Make sure that you have successfully completed the git Asssigument

Make sure that you have successfully completed the git Asssigument 2. Start an xterm session on one of the CS Linux servers and ed to the /UnixCourse/idesAsst directory that you created in the previous assigament. 3. Start your preferred IDE (Eclipse or VSCode). If you are using Eclipse, create a C++ project named “idesAsst” in your /UnixCourse/idesAsst directory If you are using VSCode, connect to the remote Linux server and open the /UnixCourse/idesAsst folder. Set up the project to build (via the provided makefile) and to launch the debugger (the executable program name will be testlist). 4. Use your IDE to compile the program and repair any compilation errors (When the compilation errors have been corrected, you will be able to run the program, and it will produce partial output and then crash. You will work on debugging the reason for that crash in a later assignment) 5. Once you have achieved a successful compilation, commit your changes and push them to your GitHub repository Your git status must indicate that you have no untracked or changed files waiting to be committed and that your local repository is neither ahead of nor behind the origin repository. 6. Exit the IDE and give the command (in your xters) cs252/bin/idesAsst

The Correct Answer and Explanation is:

Correct Answer (Steps Summary):

1. Verify completion of Git assignment.
2. Start an xterm session on a CS Linux server.
3. Change directory: bashCopyEditcd /UnixCourse/idesAsst
4. Launch your IDE:
   • Eclipse: Create a new C++ project named idesAsst in /UnixCourse/idesAsst.
   • VSCode: Connect remotely to the Linux server and open the folder /UnixCourse/idesAsst.
5. Set up project:
   • Use the provided Makefile to build.
   • Set the debugger to launch the executable testlist.
6. Compile the program using your IDE.
7. Fix compilation errors until build completes successfully.
8. Do not fix runtime crash yet – that comes later.
9. Commit and push all changes to your GitHub repository: bashCopyEditgit add . git commit -m "Successful compilation for idesAsst" git push origin main # or the correct branch name
10. Ensure a clean Git status: bashCopyEditgit status It should say:
    • Nothing to commit, working tree clean.
    • Your branch is up to date with ‘origin/main’.
11. Exit the IDE.
12. Run the command in your xterm: bashCopyEditcs252/bin/idesAsst

Explanation

This assignment introduces you to using an Integrated Development Environment (IDE) along with version control and remote server interaction for C++ development. To begin, make sure your GitHub repository from a previous task is fully set up, as this assignment builds upon it. Launching an xterm session on a CS Linux server is essential because your working environment, including your files and tools, resides there.

Changing to the /UnixCourse/idesAsst directory places you in the correct location to set up your C++ project. Depending on whether you use Eclipse or VSCode, your workflow will differ slightly. Eclipse users will create a new project within the existing directory. VSCode users will remotely access the folder via SSH and configure the workspace to use the existing Makefile for building the program.

The Makefile automates the compilation process, turning source files into an executable named testlist. During compilation, you may encounter errors. These must be corrected before proceeding. However, the resulting program might crash during execution due to logic errors, which are not to be addressed in this stage.

Once your code compiles, version control practices come into play. Use Git to add, commit, and push your changes. This ensures that your work is saved both locally and remotely on GitHub. The git status command is used to verify that no files are left untracked or out of sync with the remote repository.

Finally, exiting the IDE and running the cs252/bin/idesAsst script may be a step to validate your setup or record your progress. Following these steps builds good habits in software development, including modular design, error handling, and consistent use of tools.