CSS Grid Layout. Specification overview. Implementation status and roadmap (BlinkOn 3 2014)

By Sergio Villar Senin.

Tecnologia

CSS Grid Layout. Specification overview. Implementation status and roadmap (BlinkOn 3 2014)

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Por José María Casanova Crespo. El próximo 23 de febrero se impartirá en el CiTIUS el workshop Licencias Software Libre, en el que se ofrecerá una visión introductoria sobre el licenciamiento de software y los principales ejes temáticos que lo caracterizan: derechos y obligaciones, impacto y otros aspectos relacionados con su uso, en particular relacionado con su distribución de forma binaria o en formato de código fuente. Durante la sesión, de hora y media de duración, se abordarán también otros temas de posible interés para los asistentes, caso de la compatibilidad de licencias o los pasos a seguir para el licenciar un software propio. (c) CiTIUS, CC-BY-SA 4.0 https://citius.usc.es/novidades/eventos/freesoftwarelicenses 23 Febrero 2017

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Created by Mozilla Research in 2012 and now part of Linux Foundation Europe, the Servo project is an experimental rendering engine written in Rust. It combines memory safety and concurrency to create an independent, modular, and embeddable rendering engine that adheres to web standards. Stewardship of Servo moved from Mozilla Research to the Linux Foundation in 2020, where its mission remains unchanged. After some slow years, in 2023 there has been renewed activity on the project, with a roadmap now focused on improving the engine’s CSS 2 conformance, exploring Android support, and making Servo a practical embeddable rendering engine. In this presentation, Rakhi Sharma reviews the status of the project, our recent developments in 2023, our collaboration with Tauri to make Servo an easy-to-use embeddable rendering engine, and our plans for the future to make Servo an alternative web rendering engine for the embedded devices industry. (c) Embedded Open Source Summit 2024 April 16-18, 2024 Seattle, Washington (US) https://events.linuxfoundation.org/embedded-open-source-summit/ https://ossna2024.sched.com/event/1aBNF/a-year-of-servo-reboot-where-are-we-now-rakhi-sharma-igalia

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The Web engine is the most important component of a Web Browser, enabling developers to harness the power of the Web Platform to build their applications. However, Web Browsers are not the only type of applications that can be built with Web Engines, which can also be used to develop other types of applications using the same Web-based technologies, but for a different type of use cases other than "browsing the Web". These use cases can cover a wide range of situations outside of the traditional desktop or mobile environments, such as the ones embedded systems are usually used for (e.g. set-top-boxes, smart home appliances, GPS navigation devices, or in-car/in-flight infotainment systems, to name a few). And in those situations it is very common to be running on boards with SoCs and a particular set of HW capabilities that make it crucial for the Web Engine to be able to tightly integrate with them. In this session we will focus on how WPE, a fully Open Source port of the WebKit Web engine for Linux-based embedded devices, can be used to adapt to the different challenges that embedded devices pose to develop end-user applications, using the power of the Web Platform underneath. (c) Embedded Open Source Summit 2024 April 16-18, 2024 Seattle, Washington (US) https://events.linuxfoundation.org/embedded-open-source-summit/ https://eoss24.sched.com/event/1aNTr/building-end-user-applications-on-embedded-devices-with-wpe-mario-sanchez-prada-igalia

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So, we are adding a backend for the SpiderMonkey’s codegen to enable JIT support for JavaScript running through Wasm. Sounds a bit cryptic so let’s divide it into parts. SpiderMonkey is a JavaScript engine which is used for running JavaScript inside the Firefox browser. SpiderMonkey is written in C++ and supports compilation into the Wasm module, see live demo - https://mozilla-spidermonkey.github.io/sm-wasi-demo/. However, SpiderMonkey compiled into the Wasm module supports execution of JavaScript only in the interpreter-only mode and it doesn’t support just-in-time compilation because there is no Wasm backend for that. There are backends for Arm, X86, X64 etc but there is none for Wasm. Why do we want to add support for JIT? Well, because we want speed. Right now there is no solution to run JS scripts via Wasm fast, there are only interpreters. Why does JIT improve performance? The reasons are the same for why an interpreter is slower than a compiler - because it eliminates the interpreter loop, uses a more efficient ABI and, more importantly, it can specialize polymorphic operations in JavaScript. So, we not only enable the JIT tier in SpiderMonkey for Wasm but we also provide support for inline caches. Inline caches is a mechanism for specializing the behavior of particular operations like plus or a call to specific arguments provided at runtime. With all that we can generate Wasm modules on the fly, instantiate them, and link them to provide from ~2x to ~11x speedup over the interpreter. In the talks we will cover how the whole scheme works with SpiderMonkey: 1. How to link modules on the fly into SpiderMonkey.wasm 2. How to add an exotic Wasm backend into SpiderMonkey’s supported backend line - X64, X86, Arm, Wasm 3. How to use the whole solution in the cloud instead of QuickJS 4. How to get a speedup of your JS over wasm with test data. Wasm I/O 2024 14 - 15 Mar, 2024 Barcelona https://2024.wasmio.tech/

