turbo.js is a small library that makes it easier to perform complex calculations that can be done in parallel. The actual calculation performed (the kernel executed) uses the GPU for execution. This enables you to work on an array of values all at once.
turbo.js is compatible with all browsers (even IE when not using ES6 template strings) and most desktop and mobile GPUs.
We are happy to announce the availability of .NET 8, the latest LTS version of one of the world’s leading development platforms, starting today. .NET 8 delivers thousands of performance, stability, and security improvements, as well as platform and tooling enhancements that help increase developer productivity and speed of innovation
ASP.NET Core and Blazor futures Q&A | DIS201H
#MSBuild
Join us for a discussion on the future of web development with the ASP.NET Core team. Get the team's perspective first-hand on the roadmap for ASP.NET Core and Blazor in .NET 8 and get all of your burning questions answered. We discuss Blazor, Native AOT, cloud native development, and anything else that you want to ask us about.
Introduction to ASP.NET Core part 15: starting with tag helpers
Introduction to ASP.NET Core part 14: the view start and the layout files
Introduction to ASP.NET Core part 13: the view imports file
Introduction to ASP.NET Core part 12: data annotation of view models
Introduction to ASP.NET Core part 11: inserting a new Book in a form
Introduction to ASP.NET Core part 10: the details page and more on view models
Introduction to ASP.NET Core part 9: MVC continued with routing
Introduction to ASP.NET Core part 8: MVC continued with controller actions and our first view
Introduction to ASP.NET Core part 7: starting with MVC
Introduction to ASP.NET Core part 6: environments and settings
Introduction to ASP.NET Core part 5: static files
Introduction to ASP.NET Core part 4: middleware and the component pipeline
Introduction to ASP.NET Core part 3: the configuration file
Introduction to ASP.NET Core part 2: dependencies and dependency injection
Introduction to ASP.NET Core part 1: anatomy of an empty web project
.NET 5 - What you need to know about the latest .NET
Ubuntu is distributed on two types of images described below.
Desktop image
The desktop image allows you to try Ubuntu without changing your
computer at all, and at your option to install it permanently later.
This type of image is what most people will want to use. You will need
at least 384MiB of RAM to install from this image.
Server install image
The server install image allows you to install Ubuntu permanently on a
computer for use as a server. It will not install a graphical user
interface.
This article dives into the mock questions I would ask, along with responses that are my personal best guess to the answers. Could my answers not reflect actual opinions shared by the team at Microsoft? Sure, but I'm hoping folks from the .NET team can jump in to correct me if I am way off base.
This is a rather interesting time for .NET – what's being done shapes the future of .NET for the next decade. Let's ask the honest questions and hopefully all of us will understand the new .NET ecosystem a little better.
An easy way to perform background job processing in your .NET and .NET Core applications. No Windows Service or separate process required. CPU and I/O intensive, long-running and short-running jobs are supported. Backed by Redis, SQL Server, SQL Azure and MSMQ.
PM> Install-Package Hangfire
After installation, update your existing OWIN Startup file with the following lines of code. If you do not have this class in your project or don't know what is it, please read the Quick start guide to learn about how to install Hangfire.
public void Configuration(IAppBuilder app)
{
GlobalConfiguration.Configuration.UseSqlServerStorage("<connection string or its name>");
app.UseHangfireServer();
app.UseHangfireDashboard();
} 
This repo contains work-in-progress documentation for .NET. To contribute, see the Contributing Guide and the issues list.
