eliteger.blogg.se - How to use visual studio code linux

Press “Finish” to complete the wizard.This connection method utilizes the highly reliable gdb stub that runs inside VMWare and outside the target kernel and hence won’t be affected if the kernel freezes: If your changes do not depend on custom hardware, we recommend a VMWare virtual machine with a VMWare-specific debug connection. On the last wizard page select the method you want to use to connect to the kernel.Once you click “Next” VisualKernel will start downloading the source code to the Windows machine:.Note that Linux Kernel source is huge so ensure you have enough free space on your disk: Once the kernel source package is setup, the wizard will ask you for a directory on the Windows machine where the sources will be copied.This can take 5-10 minutes depending on your Internet connection speed: VisualKernel will start downloading the kernel package and preparing it to build.If you are not running one of them, you can also specify a pre-configured kernel source directory: For all new projects we recommend using the Advanced Kernel Project Subsystem as it is especially designed to handle the huge Linux kernel codebase. This will work for the most popular Linux distributions. On the next page select “automatically download sources for the current kernel”.

Ensure your Linux user account is in the sudoers group, as otherwise it won’t be able to install the kernel: On the first wizard page select the remote machine you want to target.

Open Visual Studio and start the Custom Linux Kernel Wizard in the VisualKernel folder:

Before we begin modifying the kernel we should create a Visual Studio project for it.

We will use a Kubuntu machine to build the stock kernel provided by the distribution and then modify it so that it shows how much time has elapsed since loading of each kernel module. This tutorial shows how to build the Linux kernel, add a small modification to it and debug the new kernel using Visual Studio with VisualKernel.