Setting Up Coding Environments on Linux for Educational Use

With so many strong attributes, such as robustness and flexibility, Linux stands as a powerful platform for teaching coding among many other educational purposes. So this guide is meant to help educators and students set up a suitable coding environment when they are on this journey of learning to program.

Step 1: Choose the Appropriate Distribution of Linux

The first thing needed is choosing a suitable distribution of Linux. For novices, it is Ubuntu or Linux Mint, as these two can be user-intuitive and include many documented features and options. Some other users more advanced may incline towards Fedora or Debian for the vastness of packages and community support. If you want a comprehensive course for children programming that can work with these distributions, Codemonkey offers quite a few interactive coding courses.

Step 2: Install Required Software

Once the Linux system runs on your computer, you are supposed to install software in order to be able to code. Essential tools include:

Text Editors: Using Atom, Visual Studio Code, or Sublime Text for writing out code.

Compilers/Interpreters: If you’re going to teach a programming language, then just install Python, GCC for C/C++, or JDK for Java.

Version Control Systems: Git for tracking changes in code and enabling collaborative development.

Step 3: Setting up a Development Environment

Configure the environment post installation of the required software.

Customize the IDE: Most IDEs, and text editors, for that matter, will support the ability to easily change settings. Make slight changes to the settings to fit your educational needs, such as setting up auto-save, and enabling line numbering and syntax highlighting.

Install Extensions: Extend the functionality of VS Code to include linters, code formatters, and debuggers.

Create a Project Template – You can create project templates for subjects that students may use to jumpstart their assignments.

Step 4: Using Learning Tools

Think about including instructional and collaboration tools:

  • Code Sharing Platforms: Use tools such as GitHub Classroom to be able to distribute assignments and collect student submissions.
  • Interactive Learning Environments: Jupyter Notebook is a really good platform to write Python since you are able to see code and output in real time.

Step 5: Ensure Accessibility and Security

It ensures that every student is provided with the necessary resources for their needs.

Accessibility: Configure accessibility options available in Linux to accommodate all students.

Security: Install a firewall and regularly update to prevent unauthorized access to the systems.

Step 6: Documentation and Additional Support

Finally, give resources that can enable the learner to self-study:

  • Write Documentation: Provide tutorials or links to online tutorials, on tools and languages you are teaching.
  • Support Offered: Providing forums or chat groups where students can ask questions and help one another.

Final thoughts

Setting up a Linux-based educational coding environment first requires making extensive plans on all the necessary tools and resources and then going ahead to implement the laid plan. Through these steps, instructors can create a stable and effective environment in which their students can learn.

View Detailed Hardware Information

There are many tools for showing your hardware information and today we’ll get to view detailed hardware information. This is going to work in a variety of distros, so you probably won’t be left out.

We’ve covered many ways to view hardware information, be it all of the hardware or just some particulars. For example:

How To: Find Your CPU Information
Show RAM Information With Ramfetch
Let’s Install INXI
Find Your Graphics Card Information
Gather Storage Disk Information With ‘smartctl’

The list goes on and on and on… After all, knowing about your hardware is an important step in a lot of your activities. If you don’t know what you have for hardware, you’re quite limited in the steps you can take. You need to know that your system supports 64-bit to install some distros, for example.

So, today we’re going to examine another way of learning about your hardware. We’ll be doing this in the terminal and we’ll be doing it with a tool known as ‘hwinfo’. It’s a handy application that’s available nearly universally.

hwinfo:

You’ll find that hwinfo is a terminal-based (CLI) tool. If you look at the title of the application you can surmise its function – and it’s very much fit for function.

We’ll get to installing hwinfo, but you can see hwinfo is already installed with the following terminal command:

If it is installed, the output should look like this:

If it’s not installed, we’ll get to that in the next section.

Once installed, you can check the man page with this command:

There, you’ll see that hwinfo is fit for purpose. It’s described as:

hwinfo – probe for hardware

There’s also this blurb:

hwinfo is used to probe for the hardware present in the system. It can be used to generate a system overview log which can be later used for support.

