Posted : admin On 1/25/2022

No, CLion shows all compile errors. You can't compile a project if you have errors. But, CLion shows notices only once during build time, until you make a clean build, you will not see them again. Because you have already compiled object files and CLion (CMake) will. CLion is still miles ahead of Netbeans when it comes to developing desktop applications using C or C or even designing and implementing algorithms so this is essentially the benefit I get from it. Review collected by and hosted on Clion Financing Broker Serves Quality & Success. There are multiple kinds of investors that startups choose from. It can be overwhelming when weighing your options. But take the time to analyze each opportunity from every angle to determine what route is the most logical for your business.

Restart CLion and check 'Settings' - 'Build, Execution, Deployment' to make sure CLion has picked up the right versions of Cygwin, make and gdb; Check the project configuration ('Run' - 'Edit configuration') to make sure your project name appears there and you can select options in 'Target', 'Configuration' and 'Executable' fields. . CLion: fix project directories being cleared when reopening a project v2017.04.17. Add support for IntelliJ 2017.1. Support bazel build sharding for large projects. Detect out-of-memory errors during sync, and suggest enabling sharding. Add documentation links for.bazelproject items.


The Bazel plugin for CLion does not support macOS, per

This guide describes how to set up Drake in the JetBrains CLion IDE on Ubuntu.

First, you must install Bazel and build Drake with Bazel, followingthe Drake Bazel instructions.

To use Drake with CLion, your Drake checkout must be named drake.

Installing CLion

  1. Go to Look for “Other versions”and download the appropriate version of CLion (see below).
  2. Install CLion. Exact steps depend on your platform, but it’sstraightforward. Just using defaults for everything is fine. You now have a30-day trial version of CLion. Either try it out as is, or get a freeacademic license here.

The most recent versions that we have tested for compatibility are:

  • Ubuntu 18.04
  • Bazel 3.0.0 (6 April 2020)
  • CLion 2019.3.6 (5 May 2020) with:
    • Bazel plugin 2020. (15 June 2020).

Many versions of the above (Bazel / CLion / Bazel plugin) are not compatiblewith each other. We strongly suggest using only the versions shown above, whenworking with Drake.

Upgrading CLion

Users upgrading from a previous version of CLion should do the following:

  1. To have your Unity launcher CLion icon point to the correct version,run locate jetbrains-clion.desktop and edit the located file. If morethan one file is located, you may want to consolidate to a single launch filein your user directory, typically ~/.local/share/applications.
  2. Uninstall the previous version of the Bazel plugin and update to the latestversion. See Installing the Bazel Plugin.
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Note: It is not necessary to import your project into a new CLion project.Overwriting the old project is appropriate.

Installing the Bazel Plugin

To use Bazel in CLion, you must install a plugin supplied by Google. Toinstall the plugin, open Settings (either Welcome > Configure >Settings or File > Settings), select Plugins, and press the Browserepositories button. Locate and install the Bazel plugin. You will beprompted to restart CLion.

To use Drake in CLion you must use Drake’s bazel wrapper.Open Settings > Bazel Settings. For Bazel binary location select thepath to drake/tools/clion/bazel_wrapper from any recent Drake source tree(it doesn’t have to match the current project open in CLion).

Setting up Drake in CLion

CLion will invoke Bazel to build Drake, including the external dependenciesspecified in the WORKSPACE file.

  1. File > Import Bazel Project
  2. Select Workspace: Use an existing Bazel workspace, and provide the path toyour drake directory.
  3. Select Project View: choose “Import project view file”, andselect the file drake/.bazelproject
  4. Project View: Pick a project data directory of your choice for theCLion project files. It must not be a subdirectory of drake.
  5. (Advanced) Project View: If you only wish to develop a subset of Drake,you can specify only those files and targets in the project view file.Most users should leave it as-is.
  6. Click “Finish”. CLion will begin ingesting the Drake source, buildingsymbols, and compiling Drake. This will take several minutes.