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Implementing a Vulkan Video Encoder From Mesa to GStreamer

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Nesta charla impartida por Alejandro Piñeiro de Igalia, darase unha introdución a Mesa, librería open-source para o desenvolvemento de drivers gráficos. Explicarase a súa historia, os seus compoñentes máis importantes, que utilidades proporcionan aos desenvolvedores e unha lista de hardware ás que dan soporte. Finalmente explicarase o caso concreto do soporte proporcionado para as GPUs dos dispositivos da serie Raspberry Pi, centrándonos nas Raspberry Pi 4 e Raspberry Pi 5 Igalia é unha empresa galega, con sede na Coruña, especializada en servizos de consultoría, e que desenvolve solucións innovadoras de código aberto para un gran conxunto de plataformas de software e hardware. En Igalia traballan nas áreas máis interesantes do software de código aberto, incluídos navegadores, gráficos e multimedia. Igalia desenvolveu os controladores OpenGL ES 3.1 e Vulkan 1.2 conformes para a GPU VideoCore VII Broadcom que se fornece coa nova Raspberry Pi 5. Alejandro Piñeiro é enxeñeiro de Software e socio en Igalia, é desenvolvedor de Software Libre desde 2004. A súa experiencia inclúe unha variedade de proxectos de GNOME e freedesktop.org, enfocándose desde 2015 en Mesa, especificamente os drivers Intel e Broadcom. É un dos responsables do desenvolvemento do controlador Broadcom Vulkan para Raspberry Pi 4 & 5. Máis información en https://aindustriosa.org/Mesa/ Esta actividade está patrocinada pola Xunta de Galicia e pola Axencia Para a Modernización Tecnolóxica (AMTEGA). (c) A Industriosa https://aindustriosa.org 28 de Outubro (Vigo)

Introducción a Mesa. Caso específico dos dispositivos Raspberry Pi por Igalia

Chimera Linux is a novel Linux distribution built around FreeBSD core tools and the LLVM toolchain. Since its initial launch in 2021, it has made a lot of progress and is now in alpha stage. The system can be deployed on a wide array of hardware and many people are using it as their desktop system; it works on x86_64, AArch64, POWER (little and big endian) as well as RISC-V and by now comes with thousands of packages. While trying to be practical, Chimera is also highly hardened, partly thanks to the LLVM toolchain, rendering it immune to various security issues other distros are vulnerable to. It has transparent and robust infrastructure, ensuring smooth deployment of packages. We are also developing various new tooling that the whole ecosystem can benefit from, including the Turnstile session tracker. Service management is based around Dinit, a modern, supervising system; we maintain and create a variety of tooling around it, trying to break the existing status quo with systemd, while abandoning legacy approaches. 2023 has seen several major milestones, so I will focus on these, while also giving a short overview so that people unfamiliar with the system don't feel lost. I will also explain how our work benefits the entire Linux ecosystem, as well as beyond. (c) FOSDEM 2024 3 & 4 February 2024 https://fosdem.org/2024/schedule/event/fosdem-2024-2524-2023-in-chimera-linux/

2023 in Chimera Linux

For the last 3 years, I've been building a complete Linux distribution, Chimera Linux (https://chimera-linux.org) using solely LLVM as its system toolchain - that means Clang, compiler-rt, and libc++, alongside its other tooling. Right now, it is a complete desktop system that is already used by many, with a familiar GNOME interface and thousands of packages, targeting 5 CPU architectures. In this talk I would like to focus on my experiences using the toolchain, what obstacles got in the way, how I dealt with them, the issues that are still left and I would like to see addressed, the many benefits using LLVM gave the project, and overall give the audience an insight into practical deployment of LLVM in a project where it isn't simply a drop-in alternative to GCC. (c) FOSDEM 2024 3 & 4 February 2024 https://fosdem.org/2024/schedule/event/fosdem-2024-2555-building-a-linux-distro-with-llvm/

