Microservices with Apache Camel

2 hour session where I cover what is Apache Camel, latest news on the upcoming Camel v3, and then the main topic of the talk is the new Camel K sub-project for running integrations natively on the cloud with kubernetes. The last part of the talk is about running Camel with GraalVM / Quarkus to archive native compiled binaries that has impressive startup and footprint.

Red Hat Microservices Architecture Day - New York, November 2015. Presented by Claus Ibsen. Apache Camel is a very popular integration library that works very well with microservice architecture. This talk introduces you to Apache Camel and how you can easily get started with Camel on your computer. Then we cover how to create new Camel projects from scratch as microservices, which you can boot using Camel or Spring Boot, or other micro containers such as Jetty or fat JARs. We then take a look at what options you have for monitoring and managing your Camel microservices using tooling such as Jolokia, and hawtio web console.

What is a Microservices architecture and how does it differ from a Service-Oriented Architecture? Should you use traditional REST APIs to bind services together? Or is it better to use a richer, more loosely-coupled protocol? This talk will start with quick recap of how we created systems over the past 20 years and how different architectures evolved from it. The talk will show how we piece services together in event driven systems, how we use a distributed log (event hub) to create a central, persistent history of events and what benefits we achieve from doing so. Apache Kafka is a perfect match for building such an asynchronous, loosely-coupled event-driven backbone. Events trigger processing logic, which can be implemented in a more traditional as well as in a stream processing fashion. The talk will show the difference between a request-driven and event-driven communication and show when to use which. It highlights how the modern stream processing systems can be used to hold state both internally as well as in a database and how this state can be used to further increase independence of other services, the primary goal of a Microservices architecture.

This document discusses using Prometheus to monitor Kubernetes clusters. It provides background on Kubernetes and Prometheus architectures. It then describes challenges with the previous monitoring setup and proposes using the Prometheus operator to more easily monitor Kubernetes and application metrics. The Prometheus operator allows automatically generating target configurations based on Kubernetes labels and provides Custom Resource Definitions for Prometheus and Service Monitors.

A brief overview of the significance of API Gateways in microservices architecture by providing Kong as an example. Slide 2: Monolith Vs Microservices Monolith: Pros- Simple to implement Less integration test - easy to test Easy to ship Fast development Cons- Violates Open-Close principle Nightmare when it comes to managing the code Difficult to enhance Bigger artifacts Hard to replace individual components like DB, Logger etc. Microservices- Pros- Easy to manage One reason to change Dynamic scaling Single responsibility Cons- Multiple points of failure Hard to test - rich integration tests required Heterogeneity in infrastructure Slide 3: API Gateway Pattern It is microservices design pattern. An API gateway is a service which is the entry point into the application from the outside world. It’s responsible for request routing, API composition, and other functions, such as authentication. There are a lot of issues when client is talking to multiple components to get the job done. These include multiple proxies at client side, different logic to handle different calls, client needs to know the implementation details of server. A much better approach is for a client to make a single request to what’s known as an API gateway. An API gateway is a service which is the single entry-point for API requests into an application. It’s similar to the Facade pattern from object-oriented design. Like a facade, an API gateway encapsulates the application’s internal architecture and provides an API to its clients. It might also have other responsibilities, such as authentication, monitoring, and rate limiting. These are also termed as BFF - Backend For Frontend Slide 4: API Gateway in Action It acts as a “backend for the frontend”. The clients do not know which services they are talking to. They communicate with a single interface - API Gateway. The gateway resolves the client requests and distributes them to respective services. Slide 7: Kong Architecture Kong is a cloud-native, fast, scalable, and distributed Microservice Abstraction Layer (also known as an API Gateway, API Middleware or in some cases Service Mesh). Made available as an open-source project in 2015, its core values are high performance and extensibility. Actively maintained, Kong is widely used in production at companies ranging from startups to Global 5000 as well as government organizations.

