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Now we can wrap up the Quidditch application by gluing everything together inside Main.

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First, when a great string constants to represent the file names.

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Static final string teams file.

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Is equal to a relative path.

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Place file is also equal to a relative path.

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Why do I say a relative path when you run your application, your terminal points to the Quidditch game,

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but our files are inside the main folder.

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So if we just write plays that text.

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Or teams that text the compiler is going to look for these files inside a Quidditch game folder and

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you're going to get a file not found.

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So what you need to do is copy the relative path.

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The path relative to the Quidditch game folder.

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We're basically going to be telling the terminal, hey, the file we want to open is not inside the

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folder Quidditch game, you need to drill further into source main in order to find plays, not text.

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And we'll do the same thing here.

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Our next task is to create a function that retrieve the data from the teams, file the function, returns

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a two day array.

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It's called Get Data.

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And throws a file not found exception.

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Inside the function, create a new object of the file input stream class, and we'll use the file input

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stream to connect to the team's file.

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And after connecting to the file, you can read the data using scanner scanner scan file is equal to

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a new scanner that receives input from the file input stream.

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The teams file has two lines, so I'm going to start by creating an array of strings, string lines.

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And each element is going to read the next line from the teams file.

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And now what I can do is return a Tatiara.

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Each row in the teaser rate is going to contain the result from splitting each line into an array of

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strings around the comma separator will split the first line into a row of string values.

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And split the second line into a row of string values.

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OK, so we're returning to rows and each row contains the data for one team, and that's all for that.

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Now, inside mean I can create a game object from the data we extracted and you can copy over what I

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left you in the article.

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I'm going to have to credit to Draycott data to stay consistent.

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getData throws a checked exception Soloff to try to run the code.

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And catch the exception if it fails.

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Let's use break points to make sure everything's good.

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And perfect, all the data is there, so I can rest assured the game object gets initialized correctly.

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OK, task force to create a function that starts the game of Quidditch.

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The function is going to be void.

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And inside the function, could a new object of the Phalen bitstream class.

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And we'll use the input stream to connect to the plays file.

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And after connecting to the file, where can you read the data using scanner scanner, scan file is

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equal to a new object of the scanner class that receives input from the input stream.

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And now I'm going to run a while loop that keeps running as long as there is a next line.

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And whenever there is a next line, that's the play that we need to pass into a game that simulates.

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Game out, simulate returns, a simulation of that play, which we're going to print in, already left

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you a print here and in the articles of copy it over.

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OK, and now we'll do some cleaning up.

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And call the function from Main.

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Run your code.

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And this is really cool, it actually simulates a game of Quidditch players are randomly selected from

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each team to simulate plays.

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All right, but what's the final results?

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So at another function called the print results.

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First, I'll get the Gryffindor team.

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I'll also get the leather and team.

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And this function needs to determine the winner.

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So I'll say Timoner.

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And if Gryffindor, a score is higher than slither in.

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Return Gryffindor is the winner, otherwise return slither in.

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And now just copy over the print line format from the article or even from here.

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And update the placeholders where necessary.

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Kate, now you can call the function from Main.

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And this is looking really, really good, but, you know, it would be really nice if there was a three

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second delay between play so that it looks like there's a game happening in real time.

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In the article, I told you to create a function that sleeps for X amount of seconds.

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Public void Wait.

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It takes a parameter that tells it how long to wait for, and your task was to look into the time unit

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class.

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And I hope you came up with this.

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Time unit, the second sleep, and we wanted to sleep for however many seconds the color specifies,

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this function throws a checked exception.

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So we'll try to run the code.

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And catch the exception if the code fails.

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And inside will print the message that the exception comes with.

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And all right, we're almost done.

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Last thing we got to do is wait three seconds before simulating each play.

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And with the last line of code, I'm proud to say that we're all done.

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That was a really long project.

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Let's just run the code one last time.

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It's looking good and wow, this is fantastic.

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It feels like it's happening in real time.

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This is definitely my favorite project in this module.

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I really hope you enjoyed it.