This blog provides show notes for our May 11 webinar, “Setting Up Real-Time Updates in a Blazor WebAssembly App Using SignalR.”

Setting Up Real-Time Updates in a Blazor WebAssembly App Using SignalR [Webinar Show Notes]. During this webinar, we took a look at how to perform real-time appointments with SignalR.

Development – Syncfusion Blogs

Posted on Mar 6                      • Originally published at shuttle.rs                   Hello world! In today’s post we’re going to talk about how you can write a WebAssembly module in Rust. WebAssembly is a portable compilation target for programming languages to be able to conveniently inter-op with JavaScript on the web. Rust being able to take advantage of this has made it extremely useful for many use cases, such as:This article will focus on writing a WASM module for image processing that can be used on the backend, as well as exploring common ways to deploy WASM and its targets.To get started, you’ll need Rust installed. If you don’t, you can install it here.We’ll be focusing on trying out writing a WASM module in three different ways:We will initially use wasm-bindgen-cli to create our application, then look at using wasm-pack. The focus of this article will be creating a simple module for image processing. Byte array manipulation and data processing is an area where Rust can significantly speed up your application.Before we start, make sure you have the wasm32-unknown-unknown target installed. If you don’t, you can add it like so:Note that for trying out our module, you’ll also additionally want npm (or any alternatives) installed.To set up our project, we’ll get started with using cargo init --lib wasm-example to create a new library project named wasm-example. We will then install our dependencies with a small shell snippet:We will also want to add the dynamic library flag to our Cargo.toml file. Normally, it lets Cargo know that we want to make a dynamic system library - but when using it with the WebAssembly target, it simply means “make a *.wasm file without a start function”. To do this, we can add this small snippet below:To be able to use JavaScript types in Rust, we need to use extern C in addition to using the wasm-bindgen macros. This allows us to import functions straight out of JavaScript and into Rust! The Hello World application in WASM looks like this (from the book):Note that the alert function in the extern C is taken directly from JavaScript, and is what allows us to call it in our Rust function. If we were to compile this and execute it in a JavaScript file, it would be the same as if you had called alert() from regular JavaScript.We can apply the same logic to be able to work with other types and functions - namely, buffers. Vec<u8> in JavaScript can either be represented in one of two ways:Buffer is a subclass of Uint8Array. This is because when Node.js first released, there was no Uint8Array type - which is what led to the creation of the Buffer type. Later down the line when Uint8Arrays were introduced with ES6, both were eventually merged as it made sense to do so. Many JavaScript libraries still use Buffer. By using js-sys, we can get interoperability between JavaScript and Rust - which we can see below by defining the Buffer type and providing a method with the buffer() method:Now when we write our WASM function, we can refer to the Buffer type directly!Let’s write our Rust function for converting our image file format. We’ll make it require our Buffer and then have it return Vec<u8> - when we compile it through wasm-pack or another compiler, it will automatically get converted to a Uint8Array.Here, we need to compile from Rust to WASM by building our package for the wasm32-unknown-unknown target, which we can do like so:Next, we need to use wasm-bindgen to generate the JS glue code to make it all work. We’ll use the nodejs target which will generate a CommonJS module and put it in the ./pkg folder which we can then implant anywhere we want.Now we can either publish our WASM code as a package or implant it anywhere we want to use it!If you don’t want to use CommonJS because you’re using ESM (EcmaScript modules, or ES6 modules), that’s cool! The CLI currently allows several targets:There are specific docs for usage with ES which you can check out here. The easiest way to do it in terms of what compiler to use is typically with Webpack as it’s the most compatible. There is also an additional guide you can use for compiling to ES6 modules without a bundler here - though it involves initializing the WASM module manually before running which adds some overhead.Now that we’ve written our code, let’s try it out! We will spin up a JavaScript backend server using Express.js. We will assume you’re running the following in the same folder as your Rust project (for convenience purposes). We’ll get started with the following shell snippet:Next, we’ll create a server.js file in our root directory and insert the following code:This snippet does the following:If we use node server.js, head to [http://localhost:3030](http://localhost:3030) in our browser then fill the form out and attach an image, we should get an image download response back!Note that depending on the settings you are using for your image file format conversion, your file size may increase post-conversion; this is because you may be using lossless conversion. If you want to use lossy conversion to decrease your file size, you want the new_with_quality method while instantiating the image encoder in your Rust code. While wasm-bindgen-cli is useful, it’s also the most low level CLI out of our options and you can run into spurious issues while using it such as wasm-bindgen version incompatibility issues. There are some additional quality of life changes that we could benefit from, such as automatic versioning and wasm-opt usage. Let’s take a quick look at some of these other options and see how they compare.wasm-pack is a tool that aims to be a one-stop-shop for compiling Rust to WASM. It includes a CLI that you can use by installing it here. In comparison to using wasm-bindgen-cli, it has a number of quality of life upgrades:To initialise our project, we can use wasm-pack new wasm-example which will do everything for us. Code-wise, our main function (and C/JS bindings) will remain the same as wasm-pack provides primarily tooling additions to make compilation easier and does not have any library code we can use.napi-rs is a framework for building pre-compiled Node.js addons in Rust. If you find using wasm-bindgen too complicated to use and just want to write Node.js stuff, this is a good alternative. To use it, Node v0.10.0 or later is required. You can install it with the following shell snippet (requires npm or its alternatives):Once done, you can then use napi new wasm-example to build your new NAPI project!napi-rs does come with some code changes, which you’ll be able to see below: we can finally get rid of the extern C block and instead use napi’s bindgen_prelude to include whatever we need.The advantages of this are clear:Of course for all its advantages, napi-rs is only compatible with Node.js. If you want to write some WASM code for the browser, you would need to default to wasm-pack or wasm-bindgen. You additionally also need to use the Node ecosystem to keep your CLI updated, which from a Rust-first standpoint is a bit of a strange decision. Needless to say, napi-rs is a pretty easy way to start writing Node.js with Rust.Thanks for reading! Rust has great inter-op with WASM, and there's no reason why we shouldn't be able to take advantage of this to help us when using other lanaugages.Read more:Templates let you quickly answer FAQs or store snippets for re-use.        Are you sure you want to hide this comment? It will become hidden in your post, but will still be visible via the comment's permalink.      Hide child comments as well                  Confirm              For further actions, you may consider blocking this person and/or reporting abuse              AMatisse - Feb 26                          Furkan Gözükara - Feb 28                          Kazys - Feb 26                          ABHISHEK KUMAR - Mar 4                  DEV Community — A constructive and inclusive social network for software developers. With you every step of your journey.    Built on Forem — the open source software that powers DEV and other inclusive communities.Made with love and Ruby on Rails. DEV Community © 2016 - 2024.          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Writing a WASM module in Rust. The CLI currently allows several targets:There are specific docs for usage with ES which you can check out here.

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Writing a WASM module in Rust

Posted on Mar 5                  Flutter is an open-source mobile application SDK launched by Google, designed to help developers quickly and efficiently build cross-platform applications. It allows developers to use a single codebase to create high-performance applications that run on iOS, Android, Web, and desktop platforms, greatly improving development efficiency. This article will detail how to start from scratch and develop a Flutter application step by step.Flutter chose the Dart language due to its runtime characteristics. Dart supports Just-In-Time (JIT) and Ahead-Of-Time (AOT) compilation. During development, JIT allows for fast compilation and hot reload, while AOT compilation provides optimized, directly compiled native machine code for app releases, meaning Flutter apps can run with near-native performance.Flutter's custom drawing engine is based on the Skia graphics library. Skia is a mature 2D graphics library used for handling low-level drawing operations. Flutter draws UI directly on the Canvas using Skia, instead of using native platform controls. This approach enables Flutter to provide a nearly consistent user experience across different platforms.Flutter's framework is reactive, meaning the UI can dynamically update based on changes in data. Flutter's UI is composed of a series of immutable Widgets that define the structure and appearance of the application. When the application's state changes, the Flutter framework efficiently rebuilds the Widget tree, thus updating the UI.Flutter's rendering process follows these steps:Layout: The RenderObject tree performs layout calculations from top to bottom, determining the size and position of each RenderObject.Painting: The RenderObject tree paints from bottom to top, with each RenderObject drawing itself on the screen.Compositing: Flutter uses layers to optimize the drawing process. Layers are intermediate products in the drawing process that can be cached and reused across multiple frames. When only part of the UI needs to be redrawn, only the changed layers are redrawn, not the entire UI.Widgets are the basic building blocks of a Flutter application. Each Widget is an immutable declaration that describes a part of the UI. Widgets can be nested to form a hierarchy, known as the Widget tree. When the application's state changes, Flutter compares the new and old Widget trees and efficiently updates the UI.Each Widget's position in the Widget tree is represented by an Element object. Element objects are instances of Widgets and are responsible for maintaining the Widget's lifecycle and state. When the Widget tree is rebuilt, the Element tree is updated accordingly.Behind the Element tree is the RenderObject tree, which is responsible for the actual layout and painting work. RenderObject is an abstract class that defines the layout and painting interface. Each RenderObject knows how to layout and paint itself on the screen.The Flutter team is constantly updating and improving the framework, with some technologies and features including:The Flutter 3.19 version brings a series of new features and improvements, including:Gemini API and Dart SDK updates: Introduced a new Dart SDK that supports Gemini, Google's latest AI model series. Developers can now build generative AI features in Dart or Flutter applications.Impeller rendering performance improvements: Impeller is a new rendering engine for Flutter that enhances rendering performance by using Vulkan and OpenGL backends.Windows Arm64 support: Flutter now supports the Windows Arm64 architecture, providing a more efficient and higher-performance way for Flutter applications to run natively on Windows Arm64 devices.Scrolling improvements: Fixed bugs in SingleChildScrollView and ReorderableList, improved two-dimensional scrolling behavior.AnimationStyle widget: Allows users to override default animation behavior in widgets such as MaterialApp, ExpansionTile, and PopupMenuButton.SegmentedButton.styleFrom method: Quickly create ButtonStyle to configure SegmentedButtonTheme.Adaptive Switch component: Looks and feels native on macOS and iOS, while having a Material Design look and feel on other platforms.SemanticsProperties accessibility identifier: Provides an identifier for semantic nodes in the native accessibility hierarchy.UndoHistory stack improvements: Fixed undo/redo history issues on Japanese keyboards.Performance optimizations on Android and iOS: Includes performance improvements for Impeller's background filters and blur effects.Android deep link web validator: A new tool to help developers validate deep link configurations.Flutter iOS native fonts: Text looks more compact and localized on iOS.DevTools updates: Includes new features and screens for validating deep link settings on Android.Deprecations and breaking changes: Includes ending support for Windows 7 and 8, deprecating iOS 11 support, and more.The release of Flutter 3.19 once again demonstrates the vitality of the Flutter community and its commitment to innovation. Developers can upgrade to the latest version by