print("\nCharacter type distribution:") for char_type, count in stats['character_types'].items(): print(f" char_type: count")
# Find similar passwords print("\n=== Similar Password Search ===") similar = rockyou.find_similar("password123", threshold=2) print(f"Passwords similar to 'password123': similar[:10]")
Computer-generated wordlists often lack the human element. RockYou captures the specific psychology of password creation: laziness, pop-culture references, keyboard patterns (e.g., qwerty ), and simple modifications (e.g., password1 ). wordlist rockyou
To bypass this, professionals use with RockYou. Tools like Hashcat or John the Ripper will take a RockYou password like summer and apply rules to mutate it into:
Despite being over 15 years old, the original wordlist remains incredibly effective because human behavior hasn't changed; people still use birthdays, common phrases, and simple patterns. The list has since evolved into massive "megalists": Tools like Hashcat or John the Ripper will
return [pwd for pwd in self.wordlist if regex.search(pwd)]
stats = { 'total_passwords': len(self.wordlist), 'unique_passwords': len(set(self.wordlist)), 'duplicates': len(self.wordlist) - len(set(self.wordlist)), 'length_distribution': {}, 'common_patterns': {}, 'character_types': 'numeric_only': 0, 'alpha_only': 0, 'alphanumeric': 0, 'special_chars': 0 The Legacy and Evolution
This list became an instant "gold standard" for cybersecurity professionals and ethical hackers. Unlike a "brute-force" attack that tries every possible letter combination, rockyou.txt allowed for a —testing the most common passwords humans actually use, such as "123456," "qwerty," or "iloveyou". The Legacy and Evolution