def parse_status(services):
# parse the status.dat files listed in the config
# return the status of the servers in a hash
for region in services.keys():
services[region]['warning'] = 0
services[region]['critical'] = 0
services[region]['unknown'] = 0
services[region]['color'] = colors.green
s = status(services[region]['pulled_statfile'])
s.parse()
for service in s.data.get('servicestatus', []):
if (int(service.get('scheduled_downtime_depth', None)) == 0
and int(service.get('problem_has_been_acknowledged',
None)) == 0):
# get all the 'not OK' services
if (int(service.get('current_state', None)) == 1):
services[region]['warning'] += 1
elif (int(service.get('current_state', None)) == 2):
services[region]['critical'] += 1
elif (int(service.get('current_state', None)) == 3):
services[region]['unknown'] += 1
if services[region]['critical'] > 0:
services[region]['color'] = colors.red
elif services[region]['warning'] > 0:
services[region]['color'] = colors.yellow
return services
def parse_status(tempfile):
# parse the status.dat files listed in the config
# return the status of the servers in a hash
warning = 0
critical = 0
unknown = 0
color = "#00ff00" # green
s = status(tempfile)
s.parse()
for service in s.data.get('servicestatus', []):
if (int(service.get('scheduled_downtime_depth', None)) == 0
and int(service.get('problem_has_been_acknowledged',
None)) == 0):
# get all the 'not OK' services
if (int(service.get('current_state', None)) == 1):
warning += 1
elif (int(service.get('current_state', None)) == 2):
critical += 1
elif (int(service.get('current_state', None)) == 3):
unknown += 1
if critical > 0:
color = "#ff0000" # red
elif warning > 0:
color = "#ffff00"# yellow
return {'warning': warning, 'critical': critical, 'unknown': unknown, 'color': color}
def _edit_host(request, c):
""" This is a helper function to edit_object """
host = c['my_object']
try:
c['command_line'] = host.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = host.get_all_macros()
except KeyError:
c['object_macros'] = None
if not 'errors' in c:
c['errors'] = []
try:
c['effective_services'] = sorted(
host.get_effective_services(), key=lambda x: x.get_description())
except KeyError as e:
c['errors'].append(_("Could not find service: %(error)s") % {'error': str(e)})
try:
c['effective_hostgroups'] = host.get_effective_hostgroups()
except KeyError as e:
c['errors'].append(_("Could not find hostgroup: %(error)s") % {'error': str(e)})
try:
c['effective_contacts'] = host.get_effective_contacts()
except KeyError as e:
c['errors'].append(_("Could not find contact: %(error)s") % {'error': str(e)})
try:
c['effective_contactgroups'] = host.get_effective_contact_groups()
except KeyError as e:
c['errors'].append(_("Could not find contact_group: %(error)s") % {'error': str(e)})
try:
c['effective_command'] = host.get_effective_check_command()
except KeyError as e:
if host.check_command is not None:
c['errors'].append(_("Could not find check_command: %(error)s") % {'error': str(e)})
elif host.register != '0':
c['errors'].append(_("You need to define a check command"))
try:
s = status()
s.parse()
c['status'] = s.get_hoststatus(host['host_name'])
current_state = c['status']['current_state']
if int(current_state) == 0:
c['status']['text'] = 'UP'
c['status']['css_label'] = 'label-success'
else:
c['status']['text'] = 'DOWN'
c['status']['css_label'] = 'label-important'
except Exception:
pass
return render_to_response('edit_host.html', c, context_instance=RequestContext(request))
def _edit_service( request, c):
""" This is a helper function to edit_object """
service = c['my_object']
try:
c['command_line'] = service.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = service.get_all_macros()
except KeyError:
c['object_macros'] = None
# Get the current status from Nagios
try:
s = status()
s.parse()
c['status'] = s.get_servicestatus(service['host_name'], service['service_description'])
current_state = c['status']['current_state']
if current_state == "0":
c['status']['text'] = 'OK'
c['status']['css_label'] = 'label-success'
elif current_state == "1":
c['status']['text'] = 'Warning'
c['status']['css_label'] = 'label-warning'
elif current_state == "2":
c['status']['text'] = 'Critical'
c['status']['css_label'] = 'label-important'
else:
c['status']['text'] = 'Unknown'
c['status']['css_label'] = 'label-inverse'
except Exception:
pass
