def finish(connection_times_list, failed_connections_count, consec_fails_list, script_start_time):
write_logs(connection_times_list, failed_connections_count, consec_fails_list, windows_source.serial, monitor.serial, script_start_time)
exit()
def get_connect_time_and_disconnect(windows_source, monitor):
successful_connections = []
number_of_connections = input("Enter number of connections: ")
while (not isinstance(number_of_connections, int)) or number_of_connections <= 0:
number_of_connections = input("Please enter an integer larger than 0:")
total_connection_time = 0
failed_connections = 0
consecutive_failures = 0
consec_fails_list = []
for x in range(number_of_connections):
#Setup
os.system("adb devices")
time.sleep(2)
end_time = 0
#Check not connected
while verify_connected() == True:
windows_source.disconnect()
if consecutive_failures > 2: #TODO:Remove monitor from device list
consec_fails_list.append(consecutive_failures)
windows_source.remove_monitor()
#Clear logcat
subprocess.call(["adb", "logcat", "-c"])
#Connect
print "Connecting"
# subprocess.check_output(["adb", "logcat", "|", "findstr", PRINTING_FRAME_LINE], shell=True)
# os.system("adb logcat | findstr %s" % PRINTING_FRAME_LINE)
starting_time = windows_source.connect(monitor.name)
# TODO: remove print
print "start time = %s" % starting_time
#start thread, and in that thread run the logcat command
# os.system("adb logcat | findstr %s" % PRINTING_FRAME_LINE)
temp = subprocess.check_output(["adb", "logcat", "|", "findstr", PRINTING_FRAME_LINE])
end_time = time.time()
# os.system("adb logcat | findstr %s" % PRINTING_FRAME_LINE)
# ending_time = time.time()
print "Measured end time: %s" % end_time
time.sleep(2)
if end_time == 0:
print "Time measurement failure on connection number %s" % (x + 1)
if verify_connected():
successful_connections.append(-1)
windows_source.disconnect()
continue
if verify_connected(): #Succesful connection
consecutive_failures = 0
print end_time - starting_time
connection_time = end_time - starting_time
print("Connection time: %s" % connection_time)
successful_connections.append(connection_time)
total_connection_time += connection_time
windows_source.disconnect()
else: #Connection failed
failed_connections += 1
consecutive_failures += 1
# Write connection times to .csv file
write_logs(number_of_connections, successful_connections, failed_connections, consec_fails_list)
return "Number of connections: %s\n" \
"Average connection time: %s" % (number_of_connections, total_connection_time / number_of_connections)