running the flutter upgrade command to enjoy these new features and improvements.The release of Dart 3.3 brings a series of important new features and improvements, especially in the type system, performance optimization, interaction with native code, and interoperability with JavaScript. Here are some key points of the Dart 3.3 update:Extension Types: Dart 3.3 introduces extension types, a compile-time abstraction that allows developers to wrap existing types with different static interfaces without the runtime overhead of actual wrapper objects. This is very useful for optimizing performance when interacting with native platforms.JavaScript Interop: Dart 3.3 improves the JavaScript interop model, introducing a type-safe new API dart:js_interop. This allows Dart developers to interact with JavaScript code through a typed API, improving the robustness and security of the code.WebAssembly Support: Dart 3.3's update paves the way for future support of WebAssembly on the Web platform. Although WebAssembly support in Flutter Web is still experimental, it is a clear direction for Dart and Flutter development.Improved Browser Libraries: The Dart SDK has included a comprehensive set of browser libraries, such as dart:html, since version 1.0. Now, with the introduction of the new JavaScript calling model, these libraries have the opportunity to be reimagined. Future browser library support will focus on package:web, which will simplify version control, accelerate updates, and align with MDN resources.CanvasKit as the Default Renderer: According to the "Flutter 2024 Roadmap," CanvasKit will become the default renderer on the Web platform. This means that Dart will adopt the Wasm Native route more on the Web.Migration to New Libraries: For developers who want to use WebAssembly to run Flutter applications on the Web, they will need to use the new JavaScript Interop mechanism and package:web. The old JavaScript and browser libraries will remain unchanged, but migration will be necessary if compiling to WebAssembly.These updates to Dart 3.3 show the continuous progress of the Dart language and Flutter framework in improving performance, enhancing type safety, and preparing for future WebAssembly support. Developers can look forward to using these new features in future projects to build more efficient and robust applications.Before you start writing code, you need to set up the Flutter development environment. Here are the basic steps:Use the following command to create a new Flutter project:This command will create a project directory with initial Flutter code.In the created project, the most important files and directories include:Open the lib/main.dart file, and you will see an example Flutter application. This file defines a simple interface, including a title and a button. You can modify this file to create your own interface.Flutter uses components called "Widgets" to build interfaces. Each Widget is an immutable declaration that describes a part of the interface.Let's add some interactivity to the app. For example, we can add a button that, when clicked, displays a message.In this example, we created a StatefulWidget with a state variable _counter that increments each time the button is clicked. The setState method triggers a rebuild of the interface to reflect the new state.In the pubspec.yaml file, you can add dependencies for third-party libraries. For example, if you want to add a networking library like http, you can add the following content to pubspec.yaml:Then run flutter pub get to install the dependencies.Use the run button in the IDE or enter flutter run in the command line to start the app. You can see the app running on the emulator or real device.During development, you can use Flutter's hot reload feature to quickly see your changes. Just make changes in the code and save the file, and the app will automatically update.When your app is ready for release, you can use the following commands to package your app:To integrate Codia AI into your Figma to Flutter development process, follow these instructions:Open the link: Codia AI Figma to code: HTML, CSS, React, Vue, iOS, Android, Flutter, ReactNative, Tailwind, Web, Appgenerate Flutter code.Templates let you quickly answer FAQs or store snippets for re-use.        Are you sure you want to hide this comment? It will become hidden in your post, but will still be visible via the comment's permalink.      Hide child comments as well                  Confirm              For further actions, you may consider blocking this person and/or reporting abuse              Matt Fergoda - Feb 12                          Mike Tyson of the Cloud - Jan 23                          Afroza Nowshin - Jan 14                          Wesley Chun (@wescpy) - Feb 12                  DEV Community — A constructive and inclusive social network for software developers. With you every step of your journey.    Built on Forem — the open source software that powers DEV and other inclusive communities.Made with love and Ruby on Rails. DEV Community © 2016 - 2024.          We're a place where coders share, stay up-to-date and grow their careers.