try: c['effective_servicegroups'] = service.get_effective_servicegroups()
except KeyError, e: c['errors'].append( "Could not find servicegroup: %s" % str(e))
try: c['effective_contacts'] = service.get_effective_contacts()
except KeyError, e: c['errors'].append( "Could not find contact: %s" % str(e))
try: c['effective_contactgroups'] = service.get_effective_contact_groups()
except KeyError, e: c['errors'].append( "Could not find contact_group: %s" % str(e))
try: c['effective_hostgroups'] = service.get_effective_hostgroups()
except KeyError, e: c['errors'].append( "Could not find hostgroup: %s" % str(e))
try: c['effective_command'] = service.get_effective_check_command()
except KeyError, e: c['errors'].append( "Could not find check_command: %s" % str(e))
# For the check_command editor, we inject current check_command and a list of all check_commands
c['check_command'] = (service.check_command or '').split("!")[0]
c['command_names'] = map(lambda x: x.get("command_name",''), Model.Command.objects.all)
if c['check_command'] in (None,'','None'):
c['check_command'] = ''
return render_to_response('edit_service.html', c, context_instance = RequestContext(request))
def _edit_service( request, c):
""" This is a helper function to edit_object """
service = c['my_object']
try:
c['command_line'] = service.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = service.get_all_macros()
except KeyError:
c['object_macros'] = None
# Get the current status from Nagios
try:
s = status()
s.parse()
c['status'] = s.get_servicestatus(service['host_name'], service['service_description'])
current_state = c['status']['current_state']
if current_state == "0":
c['status']['text'] = 'OK'
c['status']['css_label'] = 'label-success'
elif current_state == "1":
c['status']['text'] = 'Warning'
c['status']['css_label'] = 'label-warning'
elif current_state == "2":
c['status']['text'] = 'Critical'
c['status']['css_label'] = 'label-important'
else:
c['status']['text'] = 'Unknown'
c['status']['css_label'] = 'label-inverse'
except Exception:
pass
try: c['effective_servicegroups'] = service.get_effective_servicegroups()
except KeyError, e: c['errors'].append( "Could not find servicegroup: %s" % str(e))
try: c['effective_contacts'] = service.get_effective_contacts()
except KeyError, e: c['errors'].append( "Could not find contact: %s" % str(e))
try: c['effective_contactgroups'] = service.get_effective_contact_groups()
except KeyError, e: c['errors'].append( "Could not find contact_group: %s" % str(e))
try: c['effective_hostgroups'] = service.get_effective_hostgroups()
except KeyError, e: c['errors'].append( "Could not find hostgroup: %s" % str(e))
try:
c['effective_command'] = service.get_effective_check_command()
except KeyError, e:
if service.check_command is not None:
c['errors'].append( "Could not find check_command: %s" % str(e))
elif service.register != '0':
c['errors'].append( "You need to define a check command")
def _edit_host( request, c):
""" This is a helper function to edit_object """
host = c['my_object']
try:
c['command_line'] = host.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = host.get_all_macros()
except KeyError:
c['object_macros'] = None
if not c.has_key('errors'): c['errors'] = []
try: c['effective_services'] = sorted(host.get_effective_services(), key=lambda x: x.get_description())
except KeyError, e: c['errors'].append( "Could not find service: %s" % str(e))
try: c['effective_hostgroups'] = host.get_effective_hostgroups()
except KeyError, e: c['errors'].append( "Could not find hostgroup: %s" % str(e))
try: c['effective_contacts'] = host.get_effective_contacts()
except KeyError, e: c['errors'].append( "Could not find contact: %s" % str(e))
try: c['effective_contactgroups'] = host.get_effective_contact_groups()
except KeyError, e: c['errors'].append( "Could not find contact_group: %s" % str(e))
try: c['effective_command'] = host.get_effective_check_command()
except KeyError, e: pass
try:
s = status()
s.parse()
c['status'] = s.get_hoststatus(host['host_name'])
current_state = c['status']['current_state']
if int(current_state) == 0:
c['status']['text'] = 'UP'
c['status']['css_label'] = 'label-success'
else:
c['status']['text'] = 'DOWN'
c['status']['css_label'] = 'label-important'
except Exception:
pass
return render_to_response('edit_host.html', c, context_instance = RequestContext(request))
