![]() Which I tried in place of the normal make for compiling STK and got generic errors in the output. I found this conversation about compiling c++ code inside of Clickable and it mentions using Clickable run "make" ![]() You can find the Ubuntu repo with arm builds source here but again I find no hints as to how they generate the arm builds except maybe on a machine with the correct architecture. I have spent a fair amount of time trying to figure out how the arm deb packages were generated without any success. I have already spent some time looking through Tux Racers port to see what changes were made to get it to work with UT and feel it should be possible for STK as they were mostly minor. I am sure it is obvious for those of you with lots of experience. I just don't know how to start making clickable compile STKs code. If someone can set things up to compile using clickable I would be happy to test and modify things to work on UT or even figure out why compilation will not complete. ![]() I can hack my way through programs that already have set up compilation instructions to make changes, fix things etc but I have very little experience when it comes to porting and compiling packages. I have successfully compiled it for 圆4 while trying to figure out how to compile for different architectures but it was fully automated to the build the host systems architecture. I myself do not know enough about compiling code to create the correct make files and manifests for Clickable to compile for UT. This makes me think it is all standard make commands used to compile for different Linux architectures but they do not include any examples for how the arm versions available in the debian repos were generated. It does give some clues to possible flags we can use for the compiler but it is out of my skill set so far. I have spent a fair amount of time looking through the STK code and I can not see any way of compiling for different architectures except in the Android section which I believe is more about packaging for release than the actual compiling.
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