- #DOCKER HOST WELL KNOWN NAMES FOR WINDOWS, MAC, LINUX DRIVERS#
- #DOCKER HOST WELL KNOWN NAMES FOR WINDOWS, MAC, LINUX SERIES#
#DOCKER HOST WELL KNOWN NAMES FOR WINDOWS, MAC, LINUX DRIVERS#
Duber website: it’s an Asp.Net Core Mvc application and implements the User and Driver bounded context, it means, users and drivers management, service request, user and driver’s trips, etc.We’re going to start describing in a basic way the system components (later we’ll detail each of them) and how every component interacts to each other. Development Environment ArchitectureĪfter you see the above image, you can notice at least one important and interesting thing: all of the components of the system (except the external service, obviously) are contained into one single host (later we’re going to explain why), in this case, the developer’s one (which is also a Linux host, by the way). Development Environment Architecture Fig1. I would like starting to explain the architecture focused on development environment first, so I’m going to explain why it could be a good idea having different approaches to different environments (development and production mainly), at least in the way services and dependencies are deployed and how the resources are consumed, because, in the end, the architecture is the same both to development and to production, but you will notice a few slight yet very important differences. Net Core, Docker and Azure Service Fabric mainly. Now it’s time to talk about even more exciting things, today we’re going to propose the architecture to solve the problem, exploring and choosing some technologies, patterns and more, to implement our architecture using.
#DOCKER HOST WELL KNOWN NAMES FOR WINDOWS, MAC, LINUX SERIES#
In the previous post, we talked about what Microservices are, its basis, its advantages, and its challenges, also we talked about how Domain Driven Design (DDD) and Command and Query Responsibility Segregation (CQRS) come into play in a microservices architecture, and finally we proposed a handy problem to develop and deploy across these series of posts, where we analyzed the domain problem, we identified the bounded contexts and finally we made a pretty simple abstraction in a classes model. Net Core 3.1, Kubernetes support, add a new notifications service, Health checks implementation. I recently made some refactor/enhancements, take a look at the ChangeLog to view the details. Net Core and Azure Service Fabric - Part two
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