Developing a Flutter App from 0 to 1. CanvasKit as the Default Renderer: According to the "Flutter 2024 Roadmap," CanvasKit will become the default renderer on the Web platform.

Developing a Flutter App from 0 to 1

Andres Chacon - DesarrolladorAndrés•3 March 2024WebAssembly (abreviado como Wasm) es un formato de instrucciones binarias diseñado para ser interpretado por máquinas virtuales basadas en pilas (que realizan operaciones utilizando pilas).Este formato se creó con el propósito de servir como un objetivo de compilación portátil para diversos lenguajes de programación. ¿Qué significa esto? Básicamente, permite que el código escrito en diferentes lenguajes se compile en un formato común que puede ejecutarse tanto en el lado del cliente como en el servidor a una velocidad similar a las aplicaciones nativas.Si bien su principal objetivo es ejecutarse en navegadores web, también es posible extender su uso a otros tipos de dispositivos, como aplicaciones móviles, dispositivos IoT o incluso programas de gran escala. WebAssembly está principalmente enfocado en empaquetar código C/C++ para su uso en la web, pero también puede ser utilizado por lenguajes interpretados como Ruby o Python.Ruby es un lenguaje interpretado, y como tal, necesita una implementación/interprete que lo lea y lo transforme a lenguaje de máquinas, en pocas palabras. Por lo tanto, para que sea posible su ejecución en un navegador web, es necesario que esta implementación/interprete esté presente en el navegador web. Y eso es precisamente lo que se intenta hacer: enviar una versión compilada del intérprete al navegador web en formato Wasm que sirva de máquina virtual para correr el código escrito en Ruby.Algunas implementaciones que encontré:De aquí en adelante nos enfocaremos solo en la implementación oficial.Tomando el ejemplo que aparece en la documentación de ruby.wasm, ejecutar código Ruby es tan simple como esto:Haciendo uso del intérprete compilado en Wasm y cargado a través de un CDN se puede ejecutar código Ruby. Esta es la forma más simple que tenemos para correr Ruby en el navegador.Exploremos un poco másEscribamos nuestro código Ruby en un archivo .rb y luego incluyámoslo en nuestra página web. De esta manera:Y nuestra página web:¡Funciona! Pero, ¿y si necesito usar una gema? Bueno, recientemente ruby.wasm incluyó la posibilidad de compilar tu propio módulo Ruby Wasm a partir de un archivo Gemfile.lock. Puedes revisar esta publicación sobre cómo utilizarlo.Esta historia continuará…¿Será el futuro del desarrollo web? No lo sé, pero es un tema interesante de explorar y seguir el desarrollo que va teniendo en el tiempo. Hasta el momento, no creo que represente una gran ventaja sobre JavaScript o lenguajes compilados, puesto que tener que cargar todo el intérprete no resulta en archivos livianos para la web. Hasta aquí por ahora, espero que hayas aprendido algo nuevo.Proyectos interesantes con WASM:

Explorando las Posibilidades de WebAssembly: Ruby en el Navegador | a-chacon. Básicamente, permite que el código escrito en diferentes lenguajes se compile en un formato común que puede ejecutarse tanto en el lado del cliente como en el servidor a una velocidad similar a las aplicaciones nativas

