Examples of using Each microservice in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
Each microservice may have an independent database.
The microservice architecture enables each microservice to be deployed independently.
Each microservice should have its own separate database.
Due to duplication of common functionalities, each microservice implementation can become complex.
Each microservice will have different logical capabilities for your application.
Third, the Microservices Architecture pattern enables each microservice to be deployed independently.
Each microservice operates independently, so one failure won't set off a domino effect.
Due to duplication of common functionalities, each microservice implementation can become complex.
Each microservice is small and focused on a specific feature/ business requirement.
As a result of duplicating common functionalities, each microservice implementation can become complex.
At each microservice layer, we can have a component that process the JWT, which is a quite trivial implementation.
As a result of duplicating common functionalities, each microservice implementation can become complex.
Each microservice can be developed, tested, and deployed independent of other parts of the application.
The architecture also makes it easier for you todiversify the layers of security you wish to adopt on each microservice.
You don't want a dashboard for each microservice because there could be dozens or hundreds, Hamrah explained.
Event‑Driven Data Management for Microservices- Instead of the unified data store(or two)found in a typical monolithic application, each microservice maintains its own unique data representation and storage.
Each microservice is a small application that has its own hexagonal architecture consisting of business logic along with various adapters.
However, if we look at the microservices diagram above, we can see that each microservice is built slightly differently based on its needs.
Each microservice can have a private database to persist the data that requires to implement the business functionality offered from it.
In addition, Gateway can be used as the central point that we can obtain the status andmonitor of each microservice as each microservices is invoked through the Gateway.
Each microservice can be deployed, upgraded, scaled, and restarted independently of all the sibling services in the application.
However, if there is a mandatory requirement to have distributed transactions across multiple services, then such scenarios canbe realized with the introduction of'compensating operations' at each microservice level.
Contract testing should treat each microservice as a black box and all the services must be called independently and their responses must be verified.
However, if there is a mandatory requirement to have distributed transactions across multiple services, then such scenarios canbe realized with the introduction of‘compensating operations' at each microservice level.
As stated previously, the data owned by each microservice is private to that microservice and can only be accessed using its microservice API.
Each microservice would have a public endpoint WEB This URL would map to the microservice's load balancer, which distributes requests across the available instances.
Each microservice is self-contained, each maintains its own data store(which has significant implications), and each can be updated independently of others.
Each microservice exposes a REST APIs and a given microservice or an external client can invoke another microservice through its REST API.
Because each microservice focuses only on its own local atomic transaction, other microservices are not blocked if a microservice is running for a long time.