DARPA Wants All C Converted To Rust

After more than two decades of grappling with memory safety issues in C and C++, the software engineering community has reached a consensus. It’s not enough to rely on bug-finding tools. The preferred approach is to use “safe” programming languages that can reject unsafe programs at compile time, thereby preventing the emergence of memory safety issues.

To improve the initial page request load time, we normally apply two performance techniques called bundling and minification. In this tutorial, I will give you a step by step overview of different tools and techniques we can use to apply bundling and minification in ASP.NET Core 5 applications. 

Entity Framework (EF) Core is the rearchitected and rewritten version of the Entity Framework object relational mapping engine for .NET Core applications. It is very light-weight, extensible, and cross platform.

However, high transaction .NET Core applications using EF Core face performance and scalability bottlenecks in the database-tier under peak loads. This is because, although you can linearly scale the application tier by adding more application servers, you cannot add more database servers to scale it.

But, if you use a distributed cache like NCache in your .NET Core applications, you can quickly remove these performance and scalability bottlenecks and handle extreme transaction loads. 

• New responsive containers! Over a year in the making, fluid up to a particular breakpoint, available for all responsive tiers.
• New responsive .row-cols classes for quickly specifying the number of columns across breakpoints. This one is huge for those of you who have asked for responsive card decks. 

This plugin provides an easy way to put content outside of the canvas and reveal it with a click on a button or any desired element. This is a useful pattern for mobile navigations and more.  Demo

One of the main reasons for using .NET Core is that you can run it on multiple platforms and architectures. So you can build an app that will run on Windows, but also on Linux, macOS and on different architectures like x86 and ARM. This is perfect for lots of scenarios, including desktop applications. 

I've been doing some work the last couple of weeks with Angular2. I really like it. Not just because it uses typescript, but also because it feels really natural and straightforward while working with it. No more string based dependency injection, or strange digest cycle stuff, it just seems to work. This last week I've migrated our beta-13 Angular app to the latest rc-1, and used that to keep track of the fun and easy stuff Angular 2 provides. Note though, that the application we're developing is really that complex, so I can only assume we'll run into more complex Angular2 features in the near future. For now, though, let me share some general tips and tricks we've encountered thus far (in no particular order). Oh, all examples are in typescript, since after using that, I really don't want to go back to plain old javascript (POJS?). 

How to setup Signed Git Commits with a YubiKey NEO and GPG and Keybase on Windows