pgaskin

# enable AMD IOMMU with DMA passthrough
# note: iommu=pt is much faster than the default translated DMA since memory access doesn't need to go through the hypervisor
sudo sed -i '1 s/$/ amd_iommu=on iommu=pt/' /etc/kernel/cmdline

# list IOMMU groups
# record the PCI IDs of all devices in the target group
for d in /sys/kernel/iommu_groups/*/devices/*; do
	n=${d#*/iommu_groups/*};
	n=${n%%/*};
	test $n -eq $pn || printf '\nIOMMU Group %s\n' $n;

pgaskin

Using systemd-boot on Fedora 37

If doing a fresh install, start with an EFI system partition and an ext4 /boot/ partition.

1. Remove unnecessary packages.

   rm -rf /etc/dnf/protected.d/{grub,shim}*
   dnf remove grubby grub2\* shim\*

wyatt8740

diff -r f7c3a7daf522 -r 2823dcb7e532 browser/base/content/browser-context.inc
--- a/browser/base/content/browser-context.inc	Thu Mar 11 19:54:41 2021 +0000
+++ b/browser/base/content/browser-context.inc	Thu Mar 11 19:36:20 2021 +0000
@@ -164,11 +164,11 @@
                 data-l10n-id="main-context-menu-image-reload"
                 oncommand="gContextMenu.reloadImage();"/>
       <menuitem id="context-viewimage"
-                data-l10n-id="main-context-menu-image-view-new-tab"
+                data-l10n-id="main-context-menu-image-view"
                 oncommand="gContextMenu.viewMedia(event);"

pgaskin

vncviewer-android-patch

This script patches VNC Viewer 3.7.1.44443.

Patches

• Fix double-backspace bug on certain keyboards (e.g. recent GBoard versions).
• Write all log messages to logcat (for debugging, since the default file log option doesn't include all log messages, e.g. key/mouse events).

Requirements

• Java 1.8+
• APKTool v2.5.0+

rmi1974

Conversion of Wine builtins to PE format

Status of Conversion

List of Wine builtin fake executables in Wine installation as of Wine 7.16:

mainline-install-7.16-x86_64/lib/wine/x86_64-windows/openal32.dll
mainline-install-7.16-x86_64/lib/wine/x86_64-windows/opengl32.dll
mainline-install-7.16-x86_64/lib/wine/i386-windows/openal32.dll

jigpu

#!/bin/sh

# https://martin.elwin.com/blog/2008/05/backups-with-squashfs-and-luks/

set -e

SQUASHFS_IMG="$1"
LUKS_IMG="$2"
CRYPTNAME=mkcrypt-$RANDOM
CRYPTDEV="/dev/mapper/$CRYPTNAME"

frostschutz

#!/bin/bash

#
# parse input-event-codes.h and build "number -> name" mapping
#

parse_prefix() {
    prev=-1
    grep -F "#define ${1}_" /usr/include/linux/input-event-codes.h |
    while read define name value comment

dcb9

Dockerized: V2ray + WebSocket + TLS + Web

also see: https://toutyrater.github.io/advanced/wss_and_web.html

Server side sontents:

• Caddyfile
• config.json
• docker-compose.yml

Client side contents:

pingbird

// By PixelToast

var src =
    "mov r0, #69\n"
    "bx lr\n"
    "ldmedeq ip!, {a3-sp}\n"
    "strbhi r13, [v2, lr, asr #3]!\n"
    "ldrls a3, [sb], sp, asr #0x14\n";

main() {

owulveryck

About

This is a proof of concept of a portable operating system a-la-docker.

It is a single binary that contains an image of an OS in SquashFS and the binary to run it.

a make will build the binary with an embedded alpine image. make havre-xenial will build a binary with an embedded ubuntu image.

What does the binary do?