Recommended to install Waydroid in a brand new Ubuntu install. Waydroid needs a custom linux kernel. Actually just needs latest kernel for WSL2 with just these changes before compiling:
CONFIG_ANDROID_BINDER_IPC=y
CONFIG_ANDROID_BINDER_DEVICES="binder,hwbinder,vndbinder"
| import time | |
| from datetime import datetime, timedelta, timezone | |
| from httpx import Client, Response, HTTPError | |
| ACCOUNT_ID = '...' | |
| PROJECT_NAME = '...' | |
| ENDPOINT = f'https://api.cloudflare.com/client/v4/accounts/{ACCOUNT_ID}/pages/projects/{PROJECT_NAME}/deployments' | |
| CF_API_TOKEN = '...' | |
| EXPIRATION_BEFORE = datetime.now(timezone.utc) - timedelta(days=7) |
virglrenderer is a library that gives emulators the necessary tools to implement a [virtio-gpu][] device, in particular one with 3D support. See capability sets below for a summary of the APIs virglrenderer can implement for the guest.
It directly implements the logic behind some 3D commands like GET_CAPSET, CTX_CREATE, CTX_SUBMIT_3D, CREATE_RESOURCE_BLOB, and though it closely follows the semantics of virtio-gpu in most cases, it is in theory independent of virtio or any other transport.
Main user is [qemu][qemu-gpu-impl], but there also appears to be a [standalone virtio-gpu vhost-user][qemu-vhost-impl] implementation that uses virglrenderer in qemu/contrib.
virglrenderer's public header is at [src/virglrenderer.h][public-header]. This document attempts to outine the public API and contract, but you should look at the header for an authoritative source of truth since semantics described here could be slightly wrong or have changed, a
使用此仓库快捷添加配置
git fetch https://github.com/lateautumn233/android_kernel_docker main
git merge -s ours --no-commit --allow-unrelated-histories --squash FETCH_HEAD
This is a rough outline on how to setup altserver-linux on the 🍓🍰. Wifi refreshing is enabled through the use of netmuxd, which acts as a proxy from AltServer to the iDevice (replaces/enhances usbmuxd).
It all happened when I decided to run Geekbench 5 on my phone: surprisingly the single-core performance matched my 'old'¹ Pentium T3200 and surpassed it in multicore. Since I've been having fun with distcc for the last few days, I asked myself: 'Can my phone really help my old laptop build faster? nah, hard to believe... but let's try'.
Without further ado: YES. Not only can my phone be faster, but it can significantly help in the build process, I believe the results below speak for themselves:
Building Git (#30cc8d0) on a Pentium T3200, 8m30s
These instructions are based on this blogpost by Anton Semjonov and this video by Animortis Productions. Please follow the link if you want more details, they go into much more detail about each step, whereas this document is more focused on being a concise cheat sheet. Let's go.
Boot the Ubuntu installation medium. When asked, choose the "Try Ubuntu" option and open a terminal.
Switch to root, otherwise you'll have to type sudo all the time:
sudo su -
This quick guide will help you set up a Cloudflare Tunnel on your Linux server !
Cloudflare Tunnel provides you with a secure way to connect your resources to the web without a publicly routable IP address. With Tunnel, you do not send traffic to an external IP, instead, a lightweight daemon in your infrastructure (cloudflared) creates outbound-only connections to Cloudflare’s edge. Cloudflare Tunnel can connect HTTP web servers, SSH servers, remote desktops, and other protocols safely to Cloudflare. This way, your origins can serve traffic through Cloudflare without being vulnerable to attacks that bypass Cloudflare. (Source)
