def test_calculate_delay_per_req():
num_total_requests = 2231
total_expected_execution_time = 60
delay_per_req = delay.calculate_delay_per_req(
num_total_requests, total_expected_execution_time)
assert delay_per_req == 0.027
def _calculate_delays(load_size: int):
""" Figure out how long master should run for and how long delays should be between requests """
total_expected_execution_time = calculate_total_expected_execution_time(
load_size)
delay_per_req = calculate_delay_per_req(load_size,
total_expected_execution_time)
return delay_per_req
def test_calculate_delay_between_workers_random():
load = [1] * 1234
load_chunks, load_size = master._generate_chunked_load(load=load,
chunk_max=100)
delay_per_req = delay.calculate_delay_per_req(
num_total_requests=len(load), total_expected_execution_time=65)
delays = delay.calculate_delays_between_workers(load_chunks, delay_per_req)
delays_rand = delay.make_delays_random(delays)
assert delays[0] != delays_rand[0] and len(delays) == len(delays_rand)
def test_calculate_delay_between_slaves():
load = [1] * 1234
load_chunks, load_size = master._generate_chunked_load(load=load,
chunk_max=100)
delay_per_req = delay.calculate_delay_per_req(
num_total_requests=len(load), total_expected_execution_time=65)
delays = delay.calculate_delays_between_slaves(load_chunks, delay_per_req)
from pprint import pprint
pprint(load_chunks)
pprint(delays)
print(sum(delays))
assert int(sum(delays)) == 65