Your goal in this exercise is to implement two classes, Card and Deck.

Card

Each instance of Card should have a suit $("$Hearts$",$ "Diamonds", "Clubs", or "Spades"$).$

Each instance of Card should have a value $("$A$","2","3","4","5","6","7","8","9","10","$J$","$Q$","$K$").$

Card's $\_\_$repr$\_\_$ method should return the card's value and suit $($e$.$g$."$A of Clubs", $"$J of Diamonds", etc.$)$

Deck

Each instance of Deck should have a cards attribute with all $52$ possible instances of Card.

Deck should have an instance method called count which returns a count of how many cards remain in the deck.

Deck's $\_\_$repr$\_\_$ method should return information on how many cards are in the deck $($e$.$g$.$ "Deck of $52$ cards", "Deck of $12$ cards", etc.$)$

Deck should have an instance method called $\_$deal which

accepts a number and removes at most that many cards from the end of

the deck $($it may need to remove fewer if you request more cards than are

currently in the deck!$).$ If there are no cards left, this method should

raise a ValueError with the message "All cards have been dealt".

Deck should have an instance method called shuffle which will shuffle a full deck of cards. If there are cards missing from the deck, this method should raise a ValueError with the message "Only full decks can be shuffled". shuffle should return the shuffled deck.

Deck should have an instance method called deal$\_$card which uses the $\_$deal method to deal a single card from the deck and return that single card.

Deck should have an instance method called deal$\_$hand which accepts a number and uses the $\_$deal method to deal a list of cards from the deck and return that list of cards. Print.