Caleb2501

# Input: a number
# Output : the next higher number that uses the same set of digits.
from itertools import permutations
def nextHighest(num):
    """This function takes a number as a string, finds all permutations of that number,
    and then returns the next highest value using those digits."""
    if len(num) == 1:
        return num+num

    normal = []

Caleb2501

#create a program that will find all prime numbers below 2000

primeNumbers = []
for num in range(1, 2000):
    x = num
    count = 0
    while x > 0:
        if num %x == 0:
            count += 1
        x -= 1

Caleb2501

#Write a program that counts the number of alphanumeric characters there are in The
#  Adventures of Sherlock Holmes. Exclude the Project Gutenberg header and footer, book
#  title, story titles, and chapters. Post your code and the alphanumeric character count.
loop = True
charCount = 0
numCount = 0
# Creating reference lists for characters to count.
charList = 'abcdefghijklmnopqrstuvwxyxABCDEFGHIJKLMNOPQRSTUVWXYZ'
numList = '1234567890'
# Creating start and end strings to keep the meat of the file that we will be counting

Caleb2501

#Often times in commercials, phone numbers contain letters so that they're easy to
# remember (e.g. 1-800-VERIZON). Write a program that will convert a phone number that
# contains letters into a phone number with only numbers and the appropriate dash. Click
# here to learn more about the telephone keypad.
print "This program will convert numbers with letters into the digits they represent."
phone = raw_input("Please enter a 1-800 number: ")
phone = phone.upper()
converter = {'A':'2', 'B':'2', 'C':'2', 'D':'3', 'E':'3', 'F':'3',
             'G':'4', 'H':'4', 'I':'4', 'J':'5', 'K':'5', 'L':'5',
             'M':'6', 'N':'6','O':'6', 'P':'7', 'Q':'7', 'R':'7',

Caleb2501

#Write an application which will print a triangle of stars of user-specified height, with each line having
#twice as many stars as the last.

def triangler(char, height):
    """assumes that char is a single character, and height is an integer between 1 - 10.
        Uses the height int to build a triangle on the screen."""
    upChar = ""
    for c in range(0, height):
        upChar = upChar + char
        char = upChar

Caleb2501

# coding=utf-8
# Write a function that takes two strings and removes from the first string any
# character that appears in the second string. For instance, if the first string is “Daily Programmer”
# and the second string is “aeiou ” the result is “DlyPrgrmmr”.
# note: the second string has [space] so the space between "Daily Programmer" is removed

def newString(str1, str2):
    """Takes two strings and returns a new string with letters of the first removed from the second"""
    result = []
    for i in str1:

Caleb2501

#write a program to right, or left justify text in a file.
start = False
f = open('chuckles.txt', 'r+')
test = f.readlines() #creating a copy of the file for looping while modifying the original file.
for line in test:
    scoop = line.rjust(50)
    if not start: # puts block at the top of the file to overwrite the existing text
        f.seek(0)
        start = True
    f.writelines(scoop)

Caleb2501

#find the number of the year for the given date. For example, January 1st
#would be 1, and december 31st is 365

import datetime
loop = True

print "We are going to figure out what day number you chose based on the date you input."
while loop:
    year = input('Enter a year (YYYY): ')
    month = input('Enter a month (MM): ')

Caleb2501

import datetime

Days = ['Monday', 'Tuesday', 'Wedneday', 'Thursday', 'Friday', 'Saturday', 'Sunday']

loop = True
print "Welcome to the magical emporium of fun!"
print "Give me your birth date, and I will tell you what day of the week you were born on."
while loop:
    year = input('Enter your birth year (YYYY): ')
    month = input('Enter your birth month (MM): ')

Caleb2501

#The exercise today asks you to validate a telephone number, as if written on an input form. Telephone numbers can be written as ten digits, or with dashes, spaces, or dots between the three segments, or with the area code parenthesized; both the area code and any white space between segments are optional.
#Thus, all of the following are valid telephone numbers: 1234567890, 123-456-7890, 123.456.7890, (123)456-7890, (123) 456-7890 (note the white space following the area code), and 456-7890.
#The following are not valid telephone numbers: 123-45-6789, 123:4567890, and 123/456-7890.
import re
phoneNum = raw_input("Please enter a phone number: ")
matchObj = re.match( r'^([1]?)([\(\/\. ]?)[2-9][\d]{2}([\.\- \)]?)[2-9][\d][\d][/\.\- ]?[\d]{4}$', phoneNum)
if matchObj:
  print "Great! you gave me a good phone number: %s" % phoneNum
else:
	print "You should try again that phone number sucked!"