Tutorials Microservices with .NET
Core Git Concepts — Complete Guide
Core Git Concepts — Complete Guide: free step-by-step lesson with examples, common mistakes, and interview tips — part of Microservices with .NET on Toolliyo Academy.
On this page
Microservices with .NET · Lesson 89 of 120
Automated Deployment
Beginner ✓ → Intermediate ✓ → Advanced → Professional
Advanced · 3 — Production skills · ~10 min · Module 9: Git, GitHub and CI/CD
What is this?
Automated Deployment is a key part of ShopNest Cloud-Native — your .NET microservices learning project. In plain terms: it helps Identity Service work correctly in a distributed system where each app deploys and scales on its own.
Why should you care?
You care about this when more than one developer touches ShopNest and you need safe merges and automatic test-and-deploy pipelines.
See it live — copy this example
Create a Web API project (dotnet new webapi), paste the code, then run dotnet run.
# .github/workflows/order-api.yml
on:
push:
paths: ['src/Order.Api/**']
jobs:
build:
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v4
- run: dotnet test && dotnet publish -c Release
Run Example »
This lesson uses terminal or setup steps. Run commands on your computer — the live editor appears on coding lessons.
What happened?
- The example shows Automated Deployment wired into Identity Service.
- Read each line, run it locally, then change one setting and observe what breaks or improves.
- That is how teams learn in production too — small experiments, not big bang rewrites.
Try it yourself
- Open or create the ShopNest project area for Identity Service.
- Apply the Automated Deployment pattern from the lesson example.
- Run dotnet build && dotnet run (or docker compose up when the lesson uses containers).
- Change a string or number in the example and run again — predict the output first.
- Break the code on purpose (remove a semicolon), read the compiler error, then fix it.
Remember
Automated Deployment connects to Identity Service in ShopNest Cloud-Native. Practice by editing the example yourself — do not only read. Move on when you can explain this topic in your own words without looking.
Real-world: Swiggy order → restaurant → rider flow
When a customer confirms food order, events notify restaurant prep and rider dispatch. No single 30-second HTTP chain.
Outcome: Restaurant promos deploy without taking down payment processing.