#!/usr/bin/python
+from nagiosobjects import *
-class NagiosObject(object):
- trans = {'d2_coords': '2d_coords'}
-
- def __init__(self, id, **kwargs):
- self.id = id
- self.kwords = kwargs.keys()
- for key in self.kwords:
- self.__setattr__(key, kwargs[key])
-
- def toString(self):
- ret = ""
- ret += "define %s {\n" % self.id
- for key in self.kwords:
- if key in self.trans:
- ret += " %s %s\n" % (self.trans[key], self.__getattribute__(key))
- else:
- ret += " %s %s\n" % (key, self.__getattribute__(key))
- ret += "}\n"
- return ret
-
-class Host(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "host", **kwargs)
-
-class HostGroup(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "hostgroup", **kwargs)
-
-class HostEscalation(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "hostescalation", **kwargs)
-
-class Contact(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "contact", **kwargs)
-
-class ContactGroup(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "contactgroup", **kwargs)
-
-class Service(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "service", **kwargs)
-
-class ServiceDependency(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "servicedependency", **kwargs)
-
-class ServiceEscalation(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "serviceescalation", **kwargs)
-
-class ServiceGroup(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "servicegroup", **kwargs)
-
-def getContactsAndContactGroupsFor(lb, type, email_list):
-
- contact_list = []
- for person in email_list:
- c1 = Contact(contact_name=person,
+command_auto = Command(command_name="automate-host-reboot-command",
+ command_line="""/usr/share/monitor/commands/reboot.py $NOTIFICATIONTYPE$ $HOSTNAME$""")
+
+contact_auto = Contact(contact_name="automate-host-reboot-contact",
host_notifications_enabled=1,
- service_notifications_enabled=1,
+ service_notifications_enabled=0,
host_notification_period="24x7",
+ host_notification_options="d,r",
+ host_notification_commands="automate-host-reboot-command",
service_notification_period="24x7",
- host_notification_options="d,r,s",
- service_notification_options="c,r",
- host_notification_commands="notify-by-email",
- service_notification_commands="notify-by-email",
- email=person)
- contact_list.append(c1)
-
- cg1 = ContactGroup(contactgroup_name="%s-%s" % (lb,type),
- alias="%s-%s" % (lb,type),
- members=",".join(email_list))
-
- contact_list.append(cg1)
-
- return contact_list
+ service_notification_commands="monitor-notify-service-by-email",
+ email="not.an.email")
+print command_auto.toString()
+print contact_auto.toString()
globalservices = []
for service in [('NET', "Network Services"),
globalservices.append(ServiceGroup(servicegroup_name=service[0], alias=service[1]))
+# NOTE: since ping is not a reliable check in the wide area, use 'check_ssh'
+# to determine if the host is minimally online. If we cannot access
+# port 22 it, then it is DOWN.
+
globalhost = [Host( name="planetlab-host",
use="generic-host",
check_period="24x7",
check_interval="120",
retry_interval="10",
max_check_attempts="6",
- check_command="check-host-alive",
+ check_command="check_ssh!-t 120",
contact_groups="admins",
register="0")]
for obj in globalhost + globalservices:
print obj.toString()
-from monitor.wrapper import plccache
+from monitor.wrapper import plc
+from monitor.generic import *
-plcdb = plccache.l_sites
-netid2ip = plccache.d_from_l(plccache.plc.api.GetInterfaces(), 'interface_id')
-lb2hn = plccache.plcdb_lb2hn
+l_sites = plc.api.GetSites({'login_base' : ['asu', 'gmu']})
+#l_sites = plc.api.GetSites([10243, 22, 10247, 138, 139, 10050, 10257, 18, 20,
+# 21, 10134, 24, 10138, 10141, 30, 31, 33, 10279, 41, 29, 10193, 10064, 81,
+# 10194, 10067, 87, 10208, 10001, 233, 157, 10100, 10107])
-sites = plccache.plc.api.GetSites([10243, 22, 10247, 138, 139, 10050, 10257, 18, 20,
- 21, 10134, 24, 10138, 10141, 30, 31, 33, 10279, 41, 29, 10193, 10064, 81,
- 10194, 10067, 87, 10208, 10001, 233, 157, 10100, 10107])
+node_ids = [ s['node_ids'] for s in l_sites ]
+node_ids = [ map(str,n) for n in node_ids ]
+node_ids = [ ",".join(n) for n in node_ids ]
+node_ids = ",".join(node_ids)
+node_ids = map(int, node_ids.split(","))
-for site in sites:
+l_nodes = plc.api.GetNodes(node_ids)
+
+(d_sites,id2lb) = dsites_from_lsites_id(l_sites)
+(plcdb, hn2lb, lb2hn) = dsn_from_dsln(d_sites, id2lb, l_nodes)
+
+netid2ip = d_from_l(plc.api.GetInterfaces(), 'interface_id')
+
+for site in l_sites:
shortname = site['abbreviated_name']
lb = site['login_base']
hg = HostGroup(hostgroup_name=lb, alias=shortname)
print hg.toString()
- # NOTE: do duplcate groups create duplicate emails?
