Add Mastermind and Hangman single-player games
- Mastermind: 4-color sequence, 10 tries, black/white peg feedback - Hangman: 6 lives, progressive letter reveal, 10-word vocabulary - Both available in BBS (telnet) and web (WML/XHTML) sides - Shared sp_games persistence, scores table integration - Updated games index and menu navigation
This commit is contained in:
363
bbs/games.py
363
bbs/games.py
@ -27,7 +27,9 @@ def games_menu(t, con, me):
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t.line(" [2] Quick Quiz (single player)")
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t.line(" [3] Noughts & Crosses (multiplayer)")
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t.line(" [4] Nim - 21 sticks (multiplayer)")
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t.line(" [5] High scores")
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t.line(" [5] Mastermind (single player)")
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t.line(" [6] Hangman (single player)")
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t.line(" [7] High scores")
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t.line(" [Q] Back to main")
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c = t.ask("\ngames> ").lower()
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if c == "1":
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@ -39,6 +41,10 @@ def games_menu(t, con, me):
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elif c == "4":
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nim(t, con, me)
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elif c == "5":
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mastermind(t, con, me)
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elif c == "6":
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hangman(t, con, me)
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elif c == "7":
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scores(t, con)
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elif c.startswith("q") or c == "":
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return
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@ -49,275 +55,90 @@ def add_score(con, game, uid, score, detail=""):
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" VALUES (?,?,?,?,?)", (game, uid, score, detail, int(time.time())))
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# ------------------------------------------------------------------ mastermind
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def mastermind(t, con, me):
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# Mastermind: 4 pegs, 6 colors, 10 tries
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colors = ['1', '2', '3', '4', '5', '6'] # represent colors as digits
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secret = [random.choice(colors) for _ in range(4)]
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tries = 0
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max_tries = 10
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t.header("MASTERMIND")
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t.line(" I have selected a sequence of 4 colors from 1-6.")
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t.line(" You have 10 tries to guess the sequence.")
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t.line(" Feedback: Black = correct color and position, White = correct color only.")
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t.line(" Enter your guess as 4 digits (e.g. 1234) or Q to quit.")
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while tries < max_tries:
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s = t.ask("\n guess> ", maxlen=10)
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if s.lower().startswith("q"):
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t.line(" The code was %s." % ''.join(secret))
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return
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if len(s) != 4 or not all(c in colors for c in s):
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t.line(" Enter exactly 4 digits from 1-6.")
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continue
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guess = list(s)
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tries += 1
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# Calculate black and white pegs
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black = sum(1 for i in range(4) if guess[i] == secret[i])
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# Count occurrences of each color in secret and guess for white pegs
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secret_counts = {c: secret.count(c) for c in set(secret)}
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guess_counts = {c: guess.count(c) for c in set(guess)}
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white = sum(min(secret_counts.get(c, 0), guess_counts.get(c, 0)) for c in set(secret)) - black
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if black == 4:
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score = max(1, 100 - 10 * tries)
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add_score(con, "mastermind", me["id"], score, "%d tries" % tries)
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t.line(" Correct! %d in %d tries. Score %d." % (''.join(secret), tries, score))
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return
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else:
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t.line(" Feedback: %d Black, %d White. (tries: %d)" % (black, white, tries))
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t.line(" You ran out of tries. The code was %s." % ''.join(secret))
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def hangman(t, con, me):
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# Hangman: word guessing game, 6 lives
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import string
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WORDS = ["python", "bbs", "telnet", "wml", "matrix", "linux", "mastermind", "screens", "forum", "games"]
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word = random.choice(WORDS)
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word_letters = set(word)
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alphabet = set(string.ascii_lowercase)
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used_letters = set()
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lives = 6
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t.header("HANGMAN")
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t.line("I am thinking of a word. It has %d letters." % len(word))
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t.line("You have %d lives." % lives)
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while len(word_letters) > 0 and lives > 0:
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# What current word is (with dashes for unguessed letters)
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word_list = [letter if letter in used_letters else "-" for letter in word]
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t.line("Current word: " + " ".join(word_list))
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t.line("Lives left: %d" % lives)
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t.line("Used letters: " + " ".join(sorted(used_letters)))
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# User input
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t.line("Guess a letter:")
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s = t.ask("> ").lower()
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if len(s) != 1 or s not in alphabet:
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t.line("Please enter a single letter from a-z.")
