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Arquitectura de Microservicios con .NET Core y Contenedores
The document provides a comprehensive overview of using Docker for application development, detailing the components such as Docker images, containers, and registries, along with the infrastructure involved. It emphasizes the development lifecycle with Docker, including code creation, image building, and container orchestration through Docker Compose. Additionally, it touches on microservices architecture, asynchronous communication patterns, and event-driven design using an event bus.
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Arquitectura de Microservicios con .NET Core y Contenedores
- 5. Docker Image Docker Container DockerEngine Registry Service (Docker Store o Docker Trusted Registry)
- 6. Infrastructure Infrastructure Host OperatingSystem Hypervisor Guest OS Bins/Libs App 1 Guest OS Bins/Libs App 2 Guest OS Bins/Libs App 3 Bins/Libs App 1 Bins/Libs App 2 Bins/Libs App 3 Container Engine Operating System Maquinas Virtuales Contenedoresvs
- 7. Microsoft Azure Docker paraLinux y Windows 7
- 9. Docker y .NET •.NET Core Docker xPlat. (Linux & Windows) • .NET Framework solo Windows Ver en Docker Store
- 10.
- 13. Ciclo de Desarrollocon Docker Write Dockerfile/s Remote Docker Registry (i.e. Docker Hub) 1. 2. Code your app Create Images defined at Dockerfile/s 3. Run Containers / Compose app 5. docker run / Docker-compose up http access… Local Docker Repos VM 6. Test your app or microservices git push My Containers My Containers Base Images My Images My Images 1 2 Define apps by writing 4. (opt) docker-compose.yml docker build 7. Push or Continue developing docker push to private registry (*) If not using CI/CD
- 14. Build/CI, Integrate, Test 3. 1. Monitor andDiagnose Outer-Loop Push Code Production environments Run, Manage 5. 6. Container Service Service Fabric App Services Azure Container Registry Code Run Validate Debug Inner-Loop Azure Key Vault CD, Deploy 4. Visual Studio Team Services Source Code Control (SCC) 2.
- 24. Se enfoca en: -Docker-compose.yml & Debugging Multi-Containers App - Simple CRUD microservice vs DDD & CQRS microservice - Reintentos y Circuit breakers - Health Checks
- 25. Microservice 2 Microservice 1 ClientWebApp MVC Container Container Web API Web API ASP.NET Core MVC Container Microservice 3 Container Web API Client SPA WebApp JavaScript / Angular.js Client Mobile App API Gateway ASP.NET Core Web API Container Back end Traditional WebApp Browser HTML HTML JSON JSON Request/Response Communication for Live Queries and Updates HTTP based Services HTTP Request/Response HTTP Request/Response
- 26. Multiple HTTP requests Browser Submit Orderpage Backend / Orchestrator Web App Multiple Customers Dependency 1 Dependency 2 Dependency 3 Dependency 6 Dependency 7 Dependency 4 Dependency 5 Risk of Partial Failure Amplified in Microservices HTTP request/response communication
- 27. Implementing Asynchronous Event-Driven communicationwith an Event Bus Database Ordering Microservice Basket Microservice Database as Cache Service ServiceUser-Profile Microservice Web API Service Database Backend UserUpdated event (Publish Action) Event Bus (Publish/Subscribe Channel) UpdateUser command UserUpdated event Buyer info UserUpdated event Buyer info Eventual consistency across microservices’ data based on event-driven async communication DB update Event Bus Abstractions/Interface Event Bus Implementations RabbitMQ Azure Service Bus Other: NServiceBus MassTransit etc.
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Editor's Notes
- #8 We’ve been making significant progress towards enabling multi-container, distributed applications in the past few months. Composing multi-Docker container applications will become significantly easier as we integrate Fig into Docker. We’ve also been making progress on other critical capabilities for orchestration including provisioning and managing Docker hosts, creating clusters of Docker hosts, and inter-Docker container networking, all of which will be previewed this quarter. Microsoft’s endorsement and early work with our orchestration APIs is hugely exciting. Microsoft and Docker share a common vision that multi-container applications should be assembled using both Dockerized Windows and Dockerized Linux components. The two companies will work with emergent infrastructure tools for multi-container applications like Kubernetes, Mesos, Helios etc. to provide a uniform Docker interface that provides developers with multi-platform orchestration capabilities leveraging Dockerized content from these two ecosystems.
- #15 Steve Lasker
- #31 This slide is required. Do NOT delete. This should be the first slide after your Title Slide. This is an important year and we need to arm our attendees with the information they can use to Grow Share! Please ensure that your objectives are SMART (defined below) and that they will enable them to go in and win against the competition to grow share. If you have questions, please contact your Track PM for guidance. We have also posted guidance on writing good objectives, out on the Speaker Portal (https://www.mytechready.com). This slide should introduce the session by identifying how this information helps the attendee, partners and customers be more successful. Why is this content important? This slide should call out what’s important about the session (sort of the why should we care, why is this important and how will it help our customers/partners be successful) as well as the key takeaways/objectives associated with the session. Call out what attendees will be able to execute on using the information gained in this session. What will they be able to walk away from this session and execute on with their customers. Good Objectives should be SMART (specific, measurable, achievable, realistic, time-bound). Focus on the key takeaways and why this information is important to the attendee, our partners and our customers. Each session has objectives defined and published on www.mytechready.com, please work with your Track PM to call these out here in the slide deck. If you have questions, please contact your Track PM. See slide 5 in this template for a complete list of Tracks and TPMs.