VV0JC13CH

This is a collection of Ubuntu fixes for Lenovo Legion 5i

Tested on: Lenovo Legion 5i with below specs:
AMD® Ryzen 7 4800h with radeon graphics × 16
NVIDIA Corporation / NVIDIA GeForce RTX 2060/PCIe/SSE2

1. GPU ISSUES for RTX 2060:

nvidia-driver-470 - HDMI doesn't have to work from the beginning
nvidia-driver-495 - HDMI works from the beginning, unstable (random reboots)\

zhuowei

<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
	<!-- not sure which one it is, so set both -->
	<key>Ensemble</key>
	<dict>
		<key>Enabled</key>
		<true/>
	</dict>

zero734kr

Test Environment:

Executed command: hey -cpus 12 -c 100 -n 10000000 http://localhost:4500

• CPU: AMD Ryzen 5600X (6 Cores 12 Threads)
• OS: Linux Mint 20.1
• Query Response: Hello World
• Number of threads for parallel request: 12
• Request Concurrency: 100
• Total number of requests: 10000000

yuchand017

var findModule = (item) => Object.values(webpackJsonp.push([[],{['']:(_,e,r)=>{e.cache=r.c}}, [['']]]).cache).find(m=>m.exports&&m.exports.default&&m.exports.default[item]!==void 0).exports.default;
findModule('sendMessage').sendMessage  = (sendMessage => async(id, message, ...params) => {
    if (message['content'].startsWith("getinfo <:") || message['content'].startsWith("getinfo <a:")) {
      let arr = []
      message.validNonShortcutEmojis.forEach(emoji => {
          var emojiuse = message['content'].replace('getinfo ', '')
          arr.push(` ${emojiuse}\n`)
          arr.push(`Emoji \`${emoji.name}\` (${emoji.id})\n`)
          arr.push(`Emoji Animated \`${emoji.animated}\` \n`)
          arr.push(`Emoji Available \`${emoji.available}\` \n`)

LukeZGD

Downgrade and dualboot status of almost all iOS devices

UPDATED: 2024-05-19

• Reddit mirror: https://www.reddit.com/r/iOSDowngrade/comments/j1x7iv/downgrade_and_dualboot_status_of_almost_all_ios/
• GitHub Gist mirror: https://gist.github.com/LukeZGD/9d781f1b03a69fa46869384a9407a41a
• As of updating this post, there is a downgrade tool that utilizes a SEP exploit released. However its device support is currently limited: https://limefix.tech/?product=limefix-sep-utility-testing
• Save SHSH blobs for signed iOS versions using TSS Saver or blobsaver
• GitHub repo for futurerestore nightly: https://github.com/futurerestore/futurerestore
• Delay OTA Guide (updating only): https://ios.cfw.guide/updating-blobless

crcdng

NOTE this tutorial was written Dec 2020 and I don't use Leap on Mac since then. Use at your own risk. It still seems to work for some people, but I cannot support it further or answer questions unless I get a project with Leap / Mac again.

The Leap Motion Controller (https://www.ultraleap.com/product/leap-motion-controller/) has been a favourite input device for user interface designers and hackers alike. It allows to create touchless user interfaces that track hand movement and recognize gestures (not bad in the current situation).

Unfortunately the company who made it has decided to go big and bold on VR and Windows only and stopped supporting development on a Mac. There are still options available, for example getting the Leap Motion data via node.js. Yet Python can be the right choice, especially if you want to feed the data into a machine learning pipeline or use any of the numerous libraries that the Python ecosystem offers.

Getting this to work on macOS requires a few steps (tested on macOS 11

minibox24

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

tdcosta100

WSL2 with GUI using Xvnc

In this tutorial, we will setup GUI in WSL2, and access it using VNC. No additional software outside WSL (like VcXsrv) is required, except, of course, a VNC Viewer (RealVNC, TightVNC, TigerVNC, UVNC, etc, all of them might work flawlessly).

The key component we need to install is tigervnc-standalone-server.

For this setup, I will use Ubuntu 20.04 LTS (Focal Fossa, unfortunately 22.04 does not work), and install GNOME Desktop. Since the key components aren't bound to Ubuntu or GNOME, you can use your favorite distro and GUI. Check the Sample screenshots section for examples.

So let's go. First, we need a working WSL2 installation.

Siguza

#!/usr/bin/env zsh

set -e;
set +m; # Job control would've been nice, but manual round robin it is, sigh.

if [ -z "${ZSH_VERSION+x}" ]; then
    echo 'Try again with zsh.';
    exit 1;
fi;

kimdwkimdw

맛집 리스트 (전부 모아서 다시 업로드)

; 제목별로 검색하면 빠르다.

1. 평양냉면
2. 메밀국수 (소바)
3. 막국수
4. 콩국수
5. 국밥, 해장국
6. 설렁탕
7. 감자탕