ans}
def tick(self):
"""
For walltime-based monitoring of running requests. Long-running requests
get a periodic call to saltutil.running to verify that things really
are still happening.
"""
if not self._by_jid:
return
else:
log.debug("RequestCollection.tick: %s JIDs underway" % len(self._by_jid))
# Identify JIDs who haven't had a saltutil.running reponse for too long.
# Kill requests in a separate phase because request:JID is not 1:1
stale_jobs = set()
_now = now()
for request in self._by_jid.values():
if _now - request.alive_at > datetime.timedelta(seconds=TICK_PERIOD * 3):
log.error("Request %s JID %s stale: now=%s, alive_at=%s" % (
request.id, request.jid, _now, request.alive_at
))
stale_jobs.add(request)
# Any identified stale jobs are errored out.
for request in stale_jobs:
with self._update_index(request):
request.set_error("Lost contact")
request.jid = None
request.complete()
# Identify minions associated with JIDs in flight
query_minions = set()
for jid, request in self._by_jid.items():
query_minions.add(request.minion_id)
# Attempt to emit a saltutil.running to ping jobs, next tick we
# will see if we got updates to the alive_at attribute to indicate non-staleness
if query_minions:
log.info("RequestCollection.tick: sending saltutil.running to {0}".format(query_minions))
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
pub_data = client.run_job(list(query_minions), 'saltutil.running', [], expr_form="list")
if not pub_data:
log.warning("Failed to publish saltutil.running to {0}".format(query_minions))
def do_run(cmd, channel, body):
# {'cid': 'blahblah', 'target': '*', 'instruction': 'test.ping', cmd_arg: ['']}
try:
cmd_arg = body.get('cmd_arg', ())
instruction = body.get('instruction', 'test.ping')
target = body.get('target', '*')
client = LocalClient()
t = client.cmd(target, instruction, arg=cmd_arg, timeout=240)
if (instruction == "state.sls"):
ans = formatter_state(t)
else:
ans = formatter_raw(t)
result = {'cid': body.get('cid', None), 'result': ans}
zmq_sock.send_multipart('MSG', 'input/salt/run', json.dumps(result))
except:
traceback.print_exc(None)
result = {
'cid': body.get('cid', None),
'result': 'An exception occurred'
}
zmq_sock.send_multipart('MSG', 'input/salt/run', json.dumps(result))
def restart_module_impl(module_name, target_server, settings):
module_settings = settings[module_name]
# container info
container_info = ContainerInfoParser(module_settings)
container_name = container_info.parse_container_name()
# remove old container
remove_container(target_server, container_name)
logger.info('restart module:%s on %s' % (module_name, target_server))
# send docker cmd
docker_cmd = compose_docker_cmd(module_settings)
client = LocalClient()
client.cmd(target_server, 'cmd.run', [docker_cmd])
# check if the module is up
if not check_module_is_up(target_server, container_name):
raise ChatModuleIsNotUpException(module_name)
logger.info('restart module:%s on %s success' %
(module_name, target_server))
def server_list():
try:
linux_k_list=[]
local = LocalClient()
for item in hostname('/etc/salt/pki/master/minions'):
sys = local.cmd(item, 'grains.item', ['kernel'])
if sys[item]['kernel'] == 'Linux':
for k,v in sys.items():
linux_k = unicode.encode(k)
#os_list_path = os.path.abspath(os.path.dirname(os.getcwd()) + os.path.sep + ".." + os.path.sep + "data")
os_list_path = os.path.abspath(os.getcwd() + os.path.sep + "data")
os_list_file_linux = os.path.join(os_list_path,"linux_list.txt")
f = open(os_list_file_linux,'a')
f.write("|")
f.write(linux_k)
f.close()
