Using C# ONLY

Section $1$:

Enter the comment with the section title as described above.

Create a base class called scoreKeeper.

a$.$ Include a private property called gamePlayed to contain the name of the game being played.

b$.$ Add a private property which will allow for any number of players. A dictionary or dynamic array would be a good option. The container will hold the names

and scores of the players.

c$.$ Include a new public method, addName$(),$ to accept a player's name and insert it into the container. $($Note: If the container you used does not have an add

method to easily add a value, you will need to include code to determine the next available position.$)$

d$.$ Include a public method, getPlayerName$(),$ to accept the number of the player and return the player's name.

e$.$ Include a public method, setGame$(),$ to update the gamePlayed property by passing it a string containing the name of the game.

f$.$ Include a public method, getGame$(),$ to retrieve the name of the game.

g$.$ Include a public method, addScore$(),$ to update a player's score by passing it the player's name and the points to be added. Return the updated score.

h$.$ Include a public method, subScore$(),$ to update a player's score by passing it the player's name and the points to be subtracted. Return the updated score.

i$.$ Include a new public method, listAllScores$(),$ to print the name of the game being played, the names of each player, and their respective scores.

j$.$ Include two constructors. The first one is a default constructor. The second is a constructor method that will accept the name of the game and call the

setGame$().$

Section $2$:

Enter the comment with the section title as described above.

Some games have additional information that must be monitored during play. Create a sub$-$class called baseball that inherits from the base class scoreKeeper.

a$.$ Add private integer properties for fouls, balls, strikes, and outs.

b$.$ Add a private decimal property to hold the inning number. Whole numbers will indicate the top of the inning and half numbers will indicate the bottom: e$.$g$.,5\mathrm{.}5$

would indicate the bottom of the $5$ th$.$

c$.$ Include a public method, advOuts$(),$ to add $1$ to the number of outs. If the number of outs reaches $3,$ reset balls, strikes, fouls and outs to $0$ and add $\mathrm{.}5$ to

innings.

d$.$ Include a public method, getOuts$(),$ to return the current number of outs.

e$.$ Include a public method, advStrikes$(),$ to add $1$ to the number of strikes. If the number of strikes reaches $3,$ call advOuts$().$

f$.$ Include a public method, getStrikes$(),$ to return the current number of strikes.

g$.$ Include a public method, advFouls$(),$ to add one to the number of fouls. If the number of strikes is less than $2,$ advFouls$()$ should also add one to strikes.

h$.$ Include a public method, getFouls$(),$ to return the current number of fouls.

i$.$ Include a public method, advBalls$(),$ to add one to the number of balls. If the number of balls reaches $4,$ reset balls, strikes, and fouls. $($This means the player

has been given a walk to first base but does not guarantee that runs were scored.$)$

j$.$ Include a public method, getBalls$(),$ to return the current number of balls.

k$.$ Include a public method, getInning$(),$ to return the current inning.

I. Include two constructors. The first one is a default constructor. The second is a constructor method which will accept the name of the home team followed by

the name of the visiting team. It will then call the setGame$()$ and pass it a combined name such as "Cubs vs Braves." It will also call the addName$()$ method to

add the two teams to the players property.