TannerRayMartin

## IP to Binary 2
class converter:
    def __init__(self):
        self.ip = input('Enter an IP Address: ')
        self.binary = [128,64,32,16,8,4,2,1]
        self.empty_list = []

    def convert(self, number):
        empty_string = ''
        number = int(number)
        for num in self.binary:

## serial_test1.py
__author__ = 'Tanner Ray Martin'

#this is for python 3, for python 2: change input to raw_input
import serial

#serial is the main module used and needs to be installed

import time

'''

## subnet.py
#this program is currently without comments- this is the first draft and will be simplified and added to.
#constructed by Tanner Martin- 9-30-16 - 4 hour completion time.

import random
import time

## IP to Binary
red   = '\033[1;31;49m'
green = '\033[1;32;49m'
#Any '\033' is a color code that changes the color of the text that follows.


#the definition convert: converts a number (0-255) to a binary octet. any number above 255 will return as 255 in binary
	class converter:
	def __init__(self):
	self.ip = input('Enter an IP Address: ')
	self.binary = [128,64,32,16,8,4,2,1]
	self.empty_list = []

	def convert(self, number):
	empty_string = ''
	number = int(number)
	for num in self.binary:
	__author__ = 'Tanner Ray Martin'

	#this is for python 3, for python 2: change input to raw_input
	import serial

	#serial is the main module used and needs to be installed

	import time

	'''
	#this program is currently without comments- this is the first draft and will be simplified and added to.
	#constructed by Tanner Martin- 9-30-16 - 4 hour completion time.

	import random
	import time
	red = '\033[1;31;49m'
	green = '\033[1;32;49m'
	#Any '\033' is a color code that changes the color of the text that follows.


	#the definition convert: converts a number (0-255) to a binary octet. any number above 255 will return as 255 in binary