Files
java-design-patterns/reactor/README.md
T
Ilkka Seppälä 4108f86177 docs: Prepare for new website launch (#2149)
* Changed database implementation. Removed static objects.

* Fix Logs

* Fix 40 errors from checkstyle plugin run. 139 left))

* Fix CacheStore errors from checkstyle plugin 107 left

* Fix last errors in checkstyle.

* Fix sonar issues

* Fix issues in VALIDATE phase

* Fix Bug with mongo connection. Used "Try with resources"

* Add test

* Added docker-compose for mongo db. MongoDb db work fixed.

* Provided missing tests

* Comments to start Application with mongo.

* Fix some broken links

* Remove extra space

* Update filename

* Fix some links in localization folders

* Fix link

* Update frontmatters

* Work on patterns index page

* Work on index page

* Fixes according PR comments. Mainly Readme edits.

* fix frontmatter

* add missing png

* Update pattern index.md

* Add index.md for Chinese translation

* update image paths

* update circuit breaker image paths

* Update image paths for localizations

* add generated puml

* Add missing image

* Update img file extensions

* Update the rest of the EN and ZH patterns to conform with the new website

Co-authored-by: Victor Zalevskii <zvictormail@gmail.com>
2022-10-23 16:29:49 +03:00

1.5 KiB

title, category, language, tags
title category language tags
Reactor Concurrency en
Performance
Reactive

Intent

The Reactor design pattern handles service requests that are delivered concurrently to an application by one or more clients. The application can register specific handlers for processing which are called by reactor on specific events. Dispatching of event handlers is performed by an initiation dispatcher, which manages the registered event handlers. Demultiplexing of service requests is performed by a synchronous event demultiplexer.

Class diagram

Reactor

Applicability

Use Reactor pattern when

  • A server application needs to handle concurrent service requests from multiple clients.
  • A server application needs to be available for receiving requests from new clients even when handling older client requests.
  • A server must maximize throughput, minimize latency and use CPU efficiently without blocking.

Real world examples

Credits