Spring Boot is a framework for creating stand-alone, production-grade Spring based applications that can be "just run". It aims to provide a radically faster and widely accessible starting experience for developing Spring applications. Spring Boot applications can be started using java -jar or traditional WAR deployments and require very little Spring configuration. The document then discusses system requirements, development environment, creating a simple Hello World application, using Spring Boot Admin to monitor applications, configuring databases, Spring Data JPA, REST controllers, caching with EhCache, building web applications with Thymeleaf, and project structure.

This document introduces AMQP messaging using RabbitMQ as a broker. It explains that AMQP and RabbitMQ allow applications to communicate asynchronously by sending and receiving messages through a broker, providing decoupling, queueing, load balancing and scalability. It provides details on RabbitMQ as an open source AMQP broker developed by Rabbit Technologies and the AMQP Working Group which maintains the AMQP standard.

Containers make it easy to build and deploy applications by abstracting away the underlying operating system. But how do you build secure and compliant containerized applications in a distributed environment, and without direct access to the operating system your code is running on? In this session, hear how Amazon Elastic Container Service for Kubernetes (Amazon EKS) is integrated into a large-scale regulated enterprise in the areas of network, security, CI/CD, and monitoring to cater to the needs of various business units. We cover the basics in each of these areas in Amazon EKS, and we hear from Fidelity on how it is driving its cloud strategy with Amazon EKS in the heavily regulated finance sector. We also share best practices and common architectures for building containerized application in highly regulated industries.

The document discusses hexagonal architecture, also known as ports and adapters architecture. It is an alternative to traditional multi-layer architectures that aims to decouple the application core from external influences like databases, web frameworks, and other dependencies. The core domain logic is separated from external influences by defining application programming interfaces (APIs) called "ports" that external "adapters" implement. This allows the core to be developed and tested in isolation. The document provides an example implementation of a ticket management system using this architecture.

1) Event-driven microservices involve microservices communicating primarily through events published to an event backbone. This loosely couples microservices and allows for eventual data consistency. 2) Apache Kafka is an open-source streaming platform that can be used to build an event backbone, allowing microservices to reliably publish and subscribe to events. It supports streaming, storage, and processing of event data. 3) Common patterns for event-driven microservices include database per service for independent data ownership, sagas for coordinated multi-step processes, event sourcing to capture all state changes, and CQRS to separate reads from writes.

Learn More About Object Store | MuleSoft Mysore Meetup #9 -What is an Object Store? -Different types of Object Store -Object Store behavior in different deployment models - On-Prem - Cluster - CloudHub - Hybrid -Demo (on watermarking using Object Sore) Speaker:- Pallavi M R Organizers: Shubham Chaurasia - https://www.linkedin.com/in/shubhamchaurasia1/ Giridhar Meka - https://www.linkedin.com/in/giridharmeka For Upcoming Meetups Join MuleSoft Mysore Meetup Group- https://meetups.mulesoft.com/mysore/

Google DevFest2019 Presentation at Infosys Campus Bangalore. Application deployment in Kubernetes with Helm is demo'ed in Google Kubernetes Engine (GKE). This is an introductory session on Helm. Several references are given in it to further explore helm3 as it is in Beta state now.

Helm version 3 was recently released with new features and a new architecture to support those features. The changes to Helm and charts were based on feedback, changes to Kubernetes, and lessons learned in the past couple years.

This document provides an overview of integrating microservices with Apache Camel and JBoss Fuse. It introduces Apache Camel as a lightweight integration library that uses enterprise integration patterns and domain-specific languages to define integration "flows" and "routes". It describes how Camel supports features like dynamic routing, REST APIs, backpressure, load balancing, and circuit breakers that are useful for building microservices. The document also introduces JBoss Fuse as a development and runtime platform for microservices that provides tooling, frameworks, management capabilities and container support using technologies like Apache Camel, CXF, ActiveMQ and Karaf.

This document discusses OpenShift Container Platform, a platform as a service (PaaS) that provides a full development and deployment platform for applications. It allows developers to easily manage application dependencies and development environments across basic infrastructure, public clouds, and production servers. OpenShift provides container orchestration using Kubernetes along with developer tools and a user experience to support DevOps practices like continuous integration/delivery.

