nec_pronto_data_generator.py

def nec_generate(command_hex: str):
    HEADER = ["0158", "00B0"]  # 9ms + 4.5ms
    BIT_0 = ["0017", "0017"]
    BIT_1 = ["0017", "0041"]
    STOP = ["0017"]
    TAIL = ["05A5", "0158", "0056", "0017", "0E5B"]

    # Pronto preamble
    pronto = ["0000", "006C", "0022", "0002"]
    pronto.extend(HEADER)

    # Convert input like '0x19' to int
    command = int(command_hex, 16)
    address = 0x00
    inv_address = 0xFF
    inv_command = command ^ 0xFF

    # Helper to convert a byte to IR bits
    def encode_byte(byte_val):
        bits = []
        for i in range(8):
            if (byte_val >> i) & 1:
                bits.extend(BIT_1)
            else:
                bits.extend(BIT_0)
        return bits

    # Add encoded data
    pronto += encode_byte(address)
    pronto += encode_byte(inv_address)
    pronto += encode_byte(command)
    pronto += encode_byte(inv_command)

    # Stop bit and tail
    pronto += STOP
    pronto += TAIL

    # Format and return output
    formatted = " ".join(pronto)
    return formatted


# Example usage:
if __name__ == "__main__":
    user_input = input("Enter NEC command (e.g., 0x19): ")
    output = nec_generate(user_input)
    print("\nGenerated Pronto Hex:")
    print(output)