Implement hard mode, plus customization

game:
- New flag `--hard`: Select from 3 levels of difficulty:
  - Greenie: only check greens
  - Hard: classic Wordle* hard mode
  - Grayless: All hints are checked, even gray letters
- New flag: `--nokeyboard` disables the keyboard
- Improved customization:
  - Box characters, colors, and keyboard layouts moved into wordlists!
  - Support for non-English alpha characters to be determined. It should work though, I think.
  - Most things are no longer hardcoded! The main function is still a bit of a spaghetti mess right now, though. To be fixed!

dummy:
- New customization parameters:
  - `"boxes"`: Strings to be printed when assembling the share string (from least to most significant order)
  - `"colors"`: Text colors, to be printed on-screen. Order: Gray, Yellow, Green, Text Color, Keyboard background
  - `"keyboard"`: The keyboard layout. One string per line, of keyboard.

src/Wardle.py

@@ -1,3 +1,6 @@
 #!/usr/bin/python3
-# lol
+import game
-import game
+
+game.init()
+game.game()
+game.end()

src/dummy.py

@@ -5,11 +5,13 @@ Metadata = {
    "name": "Dummy",
    "version": "dummy",
    "guesses": 4,
-   "launch": (2222, 2, 16)
+   "launch": (2222, 2, 16),
+   "boxes":  ["[]",     "!!",      "<3",     "  ",     "  "],
+   "colors": [0x1666666, 0x1bb9900, 0x1008800, 0xe8e8e8, 0x1222222],
+   "keyboard": ["aaaaaaaaaa"], # max 10 keys per row, please
 }
 # Your custom list of non-answer words goes here
-Words = [
+Words = ["b", "c", "d", "e", "f"]
-   "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m",
+
-   "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z"]
 # Your custom list of answer-words goes here
 Answers = ["a"]

src/game.py

@@ -18,9 +18,9 @@ from signal import SIGINT
 from os import get_terminal_size, terminal_size
 
 # Provide a clean getaway
-def end():
+def end(*args, **kwargs):
    ui.clear()
-   exit()
+   exit(*args, **kwargs)
 
 # Set up sigint handler
 def handler(signum, frame):
@@ -33,14 +33,16 @@ parser = argparse.ArgumentParser(
    description='A barebones CLI Wordle clone, using official Wardle solutions. You have been warned.'
    )
 parser.add_argument('day',    nargs="?",           type=int, help="Wordle day number")
-parser.add_argument('-g',     metavar="guesses",   type=int, help="number of guesses (limited by terminal size)")
+parser.add_argument('-g',     metavar="guesses",   type=int, help="number of guesses (bounded by terminal size)")
+parser.add_argument('--hard', metavar="0-3", \
+                              nargs="?", const=2,  type=int, help="0:normal  1:~greenie  2:*hard  3:+greyless")
 parser.add_argument('--word', metavar="solution",            help="force a particular word")
 parser.add_argument('--list', metavar="wordlist",            help="use a custom wordlist")
-parser.add_argument('--classic',  action='store_true',       help="use the classic Wordle word list")
+parser.add_argument('--classic',    action='store_true',     help="use the classic Wordle word list")
-parser.add_argument('--nonsense', action='store_true',       help="allow nonsensical guesses")
+#parser.add_argument('-c',           action='store_true',     help="enable colorblind mode") # TODO
-parser.add_argument('--hard',     action='store_true',       help="enable hard mode (wip)")
+parser.add_argument("--nokeyboard", action='store_true',     help="disable the keyboard")
-parser.add_argument('--center', action='store_true',         help="center the screen")
+parser.add_argument('--nonsense',   action='store_true',     help="allow nonsensical guesses")
-# TODO: Implement hard mode properly (more than just a *)
+parser.add_argument('--center',     action='store_true',     help="center the screen")
 
 # Parse the args
 args = parser.parse_args()
@@ -48,6 +50,16 @@ args = parser.parse_args()
 # Handle the args
 #   Select the correct word list
 Words, Answers, data = [], [], {"name":"", "version":"", "guesses":-1, "launch":(1970,1,1)}
+default_data = {
+   "name": "Wardle.py",
+   "version": "-1",
+   "guesses": 6,
+   "launch": (2022, 2, 13),
+   "boxes":  ["⬛",     "🟨",      "🟩",     "  ",     "  "],
+   "colors": [0x13a3a3c, 0x1b59f3b, 0x1538d4e, 0xd7dadc, 0x1121213],
+   "keyboard": ["qwertyuiop", "asdfghjkl", "zxcvbnm"+u"\u23CE"]
+}
+data = dict(default_data)
 if not args.list:
    args.list = "w2"
 args.list = "w" if args.classic else args.list
@@ -76,20 +88,32 @@ if args.word:
 else:
    d = len(Answers) - 1 if d >= len(Answers) else 0 if d < 0 else d
    solution = Answers[d]
+
+# Bound hardmode
+if not args.hard:
+   args.hard = 0
+elif args.hard < 0:
+   args.hard = 0
+elif args.hard > 3:
+   args.hard = 3
 # End arg parsing
 
