try:
agg_key = '+'.join([agg_handle, metric_handle])
if agg_key in aggregator_dict:
return agg_key
else:
return ''
except TypeError:
return ''
# Define Types of requests handled by the manager
# ###############################################
# Enumeration to store request types
request_types = enum(time_series='time_series',
aggregator='aggregator',
raw='raw')
def get_request_type(request_meta):
""" Determines request type. """
if request_meta.aggregator and request_meta.time_series \
and request_meta.group and request_meta.slice and request_meta.start \
and request_meta.end:
return request_types.time_series
elif request_meta.aggregator:
return request_types.aggregator
else:
return request_types.raw
return uid
return False
def map_user_id(self, users, project_in, project_out):
"""
Map user IDs between projects. Requires access to centralauth
database.
"""
raise NotImplementedError()
# Define User Metric Periods
# ==========================
# enumeration for user periods
USER_METRIC_PERIOD_TYPE = enum(REGISTRATION='REGISTRATION', INPUT='INPUT')
USER_METRIC_PERIOD_DATA = namedtuple('UMPData', 'user start end')
def get_registration_dates(users, project):
"""
Method to handle pulling reg dates from project datastores.
users : list
List of user ids.
project : str
project from which to retrieve ids
"""
# Get registration dates from logging table
return uid
return False
def map_user_id(self, users, project_in, project_out):
"""
Map user IDs between projects. Requires access to centralauth
database.
"""
raise NotImplementedError()
# Define User Metric Periods
# ==========================
# enumeration for user periods
USER_METRIC_PERIOD_TYPE = enum('REGISTRATION', 'INPUT', 'REGINPUT')
USER_METRIC_PERIOD_DATA = namedtuple('UMPData', 'user start end')
def get_registration_dates(users, project):
"""
Method to handle pulling reg dates from project datastores.
users : list
List of user ids.
project : str
project from which to retrieve ids
"""
# Get registration dates from logging table