Step 5: Coding the Toaster

You've made it to the coding phase! This is where things get really interesting.

For this step, we'll be writing the Toaster's operating system in a language of your choice.

We recommend using a mix of Python and Assembly for maximum efficiency and toaster-ness.

Remember, the goal is to create a toaster that can not only toast bread but also predict and prevent the impending doom of burnt toast.

Here's a sample code snippet to get you started:

    
      // toaster_os.py
      import random

      def burn_tea():
        if random.random() < 0.5:
          print("BURNING TEA!")
        else:
          print("TEA NOT BURNED.")

      def toast_burn_detection():
        if toaster_temp > 500:
          burn_tea()

      def main():
        toaster_temp = 0
        while toaster_temp < 500:
          toaster_temp += 1
          toast_burn_detection()

      if __name__ == "__main__":
        main()
    
  

Don't forget to test your toaster's AI with a series of increasingly complex toast-related scenarios.

Next steps:

• Step 6: Integrating the Toaster OS
• Step 7: Debugging Toaster Bugs

Remember, the toaster is counting on you.

Toaster's Lawyer: "You're doing it wrong. Fix it."