def submit_ping_results(request):
"""Called by the client to submit the results of the addresses pinged."""
global nb_submited_requests, nb_submited_results
client_addr = get_client_ip(request)
logger.debug('submit_ping_results request: %s', request.json_body)
# Check that token is valid. Always accept it even if it is bad
# as otherwise this would block client Also, the "bad" token is
# probably caused by a server problem, not people trying to push
# wrong results.
token = request.json_body.get('token')
nick = request.json_body.get('userid')
uuid = request.json_body.get('uuid')
# Store results.
results = request.json_body.get('results')
if results is None:
# FB: should return 400 client error
raise HTTPBadRequest('No "results" field.')
results.insert(0, client_addr)
results.append("TOKEN=" + token)
results.append("NICK=" + nick)
results.append("UUID=" + uuid)
resources.store_results(results)
resources.store_known_pignable(results)
nb_submited_requests += 1
nb_submited_results += len(results)
# Update leaderboards if nick was passed.
if nick is not None:
resources.update_leaderboards(nick, results)
return {'success': True}
def submit_ping_results(request):
"""Called by the client to submit the results of the addresses pinged."""
global nb_submited_requests, nb_submited_results
client_addr = get_client_ip(request)
logger.debug('submit_ping_results request: %s', request.json_body)
# Check that token is valid. Always accept it even if it is bad
# as otherwise this would block client Also, the "bad" token is
# probably caused by a server problem, not people trying to push
# wrong results.
token = request.json_body.get('token')
nick = request.json_body.get('userid')
uuid = request.json_body.get('uuid')
# Store results.
results = request.json_body.get('results')
if results is None:
# FB: should return 400 client error
raise HTTPBadRequest('No "results" field.')
results.insert(0, client_addr)
results.append("TOKEN=" + token)
results.append("NICK=" + nick)
results.append("UUID=" + uuid)
resources.store_results(results)
resources.store_known_pignable(results)
nb_submited_requests += 1
nb_submited_results += len(results)
# Update leaderboards if nick was passed.
if nick is not None:
resources.update_leaderboards(nick, results)
return {'success': True}
def submit_ping_results(request):
"""Called by the client to submit the results of the addresses pinged."""
logger.debug('submit_ping_results request: %s', request.json_body)
# Check that token is valid.
token = request.json_body.get('token')
if not resources.check_token(token):
raise HTTPForbidden('Invalid or absent token value.')
# Store results.
results = request.json_body.get('results')
if results is None:
raise HTTPBadRequest('No "results" field.')
resources.store_results(results)
# Update leaderboards if userid was passed.
userid = request.json_body.get('userid')
if userid is not None:
resources.update_leaderboards(userid, results)
return {'success': True}
def get_pings(request):
"""Called by the client to get a list of addresses to ping."""
global nb_get_pings, min_round_time
global last_time, last_nb_get_pings, time_table_idx
global nb_submited_requests, nb_submited_results, last_nb_submited_requests
global nb_feedback, last_nb_feedback
client_addr = get_client_ip(request)
logger.debug('get_pings request client address: %s', client_addr)
ip_addresses = resources.get_pings(client_addr)
token = resources.get_token()
uuid = request.json_body.get("uuid")
nick = request.json_body.get('userid')
info = [
"GET_PINGS", "TOKEN=" + token, "UUID=" + uuid, "NICK=" + nick,
ip_addresses
]
resources.store_results(info)
nb_get_pings += 1
now = time()
spent = now - last_time
if spent > 5:
removed = resources.last_clients.remove_old(now)
#number of pings per second since the last check
