def ftp():
if FTP_TIMETABLE_FILE != "":
running_time_list = get_random_running_time(FTP_TIMETABLE_FILE)
if running_time_list == None:
print("no time interval matched current time")
return
print(running_time_list)
for running_time in running_time_list:
# Get the current time
current_time = time_process.get_current_time()
while (not time_process.compare_t2t(current_time, running_time)):
sleep(1)
current_time = time_process.get_current_time()
# Get a random from the first three ones in users list
# The new created users (for some reason) cannot login ftp server yet
username, passwd = get_random_user(users)
print(username, passwd)
if ftp_actions.connect(FTP_SERVER, username, passwd) == 0:
ftp_actions.get_file(download_dir)
ftp_actions.clean_download_dir(download_dir)
ftp_actions.quit_session()
else:
for i in range(0, NUM_CON):
now = time.time()
username, passwd = get_random_user(users)
if ftp_actions.connect(FTP_SERVER, username, passwd) == 0:
ftp_actions.get_file(download_dir)
ftp_actions.clean_download_dir(download_dir)
ftp_actions.quit_session()
then = time.time()
print(then - now)
def intranet():
count = 0
count_https = 0
tmp = ""
if INTRANET_TIMETABLE_FILE != "":
running_time_list, running_time_list_random = get_running_time(
INTRANET_TIMETABLE_FILE)
print(running_time_list)
if (len(running_time_list) == 0):
print("no time interval matched current time")
return
# Calculate http and https connection
total_cnx = len(running_time_list)
https_cnx = int(total_cnx * RATIO_HTTPS)
current_time = time_process.get_current_time()
# If current time is earlier than the interval
while (not time_process.compare_t2t(current_time,
running_time_list[0])):
sleep(1)
current_time = time_process.get_current_time()
# If current time is in the interval already, then only excuse connections
# which are later than the current time
while True:
# Get current time
current_time = time_process.get_current_time()
#print("current_time:" + current_time)
# If the current time is out of interval, break
if (time_process.compare_t2t(current_time, running_time_list[-1])):
break
# If current time is in the running_time_list, run
if current_time in running_time_list and current_time != tmp:
tmp = current_time
count += 1
# Get http or https connection randomly
if count_https < https_cnx:
k = random.randint(0, 1)
if k == 0: # HTTP connection
#http_actions.read_event("http", intranet_http_site_list, intranet_https_site_list)
#http_actions.read_event("http", intranet_http_site_list, intranet_https_site_list)
http_actions.read_event("http")
http_actions.read_event("http")
else: # HTTPS connection
http_actions.read_event("https")
http_actions.read_event("https")
count_https += 1
else:
http_actions.read_event("http")
http_actions.read_event("http")
# If not, sleep one sec and check again
else:
sleep(1)
print(count)
else:
for i in range(0, NUM_CXN):
http_actions.read_event("https")
def smtp():
send_type = ["group", "random", "broadcast"]
if SENDMAIL_TIMETABLE_FILE != "":
running_time_list = get_random_running_time(SENDMAIL_TIMETABLE_FILE)
if running_time_list == None:
print("no time interval matched current time")
return
for running_time in running_time_list:
print(running_time)
num_cxn = len(running_time_list)
num_conn_group = rand_funcs.float_to_int(num_cxn * 0.6)
num_conn_rand = rand_funcs.float_to_int(num_cxn * 0.3)
num_conn_brc = rand_funcs.float_to_int(num_cxn * 0.1)
num_group_temp = num_conn_group
num_rand_temp = num_conn_rand
num_brc_temp = num_conn_brc
for running_time in running_time_list:
# Get the current time
current_time = time_process.get_current_time()
while (not time_process.compare_t2t(current_time, running_time)):
sleep(1)
current_time = time_process.get_current_time()
num_group_temp, num_rand_temp, num_brc_temp = one_send_email(
send_type, num_group_temp, num_rand_temp, num_brc_temp)
else:
num_conn_group = rand_funcs.float_to_int(NUM_CXN * 0.6)
num_conn_rand = rand_funcs.float_to_int(NUM_CXN * 0.3)
num_conn_brc = rand_funcs.float_to_int(NUM_CXN * 0.1)
num_group_temp = num_conn_group
num_rand_temp = num_conn_rand
num_brc_temp = num_conn_brc
num_try = 0
for i in range(0, NUM_CXN):
num_group_temp, num_rand_temp, num_brc_temp = one_send_email(
send_type, num_group_temp, num_rand_temp, num_brc_temp)
def livestream():
count = 0
tmp = ""
if LIVESTR_TIMETABLE_FILE != "":
running_time_list, running_time_list_random = get_running_time(
LIVESTR_TIMETABLE_FILE)
if (len(running_time_list) == 0):
print("no time interval matched current time")
return
current_time = time_process.get_current_time()
# If current time is earlier than the interval
while (not time_process.compare_t2t(current_time,
running_time_list[0])):
sleep(1)
current_time = time_process.get_current_time()
# If current time is in the interval already, then only excuse connections
# which are later than the current time
while True:
# Get current time
current_time = time_process.get_current_time()
#print("current_time:" + current_time)
# If the current time is out of interval, break
if (time_process.compare_t2t(current_time, running_time_list[-1])):
break
# If current time is in the running_time_list, run
if current_time in running_time_list and current_time != tmp:
tmp = current_time
count += 1
http_actions.live_stream(livestr_site_list, tapas_dir)
# If not, sleep one sec and check again
else:
sleep(1)
print(count)
else:
for i in range(0, NUM_CXN):
http_actions.live_stream(livestr_site_list, tapas_dir)
def get_random_running_time(timetable):
# List of running time
running_time_list = []
# Get the current time
current_time = time_process.get_current_time()
# Get the corresponding time_interval and numsession from the mail_timetable file
interval_numsession_dict = timetable_process.get_time_interval(
current_time, timetable)
if interval_numsession_dict == None:
return
else:
running_time_list = time_process.generate_random_running_time(
interval_numsession_dict)
return running_time_list
def imap():
if READMAIL_TIMETABLE_FILE != "":
running_time_list = get_random_running_time(READMAIL_TIMETABLE_FILE)
if running_time_list == None:
print("no time interval matched current time")
return
#for running_time in running_time_list:
# print(running_time)
num_cxn = len(running_time_list)
num_readmail_mean = rand_funcs.float_to_int(num_cxn * 0.5)
num_reply_mean = rand_funcs.float_to_int(num_readmail_mean * 0.3)
print("num_conn, num_readmail_mean, num_reply_mean", num_cxn,
num_readmail_mean, num_reply_mean)
for running_time in running_time_list:
# Get the current time
current_time = time_process.get_current_time()
while (not time_process.compare_t2t(current_time, running_time)):
sleep(1)
current_time = time_process.get_current_time()
one_read_email(num_readmail_mean, num_reply_mean)
else:
num_readmail_mean = rand_funcs.float_to_int(NUM_CXN * 0.5)
num_reply_mean = rand_funcs.float_to_int(num_readmail_mean * 0.3)
print("num_conn, num_readmail_mean, num_reply_mean", NUM_CXN,
num_readmail_mean, num_reply_mean)
for i in range(0, NUM_CXN):
now = time.time()
one_read_email(num_readmail_mean, num_reply_mean)
then = time.time()
print(then - now)