def set_inactive(self):
meter.send(self.get_metric_path(), 0)
meter.send(self.get_metric_path('price'), 0)
if self.is_active:
self.actual_data.close()
self.is_active = False
self.save()
def set_inactive(self):
meter.send(self.get_metric_path(), 0)
meter.send(self.get_metric_path('price'), 0)
if self.is_active:
self.actual_data.close()
self.is_active = False
self.save()
def set_active(self, value=None):
meter.send(self.get_metric_path(), value or self.get_metric_value())
# calculate price and send to graphite
price = self.total_hours * self.resource_type.default_price
meter.send(self.get_metric_path('price'), price)
if not self.is_active:
self.is_active = True
self.save()
def set_active(self, value=None):
meter.send(self.get_metric_path(), value or self.get_metric_value())
# calculate price and send to graphite
price = self.total_hours * self.resource_type.default_price
meter.send(self.get_metric_path('price'), price)
if not self.is_active:
self.is_active = True
self.save()
def sync_glance(projects=None):
logger = sync_glance.get_logger()
i = 0
for project in (projects or Project.objects.all()):
images = glance.sync_images(project.name)
i += 1
logger.info('%s IMAGES: %s' % (project.name, len(images)))
meter.send('counter.%s.image' % project.openstack_tenant, len(images))
return 'OK: %s' % i
def sync_nova(projects=None):
logger = sync_nova.get_logger()
i = 0
for project in (projects or Project.objects.all()):
i = i + 1
nova.sync_flavors(project.name)
servers, errors = nova.sync_servers(project.name)
logger.info('%s SERVERS: %s' % (project.name, len(servers)))
meter.send('counter.%s.instance' %
project.openstack_tenant, len(servers))
logger.info('%s SERVER ERRORS: %s' % (project.name, len(errors)))
return 'OK: %s' % i
def sync_neutron(projects=None):
logger = sync_neutron.get_logger()
i = 0
if is_service_enabled("network"):
for project in (projects or Project.objects.all()):
i = i + 1
ips = neutron.sync_floating_ips(project.name)
logger.info('%s IPS: %s' % (project.name, ips))
try:
logger.info('%s IPS: %s' % (project.name, len(ips)))
meter.send('counter.%s.address' % project.openstack_tenant,
len(ips))
except Exception as e:
logger.warning(str(e))
return 'OK: %i' % i
return "Neutron is disabled. Sync was skipped."
def sync_neutron(projects=None):
logger = sync_neutron.get_logger()
i = 0
if is_service_enabled("network"):
for project in (projects or Project.objects.all()):
i = i + 1
ips = neutron.sync_floating_ips(project.name)
logger.info('%s IPS: %s' % (project.name, ips))
try:
logger.info('%s IPS: %s' % (project.name, len(ips)))
meter.send('counter.%s.address' %
project.openstack_tenant, len(ips))
except Exception as e:
logger.warning(str(e))
return 'OK: %i' % i
return "Neutron is disabled. Sync was skipped."
def collect_price():
'''collect all actual prices for this day and
push them to graphite
'''
from billometer.models import Project
projects = Project.objects.all()
time = date.today()
for project in projects:
data = project.get_resource_prices(time, time)
for metric, value in data.iteritems():
metric = _get_price_metric(project, metric)
meter.send(metric, value)
return 'Collected prices for projects: %s OK' % len(projects)
def sync_cinder(projects=None):
logger = sync_cinder.get_logger()
if not is_service_enabled("volume"):
return "Cinder is disabled. Sync was skipped."
i = 0
for project in projects or Project.objects.all():
try:
i += 1
cinder.sync_volume_types(project.name)
volumes = cinder.sync_volumes(project.name)
logger.info('%s VOLUMES: %s' % (project.name, len(volumes)))
meter.send('counter.%s.volume' % project.openstack_tenant,
len(volumes))
except Exception as e:
logger.warning('Error %s raised during %s processing' %
(str(e), project))
return 'OK: %i' % i
def sync_cinder(projects=None):
logger = sync_cinder.get_logger()
if not is_service_enabled("volume"):
return "Cinder is disabled. Sync was skipped."
i = 0
for project in projects or Project.objects.all():
try:
i += 1
cinder.sync_volume_types(project.name)
volumes = cinder.sync_volumes(project.name)
logger.info('%s VOLUMES: %s' % (project.name, len(volumes)))
meter.send('counter.%s.volume' %
project.openstack_tenant, len(volumes))
except Exception as e:
logger.warning(
'Error %s raised during %s processing' % (str(e), project))
return 'OK: %i' % i