I have been trying to figure out which RAID Shadow Legends final mastery was better, between the Warmaster vs Giant Slayer and to a lesser extent, Flawless Execution. Trying to get the best bang out of the damage inflicted against the opponent from this final mastery requires a bit of calculation. Most players and guides would go for Warmaster, though sometimes they would go for Giant Slayer as well. So which one is the better bet?
In my last blog way back in October 2020 when I bid adieu to RAID Shadow Legend, well, I made a comeback around September 2021 this year! With the Covid-19 pandemic still raging. I have some spare time while working from home. Apart from tinkering with reviving old PCs and Raspberry Pi, Arduino and learning Japanese with the Duolingo app, I decided to give this game another go.
And my final addition to the GRUB2 menuentry is the System Rescue CD ISO. Normally this is best installed in a USB stick or in a CD-ROM for use in an emergency. For the fun of it, I decided to try running a live version off from a PC.
For a super-duper lightweight Linux distro, I think this one takes the cake! Tiny Core Linux has 3 different cores to choose from: Core (16MB), Tiny Core (21MB), Core Plus (163MB). After testing them out, I decided to go for the 163MB installation image.
SLAX is a super small lightweight Linux distro. It used to be based on Slackware, hence the name SLAX. However, nowadays, it is based on Debian. It has a very nice GUI and some basic software. Since it is based on Debian, you can easily install more software to make it useful.
SliTaz Linux is really small! As a super lightweight Linux distro, the compressed ISO form takes up about 50MB. It was mentioned in the SliTaz website that the decompressed root file system will take up 100MB. A quick check with my install, the storage used up so far was about 60MB.
Porteus is a super lightweight Linux operating system taking up about 300MB of storage space. It uses a squashed format for storing its core files, and will decompress when you boot. It also uses a modular approach whereby you install pre-compiled packages as opposed to the standard Linux using package manager.
Because it is also portable, it is easy to install into any existing Linux installation. In my case I copied the ISO files and placed it in the same partition as my FossaPup, KolibriOS, SLAX, SliTaz, TinyCore and SystemRescue.
Kolibri OS is another alternative operating system that is non-Windows, non-Linux. It is a super lightweight OS that was branched off from Menuet OS from 2004. It uses very little storage space and very light on hardware resources. I got intrigued with it when I happened to bump into a YouTube video showing how super fast it booted up!
Until now I still haven’t got a chance to try out Menuet OS because it needed to rawwrite onto a 1.44” floppy disk. I haven’t gotten around to collecting the stuff to try it out and then this KolibriOS came along. Ok, since they should be similar I will try this first. Besides this operating system felt simpler to prepare. The image was an ISO file and it was just a matter of burning it to a CDRW to give it a go.
Haiku is the current continuation of the old discontinued BeOS system. I had the BeOS installation CD a long time ago and played with it a little when it came out. It didn’t catch on and sort of fizzled out. But lived on as an open-sourced Haiku.
I was surprised to find Haiku as a form of BeOS still hanging around the internet. I have been curious about the various OS that have been developed and how the usability of the different OS compared against the big giant Microsoft and the interesting Linux OS.
I first learned about LibreElec when I got my Raspberry Pi 4. Having played around with it to watch some movies and connect to Netflix, YouTube and Spotify in the little RPi SBC, I was thinking of installing it on my spare old PC.
LibreElec has a simple Linux shell making it very lightweight. It just concentrates on being a media player by running Kodi fully.
Puppy Linux is one of the most handy of the super light linux and considered my goto distro whenever I need to make changes, edit files, and copying files or moving files between distros and between partitions. It dispenses with the need to key in sudo privileges because it is already considered as root and has no issue whatsoever when I need to access another Linux partition.
My earlier post about super multi-boot using Linux GRUB2 as my main boot loader and menu selection had been fun to do! There were also some tricky issues such as some OS need to be installed first before Linux and other OS could be installed.
Now we come to the issue of those Linux OS that could not automatically be detected by way of issuing terminal command ‘update-grub’ and had to be manually written into the GRUB configuration. I scoured the web for the commands and there were some variations to the menu entry. In some cases, some amount of tweaking was required in order to get it to work.
During my preparation for a super multiboot computer, I needed to know how much hard disk space to allocate for the various Linux, DOS/Windows and alternate operating systems. These were usually easy to check by visiting each of the distros websites. Anyway, I took some gparted partition manager screenshot of my hard disk, hopefully this would give a fair idea of how much space each distro used up.
Having cleaned up several of my old PCs, I’ve decided to embark on my next project. To make a super multi-boot OS system with Linux, DOS, Windows XP and alternate operating systems. Dual-booting is fairly easy, but multi-booting with 10 OSes, now that would be a feat! In order to cram in so many OS, some prior preparation would be needed. Since these are old PCs with Pentium 4, Dual-Core and Core 2 Duo, I would need to look for pretty lightweight Linux. I also wanted some alternative non-linux, non-Windows OS.
I have a bunch of old computers which I would like to repurpose for experiments and other tasks. These old PCs were given to me by family members and some were salvage from the office. These were more than 10 years old and they were no longer capable of running the latest Windows 10. However they were still capable of running light weight operating system like Linux.
However before I could reuse them, I needed to clean them out as the dust accumulated inside was like a mini grey moss jungle, well one of it anyway. The rest had dust in hard to reach corners and on the board itself. Since they were old, I decided to do some drastic cleaning measures. I think most technician would've frown at my methods, but I found it to be truly effective! However a very thorough cleaning was no easy task and it took me the better part of an entire day to clean up one PC. With so many old computers at my disposable, it spanned several weekends just to clean them up! Fortunately with the pandemic lockdown and working from home, I have some spare time after hours to tinker with my various hobby projects!