Spring Boot is a framework for developing Java applications that reduces configuration and provides production-ready features. It allows developing Spring applications with minimal configuration by automatically configuring Spring and third-party libraries. Spring Boot provides starter dependencies to simplify build configuration and modules for autoconfiguration, CLI, monitoring, and more.

Spring Boot is a framework for creating stand-alone, production-grade Spring based Applications that can be "just run". It provides starters for auto-configuration of common Spring and third-party libraries providing features like Thymeleaf, Spring Data JPA, Spring Security, and testing. It aims to remove boilerplate configuration and promote "convention over configuration" for quick development. The document then covers how to run a basic Spring Boot application, use Rest Controllers, Spring Data JPA, Spring Security, and testing. It also discusses deploying the application on a web server and customizing through properties files.

Apache Camel is a very popular integration library that works very well with microservice architecture. This talk introduces you to Apache Camel and how you can easily get started with Camel on your computer. Then we cover how to create new Camel projects from scratch as micro services which you can boot using Camel or Spring Boot, or other micro containers such as Jetty or fat JARs. We then take a look at what options you have for monitoring and managing your Camel microservices using tooling such as Jolokia, and hawtio web console. The second part of this talk is about running Camel in the cloud.We start by showing you how you can use the Maven Docker Plugin to create a docker image of your Camel application and run it using docker on a single host. Then kubernetes enters the stage and we take a look at how you can deploy your docker images on a kubernetes cloud platform, and how the fabric8 tooling can make this much easier for the Java developers. At the end of this talk you will have learned about and seen in practice how to take a Java Camel project from scratch, turn that into a docker image, and how you can deploy those docker images in a scalable cloud platform based on Google's kubernetes.

In this session will teach you how to get a good start with Apache Camel. We will introduce you to Apache Camel and how Camel its related to Enterprise Integration Patterns. And how you go about using these patterns in Camel routes, written in Java code or XML files. We will then discuss how you can get started developing with Camel, and how to setup new projects from scratch using Maven and Eclipse tooling. This session includes live demos that show how to build Camel applications in Java, Spring, OSGi Blueprint and alternative languages such as Scala and Groovy. You will also hear what other features Camel provides out of the box, which can make integration much easier for you. We also take a moment to look at hawtio, then hot new web console tooling that allows you to get insight into your running Apache Camel applications, which has among others visual route diagrams with tracing/debugging and profiling capabilities. Before opening up for QA, we will share useful links where you can dive into learning more about Camel.

This session will teach you how to get a good start with Apache Camel. We will introduce you to Apache Camel and how Camel its related to Enterprise Integration Patterns. And how you go about using these patterns in Camel routes, written in Java code or XML files. We will then discuss how you can get started developing with Camel, and how to setup a new project from scratch using Maven and Eclipse tooling. This session includes live demos that show how to build Camel applications in Java, Spring, OSGi Blueprint and alternative languages such as Scala and Groovy. You will also hear what other features Camel provides out of the box, which can make integration much easier for you. At the end we demonstrate how to build custom components, allowing you to build custom adapters if not already provided by Camel. Before opening up for QA, we will share useful links where you can dive into learning more about Camel.

This session will teach you how to get a good start with Apache Camel. We will introduce you to Apache Camel and how Camel its related to Enterprise Integration Patterns. And how you go about using these patterns in Camel routes, written in Java code or XML files. We will then discuss how you can get started developing with Camel, and how to setup a new project from scratch using Maven and Eclipse tooling. This session includes live demos that show how to build Camel applications in Java, Spring, OSGi Blueprint and alternative languages such as Scala and Groovy. You will also hear what other features Camel provides out of the box, which can make integration much easier for you. At the end we demonstrate how to build custom components, allowing you to build custom adapters if not already provided by Camel. Before opening up for QA, we will share useful links where you can dive into learning more about Camel.