def parse_status(tempfile):
# parse the status.dat files listed in the config
# return the status of the servers in a hash
warning = 0
critical = 0
unknown = 0
color = "#00ff00" # green
s = status(tempfile)
s.parse()
critical_msg = ""
for service in s.data.get('servicestatus', []):
if (int(service.get('scheduled_downtime_depth', None)) == 0 and int(
service.get('problem_has_been_acknowledged', None)) == 0):
# get all the 'not OK' services
if (int(service.get('current_state', None)) == 1):
warning += 1
elif (int(service.get('current_state', None)) == 2):
critical += 1
if (int(service.get('notifications_enabled', None)) == 1):
critical_msg = (critical_msg + service.get('host_name') +
"\n" + service.get('service_description') +
" \n" +
service.get('plugin_output', None) +
"\n\n")
elif (int(service.get('current_state', None)) == 3):
unknown += 1
if critical > 0:
color = "#ff0000" # red
elif warning > 0:
color = "#ffff00" # yellow
return {
'warning': warning,
'critical': critical,
'unknown': unknown,
'color': color
}, critical_msg
def _edit_service(request, c):
""" This is a helper function to edit_object """
service = c['my_object']
try:
c['command_line'] = service.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = service.get_all_macros()
except KeyError:
c['object_macros'] = None
# Get the current status from Nagios
try:
s = status()
s.parse()
c['status'] = s.get_servicestatus(service['host_name'],
service['service_description'])
current_state = c['status']['current_state']
if current_state == "0":
c['status']['text'] = 'OK'
c['status']['css_label'] = 'label-success'
elif current_state == "1":
c['status']['text'] = 'Warning'
c['status']['css_label'] = 'label-warning'
elif current_state == "2":
c['status']['text'] = 'Critical'
c['status']['css_label'] = 'label-important'
else:
c['status']['text'] = 'Unknown'
c['status']['css_label'] = 'label-inverse'
except Exception:
pass
try:
c['effective_servicegroups'] = service.get_effective_servicegroups()
except KeyError, e:
c['errors'].append(
_("Could not find servicegroup: %(error)s") % {'error': str(e)})
def _edit_service(request, c):
""" This is a helper function to edit_object """
service = c['my_object']
try:
c['command_line'] = service.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = service.get_all_macros()
except KeyError:
c['object_macros'] = None
# Get the current status from Nagios
try:
s = status()
s.parse()
c['status'] = s.get_servicestatus(
service['host_name'], service['service_description'])
current_state = c['status']['current_state']
if current_state == "0":
c['status']['text'] = 'OK'
c['status']['css_label'] = 'label-success'
elif current_state == "1":
c['status']['text'] = 'Warning'
c['status']['css_label'] = 'label-warning'
elif current_state == "2":
c['status']['text'] = 'Critical'
c['status']['css_label'] = 'label-important'
else:
c['status']['text'] = 'Unknown'
c['status']['css_label'] = 'label-inverse'
except Exception:
pass
try:
c['effective_servicegroups'] = service.get_effective_servicegroups()
except KeyError, e:
c['errors'].append(_("Could not find servicegroup: %(error)s") % {'error': str(e)})
def _edit_service(request, c):
""" This is a helper function to edit_object """
service = c["my_object"]
try:
c["command_line"] = service.get_effective_command_line()
except KeyError:
c["command_line"] = None
try:
c["object_macros"] = service.get_all_macros()
except KeyError:
c["object_macros"] = None
# Get the current status from Nagios
try:
s = status()
s.parse()
c["status"] = s.get_servicestatus(service["host_name"], service["service_description"])
current_state = c["status"]["current_state"]
if current_state == "0":
c["status"]["text"] = "OK"
c["status"]["css_label"] = "label-success"
elif current_state == "1":
c["status"]["text"] = "Warning"
c["status"]["css_label"] = "label-warning"
elif current_state == "2":
c["status"]["text"] = "Critical"
c["status"]["css_label"] = "label-important"
else:
c["status"]["text"] = "Unknown"
c["status"]["css_label"] = "label-inverse"
except Exception:
pass
try:
c["effective_servicegroups"] = service.get_effective_servicegroups()
except KeyError, e:
c["errors"].append(_("Could not find servicegroup: %(error)s") % {"error": str(e)})
c['effective_contactgroups'] = host.get_effective_contact_groups()
except KeyError, e:
c['errors'].append(