elif sys[item]['kernel'] == 'Windows':
pass
else:
print 'other os'
except Exception,e:
print e
def on_tick(self):
# This procedure is to catch the annoying case of AES key changes (#7836), which are otherwise
# ignored by minions which are doing only minion->master messaging. To ensure they
# pick up on key changes, we actively send them something (doesn't matter what). To
# avoid doing this constantly, we only send things to minions which seem to be a little
# late
# After this length of time, doubt a minion enough to send it a message in case
# it needs a kick to update its key
def _ping_period(fqdn):
return datetime.timedelta(seconds=self.get_contact_period(fqdn) *
2)
t = now()
late_servers = [
s.fqdn for s in self.servers.values()
if s.last_contact and (t - s.last_contact) > _ping_period(s.fqdn)
]
log.debug("late servers: %s" % late_servers)
if late_servers:
client = LocalClient(config.get('cthulhu', 'salt_config_path'))
pub = client.pub(late_servers, "test.ping", expr_form='list')
log.debug(pub)
def test_cmd():
local = LocalClient()
ret = local.cmd('*', 'test.ping')
assert ret == {'master': True}
def test1():
client=LocalClient()
result=client.cmd('self','oss:centos',['ls /root'],'grain')
print result
def move_files():
'''Migrate file in Migration collection'''
from salt.client import LocalClient
cv = Condition()
app = mongo.app
tmp_dst_path = '/var/www/STO-%d/temp'
dst_path = '/var/www/STO-%d/FshareFS/mega/%s/%s'
client = LocalClient()
aria = None
migratings = {}
files_moving = {}
resum = {}
def res_grains_to_dict(salt_res):
ret = {}
for i in salt_res:
osts = salt_res[i]['ret']['osts']
if len(osts) > 1:
for ost in osts:
ret[ost] = [i, salt_res[i]['ret']['default_addr']]
continue
ret[osts[0]]=[i, salt_res[i]['ret']['default_addr']]
return ret
def check_file_done(dst_id, file_id, file_path):
sto_id = None
new_file_name = None
folder_path = None
src_move = None
dst_move = None
minion_id = None
with app.test_request_context():
res = cache_ost_grains_item(dst_id, args=['default_addr', 'osts'])
if not res or len(res) == 0 or type(res[res.keys()[0]]['ret'])=='str':
return
minion_id = res_grains_to_dict(res)
minion_id = minion_id[dst_id][0]
file_name = file_path.rsplit('/',1)[1]
with app.test_request_context():
try_connect_mysql()
sysFile = SystemFile.query.filter_by(id = file_id).first()
# Record in DB is deleted before moving file
if sysFile == None:
client.cmd(minion_id, 'storage.delete_files', [dst_id] + [file_path], timeout = 60*10, expr_form='glob')
mongo.Migration.collection.update({'_id': file_id}, {'$set': {'stat': "REMOVE_BEFORE"}})
return
folder_path = sysFile.folder_path
sub_folder = folder_path.split('/')
if len(sub_folder) == 1 and len(folder_path) > 6:
folder_path = folder_path[:6] + '/' + folder_path[6:]
src_move = '%s/%s' % (tmp_dst_path % dst_id, file_name)
if file_name.startswith('migrate_'):
file_name = file_name[8:]
dst_move = dst_path % (dst_id, folder_path, file_name)
while True:
jid = client.cmd_async(minion_id, 'storage.move_file', [src_move, dst_move, 400, dst_id], expr_form='glob')
ret = wait_return_salt_cmd(jid, timeout=60*10)
if len(ret) == 0:
continue
new_file_name = ret[ret.keys()[0]]['ret']
with app.test_request_context():
if ' ' in new_file_name: # filename not have space
mongo.Migration.collection.update({'_id': file_id}, {'$set': {'stat': "MOVE_ERR"}})
return
try_connect_mysql()
sysFile = SystemFile.query.filter_by(id = file_id).first()
ost = dst_id
sto_id = sysFile.storage_id
file_path = dst_path % (sysFile.storage_id, sysFile.folder_path, sysFile.name)