So, you can see that this is indeed a good tool for showing detailed hardware information in the terminal. There are other such tools, but we’ll just be covering hwinfo in this article. There will be other articles and have been other articles. This is one of those subjects you’ll see more than once because there’s always more than one way to learn about your hardware.

View Detailed Hardware Information:

I mentioned that this is a terminal-based application. There are GUI tools but this is not one of them. Most of you can open a terminal by pressing CTRL + ALT + T. Others may need to find a terminal option in their application menu.

With your terminal open, you can install hwinfo easily.

Debian/Ubuntu/etc:

Arch/Manjaro/etc:

RHEL/Fedora/etc:

Gentoo/etc:

SUSE/OpenSUSE/etc:

Once you’re done with installing hwinfo, you can ‘just run it’ like so:

As you can see, that’s rather overwhelming. You could use grep, but there are many flags you can use to make this information more useful. If you check the man page (with man hwinfo) you’ll see this:

all, arch, bios, block, bluetooth, braille, bridge, camera, cdrom, chipcard, cpu, disk, dsl, dvb, fingerprint, floppy, framebuffer, gfxcard, hub, ide, isapnp, isdn, joystick, keyboard, memory, mmc-ctrl, modem, monitor, mouse, netcard, network, partition, pci, pcmcia, pcmcia-ctrl, pppoe, printer, redasd, reallyall, scanner, scsi, smp, sound, storage-ctrl, sys, tape, tv, uml, usb, usb-ctrl, vbe, wlan, xen, zip

Those are all the available flags. The syntax is simple:

So,  you could run this command to learn about your CPU:

The output from that is still more information than most folks are going to want. That information is there for those who need it. For everyone else, there’s the --short flag. That works like this:

In the case of the CPU, the command would look like this:

You can quickly get a list of all the flags (as you may not remember them all) with the following command:

Note that this is different from the --all flag which will display everything.

Closure:

Well, there you have it… You now know how to view detailed (and less detailed) hardware information, you get a choice with hwinfo. You can view detailed hardware information or you can use the flag to show just a summary. Use hwinfo according to your needs and enjoy it!

This seemed like a fine article to write. It’s a pretty basic application but it does have some useful output. It’s worth installing hwinfo just for when you need it, rather than waiting for when you need it and installing it then. That way the tool is read and waiting for you and one less step when you need support or trying to resolve a bug on your own.

Thanks for reading! If you want to help, or if the site has helped you, you can donate, register to help, write an article, or buy inexpensive hosting to start your site. If you scroll down, you can sign up for the newsletter, vote for the article, and comment.

Seeing as you’re here, why not visit our friends at Blunix?

“Blunix GmbH offers Debian and Ubuntu focussed Linux Emergency Support 24/7, Project-based Linux Consulting, FOSS-based Managed Hosting on your company IaaS provider account as well as custom Training and Workshops. We prioritize fair business partnerships and employee quality of life over profit. We focus on reasonable security by default and encourage your employees and developers to keep things secure enough to avoid 99% of security issues with automated attack vectors. We focus exclusively on this and do partner with other companies to refer customers that do not fit exactly what we do, or where we require additional help (for example we have a security-focused company that we partner with for higher risk factor hosting setups).”

Click to visit Blunix GmbH. 

How To: Install Wine In Lubuntu

Today’s article isn’t going to be complicated or long as we are going to cover how you install Wine in Lubuntu. This should be straightforward and work with any modern version of Lubuntu.

I suppose we should start with the basics…

Lubuntu is a distro in the Ubuntu family. This is my favorite distro and I’ve covered Lubuntu-specifics in the past. However, these directions are going to work just fine on Ubuntu or even Linux Mint. They should also work just fine for Debian and any other distro that uses ‘apt‘ and some standard repositories. 

Wine is software used to run Windows software on Linux. It once stood for “Wine Is Not an Emulator” and it is indeed not an emulator. Wine is a compatibility layer that lets you run some Windows software on Linux. Not all Windows applications will run, and things like Windows drivers don’t work, but it can be a handy application for those who still rely on Windows software.