 
 # ! The game is below this point
 
 # Good data structures to have
+# Load data
+for key in default_data:
+   if key not in data:
+      data[key] = default_data[key]
+
 #   Box characters!
 GRAY, YELLOW, GREEN, WHITE, BLACK = range(5)
-boxes = ["⬛",     "🟨",      "🟩",     "  ",     "  "]
+boxes = data["boxes"] if "boxes" in data else default_data["boxes"]
-colors= [0x13a3a3c, 0x1b59f3b, 0x1538d4e, 0xd7dadc, 0x1121213]
+colors = data["colors"]
+
 #   Guesses go here
 guesses = []
-letters = [4] * 27
-
 
 # Letter is in boxes
 def wordbox(word, showword = 0):
@@ -101,7 +125,8 @@ def wordbox(word, showword = 0):
       if guess[i] == sol[i]:
          # Mark the letter 'green' (2)
          line[i] = GREEN
-         letters[letter_num(word[i])] = GREEN
+         if word[i] in letters:
+            letters[word[i]] = GREEN
          # Remove letter from solution and guess
          sol[i] = guess[i] = GRAY
    # Yellow pass
@@ -109,82 +134,135 @@ def wordbox(word, showword = 0):
       if guess[i] and word[i] in sol:
          # Mark the letter 'yellow' (1)
          line[i] = YELLOW
-         letters[letter_num(word[i])] = YELLOW
+         if word[i] in letters:
+            l = letters[word[i]]
+            if l in (BLACK, GRAY): letters[word[i]] = YELLOW
          # Remove letter from solution and guess
          sol[sol.index(word[i])] = guess[i] = GRAY
    # Gray pass
    for i in range(len(word)):
-      if line[i] == GRAY:
+      if word[i] in letters and \
-         letters[letter_num(word[i])] = GRAY
+         line[i] == GRAY and letters[word[i]] == BLACK:
+         if word[i] in letters:
+            letters[word[i]] = GRAY
    # Turn blocks into a string, and print it
    output = ""
    if showword:
       # Move up to replace the input box
-      output += ui.m(0,-1)
       for i in range(len(word)):
          output += f"{c.c24(colors[WHITE])}{c.c24(colors[line[i]])} {word[i].upper()} {c.RESET}"
-         #output += c.c24(colors[3]) + c.c24(colors[line[i]]) + " " + word[i].upper() + " " + c.RESET
    else:
       for i in line:
          output += f"{c.c24(colors[WHITE])}{c.c24(colors[i])}{boxes[i]}{c.RESET}"
-   return output
+   return f"{output}\n"
 
-def letter_num(char):
+
-   if ord('a') <= ord(char.lower()) <= ord('z'):
+letters = {}
-      return ord(char.lower()) - ord('a')
+keyboard = data["keyboard"]
-   return 26
+
+def init_keeb():
+   for s in keyboard:
+      for char in s:
+         letters[char] = BLACK
+   return
 
 def keeb(x, y):
+   if args.nokeyboard:
+      return
    def colorify(string):
       s = ""
       for char in string:
-         s += c.c24(colors[letters[letter_num(char)]]) + " " + char + " " + c.RESET
+         s += c.c24(colors[letters[char]]) + " " + char + " " + c.RESET
       return s
-   S = ["qwertyuiop", "asdfghjkl", "zxcvbnm"+u"\u23CE"]
+   for i in range(len(keyboard)):
-   for i in range(len(S)):
+      ui.uprint(x-(3*len(keyboard[i])//2), y+i, colorify(keyboard[i]))
-      ui.uprint(x-(3*len(S[i])//2), y+i, colorify(S[i]))
+
+ORDINAL = ["1st", "2nd", "3rd", "4th", "5th"]
+
+def hardmode(word, solution:str, level):
+   # If hard mode disabled, Continue
+   if not args.hard:
+      return
+   hints = {
+      GREEN:  [],
+      YELLOW: [],
+      GRAY:   [],
+      BLACK:  [],
+   }
+   # For each letter, record which state it has
+   for letter in word:
+      if letter not in letters:
+         letters[letter] = BLACK
+      hints[letters[letter]].append(letter)
+   # Green pass
+   if level >= 1:
+      for l in hints[GREEN]:
+         i = solution.find(l)
+         if i >= 0 and word[i] is not l:
+            ORDINAL = ["1st", "2nd", "3rd", "4th", "5th"]
+            return f"{ORDINAL[i]} letter must be {l}"
+   # Yellow pass
+   if level >= 2:
+      for l in hints[YELLOW]:
+         if l not in word:
+            return f"Guess must contain {l}"
+   # Gray pass
+   if level >= 3:
+      for l in hints[GRAY]:
+         if l in word:
+            return f"Guess must not contain {l}"
+   return
 
