def load_idleness(log_file_name):
log_lines = rslog.parse_log_file(log_file_name,
["pdu_send", "pdu_receive"])
send_count = 0
receive_count = 0
node_dict = {}
min_time = 100000000
max_time = 0
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
event_name = log_line[3]
node_name = log_line[1]
if event_name == "pdu_send":
send_count += 1
elif event_name == "pdu_receive":
receive_count += 1
if (time < min_time):
min_time = time
if (time > max_time):
max_time = time
node_dict[node_name] = True
return (len(node_dict.keys()), max_time - min_time + 1, send_count,
receive_count)
def load_idleness(log_file_name):
log_lines = rslog.parse_log_file(log_file_name, ["pdu_send", "pdu_receive"])
send_count = 0
receive_count = 0
node_dict = {}
min_time = 100000000
max_time = 0
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
event_name = log_line[3]
node_name = log_line[1]
if event_name == "pdu_send":
send_count += 1
elif event_name == "pdu_receive":
receive_count += 1
if (time < min_time):
min_time = time
if (time > max_time):
max_time = time
node_dict[node_name] = True
return (len(node_dict.keys()), max_time - min_time + 1, send_count, receive_count)
def load_convergence(log_file_name):
log_lines = rslog.parse_log_file(log_file_name, ["trickle_i_timeout"])
converg_list = []
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
converg = log_line[4][1][1][12]
converg_list.append((time, converg))
return converg_list
def load_overhead(log_file_name):
log_lines = rslog.parse_log_file(log_file_name,
["pdu_send", "pdu_receive"])
send_count = 0
receive_count = 0
node_dict = {}
min_time = 100000000
max_time = 0
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
event_name = log_line[3]
node_name = log_line[1]
dis_count = log_line[4][1][1][5]
dio_count = log_line[4][1][1][6]
dao_count = log_line[4][1][1][7]
if event_name == "pdu_send":
send_count += 1
elif event_name == "pdu_receive":
receive_count += 1
if (time < min_time):
min_time = time
if (time > max_time):
max_time = time
node_dict[node_name] = (dis_count, dio_count, dao_count)
dis_count = 0
dio_count = 0
dao_count = 0
for node in node_dict:
dis_count += node_dict[node][0]
dio_count += node_dict[node][1]
dao_count += node_dict[node][2]
return (len(node_dict.keys()), max_time - min_time + 1, send_count,
dis_count, dio_count, dao_count)
def load_rank_delay(log_file_name):
log_lines = rslog.parse_log_file(
log_file_name, ["ping_request", "ping_reply", "ping_timeout"])
rank_delay_list = []
ping_dict = {}
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
event_name = log_line[3]
src = log_line[4][0][1][4]
dst = log_line[4][2][1]
seq_num = log_line[4][3][1]
rank = log_line[4][0][1][6]
if event_name == "ping_request":
ping_dict[src + dst + str(seq_num)] = (time, rank)
elif event_name == "ping_reply":
if ping_dict.has_key(dst + src + str(seq_num)):
(req_time, rank) = ping_dict[dst + src + str(seq_num)]
delay = time - req_time
rank_delay_list.append((rank, delay))
print("line_no = %d, rank = %d, delay = %d" %
(line_no, rank, delay))
del (ping_dict[dst + src + str(seq_num)])
else: # reply came too late
pass
#print("unexpected ping reply encountered (@%d : %s -> %s)" % (time, src, dst))
elif event_name == "ping_timeout":
if ping_dict.has_key(dst + src + str(seq_num)):
del (ping_dict[dst + src + str(seq_num)])
else: #
pass
return rank_delay_list
def load_overhead(log_file_name):
log_lines = rslog.parse_log_file(log_file_name, ["pdu_send", "pdu_receive"])
send_count = 0
receive_count = 0
node_dict = {}
min_time = 100000000
max_time = 0
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
event_name = log_line[3]
node_name = log_line[1]
dis_count = log_line[4][1][1][5]
dio_count = log_line[4][1][1][6]
dao_count = log_line[4][1][1][7]
if event_name == "pdu_send":
send_count += 1
elif event_name == "pdu_receive":
receive_count += 1
if (time < min_time):
min_time = time
if (time > max_time):
max_time = time
node_dict[node_name] = (dis_count, dio_count, dao_count)
dis_count = 0
dio_count = 0
dao_count = 0
for node in node_dict:
dis_count += node_dict[node][0]
dio_count += node_dict[node][1]
dao_count += node_dict[node][2]
return (len(node_dict.keys()), max_time - min_time + 1, send_count, dis_count, dio_count, dao_count)
def load_rank_delay(log_file_name):
log_lines = rslog.parse_log_file(log_file_name, ["ping_request", "ping_reply", "ping_timeout"])
rank_delay_list = []
ping_dict = {}
line_no = 0
for log_line in log_lines:
line_no += 1
time = log_line[0]
event_name = log_line[3]
src = log_line[4][0][1][4]
dst = log_line[4][2][1]
seq_num = log_line[4][3][1]
rank = log_line[4][0][1][6]
if event_name == "ping_request":
ping_dict[src + dst + str(seq_num)] = (time, rank)
elif event_name == "ping_reply":
if ping_dict.has_key(dst + src + str(seq_num)):
(req_time, rank) = ping_dict[dst + src + str(seq_num)]
delay = time - req_time
rank_delay_list.append((rank, delay))
print("line_no = %d, rank = %d, delay = %d" % (line_no, rank, delay))
del(ping_dict[dst + src + str(seq_num)])
else: # reply came too late
pass
#print("unexpected ping reply encountered (@%d : %s -> %s)" % (time, src, dst))
elif event_name == "ping_timeout":
if ping_dict.has_key(dst + src + str(seq_num)):
del(ping_dict[dst + src + str(seq_num)])
else: #
pass
return rank_delay_list
