Clang

Have you ever tried optimizing C++ app times? We tested link-time optimization (LTO), profile-guided optimization (PGO), and Unity (Jumbo) builds.

Update: MSYS2 now provides the majority of packages built with clang. They use libc++ and lld by default, and you can get the complete toolchain by getting packages from this page. Be aware that when using libraries built with clang it's better not to mix them with libraries built with other toolchains. You can find the list of all libraries here. As a make executable for CLion, you can use clang64/bin/mingw32-make.exe. Don't forget that with default build flags you will need to have libc++.dll and libunwind.dll in your build directory. Otherwise, this approach might be even easier to use than

Let’s start with a big wish for everyone to stay safe! While it’s obviously sometimes hard to focus on your work these days, as there are other important things happening, we’ve tried our best to keep doing what we are good at – creating great tools for developers to increase their productivity. So we are here to introduce a fresh CLion 2020.1 release! To update to this version, you can use the Toolbox App, snap package (on Ubuntu), our website, or the patch update from the latest build of 2019.3 (2019.3.5). DOWNLOAD CLION 2020.1 Here is a quick overview of the main highlights. If you

CLion started the 2020.1 EAP program last week with many improvements to Clang-based tooling, the debugger, and the overall editor. This week a new build is available, bringing more sophisticated CUDA support! You can download the build (201.4865.10) from our website, via the Toolbox App, or as a snap package (for Ubuntu) and install it side by side with the stable release build. DOWNLOAD CLION 2020.1 EAP CUDA support Why CUDA? Start a new project with CUDA How does CLion support CUDA? Known issues and limitations Clang on Windows (more…)