- cl1 = getContactsAndContactGroupsFor(lb, "techs", plccache.plc.getTechEmails(lb))
- cl2 = getContactsAndContactGroupsFor(lb, "pis", plccache.plc.getPIEmails(lb))
- # NOTE: slice users will change often.
- cl3 = getContactsAndContactGroupsFor(lb, "sliceusers", plccache.plc.getSliceUserEmails(lb))
-
- for c in [cl1,cl2,cl3]:
- for i in c:
- print i.toString()
-
+ hostname_list = []
for node in nodes:
hn = node['hostname']
if len(node['interface_ids']) == 0:
print h.toString()
+ hostname_list.append(hn)
+
+ # NOTE: use all hostnames at site to create HostEscalations for down-notices
+ if len(hostname_list) > 0:
+
+ hn_list = ",".join(hostname_list)
+ # NOTE: always send notices to techs
+ he1 = HostEscalation( host_name=hn_list,
+ first_notification=3,
+ last_notification=0,
+ notification_interval=24*60*1,
+ escalation_options="r,d",
+ contact_groups="%s-techs" % lb)
+
+ # NOTE: only send notices to PIs after a week. (2 prior notices)
+ he2 = HostEscalation( host_name=hn_list,
+ first_notification=5,
+ last_notification=0,
+ notification_interval=24*60*1,
+ escalation_options="r,d",
+ contact_groups="%s-pis" % lb)
+
+ # NOTE: send notices to Slice users after two weeks. (4 prior notices)
+ he3 = HostEscalation( host_name=hn_list,
+ first_notification=7,
+ last_notification=0,
+ notification_interval=24*60*1,
+ escalation_options="r,d",
+ contact_groups="%s-sliceusers" % lb)
+
+ for he in [he1, he2, he3]:
+ print he.toString()
+
+ he_reboot = HostEscalation(host_name=hn_list,
+ first_notification=2,
+ last_notification=2,
+ notification_interval=24*60*0.5,
+ escalation_options="d",
+ contacts="automate-host-reboot-contact")
+
+ print he_reboot.toString()
+
+
+if len(hostname_list) > 0:
+ hn = ",".join(hostname_list)
+
s1 = Service(use="generic-service",
- host_name=hn,
+ host_name="*",
service_description="aSSH",
display_name="aSSH",
servicegroups="NET,SSH",
+ notifications_enabled="0",
check_command="check_ssh!-t 120")
s2 = Service(use="generic-service",
- host_name=hn,
+ host_name="*",
service_description="bSSH806",
display_name="bSSH806",
servicegroups="NET,SSH806",
+ notifications_enabled="0",
check_command="check_ssh!-p 806 -t 120")
s3 = Service(use="generic-service",
- host_name=hn,
+ host_name="*",
service_description="cHTTP",
display_name="cHTTP",
servicegroups="NET,HTTP",
+ notifications_enabled="0",
check_command="check_http!-t 120")
s4 = Service(use="generic-service",
- host_name=hn,
+ host_name="*",
service_description="dCOTOP",
display_name="dCOTOP",
servicegroups="NET,COTOP",
+ notifications_enabled="0",
check_command="check_http!-p 3120 -t 120")
- se1 = ServiceEscalation( host_name=hn,
- service_description='aSSH',
- first_notification=0,
- last_notification=2,
- notification_interval=24*60*3.5,
- escalation_options="r,c",
- contact_groups="%s-techs" % lb)
-
- se2 = ServiceEscalation( host_name=hn,
- service_description='aSSH',
- first_notification=2,
- last_notification=4,
- notification_interval=24*60*3.5,
- escalation_options="r,c",
- contact_groups="%s-techs,%s-pis" % (lb,lb))
-
- se3 = ServiceEscalation( host_name=hn,
- service_description='aSSH',
- first_notification=4,
- last_notification=0,
- notification_interval=24*60*3.5,
- escalation_options="r,c",
- contact_groups="%s-techs,%s-pis,%s-sliceusers" % (lb,lb,lb))
- sd1 = ServiceDependency(host_name=hn,
- service_description="aSSH",
- dependent_host_name=hn,
- dependent_service_description="bSSH806",
- execution_failure_criteria="w,u,c,p",)
- sd2 = ServiceDependency(host_name=hn,
- service_description="aSSH",
- dependent_host_name=hn,
- dependent_service_description="cHTTP",
- execution_failure_criteria="w,u,c,p",)
- sd3 = ServiceDependency(host_name=hn,
+ sd1 = ServiceDependency(host_name="*",
service_description="aSSH",
- dependent_host_name=hn,
- dependent_service_description="dCOTOP",
+ dependent_service_description="bSSH806,cHTTP,dCOTOP",
execution_failure_criteria="w,u,c,p",)
- for service in [s1,s2,s3,s4,se1,se2,se3,sd1,sd2,sd3]:
+ for service in [s1,s2,s3,s4,sd1]:
print service.toString()
#!/usr/bin/python
-class NagiosObject(object):
- trans = {'d2_coords': '2d_coords'}
-
- def __init__(self, id, **kwargs):
- self.id = id
- self.kwords = kwargs.keys()
- for key in self.kwords:
- self.__setattr__(key, kwargs[key])
-
- def toString(self):
- ret = ""
- ret += "define %s {\n" % self.id
- for key in self.kwords:
- if key in self.trans:
- ret += " %s %s\n" % (self.trans[key], self.__getattribute__(key))
- else:
- ret += " %s %s\n" % (key, self.__getattribute__(key))
- ret += "}\n"
- return ret
-
-class Host(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "host", **kwargs)
-
-class HostGroup(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "hostgroup", **kwargs)
-
-class HostEscalation(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "hostescalation", **kwargs)
-
-class Contact(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "contact", **kwargs)
-
-class ContactGroup(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "contactgroup", **kwargs)
-
-class Service(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "service", **kwargs)
-
-class ServiceDependency(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "servicedependency", **kwargs)
-
-class ServiceEscalation(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "serviceescalation", **kwargs)
-
-class ServiceGroup(NagiosObject):
- def __init__(self, **kwargs):
- NagiosObject.__init__(self, "servicegroup", **kwargs)
+from nagiosobjects import *
def getContactsAndContactGroupsFor(lb, type, email_list):
+ if len(email_list) == 0:
+ cg1 = ContactGroup(contactgroup_name="%s-%s" % (lb,type),
+ alias="%s-%s" % (lb,type))
+
+ return [cg1]
+
contact_list = []
+ person_list = []
+ count = 0
for person in email_list:
- c1 = Contact(contact_name=person,
+ # TODO: for testing!
