با تغییر Platform همه پروژهها به x86، مشکل اجرای کلی پروژه پیش آمد و با بررسی زیاد، مشکل از نسخه اجرایی IIS بود که قبلا بر روی x64 تنظیم کرده بودم. برای غیرفعال سازی آن از طریق Tools -> Option -> Projects and Solutions -> Web Projects -> Use the 64 bit version of IIS Express for web sites and projects این کار را انجام دادم.
Blazor Fundamentals Tutorial
Blazor server-side vs client-side (WebAssembly) | What should you choose?
What are Razor Components? | Blazor Tutorial 1
Dependency Injection | Blazor Tutorial 2
What are Blazor Layouts? | Blazor Tutorial 3
Routing and Navigation | Blazor Tutorial 4
JS Interop: Calling JavaScript from C# | Blazor Tutorial 5
JS Interop: Calling C# methods from JavaScript | Blazor Tutorial 6
Creating Forms with Validation | Blazor Tutorial 7
How to add Authentication in Server-side Blazor | Blazor Tutorial 8
Authorization in Server-Side Blazor | Blazor Tutorial 9
How to use HTML5 Web Storage in Blazor | Blazor Tutorial 10
Managing Blazor state using Redux | Blazor Tutorial 11
Creating a desktop application using Blazor and Electron | Blazor Tutorial 12
Deploying Server-Side Blazor in Azure with SignalR service | Blazor Tutorial 13
Building cross platform mobile apps with Blazor (Experimental)
Google Chrome is the most popular web browser used by web developers today. With a quick six week release cycle and a powerful set of ever expanding developer features turned the browser into a must have tool.
Once created, these custom elements -- a custom counter, for example -- can also be used in other single-page application (SPA) web frameworks such as React and Angular. A sample project, aptly titled Blazor Custom Elements, shows how to do just that, providing examples about how to work with those frameworks and the client-side Blazor WebAssembly component as well as Blazor Server.
If you love TypeScript: Angular or React
If you love object-orientated-programming (OOP): Angular
If you need guidance, structure and a helping hand: Angular
If you like flexibility: React
If you love big ecosystems: React
If you like choosing among dozens of packages: React
If you love JS & the “everything-is-Javascript-approach”: React
If you like really clean code: Vue
If you want the easiest learning curve: Vue
If you want the most lightweight framework: Vue
If you want separation of concerns in one file: Vue
If you are working alone or have a small team: Vue or React
If your app tends to get really large: Angular or React
If you want to build an app with react-native: React
If you want to have a lot of developers in the pool: Angular or React
If you work with designers and need clean HTML files: Angular or Vue
If you like Vue but are afraid of the limited ecosystem: React
If you can’t decide, first learn React, then Vue, then Angular
What is TPL Dataflow?
TPL Dataflow (Task Parallel Library Dataflow) is a .NET Framework library designed for building robust and scalable concurrent data processing pipelines. It offers a declarative model in which you define a network of interconnected "blocks" that process and transport data, enabling efficient and flexible parallelism.
REST APIs have become a common way to establish an interface between web back-ends and front-ends, and between different web services. The simplicity of this kind of interface, and the ubiquitous support of the HTTP and HTTPS protocols across different networks and frameworks, makes it an easy choice when considering interoperability issues.
Faster Web Pages with the Picture Element and WebP
A collective project between Google, Microsoft, Mozilla, Coil, W3C, Samsung, and Igalia to support the creation and maintenance of strategic web platform documentation.
A Web standard that’s currently implemented behind Chrome’s Experimental Web Platform features flag, Background Fetch lets you handle large downloads in a browser programatically and then get notifications of their completion, even if the browser closes.