 
 #   intro: Print the intro text
-def intro():
+def intro(x, y):
-   title  = f"{data['name']} {d}{'*' if args.hard else ''}"
+   # Assemble the text
-   center = ui.m(-len(title)//2,0)
+   HARDCHARS = [" ", "~", "*", "+"]
-   #spaces = ' ' * ((14 - len(title)) // 2)
+   title  = f"{data['name']} {d}{HARDCHARS[args.hard]}"
-   # [  Wordle 100* ]
+   # Center the text
-   intro  = f"{c.RESET}{center}{title}"
+   ui.uprint(x-(len(title)//2), y, f"{c.RESET}{title}")
-   return intro
 
 def game():
+   thicc = {"top":0, "intro": 2, "field":max_guesses+1, "keeb": 0 if args.nokeyboard else 3}
    x = ui.size[0]//2
-   ui.uprint(x, 0, intro())
+   # Print the title (2 rows)
+   intro(x,thicc["top"])
+   # Field goes here (max_guesses+1) rows
+   # Print the keyboard
+   init_keeb()
+   keeb(x, thicc["intro"] + thicc["field"])
+
    words = Words + Answers
-   guess = 0
+   while len(guesses) < max_guesses:
-   keeb(x, 3 + max_guesses)
+      # Calculate board's starting depth
-   while guess < max_guesses:
+      health = 2 + len(guesses)
       # lol i should probably use curses
-      user_input = ui.uinput(x-(len(solution)//2), len(guesses) + 2, c.clear()).lower()
+      user_input = ui.uinput(x-(len(solution)//2), health, f"{c.clear()}{c.c24(colors[WHITE])}").lower()
-      # This provides some leniency for multiple-length-word lists,
+      # This provides some leniency for multiple-length word lists,
       # by first checking if the input is the length of the solution,
       # and discarding without penalty otherwise.
-      if len(user_input) is len(solution) and (user_input in words or args.nonsense):
+
+      if s := hardmode(user_input, solution, args.hard):
+         ui.uprint(x-(len(s)//2), health, s)
+         sleep(1)
+      elif len(user_input) is len(solution)and (user_input in words or args.nonsense):
          # Add guesses to the guessed list, and put the word in boxes
          guesses.append(user_input)
-         ui.uprint(x-(len(solution)*3//2), len(guesses) + 2, wordbox(user_input, 1))
+         ui.uprint(x-(len(solution)*3//2), health, wordbox(user_input, 1))
-         # Print the new keyboard
+         # update the keeb
-         keeb(x+1, 3 + max_guesses)
+         keeb(x, thicc["intro"] + thicc["field"])
-         # win condition
          if (user_input == solution):
+            # win
             win(True)
             return
-         else:
-            guess += 1
       else:
          # Allow the user to make it stop
          if user_input == "exit":
             end()
          # Alert the user that the word was not found in the list, and wait for them to read it
-         ui.uprint (x-(3*len(solution)*3//2), len(guesses) + 2, "not in word list.")
+         s = "Not in word list."
-         sleep(1.5)
+         ui.uprint (x-(len(s)//2), health, s)
+         sleep(1)
    # lose
    win(False)
 
@@ -192,16 +270,15 @@ def win(won):
    used_guesses = len(guesses) if won else "X"
    share = f"{data['name']} {d} {used_guesses}/{max_guesses}{'*' if args.hard else ''}\n"
    for gi in guesses:
-      share += f"\n{wordbox(gi)}"
+      share += f"{wordbox(gi)}"
    # ui.move to the end of the screen, and print the sharable boxes
    print(f"{ui.m(0, ui.size[1] + 1)}{share}", end="")
 
-
+def init():
-if (args.center):
+   h = 2 + max_guesses + 1 + (0 if args.nokeyboard else 4)
-   w, h, stty = max(30, 3*len(solution)), 7 + max_guesses, get_terminal_size()
+   if (args.center):
-   # You can init a "screen" 'anywhere'!
+      w, stty = max(30, 3*len(solution)), get_terminal_size()
-
+      # You can init a "screen" 'anywhere'!
-   ui.init(w, h, (stty.columns - w) // 2, 0)
+      ui.init(w, h, (stty.columns - w) // 2, 0)
-else:
+   else:
-   ui.init(max(30, 3*len(solution)), 7 + max_guesses)
+      ui.init(max(30, 3*len(solution)), h)
-game()

src/w.py

@@ -8,7 +8,7 @@ Metadata = {
    "name": "Wordle Classic",
    "version": "powerlanguage",
    "guesses": 6,
-   "launch": (2021, 6, 19)
+   "launch": (2021, 6, 19),
 }
 
 # These are not answers

src/w2.py

@@ -8,7 +8,7 @@ Metadata = {
    "name": "Wordle",
    "version": "NYT",
    "guesses": 6,
-   "launch": (2021, 6, 19)
+   "launch": (2021, 6, 19),
 }
 
 # These are not answers