![]() Enhanced CMake UX - The CMake Profile settings under Build, Execution, Deployment | CMake have a newly polished UI, with a few useful tips added for the settings there.The IDE will run make (with the -just-print option to avoid running an actual build), parse the output of the make command, and load the project. Open a folder with a top-level Makefile as a project, or directly point CLion to a Makefile in the Open dialog. Makefile project support - Developing a Makefile-based project? Benefit from CLion’s smart features - CLion now comes with Makefile project support out of the box.Fixed pull requests that were working incorrectly for GitHub Enterprise.Synchronization no longer fails on macOS when key-pair authentication with passphrase is used.Fixed an issue where WSL local history was empty.Project model - Fixed the indefinite building of compilation database projects with the “Waiting for the current build to finish…” message.Fixed an issue with endless Loop false positive in move assignment operator.Fixed an issue so that it can now successfully extract code that throws an exception into a function.Find Usages can now detect field and method usages in templates.Fixed Find Usages so that it no longer treats a variable in the member initializer list as a read usage. ![]() Fixed a major performance issue with Clangd loading the full CPU core continuously.Now this works for more complicated cases, like multiple template arguments. Added additional support for C++ - CLion 2020.2 added a new quick-fix which suggested adding a type constraint to local variables declared as auto if the result of a constrained function call was assigned to them.Added separate "Structural Search" inspections based on language.You can use Refactor This ( Ctrl+Alt+Shift+T on Windows/Linux, Ctrl+T on OS X) to get the list of the refactorings available in the current scope. Push Members Down safely moves class members to a subclass.Pull Members Up safely moves class members to a superclass.Method ( Ctrl+Alt+M on Windows/Linux, Alt+Cmd+M on OS X).Define ( Ctrl+Alt+D on Windows/Linux, Alt+Cmd+D on OS X).Typedef ( Ctrl+Alt+K on Windows/Linux, Alt+Cmd+K on OS X).Parameter ( Ctrl+Alt+P on Windows/Linux, Alt+Cmd+P on OS X).Constant ( Ctrl+Alt+C on Windows/Linux, Alt+Cmd+C on OS X).Variable ( Ctrl+Alt+V on Windows/Linux, Alt+Cmd+V on OS X).Extract refactoring – CLion analyzes the block of code where the refactoring was invoked, detects input and output variables, together with the usages of the selected expression to replace them with the newly created:.Inline ( Ctrl+Alt+N on Windows/Linux, Alt+Cmd+N on OS X) replaces redundant variable usage/method calls with its initializer/declaration.Safe Delete ( Alt+Delete on Windows/Linux, Cmd+Delete Forward on OS X) safely removes files and symbols from your code.Copy ( F5) allows you to create a copy of file or directory.Move ( F6) moves files or directories, as well as methods, variables or constants.Change Signature ( Ctrl+F6 on Windows/Linux, Cmd+F6 on OS X) helps you add/remove/reorder function parameters, change the result type or update the name of the function, all usages will be fixed as well.Rename ( Shift+F6) renames symbols, automatically correcting all references in the code for you.The list of refactorings available in CLion includes: This means you can always be sure that your project will work correctly, even after large-scale changes. Code refactoring is an essential technique to maintain the quality of your code and make it more readable and easier to maintain and reuse.ĬLion offers you a set of code refactorings, which track down and correct the affected code references automatically. The most popular refactoring is probably Rename, which helps you change the name of a variable, method, class, and so on. Code refactorings are used to restructure your existing code without changing its external behavior.
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