After two years of daily updates and studies, we announce the first version. This version is a stable version. After a long period of work and losses, we have prepared a clean version by updating a lot of things, eliminating ambivalence and conflict. This version is good for all of us.Read more “Onix OS First Version Released (1.0)”
In this update, we finished the installation script we had been working on for a long time and integrated the other scripts. Additionally came the” O Language ” update.
New Onix Console Installer
The Onix installation tool starts by typing “Onix-install”. Then you can set up by watching the process as in screenshots.
O Language Update
The work and updates we’ve been doing on “O Language” are now in place and you see the result as in the screenshots.
We are ready for the next Beta because a lot of things are sitting down after this update.
Updated Download Links:
- OnixOS Tron Edition: https://sourceforge.net/projects/onixos/files/Daily/tron/onix-tron-92e9c15-x86_64.iso/download
- OnixOS Desktop Edition: https://sourceforge.net/projects/onixos/files/Daily/desktop/onix-desktop-92e9c15-x86_64.iso/download
- OnixOS Core Edition: https://sourceforge.net/projects/onixos/files/Daily/core/onix-core-92e9c15-x86_64.iso/download
- OnixOS Server Edition: https://sourceforge.net/projects/onixos/files/Daily/server/onix-server-92e9c15-x86_64.iso/download
It has been compiled in all distributions with SnapStore support or “o language” specifically for platforms that support the snap run environment. You can use the snap command to unpack the desired packages via the SnapStore, where you can easily install and install packages. And without depending on platforms and package managers.
Now I will talk a little bit about how to set up a package with snap. First, to take the package over the SnapStore;
sudo snap install "package name"
The package is set up directly. O Language is officially offered as a stable version of the store. For the installation;
sudo snap install olang
You can effortlessly install your system. You can check snap store for package details.
I heard that it is possible to use a portion of hard disk as RAM in Windows. I wondered if this trick is available for Ubuntu, so I googled about it and couldn’t find anything related to it. But I found out an AskUbuntu answer of using USB sticks as RAM. I did the same trick on Hard Disk and it works !! This trick can be accomplished with the use of some small commands in Terminal. The RAM memory increase can’t be noted in the System Monitor application.So, Let’s begin. Create a file of 512 MB (The 512 indicates the RAM memory to be added):
dd if=/dev/zero of=~/swapfile bs=4096 count=131072
The yellow background text above shows the count of the file we are going to create. This count and bs determines the file size. This is how I got the count :
512 * 1024^2 / 4096 = 131072
The yellow background text above shows the file size we need to create in Mega Bytes (MB). If you need to create SWAP space with more than 512 MB change the yellow background text above to the MB you want and get the result of the calculation. The result is the count.
Example of 1 GB :
1024 * 1024^2 / 4096 = 262144
and the command will become :
dd if=/dev/zero of=~/swapfile bs=4096 count=262144
The command will create a file named subinsblog on your home directory.
Now let’s create the SWAP space on the file and enable the SWAP :
sudo mkswap ~/swapfile -f && sudo swapon -p 1000 ~/swapfile
You’re RAM Memory is now increased. To check whether if it is increased, do the following command :