I thought I’ll make this thread for all of you out there who have questions but are afraid to ask them. This is your chance!
I’ll try my best to answer any questions here, but I hope others in the community will contribute too!
I thought I’ll make this thread for all of you out there who have questions but are afraid to ask them. This is your chance!
I’ll try my best to answer any questions here, but I hope others in the community will contribute too!
Hey, Thanks I have one more question. Is it possible to ship all required library with software?
It is, that’s what Windows does. It’s also possible to compile programs to not need external libraries and instead embed all they need. But both of these are bad ideas.
Imagine you install dolphin (the KDE file manager) It will need lots of KDE libraries, then you install Okular (KDE PDF reader) it will require lots of the same library. Extend that to the hundreds of programs that are installed on your computer and you’ll easily doubled the space used with no particular benefit since the package manager already takes care of updating the programs and libraries together. Not just that, but if every program came with it’s own libraries, if a bug/security flaw was found in one of the libraries each program would need to upgrade, and if one didn’t you might be susceptible to bugs/attacks through that program.
Thanks you so much for explanation.
That is possible indeed! For more context, you can look up “static linking vs dynamic linking”
Tldr: Static linking: all dependencies get baked into the final binary Dynamic linking: the binary searches for libraries in your system’s PATH and loads them dynamically at runtime
Absolutely! That’s called static linking, as in the library is included in the executable. Most Rust programs are compiled that way.
Yea, That’s why I am learning Rust but I didn’t know it called Static Linking I think it just how Rust works LMAO. And Thanks again
Doesn’t that mean that you have a lot of duplicate libraries when using Rust programs, even ones with the same version? That seems very inefficient
It’s true that boundaries get inflated as a result, but with today’s hard drives it’s not really a problem.