def __init__(self, stub_factory, options):
"""Constructor.
Args:
stub_factory: [callable that creates stub for stackdriver]
This is passed as a callable to defer initialization because
we create the handlers before we process commandline args.
"""
super(StackdriverMetricsService, self).__init__(
stub_factory, options)
# The janitor prepares metric descriptors before first write.
self.__janitor_func = lambda: self.__auto_audit_metric_descriptors()
self.__next_janitor_time = time.time()
self.__good_janitor_count = 0
self.__distributions_also_have_count = self.service_options.get(
'distributions_also_have_count')
self.__fix_custom_metrics_unsafe = self.service_options.get(
'fix_custom_metrics_unsafe', False)
self.__log_400_data = self.service_options.get('log_400_data', False)
manager_options = dict(options)
manager_options['spectator'] = self.spectator_helper.options
manager = stackdriver_descriptors.MetricDescriptorManager(
self, spectator_client.ResponseProcessor(manager_options))
self.__descriptor_manager = manager
def __init__(self, stub_factory, options):
"""Constructor.
Args:
stub_factory: [callable that creates stub for stackdriver]
This is passed as a callable to defer initialization because
we create the handlers before we process commandline args.
"""
self.logger = logging.getLogger(__name__)
options_copy = normalize_options(options)
self.__stackdriver_options = options_copy['stackdriver']
self.__stub_factory = stub_factory
self.__stub = None
self.__project = self.__stackdriver_options.get('project')
logging.info('Using stackdriver project %r', self.__project)
spectator_options = options_copy.get('spectator', {})
stackdriver_overrides = self.__stackdriver_options.get('spectator', {})
spectator_options.update(stackdriver_overrides)
if self.__stackdriver_options.get('generic_task_resources'):
spectator_options['inject_service_tag'] = False
spectator_options['decorate_service_name'] = False
options_copy['spectator'] = spectator_options
self.__spectator_helper = spectator_client.SpectatorClientHelper(
options_copy)
if not self.__project:
# Set default to our instance if we are on GCE.
# Otherwise ignore since we might not actually need the project.
try:
self.__project = get_google_metadata('project/project-id')
except IOError:
pass
manager = stackdriver_descriptors.MetricDescriptorManager(
self, spectator_client.ResponseProcessor(options_copy))
self.__descriptor_manager = manager
# The janitor prepares metric descriptors before first write.
self.__janitor_func = lambda: self.__auto_audit_metric_descriptors(
options_copy)
self.__next_janitor_time = time.time()
self.__good_janitor_count = 0
self.__fix_stackdriver_labels_unsafe = self.__stackdriver_options.get(
'fix_labels_unsafe', False)
self.__monitored_resource = {}
self.__add_source_tag = False
def process_commandline_request(self, options):
"""Implements CommandHandler."""
options = google_service.normalize_options(options)
if not options.get('manage_stackdriver_descriptors'):
options['manage_stackdriver_descriptors'] = 'create'
stackdriver = stackdriver_service.make_service(options)
manager = stackdriver_descriptors.MetricDescriptorManager(
stackdriver, ResponseProcessor(options))
audit_results = manager.audit_descriptors(
options, service_list=self.SERVICE_LIST)
message = audit_results_to_output(
audit_results, 'Metric_filters are not configured, or are empty.')
self.output(options, message)
if audit_results.errors:
raise ValueError('Encountered %d errors' % audit_results.errors)