modules/CommandDSACheck.py

   1 # Mattermost Bot module.
   2 #  Copyright (c) 2021 by @top_left <gisilfrid@protonmail.com>
   3 #  published under MIT-License
   4
   5 from random import randint
   6 import re
   7 import math
   8
   9
  10 # pylint: disable=wrong-import-position
  11 from AbstractCommand import AbstractCommand
  12 class CommandDSACheck(AbstractCommand):
  13     TRIGGER = "dsacheck"
  14     CONFIG = {"display_name": "somebot-command", "auto_complete": True,
  15               "auto_complete_hint": "n [n n] [(+|-)b] [m]",
  16              }
  17     USEINFO = CONFIG["auto_complete_desc"] = CONFIG["description"] = "Directly do an attribute or skill check, optionally with modifications and skill points"
  18
  19
  20     def on_POST(self, request, data):
  21         if re.search(r"^\d{1,2}( \+\d{1,3}| -\d{1,3})?$", data["text"]):
  22             tokens = data["text"].split(" ")
  23             attribute = int(tokens[0])
  24             msg = "Checking for {}".format(attribute)
  25             modification = 0
  26             if len(tokens) == 1:
  27                 msg += ":\n"
  28             else:
  29                 modification = int(tokens[1])
  30                 msg += " modified by {}:\n".format(modification)
  31             throw = randint(1, 20)
  32             modified_attribute = attribute + modification
  33             if modified_attribute <= 0:
  34                 msg += "Failed, attribute below 1"
  35             elif throw == 1:
  36                 msg += "Critical Success"
  37             elif throw == 20:
  38                 msg += "Botched"
  39             elif throw <= modified_attribute:
  40                 msg += "Success ({})".format(throw)
  41             else:
  42                 msg += "Failed ({})".format(throw)
  43
  44         elif re.search(r"^\d{1,2} \d{1,2} \d{1,2}( \+\d{1,3}| -\d{1,3})?( \d{1,3})?$", data["text"]):
  45             tokens = data["text"].split(" ")
  46             attributes = tokens[:3]
  47             tokens = tokens[3:]
  48             msg = "Checking for {}".format(attributes)
  49
  50             modification = 0
  51             if len(tokens) > 0 and (tokens[0][0] == "+" or tokens[0][0] == "-"):
  52                 modification = int(tokens[0])
  53                 tokens = tokens[1:]
  54                 msg += " modified by {}".format(modification)
  55
  56             skill_points = 0
  57             if len(tokens) > 0:
  58                 skill_points = int(tokens[0])
  59                 msg += " with {} skill points".format(skill_points)
  60
  61             msg += ":\n"
  62
  63             attributes = [int(attribute) + modification for attribute in attributes]
  64             if any(attribute < 1 for attribute in attributes):
  65                 msg += "Failed, attribute below 1"
  66             else :
  67                 success = True
  68                 throws = []
  69                 for attribute in attributes:
  70                     throw = randint(1, 20)
  71                     throws.append(throw)
  72                     if attribute + skill_points < throw:
  73                         success = False
  74                     elif attribute < throw:
  75                         skill_points -= throw - attribute
  76                 ones = len([throw for throw in throws if throw == 1])
  77                 twenties = len([throw for throw in throws if throw == 20])
  78                 if ones == 2:
  79                     msg += "Critical Success"
  80                 elif ones == 3:
  81                     msg += "Spectacular Success"
  82                 elif twenties == 2:
  83                     msg += "Botched"
  84                 elif twenties == 3:
  85                     msg += "Botched spectacularly"
  86                 elif not success:
  87                     msg += "Failure ({})".format(throws)
  88                 else:
  89                     quality_level = math.ceil(skill_points / 3)
  90                     if quality_level == 0:
  91                         quality_level = 1
  92                     msg += "Success ({}), QS: {}".format(throws, quality_level)
  93
  94         else:
  95             request.cmd_respond_text_temp(
  96                 "Possible invocations are either m [(+|-)b] or m n o [(+|-)b] [x] where n, m, o is between 1 and 99 and b and x can be any integers between -999 and 999 "
  97             )
  98             return
  99
 100         request.cmd_respond_text_chan(msg)