Apache Camel is versatile integration library that supports a huge number of components, enterprise integration patterns, and programming languages. In this this talk I first introduce you to Apache Camel and its concepts. Then we move on to see how you can use the Groovy programming language with Camel as a first class Groovy DSL to build integration flows. You will also learn how to build a new Camel and Groovy app from scratch from a live demo. And we also touch how you can use Camel from grails using the grails-camel plugin. I will also show the web console tools that give you insight into your running Apache Camel applications, including visual route diagrams with tracing, debugging, and profiling capabilities. This session will be taught with a 50/50 mix of slides and live demos, and it will conclude with Q&A time.

Apache Camel is versatile integration library that supports a huge number of components, enterprise integration patterns, and programming languages. In this this talk I first introduce you to Apache Camel and its concepts. Then we move on to see how you can use the Groovy programming language with Camel as a first class Groovy DSL to build integration flows. You will also learn how to build a new Camel and Groovy app from scratch from a live demo. And we also touch how you can use Camel from grails using the grails-camel plugin. I will also show the web console tools that give you insight into your running Apache Camel applications, including visual route diagrams with tracing, debugging, and profiling capabilities. This session will be taught with a 50/50 mix of slides and live demos, and it will conclude with Q&A time.

This session will teach you how to get a good start with Apache Camel. We will introduce you to Apache Camel and how Camel its related to Enterprise Integration Patterns. And how you go about using these patterns in Camel routes, written in Java code or XML files. We will then discuss how you can get started developing with Camel, and how to setup a new project from scratch using Maven and Eclipse tooling. This session includes live demos that show how to build Camel applications in Java, Spring, OSGi Blueprint and alternative languages such as Scala and Groovy. You will also hear what other features Camel provides out of the box, which can make integration much easier for you. Before opening up for QA, we will share useful links where you can dive into learning more about Camel. This presentation was video taped which you can find here: http://javagruppen.dk/index.php/moder/historiske-moder/285-javagruppemode-115-apache-camel-i-aarhus

This session will teach you how to get a good start with Apache Camel. We will introduce you to Apache Camel and how Camel its related to Enterprise Integration Patterns. And how you go about using these patterns in Camel routes, written in Java code or XML files. We will then discuss how you can get started developing with Camel, and how to setup a new project from scratch using Maven and Eclipse tooling. This session includes live demos that show how to build Camel applications in Java, Spring, OSGi Blueprint and alternative languages such as Scala and Groovy. You will also hear what other features Camel provides out of the box, which can make integration much easier for you. At the end we demonstrate how to build custom components, allowing you to build custom adapters if not already provided by Camel. Before opening up for QA, we will share useful links where you can dive into learning more about Camel.

Workshop how to get started coding with Apache Camel. Also shows how to use hawtio and how you can try out fabric8 with the embedded Camel editor.

Get off to a good start with Apache Camel. This session will give you an introduction to Apache Camel and teach you: - How Camel is related to enterprise integration patterns (EIPs). - How to use EIPs in Camel routes written in Java code or XML files. - How to get started developing with Camel, including how to set up new projects from scratch using Maven and Eclipse. - With a live demo, how to build Camel applications in Java, Spring, and OSGi Blueprint. - How ready-to-use features make integration much easier. - About the web console tools that give you insight into your running Apache Camel applications, including visual route diagrams with tracing, debugging, and profiling capabilities. - Useful resources to learn more about Camel. This session will be taught with a 50/50 mix of slides and live demos, and it will conclude with Q&A time.

The document summarizes a public presentation by Claus Ibsen on using Apache Camel connectors for external connectivity. The presentation covers understanding Camel components, essential components like Direct, Bean, File, and JMS, and how to create new Camel components. It also provides information on where to find additional Camel resources.

This document provides an introduction to serverless computing and discusses various serverless technologies and concepts. It summarizes Apache OpenWhisk, a serverless platform, and Knative, which provides serverless primitives for container-based applications. It also outlines some benefits and challenges of serverless, including automatic scalability but also deployment complexity. Example use cases like action chaining and event-driven capabilities are demonstrated.

This document discusses OpenShift Service Brokers and catalogs. It explains that service brokers standardize how services are consumed on cloud platforms by managing a catalog of available services. The OpenShift Ansible Broker and Template Broker make Ansible playbooks and OpenShift templates available as services. Service brokers provide automated, standard, and consistent access to services compared to manual processes.

