import random
 
print "Number of the day:" 
 
print
def dieroll():
    randomnumber = random.randrange(100)+1
    return randomnumber
 
def add2dieroll():
    y = dieroll() + dieroll()
    return y
 
#main
z= add2dieroll()
print dieroll(), "+", dieroll(), "= [", z, "]"
 
print "-" *35
print
 
name=raw_input("Hello,what is your name?")
 
def addyear(x):
    x2 = 2009 - x
    return x2
 
#main
 
print
print "Hello", name
x =input("What year were you born?:")
x2 = addyear(x)
print
print x, "-2009 =", x2
print "cool, you are", x2, "years old"
 
print
randomquestion=raw_input("so, do you like buying things?")
 
print   
a=raw_input("What are 2 items that you bought this week?:")
 
def add2sub2(x,y):
    x2 = x + 2.05
    y2 = y + 2.05
    return x2, y2
 
 
#main
 
x = input("how much did it cost ")
y = input("how about the other one?")
print
x2, y2 = add2sub2(x,y)
print x, " + 5%GST + 8%PST = ", x2
print y, " + 5%GST + 8%PST = ", y2
print "the total is: ", "$", x2 + y2
 
 
 
def dieroll():
  question=raw_input("Here are some lottery numbers you can use (press enter key):")
  for each in range(6):
   randomnumber = random.randrange(100)+1
   print randomnumber
 
print
answer = 'y'
while answer == 'y':
    dieroll()
    answer=raw_input("Do you want new numbers? (y or n)")
 
print "okay bye"    
raw_input("\n\nPress the enter key to exit.")

# a test-first loop: set the sentinel and repeat until sentinel is false
 
repeat = True
while repeat:
   print "You lose!"
   if raw_input("Play again? (y/n) ") == "n":
        repeat = False

# a test-last method: repeat until the test fails.  This method makes more sense to me but is frowned on by some purists.
 
while True:
    print "You lose!"
    if raw_input("Play again? (y/n) ") == "n":
        break