def thread_samples(adj, mSamp):
if (mSamp <= 1):
lst = []
temp_que = Queue()
# Use thread to speed up processing (multithreading)
temp_thread = threading.Thread(
None,
target=make_sample,
name=("1: " + str(mSamp)),
args=[adj, mSamp, temp_que],
daemon=True,
)
# temp_thread = threading.Thread(None, target=make_sample, name=("2:" +
# str(
# max_Sample)),
# args=[adj, max_Sample, queue], )
temp_thread.start()
temp_thread.join()
time_samp_node = temp_que.get(
) # the resulting (samples,thread_time)
temp_que.task_done()
lst.append(time_samp_node)
return (lst, True)
else:
rec_val = thread_samples(adj, mSamp - 1)
temp_que = Queue()
# Use thread to speed up processing (multithreading)
temp_thread = threading.Thread(
None,
target=make_sample,
name=("1: " + str(mSamp)),
args=[adj, mSamp, temp_que],
daemon=True,
)
# temp_thread = threading.Thread(None, target=make_sample, name=("2:" +
# str(
# max_Sample)),
# args=[adj, max_Sample, queue], )
temp_thread.start()
temp_thread.join()
time_samp_node = temp_que.get(
) # the resulting (samples,thread_time)
temp_que.task_done()
# s = queue.get()
# Use thread to speed up processing (multithreading)
if (rec_val[1]):
rec_lst = rec_val[0]
rec_lst.append(time_samp_node)
ret = (rec_lst, True)
# Return the begining of a (time x sample) x boolean tuple list
return ret
