xos/attic/ceilometerservice_model.py

sync_attributes = ("private_ip", "private_mac",
                   "nat_ip", "nat_mac", "ceilometer_enable_pub_sub")
                   
def get_instance(self):
    for slice in self.slices.all():
         for instance in slice.instances.all():
             if instance.image.name in self.LOOK_FOR_IMAGES:
                 return instance
    return None

@property
def addresses(self):
    if (not self.id) or (not self.get_instance()):
        return {}

    addresses = {}
    for ns in self.get_instance().ports.all():
        if "private" in ns.network.name.lower():
            addresses["private"] = (ns.ip, ns.mac)
        elif ("nat" in ns.network.name.lower()) or ("management" in ns.network.name.lower()):
            addresses["nat"] = (ns.ip, ns.mac)
        #TODO: Do we need this client_access_network. Revisit in VTN context
        #elif "ceilometer_client_access" in ns.network.labels.lower():
        #    addresses["ceilometer"] = (ns.ip, ns.mac)
    return addresses

@property
def nat_ip(self):
    return self.addresses.get("nat", (None, None))[0]

@property
def nat_mac(self):
    return self.addresses.get("nat", (None, None))[1]

@property
def private_ip(self):
    return self.addresses.get("private", (None, None))[0]

@property
def private_mac(self):
    return self.addresses.get("private", (None, None))[1]

def get_controller(self):
    if not self.slices.count:
        raise XOSConfigurationError("The service has no slices")
    cslice = self.slices.all()[0].controllerslices.all()[0]
    controller = cslice.controller
    if not controller:
        raise XOSConfigurationError("The service slice has no controller")
    return controller

@property
def ceilometer_pub_sub_url(self):
    if not self.get_instance():
        return self.get_attribute("ceilometer_pub_sub_url", None)
    if not self.private_ip:
        return None
    return "http://" + self.private_ip + ":4455/"

@ceilometer_pub_sub_url.setter
def ceilometer_pub_sub_url(self, value):
    self.set_attribute("ceilometer_pub_sub_url", value)

@property
def ceilometer_enable_pub_sub(self):
    return self.get_attribute("ceilometer_enable_pub_sub", False)

@ceilometer_enable_pub_sub.setter
def ceilometer_enable_pub_sub(self, value):
    self.set_attribute("ceilometer_enable_pub_sub", value)

@property
def ceilometer_auth_url(self):
    #FIXME: Crude way to determine if monitoring service is getting deployed with its own ceilometer+keystone 
    if not self.get_instance():
        return self.get_controller().auth_url
    if not self.private_ip:
        return None
    return "http://" + self.private_ip + ":5000/v2.0"

@property
def ceilometer_admin_user(self):
    if not self.get_instance():
        return self.get_controller().admin_user
    return 'admin'

@property
def ceilometer_admin_password(self):
    if not self.get_instance():
        return self.get_controller().admin_password
    return 'password'

@property
def ceilometer_admin_tenant(self):
    if not self.get_instance():
        return self.get_controller().admin_tenant
    return 'admin'

@property
def ceilometer_rabbit_compute_node(self):
    if not self.get_instance():
        return None
    return self.get_instance().node.name

@property
def ceilometer_rabbit_host(self):
    if not self.get_instance():
        return None
    return self.nat_ip

@property
def ceilometer_rabbit_user(self):
    if not self.get_instance():
        return None
    return 'openstack'

@property
def ceilometer_rabbit_password(self):
    if not self.get_instance():
        return None
    return 'password'

@property
def ceilometer_rabbit_uri(self):
    if not self.get_instance():
        return None
    if not self.private_ip:
        return None
    return 'rabbit://openstack:password@' + self.private_ip + ':5672'

@property
def kafka_url(self):
    if not self.get_instance():
        return None
    if not self.private_ip:
        return None
    return 'kafka://' + self.private_ip + ':9092'

def delete(self, *args, **kwargs):
    instance = self.get_instance()
    if instance:
        instance.delete()
    super(CeilometerService, self).delete(*args, **kwargs)