Solving the "Wordle" Game using Python and Selenium

• SeleniumBase

  9 4,215 9.8 Python

  📊 Python's all-in-one framework for web crawling, scraping, testing, and reporting. Supports pytest. UC Mode provides stealth. Includes many tools.

  

If you're looking for a complete Python Selenium solution for solving the Wordle Game programmatically, here's one that uses the SeleniumBase framework. The solution comes with a YouTube video, as well as the Python code of the solution, and a GIF of what to expect:

• wordleSMS

  384 10 1.8 JavaScript

  Text a word to +12155156567 to play Wordle over SMS

import ast import random import requests from seleniumbase import __version__ from seleniumbase import BaseCase class WordleTests(BaseCase): word_list = [] def initalize_word_list(self): js_file = "https://www.powerlanguage.co.uk/wordle/main.e65ce0a5.js" req_text = requests.get(js_file).text start = req_text.find("var La=") + len("var La=") end = req_text.find("],", start) + 1 word_string = req_text[start:end] self.word_list = ast.literal_eval(word_string) def modify_word_list(self, word, letter_status): new_word_list = [] correct_letters = [] present_letters = [] for i in range(len(word)): if letter_status[i] == "correct": correct_letters.append(word[i]) for w in self.word_list: if w[i] == word[i]: new_word_list.append(w) self.word_list = new_word_list new_word_list = [] for i in range(len(word)): if letter_status[i] == "present": present_letters.append(word[i]) for w in self.word_list: if word[i] in w and word[i] != w[i]: new_word_list.append(w) self.word_list = new_word_list new_word_list = [] for i in range(len(word)): if ( letter_status[i] == "absent" and word[i] not in correct_letters and word[i] not in present_letters ): for w in self.word_list: if word[i] not in w: new_word_list.append(w) self.word_list = new_word_list new_word_list = [] def test_wordle(self): self.open("https://www.powerlanguage.co.uk/wordle/") self.click("game-app::shadow game-modal::shadow game-icon") self.initalize_word_list() keyboard_base = "game-app::shadow game-keyboard::shadow " word = random.choice(self.word_list) total_attempts = 0 success = False for attempt in range(6): total_attempts += 1 word = random.choice(self.word_list) letters = [] for letter in word: letters.append(letter) button = 'button[data-key="%s"]' % letter self.click(keyboard_base + button) button = 'button[data-key="↵"]' self.click(keyboard_base + button) self.sleep(1) # Time for the animation row = 'game-app::shadow game-row[letters="%s"]::shadow ' % word tile = row + "game-tile:nth-of-type(%s)" letter_status = [] for i in range(1, 6): letter_eval = self.get_attribute(tile % str(i), "evaluation") letter_status.append(letter_eval) if letter_status.count("correct") == 5: success = True break self.word_list.remove(word) self.modify_word_list(word, letter_status) self.save_screenshot_to_logs() print('\nWord: "%s"\nAttempts: %s' % (word.upper(), total_attempts)) if not success: self.fail("Unable to solve for the correct word in 6 attempts!") self.sleep(3)

• WorkOS

  workos.com sponsored

  The modern identity platform for B2B SaaS. The APIs are flexible and easy-to-use, supporting authentication, user identity, and complex enterprise features like SSO and SCIM provisioning.

  

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