_("Could not find contact_group: %(error)s") % {'error': str(e)})
try:
c['effective_command'] = host.get_effective_check_command()
except KeyError, e:
if host.check_command is not None:
c['errors'].append(
_("Could not find check_command: %(error)s") %
{'error': str(e)})
elif host.register != '0':
c['errors'].append(_("You need to define a check command"))
try:
s = status()
s.parse()
c['status'] = s.get_hoststatus(host['host_name'])
current_state = c['status']['current_state']
if int(current_state) == 0:
c['status']['text'] = 'UP'
c['status']['css_label'] = 'label-success'
else:
c['status']['text'] = 'DOWN'
c['status']['css_label'] = 'label-important'
except Exception:
pass
return render_to_response('edit_host.html',
c,
context_instance=RequestContext(request))
c['errors'].append(_("Could not find contact: %(error)s") % {'error': str(e)})
try:
c['effective_contactgroups'] = host.get_effective_contact_groups()
except KeyError, e:
c['errors'].append(_("Could not find contact_group: %(error)s") % {'error': str(e)})
try:
c['effective_command'] = host.get_effective_check_command()
except KeyError, e:
if host.check_command is not None:
c['errors'].append(_("Could not find check_command: %(error)s") % {'error': str(e)})
elif host.register != '0':
c['errors'].append(_("You need to define a check command"))
try:
s = status()
s.parse()
c['status'] = s.get_hoststatus(host['host_name'])
current_state = c['status']['current_state']
if int(current_state) == 0:
c['status']['text'] = 'UP'
c['status']['css_label'] = 'label-success'
else:
c['status']['text'] = 'DOWN'
c['status']['css_label'] = 'label-important'
except Exception:
pass
return render_to_response('edit_host.html', c, context_instance=RequestContext(request))
def _edit_service(request, c):
""" This is a helper function to edit_object """
service = c['my_object']
try:
c['command_line'] = service.get_effective_command_line()
except KeyError:
c['command_line'] = None
try:
c['object_macros'] = service.get_all_macros()
except KeyError:
c['object_macros'] = None
# Get the current status from Nagios
try:
s = status()
s.parse()
c['status'] = s.get_servicestatus(
service['host_name'], service['service_description'])
current_state = c['status']['current_state']
if current_state == "0":
c['status']['text'] = 'OK'
c['status']['css_label'] = 'label-success'
elif current_state == "1":
c['status']['text'] = 'Warning'
c['status']['css_label'] = 'label-warning'
elif current_state == "2":
c['status']['text'] = 'Critical'
c['status']['css_label'] = 'label-important'
else:
c['status']['text'] = 'Unknown'
c['status']['css_label'] = 'label-inverse'
except Exception:
pass
try:
c['effective_servicegroups'] = service.get_effective_servicegroups()
except KeyError as e:
c['errors'].append(_("Could not find servicegroup: %(error)s") % {'error': str(e)})
try:
c['effective_contacts'] = service.get_effective_contacts()
except KeyError as e:
c['errors'].append(_("Could not find contact: %(error)s") % {'error': str(e)})
try:
c['effective_contactgroups'] = service.get_effective_contact_groups()
except KeyError as e:
c['errors'].append(_("Could not find contact_group: %(error)s") % {'error': str(e)})
try:
c['effective_hostgroups'] = service.get_effective_hostgroups()
except KeyError as e:
c['errors'].append(_("Could not find hostgroup: %(error)s") % {'error': str(e)})
try:
c['effective_command'] = service.get_effective_check_command()
except KeyError as e:
if service.check_command is not None:
c['errors'].append(_("Could not find check_command: %(error)s") % {'error': str(e)})
elif service.register != '0':
c['errors'].append(_("You need to define a check command"))
# For the check_command editor, we inject current check_command and a list
# of all check_commands
c['check_command'] = (service.check_command or '').split("!")[0]
c['command_names'] = [x.get("command_name", '') for x in Model.Command.objects.all]
if c['check_command'] in (None, '', 'None'):
c['check_command'] = ''
if service.hostgroup_name and service.hostgroup_name != 'null':
c['errors'].append(_("This Service is applied to every host in hostgroup %(hostgroup_name)s") % {'hostgroup_name': service.hostgroup_name})
host_name = service.host_name or ''
if ',' in host_name:
c['errors'].append(_("This Service is applied to multiple hosts"))
return render_to_response('edit_service.html', c, context_instance=RequestContext(request))
