This is a Proof of Concept (PoC) for using Angular and Deno. It can be used for playing around with this stack.

Detailed descriptions about creating this project can be found here:

• Create the PoC environment
• Set up the development tools

The folders of this project contain followings:

• A Deno server in the server folder
• An Angular application in client-app folder
• A Dto in common folder

The PoC covers following functionalities:

• The Deno server serves the Angular app
• The Angular app calls an endpoint of the Deno server
• Live reloading feature is availabe on Angular side with fetched data from Deno server
• Breakpoints can be used in the Angular code with VS Code
• Live reloading can be used for Deno with denon
• Breakpoints can be used in the Deno server code with VS Code

Prerequisites

• Node.js LTS is installed
• Deno is installed

It is recommended to open a Visual Studio Code window from the server folder and a separate from the client-app folder and develop the two codebase parallel in two VS Code windows.

To serve the built Angular app do following steps:

• cd client-app
• npm install
• npm run build --prod
• cd ..
• cd server
• deno run --allow-net --allow-read .\server.ts

• Install denon on the local computer

deno install --allow-read --allow-run --allow-write -f --unstable https://deno.land/x/denon/denon.ts

• Start the server with denon from the server folder

denon run --allow-net --allow-read .\server.ts

• Start the Angular application from the client-app folder using

npm run start

• Make sure that the server is running, the Angular app fetches data from there

• Open VS Code in the client-app folder
• Start the application

npm run start

• Put a breakpoint where it will be hit while the bootstrapping of the application
• Press F5 in VS Code

• Open VS Code in the server folder
• Start the Deno server

denon run --allow-net --allow-read .\server.ts

• Put a breakpoint in the code
• Press F5 in VS Code