Building a Linux distro with LLVM

turnip: Update on Open Source Vulkan Driver for Adreno GPUs

This talk will show the efforts done in the Open-Source graphics stack for supporting Raspberry Pi devices. Although the talk will focus on the recently launched new Raspberry Pi 5, we will show the improvements done for previous generations of the Raspberry Pi hardware. Raspberry Pi 5 has available FLOSS GPU drivers on product launch, exposing OpenGL-ES 3.1 and Vulkan 1.2. We'll go through the changes needed to enable desktop OpenGL 3.1 on RPi4/5. We will also review the changes done to the kernel driver to expose the RPi5 capabilities and the new GPU stats support for RPi4/5. Finally, we will show the work done to use Wayfire as the default Wayland compositor on the Raspberry Pi OS. - https://www.mesa3d.org/ - https://www.raspberrypi.com/ - https://wayfire.org/ (c) FOSDEM 2024 3 & 4 February 2024 https://fosdem.org/2024/schedule/event/fosdem-2024-2841-graphics-stack-updates-for-raspberry-pi-devices/

Graphics stack updates for Raspberry Pi devices

This talk will cover our experience in utilizing Wayland subsurfaces and implementing delegated compositing for Chromium on ChromeOS. Several concepts will be covered - from overlay making decision in Chromium/Viz to design and implementation of custom Wayland protocols, which were required to pass frame data as overlays via Wayland and reconstruct that frame on the Wayland server side. (c) FOSDEM 2024 3 & 4 February 2024 https://fosdem.org/2024/schedule/event/fosdem-2024-3177-delegated-compositing-utilizing-wayland-protocols-for-chromium-on-chromeos/

Delegated Compositing - Utilizing Wayland Protocols for Chromium on ChromeOS

Internationalization in JavaScript and on the web platform is very complicated, but also vastly important for us developers in order to build accessible and intelligible interfaces. Thankfully, Unicode Consortium's MessageFormat working group and TC39 have been hard at work standardizing the next generation of i18n tooling that aims to unify analogous non-standard tools in use today while approaching this problem from a fresh perspective. Join me along this tour of i18n in JavaScript, discover some of the newest additions to the toolkit and learn about the ongoing MessageFormat proposal and how it aims to radically improve the developer experience. (c) FOSDEM 2024 3 & 4 February 2024 https://fosdem.org/2024/schedule/event/fosdem-2024-2832-messageformat-the-future-of-i18n-on-the-web/

MessageFormat: The future of i18n on the web

This talk will discuss the problems with the traditional vertex processing pipeline and present how mesh shading solves these problems. Instead of processing a fixed set of input vertices, mesh shaders can create an arbitrary topology of vertices and primitives. Mesh shading also includes a new solution for geometry amplification: task shaders. The talk should be scheduled before Timur's talk about implementing mesh shaders in the RADV Mesa driver. (c) X.Org Developer Conference (XDC) 2022 October 4-6, 2022 Minneapolis, Minnesota, USA https://indico.freedesktop.org/event/2/

Replacing the geometry pipeline with mesh shaders

Let's talk about developing AMD display drivers in the DRM subsystem as an external contributor. Part of this work is a trail of breadcrumbs to build documentation. What are those breadcrumbs? How do they help to review, fix, improve and enable features of AMD drivers? How would both sides benefit if those pieces of information were already documented? We are gathering information from anywhere and also bothering experts for input. Ultimately, this presentation focuses on AMD driver development but may fit DRM drivers of any GPU vendors. (c) X.Org Developer Conference (XDC) 2022 October 4-6, 2022 Minneapolis, Minnesota, USA https://indico.freedesktop.org/event/2/

I'm not an AMD expert, but...

There has been a lot of activity in V3DV, the Vulkan driver for Raspberry Pi 4, over the last year: we have significantly reworked our synchronization code, obtained Vulkan 1.1 conformance, implemented Vulkan 1.2 support, continued to work on compiler optimizations and more. In this talk I would like to go through the main development milestones and changes we implemented in the driver as well as discussing some limitations of the underlying hardware platform that have discouraged us from implementing features such as scalar block layout or fp16. (c) X.Org Developer Conference (XDC) 2022 October 4-6, 2022 Minneapolis, Minnesota, USA https://indico.freedesktop.org/event/2/

Status of Vulkan on Raspberry