def get_stats(cls, **kwargs):
stats = CeilometerClient().statistics.list(
kwargs['meter'],
**PricedUsageBase.get_meter_class(
kwargs['meter']).meter_specific_criterias(
cls._get_stats_query(**kwargs)))
return StatsContainer([{
'stats':
stat.to_dict(),
'resource':
CeilometerClient().resources.get(
stat.groupby['resource_id']).to_dict()
} for stat in stats])
def get_stats(cls, **kwargs):
stats = CeilometerClient().statistics.list(
kwargs["meter"],
**PricedUsageBase.get_meter_class(kwargs["meter"]).meter_specific_criterias(cls._get_stats_query(**kwargs))
)
return StatsContainer(
[
{
"stats": stat.to_dict(),
"resource": CeilometerClient().resources.get(stat.groupby["resource_id"]).to_dict(),
}
for stat in stats
]
)
def bill_projects(cls, dry_run=False):
ut = UserTransactions()
for stat in cls._get_unbilled_statistics():
for data in cls._get_raw_data(stat.id):
for priced_usage in PricedUsageBase.get_meter_class(
stat.meter).get_priced_stats(
data, (stat.from_ts, stat.until_ts)):
if not dry_run:
ut.consume_user_money(
stat.project_id, priced_usage['price'],
cls._get_transaction_message(priced_usage))
stat.billed = True
stat.save()
cls._print_info(stat.project_id, priced_usage, dry_run)
def bill_projects(cls, dry_run=False):
ut = UserTransactions()
for stat in cls._get_unbilled_statistics():
for data in cls._get_raw_data(stat.id):
for priced_usage in PricedUsageBase.get_meter_class(
stat.meter).get_priced_stats(
data,
(stat.from_ts,
stat.until_ts)):
if not dry_run:
ut.consume_user_money(
stat.project_id,
priced_usage['price'],
cls._get_transaction_message(
priced_usage))
stat.billed = True
stat.save()
cls._print_info(stat.project_id, priced_usage, dry_run)
