Event-driven Software System Architecture

From GM-RKB

Jump to navigation Jump to search

An Event-driven Software System Architecture is a software system architecture that is an event-driven system design pattern that can support event-driven software system tasks.

AKA: Event-Based Software System Architecture, Event-Oriented Software System Architecture, EDA Software System Architecture.
Context:
- It can typically implement Event-Driven Software System Components through event-driven software system emitters and event-driven software system consumers.
- It can typically manage Event-Driven Software System Channels via event-driven software system message brokers.
- It can typically process Event-Driven Software System Notifications using event-driven software system handlers.
- It can typically maintain Event-Driven Software System States through event-driven software system stores.
- It can typically support Event-Driven Software System Patterns via event-driven software system publish-subscribe mechanisms.
- ...
- It can often enable Event-Driven Software System Scalability through event-driven software system distributed processing.
- It can often provide Event-Driven Software System Resilience via event-driven software system fault tolerance.
- It can often implement Event-Driven Software System Integration using event-driven software system adapters.
- It can often support Event-Driven Software System Monitoring through event-driven software system observability.
- ...
- It can range from being a Simple Event-Driven Software System Architecture to being a Complex Event-Driven Software System Architecture, depending on its event-driven software system processing sophistication.
- It can range from being a Centralized Event-Driven Software System Architecture to being a Distributed Event-Driven Software System Architecture, depending on its event-driven software system topology.
- It can range from being a Synchronous Event-Driven Software System Architecture to being a Asynchronous Event-Driven Software System Architecture, depending on its event-driven software system communication model.
- ...
- It can utilize Event-Driven Software System Message Queues for event-driven software system buffering.
- It can implement Event-Driven Software System Stream Processors for event-driven software system real-time processing.
- It can leverage Event-Driven Software System Service Buses for event-driven software system orchestration.
- It can employ Event-Driven Software System Gateways for event-driven software system protocol translation.
- It can integrate Event-Driven Software System Analytics Engines for event-driven software system intelligence.
- ...
Example(s):
- Enterprise Event-Driven Software System Architectures, such as:
  - Banking Event-Driven Software System Architecture, which processes event-driven software system financial transactions through event-driven software system clearing houses.
  - E-commerce Event-Driven Software System Architecture, which handles event-driven software system order events via event-driven software system fulfillment pipelines.
  - Healthcare Event-Driven Software System Architecture, which manages event-driven software system patient events through event-driven software system clinical workflows.
- Technical Event-Driven Software System Architectures, such as:
  - Microservice Event-Driven Software System Architecture, which coordinates event-driven software system service communications via event-driven software system event buses.
  - Serverless Event-Driven Software System Architecture, which executes event-driven software system functions through event-driven software system triggers.
  - IoT Event-Driven Software System Architecture, which processes event-driven software system sensor datas via event-driven software system edge computing.
- Platform Event-Driven Software System Architectures, such as:
  - Apache Kafka Event-Driven Software System Architecture, which implements event-driven software system log-based messaging through event-driven software system partitions.
  - AWS EventBridge Event-Driven Software System Architecture, which routes event-driven software system cloud events via event-driven software system rule engines.
  - Azure Event Grid Event-Driven Software System Architecture, which delivers event-driven software system notifications through event-driven software system topic subscriptions.
- Application Event-Driven Software System Architectures, such as:
  - Real-time Analytics Event-Driven Software System Architecture, which processes event-driven software system data streams for event-driven software system instant insights.
  - Gaming Event-Driven Software System Architecture, which handles event-driven software system player actions through event-driven software system game loops.
  - Social Media Event-Driven Software System Architecture, which manages event-driven software system user activitys via event-driven software system feed processors.
- AI Event-Driven Software System Architectures, such as:
  - Event-Driven AI System architecture implementations for event-driven software system AI agents.
  - Ambient AI Agent architectures using event-driven software system patterns.
- ...
Counter-Example(s):
- Request-Response Software System Architecture, which uses synchronous calls rather than event-driven software system messages.
- Batch Processing Software System Architecture, which processes scheduled jobs rather than event-driven software system triggers.
- Monolithic Software System Architecture, which uses direct method invocations rather than event-driven software system communication.
See: Software System Architecture, Event-Driven System, Event-Driven Architecture, Message-Driven Architecture, Service-Oriented Architecture, Microservices Architecture, Reactive System Architecture, Publish-Subscribe Pattern.

Retrieved from "http://www.gabormelli.com/RKB/index.php?title=Event-driven_Software_System_Architecture&oldid=950414"