How to Install MooseFS on Fedora Server Latest

MooseFS is a distributed file system that provides high-performance capabilities and a scalable storage platform. In this tutorial, we will guide you on how to install MooseFS on Fedora Server Latest.

Prerequisites

Before installing MooseFS, make sure that you have the following prerequisites:

• A server running Fedora Server Latest
• Root access to the server

Step 1: Install Required Dependencies

MooseFS requires some system dependencies to work properly. Let's install them first. Run the following command in your terminal to install them.

sudo dnf install libfuse libfuse-devel openssl-devel libuuid-devel gcc-c++ cmake make

Step 2: Install MooseFS

Now we need to download the latest MooseFS package from the official website. Run the following command to download the latest MooseFS package:

wget https://ppa.moosefs.com/moose/el/latest/RPMS/x86_64/moosefs-server-latest.el.noarch.rpm

After downloading, install MooseFS using the following command:

sudo rpm -Uvh moosefs-server-latest.el.noarch.rpm

Step 3: Configure MooseFS

MooseFS contains several configuration files that you need to modify.

MooseFS Master Server Configuration

First, we need to configure the MooseFS master server.

Edit the /etc/mfs/mfsmaster.cfg file with your preferred text editor:

sudo nano /etc/mfs/mfsmaster.cfg

Look for the line that starts with mfsmaster.workers and set the number of worker threads to the number of CPU cores you have. For example, if you have 4 cores, set the value to 4:

mfsmaster.workers = 4

Save and close the file.

MooseFS Chunk Servers Configuration

Next, we need to configure the MooseFS chunk servers. To begin, copy the sample configuration file provided by MooseFS:

sudo cp /etc/mfs/mfschunkserver.cfg.sample /etc/mfs/mfschunkserver.cfg

Edit the /etc/mfs/mfschunkserver.cfg file with your preferred text editor:

sudo nano /etc/mfs/mfschunkserver.cfg

Set the correct values for the mfschunkserver.workingdir, mfschunkserver.metacachedepth, and mfschunkserver.mfsnodename options. For example:

mfschunkserver.workingdir = /mnt/mfschunks
mfschunkserver.metacachedepth = 2
mfschunkserver.mfsnodename = chunkserver1

Save and close the file.

MooseFS Client Configuration

If you want to use your MooseFS storage from a different machine, you need to configure a MooseFS client.

First, copy the sample configuration file provided by MooseFS:

sudo cp /etc/mfs/mfsmount.cfg.sample /etc/mfs/mfsmount.cfg

Edit the /etc/mfs/mfsmount.cfg file with your preferred text editor:

sudo nano /etc/mfs/mfsmount.cfg

Set the correct values for the mfmounthosts option, which is the IP address or hostname of the MooseFS master server. For example:

mfsmounthosts = 192.168.0.100

Save and close the file.

Step 4: Start MooseFS Services

Now that MooseFS is configured, we need to start the services.

First, start the MooseFS master service:

sudo systemctl start moosefs-master

Then, start the MooseFS chunk server service:

sudo systemctl start moosefs-chunkserver

Finally, start the MooseFS client service:

sudo systemctl start moosefs-client

Now you're ready to use MooseFS!

Conclusion

In this tutorial, we learned how to install MooseFS on Fedora Server Latest. We also learned how to configure the MooseFS master server, chunk servers, and clients. Now you can use MooseFS to store and distribute your data across multiple servers. Happy coding!

If you want to self-host in an easy, hands free way, need an external IP address, or simply want your data in your own hands, give IPv6.rs a try!

Alternatively, for the best virtual desktop, try Shells!