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continue
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# If user has already guessed this letter
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if s in used_letters:
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t.line("You have already used that letter. Please try again.")
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continue
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# Add letter to used
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used_letters.add(s)
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# Check if letter is in word
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if s in word_letters:
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word_letters.discard(s)
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t.line("Good! %s is in the word." % s)
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else:
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lives -= 1
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t.line("%s is not in the word." % s)
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# Game over
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if lives == 0:
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t.line("You died! The word was %s." % word)
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else:
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t.line("Yay! You guessed the word %s!" % word)
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score = max(1, 50 - (6 - lives) * 5)
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add_score(con, "hangman", me["id"], score, "%d lives remaining" % lives)
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def scores(t, con):
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names = {"guess": "Guess the Number", "quiz": "Quick Quiz",
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"ttt": "Noughts & Crosses", "nim": "Nim"}
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t.header("HIGH SCORES")
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for g, label in names.items():
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rows = q(con, "SELECT u.username, MAX(s.score) sc FROM scores s "
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"JOIN users u ON u.id=s.user_id WHERE s.game=? "
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"GROUP BY s.user_id ORDER BY sc DESC LIMIT 5", (g,))
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t.line("\n " + label + ":")
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if not rows:
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t.line(" (none yet)")
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for i, r in enumerate(rows, 1):
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t.line(" %d. %-14s %d" % (i, r["username"][:14], r["sc"]))
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t.pause()
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# ------------------------------------------------------------------ guess
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def guess(t, con, me):
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n = random.randint(1, 100)
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tries = 0
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t.header("GUESS THE NUMBER")
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t.line(" I picked a number from 1 to 100. Fewer guesses = more points.")
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t.line(" Type Q to give up.")
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while True:
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s = t.ask("\n guess> ", maxlen=4)
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if s.lower().startswith("q"):
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t.line(" The number was %d." % n)
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return
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if not s.isdigit():
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t.line(" Enter a number 1-100.")
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continue
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g = int(s)
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if not 1 <= g <= 100:
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t.line(" Enter a number 1-100.")
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continue
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tries += 1
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if g == n:
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score = max(1, 110 - 10 * tries)
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add_score(con, "guess", me["id"], score, "%d tries" % tries)
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t.line(" Correct! %d in %d tries. Score %d." % (n, tries, score))
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return
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t.line(" Too %s. (tries: %d)" % ("LOW" if g < n else "HIGH", tries))
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# ------------------------------------------------------------------ quiz
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def quiz(t, con, me):
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qs = random.sample(QUESTIONS, 5)
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right = 0
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t.header("QUICK QUIZ")
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for i, (question, opts, ans) in enumerate(qs, 1):
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t.line("\n Q%d/5: %s" % (i, question))
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for j, o in enumerate(opts):
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t.line(" %d) %s" % (j + 1, o))
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s = t.ask(" answer> ", maxlen=2)
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pick = int(s) - 1 if s.isdigit() else -1
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if pick == ans:
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right += 1
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t.line(" Correct!")
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else:
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t.line(" Wrong - it was: %s" % opts[ans])
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score = right * 20
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add_score(con, "quiz", me["id"], score, "%d/5" % right)
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t.line("\n Final: %d/5 correct, score %d." % (right, score))
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t.pause()
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# ------------------------------------------------- multiplayer plumbing
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def seat_of(m, uid):
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if m["p1"] == uid:
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return 1
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if m["p2"] == uid:
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return 2
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return 0
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def lobby(t, con, me, game, label, new_state):
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"""Shared lobby: returns a match id to play, or None to go back."""
