RabbitMQ: What’s New & Changing after 10 Years of Application Messaging?

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RabbitMQ: What’s New & Changing after 10 Years of Application messaging


What is RabbitMQ? RabbitMQ is an open source message broker and queueing server that can be used to let disparate applications share data via a common protocol, or to simply queue jobs for processing by distributed workers.


Agenda

1.  Brief history of RabbitMQ 2.  Common use cases for RabbitMQ 3.  RabbitMQ in Microservices Architectures 4.  Roadmap


Agenda


AMQP spec and Erlang language are key to RabbitMQ’s DNA RabbitMQ Was First Released 10 Years Ago

2004 AMQP standard defined

2006 First version RabbitMQ

2007 Rabbit Technologies founded

2010 Acquisition by VMWare

2013 Becomes part of Pivotal Software

2014 First release on Cloud Foundry

2017 10th Anniversary of first OSS release

RabbitMQ is the most widely used & deployed open source message queue 10 Years of Serving Developers

Frequently searched for... Frequently visited...

Decoupling applications through messaging is a growing need RabbitMQ Adoption Continues to Climb

Consistently increasing job market...

76% YOY increase in downloads

Established user community...


Agenda


Typical application messaging patterns deployed by developers Common Use Cases for RabbitMQ

●  Decouple apps via async services ○  Use queues as buffers ○  Scale app components individually ○  Enable microservices - RMQ is

small/light enough ●  Routing and distributing ●  Load balancing ●  Cross language barriers using

AMQP standard protocol

Application messaging focused for developers What Makes RabbitMQ Unique

●  Open standard protocol ●  Open source license ●  Language independent ●  Authentication (e.g. LDAP) ●  Authorisation ●  Massive client ecosystem ●  Get started quickly ●  Grow organically ●  Suited to cloud deployment

All major operating systems, clouds, and programming languages are supported Common Ways to Consume RabbitMQ

More than 100 clients, integrations, & plugins from the RabbitMQ community


Agenda


RabbitMQ Domain-Specific Messaging Fits Cloud-Native Approach Decoupled Messaging Becomes MSA Requirement

Designed for easy adoption by developers ●  For asynchronous enterprise

integration patterns. ●  When service buses are too heavy

weight. ●  Decouples related applications

Fits microservice architecture needs ●  Highly-distributed nature eschews

centralized integration. ●  Integration and communication

channels must be decoupled. ●  Developers can choose the best

messaging ●  RabbitMQ ease of adoption shines for

many (but not all) patterns.

Message Brokers in Microservices Architecture

Example MSA Scenario Implemented with RabbitMQ


Agenda


2016 Review Improvements in Internal Processes

●  Ongoing Staff investments ●  CI - Pivotal Tracker, Concourse ●  Erlang Common Test ●  EUnit ●  Wider distribution

○  GitHub, Bintray, Package Cloud ○  More ways to consume RMQ

●  Wider automated testing ○  Ubuntu, Debian, CentOS,

Fedora ○  More client libs for protocols

●  Client version decoupling ●  Ongoing community participation

Three main themes in vision RabbitMQ Development Direction

●  Operability ○  Admin ease of use (non-developer) ○  Safety Policies ○  Security and compliance

●  Scalability ○  RabbitMQ as a service ○  Large clusters ○  Predictable behavior and failure modes

●  Expansion and support of programming languages and tools ○  Deeper into core languages and Spring ○  Quality support for community clients

Enablement and empowerment of administrators Operability

In 3.5.x, 3.6

●  Lazy Queues ●  Tunable Flow Control ●  Event Exchange (devops)

In 3.7

●  New config format (non-Erlang) ●  New CLI tools (Elixir) ●  Clustering

○  Pluggable peer discovery ○  Easy restarts

●  Simplified/flexible logging

In 3.7 (continued) ●  Operator policies & limits

○  Connections, channels, queues ●  TLS/x509 Cert Trust Store ●  OAuth 2 and OpenID Connect ●  Proxy protocol support ●  Autocluster improvements

3.8 and beyond

●  Toxic message handling ●  Pure IPv6 support ●  Mixed version clusters (downtime)

Stability and performance in extreme environments Scalability

In 3.5.x, 3.6

●  Faster Sync of mirrors - batched ●  Reduced RAM usage ●  LDAP connection pooling ●  Sharding

In 3.7

●  Mgmt Plugin refactor ○  Distributed ○  Parallelized

●  Increased automated testing (internal) ●  Long-running test environments (internal) ●  Refactor vs new feature balance weighting

3.8 and beyond

●  Message Store: write-ahead ●  StatsDB: disk storage ●  RAFT-based consensus for queue

mirrors ●  Reduce dependency on Erlang Mnesia

DB

Expansion and support of programming languages and tools Client, protocol, and plugin ecosystem

In 3.5.x, 3.6, 3.7

●  WebSTOMP ●  WebMQTT ●  JMS Client

○  Donated by Pivotal ○  Integrated into RMQ core (JMS

Topic Exch) ●  Major Java client update

○  Logging and metrics ○  Spring - cross development

■  Reactor - NIO support ■  Spring Boot - client metrics ■  Spring AMQP - new config

options

●  Major .NET client update ○  .NET Core support ○  Async / await

●  New iOS and MacOS client 3.8 and beyond

●  AMQP 1.0 improvements ○  New AMQP 1.0 client ○  Cross-protocol Shovel ○  Cross-protocol Federation

●  MQTT improvements

Two avenues to obtain RabbitMQ from Pivotal Commercial Support for RabbitMQ from Pivotal

Pivotal App Suite

●  Sold via processor core equivalent

●  Includes option to use OSS or Pivotal-branded versions

●  Pivotal Premier Support (24x7) ●  Full OSS support

●  Developer support also available

RabbitMQ for Pivotal Cloud Foundry

●  Sold via service instance (cluster) ●  Provided with PCF Services Suite ●  Shared cluster today, dedicated instances

coming ●  Includes support to run outside PCF as well

is within PCF as an automated service

RabbitMQ: What’s New & Changing after 10 Years of Application Messaging?

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