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| import socket
import random
import json
import time
from collections import Counter
with open("5-letter-word.json", "r", encoding="utf-8") as f:
word_list = json.load(f)
# word_list = [word for word in word_list if len(word) == 5]
# with open("5-letter-word.json", "w", encoding="utf-8") as f:
# json.dump(word_list, f)
def connect_to_wordle_server():
"""连接到Wordle服务器"""
host = 'challenges.hazmat.buptmerak.cn'
port = 21473
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.connect((host, port)) # 连接到服务器
return sock
class WordleSovler():
def __init__(self, all_word):
self.all_word = all_word
self.possible = all_word
self.presence = set()
self.presence_letter = set()
self.vague = set()
self.absence = set()
def update_dict(self, guess, feedback):
for ind, letter in enumerate(guess):
if feedback[ind] == "O":
# print(f"{letter}确定")
self.presence.add((letter,ind))
self.presence_letter.add(letter)
elif feedback[ind] == "-":
# print(f"{letter}存在")
self.vague.add((letter,ind))
self.presence_letter.add(letter)
elif feedback[ind] == "X" and letter not in self.presence_letter:
# print(f"{letter}不存在")
self.absence.add(letter)
self.absence_copy = self.absence.copy()
for letter in self.absence_copy:
if letter in self.presence_letter:
self.absence.remove(letter)
# print(f"{self.presence=}")
# print(f"{self.vague=}")
# print(f"{self.absence=}")
def is_contain_absence_letters(self, word):
for c in word:
if c in self.absence:
return True
return False
def is_match_presence(self,word):
for letter, index in self.presence:
if word[index] != letter:
return False
return True
def is_match_vague(self,word):
for letter, index in self.vague:
if word[index] == letter or letter not in word:
return False
return True
def update_list(self):
new_list = []
for word in self.possible:
if self.is_contain_absence_letters(word) or not self.is_match_presence(
word) or not self.is_match_vague(word):
continue
new_list.append(word)
self.possible = new_list
def get_untried(self,words):
counter = Counter()
tried = self.absence | self.presence_letter
all_letter = set(chr(ord('a')+i) for i in range(26))
untried = all_letter - tried
for w in words:
for c in w:
if c in untried:
counter[c] += 1
return counter
def get_freq(self, words):
counter = Counter()
for w in words:
for c in w:
counter[c] += 1
return counter
def generator(self, attempt):
# self.possible.sort(key=lambda x:-len(set(x)))
# return random.choice(self.possible[:50])
untried = self.get_untried(self.possible)
freq = self.get_freq(self.possible)
if len(untried) > 1 and attempt < 5:
word_with_score = []
word_list = self.all_word
for word in word_list:
letters = set(word)
untried_score = sum(untried[c] if c in untried else 0 for c in letters)
freq_score = sum(freq[c] if c in freq else 0 for c in letters)
word_with_score.append((word,untried_score,freq_score))
ranked_words = sorted(word_with_score,
key=lambda item:(-item[1],-item[2],item[0]))
guess = ranked_words[0][0]
else:
guess = \
sorted(self.possible,
key=lambda word: (-len(set(word)), -sum(freq[c] for c in word), word))[0]
return guess
def update(self, guess, feedback):
self.update_dict(guess, feedback)
self.update_list()
# print(f"after update:{len(self.possible)}")
def reset(self):
self.possible = self.all_word
self.presence = set()
self.presence_letter = set()
self.vague = set()
self.absence = set()
solver = WordleSovler(word_list)
def play_one_time(sock:socket, solver:WordleSovler,win):
if win == 94:
sock.sendall(b"every")
print(f"msg:{sock.recv(4096).decode()}") # round消息
return True
if win == 95:
sock.sendall(b"smile")
print(f"msg:{sock.recv(4096).decode()}") # round消息
return True
if win == 96:
sock.sendall(b"shows")
print(f"msg:{sock.recv(4096).decode()}") # round消息
return True
if win == 97:
sock.sendall(b"great")
print(f"msg:{sock.recv(4096).decode()}") # round消息
return True
if win == 98:
sock.sendall(b"power")
print(f"msg:{sock.recv(4096).decode()}") # round消息
return True
attempt = 0
while attempt < 6:
print(f"msg:{sock.recv(4096).decode()}") # round消息
guess = solver.generator(attempt)
print(f"try:{guess}")
sock.sendall(guess.encode())
feedback = sock.recv(4096).decode().strip() #XXOO-
print(feedback)
# print(2)
if "OOOOO" in feedback:
return True
if "You lost." in feedback:
return False
if "Word not found!" in feedback:
try:
solver.all_word.remove(guess)
solver.possible.remove(guess)
except Exception:
pass
continue
solver.update(guess, feedback)
attempt += 1
sock = connect_to_wordle_server()
feedback = sock.recv(4096).decode()
print(f"初次连接：\n{feedback}")
win = 0
try:
while win < 100:
print(f"{win=}")
if play_one_time(sock, solver,win):
solver.reset()
win += 1
print(f"msg:{sock.recv(4096).decode()}") # 不要错过flag消息
print(f"msg:{sock.recv(4096).decode()}") # 不要错过flag消息
print(f"msg:{sock.recv(4096).decode()}") # 不要错过flag消息
print(f"msg:{sock.recv(4096).decode()}") # 不要错过flag消息
except Exception as e:
print(f"error:{e}")
sock.close()
|