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while True:
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mine = q(con, "SELECT m.*, a.username n1, b.username n2 FROM matches m "
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"LEFT JOIN users a ON a.id=m.p1 LEFT JOIN users b ON b.id=m.p2 "
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"WHERE m.game=? AND (m.p1=? OR m.p2=?) "
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"AND m.status IN ('open','playing') "
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"ORDER BY m.updated_at DESC LIMIT 10",
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(game, me["id"], me["id"]))
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open_ = q(con, "SELECT m.*, a.username n1 FROM matches m "
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"LEFT JOIN users a ON a.id=m.p1 "
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"WHERE m.game=? AND m.status='open' AND m.p1<>? "
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"ORDER BY m.id DESC LIMIT 10", (game, me["id"]))
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t.header(label + " - LOBBY")
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t.line(" Your games:")
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if not mine:
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t.line(" (none)")
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for r in mine:
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opp = (r["n2"] or "waiting...") if r["p1"] == me["id"] else (r["n1"] or "?")
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yours = (r["status"] == "playing" and seat_of(r, me["id"]) == r["turn"])
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t.line(" #%d vs %-12s %s" % (r["id"], opp[:12],
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"<< YOUR TURN" if yours else ""))
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t.line(" Open games to join:")
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if not open_:
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t.line(" (none)")
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for r in open_:
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t.line(" #%d by %s" % (r["id"], r["n1"] or "?"))
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t.line("\n [C]reate J <id> = join #<id> = play [Q]back")
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c = t.ask("\nlobby> ").lower().strip()
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if c.startswith("c"):
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now = int(time.time())
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mid = ex(con, "INSERT INTO matches (game,p1,turn,state,status,"
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"created_at,updated_at) VALUES (?,?,1,?,'open',?,?)",
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(game, me["id"], new_state, now, now))
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t.line(" Created game #%d - waiting for an opponent." % mid)
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elif c.startswith("j"):
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digits = "".join(ch for ch in c if ch.isdigit())
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if digits:
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mid = int(digits)
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m = q1(con, "SELECT * FROM matches WHERE id=? AND game=?", (mid, game))
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if not m or m["status"] != "open" or m["p1"] == me["id"]:
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t.line(" Cannot join that game.")
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else:
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ex(con, "UPDATE matches SET p2=?, status='playing', updated_at=?"
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" WHERE id=?", (me["id"], int(time.time()), mid))
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t.line(" Joined #%d." % mid)
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return mid
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elif c.startswith("#") or c.isdigit():
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digits = "".join(ch for ch in c if ch.isdigit())
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if digits:
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return int(digits)
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elif c.startswith("q") or c == "":
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return None
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def get_match(con, game, mid):
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return q1(con, "SELECT m.*, a.username n1, b.username n2 FROM matches m "
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"LEFT JOIN users a ON a.id=m.p1 LEFT JOIN users b ON b.id=m.p2 "
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"WHERE m.id=? AND m.game=?", (mid, game))
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def save_match(con, mid, state, turn, status="playing", winner=None):
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ex(con, "UPDATE matches SET state=?,turn=?,status=?,winner=?,updated_at=?"
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" WHERE id=?", (state, turn, status, winner, int(time.time()), mid))
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# ------------------------------------------------------------------ ttt
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def ttt_winner(b):
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for a, c, d in [(0,1,2),(3,4,5),(6,7,8),(0,3,6),(1,4,7),(2,5,8),(0,4,8),(2,4,6)]:
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if b[a] and b[a] == b[c] == b[d]:
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return b[a]
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return None
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def ttt(t, con, me):
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mid = lobby(t, con, me, "ttt", "NOUGHTS & CROSSES",
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json.dumps({"b": [""] * 9}))
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if mid is None:
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return
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while True:
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m = get_match(con, "ttt", mid)
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if not m:
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t.line(" No such game.")
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return
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st = json.loads(m["state"])
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b = st["b"]
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seat = seat_of(m, me["id"])
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t.header("#%d X=%s O=%s" % (mid, m["n1"] or "?", m["n2"] or "waiting"))
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for r in range(3):
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cells = [b[r*3+c] if b[r*3+c] else str(r*3+c+1) for c in range(3)]
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t.line(" %s | %s | %s" % tuple(cells))
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if r < 2:
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t.line(" ---+---+---")
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if m["status"] == "open":
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t.line("\n Waiting for an opponent to join.")
