It largely depends on what languages you plan on writing your code in. If it's an assembly language, you need to learn the specific assembly language for the target hardware. That's ARMv8 in the case of current Pis. If it's C, or FORTRAN or other compiled languages, it'll be the same as on any other Linux system. Likewise any interpreted languages, like Java or BASIC.
It sounds, though, like you have more of an issue that specific programs or packages you want to use are only available for x86 systems, which likely means they need MS Windows to run. Perhaps what you need to do, rather than immediately learning how to write code on a Pi, is to discover the Linux functional equivalents that already exist in ARM versions that can be run on the Pi simply by installing them.
So...the documentation you need to need to read is that on Linux...and there's a lot of it out there.
It sounds, though, like you have more of an issue that specific programs or packages you want to use are only available for x86 systems, which likely means they need MS Windows to run. Perhaps what you need to do, rather than immediately learning how to write code on a Pi, is to discover the Linux functional equivalents that already exist in ARM versions that can be run on the Pi simply by installing them.
So...the documentation you need to need to read is that on Linux...and there's a lot of it out there.
Statistics: Posted by W. H. Heydt — Mon Dec 23, 2024 1:18 am