I’ll only cover the basics. There’s a lot to Wine (not WINE, at least according to the project page) and this is only going to cover how to install Wine in Lubuntu. Of course, other distros can use these same few steps, but I only tested in Lubuntu. (It’s a giant amount of software to download and my bandwidth isn’t the greatest.)

If you’ve tested this in other distros, let us know!

And, yes, I did test this in Lubuntu and Wine appears to be installed.

Install Wine In Lubuntu:

You can likely do this with the GUI software installation tools but we’ll do this in the terminal. As you’re using Lubuntu, you can open a terminal by simply pressing CTRL + ALT + T on your keyboard.

Because you’re using Lubuntu, I can surmise that you’re using 64-bit. If you’re not, you’re using a very old version of Lubuntu. You should upgrade to a supported release immediately, or move to a distro that’s still supporting 32-bit hardware.

If you’re not using Lubuntu, you should read this:

Is My System Capable of 32 or 64-Bit Linux?

You’ll need to use a 64-bit CPU and operating system if you want to follow these directions with any hope of success.

The first thing we will do is enable 32-bit software from the repositories. This is just a simple command:

I don’t always remember to suggest you update your device, but it’s a good idea if you update now. You can update with this command:

With all of that done, you only need to install Wine in Lubuntu. That’s easily done:

That’s all there is to it, at least at the basic level. As I don’t use Wine, because I don’t use Windows software, I’m going entirely from my notes and a time when I did try to retain some Windows software. (Crimson Editor, I’m looking at you.)

Closure:

There’s a lot more to this, but that’s the gist of it. If you want to install Wine in Lubuntu, it’s not all that difficult. You may then want to do things like install Plays On Linux or whatnot, but I don’t think that’s technically required. So, this is just an intro to Wine. There’s much more to it.

Thanks for reading! If you want to help, or if the site has helped you, you can donate, register to help, write an article, or buy inexpensive hosting to start your site. If you scroll down, you can sign up for the newsletter, vote for the article, and comment.

Update Python Packages (PIP)

We’ve had a run of Python packages recently and you can tell that I’m a fan because today we will discuss how to update Python packages that were installed via PIP. This should be a pretty easy article to follow along with.

Before diving into the world of installing Python packages from a centralized repository (via PIP), you should probably be familiar with the entire process. So, read these two articles before proceeding:

Install Python’s PIP Part One

And then follow up with this article:

Install Python’s PIP Part Two

It’s important to upgrade the packages you’ve installed with PIP. All software requires updates. Bugs are fixed with newer software but, more importantly, security issues are addressed with updates. This doesn’t just apply to Python. It applies to your whole computer. Software gets updated and you need to apply those updates.

So, today we’re going to do some maintenance and we’re going to update Python packages. Rather than waste time with a long intro, let’s get started!

Update Python Packages:

Just so you know, Python packages are installed in the terminal. So, it stands to reason that updates are also done in the terminal. To follow along in this article, you will need an open terminal. So, if you want to update Python packages you should start by opening a terminal. You can usually just CTRL + ALT + T to open your default terminal emulator.

With your terminal open, let’s first ensure PIP is installed with this command:

Next, make sure PIP is updated to the newest version:

With PIP upgraded to the most current version, you can check to see which Python packages you have previously installed. That’s done like this:

Now, you can see which packages can be updated to newer packages:

That will give you an output similar to this:

Now, you can update the packages, like so:

You can also do multiple packages at the same time:

By doing this, you can update your Python packages, at least those installed via PIP. That is indeed pretty easy.

However, I have a command that I certainly didn’t come up with. This is a command I found in my notes and I do not see a reference URL – or I’d cite the source. Doing some searching, I saw that this command is referenced at multiple sites. So, finding the source is problematic for me.

If you want to upgrade all the Python packages at once, try this command:

I tested this and it appears to work well enough. PIP does love to throw errors in the terminal but generally works okay. That command should update all the packages you’ve installed with PIP – including any Python dependencies that were installed at the same time.

