I’ve had bad experiences with AppImages. For universal format they do a really poor job at that. And it’s a huge step back into Windows direction that you’ll have to manually download, update etc your shit. Makes managing a bunch of apps a pain.
The thing with appimages is that they expect the developer to have full knowledge of what libraries need to be bundled with their app, which makes it difficult to make truly universal appimages. In flatpak you just select one of a set list of runtimes and add any additional dependencies on top of it. Flatpak also re-uses the files for each runtime in between the different apps that use it, which saves a lot of disk space.
But isn’t appimage the closest one to the app-system from Android? Since things could be really different on many clients an “app-container” is the best solution.
Why not containerise everything? You need libreoffice? No problem, here is a docker or podman container.
BTW. I like flatpak, too. It’s the most stable, but I never understand it’s mechanics. There is always another pack installed, freecode, gtk, qt whatever. Even if the system has already the correct gtk version, nope, the dev decided to use the gtk image from Ubuntu.
Why not containerise everything? You need libreoffice? No problem, here is a docker or podman container.
Flatpak is basically GUI-optimized containers. It uses the same technology (namespaces) as docker and podman, just with some extra tools to make GUI-related things work properly. That’s why flatpak apps don’t use the system’s gtk version – they’re running in a sandbox with a different rootfs. You can spawn a shell into the sandbox of a specific app with flatpak run --command=sh com.yourapp.YourApp and poke around it if you want to.
I’m not too familiar with whatever Android is doing with apks these days tbh. I just don’t like how AppImages fails at the one thing it should do (universality) and doesn’t have the repo model built in. You can have third party solutions to that but it’s just not the same experience.
Why not containerise everything? You need libreoffice? No problem, here is a docker or podman container.
I’ve heard people suggest such a solution. Everything is a container and stuff is just exported out so that it shows up to the system like a normal program. Can’t really say I’m the right person to judge the pros and cons.
There is always another pack installed, freecode, gtk, qt whatever. Even if the system has already the correct gtk version, nope, the dev decided to use the gtk image from Ubuntu.
It can be both good and bad and sometimes it’s necessary. The whole system relies on being able to use different versions of libraries. But having them as separate packs can help in that programs can share those packs so as a dev you can just target one common base and have your stuff work everywhere. And sharing those runtimes has the benefit of someone else keeping it up to date while you can just test if the updated version works for you and switch to that if it does and so on. And with deduplication, runtimes and stuff share the parts that are common to both afaik.
It’s a bit more complicated than just shoving everything in but also it’s less work than same thing having to be packaged separately for every distro.
I’ve had bad experiences with AppImages. For universal format they do a really poor job at that. And it’s a huge step back into Windows direction that you’ll have to manually download, update etc your shit. Makes managing a bunch of apps a pain.
The thing with appimages is that they expect the developer to have full knowledge of what libraries need to be bundled with their app, which makes it difficult to make truly universal appimages. In flatpak you just select one of a set list of runtimes and add any additional dependencies on top of it. Flatpak also re-uses the files for each runtime in between the different apps that use it, which saves a lot of disk space.
Yeah, same here, that’s why I specified that they’re only nice when they work. Often they just don’t work, so Flatpak is better.
But isn’t appimage the closest one to the app-system from Android? Since things could be really different on many clients an “app-container” is the best solution.
Why not containerise everything? You need libreoffice? No problem, here is a docker or podman container.
BTW. I like flatpak, too. It’s the most stable, but I never understand it’s mechanics. There is always another pack installed, freecode, gtk, qt whatever. Even if the system has already the correct gtk version, nope, the dev decided to use the gtk image from Ubuntu.
Flatpak is basically GUI-optimized containers. It uses the same technology (namespaces) as docker and podman, just with some extra tools to make GUI-related things work properly. That’s why flatpak apps don’t use the system’s gtk version – they’re running in a sandbox with a different rootfs. You can spawn a shell into the sandbox of a specific app with
flatpak run --command=sh com.yourapp.YourAppand poke around it if you want to.Thx, looks like that’s the info I’ve missed.
I’m not too familiar with whatever Android is doing with apks these days tbh. I just don’t like how AppImages fails at the one thing it should do (universality) and doesn’t have the repo model built in. You can have third party solutions to that but it’s just not the same experience.
I’ve heard people suggest such a solution. Everything is a container and stuff is just exported out so that it shows up to the system like a normal program. Can’t really say I’m the right person to judge the pros and cons.
It can be both good and bad and sometimes it’s necessary. The whole system relies on being able to use different versions of libraries. But having them as separate packs can help in that programs can share those packs so as a dev you can just target one common base and have your stuff work everywhere. And sharing those runtimes has the benefit of someone else keeping it up to date while you can just test if the updated version works for you and switch to that if it does and so on. And with deduplication, runtimes and stuff share the parts that are common to both afaik.
It’s a bit more complicated than just shoving everything in but also it’s less work than same thing having to be packaged separately for every distro.