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In addition, there is no formal definition of Rust. You need a subset of Ada for that (for what Spark is meant), but for Rust as well : 'unsafe' must be removed, as it can break everything. I see your point for the safety of memory: formally proven. On a big project, this appears as a very little impact as you can still implement a specific algorithm in the most efficient language for it, and use native calls. e-gpp.html, which does not show a so big difference apart on very specific algorithms. Having written a few hundred thousand lines in Java and C#, for me, there is a big difference between the two languages, even if they seem similar.įor the speed of C# versus C++, I am referring to.
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There are nice helper libraries around, one example might be Qt. My suggestion is to stay off operator overloading and avoid trying to make your own versions of the Std library. It is a large language, and in parts shows that it started as a "fix" to some of the shortcomings in C. Next up might be C++, if you can stay away from the more "esoteric" parts of the language. If you start from fresh, go for Python 3 (there has been a very long transition period from Python 2). Even as it is more or less interpreted (there is a bit of just-in-time compiling hidden inside it) it is plenty fast on the Pi, even for soft real time control purposes. It is the sort of "goto" language for quick prototyping as there is no need for the compile/link staget of say C.
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One good bet is Python as it sits in a bit of sweet spot with enough language features and fast prototyping and with libraries to handle the Pi peripherals such as IO pins and the hardware bus I2C. Generally, Pi programmets tend to stay away from the Microsoft Languages, say C#, or the Apple language Objective C, but there are lots of exceptions even to that. They go from assembly directly on the hardware over to Basic and C and C++ and Python and Perl and PHP and javascript and java and SQL and Ada and Erlang and Cobol and maybe a bit of R or Mathematica or Haskell or Fortran. And each programmer has his or her own favourite. Given your requirement for a fast UI the C++ and the Qt GUI libraries are a popular choice. You will find as many favorite programming languages as there are programmers! You need to use the Raspberry Pi OS, based on Debian Linux, for the best support and guarantee of the longevity of your creations.Īt that point you find that just about every programming language ever is available for the Pi under Raspberry Pi OS.
#XOJO VS PYTHON WINDOWS#
Windows IoT has not been maintained by MS for two or more years and there is no Windows IoT that works on the recent models of Raspberry Pi. What would you recommend me to use as the programming language?įirst thing is to get you off Windows IoT. This is something I would like to programm on my own, even if there are some solutions out there.Īlso I am thinking about doing this as a web service which then is displayed on the Raspberry Pi. So I would definetly need a possibility to create a nice UI (like UWP). I would like to do a little "homeautomation project" where I get myself a Pi with a 7" Touch Display. What is the most beneficial language on the Pi because it can do the most (Fast, UI)? My question, what is the favourite language on the Raspberry Pi? I also already finished quite a big project with C# and Windows IOT on the Raspberry Pi but I wondered if there are better languages / possibilities out there.
#XOJO VS PYTHON SOFTWARE#
I am a software developer which works with C#, so I got that going for me. Hello everyone, i was wondering what would be the best programming language for the raspberry pi.