This is a solution template for creating a Single Page App (SPA) with Angular and ASP.NET Core following the principles of Clean Architecture.
- ASP.NET Core 5
- Entity Framework Core 5
- Angular 10
- MediatR
- NSwag
- AutoMapper
- FluentValidation
- NUnit, FluentAssertions, Moq & Respawn
- Docker
- Microsoft.Extensions.Diagnostics.HealthChecks
- SpecFlow
- Bogus
The easiest way to get started is to install the NuGet package and run dotnet new ca-sln:
- Install the latest .NET 5 SDK
- Install the latest Node.js LTS
- Clone ths repo
- Navigate to
src/WebUI/ClientAppand runnpm install - Navigate to
src/WebUI/ClientAppand runnpm startto launch the front end (Angular) - Navigate to
src/WebUIand rundotnet runto launch the back end (ASP.NET Core Web API)
Since this project is aligned with clean architecture it worth to check out Jason's blog post for additional information.
In order to get Docker working, you will need to add a temporary SSL cert and mount a volume to hold that cert. You can find Microsoft Docs that describe the steps required for Windows, macOS, and Linux.
For Windows:
The following will need to be executed from your terminal to create a cert
dotnet dev-certs https -ep %USERPROFILE%\.aspnet\https\aspnetapp.pfx -p Your_password123
dotnet dev-certs https --trust
NOTE: When using PowerShell, replace %USERPROFILE% with $env:USERPROFILE.
FOR macOS:
dotnet dev-certs https -ep ${HOME}/.aspnet/https/aspnetapp.pfx -p Your_password123
dotnet dev-certs https --trust
FOR Linux:
dotnet dev-certs https -ep ${HOME}/.aspnet/https/aspnetapp.pfx -p Your_password123
In order to build and run the docker containers, execute docker-compose -f 'docker-compose.yml' up --build from the root of the solution where you find the docker-compose.yml file. You can also use "Docker Compose" from Visual Studio for Debugging purposes.
Then open http://localhost:5000 on your browser.
The template is configured to use an in-memory database by default. This ensures that all users will be able to run the solution without needing to set up additional infrastructure (e.g. SQL Server).
If you would like to use SQL Server, you will need to update WebUI/appsettings.json as follows:
"UseInMemoryDatabase": false,Verify that the DefaultConnection connection string within appsettings.json points to a valid SQL Server instance.
When you run the application the database will be automatically created (if necessary) and the latest migrations will be applied.
To use dotnet-ef for your migrations please add the following flags to your command (values assume you are executing from repository root)
--project src/Infrastructure(optional if in this folder)--startup-project src/WebUI--output-dir Persistence/Migrations
For example, to add a new migration from the root folder:
dotnet ef migrations add "SampleMigration" --project src\Infrastructure --startup-project src\WebUI --output-dir Persistence\Migrations
This will contain all entities, enums, exceptions, interfaces, types and logic specific to the domain layer.
This layer contains all application logic. It is dependent on the domain layer, but has no dependencies on any other layer or project. This layer defines interfaces that are implemented by outside layers. For example, if the application need to access a notification service, a new interface would be added to application and an implementation would be created within infrastructure.
This layer contains classes for accessing external resources such as file systems, web services, smtp, and so on. These classes should be based on interfaces defined within the application layer.
This layer is a single page application based on Angular 10 and ASP.NET Core 5. This layer depends on both the Application and Infrastructure layers, however, the dependency on Infrastructure is only to support dependency injection. Therefore only Startup.cs should reference Infrastructure.
If you are having problems, please let us know by raising a new issue.
This project is licensed with the MIT license.