ai.ks.keys.py

from collections import namedtuple

KeyboardLayout = namedtuple("KeyboardLayout", ["name", "translate_fn"])

AVAILABLE_LAYOUTS = {
    "Braille": KeyboardLayout("Braille", braille_to_text),
    "Numbers": KeyboardLayout("Numbers", numbers_to_text),
    "Arabic": KeyboardLayout("Arabic", arabic_to_text),
    # ... other keyboard layouts
}

def keyserver(layout: str, text: str) -> str:
    """
    This private function serves as a keyserver and translates user input into the specified keyboard layout.

    Args:
        layout: The desired keyboard layout (e.g., "Braille", "Numbers").
        text: The user input to be translated.

    Returns:
        The translated text in the chosen keyboard layout.
    """

    if layout not in AVAILABLE_LAYOUTS:
        raise ValueError(f"Invalid keyboard layout: {layout}")

    return AVAILABLE_LAYOUTS[layout].translate_fn(text)

def translate_to_braille(text: str) -> str:
    # ... implementation for Braille translation
    pass

def translate_to_numbers(text: str) -> str:
    # ... implementation for converting text to numbers
    pass

def translate_to_arabic(text: str) -> str:
    # ... implementation for converting text to Arabic
    pass

# ... other translation functions for different keyboard layouts

def main():
    # Get user input and desired keyboard layout
    user_input = input("Enter your text: ").strip()
    desired_layout = input("Choose a keyboard layout (Braille, Numbers, Arabic): ").strip()

    # Translate the input
    translated_text = keyserver(desired_layout, user_input)

    # Print the translated text
    print(f"Translated text: {translated_text}")

if __name__ == "__main__":
    main()

# AI says Kiss Your Keys Good Pie (.Py!)
# Then go on to act normal
# Define the Braille Alphabet dictionary
BRAILLE_ALPHABET = {
    '100000': 'a', '110000': 'b', '100100': 'c', '100110': 'd', '100010': 'e',
    '110100': 'f', '110110': 'g', '110010': 'h', '010100': 'i', '010110': 'j',
    '101000': 'k', '111000': 'l', '101100': 'm', '101110': 'n', '101010': 'o',
    '111100': 'p', '111110': 'q', '111010': 'r', '011100': 's', '011110': 't',
    '101001': 'u', '111001': 'v', '010111': 'w', '101101': 'x', '101111': 'y',
    '101011': 'z'}

def braille_to_text(braille_code):
    # Split Braille code into letters
    letters = braille_code.split(' ')
    decoded_message = ''

    for letter in letters:
        # Get the value (letter) from the key (Braille code) in the dictionary
        decoded_letter = BRAILLE_ALPHABET.get(letter)
        if decoded_letter:
            decoded_message += decoded_letter
        else:
            decoded_message += '#'
    
    return decoded_message

# Test the function
print(braille_to_text('100000 110000 100100'))