This proof of concept uses ipvlan feature of Linux to split up main
network interface into two in order to use one in a separate namespace
with jool-siit performing CLAT translation.
This way, enabling CLAT is least intrusive to the default network namespace - no need to enable forwarding or touch firewall rules.
| # This is a remapping of the Focusrite Scarlett 2i4 to Mono input and Stereo output | |
| # Place this file in ~/.config/pipewire/pipewire.conf.d/ | |
| # Then reload pipewire sudo systemctl reload --user pipewire.service | |
| # Use pw-link --input and pw-link --output to find the name of the output and input device. | |
| # The list will contain one line per port, but you will need the name of the device node. | |
| # The format is <name of the device node>:<name of the port>. | |
| # We need to configure two loopback modules. One for the sink and one of the source | |
| context.modules = [ |
| From f28ac118a8f8f4b58953756dbd9c34fa30e3f8cb Mon Sep 17 00:00:00 2001 | |
| From: Tobias S <[email protected]> | |
| Date: Sun, 13 Mar 2022 21:30:50 +0100 | |
| Subject: [PATCH] decouple client and container fullscreen restore i3 | |
| fullscreen behaviour for wayland windows | |
| --- | |
| include/sway/tree/container.h | 2 ++ | |
| sway/desktop/xdg_shell.c | 1 + | |
| sway/desktop/xwayland.c | 1 + |
| -- | |
| -- Move this file to your neovim lua runtime path ie. ~/.config/nvim/lua/au.lua | |
| -- | |
| local cmd = vim.api.nvim_command | |
| local function autocmd(this, event, spec) | |
| local is_table = type(spec) == 'table' | |
| local pattern = is_table and spec[1] or '*' | |
| local action = is_table and spec[2] or spec | |
| if type(action) == 'function' then |
The package that linked you here is now pure ESM. It cannot be require()'d from CommonJS.
This means you have the following choices:
import foo from 'foo' instead of const foo = require('foo') to import the package. You also need to put "type": "module" in your package.json and more. Follow the below guide.await import(…) from CommonJS instead of require(…).
FAR (Fix (NieR) Automata Resolution) -- Required by HD Texture Pack.
I'm writing this up as a gist, because I'm not sure I'll pursue any of it, but it seems worth writing down.
A basic problem with IPv6-only LANs at the moment is that you still need support for legacy protocol servers, which implies you doing some kind of DNS64 and NAT64 (IPv6-to-IPv4 stateful translation).
Currently, NAT64 only exists outside the kernel, as userspace software. This is not ideal because it limits available performance (since you have to keep bouncing between user space and kernel space),
| 1. Store in a repository | |
| flatpak-builder --force-clean build-dir --repo=/path/to/local/repo your.application.Client.yml | |
| 2. Install from the repository | |
| flatpak --user install localrepo your.application.Client | |
| 3. Install the repository | |
| flatpak --user remote-add --no-gpg-verify local-repo /path/to/repo | |
| 4. Store in a folder |
Today I received a notification that TLSe which uses libtomcrypt and libtommath had an issue on Big-Endian MIPS32.
I took this as a reason to finally write down this tutorial on how to build a toolchain, linux kernel and root-fs for a foreign architecture, in this example MIPS32, with Buildroot to run your cross-compiled software on.
We also need QEMU to run all this and I use the system-provided QEMU version in this example. Building QEMU is pretty straight-forward if you follow their examples if you want to build it from source. so I also describe the build process of QEMU for MIPS32.
First let's say the most important, the Buildroot&QEMU documentation is fine and pretty complete and this basically just sums up all the quirks I had to get this up and running.