Rubyland

Exploring the Possibilities of WebAssembly: Ruby in the Browser

Use of the Rust programming language has been on the rise but is only expected to continue to gather steam as more security-focused organizations call for Rust developers — affectionately known as Rustaceans — to use more memory-safe languages.Most recently, this week the White House Office of the National Cyber Director (ONCD) issued a recommendation that software development organizations begin to use memory-safe languages such as Rust for application and systems development.Already some companies, including Microsoft and Google are looking to rewrite existing C, C++ and C# systems in Rust. Experts expect such efforts to increase.Indeed, recent advocacy and research efforts from agencies like the National Security Agency (NSA), Cybersecurity and Infrastructure Security Agency (CISA), National Institute of Standards and Technology (NIST), and ONCD “can serve as valuable evidence of the considerable risk memory-safety vulnerabilities pose to our digital ecosystem,” the Rust Foundation‘s Executive Director & CEO, Rebecca Rumbul, told The New Stack.Moreover, Rumbul said The Rust Foundation believes that the Rust programming language is the most powerful tool available to address critical infrastructure security gaps. “As an organization, we are steadfast in our commitment to further strengthening the security of Rust through programs like our Security Initiative,” she said.Meanwhile, looking specifically at software development for space systems, the ONCD report says: both memory-safe and memory-unsafe programming languages meet the organization’s requirements for developing space systems. “At this time, the most widely used languages that meet all three properties are C and C++, which are not memory-safe programming languages, the report said. “Rust, one example of a memory-safe programming language, has the three requisite properties above, but has not yet been proven in space systems.”According to the ONCD report, the three requirements for a language for building space systems are: “First, the language must allow the code to be close to the kernel so that it can tightly interact with both software and hardware; second, the language must support determinism so the timing of the outputs is consistent; and third, the language must not have — or be able to override — the ‘garbage collector,’ a function that automatically reclaims memory allocated by the computer program that is no longer in use.”The 2023 Annual Rust Survey results, released last week, showed a continued upward year-over-year trend of Rust usage at work. Thirty-four percent of 2023 survey respondents said they use Rust in the majority of their coding at work — an increase of five percentage points from 2022. Of this group, 39% said they work for organizations that make non-trivial use of Rust.The top reason survey respondents’ employers invested in Rust was the ability to build relatively correct and bug-free software at 86% — up from 82% in 2022. The second most popular reason was Rust’s performance characteristics at 83%.In terms of technology domains, the study indicated that Rust is especially popular for creating server backends, web and networking services and cloud technologies.The Rust survey said Rust programmers target a diverse set of platforms with their Rust programs, even though the most popular target by far is still a Linux machine. Yet, “We can see a slight uptick in users targeting WebAssembly, embedded and mobile platforms, which speaks to the versatility of Rust,” the survey blog post by the Rust team said.However. Rust cannot continue delivering widespread safety and security benefits at scale without expansion to its global user base, Rumbul told The New Stack. “As such, I find several data points of the recent State of Rust survey encouraging. Namely, the apparent uptick in Rust expertise worldwide and the growing adoption of Rust within professional settings.”Moreover, Rumbul noted that while many of the year-on-year changes depicted in the 2023 State of Rust Survey are “heartening,” they are also incremental; and the Foundation expects to see more substantial growth in these areas over time.“Rust has been on a steady rise in terms of popularity for enterprise automation since its inception in 2006,” said Holger Mueller, an analyst at Constellation Research. “It keeps steadily climbing for the ranks of developer popularity and it may well be that the high memory safety that is inherent to the language will aid its popularity from regulatory perspective. But that is never a good reason to rely on to make software languages popular, so it’s much more important that Rust keeps gaining more developers based on its merits, and it has plenty of them — like being a language that contributes to the development of the Linux kernel.”Eric Newcomer, CTO and analyst at Intellyx, expects the call-out from the government to help drive further Rust adoption.