+ person="soltesz+%s%s%s@cs.princeton.edu" % ( lb, type, count )
+ c1 = Contact(contact_name=person.replace("+", ""),
host_notifications_enabled=1,
service_notifications_enabled=1,
host_notification_period="24x7",
service_notification_period="24x7",
host_notification_options="d,r,s",
service_notification_options="c,r",
- host_notification_commands="notify-by-email",
- service_notification_commands="notify-by-email",
+ host_notification_commands="monitor-notify-host-by-email",
+ service_notification_commands="monitor-notify-service-by-email",
email=person)
+ count += 1
contact_list.append(c1)
+ person_list.append(person.replace("+",""))
cg1 = ContactGroup(contactgroup_name="%s-%s" % (lb,type),
alias="%s-%s" % (lb,type),
- members=",".join(email_list))
+ members=",".join(person_list))
contact_list.append(cg1)
return contact_list
-globalservices = []
-for service in [('NET', "Network Services"),
- ('SSH', "SSH Service"),
- ('SSH806', "Auxiliary SSH Service"),
- ('HTTP', "PlanetFlow HTTP"),
- ('COTOP', "HTTP based COTOP"),
- ]:
- #('PLSOFT', "PlanetLab Software"),
- #('MGMT', "Remote Management")]:
- globalservices.append(ServiceGroup(servicegroup_name=service[0], alias=service[1]))
+host_email_command = Command(command_name="monitor-notify-host-by-email",
+ command_line="""/usr/bin/printf "%b" "***** Nagios *****\\n\\nNotification Type: $NOTIFICATIONTYPE$\\nHost: $HOSTNAME$\\nState: $HOSTSTATE$\\nAddress: $HOSTADDRESS$\\nInfo: $HOSTOUTPUT$\\n\\nDate/Time: $LONGDATETIME$\\n" | /bin/mail -S replyto=monitor@planet-lab.org -s "** $NOTIFICATIONTYPE$ Host Alert: $HOSTNAME$ is $HOSTSTATE$ **" $CONTACTEMAIL$""")
+
+service_email_command = Command(command_name="monitor-notify-service-by-email",
+ command_line="""/usr/bin/printf "%b" "***** Nagios *****\\n\\nNotification Type: $NOTIFICATIONTYPE$\\n\\nService: $SERVICEDESC$\\nHost: $HOSTALIAS$\\nAddress: $HOSTADDRESS$\\nState: $SERVICESTATE$\\n\\nDate/Time: $LONGDATETIME$\\n\\nAdditional Info:\\n\\n$SERVICEOUTPUT$" | /bin/mail -S replyto=monitor@planet-lab.org -s "** $NOTIFICATIONTYPE$ Service Alert: $HOSTALIAS$/$SERVICEDESC$ is $SERVICESTATE$ **" $CONTACTEMAIL$""")
-globalhost = [Host( name="planetlab-host",
- use="generic-host",
- check_period="24x7",
- check_interval="120",
- retry_interval="10",
- max_check_attempts="6",
- check_command="check-host-alive",
- contact_groups="admins",
- register="0")]
+print host_email_command.toString()
+print service_email_command.toString()
-for obj in globalhost + globalservices:
- print obj.toString()
-from monitor.wrapper import plccache
+from monitor.wrapper import plc
+from monitor.generic import *
-plcdb = plccache.l_sites
-netid2ip = plccache.d_from_l(plccache.plc.api.GetInterfaces(), 'interface_id')
-lb2hn = plccache.plcdb_lb2hn
-sites = plccache.plc.api.GetSites([10243, 22, 10247, 138, 139, 10050, 10257, 18, 20,
- 21, 10134, 24, 10138, 10141, 30, 31, 33, 10279, 41, 29, 10193, 10064, 81,
- 10194, 10067, 87, 10208, 10001, 233, 157, 10100, 10107])
+l_sites = plc.api.GetSites({'login_base' : ['asu', 'gmu']})
+#l_sites = plc.api.GetSites([10243, 22, 10247, 138, 139, 10050, 10257, 18, 20,
+# 21, 10134, 24, 10138, 10141, 30, 31, 33, 10279, 41, 29, 10193, 10064, 81,
+# 10194, 10067, 87, 10208, 10001, 233, 157, 10100, 10107])
-for site in sites:
+
+for site in l_sites:
shortname = site['abbreviated_name']
lb = site['login_base']
- hg = HostGroup(hostgroup_name=lb, alias=shortname)
- lat = site['latitude']
- lon = site['longitude']
- lon_x = -1
- lat_y = -1
- if lat is not None and lon is not None:
- scale = 5
- lon_x = int(180 + lon) * scale
- lat_y = int(180 - (lat + 90)) * scale
-
- if site['login_base'] in lb2hn:
- nodes = lb2hn[site['login_base']]
- else:
- continue
-
- if len(nodes) == 0:
- continue
-
- print hg.toString()
