What's Next

Step 4: What's Next?

  • Now to have some fun after all that work you put in!
  • Take a look at the auto configuration script that will install and setup most of the what is in the next bullet for you in just a few steps.
  • Type the below and it will update the program lists.
apt-get update
  • Now type the following in the box to install what ever you wish!
/***type the below for LibreOffice
apt-get install LibreOffice

/***type the below for the Chromium Browser
apt-get install chromium-browser

/***type the below for GIMP
apt-get install gimp

/***type the below for Eclipse
apt-get install eclipse

/***type the below for LXDE
apt-get install lxde
Power User Utilities

As a power user, you may wish to install the following packages.

/***Adds add-apt-repository command, for adding ppas and other alternative package sources.
apt-get install python-software-properties
Upgrading Ubuntu

If you'll be relying on binary packages in your Ubuntu chroot, it can be beneficial to upgrade to the latest distribution. This is actually a fairly easy process, and should be familiar to anyone who has upgraded their Ubuntu servers before.

The first step is to install the "update-manager-core" package, which will handle all of the dependencies of upgrading for you.

apt-get install update-manager-core

Then, simply run the updater.

do-release-upgrade -d
### What is CodeLLDB and Its Purpose in Software Development? CodeLLDB refers to a popular extension used within the Visual Studio Code (VS Code) editor that integrates the LLDB debugger, enabling developers to debug their applications efficiently. LLDB is part of the LLVM project and serves as a next-generation, high-performance debugger designed for languages such as C, C++, and Objective-C[^1]. The "Code" prefix in CodeLLDB indicates its integration with Visual Studio Code, where it acts as a bridge between the IDE and the LLDB backend. The primary purpose of CodeLLDB in software development is to provide an advanced debugging experience directly within the VS Code environment. It allows developers to set breakpoints, inspect variables, step through code line by line, and evaluate expressions during runtime. This capability is crucial for identifying and fixing bugs, understanding complex program flows, and optimizing performance[^2]. One notable feature of CodeLLDB is its support for Just-In-Time (JIT) debugging, which enables the debugger to attach automatically when a crash occurs. Additionally, it supports conditional breakpoints, data breakpoints, and watchpoints, which are instrumental in diagnosing difficult-to-reproduce issues[^3]. For example, a typical configuration in `launch.json` for using CodeLLDB might look like this: ```json { "type": "lldb", "request": "launch", "name": "C++ Launch", "program": "${workspaceFolder}/build/my_program", "args": [], "stopAtEntry": true, "cwd": "${workspaceFolder}" } ``` This configuration launches a C++ application located at `${workspaceFolder}/build/my_program`, stops at the entry point, and uses the workspace folder as the current working directory[^4].
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