“The White House endorsement is going to add fuel to the fire, so to speak,” Newcomer told The New Stack. “Rust is already gaining momentum as a safer alternative to C and C++. Rust provides the same level of access to operating system resources as C and C++ but does so safely. Government recognition of this will definitely speed up adoption.”Mark Russinovich, Microsoft’s Azure CTO, who has been vocal about the software and service giant further adopting Rust, this week posted on X (formerly Twitter) that “The White House says it’s time to stop new projects in C/C++.”In addition, Russinovich likened reluctant-to-change C and C++ developers to tree huggers.In a separate X post, he said: “There are vocal C/C++-huggers out there. I don’t understand their resistance to switching to memory-safe languages (legacy aside). With great care, an expert can write secure C/C++, but memory-safe languages make it hard or impossible for anyone to make memory-safety mistakes.”Other results of the Rust survey indicated a desire for a limited amount of Rust-centric jobs, noted Lawrence E. Hecht, an IT data analyst and consultant who manages research projects for The New Stack, as only 9% of respondents said they believe it is easy for qualified candidates to find jobs that use Rust for the majority of programming. While 27% do think existing jobs are attractive, perhaps that would be even higher if Rust becomes the primary language for many developers.As proof that Rust has attracted new users, 48% of respondents started to learn to program in Rust in 2021 or later.The survey also showed initial success for RustRover by JetBrains. After being released in 2023, 16% of respondents said they use RustRover, a dedicated IntelliJ Rust IDE. Since 20% of respondents in the previous study were using some type of JetBrains IDE or Rust-plugin, we can assume that a large portion of those switched over.Hecht also detected an increased anxiety about Rust’s future from the 2023 survey as only 18% have no worries about Rust’s future, down significantly from 30% in 2022. The top future concern, cited by 43%, is that Rust becomes too complex. Twenty-eight percent are also worried that project governance doesn’t scale to meet the community’s size/requirements.“The Rust community continues to experience growing pains,” Hecht said. “Last year, the Rust Foundation’s executive director worried about burnout and the ability to keep up with a growing user base. Concerns over project governance’s ability to scale appear to have been justified.”!function(){"use strict";window.addEventListener("message",(function(a){if(void 0!==a.data["datawrapper-height"]){var e=document.querySelectorAll("iframe");for(var t in a.data["datawrapper-height"])for(var r=0;r<e.length;r++)if(e[r].contentWindow===a.source){var i=a.data["datawrapper-height"][t]+"px";e[r].style.height=i}}}))}();Respondents to the survey also identified troublesome features as well as features they’d like to see added or enhanced in the language.Of the features that Rust users want to be implemented, stabilized or improved, the most desired improvements are in the areas of traits (trait aliases, associated type defaults, etc.), const execution (generic const expressions, const trait methods, etc.) and async (async closures, coroutines).The areas of Rust that Rustaceans seem to struggle with the most are asynchronous Rust, the traits and generics system and also the borrow checker.And features that Rustaceans want Rust maintainers to mainly prioritize fixing compiler bugs (68%), improving the runtime performance of Rust programs (57%) and also improving compile times (45%).The Rust Foundation’s Rumbul told The New Stack she believes the maintainers of Rust have done “an excellent job” of not only building a powerful programming language but also developing a helpful way of measuring the current state of Rust through their survey.“The Rust Foundation’s role is to engage with and support various segments of the global Rust community, including enterprise users,” she said. “Together with these groups, we will fortify Rust’s position as a cornerstone of digital security.”Community created roadmaps, articles, resources and journeys fordevelopers to help you choose your path and grow in your career.

