You'll find an embedded player for the recording at the top of this post. This video is just over 90
The first in a series of videos all about the CMDB that I'm attempting to build in .NET Core, using C# and TDD
TDD is always a hot topic, and Fizzbuzz is super simple to implement. So I decided to make a video of me showing you how to create a fully TDDed FizzBuzz implementation in .NET Core, using C# and xunit.
I'd recently given a talk on Blazor and wanted to recreate the talk for you all. In this post, you'll find a link to the talk, the slides that I used, and some links to external resources.
I decided to take one of my open source projects (OwaspHeaders.Core - https://github.com/GaProgMan/OwaspHeaders.Core) and update the code a little. It had previously used a json for configuration, but after this stream it used the Builder Pattern
A short (just under an hour long) stream all about appsettings.json and how .NET Core and ASP NET Core can automatically handle different configuration, based on the environment that an application is running in.
My third twitch.tv live stream was titled “SPAs a-plenty”. The goal of my this stream was to talk through Feature Folders and add them to a pre-existing GitHub repo, then to consume them in a new project for that GitHub repo. Things didn't go entirely according to plan, but it still ended up pretty interesting (I think)
My second twitch.tv live stream was titled “Building an Angular Single Page App with ASP.NET Core”. The goal of my second twitch stream was to create an Angular Single Page Application using ASP.NET Core's Javascript Services namespace and the SpaTemplates package which would replace my (at the time) ASP.NET Core v1.1 code which ran my Discworld Disorganiser project.
My first twitch.tv live stream was titled "Building a .NET Core Application with Onion Architecture". During the stream I went through the process of creating an application, developing each layer of the onion, discussing what I was doing along the way, and dropping some .NET Core, ASP.NET Core and EF Core knowledge on the viewers along the way.