p_s = (nb_get_pings - last_nb_get_pings) / spent
submit_s = (nb_submited_requests - last_nb_submited_requests) / spent
feedback_s = (nb_feedback - last_nb_feedback) / spent
ratio_pings_on_expected = p_s / expected_get_pings_process_seconds
if ratio_pings_on_expected > 1:
time_table_idx = min(time_table_idx + 1, len(time_table))
elif ratio_pings_on_expected < 0.5:
time_table_idx = max(time_table_idx - 1, 0)
size_clients_list = len(resources.last_clients)
min_round_time = time_table[time_table_idx]
print >> stats, (
"nb_get_pings=%d, new_pings=%d,"
" time=%.2f, elapsed_time(s)=%.2f,"
" ping_per_second=%f, ratio_pings_on_expected=%f,"
" time_table_index=%d, min_round_time=%d,"
" size_clients_list=%d, removed=%d,"
" nb_submit_requests=%d, nb_submit_results=%d,"
" submit_req_per_second=%d,"
" nb_feedback=%d, nb_feedback_per_second=%d" %
(nb_get_pings, nb_get_pings - last_nb_get_pings, now,
now - last_time, p_s, ratio_pings_on_expected, time_table_idx,
min_round_time, size_clients_list, removed, nb_submited_requests,
nb_submited_results, submit_s, nb_feedback, feedback_s))
stats.flush()
last_time = now
last_nb_get_pings = nb_get_pings
last_nb_submited_requests = nb_submited_requests
last_nb_feedback = nb_feedback
return {
'token': token,
'pings': ip_addresses,
'geoip': resources.get_geoip_data(ip_addresses),
'client_geoip': resources.get_geoip_data([client_addr])[0],
'client_ip': client_addr,
'min_round_time': min_round_time
} # in seconds
def get_pings(request):
"""Called by the client to get a list of addresses to ping."""
global nb_get_pings, min_round_time
global last_time, last_nb_get_pings, time_table_idx
global nb_submited_requests, nb_submited_results, last_nb_submited_requests
global nb_feedback, last_nb_feedback
client_addr = get_client_ip(request)
logger.debug('get_pings request client address: %s', client_addr)
ip_addresses = resources.get_pings(client_addr)
token = resources.get_token()
uuid = request.json_body.get("uuid")
nick = request.json_body.get('userid')
info = ["GET_PINGS", "TOKEN=" + token, "UUID=" + uuid,
"NICK=" + nick, ip_addresses]
resources.store_results(info)
nb_get_pings += 1
now = time()
spent = now - last_time
if spent > 5:
removed = resources.last_clients.remove_old(now)
#number of pings per second since the last check
p_s = (nb_get_pings - last_nb_get_pings) / spent
submit_s = (nb_submited_requests - last_nb_submited_requests) / spent
feedback_s = (nb_feedback - last_nb_feedback) / spent
ratio_pings_on_expected = p_s / expected_get_pings_process_seconds
if ratio_pings_on_expected > 1:
time_table_idx = min(time_table_idx + 1,
len(time_table))
elif ratio_pings_on_expected < 0.5:
time_table_idx = max(time_table_idx - 1, 0)
size_clients_list = len(resources.last_clients)
min_round_time = time_table[time_table_idx]
print >>stats, ("nb_get_pings=%d, new_pings=%d,"
" time=%.2f, elapsed_time(s)=%.2f,"
" ping_per_second=%f, ratio_pings_on_expected=%f,"
" time_table_index=%d, min_round_time=%d,"
" size_clients_list=%d, removed=%d,"
" nb_submit_requests=%d, nb_submit_results=%d,"
" submit_req_per_second=%d,"
" nb_feedback=%d, nb_feedback_per_second=%d"% (
nb_get_pings, nb_get_pings - last_nb_get_pings,
now, now - last_time,
p_s, ratio_pings_on_expected,
time_table_idx, min_round_time,
size_clients_list, removed,
nb_submited_requests, nb_submited_results,
submit_s, nb_feedback, feedback_s))
stats.flush()
last_time = now
last_nb_get_pings = nb_get_pings
last_nb_submited_requests = nb_submited_requests
last_nb_feedback = nb_feedback
return {'token': token,
'pings': ip_addresses,
'geoip': resources.get_geoip_data(ip_addresses),
'client_geoip': resources.get_geoip_data([client_addr])[0],
'client_ip': client_addr,
'min_round_time': min_round_time} # in seconds
