def find_sleep_delay_brute_force():
    smallestDelayValue = 0
    delayIncrement = 0.1
    maximumDelayValue = 10

    currentDelay = smallestDelayValue

    while currentDelay <= maximumDelayValue:
        # Simulate running the program with the current delay
        programOutput = simulate_program_with_delay(currentDelay)

        # Check if the program's output is correct
        if is_program_output_correct(programOutput):
            return currentDelay

            # Increment delay if output is not correct
        currentDelay += delayIncrement

        #Brute force approach failed, no solution
    return None

def simulate_program_with_delay(delay):
    # This function should simulate running the program
    # with the given delay.  For demonstration purposes,
    # it returns a string.  In a real scenario, this would
    # interact with the actual program.
    if delay > 5:
        return "CorrectOutput"
    else:
        return "IncorrectOutput"

def is_program_output_correct(output):
    # This function checks if the program's output is correct.
    # This is a placeholder; a real implementation would
    # perform a more thorough check.
    return output == "CorrectOutput"

# This is needed to start the brute force algorithm
# with an initial small delay value (zero).

# If a solution is not found within the
# maximum allowed delay, return None.

import time

def sleep_function(sleep_duration_seconds):
    # Convert duration to seconds.
    time_to_sleep = float(sleep_duration_seconds)

    # Suspend execution for the specified duration.
    time.sleep(time_to_sleep)

def main():
    # Get the desired sleep duration from the user.
    sleep_duration_input = input("Enter sleep duration in seconds: ")
    sleep_duration = float(sleep_duration_input)

    print(f"Sleeping for {sleep_duration} seconds...")
    sleep_function(sleep_duration)

    # Execution resumes here after the sleep duration.
    print("Woke up!")

if __name__ == "__main__":
    main()