What Is WebAssembly — and Why Are You Hearing So Much About It?

WebAssembly is an open, industry-wide collaborative effort to combine the performance and security of an assembly-like language with the convenience of high-level languages. It could spark a revolution in cloud development.

Krustlets. Cloudflare Workers. Open Policy Agent. Shopify Apps. Microsoft Flight Simulator. The web app versions of Adobe Lightroom and Acrobat. WebAssembly (or WASM for short), is starting to show up in a wide range of tools and platforms.

Although WebAssembly brings languages other than HTML, CSS and JavaScript to the browser, it’s not a JavaScript replacement and it takes a very different approach from Flash, Active X plugins and other techniques that encapsulated non-web code for browsers.

Think of it as a small, fast, efficient and very secure, stack-based virtual machine that doesn’t care what CPU or OS it runs on, that’s designed to execute portable bytecode — compiled from code originally written in C, C++, Rust, Python or Ruby — at near-native speed. WebAssembly doesn’t only run in the browser: It started on the client, but is proving very useful on the server.

This is an open, industry-wide collaborative effort to combine the performance and security of an assembly-like language with the convenience of high-level languages. The Bytecode Alliance, set up to create shared implementations of WebAssembly standards, now includes major players like Arm, Intel, Google and Microsoft as well as Mozilla and Fastly — suggesting how widely WASM will be adopted.

“The promise, and excitement, is around a mix of portability and speed,” Fintan Ryan, a senior analyst at Gartner, told The New Stack.

“The specifications themselves are mature and it is in use in a number of areas, from Microsoft’s Blazor toolkit, to some browser applications,” he added. “We also see it being used, in a limited manner, within service mesh, edge devices and some edge processing.”

#webassembly #wasm

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What Is WebAssembly — and Why Are You Hearing So Much About It?

WebAssembly is an open, industry-wide collaborative effort to combine the performance and security of an assembly-like language with the convenience of high-level languages. It could spark a revolution in cloud development.

Krustlets. Cloudflare Workers. Open Policy Agent. Shopify Apps. Microsoft Flight Simulator. The web app versions of Adobe Lightroom and Acrobat. WebAssembly (or WASM for short), is starting to show up in a wide range of tools and platforms.

Although WebAssembly brings languages other than HTML, CSS and JavaScript to the browser, it’s not a JavaScript replacement and it takes a very different approach from Flash, Active X plugins and other techniques that encapsulated non-web code for browsers.

Think of it as a small, fast, efficient and very secure, stack-based virtual machine that doesn’t care what CPU or OS it runs on, that’s designed to execute portable bytecode — compiled from code originally written in C, C++, Rust, Python or Ruby — at near-native speed. WebAssembly doesn’t only run in the browser: It started on the client, but is proving very useful on the server.

This is an open, industry-wide collaborative effort to combine the performance and security of an assembly-like language with the convenience of high-level languages. The Bytecode Alliance, set up to create shared implementations of WebAssembly standards, now includes major players like Arm, Intel, Google and Microsoft as well as Mozilla and Fastly — suggesting how widely WASM will be adopted.

“The promise, and excitement, is around a mix of portability and speed,” Fintan Ryan, a senior analyst at Gartner, told The New Stack.

“The specifications themselves are mature and it is in use in a number of areas, from Microsoft’s Blazor toolkit, to some browser applications,” he added. “We also see it being used, in a limited manner, within service mesh, edge devices and some edge processing.”

#webassembly #wasm

How much does it cost to create an online learning app?

Are you thinking of executing an E-learning app in the market?

Then firstly you need to understand the concept of E-learning in more detail and also know about the types of E-learning app and what is the E-learning app demand in the market.

In this present time, every industry is taking the help of technology for maximizing their profits, as people love to use the technology for fulfilling their basic requirements. Every industry is now providing online services via web apps or mobile apps.

What are the Basic features an E-learning app contains?

Features list for a learner Panel:

• Easy registration and login module for learners.
• Easy navigation to the courses and study material
• Can able to search various courses by applying various filters
• Can get notify whenever a new course is added to the platform.
• Can purchase the courses by doing online payment
• Can access the quiz test and mock test services
• Learners can post questions and answer
• Learner can directly chat with the tutor for clearing doubts.
• Learner can check their history or list of purchased courses.
• Learner can easily track their progress by reports which is generated in-app.

