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https://github.com/amezin/vscode-linux-kernel

Visual Studio Code project/compile_commands.json generator for Linux kernel sources and out-of-tree modules
https://github.com/amezin/vscode-linux-kernel

kernel linux-kernel visual-studio-code vscode

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Visual Studio Code project/compile_commands.json generator for Linux kernel sources and out-of-tree modules

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README

        

Visual Studio Code project for Linux kernel sources
===================================================

Ensure the kernel is built (at least, all `*.cmd` files should be generated):

$ make defconfig
$ make

Clone this repository as ".vscode":

$ git clone [email protected]:amezin/vscode-linux-kernel.git .vscode

Generate compile_commands.json:

$ python .vscode/generate_compdb.py

If you are not compiling kernel for x64, change `intelliSenseMode` in
`c_cpp_properties.json`. Possible values as of vscode-cpptools 1.0.1:

* `gcc-x86`
* `gcc-x64`
* `gcc-arm`
* `gcc-arm64`

Open the project:

$ code .

Out-of-tree builds
------------------

https://github.com/amezin/vscode-linux-kernel/issues/4

Kernel can be built with separate output directory:

$ make O=../linux-build defconfig
$ make O=../linux-build

In this case, you should pass the directory to `generate_compdb.py`:

$ python .vscode/generate_compdb.py -O ../linux-build

`compile_commands.json` will still be generated in the current directory (root of the `linux` repository).
Unfortunately, `tasks.json` will not work out of the box in this configuration (TODO).

Out-of-tree module development
------------------------------

If you build your module with this command:

$ make -C $KDIR M=$PWD modules

You could generate `compile_commands.json` with:

$ python .vscode/generate_compdb.py -O $KDIR $PWD

Example: https://github.com/amezin/nzxt-rgb-fan-controller-dkms