def map_minions(self, get_only_alive=False):
"""
Builds a recursive map of the minions currently assigned to this
overlord
"""
maphash = {}
current_minions = []
if get_only_alive:
ping_results = fc.Overlord("*").test.ping()
for minion in ping_results.keys():
if ping_results[minion] == 1: #if minion is alive
current_minions.append(minion) #add it to the list
else:
cm = certmaster.CertMaster()
current_minions = cm.get_signed_certs()
for current_minion in current_minions:
if current_minion in utils.get_hostname():
maphash[current_minion] = {} #prevent infinite recursion
else:
next_hop = fc.Overlord(current_minion)
mapresults = next_hop.overlord.map_minions()[current_minion]
if not utils.is_error(mapresults):
maphash[current_minion] = mapresults
else:
maphash[current_minion] = {}
return maphash
def map_minions(self,get_only_alive=False):
"""
Builds a recursive map of the minions currently assigned to this
overlord
"""
maphash = {}
current_minions = []
if get_only_alive:
ping_results = fc.Overlord("*").test.ping()
for minion in ping_results.keys():
if ping_results[minion] == 1: #if minion is alive
current_minions.append(minion) #add it to the list
else:
cm = certmaster.CertMaster()
current_minions = cm.get_signed_certs()
for current_minion in current_minions:
if current_minion in utils.get_hostname():
maphash[current_minion] = {} #prevent infinite recursion
else:
next_hop = fc.Overlord(current_minion)
mapresults = next_hop.overlord.map_minions()[current_minion]
if not utils.is_error(mapresults):
maphash[current_minion] = mapresults
else:
maphash[current_minion] = {}
return maphash
def do(self, args):
if not self.check_certmaster and not self.check_minion:
print "* specify --certmaster, --minion, or both"
return
else:
print "SCAN RESULTS:"
hostname = utils.get_hostname()
print "* FQDN is detected as %s, verify that is correct" % hostname
self.check_iptables()
if not os.getuid() == 0:
print "* root is required to run these setup tests"
return
if self.check_minion:
# check that funcd is running
self.check_service("funcd")
# check that the configured certmaster is reachable
self.check_talk_to_certmaster()
if self.check_certmaster:
# check that certmasterd is running
self.check_service("certmasterd")
# see if we have any waiting CSRs
# FIXME: TODO
# see if we have signed any certs
# FIXME: TODO
self.server_spec = self.parentCommand.server_spec
self.getOverlord()
results = self.overlord_obj.test.add(1, 2)
hosts = results.keys()
if len(hosts) == 0:
print "* no systems have signed certs"
else:
failed = 0
for x in hosts:
if results[x] != 3:
failed = failed + 1
if failed != 0:
print "* unable to connect to %s registered minions from overlord" % failed
print "* run func '*' ping to check status"
# see if any of our certs have expired
# warn about iptables if running
print "End of Report."
def do(self, args):
if not self.check_certmaster and not self.check_minion:
print "* specify --certmaster, --minion, or both"
return
else:
print "SCAN RESULTS:"
hostname = utils.get_hostname()
print "* FQDN is detected as %s, verify that is correct" % hostname
self.check_iptables()
if not os.getuid() == 0:
print "* root is required to run these setup tests"
return
if self.check_minion:
# check that funcd is running
self.check_service("funcd")
# check that the configured certmaster is reachable
self.check_talk_to_certmaster()
if self.check_certmaster:
# check that certmasterd is running
self.check_service("certmasterd")
# see if we have any waiting CSRs
# FIXME: TODO
# see if we have signed any certs
# FIXME: TODO
self.server_spec = self.parentCommand.server_spec
self.getOverlord()
results = self.overlord_obj.test.add(1, 2)
hosts = results.keys()
if len(hosts) == 0:
print "* no systems have signed certs"
else:
failed = 0
for x in hosts:
if results[x] != 3:
failed = failed + 1
if failed != 0:
print "* unable to connect to %s registered minions from overlord" % failed
print "* run func '*' ping to check status"
# see if any of our certs have expired
# warn about iptables if running
print "End of Report."