See? It’s pretty easy to update Python packages…

Closure:

Well, now you know how to update Python packages. I figured that this was an important article to write. If you’re going to use PIP to install Python packages, you might as well know how to keep yourself secure and how to keep yourself updated. That seemed reasonable.

However, my Python skills aren’t that great. I can do a Hello World program and that’s about it. I haven’t even done that in a while. So, don’t go asking me detailed Python questions! I probably won’t have an answer. My use is pretty limited to things I can trivially install with PIP.

Also, you may not want to ask me questions. While I’ll be polite, my time is constrained these days. I’m just as likely to refer you to a forum or two. You can ask questions. If they’re good, I’ll maybe answer them in an article. I’m just pointing out that you shouldn’t expect too much from me.

“If you don’t expect too much from me, you might not be let down.”

Thanks for reading! If you want to help, or if the site has helped you, you can donate, register to help, write an article, or buy inexpensive hosting to start your site. If you scroll down, you can sign up for the newsletter, vote for the article, and comment.

Save A Command’s Output To A File (While Showing It In The Terminal)

The title is the best I can come up with to describe this exercise as we’re going to save a command’s output to a file – while showing that same output in the terminal. This is something we’ve not quite done on this site before and something you might find interesting.

NOTE: This article assumes that you’re using Bash.

We’ve sort of covered redirect operators before. Read this article:

How To: Write Text To A File From The Terminal with “>” and “>>”

However, this time, you’re going to enter a command and see the output in the terminal, unlike what you’d see in the above-linked article. On top of that, you will simultaneously save that output to a file.

This can be handy to keep track of a command’s output over time. This can also be handy if you’re trying to audit a system and want to keep track of the output from the command.

For this article, we’re going to just use a simple example command. We’ll be making use of the uptime command because it’s easy and universal. If you’re using a desktop (or server) Linux, you have this command available.

How To: Find Your Uptime In Linux

This article is also going to make use of the tee command. If you’re a regular reader, you’ll know we’ve covered this command before. Then again, if you’re not a regular reader, you can just as easily learn about the tee command by reading the following article:

Mastering The Power Of Linux Tee Command

We’ll also be using the terminal, of course. We almost always use the terminal!

Save A Command’s Output To A File:

As suggested above, this is another article that relies on an open terminal. You can usually open a terminal by pressing CTRL + ALT + T on your keyboard. A terminal is otherwise available in your application menu.

With your terminal open, let’s just view your uptime with this command:

Next, we’re going to tell the command to show the output AND save the output to a file. That’s quite simple:

So, let’s try this example command:

Now, you can verify that this worked with this command:

Every time you run that command, it will clear out the existing text and write the most recent output to the uptime.txt file.

If you’d rather append the data, that’s easily done. It looks like this:

Again, as a handy example:

If you run that command multiple times and then check it with cat uptime.txt you’ll see that the -a flag will append the output. So, each time you run this command it will add the new output to the file.

That’s all there is to it. This is a handy thing if you want to monitor the output of a command over a period of time. You can alias the uptime command to this command and have a record of all the times you ran the uptime command in the terminal.

I’m sure there’s more that you can do with it, but that’s a basic idea that you can take with you. It’s a pretty handy command and one that I recently shared via PM with a Linux.org user. Seeing as it was on my mind, I figured I’d make it an article. I’d call it a ‘short’ article but the title was already too darned long!

Closure:

Now you know how to save a command’s output to a file while also showing the command’s output in the terminal itself. This is a handy enough command and easy enough to do. It seemed like it’d make an easy article for folks, so I wrote it. I don’t have any other justification, though it was not all that taxing to write.

In my defense, I deserve an easy article now and then!

Thanks for reading! If you want to help, or if the site has helped you, you can donate, register to help, write an article, or buy inexpensive hosting to start your site. If you scroll down, you can sign up for the newsletter, vote for the article, and comment.

Subscribe To Our Newsletter
Get notified when new articles are published! It's free and I won't send you any spam.
.
Linux Tips
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.