Introducing 'fuse lxc - Shell-Bash'

If you're a born programmer, chances are you have encountered the need to experiment with different Linux operating systems or distributions. Some might even need to create virtual machines for various reasons such as testing, development, or even deployment.

This is where LXC or Linux Containers come into play. LXC is a lightweight approach to achieving virtualization on Linux operating systems. LXC creates virtual environments that are isolated from one another, but still share the same kernel and system resources. It's fast, lightweight, and requires no additional kernels!

But what about the possibility of mounting LXC containers within the filesystem without the need of being root? This is where FUSE comes into the picture! FUSE, or Filesystem in Userspace, is a relatively newer technology that allows non-root users to create filesystems in userspace!

FUSE LXC is a tool that uses LXC and FUSE to provide a solution that allows non-root users to manage LXC containers without giving root access. FUSE LXC provides an environment that is safe for users and still enables them to experiment, develop, and deploy with Linux containers.

How does FUSE LXC work?

FUSE LXC uses a logical file hierarchy to manage and interact with LXC containers. This filesystem hierarchy is created by mounting the LXC containers using FUSE and then using shell scripts and a bash terminal to manipulate the containers. FUSE LXC uses LXC's C API to interact with the containers without actually running as root.

How to install FUSE LXC?

To install fuse-lxc, you can run the following command on your terminal:

sudo apt-get install fuse lxc
sudo apt-get install fuse-lxc

After installing the 'fuse lxc', you can mount the container using the following command:

$ fuse-lxc mount containerName /mnt/containerName

You can now start to access the container using your bash terminal.

Conclusion

In conclusion, FUSE LXC is an exciting development that provides a safer and more accessible way of working with LXC containers. It requires no additional kernel and allows you to mount containers within your filesystem without requiring root access. It's lightweight, fast, and perfect for developers who want to experiment with various Linux operating systems.

So go ahead and give it a try. Who knows, it just might be the perfect solution for your latest project!