See comments section for more up-to-date versions of the script. The original script is from 2014 and will not work as is.
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| import os | |
| import socket | |
| import struct | |
| # These constants map to constants in the Linux kernel. This is a crappy | |
| # way to get at them, but it'll do for now. | |
| RTMGRP_LINK = 1 | |
| NLMSG_NOOP = 1 | |
| NLMSG_ERROR = 2 |
| remote-control: | |
| control-enable: yes | |
| server: | |
| do-ip6: no | |
| do-ip4: yes | |
| do-udp: yes | |
| tls-cert-bundle: /etc/ssl/certs/ca-certificates.crt | |
| num-threads: 4 | |
| # Enable logs | |
| verbosity: 1 |
| #!/bin/bash | |
| FEDORA_MAJOR="38" | |
| ARCH="x86_64" | |
| KERNEL_VERSION="6.3.8-200.fc38" | |
| ZFS_VERSION="2.1.12" | |
| podman run \ | |
| --interactive \ | |
| --tty \ |
The instructions cover cloning and building Linux kernel and the useful qemu wrapper virtme-ng. After performing these actions, a virtual machine is started with the newly built Linux kernel and the current local rootfs - same user and files. This allows building and testing kernel modules and user-space apps with a custom/specific kernel.
The kernel compilation phase can be made very simple with virtme-ng itself, so be sure to check out its capabilities by running vng --help after installing it. Here the kernel building instructions more manual and detailed to radically reduce the build time by removing certain features you normally don't care about in such a setup.
While virtme-ng makes it easy to run a kernel on the local root filesystem for debugging, it is not your original system. In most cases today your Linux runs with systemd init, which is quite a complex environment. The virtme-ng prroject relaces your init with a