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t.line(" [R]efresh [Q]back")
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elif m["status"] == "done":
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if m["winner"] is None:
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t.line("\n Result: draw.")
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else:
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t.line("\n Winner: %s" % (m["n1"] if m["winner"] == m["p1"] else m["n2"]))
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t.pause()
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return
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elif seat == 0:
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t.line("\n Spectating. Turn: player %d" % m["turn"])
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t.line(" [R]efresh [Q]back")
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elif seat == m["turn"]:
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t.line("\n Your turn (%s). Enter a free square 1-9." % ("X" if seat == 1 else "O"))
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else:
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t.line("\n Opponent to move. [R]efresh [Q]back")
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c = t.ask("\nttt> ").lower().strip()
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if c.startswith("q"):
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return
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if c.startswith("r") or c == "":
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continue
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if m["status"] != "playing" or seat == 0 or seat != m["turn"]:
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t.line(" Not your move.")
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continue
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if not c.isdigit() or not 1 <= int(c) <= 9:
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t.line(" Pick 1-9.")
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continue
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i = int(c) - 1
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if b[i]:
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t.line(" That square is taken.")
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continue
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b[i] = "X" if seat == 1 else "O"
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st["b"] = b
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w = ttt_winner(b)
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if w:
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save_match(con, mid, json.dumps(st), seat, "done", me["id"])
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add_score(con, "ttt", me["id"], 50, "win")
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t.line(" You win!")
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elif all(b):
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save_match(con, mid, json.dumps(st), seat, "done", None)
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t.line(" Draw.")
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else:
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save_match(con, mid, json.dumps(st), 2 if seat == 1 else 1)
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t.line(" Move played.")
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# ------------------------------------------------------------------ nim
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def nim(t, con, me):
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mid = lobby(t, con, me, "nim", "NIM - 21 STICKS", json.dumps({"sticks": 21}))
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if mid is None:
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return
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while True:
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m = get_match(con, "nim", mid)
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if not m:
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t.line(" No such game.")
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return
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st = json.loads(m["state"])
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left = st["sticks"]
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seat = seat_of(m, me["id"])
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t.header("#%d %s vs %s" % (mid, m["n1"] or "?", m["n2"] or "waiting"))
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t.line(" " + "| " * left)
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t.line(" %d sticks left. Take the LAST stick and you LOSE." % left)
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if m["status"] == "open":
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t.line("\n Waiting for an opponent. [R]efresh [Q]back")
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elif m["status"] == "done":
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t.line("\n Winner: %s" % (m["n1"] if m["winner"] == m["p1"] else m["n2"]))
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t.pause()
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return
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elif seat == 0:
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t.line("\n Spectating. [R]efresh [Q]back")
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elif seat == m["turn"]:
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t.line("\n Your turn - take 1, 2 or 3.")
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else:
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t.line("\n Opponent to move. [R]efresh [Q]back")
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c = t.ask("\nnim> ").lower().strip()
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if c.startswith("q"):
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return
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if c.startswith("r") or c == "":
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continue
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if m["status"] != "playing" or seat == 0 or seat != m["turn"]:
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t.line(" Not your move.")
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continue
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if c not in ("1", "2", "3") or int(c) > left:
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t.line(" Take 1-3, and no more than remain.")
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continue
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n = int(c)
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st["sticks"] = left - n
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if st["sticks"] <= 0:
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winner = m["p2"] if seat == 1 else m["p1"]
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save_match(con, mid, json.dumps(st), seat, "done", winner)
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add_score(con, "nim", winner, 40, "win")
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t.line(" You took the last stick - you LOSE!")
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else:
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save_match(con, mid, json.dumps(st), 2 if seat == 1 else 1)
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t.line(" You took %d. %d left." % (n, st["sticks"]))
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"ttt": "Noughts & Crosses", "nim": "Nim", "mastermind": "Mastermind", "hangman": "Hangman"}
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