This is a microservices application built using TypeScript, Node.js, and Next.js, designed to demonstrate how to build a scalable and maintainable microservices architecture. It includes examples of how to use Docker and Kubernetes for deployment, as well as Jest and Redis for testing.
The application is built using microservices architecture. Each service is a standalone module that communicates with other services using APIs. The services communicate with each other using RESTful APIs.
The following technologies are used to build this application: . Node.js . Next.js . Docker . Kubernetes
• Developed the project using TypeScript, Express, and MongoDB for building a robust and scalable backend.
• Utilized Jest and Redis for automated and efficient in-memory testing of the application.
• Implemented response normalization techniques to ensure adaptability with polyglot implementation.
• Leveraged containerization with Docker for streamlined deployment and management of the application.
• Utilized Kubernetes and Skaffold for container orchestration and seamless development workflows.
• Implemented Ingress-Nginx to establish routing protocols and expose services to the outside world.
• Utilized NATS Streaming Server as an event bus between services, employing features like queue groups to handle multiple replicas and resolve concurrency issues.
• Intend to learn DevOps tools such as Terraform and Jenkins to incorporate infrastructure as code and enable efficient software development practices.
• Aim to expand knowledge of Linux systems, including command-line usage, system administration, and shell scripting.
• Plan to gain expertise in cloud technologies, such as AWS, Azure, or Google Cloud, to enhance the project's scalability and resilience.
• Looking forward to embracing polyglot programming by incorporating multiple languages or technology stacks to leverage their respective strengths and explore diverse
solutions.