Building and Running Targets

To build all of Drake with default Bazel options, selectBazel > Build > Compile Project.

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To build or run a specific target go to Run > Edit Configurations. Click+ to create a new Bazel command. Specify the configuration name and Bazeloptions. The Target expression specifies the actual code (library, binary,and/or test) that you want to run. To learn more about target expressions, seethe Bazel manual.Once you’ve created a configuration, you can launch it from the Run menu.

To run a specific target in the debugger, create a configuration as above,using the bazel run command. Then launch it from Run > Debug.

Keeping CLion Up-to-Date with the Bazel Build

Changes to BUILD files can add or remove source files from the Bazel build.To propagate those changes into the CLion project structure, selectBazel > Sync Project With BUILD Files.

Git Integration

CLion provides a user interface for Git, which you can enable in the VCSmenu. It automatically detects all Git roots within the workspace. This willinclude bazel-drake, which is a Bazel-internal detail. Bazel editsthe contents of that directory for its own purposes, and those changes willspuriously appear in the CLion UI as changes that need to be committed. To makeCLion ignore bazel-drake, enable Git integration under the VCStab, then go to File > Settings. Select the Version Control menu itemdirectly (not one of the subtopics displayed when that item is expanded). Youwill see a list of all the Git root directories. Look for bazel-drakeon that list and select it. On the right hand side are + and - buttons;click - to remove the spurious root directory. After that you should beable to go to VCS > Commit Changes and there should be no changes seen.

CLion provides a mechanism for invoking external binaries/scripts/etc. withparameters derived from the CLion GUI. Below, we outline a number of commontools to aid with compliance with the Drake style guide. The work to createa new external tool is the same in all cases; only the specific tool settingsdiffer from tool to tool. We’ll outline the general work here and provideper-tool details below. The GUI description applies to version 2018.1.6 andmay be slightly different in previous versions.

  1. Open the Settings dialog (File > Settings) or Alt+Ctrl+S.
  2. Navigate to Tools > External Tools.
  3. Click the + sign to add a newtool.
  4. Set the appropriate fields in the Edit Tool. See the following tools fordetails.
  5. Click Ok.

There are several ways to use an External Tool. One is to right-click on afile and select External Tools > Tool Name. Another is to selectTools > External Tools > Tool Name. For tools that operate on aselected file, make sure that file is “active” by clicking on it. TheTool Name will be the value set in the Name field outlined below.

Formatting files

You can use clang format to modify the formatting of your file in the GUI. We’llintroduce three variants:

  • Apply clang-format to a whole file.
  • Apply clang-format to selected lines.
  • Apply clang-format to correct #include ordering.

These tools modify the selected file. There is a synchronization issue withCLion such that the modification may not be immediately apparent. When in doubt,select away from the target file and back; this will cause the file to refreshand you can confirm that the file has been modified as expected.

First, make sure you have installed clang-format-9(see Tools for Code Style Compliance).

Clang format selected file

Open the Edit Tool for external tools as outlined above and enter thefollowing values for the fields:

  • Name:Clang Format Full File
  • Description:Apply clang-format to the active file
  • Program:clang-format-9
  • Arguments:-i $FileName$
  • Working directory:$FileDir$
  • Advanced Options: Uncheck Open console for tool output

Leave the checkbox options in their default state.

Clang format selected lines

Open the Edit Tool for external tools as outlined above and enter thefollowing values for the fields:

  • Name:Clang Format Selected Lines
  • Description:Apply clang-format to the selected lines
  • Program:clang-format-9
  • Arguments:-lines $SelectionStartLine$:$SelectionEndLine$ -i $FileName$
  • Working directory:$FileDir$
  • Advanced Options: Uncheck Open console for tool output

Leave the checkbox options in their default state.

