Post by account_disabled on Mar 4, 2024 9:04:36 GMT
Unlike a monolith, microservices architecture divides the application into several logically related processes (services or microservices), which function as independent units , independently scalable, replaceable and clearly separated from others. Each such microservice has its own role. In order for individual microservices to be interconnected, they must communicate with each other, either directly or indirectly (synchronously/asynchronously). Calling functions or methods is ensured, as already mentioned above, by one of the standard protocols.
Either HTTP and API , STOMP (Simple Text Oriented Message USA Phone Number List Protocol) or MQTT (MQ Telemetry Transport) protocol. In this regard, the architecture of microservices is based on the concept of proven Unix systems. Monolithic architecture (left) consists of parts – UI (user interface), "business logicsometimes also service layer (logic that controls communication between the user interface and the database) and "data access layer(allows access to data stored in the database) . The architecture of microservices on the right divides processes into individual microservices.
At the level of which requests are processed, and as a rule, each of them database. Faster development of new versions and language variability The isolation of microservices ensures, among other things, one of the most frequently mentioned advantages of this type of software architecture – the development and deployment of new versions of individual microservices by independent teams that often program in completely different languages . The result is minimal impact on the development of other microservices and disruption of the entire system.
Either HTTP and API , STOMP (Simple Text Oriented Message USA Phone Number List Protocol) or MQTT (MQ Telemetry Transport) protocol. In this regard, the architecture of microservices is based on the concept of proven Unix systems. Monolithic architecture (left) consists of parts – UI (user interface), "business logicsometimes also service layer (logic that controls communication between the user interface and the database) and "data access layer(allows access to data stored in the database) . The architecture of microservices on the right divides processes into individual microservices.
At the level of which requests are processed, and as a rule, each of them database. Faster development of new versions and language variability The isolation of microservices ensures, among other things, one of the most frequently mentioned advantages of this type of software architecture – the development and deployment of new versions of individual microservices by independent teams that often program in completely different languages . The result is minimal impact on the development of other microservices and disruption of the entire system.