if sysFile == None:# Record in DB is deleted after moving file
new_file_path = dst_path % (ost, folder_path, new_file_name)
client.cmd(minion_id, 'storage.delete_files', [ost] + [new_file_path],
timeout=60*10, expr_form='glob')
mongo.Migration.collection.update({'_id': sid}, {'$set': {'stat': "REMOVE_AFTER"}})
return
with app.test_request_context():
# Update DB
count = 3
try_connect_mysql() # Update record in DB
while count > 0:
try:
sess = sql.session()
sess.query(SystemFile).filter(SystemFile.id == file_id).update({"storage_id": long(dst_id),
"name": new_file_name, "folder_path": folder_path })
sess.commit()
break
except OperationalError as e:
if '1205' in e[0]:
time.sleep(1)
count -= 1
if count == 0:
return
else:
sess.rollback()
raise e
mongo.FileRemoveSchedule.collection.insert({
'file_path' : file_path,
'ost' : sto_id,
'schedule_time' : datetime.datetime.utcnow() + datetime.timedelta(hours=24),
})
mongo.Migration.collection.remove({'_id': file_id})
break
def get_result(migratings):
while True:
wait = 60
for dst_id in migratings.keys():
ret = {}
with app.test_request_context():
res = cache_ost_grains_item(dst_id, args=['default_addr', 'osts'])
if not res or len(res) == 0 or type(res[res.keys()[0]]['ret']) == 'str':
continue
ret = res_grains_to_dict(res)
jid = client.cmd_async(ret[dst_id][0], 'aria2.tellStatus', [migratings[dst_id][0]], expr_form='glob')
aria = wait_return_salt_cmd(jid, timeout=20)
if len(aria) == 0 or not isinstance(aria[aria.keys()[0]]['ret'], dict):
with app.test_request_context():
current_app.logger.error('salt %s aria2.tellStatus(%s) not return (jid: %s)',
migratings[dst_id][2], migratings[dst_id][0], jid)
continue
stat = aria[aria.keys()[0]]['ret']
if stat['status'] == 'complete':
check_file_done(dst_id, migratings[dst_id][1], stat['files'][0]['path'])
# Delete cac system file id da download xong/error ra de add system file id khac vao download tiep
del migratings[dst_id]
# remove result
client.cmd_async(aria.keys()[0], 'aria2.removeDownloadResult', [stat['gid']])
cv.acquire()
cv.notify()
cv.release()
elif stat['status'] == 'error':
# Update stat -> ERROR & gid in mongo
with app.test_request_context():
mongo.Migration.collection.update({'_id': migratings[dst_id][1]} , {'$set': {'stat': "ARIA_ERROR_" + stat['errorCode']}})
current_app.logger.error('gid %s error %s: fid %d', stat['gid'], stat['errorCode'], migratings[dst_id][1])
# Delete cac system file id da download xong/error ra de add system file id khac vao download tiep
del migratings[dst_id]
cv.acquire()
cv.notify()
cv.release()
else:
# Maximum time waiting is 60s
if (long(stat['downloadSpeed']) == 0):
wait = 60
else:
wait = (long(stat['files'][0]['length']) - long(stat['files'][0]['completedLength'])) / long(stat['downloadSpeed'])
wait = min(wait, 60)
if wait < 10:
wait = 10
time.sleep(wait)
if not write_pid('move_files', 30*60):
return
th = Thread(target = get_result, args = (migratings,))
th.daemon = True
th.start()
count = 3
while count > 0:
try:
ret = mongo.Migration.find({'stat': "MIGRATING"})
for m in ret:
migratings[m['dst_id']] = [m['gid'], m['_id']]
break
except OperationFailure as e:
patt = re.compile(r"cursor id '(\d+)' not valid at server")
if patt.match(e.message):
time.sleep(1)
count -= 1
if count == 0:
return
else:
raise e
while True:
if not th.isAlive():
return
count = 3
while count > 0:
try:
list_queue = mongo.Migration.find({'stat': "QUEUE"})
for m in list_queue:
if m['dst_id'] in migratings:
continue
try_connect_mysql()
q = sql.session.query(SystemFile.name, SystemFile._checksum, SystemFile.storage_id, SystemFile.folder_path, UserFile.name). \