Correct #include ordering

Open the Edit Tool for external tools as outlined above and enter thefollowing values for the fields:

  • Name:Clang Format Include Ordering
  • Description:Runs the clang format for correcting includes on the current file
  • Program:bazel
  • Arguments:run //tools/lint:clang-format-includes -- $FilePath$
  • Working directory:$Projectpath$
  • Advanced Options: Uncheck Open console for tool output

Leave the checkbox options in their default state.

“Linting” files

“Linting” refers to using tools to find aspects of code which don’t conformto specified coding practices. You can apply Drake’s linting tools in CLion tofind such issues. We’ll define two tools:

  • General linting (via cpplint) which captures most of the Drake style guide.
  • Drake extended linting which captures aspects of the Drake style guide notcaptured by the general linting tool. This includes detecting out-of-order#include directives.

These tools produce reports. In some cases, the reports can be automaticallyconverted into clickable links so that you can click on a message and be takento the file and line indicated in the message. The configuration instructionsinclude the details of how to configure these clickable links.

You can also set the general coding style for CLion through the following steps

  1. Go to File > Settings > Editor > Code Style
  2. On the right panel, Go to Default Options > Right margin (columns):Set it to 80
  3. Go to File > Settings > Editor > Code Style > C/C++
  4. On the right panel, choose Set from > Predefined Style > Google

Lint selected file for google style guide

Open the Edit Tool for external tools as outlined above and enter thefollowing values for the fields:

  • Name:Cpplint File
  • Description:Apply cpplint to the current file
  • Program:bazel
  • Arguments:run @styleguide//:cpplint -- --output=eclipse $FilePath$
  • Working directory:$Projectpath$
  • Advanced Options: Confirm Open console for tool output is checked

To configure the clickable links, enter the following string in the AdvancedOptions > Output filters window:


Lint selected file for Drake style addenda

This tool is a supplement to the google style cpplint. It tests for additionalstyle requirements which are otherwise missed by the general tool. The primaryreason to run this is to confirm that the order of the #include statementsis correct.

Open the Edit Tool for external tools as outlined above and enter thefollowing values for the fields:

  • Name:Drake Lint File
  • Description:Apply drake lint to the current file
  • Program:bazel
  • Arguments:run //tools/lint:drakelint -- $FilePath$
  • Working directory:$Projectpath$
  • Advanced Options: Confirm Open console for tool output is checked

In the event of finding a lint problem (e.g., out-of-order include files), theCLion output will contain a single clickable link. This link is only thefirst error encountered in the include section; there may be more. The linkmerely provides a hint to the developer to see the problem area. Rather thanfixing by hand, we strongly recommend executing the Clang Format IncludeOrdering external tool on the file.

Alternative linting configuration

The linting tools have been configured to use the bazel system. The advantage indoing so is that it guarantees that the tools are built prior to being used.However, bazel only allows one instance of bazel to run at a time. For example,if building Drake in a command-line window, it would be impossible to lint filesat the same time.

The work around is to change the configurations to execute the binariesdirectly. This approach generally works but will fail if the corresponding bazeltargets have not been built. The tools would need to be built prior toexecution.

With this warning in place, you can make the following modifications to thelinting tools to be able to lint and compile simultaneously.

Google style guide linting

Change the following fields in the instructions given above:

  • Program:bazel-bin/external/styleguide/cpplint_binary
  • Arguments:--output=eclipse $FilePath$
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Building the google styleguide lint tool:

bazel build @styleguide//:cpplint

Drake style addenda

Change the following fields in the instructions given above:

  • Program:bazel-bin/tools/lint/drakelint
  • Arguments:$FilePath$

Building the drake addenda lint tool:

bazel build //tools/lint:drakelint

Apparently CLion (or perhaps the Bazel plugin) has a certain amount ofauto-configuration of run/debug targets. It appears to hinge on the presence ofthe gtest.h header in source files. This is convenient, but only furthermystifies the process of debugging a non-gtest program. This section explainshow to configure debugging support for arbitrary programs in a Drake/CLionproject.

This section assumes all of the Drake-recommended installation andconfiguration is done.

Get the bazel target string

Find the source file of the program in the file tree view. Right-click on thefile, and select “Copy BUILD Target String”. This will put the Bazel targetname into the clipboard.

Start a run configuration

From the top menu, select “Run/Edit Configurations…”. Select the “+” at theupper left of the dialog to add a new configuration. From the list, select“Bazel Command”.

Fill in the configuration

Now it’s time to fill in the new blank configuration. Give it a name, thenselect the “+” at the right side to add the target expression. Once the editbox appears, paste the contents of the clipboard there. Hit “Enter” or “Tab” toconfirm the setting; a port number value should appear in the “Port number”field below. In “Bazel command”, select either “run” (for an arbitraryprogram), or “test” (for a Bazel test target). Everything else can be left atdefault values. Click OK to finish.

Launch the debugger

At this point, the top menu “Run” should have entries to run or debug the newconfiguration. Select the debug entry there, or use the controls at the upperright to launch the debugger.


There is an official Jetbrains plugin Conanplugin for CLion.

You can read how to use it in the following blog post

General Integration¶

CLion uses CMake as the build system of projects, so you can use the CMake generator to manage your requirements in your CLion project.

Just include the conanbuildinfo.cmake this way:

If the conanbuildinfo.cmake file is not found, it will print a warning message in the Messages console of your CLion IDE.

Using packages in a CLion project¶

Let see an example of how to consume Conan packages in a CLion project. We are going to require and usethe zlib conan package.

  1. Create a new CLion project
  1. Edit the CMakeLists.txt file and add the following lines:

3. CLion will reload your CMake project and you will be able to see a Warning in the console, because theconanbuildinfo.cmake file still doesn’t exist:

4. Create a conanfile.txt with all your requirements and use the cmake generator. In this case we onlyrequire the zlib library from a Conan package:

5. Now you can run conan install for debug in the cmake-build-debug folder to install your requirements andgenerate the conanbuildinfo.cmake file there:

6. Repeat the last step if you have the release build types configured in your CLion IDE, but change the build_typesetting accordingly:

  1. Now reconfigure your CLion project. The Warning message is not shown anymore:

8. Open the library.cpp file and include zlib.h. If you follow the link, you can see that CLion automaticallydetects the zlib.h header file from the local Conan cache.

  1. Build your project normally using your CLion IDE:

You can check a complete example of a CLion project reusing conan packages in this github repository: lasote/clion-conan-consumer.

Creating Conan packages in a CLion project¶

Now we are going to see how to create a Conan package from the previous library.

  1. Create a new CLion project
  1. Edit the CMakeLists.txt file and add the following lines:
  1. Create a file. It’s recommended to use the conan new command.

Edit the

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  • We are removing the source method because we have the sources in the same project; so we can use theexports_sources.
  • In the package_info method, adjust the library name. In this case our CMakeLists.txt creates a target library calledmylibrary.
  • Adjust the CMake helper in the build() method. The cmake.configure() doesn’t need to specify the source_folder, becausewe have the library.* files in the root directory.
  • Adjust the copy function calls in the package method to ensure that all your headers and libraries are copied to the Conan package.
  1. To build your library with CLion, follow the guide of Using packages from step 5.

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5. To package your library, use the conan export-pkg command passing the used build-folder. Itwill call your package() method to extract the artifacts and push the Conan package to the localcache:

  1. Now you can upload it to a Conan server if needed:

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8. If you would like to see how the package looks like before exporting it to the local cache (conan export-pkg)you can use the conan package command to create the package in a local directory:

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If we list the mypackage folder we can see:

  • A lib folder containing our library
  • A include folder containing our header files
  • A conaninfo.txt and conanmanifest.txt conan files, always present in all packages.

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You can check a full example of a CLion project for creating a Conan package in this github repository: lasote/clion-conan-package.