def get_network_stats(n_file):
setup = n_file.split("/")[-1].split("_")
# A few checks
assert setup[0] == "0" # The corresponding file contains no info
assert setup[3] == "NETWORK"
# What to call the participating pair of nodes
node_names = {}
node_names['n0'] = setup[1]
node_names['n1'] = setup[2]
with open(n_file, 'r') as f:
lines = f.readlines()
stats = {}
for line in lines:
if line.startswith('0:') or line.startswith('1:'):
assert line.strip()[-3:] in node_names.values()
elif line.startswith("Network Bytes:"):
metadata = {}
metadata.update(node_names.copy())
num_msg_bytes = line.split(":")[1].strip()
metadata["bytes"] = num_msg_bytes
elif line.startswith('ns:'):
lat_str = line.split(":")[1].strip()
latencies = lat_str.split(" ")
latencies = list(map(int, latencies))
stats[metadata["bytes"]] = ls.LatencyStats(latencies, metadata)
return stats
def get_lstats(summary):
try:
latencies = summary['all_lat']
summary['all_lat'] = ls.LatencyStats(latencies, out_time_unit='ms')
except:
pass
nodes = []
for res in results:
s = get_network_stats(res)
sub_exp.append(s)
for msg_bytes,stat in s.iteritems():
md = stat.get_metadata()
nodes.append(md['n0'])
nodes.append(md['n1'])
#num_msg_bytes = md['bytes']
if msg_bytes not in all_latencies:
all_latencies[msg_bytes] = []
all_latencies[msg_bytes].append(stat.get_latencies())
for k,v in all_latencies.iteritems():
metadata = {}
metadata['bytes'] = k
all_latencies[k] = ls.LatencyStats(v,metadata)
sub_exp.append(all_latencies)
all_exps.append(sub_exp)
all_nodes.append(sorted(list(set(nodes))))
else:
opened = False
timedate = []
print("Experiment count: {}".format(exp_cnt))
if _timedate == []:
# ofile = "{}{}_{}*.out".format(result_dir,0,output_f)
ofile = "{}/0_{}*".format(result_dir,output_f)
res_list = sorted(glob.glob(ofile),key=os.path.getmtime,reverse=True)
if res_list == 0:
continue
print(output_f)
for x in range(exp_cnt):