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#Goland bazel plugin full
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There is no need to build a second time without build-wapper. Note that executing build-wrapper doesn't interfere with your build command. As a consequence, source files that are not compiled and header files that are not included in any compiled source file will not be analyzed.

Any file that doesn't end-up in a compiled translation unit will not be analyzed. This file contains information about the translation units that were built by your build command.

#Goland bazel plugin full

The examples below use make, xcodebuild and MSBuild, but any build tool that performs a full build can be used: // example for linuxīuild-wrapper-linux-x86-64 -out-dir build_wrapper_output_directory make clean allīuild-wrapper-macosx-x86 -out-dir build_wrapper_output_directory xcodebuild clean buildīuild-wrapper-win-x86-64.exe -out-dir build_wrapper_output_directory MSBuild.exe /t:RebuildĪt the end of your build, a build-wrapper.json file should be generated in the specified output directory. A clean build command should always build the project from scratch. Unzip the downloaded Build Wrapper and configure it in your PATH because doing so is just more convenient.Įxecute Build Wrapper as a prefix to your usual clean build command.

#Goland bazel plugin download

Download Build Wrapper for Linux from /static/cpp/build-wrapper-win-x86.zip.

You should download the Build Wrapper directly from your SonarQube server, so that its version perfectly matches your version of the plugin. It merely monitors it and writes what it learns into files in a directory you specify. The Build Wrapper does not impact your build Macro definitions and include directories. When you wrap your build command with the Build Wrapper, it will run the given command and gatherĪll the configuration required for a correct analysis of C/C++/Objective-C projects such as To run Build Wrapper you should prepend your clean build command with the Build Wrapper executable.

You don't want to run a clean build of your project, which is required by Build Wrapper, before the analysis.īuild Wrapper is a tool developed by SonarSource to collect information in a JSON fileĪbout your build configuration during build time.

Your build system is not supported by Build Wrapper.

Stores these variables and uses them during the analysis.

In case your build relies on environment variables, Build Wrapper, unlike Compilation Database,.

#Goland bazel plugin code

The code is compilable, the configuration file is not outdated, and the generated source files are available during the analysis.

Build Wrapper enforces running the build before the analysis which ensures that the code is in a good shape for analysis:.

The general recommendation is to use Build Wrapper unless you have a good reason not to. There are two alternative ways to provide the build configuration to the analyzer: Build Configurationįor a C/C++/Objective-C analysis to be accurate, the analyzer needs to understand how the code is meant to be compiled.Ĭompilation options, like macro definitions and include directories, can have a huge impact on the generated code and consequently on the analysis results.

macOS with version 10.14.3 and later on x86-64Īnalysis of C/C++/Objective-C projects requires the SonarScanner CLI.

Compilers based wholly on GCC including for instance Linaro GCC are also supported.

#Goland bazel plugin windows

Texas Instruments compilers on Windows and macOS for ARM, C2000, C6000, C7000, MSP430, and PRU.IAR compilers for ARM, Atmel AVR32, Atmel AVR, Renesas H8, Renesas RL78, Renesas RX, Renesas V850, Texas Instruments MSP430, and for 8051.Any version of Intel compiler for Linux and macOS.Any version of Clang, GCC, and Microsoft C/C++ compilers.C/C++/Objective-C analysis is available starting in Developer Edition.Ĭ/C++/Objective-C analysis is officially registered as CWE Compatible.