Little Professor was a $$calculator$$ that would generate ten different math problems for users to solve. For instance, if the toy were to display $4+0=,$ you would $($hopefully$)$ answer with $4.$ If the toy were to display $4+1=,$ you would $($hopefully$)$ answer with $5.$ If you were to answer incorrectly, the toy would display EEE. And after three incorrect answers for the same problem, the toy would simply display the correct answer $($e$.$g$.,4+0=4$ or $4+1=5).$

Implement a program that:

Prompts the user for a level, n$.$ If the user does not input $1,2,$ or $3,$ the program should prompt again.

Randomly generates ten $(10)$ math problems formatted as X $+$ Y $=,$ wherein each of X and Y is a non$-$negative integer with digits. No need to support operations other than addition $(+).$

Prompts the user to solve each of those problems. If an answer is not correct $($or not even a number$),$ the program should output EEE and prompt the user again, allowing the user up to three tries in total for that problem. If the user has still not answered correctly after three tries, the program should output the correct answer.

The program should ultimately output the user$$s score: the number of correct answers out of $10.$

Structure your program as follows, wherein the function get$\_$level prompts $($and$,$ if need be$,$ re$-$prompts$)$ the user for a level and returns $1,2,$ or $3,$ and the function generate$\_$integerreturns a randomly generated non$-$negative integer with level digits or raises a ValueError if level is not $1,2,$ or $3$: