def main():
""" Starts the experiment. """
# shared.sync_clocks()
shared.error_log('New run: ' + str(datetime.datetime.now()))
# Initialize output directories.
shared.run_cmd('mkdir -p ../out-pickle')
shared.run_cmd('mkdir -p ../out-graph')
for flow_count in [100, 500, 1000, 1500]:
for forward_bw in [1200]:
# reset_state()
# try:
# switch.reset_flow_table()
# switch.add_rules(flow_count)
# except Exception, err:
# print 'Cannot add rules:', repr(err)
# continue
time.sleep(2)
config.pkt_size = 1400
config.flow_count = flow_count
config.max_time = 60
config.target_bw_Mbps = forward_bw
shared.safe_run(run_and_save, 'direct')
def main():
f = open('install_rules.log', 'w')
for pkt_size in [64]:
#for gap_ms in [1,5,10,20,50,100,200,400]:
for gap_ms in [10]:
print >> f, pkt_size, gap_ms,
for _ in range(1):
print >> f, shared.safe_run(send_and_count, pkt_size, gap_ms),
f.flush()
print >> f, ''
f.close()
def plot(exp_name):
global EXP_NAME
EXP_NAME = exp_name
f = open('../out-pickle/%s.pickle' % EXP_NAME)
stat_dict = pickle.load(f)
f.close()
print 'Plotting', EXP_NAME
shared.safe_run(percentage_bw_flow_id, stat_dict)
# rtt_flow_id(stat_dict)
shared.safe_run(rtt_seq_three_special_flows, stat_dict)
shared.safe_run(cdf_rtt, stat_dict)
