CI\/CD for Node.js and .NET APIs on Azure Web App and Azure Functions

This project involved configuring a continuous integration and continuous deployment (CI/CD) pipeline for both Node.js and .NET APIs hosted on Azure Web App and Azure Functions. The source code was managed on Azure Repos, with Azure Pipelines used to automate the pipeline. Both containerized and serverless approaches were employed, where some APIs were deployed as Docker containers on Azure Web App, and others were deployed serverlessly on Azure Functions. The project aimed to automate the deployment process and ensure a scalable and efficient infrastructure for handling both Node.js and .NET workloads.

• Node.js: Backend APIs built using Node.js.

• .NET Core: For developing backend APIs using .NET Core.

• Azure Repos: Source control for managing Node.js and .NET code repositories.

• Azure Pipelines: Configured to automate the CI/CD pipeline for both Node.js and .NET APIs.

• Azure Web App: Deployed containerized Node.js and .NET APIs using Docker.

• Azure Functions: Serverless deployment for both Node.js and .NET APIs.

• Docker: Used to containerize Node.js and .NET APIs for deployment on Azure Web App.

• Azure Container Registry (ACR): For storing Docker images used in Azure Web App deployments.

• CI/CD Pipeline Configuration with Azure Pipelines: Configured Azure Pipelines workflows to build, test, and deploy both Node.js and .NET APIs from Azure Repos to Azure Web App and Azure Functions.

• Dockerization of Node.js and .NET APIs: Created Dockerfiles for both Node.js and .NET APIs, containerizing them for deployment on Azure Web App.

• Azure Web App Deployment: Set up pipelines to deploy Dockerized APIs (both Node.js and .NET) to Azure Web App using Azure Container Registry (ACR) for image storage.

• Azure Functions Deployment: Automated the deployment of serverless APIs to Azure Functions, supporting both Node.js and .NET, and ensuring seamless integration with Azure Pipelines.

• Environment Management: Configured the CI/CD pipeline for different environments (development, staging, production) to ensure isolated and reliable deployments.

• Testing and Validation: Integrated automated tests into the pipeline to validate Node.js and .NET APIs before deployment.

• Monitoring and Logging: Set up application monitoring and logging using Azure Application Insights for both Azure Web App and Azure Functions, ensuring visibility into application performance.

• Fully Automated CI/CD Pipeline for Node.js and .NET: Implemented an automated CI/CD pipeline using Azure Pipelines, streamlining deployments for both Node.js and .NET APIs.

• Efficient Docker-Based Deployments: Deployed containerized Node.js and .NET APIs to Azure Web App using Docker, leveraging Azure Container Registry for efficient image management.

• Serverless API Deployments for Node.js and .NET: Leveraged Azure Functions to deploy serverless versions of both Node.js and .NET APIs, providing a cost-effective and scalable backend solution.

• Improved Deployment Process: Achieved faster and more reliable deployments across development, staging, and production environments, reducing manual intervention and ensuring consistent releases.

• Scalable and Secure Infrastructure: Deployed a scalable infrastructure using Azure Web App and Azure Functions to handle both Node.js and .NET API workloads.

• Real-Time Monitoring and Logging: Integrated Azure Application Insights for real-time monitoring and logging, enabling proactive detection of issues and performance bottlenecks.