rewrote hangman.py

modules/hangman.py

@@ -1,91 +1,84 @@
-#! /usr/bin/env python3
+#!/usr/bin/env python3
-# -*- coding: utf-8 -*-
 """
-Hangman.
+A class and functions needed for playing handman.
 """
+import os
 import random
-import module
+
+from module import commands, example
 
 class Hangman():
-	def __init__(self):
+	def __init__(self, bot):
-		self.running = False
-
-	def newgame(self):
-		self.running = True
 		self.tries = 8
-		self.word = self._PickWord()
+		self.word = self._PickWord(bot)
 		self.working = [x for x in self.word]
 		self.blanks = list('_' * len(self.word))
-		for n,char in enumerate(self.word):
-			if char == ' ':
-				self.blanks[n] = ' '
 
-	def _PickWord(self):
+	def _PickWord(self, bot):
-		with open("/home/iou1name/fulvia/static/wordlist.txt",'r') as file:
+		with open(os.path.join(bot.static, "wordlist.txt"), "r") as file:
-			lines = file.readlines()
+			word = random.choice(file.read().splitlines())
-		wrd = list(lines[ random.randint(0, len(lines))-1 ].strip())
+		return word
-		return wrd
 
-	def solve(self, guess):
+	def update(self, guess):
-		if list(guess) == self.word:
+		if not guess in self.word:
-			self.running = False
+			return
-			self.blanks = self.word
-			return 'win'
 
-		elif guess in self.word and len(guess) == 1:
+		for n, char in enumerate(self.word):
-			while guess in self.working:
+			if char == guess:
-				index = self.working.index(guess)
+				self.blanks[n] = guess
-				self.blanks[index] = guess
-				self.working[index] = '_'
-			return 'correct'
-		else:
-			self.tries = self.tries - 1
-			if self.tries == 0:
-				self.running = False
-				self.blanks = self.word
-				return 'lose'
-			else:
-				return 'incorrect'
 		
-	def return_blanks(self):
-		return ''.join(self.blanks)
 
-hangman = Hangman()
+def setup(bot):
+	bot.memory["hangman"] = {}
 
-@module.commands('hangman')
+
-@module.example('.hangman')
+@commands("hangman", "hm")
 def hangman_start(bot, trigger):
 	"""Starts a game of hangman."""
-	if hangman.running:
+	if not trigger.group(2):
-		bot.reply("There is already a game running.")
+		return bot.reply("Hang what?")
+
+	if trigger.group(3) == "--start" or trigger.group(3) == "-s":
+		if bot.memory["hangman"].get(trigger.channel):
+			return bot.reply("There is already a game running in this channel.")
+
+		bot.memory["hangman"][trigger.channel] = Hangman(bot)
+		msg = f"{trigger.nick} has started a game of hangman! " \
+			+ "Use '.hangman [guess]' to guess a letter or the entire word."
+		bot.msg(msg)
+		bot.say("".join(bot.memory["hangman"][trigger.channel].blanks))
 		return
 
-	hangman.newgame()
+	if not bot.memory["hangman"].get(trigger.channel):
-	bot.say(trigger.nick + " has started a game of hangman! Type .guess to guess a letter or the entire phrase.")
+		msg = "There is no game currently running in this channel. " \
-	bot.say(hangman.return_blanks())
+			+ "Use '.hangman --start' to start one"
+		return bot.reply(msg)
 
+	if len(trigger.group(2)) > 1:
+		if trigger.group(2) == bot.memory["hangman"][trigger.channel].word:
+			bot.say(f"{trigger.nick} has won!")
+			bot.say(bot.memory["hangman"][trigger.channel].word)
+			bot.memory["hangman"].pop(trigger.channel)
+			return
+		else:
+			msg = "Incorrect. " \
+				+ f"{bot.memory['hangman'][trigger.channel].tries} tries left."
+			bot.reply(msg)
 
-@module.commands('guess')
+	elif len(trigger.group(2)) == 1:
-@module.example('.guess a')
+		if trigger.group(2) in bot.memory["hangman"][trigger.channel].word:
-@module.example('.guess anus')
+			bot.reply("Correct!")
-def guess(bot, trigger):
+			bot.memory["hangman"][trigger.channel].update(trigger.group(2))
-	"""Makes a guess in hangman. May either guess a single letter or the entire word/phrase."""
-	if not hangman.running:
-		bot.reply('There is no game currently running. Use .hangman to start one')
-		return
 
-	response = hangman.solve(trigger.group(2))
+		else:
+			bot.memory["hangman"][trigger.channel].tries -= 1
+			msg = "Incorrect. " \
+				+ f"{bot.memory['hangman'][trigger.channel].tries} tries left."
+			bot.reply(msg)
 	
-	if response == 'win':
+	if bot.memory["hangman"][trigger.channel].tries <= 0:
-		bot.say(trigger.nick + " has won!")
+		bot.say("Game over!")
-	elif response == 'correct':
+		bot.say(bot.memory['hangman'][trigger.channel].word)
-		pass
+		bot.memory["hangman"].pop(trigger.channel)
-	elif response == 'lose':
-		bot.say("Game over.")
-	elif response == 'incorrect':
-		bot.reply("incorrect.")
-		bot.say( str(hangman.tries) + " tries left." )
 	else:
-		bot.say('Fuck.')
+		bot.say("".join(bot.memory["hangman"][trigger.channel].blanks))
-
-	bot.say(hangman.return_blanks())