The BBC moved their OWLIM graph database to Amazon Web Services (AWS) to take ownership of OWLIM maintenance and support AWS adoption. They deployed OWLIM using AWS OpsWorks to define the infrastructure and Chef recipes to install and configure each layer. While OpsWorks and Chef provide benefits like simplicity and reuse, autoscaling is not supported and Chef recipes could be improved. Future plans include autoscaling, backup improvements, and refactoring Chef recipes.

Edison Wong presented on using Ansible for DevOps automation. He discussed using Ansible to deploy applications to Kubernetes and managing infrastructure as code. He demonstrated testing roles locally with Molecule and testing complex clusters with Vagrant. Wong emphasized starting with test cases and using different test drivers like Docker, LXD, and Vagrant based on the complexity of what is being tested.

This document outlines an introduction to Docker for Java developers, including running Java microservices and applications in Docker containers. It discusses building Docker images with Maven, interacting with the Docker API in Java, continuous delivery with Jenkins and Docker, and deploying Java applications to production using Docker clusters like Kubernetes and Docker Swarm.

- The document discusses developments and tools for serverless applications on AWS Lambda. It begins with an overview of new Lambda features like environment variables and Step Functions for orchestrating Lambda functions. - Several serverless frameworks are demonstrated, including the Serverless Framework, Gordon, and Chalice, which simplify developing and deploying Lambda functions and event sources. - The AWS Serverless Application Model (SAM) is presented as a way to bundle Lambda functions, APIs, and events using CloudFormation for simplified deployment. Additional resources on Lambda are also listed.

Kubernetes (K8s) is an open-source system for automating deployment, scaling, and management of containerized applications. This training helps you understand key concepts within 3 hours.

In this talk we'll talk about how the Serverless paradigms are changing the way we develop applications and cloud infrastructure and how we can implement them in a efficient and seamless way with Kubernetes. We'll go through the latest Kubernetes Serverless technologies, talking about all the aspects including pricing, scalability, observability and best practices.

Kyle Bassett's from @ Arctiq (www.arctiq.ca) Presentation from the Halifax DevOps Meet-up on July.19th - 2017. Linux Container Platform on Azure (Kubernetes, OpenShift, Ansible Automation) Pipeline Automation (From Code to Containers, Automated CI / CD on Azure

Design your integration flows using Camel and JBang for a better developer experience, and make it easily production grade using Quarkus. Claus Ibsen, Apache Camel lead & Senior Principal Software Engineer, Red Hat

Camel CLI (Camel JBang) provides an easy way to try Apache Camel without extensive configuration. It allows installing Camel dependencies with jbang, developing and running Camel integrations locally, and exporting projects to runtimes like Quarkus. Current features include dependency management, running Camel DSLs, hot reloading, and exporting to Spring Boot. Future plans include managing multiple integrations, improved health checks, and running on additional runtimes. Camel JBang aims to lower the barrier to experimenting with Camel.

Slides for the 50 min presentation at Camel Day Italy 2021, where Claus Ibsen and Andrea Cosentino had the opporunity to give a more deep dive talk about the journey towards Camel 3, and what we have done to re-architect camel core in v3 to make it awesome for microservices, cloud native, kubernetes, quarkus, graalvm, knative, apache kafka. Camel Day Italy 2021: https://www.meetup.com/it-IT/red-hat-developers-italy/events/275332376/

Join this webinar to learn what’s new in Camel 3 and about Camel projects: - Latest features in Camel 3 - Quick demos of Camel 3, Camel #Quarkus, #CamelK, and Camel Kafka Connector - Present insights into what's coming next

In this session, we'll focus on: Camel 3: Demos of how Camel 3, Camel K and Camel Quarkus all work together, and will provide insights into Camel’s role in the next major release of Red Hat Integration products. Camel K: This serverless integration platform provides low-code/no-code capabilities, where integrations can be snapped together quickly using the powers from integration patterns and Camel’s extensive set of connectors. Camel Quarkus: Using Knative (the fast runtime of Quarkus) and Camel K brings awesome serverless features, such as auto-scaling, scaling to zero, and event-based communication, with great integration capabilities from Apache Camel. You will also hear about the latest Camel sub-project Camel Kafka Connectors which makes it possible to use all the Camel components as Kafka Connect connectors. Finally we bring details of the roadmap for what is coming up in the Camel projects.