# NOTE: do duplcate groups create duplicate emails?
- cl1 = getContactsAndContactGroupsFor(lb, "techs", plccache.plc.getTechEmails(lb))
- cl2 = getContactsAndContactGroupsFor(lb, "pis", plccache.plc.getPIEmails(lb))
+ cl1 = getContactsAndContactGroupsFor(lb, "techs", plc.getTechEmails(lb))
+ cl2 = getContactsAndContactGroupsFor(lb, "pis", plc.getPIEmails(lb))
# NOTE: slice users will change often.
- cl3 = getContactsAndContactGroupsFor(lb, "sliceusers", plccache.plc.getSliceUserEmails(lb))
+ cl3 = getContactsAndContactGroupsFor(lb, "sliceusers", plc.getSliceUserEmails(lb))
for c in [cl1,cl2,cl3]:
for i in c:
print i.toString()
- for node in nodes:
- hn = node['hostname']
- if len(node['interface_ids']) == 0:
- continue
-
- ip = netid2ip[str(node['interface_ids'][0])]['ip']
-
- if lon_x is not -1 and lat_y is not -1:
- coords="%s,%s" % (lon_x, lat_y)
- else:
- coords="0,0"
-
- h = Host(use="planetlab-host",
- host_name=hn,
- alias=hn,
- address=ip,
- d2_coords=coords,
- statusmap_image="icon-system.png",
- hostgroups=lb)
-
- print h.toString()
-
- s1 = Service(use="generic-service",
- host_name=hn,
- service_description="aSSH",
- display_name="aSSH",
- servicegroups="NET,SSH",
- check_command="check_ssh!-t 120")
- s2 = Service(use="generic-service",
- host_name=hn,
- service_description="bSSH806",
- display_name="bSSH806",
- servicegroups="NET,SSH806",
- check_command="check_ssh!-p 806 -t 120")
- s3 = Service(use="generic-service",
- host_name=hn,
- service_description="cHTTP",
- display_name="cHTTP",
- servicegroups="NET,HTTP",
- check_command="check_http!-t 120")
- s4 = Service(use="generic-service",
- host_name=hn,
- service_description="dCOTOP",
- display_name="dCOTOP",
- servicegroups="NET,COTOP",
- check_command="check_http!-p 3120 -t 120")
-
- se1 = ServiceEscalation( host_name=hn,
- service_description='aSSH',
- first_notification=0,
- last_notification=2,
- notification_interval=24*60*3.5,
- escalation_options="r,c",
- contact_groups="%s-techs" % lb)
-
- se2 = ServiceEscalation( host_name=hn,
- service_description='aSSH',
- first_notification=2,
- last_notification=4,
- notification_interval=24*60*3.5,
- escalation_options="r,c",
- contact_groups="%s-techs,%s-pis" % (lb,lb))
-
- se3 = ServiceEscalation( host_name=hn,
- service_description='aSSH',
- first_notification=4,
- last_notification=0,
- notification_interval=24*60*3.5,
- escalation_options="r,c",
- contact_groups="%s-techs,%s-pis,%s-sliceusers" % (lb,lb,lb))
-
- sd1 = ServiceDependency(host_name=hn,
- service_description="aSSH",
- dependent_host_name=hn,
- dependent_service_description="bSSH806",
- execution_failure_criteria="w,u,c,p",)
-
- sd2 = ServiceDependency(host_name=hn,
- service_description="aSSH",
- dependent_host_name=hn,
- dependent_service_description="cHTTP",
- execution_failure_criteria="w,u,c,p",)
-
- sd3 = ServiceDependency(host_name=hn,
- service_description="aSSH",
- dependent_host_name=hn,
- dependent_service_description="dCOTOP",
- execution_failure_criteria="w,u,c,p",)
-
- for service in [s1,s2,s3,s4,se1,se2,se3,sd1,sd2,sd3]:
- print service.toString()
-
git://git.onelab.eu / monitor.git / commitdiff