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dusty widget
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@devout dirge can you tell me in the real life, how other developer implement microservices in their project ? I mean they use something like Temporal ? I'm using java, spring boot framework

devout dirgeBOT
# dusty widget <@1082069574901563453> can you tell me in the real life, how other developer imp...

Absolutely, Carl! You've picked such an exciting topic. Microservices architecture is popular among developers due to its scalability and ease of maintaining large applications.

Spring Boot is a great choice for implementing microservices in Java due to its simplicity and rapid development capabilities. Here's how developers commonly implement microservices:

  1. Design Decisions: Each microservice should be designed around a business domain, essentially following the principle of Domain-Driven Design.

  2. Spring Boot: It's used to quickly bootstrap and develop stand-alone, production-grade microservices.

  3. Spring Cloud: It provides tools for developers to quickly build cloud-native apps. It contains a set of libraries for common microservice patterns like service discovery (Eureka), circuit breakers (Hystrix), client-side load balancing (Ribbon), and much more.

  4. Databases: Each microservice usually has its own database to ensure loose coupling.

  5. Service Communication: Services can communicate with synchronous protocols such as HTTP/REST or asynchronous protocols like AMQP. Services can also use intermediate message brokers like RabbitMQ or Kafka.

  6. API Gateway: All client requests go through the API gateway which routes them to appropriate microservices. For example, Netflix uses Zuul as API Gateway.

Now, talking about Temporal, it's a workflow orchestration platform that provides a lot of important functionalities out of the box, such as error handling, task retries, timeouts, job queues, etc. Temporal can provide a reliable system for managing stateful, long-running, and scalable applications which can be an excellent fit in a microservices architecture but isn't a "must-have".

Japanese auto parts giant Denso is an example of a real-world company that shifted from a monolithic architecture to microservices. They used Spring Boot and Spring Cloud technologies to develop individual microservices, which enabled them to handle bill

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devout dirgeBOT
# devout dirge Absolutely, Carl! You've picked such an exciting topic. Microservices architectu...

ions of API calls per month effectively.

Remember, shifting to microservices requires careful analysis considering your application's complexity, the size of the team, and the problem domain. Implement it progressively, breaking down one piece of your monolithic application at a time. Happy coding! 😊

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dusty widget
#

@devout dirge in the real life, how other developer implement microservices in their project ?

devout dirgeBOT
# dusty widget <@1082069574901563453> in the real life, how other developer implement microserv...

In the real world, implementing microservices can be a complex task due to the high level of distributed computing and division of responsibilities. This architectural style has been adopted by many software giants such as Netflix, Amazon, and Uber because it allows them to scale and develop different parts of their system independently. Let me lay out a typical process:

  1. Identifying Microservices: Developers often start by identifying potential microservices within their system. These are usually bounded contexts that encompass a specific business capability.

  2. Designing Microservices: Each microservice is designed to be loosely coupled and highly cohesive. This means they can function independently and can be developed, deployed, and scaled independently. They can also be developed using different technologies suitable for that service.

  3. Implementing Microservices: Developers implement these microservices using frameworks and languages that suit the service's needs. For Java, Spring Boot is a popular choice due to its simplicity and speed of development, though Node.js, Ruby, Python and .NET are also used.

  4. Databases: Each microservice generally has its own separate database, to ensure loose coupling.

  5. Service-to-Service Communication: Microservices communicate with each other directly via well-defined APIs, using either synchronous protocols like HTTP/REST or asynchronous protocols/messaging systems like AMQP, RabbitMQ, or Kafka.

  6. Management and Discovery: Service discovery tools such as Eureka or Consul are used, so that microservices can find and talk to each other.

  7. API Gateway: An API gateway is responsible for request routing, composition, and protocol translation, often used to manage and handle all external requests.

  8. Testing: Thorough testing is crucial in microservices, due to the complexity of multiple components working together.

  9. Deployment: Microservices allow for Continuous Deployment an

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