1. Watch the below linked video, and follow along on how we build a Java Archive artifact (jar) from a GitHub project. Jar file build from GitHub Project
2. If you didn't already, attempt to build the artifact, the jar file yourself! MetaData Extractor Code on GitHub
3. Watch the below linked video, and follow along to import an external jar file into your project! Import External Jar into your Project
4. If your artifact creation step was successful, see if you can import your build of the metadata jar file into Java-Assignment-003 after you start PART 2 below!

Just like you do every week now!!!

• Fork my repo
• Using IntelliJ clone your fork locally
• Use IntelliJ to activate the Fall-2022 local branch
• Implement the following assignment:

Your assignment is to use Built-In java classes to:

1. Import the following java Built-In classes.

java.nio.file.Paths;
java.util.Scanner;
java.nio.file.Path;

1. Read a jpg file path from the user.
   • HINT 1: Create a Scanner object instance and use it to read a string.
   • HINT 2: Use Paths class to get a path from your input!
2. From your path object call a method that converts the file path to a File type object (Cause that's what getHiddenSecret declares as its parameters).
3. Pass the file object as an argument to the pre-written getHiddenSecrets method.
4. Run the program and type in the path for our sample image, and record the GPS coordinates in the output.
   • HINT: the path can be relative to the project directory, maybe use the string in the example above :-)
5. Look up the latitude and longitude coordinates in an online map.
6. Screenshot the map and add it into the images folder of this project,
7. Last add image markdown below this line to load your map image.

• Look at the getHiddenSecrets method and identify the following parts:
  • What is the access modifer (public, private, protected)?
  • Is it a Class method or an object Instance method, how do you know?
  • What is its return data-type?
  • Does it require any parameters, and if so, how many and of what type?
• Scan line by line through the code and try to determine how it works?
  • What is familiar to you?
  • What is not familiar to you?
  • Do the for loops make sense, and if so, tell me what you think they do?

• When completed, use your IDE to commit your Fall-2022 branch back to your GitHub Account's, Java-Assignment-003/Fall-2022 repo/branch.
• From your GitHub account's branch's page, issue a New pull request from your Fall-2022 branch to the instructor's Fall-2022 branch and save the Pull Request URL.
• Respond to this assignment with the Pull Request URL.