Using .Net 8 and Angular 18. Complete Guide to Build Enterprise Edition Application End To End
What you will learn
Learn how to create Microservices using .Net Core
Learn how to stitch multiple technologies together
Learn how to implement message queues
Learn how to implement Mediator Pattern
Learn how to implement CQRS Pattern
Lear how how to Containerize entire solution
Lear how how to use Application Gateway
Learn how to implement structured Logging
Lear how to handle cross cutting concerns like ELK Stack, Observability etc
Learn how to put all the workloads on the K8s cluster
Learn how to apply Service Mesh using Istio
Learn how to implement Side Car pattern
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- Course Overview
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- Master the art of building a Full-Stack Enterprise Ecosystem by bridging the power of .Net 8 with the reactivity of Angular 18.
- Understand the core philosophy of Clean Architecture to decouple business logic from external dependencies, ensuring your code remains testable and evolution-ready.
- Explore Domain-Driven Design (DDD) principles to model complex business requirements into manageable, autonomous service boundaries.
- Learn the strategy of Database-per-Microservice to ensure data sovereignty and independent scaling across the entire infrastructure.
- Bridge the gap between development and operations by adopting a DevOps-centric approach to software delivery.
- Requirements / Prerequisites
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- A solid grasp of C# programming and the fundamentals of the ASP.NET Core framework.
- Basic familiarity with JavaScript or TypeScript, which will be essential for the Angular 18 frontend components.
- A machine capable of running Docker Desktop and a modern IDE like Visual Studio 2022 or VS Code.
- Conceptual knowledge of SQL Server or similar relational database management systems.
- A proactive mindset for troubleshooting complex distributed system scenarios.
- Skills Covered / Tools Used
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- Leveraging Entity Framework Core for robust data persistence and migrations in a distributed environment.
- Utilizing Redis for high-performance distributed caching to minimize latency in cross-service communication.
- Implementing Serilog for advanced diagnostic telemetry and centralized log management.
- Managing container orchestration and deployment configurations using Helm Charts.
- Securing microservices using IdentityServer4 or Microsoft Identity to implement OAuth2 and OpenID Connect.
- Configuring Health Checks to monitor the heartbeat of every service within the cluster.
- Applying AutoMapper to streamline object-to-object mapping between entities and Data Transfer Objects (DTOs).
- Benefits / Outcomes
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- Develop the professional capacity to architect Scalable Distributed Systems that can handle high-traffic enterprise demands.
- Achieve a deep understanding of Asynchronous Communication, allowing you to build resilient systems that don’t fail under heavy load.
- Gain the skills necessary to pursue roles as a Senior Software Architect or Lead Developer in modern tech firms.
- Successfully deploy a complete, ready-to-use Cloud-Native Application to a production-grade Kubernetes environment.
- Enhance your professional portfolio with a project that showcases End-to-End mastery of the modern Microsoft tech stack.
- PROS
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- Uses Cutting-Edge Versions of both .Net and Angular, preventing skill obsolescence.
- Emphasizes Production-Ready Patterns over simplistic “Hello World” examples.
- Provides a comprehensive 360-degree view of the software lifecycle, including deployment and observability.
- CONS
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- The Steep Learning Curve and high density of technical concepts may require students to revisit complex modules multiple times to achieve full mastery.
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