join(UserFile, SystemFile.id==UserFile.pid).filter(SystemFile.id == m['_id']).first()
# Record in DB is deleted before move file from source to dest's temp dir
if q == None or q[2] != m['src_id']:
mongo.Migration.collection.remove({'_id': m['_id']})
continue
src_id = cache_ost_grains_item(m['src_id'], args=['default_addr', 'osts'])
dst_id = cache_ost_grains_item(m['dst_id'], args=['default_addr', 'osts'])
if (not src_id or len(src_id) == 0 or type(src_id[src_id.keys()[0]]['ret']) == 'str') or \
(not dst_id or len(dst_id) == 0 or type(dst_id[dst_id.keys()[0]]['ret']) == 'str'):
continue
src_id = res_grains_to_dict(src_id)
dst_id = res_grains_to_dict(dst_id)
url = 'http://%s:89/private/STO-%d/FshareFS/mega/%s/%s' % (src_id[m['src_id']][1] , m['src_id'], q[3], q[0])
checksum = hexlify(q[1])
file_name = q[4]
file_name = filename_shortcut(file_name, lenght = 70, lower = True)
if file_name.startswith('_'):
file_name = checksum + file_name
else:
file_name = checksum + '_'+ file_name
file_name = 'migrate_' + file_name
ret = client.cmd(dst_id[m['dst_id']][0], 'aria2.addUri',
[url, 'dir=%s' % tmp_dst_path % m['dst_id'], 'out=%s' % file_name],
timeout = 60, expr_form='glob')
if len(ret) == 0 or len(ret[ret.keys()[0]]) > 16 or len(ret[ret.keys()[0]]) == 0:
continue
gid = ret[ret.keys()[0]]
mongo.Migration.collection.update({'_id': m['_id']}, {'$set': {'stat': "MIGRATING", 'gid': gid}})
migratings[m['dst_id']] = [gid, m['_id']]
break
except OperationFailure as e:
patt = re.compile(r"cursor id '(\d+)' not valid at server")
if patt.match(e.message):
time.sleep(1)
count -= 1
if count == 0:
return
else:
raise e
update_pid_expire('move_files', 30*60)
cv.acquire()
cv.wait(60*2)
cv.release()
def delete_schedule():
""" Delete physical file """
from salt.client import LocalClient
client = LocalClient()
def get_result(deletings):
while True:
for ost in deletings.keys():
result = client.get_cache_returns(deletings[ost][0])
if len(result) == 0 or len(result[result.keys()[0]]['ret']) == 0:
wait = int(time.time() - deletings[ost][2])
if wait > 900 :
del deletings[ost]
else:
continue
else:
ret = result[result.keys()[0]]['ret']
if type(ret) == str:
with mongo.app.test_request_context():
current_app.logger.fatal(ret)
print ost, ret
else:
for f in deletings[ost][1]:
with mongo.app.test_request_context():
mongo.FileRemoveSchedule.collection.remove({'_id': f._id})
del deletings[ost]
time.sleep(0.3)
if not write_pid('delete_schedule'):
return
system_files = {} # Cac system file can xoa trong DB
deletings = {} # Cac file vat ly can xoa
del_file = {}
th = Thread(target = get_result, args = (deletings,))
th.daemon = True
th.start()
while True:
remove_schedule_files = mongo.FileRemoveSchedule.find({'schedule_time': {'$lte': datetime.datetime.utcnow()}}).limit(5000)
if remove_schedule_files.count() == 0: break
for f in remove_schedule_files:
if f.ost in system_files:
system_files[f.ost].append(f)
else:
system_files[f.ost] = [f]
while len(system_files) > 0:
for ost in system_files:
if ost in deletings:
continue
paths = []
del_file[ost] = system_files[ost][:5]
for f in del_file[ost]:
paths.append(f.file_path)
jid = client.cmd_async('osts:%s' % ost, 'storage.delete_files', [ost] + paths, expr_form='grain')
if jid:
deletings[ost] = [jid, del_file[ost], time.time()]
else:
current_app.logger.error("Can't run delete_files for ost %s", ost)
system_files[ost] = system_files[ost][5:]
for ost in system_files.keys():
if len(system_files[ost]) == 0:
del system_files[ost]
time.sleep(30)