C_rtd.py

import random
def rtd(data,debug,sender):
  backo = data
  try:
    arg1,arg2 = backo.split("d")
  except ValueError, err:
    return("Too many or too small amount of arguments")
  else:
    if debug:
      print sender+":!rtd "+arg1+"d"+arg2 #faster than using %s's
    die,die2 = [],[]
    current_mark = ""
    outcome = 0
    realnumberfound = False
    checks = []
    count = 0
    arg1 = arg1.replace(" ","")
    arg2 = arg2.replace(" ","")
    try:
      i_arg1 = int(arg1)
      a_arg1 = abs(i_arg1)
      if "+" in arg2 or "-" in arg2:
        plus_spot = arg2.find("+")
        minus_spot = arg2.find("-")
        if plus_spot == -1 and minus_spot == -1:
          nicer_form = ""
        elif plus_spot != -1 and minus_spot == -1:
          nicer_form = arg2[plus_spot:]
        elif plus_spot == -1 and minus_spot != -1:
          nicer_form = arg2[minus_spot:]
        else:
          if plus_spot < minus_spot:
            nicer_form = arg2[plus_spot:]
          else:
            nicer_form = arg2[minus_spot:]
        for letter in arg2:
          if letter == "+" or letter == "-":
            current_mark = letter
            checks = []
            count += 1
            continue
          checks.append(letter)
          try:
            next_up = arg2[count+1]
          except:
            if realnumberfound == False:
              i_arg2 = int("".join(checks))
              checks = []
              realnumberfound = True
            elif current_mark == "+":
              outcome += int("".join(checks))
            else:
              outcome -= int("".join(checks))
          else:
            if next_up == "+" or next_up == "-":
              if realnumberfound == False:
                i_arg2 = int("".join(checks))
                checks = []
                realnumberfound = True
              else:
                if current_mark == "+":
                  outcome += int("".join(checks))
                else:
                  outcome -= int("".join(checks))
                checks = []
            count += 1
      else:
        i_arg2 = int(arg2)
      if a_arg1 == 0 or abs(i_arg2) == 0:
        raise RuntimeError
    except ValueError:
      return("You lied! That's not a number!")
    except RuntimeError:
      return("Too many zeroes!")
    else:
      if a_arg1 > 100:
        return("Too many rolls, I can only do one hundred at max.")
      else:
        for i in xrange(0,a_arg1):
          if i_arg2 < 0:
            dice = random.randint(i_arg2,0)
          else:
            dice = random.randint(1,i_arg2)
          die.append(dice)
          die2.append(str(dice))
        if i_arg2 < 0:
          flist = "".join(die2)
        else:
          flist = "+".join(die2)
        if len(flist) > 350:
          return(str(reduce(lambda x,y: x+y, die)+outcome))
        else:
          if current_mark == "":
            return(flist+" = "+str(reduce(lambda x,y: x+y, die)+outcome))
          else:
            return(flist+" ("+nicer_form+") = "+str(reduce(lambda x,y: x+y, die)+outcome))