Advanced Template for modern .NET & React system

Full working solution with Infrastructure as Code to build and run it on Azure

[production]

Api { https://szubarga-game-api.azurewebsites.net/swagger/index.html }
Game UI { https://szubarga-game-web.azurewebsites.net/ }

[back end]

.Net Core 3.1
Entity Framework Core
MediatR
OpenApi
Autofac
Serilog
AutoMapper
FluentValidation
xUnit
NSubstitute
FluentAssertions

[front end]

React
Parcel
TypeScript
Styled Components
MaterialUI
CSS Grid & Flexbox
RxJS
Axios

[general]

Infrastructure as Code (IaC):
- Docker - every app has Dockerfile with build & run configuration
- Azure Resource Manager template - resource group definition with all resources needed to host it in Azure using App Service
- Service Fabric project with environment definition
Clean Architecture - puts the business logic and application model at the center of the application
Clean Code - powered by Stylecop, FxCopAnalyzers, ESLint and Prettier
Monolithic repository - like Google:)
{ https://research.google/pubs/pub45424/ }
CQRS - in your application can maximize its performance, scalability, and security
{ https://docs.microsoft.com/en-us/azure/architecture/patterns/cqrs }
Railway Oriented Programming - functional programming in C# powered by LanguageExt
{ https://github.com/louthy/language-ext }
{ https://zohaib.me/railway-programming-pattern-in-elixir/ }

[in development]

Better UX during GAME;)
Docker Compose
Jens & Enzyme
Integration with Azure Functions and external service
Complete CRUD example
Additional apps - Admin Panel API and GUI
Documentation - How to?

Why Clean Architecture?

https://docs.microsoft.com/en-us/dotnet/architecture/modern-web-apps-azure/common-web-application-architectures#clean-architecture

https://www.youtube.com/watch?v=2dKZ-dWaCiU

Why functional programming??

Programming languages are becoming more functional every year. Features such as generic programming, type inference, list comprehensions, functions as values, and anonymous types, which have traditionally existed as staples of functional programming, have quickly become mainstream features of Java, C#, Delphi and even Fortran. We can expect next-generation programming languages to continue this trend in the future, providing a hybrid of both functional and imperative approaches that meet the evolving needs of modern programming.

Benefits of functional programming:

pure functions are easier to reason about
testing is easier
debugging is easier
programs are more bulletproof
programs are written at a higher level, and are therefore easier to comprehend
function signatures are more meaningful
parallel/concurrent programming is easier

“Functional programming is often regarded as the best-kept secret of scientific modelers, mathematicians, artificial intelligence researchers, financial institutions, graphic designers, CPU designers, compiler programmers, and telecommunications engineers.”

The Wikipedia F# page