In this session, we'll discuss: - What’s Apache Camel: An overview of Camel and what you use it for and why you should care. - Camel 3: Demos of how Camel 3, Camel K and Camel Quarkus all work together, and will provide insights into Camel’s role in the next major release of Red Hat Integration products. - Camel K: This serverless integration platform provides low-code/no-code capabilities, where integrations can be snapped together quickly using the powers from integration patterns and Camel’s extensive set of connectors. - Camel Quarkus: Using Knative (the fast runtime of Quarkus) and Camel K brings awesome serverless features, such as auto-scaling, scaling to zero, and event-based communication, with great integration capabilities from Apache Camel. You will also hear about the latest Camel sub-project Camel Kafka Connectors which makes it possible to use all the Camel components as Kafka Connect connectors. Finally we bring details of the roadmap for what is coming up in the Camel projects. And after the presentation we have about 30 minutes of QA answering all the questions from the audience.

Camel K is a lightweight integration platform based on Apache Camel that is optimized to run on Kubernetes and Knative. It allows developers to write integration logic using the Apache Camel Domain Specific Language and deploy it to Kubernetes with a single command. Camel K runs the integration as microservices on Kubernetes and handles scaling and management of the integration runtime. It aims to provide a serverless experience for building and running integrations in cloud-native environments.

Apache Camel is the leading open source integration framework, which has been around for over a decade. In this talk we will look back in history, to understand how the integration landscape has evolved from EAI, SOA, and ESB architectures up to microservices, and now with modern serverless and cloud native platforms. Apache Camel has been along for the ride. And we will look to the future and see how the latest release v3 of Apache Camel, is aimed for running modern cloud native workloads with Camel K. In this talk you will: Learn from history software integration, and why you should rely on existing, proven fully featured integration frameworks instead of rolling out your own DIY solutions. See how software integration is (still) important in today’s modern architectures and what role does Camel have in the new cloud native world. What is new and noteworthy in Apache Camel version 3

This presentation will introduce Knative, an open source project that adds serverless capabilities on top of Kubernetes, and present Camel K, a lightweight platform that brings Apache Camel integrations in the serverless world. Camel K allows running Camel routes on top of any Kubernetes cluster, leveraging Knative serverless capabilities such as “scaling to zero”. We will demo how Camel K can connect cloud services or enterprise applications using its 250+ components and how it can intelligently route events within the Knative environment via enterprise integration patterns (EIP). Target Group: Developers, architects and other technical people - a basic understanding of Kubernetes is an advantage

2 hour session where I cover what is Apache Camel, latest news on the upcoming Camel v3, and then the main topic of the talk is the new Camel K sub-project for running integrations natively on the cloud with kubernetes. The last part of the talk is about running Camel with GraalVM / Quarkus to archive native compiled binaries that has impressive startup and footprint.

Camel K allows building and deploying Apache Camel integration applications on Kubernetes in about 1 second. It provides a lightweight runtime for Camel on Kubernetes that enables low-code/no-code integration using Camel's Java DSL. Camel K applications can take advantage of serverless capabilities provided by Knative like autoscaling and scaling to zero. Quarkus is a Kubernetes-native Java stack that provides a minimal footprint and container-first experience for building microservices. It works well with Camel/Camel K by enabling native compilation of Camel routes for very fast startup times and low memory usage.

