def handle_incoming_bp_single_link_request(frontend, connection, msg):
err.log_error(err.INFO, "Using BP algorithm")
list_link_capacity_data = bp.retrieve_link_capacity_data(frontend.dbcc, msg.link_id)
if len(list_link_capacity_data) == 0:
#Don't have any capacity data
missing_resource = mr.MissingLinkCapacity(msg.link_id)
frontend.queue_as_pending_request(connection, msg, [missing_resource])
err.log_error(err.INFO, "Did not have the link capacity, asking from supplier " + str(msg.link_id))
error_message = mo.Error(102, "BP Request will take longer than expected because link_capacity data is missing at MOBaaS")
connection.add_message(error_message)
supplier_message = mo.MaaSSingleLinkCapacityRequest(msg.link_id)
frontend.ask_at_supplier(supplier_message)
else:
#Capacity data available!
bpfetched = bp.retrieve_bandwidth_prediction_data(frontend.dbcc, msg.link_id, msg.current_date, msg.current_time)
missing_ranges = bp.check_integrity_bandwidth_prediction_data(bpfetched, msg.current_date, msg.current_time)
if len(missing_ranges) == 0:
#All data available. Send answer!
in_use = bp.bandwidth_prediction(bpfetched)
left_over_capacity = list_link_capacity_data[0].capacity - in_use
answer_message = mo.BPSingleLinkAnswer(msg.link_id, msg.current_time, msg.current_date, left_over_capacity)
connection.add_message(answer_message)
err.log_error(err.INFO, "Found an answer to the request! Answer: " + str(answer_message))
else:
#Missing flow data
missing_resource = mr.MissingFlowData(missing_ranges)
frontend.queue_as_pending_request(connection, msg, [missing_resource])
err.log_error(err.INFO, "Did not have enough flow data, asking from supplier: " + str(missing_ranges))
error_message = mo.Error(102, "BP Request will take longer than expected because flow data is missing at MOBaaS")
connection.add_message(error_message)
for missing_range in missing_ranges:
start_dt = support.from_unix_timestamp_to_datetime(missing_range.min_range)
timespan = missing_range.max_range - missing_range.min_range
supplier_message = mo.MaaSSingleLinkDataRequest(msg.link_id, start_dt.date(), start_dt.time(), timespan)
frontend.ask_at_supplier(supplier_message)
#, message_objects.MPSingleUserRequest(5980, mp_start_datetime_2.time(), mp_start_datetime_2.date(), 20 * 60, 12963)
#, message_objects.MPSingleUserRequest(5963, mp_start_datetime_3.time(), mp_start_datetime_3.date(), 55 * 60, 3729)
#, message_objects.MPSingleUserRequest(5974, mp_start_datetime_4.time(), mp_start_datetime_4.date(), 48 * 60, 1535)
# message_objects.MPMultiUserRequest(0000, "23:30", "Monday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Tuesday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Wednesday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Thursday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Friday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Saturday", 5),
message_objects.MPMultiUserRequest(0000, "17:10", "Monday", 10)
]
'''
All of the messages where the bp consumer will cycle through
'''
bp_start_datetime = support.from_unix_timestamp_to_datetime(1415976546)
TEST_BP_MESSAGES = [message_objects.BPSingleLinkRequest(1, bp_start_datetime.time(), bp_start_datetime.date(), 12)]
'''
How long to wait between sending each message within the consumer in seconds
'''
WAIT_BETWEEN_SENDS_MP = 1500 #In seconds
WAIT_BETWEEN_SENDS_BP = 20 #In seconds
'''
Configuration of the names for the test_maas db layout.
Used within test_db_layout
'''
TEST_MAAS_DB = "test_maas"
TEST_MAAS_USER_INFO_TABLE = "test_user_info"
TEST_MAAS_FLOW_DATA_TABLE = "test_flow_data"
TEST_MP_MESSAGES = [ # message_objects.MPSingleUserRequest(5980, mp_start_datetime_1.time(), mp_start_datetime_1.date(), 1 * 60, 12963)
#, message_objects.MPSingleUserRequest(5980, mp_start_datetime_2.time(), mp_start_datetime_2.date(), 20 * 60, 12963)
#, message_objects.MPSingleUserRequest(5963, mp_start_datetime_3.time(), mp_start_datetime_3.date(), 55 * 60, 3729)
#, message_objects.MPSingleUserRequest(5974, mp_start_datetime_4.time(), mp_start_datetime_4.date(), 48 * 60, 1535)
# message_objects.MPMultiUserRequest(0000, "23:30", "Monday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Tuesday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Wednesday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Thursday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Friday", 5),
# message_objects.MPMultiUserRequest(0000, "23:30", "Saturday", 5),
message_objects.MPMultiUserRequest(0000, "17:10", "Monday", 10)
]
'''
All of the messages where the bp consumer will cycle through
'''
bp_start_datetime = support.from_unix_timestamp_to_datetime(1415976546)
TEST_BP_MESSAGES = [
message_objects.BPSingleLinkRequest(1, bp_start_datetime.time(),
bp_start_datetime.date(), 12)
]
'''
How long to wait between sending each message within the consumer in seconds
'''
WAIT_BETWEEN_SENDS_MP = 1500 #In seconds
WAIT_BETWEEN_SENDS_BP = 20 #In seconds
'''
Configuration of the names for the test_maas db layout.
Used within test_db_layout
'''
TEST_MAAS_DB = "test_maas"
TEST_MAAS_USER_INFO_TABLE = "test_user_info"