Features list for a tutor Panel:

• Tutor can easily set up and manage their account
• Tutor can easily update or modify their uploaded courses.
• Tutor get notify whenever any learner has posted a question
• Tutor can manage the payment module
• Tutor can clear the doubts of the learner by chat module.

Feature list for an Admin Panel:

• Admin can do the learners data management
• Admin can do the tutor data management
• Can manage the courses
• Manage and define the categories or Subcategories of courses.
• Manage the premium and subscription packages.
• Payment management
• Manage the chats and discussion forum.
• Content management system
• Able to generate reports and do analysis.

What are the factors on which the cost of the E-learning app depends?

The cost of the E-learning app is depended on some of the factors. Let me list down the factors affecting the cost of an E-learning app:

• The Cost of an E-learning is depended on the UI/UX design of the app.
• Cost also depends on the size of the app.
• The features or functionality you want to add in your E-learning app
• The cost highly depends on the platform which is chosen for the development of an E-learning app it can be in Android, IOS or Both.

How much does it cost to develop an E-learning app?

As we have discussed the cost of an E-learning app is highly depends on some of the factors. We are at AppClues Infotech, which is a leading app development industry. We help you to develop an E-learning app by providing you with the best solution and Unique UI/UX design.

We can offer you to hire experienced and expert android as well as an IOS developer.

So here we are providing you with the approximate timeline and cost of developing an E-learning app:

Timeline:

• App Design:- 7 Working Days
• Android App Development:- 25 Working Days
• iOS App Development:- 25 Working Days
• Web Backend & Apis:- 30 Working Days
• Testing, Bug fixing, and Deployment:- 5 Working Days

Costing:
The approximate cost of developing an E-learning app is $30,000-$70,000.

#how much does it cost to develop an e-learning app #how much does it cost to create e-learning #how much does it cost to develop a educational app #how much does cost to make an e-learning app #how to create an educational app #e-learning mobile app development cost and features

Blazor WebAssembly - Display a list of items

Other versions available:

• **Angular: ** Angular
• **Vue: ** Vue.js
• React:  React

This is a quick example to show how to display a list of items in ASP.NET Core Blazor WebAssembly.

The example simply renders an array of user objects as rows in a table using a foreach loop inside the home page razor component (/Pages/Index.razor).

#blazor #webassembly #blazor webassembly

Ashley Williams Discusses the Future of WebAssembly

Williams commented on the results of a Twitter poll she conducted, in which she asked about reasons for choosing WebAssembly. The fact that WebAssembly is a compilation target for many languages came first, with the size and speed advantages promoted by WebAssembly coming second, and the remaining two options being at a far distance. Narrowing down on the majority which favored the multi-language compilation target, a subsequent survey singled out two primary motives. On the one hand, some developers mentioned that JavaScript did not satisfy their needs. On the other hand, other developers were attracted by the potential offered by WebAssembly to reuse existing libraries written in other languages.

#web development #webassembly #webassembly summit #development

WebでZoom: WebAssembly SIMD、WebTransport、およびWebCodecs

先頃の[web.devライブイベント]で、Google V8のプロダクトマネージャであるThomas Nattestad氏は、Webブラウザ内でZoomやその他のビデオ会議機能をサポートするためにWebに提案された追加機能のいくつかについて説明した。

Nattestad氏は、 WebRTCが約10年前に標準化され、すべてのエバーグリーンブラウザでのビデオ会議にフルスタックソリューションを提供していると説明している。残念ながら、WebRTCには制限があり、Zoomなどの多くのサービスは、さまざまなAPIへの低レベルのアクセスからたすけを得ている。

3つの新しいAPIは、Webブラウザ内で今日のビデオ会議ソリューションの機能をサポートする予定である。これらのAPIはまだ確定されておらず、現在活発な設計が行われている。

#デベロップメント #設計/アーキテクチャ #ニュース #webassembly #webassembly simd