![]() ![]() To identify and fix these common issues, CLion offers various possibilities for static and dynamic code analysis to the developer. This includes thread safety (races, deadlocks, etc.), memory safety (bounds safety, use after free, memory leaks, etc.) and type safety. Several other major pain points reported by users relate to safety. Checking code for thread, memory and type safety issues on-the-fly The good news is that CLion also supports Makefile projects and the Makefile language, which greatly simplifies working with Makefiles. Managing Makefiles is also commonly reported by users as a pain point. CLion has a powerful editor with full syntax highlighting, autocompletion, and quick documentation for CMake scripts a built-in CMake debugger built-in GUI support for adding configurations, build types, creating CMake targets, adding or removing files to/from these targets, and reloading the CMake project support for CMake presets and CMake profiles and much more.īut CMake is not the only project model that CLion supports. CLion comes bundled with CMake and has extensive CMake integration that makes managing CMake projects a smooth experience. ![]() ![]() CMake is the most popular cross-platform build system for C and C++. This includes dedicated run and debug configurations for tests, gutter icons to run or debug tests/suites/fixtures and check their status, a specialized test runner, and code generation for tests and fixture classes.įurther, there is a CLion plugin for TeamCity, JetBrains’ own automated build management and CI tool, as well as plugins for various other continuous integration solutions.ģ1% of users reported that a major pain point for them is managing CMake projects. It has built-in support for all major C++ testing frameworks (Google Test, Boost.Test, Catch2, Doctest, CTest). CLion offers a lot of tools to help with this. The third-biggest major pain point according to the survey is setting up a continuous integration pipeline from scratch (automated builds, tests, etc). With CMake profiling, you can identify the most time-consuming operations during CMake configuration, and optimize your CMake scripts if necessary, which helps with reducing the overall build time of your project. While CLion does not include a compiler but simply invokes one configured in the toolchain (like GCC or Clang, for example) and therefore cannot directly influence build times, you can optimize the CMake execution step with CLion’s CMake profiling ability. The second-biggest challenge according to users is build times, which 43% of respondents identified as a major pain point. Work is under way to fix this, but in the meantime, you can use Conan with CLion anyway since Conan outputs CLion-compatible CMake files.įor third-party packages known to CMake, CLion now offers code completion for find_package. The Conan plugin for CLion is currently not compatible with the latest version of CLion. You can also use the other popular C++ package manager, Conan, with CLion. CLion comes with built-in support for vcpkg, one of the most popular C++ package managers. Unlike many other programming languages, C++ does not have a standard package manager, and various solutions are used. The biggest challenge when working with C++ is managing third-party libraries that a C++ application depends on: 47% of users identified this as a major pain point. Setting up a development environment from scratchĭOWNLOAD CLION Managing third-party libraries.Checking code for thread, memory and type safety issues on-the-fly.In the 2023 Annual C++ Developer Survey conducted by the C++ Foundation, the community identified a number of major pain points when working with C++ (see page 11 of the survey summary).Īs we’ll discuss in this article, CLion can help C++ developers with most of these in various ways:
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |