Digital Circuit Design

decimal2base.py

def decimal2base(num, base):
  result = str()
  while (num > 0):
    old_num = num
    num = int(num/base)
    # reminder = int(num%base)
    reminder = old_num - (num*base)
    result = str(reminder) + result
  if (base == 2):
    print ("0b" + result)
  elif (base == 16):
    print ("0x" + result)
  else:
    print ("base = " + base + ", " +result)
  return result
  
if __name__=="__main__":
  decimal2base(37, 2) #bin(37) = 0b100101
  decimal2base(25, 2) #bin(37) = 0b11001
  decimal2base(32, 16) #hex(32) = 0x20