Camel k Taiwan Java user group

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This document discusses Apache Camel and how it can be used for microservices integration on Kubernetes and OpenShift platforms. It provides demonstrations of Camel K, which allows Camel integration applications to run natively on Kubernetes, and how Camel K can be used with Knative to run integration logic as serverless functions. The document also briefly mentions Istio for microservices mesh management and Syndesis for integration with Camel K.

Software

Camel & Camel K & Camel K on K Native
Taiwan Java User Group
Christina Lin
Red Hat

Red Hat2
Apache Camel
Partner App Others

Red Hat3
Apache Camel
SVC SVC SVC SVC
SVC SVC SVC SVC
SAAS
SAAS
SAAS
S
O
A
P

Red Hat4
Apache Camel
Integration Framework base on Enterprise Integration Patterns
Enterprise Integration Patterns

Red Hat5
Microservices
microservice ● Simple,small
● Boundary and Replaceable
● Independence
● Isolated Failure
● Scale
microservice microservice microservice

Red Hat6
Microservices for real
Partner App Others
microservice
microservice
microservice
microservice
microservice
microservice
microservicemicroservice
microservice
microservice
microservice
microservice
microservice
microservice
microservice
microservice
microservice
microservice
microservice
microservice

Red Hat7
Three key drivers to modern architecture
Events
Event Distribution, Data streaming,
Distributed Microservices
Content transformation, Service orchestration,
Split/Aggregate, Content routing
Interface
Contract negotiation, Service Adaptability,
Time to market, Monetization

Core Layer
External Applications
Application Network Layer
Containers
ContainerOrchestration(OpenShift)
8
Composite
Layer Service Interactions
Cloud Native
services
(Runtime 1)
Enterprise Integration Patterns
Cloud Native
App (Runtime 2)
Anti
Corruption
Layer
Containerized App
(Lift and Shift EAP)
SecurityServices(RHSSO)
DataServices(DataGrid)
Traditional
App (EAP)
VMs
APIManagement(3scale)
Policies Access Control Proxy Routing
Service Composition Events Mesh
DevOps Automation / Continuous Integration / Continuous Delivery (Ansible)
Agile Integration

Red Hat9
Apache Camel
Integration Framework base on Enterprise Integration Patterns

Red Hat11
Kubernetes/OpenShift
Container orchestration that automates application deployment, scaling, and management

Red Hat12
Operators
Making packaging, deploying and managing a Kubernetes/OpenShift application easier

Red Hat13
Custom Resource Definition
Defines your own object kinds and lets the API Server handle the entire lifecycle.

Red Hat14
Camel K
Lightweight Camel Integration application runs natively on Kubernetes/OpenShift

Red Hat16
Istio
Application Network platform to connect, manage, and secure microservices mesh

Red Hat17
Istio
Application Network platform to connect, manage, and secure microservices mesh

Red Hat19
KNative
Platform to build, deploy and manage serverless function on top of Kubernetes/OpenShift

Red Hat20
KNative (EVENTING)
Platform to build, deploy and manage serverless function on top of Kubernetes/OpenShift

Red Hat21
Camel K on Knative
Lightweight Camel Integration application runs as a serverless function on Knative

Red Hat22
Camel K on Knative
Lightweight Camel Integration application runs as a serverless function on Knative
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.to('knative:channel/messages')
from('knative:channel/messages')
.split().tokenize(" ")
.to('knative:channel/words')

Red Hat24
Camel K and Syndesis
Lightweight Camel Integration application runs as a serverless function on Knative

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29

O'Reilly Software Architecture Conference Europe, November 2019, Berlin: Talk by Mario-Leander Reimer (@LeanderReimer, Principal Software Architect at QAware) === Please download slides if blurred! === Abstract: Good APIs are the centerpiece of any successful digital product. But for complex systems with many API consumers, the proper management of these APIs is of utmost importance. The API gateway pattern is well established to handle concerns like routing, versioning, rate limiting, access control, or diagnosability in a cloud native application architecture. Mario-Leander Reimer guides you to cloud native API gateways. You’ll take a closer look at the cloud native API gateway ecosystem: Ambassador, Gloo, Tyc, KrakenD, etc., and find out which one of these is right for your next project. Leander explains the API gateway pattern with its possible usage scenarios and defines a criteria catalog with essential characteristics in order to compare the current ecosystem. And he puts some of them to the test and demonstrates their usage live and uncut.

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