Rust on the Rise: New Advocacy Expected to Advance Adoption. Use of the Rust programming language has been on the rise but is only expected to continue to gather steam as more security-focused organizations call for Rust developers — affectionately known as Rustaceans — to use more memory-safe languages

The New Stack

Rust on the Rise: New Advocacy Expected to Advance Adoption

Sed ut perspiciatis unde. TL;DR: Turbocharge your programming, particularly your collaborations, with Microsoft Visual Studio Professional 2022 for Windows — it’s on sale for just $45 right now.Time is money, so boosting your productivity can have a significant impact on your bottom line, such as when you can collaborate on programming seamlessly and efficiently across platforms with your teams. That is exactly what Microsoft Visual Studio Professional 2022 for Windows allows you to do, and it’s on sale right now for just $44.99.Less typing means faster coding. With IntelliCode, Visual Studio can complete a line or an entire block of code for you. It can even list the next best options to choose from, all of which help you code more accurately, as well as more rapidly. Meanwhile, CodeLens offers a comprehensive view of your codebase, displaying authors, recent changes, tests and more so you can make more informed decisions.Live Share offers personalized coding sessions with real-time collaboration, including access controls and customized editor settings to speed up editing and debugging cycles. Even more importantly, it ensures that everyone’s code remains consistent.Best of all, Visual Studio allows you to program across platforms and languages. Create cross-platform desktop and mobile apps. Edit ASP.NET pages as they’re running using the web designer view. Use Blazor to design responsive web user interfaces in C# or build, test and debug C++ and .NET apps in Linux. You can even employ hot reload capabilities across both of them.Basically, you can turbocharge your productivity by using advanced tools and built-in integrations to craft high-quality code. Then you can deliver the most innovative apps, no matter how challenging your development workflows are.It’s easy to see why Visual Studio has a perfect 5-star rating on Microsoft Choice Software. It’s always good for business when you can learn new skills, but it’s every bit as important to have the tools that can make your work better, easier and more efficient.Get Microsoft Visual Studio Professional 2022 for Windows today while it’s on sale for just $44.99.Prices and availability subject to change.Source link  Save my name, email, and website in this browser for the next time I comment.By using this form you agree with the storage and handling of your data. * Δdocument.getElementById( "ak_js_1" ).setAttribute( "value", ( new Date() ).getTime() );Tech dedicated news site to equip you with all tech related stuff.I agree that my submitted data is being collected and stored.✉️ Send us an emailTechToday © 2024. All Rights Reserved.TechToday.co is a technology blog and review site specializing in providing in-depth insights into the latest news and trends in the technology sector.TechToday © 2024. All Rights Reserved.Be the first to know the latest updatesI agree that my submitted data is being collected and stored.

Code Faster and More Accurately for Just $45. It’s always good for business when you can learn new skills, but it’s every bit as important to have the tools that can make your work better, easier and more efficient. getTime() );Tech dedicated news site to equip you with all tech related stuff