open-source

Closed. This question is off-topic. It is not currently accepting answers. Learn more . Want to improve this question? Update the question so it's on-topic for Stack Overflow. Closed 4 years ago . I recall learning about the corner-stitched data structure a number of years ago and have been fascinated with it ever since. It originated with a paper by Ousterhout . I've searched and not been able to find a free/open implementations. I'd prefer a C++ implementation, but at this point would accept any pointers people might have. Note: a corner-stitched data structure is a way to store 2

I am not new to the use of signals in programming. I mostly work in C/C++ and Python. But I am interested in knowing how signals are actually implemented in Linux (or Windows). Does the OS check after each CPU instruction in a signal descriptor table if there are any registered signals left to process? Or is the process manager/scheduler responsible for this? As signal are asynchronous, is it true that a CPU instruction interrupts before it complete? The OS definitely does not process each and every instruction. No way. Too slow. When the CPU encounters a problem (like division by 0, access to

I know it will be released as open source in the end of the year, however I would like to know, if I create a framework that uses the Foundation framework, will it still be possible to build for Linux? On the announcement it was said that they would be releasing Swift and a compiler for linux. Will builds of the open source version be limited to the standard Swift library? I would really like to create a Web Service in Swift to run in Linux, but I need the Foundation Framework (I don't need that to be open source... just to link it to my code). Thank you! It should be possible in the future,

There is an open source project I would like to fork. It has a public SVN repository from which I would like to check out the source, clone it into my private repository, and begin making changes. If possible I would like to be able to merge changes from the upstream repository in the future. So far I've been able to do it like so: Create a folder for this project in my own repository. Check out this empty folder. Check out the original project into another location. Delete all .svn subdirectories in this new location. Copy the files into the working copy of my private repository, commit once,