FTL NO RESOURCES FOLDER FULL

(I forgot to bookmark said blog post, and now for the life of me cannot find it to give credit. Unfortunately, running that didnвЂ™t work: Not that I expected it to work on the first try.ДЄfter a bit of Googling, I found from a forum post explaining that I can unpack the GoG installer like so: unzip path/to/gog/sh/installer -d /path/to/unpack sh file, that is the installer for the game. The GoG Linux games come in the form of a. I downloaded my copy for the Linux version of FTL from GoG. Now that I was capable of running amd64 applications on my arm64 RPi4, it was time to see a man about a spaceship. Some additional assembly may be required. But itвЂ™s not a magic bullet, and isnвЂ™t capable of turning the arm64 system into an amd64 one. This compiles and installs boењ†4 on the RPi4.ДЇrom this point on, I can run an x86-64 binary automagically, or specify it with boењ†4 path/to/binary.Д¬aveat: boењ†4 does an amazing job out of the box. DRPI4ARM64=1 -DCMAKE_BUILD_TYPE=RelWithDebInfo Setting up boењ†4 on my RPi4 was a piece of cake, just needed to follow the instructions: git clone Although I was fully prepared to venture into the dungeon of chrooting a 32-bit environment so I could run an x86-emulation layerвЂ¦ thanks to boењ†4 I didnвЂ™t have to. But, as luck would have it, pitSeb also maintains boењ†4, the 64-bit version of the same tool. Now, box86 isnвЂ™t really what I was looking for, since I was running a 64-bit OS. So how did I do it? boењ†4ДЄn amazing developer by the name of ptitSeb has created box86: an emulation layer for non-x86 systems to run x86-based applications. This might change with the M1 chip, but the Rosetta translation layer and other conveniences will still hold that gap open for a while.Д«ut, as you can see from the cover image, I did manage to get FTL running on my 64-bit Raspberry Pi. Understandably: for the vast majority of developers, the niche use case of an arm64 platform isnвЂ™t worth the trouble of compiling and maintaining arm64-specific binaries. Neither FTL, nor most other applications come with arm64 binaries. ThatвЂ™s why I figured IвЂ™d record my experience with FTL (and, in the future, with other things) and contribute to the discussion from my particular viewpoint: running a 64-bit OS on the Raspberry Pi 4. This complicates things a bit, because most how-tos and other articles are based on using either the 32-bit Raspbian or some similar alternative (like Twister OS for games) and even then much of that information is outdated by a lot.

FTL NO RESOURCES FOLDER FULL

ItвЂ™s based on Debian, and itвЂ™s fine вЂ“ but I wanted to run a 64-bit OS on my 64-bit hardware, and take full advantage of the 8GB of RAM the board is configured with. Sidenote: the Raspberry Pi, by default (and вЂby defaultвЂ™ I mean вЂby recommendationвЂ™) runs a 32-bit OS called Raspbian. So, if weвЂ™re to restrict the current discussion for games, and even further to FTL in particular, I either needed an arm64 binary or a way to run an amd64 binary on my arm64 system. (Similar to the M1 Macs.) Which means that any and all programs compiled for an x86-based architecture (which is roughly 99,99% of binaries) wonвЂ™t run on it out-of-the-box. Without going into too much detail: the Raspberry Pi 4 uses a 64-bit ARM processor. Intended as a lightweight, вЂњget back into programmingвЂќ development machine (and to be used as an at-home gadget central) I didnвЂ™t really investigated the state of gaming for it.Д«ut once it was up and running with a 20.10 Ubuntu Mate 64-bit, I started wondering: can I play something on this thing? Nothing serious of course, the hardware was never intended for that (although I fully intend to push it to the limit) but surely I could run a few sessions of FTL in-between coding and stuff? The Raspberry Pi is a computer.

I bought a Raspberry Pi 4 not too long ago.

Ftl no resources folder