The microservice architectural style promotes the development of complex applications as a suite of small services based on specific business capabilities. This course will help you take a hands-on approach to build microservices and deploy them using ASP .NET Core and Microsoft Azure.
One would get confused over the difference between microservices and SOA if we do not have a complete understanding of both. On the surface, the microservice features and advantages sound almost like a slender version of SOA, with many experts suggesting that there is, in fact, no need for an additional term such as microservices and that SOA can fulfill all the attributes laid out by microservices. However, this is not the case. There are enough differences to isolate them technologically. Some of them are listed below:
The underlying communication system of SOA inherently suffers from the following problems:
- The fact that a system developed in SOA depends upon its components, which are interacting with each other. So, no matter how hard you try, it is eventually going to face a bottleneck in the message queue.
- Another focal point of SOA is imperative monogramming. With this, we lose the path to make a unit of code reusable with respect to OOP.
As we all know, organizations are spending more and more on infrastructure. The bigger the enterprise, the more complex the question of the ownership of the application being developed. With an increasing number of stakeholders, it becomes impossible to accommodate all of their ever-changing business needs. SOA fails big on this aspect.
SOA uses Enterprise Service Bus (ESB) for communication; an ESB can be the reason for communication failures and can impact the entire application. This could happen in a scenario where one service is slowing down and communication is delayed, hampering the workings of the entire application. On the other hand, it would not be a problem in microservices; if one service is down, then only that microservice will be affected. The other microservices will continue to handle requests.
Data storage is common/sharable in the case of SOA. On the other hand, each service can have independent data storage in microservices.
Finally, in comparison with SOA, scalability, modularity, and adaptability of microservice architecture can be easily extended with the use of cloud platforms.
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