Apache Camel has fundamentally changed the way enterprise Java developers think about system-to-system integration by making enterprise integration patterns (EIP) a simple declaration in a lightweight application wrapped and delivered as a single JAR. In this session, we’ll show you how to bring the best practices from the EIP world together with containers, running on top of Kubernetes, and deployed as Spring Boot microservices, which are both cloud-native and cloud-portable. Building and designing cloud-native microservices impacts how we develop. We’ll discuss practices how to build distributed and fault-tolerant microservices with technologies such as Kubernetes Services, Netflix Hystrix, Camel EIP patterns, and Istio. You will see live demos of us killing containers to test fault tolerance, and more.

The document provides an overview and summary of a presentation titled "Camel riders in the cloud" given at Red Hat DevNation Live in March 2018. The presenter is a senior principal software engineer at Red Hat and long-time committer to the Apache Camel project. The presentation discusses how Apache Camel can be used for distributed integration in microservices and containerized architectures running in the cloud. It outlines best practices for running Camel in containers, including keeping Camel components small, stateless, and using configuration management. Fault tolerance, health checks, Enterprise Integration Patterns, and distributed tracing are also covered.

How to get started developing Camel microservices (or any Java technology for that matter) on a local Kubernetes cluster from zero to deployment. As a Java developer it may be daunting to know how to get started how to develop container applications that runs on Kubernetes cluster. Using minikube its very easy to run a local cluster and with the help of fabric8 tooling its even easier to install and run using familiar tools like Maven. In this talk we will build a set of Apache Camel and Java based Microservices that uses Spring Boot and WildFly Swarm. With the help of fabric8 maven tooling you will see how to build, deploy, and run your Java projects on a Kubernetes cluster (local or remote). And even live debugging is easy to do as well. We will discuss practices how to build distributed and fault tolerant microservices using technologies such as Kubernetes Services, Netflix Hysterix, and Camel EIP patterns for fault tolerance. In the talk you will also hear about related open source projects where you can go explore more such as fabric8, openshift.io, istio, etc. This presentation is a 50/50 mix between slides and demo.

This presentation will demonstrate to developers involved with integration how the Apache Camel project can make your life much easier. We start with an introduction to what Apache Camel is, and how you can use Camel to make integration much easier. Allowing you to focus on your business logic, rather than low level messaging protocols, and transports. You will hear how Apache Camel is related Enterprise Integration Patterns which you can use in your architectural designs and as well in Java or XML code, running on the JVM with Camel. You will also hear what other features Camel provides out of the box, which can make integration much easier for you.

The so-called experts are saying microservices and containers will change the way we build, maintain, operate, and integrate applications. This talk is intended for Java developers who wants to hear and see how you can develop Java microservices that are ready to run in containers. In this talk we will build a set of Java based Microservices that uses a mix of technologies with Apache Camel, Spring Boot and WildFly Swarm. You will see how we can build small discrete microservices with these Java technologies and build and deploy on the Kubernets container platform. We will discuss practices how to build distributed and fault tolerant microservices using technologies such as Kubernetes Services, Camel EIPs, and Netflixx Hysterix. And the self healing and fault tolerant aspects of the Kubernetes platform is also discussed and demoed when we let the chaos monkeys loose killing containers. This talk is a 50/50 mix between slides and demo. The talk was presented at JDKIO on September 13th 2016.

Developing Java based microservices ready for the world of containers The so-called experts are saying microservices and containers will change the way we build, maintain, operate, and integrate applications. This talk is intended for Java developers who wants to hear and see how you can develop Java microservices that are ready to run in containers. In this talk we will build a set of Java based Microservices that uses a mix of technologies with: - Spring Boot with Apache Camel - Apache Tomcat with Apache Camel You will see how we can build small discrete microservices with these Java technologies and build and deploy on the Kubernets/OpenShift3 container platform. We will discuss practices how to build distributed and fault tolerant microservices using technologies such as Kubernetes Services, Camel EIPs, Netflixx Hysterix, and Ribbon. We will use Zipkin service tracing across all four Java based microservices to provide a visualization of timings and help highlight latency problems in our mesh of microservices. And the self healing and fault tolerant aspects of the Kubernetes/OpenShift3 platform is also discussed and demoed when we let the chaos monkeys loose killing containers. This talk is a 50/50 mix between slides and demo.

This document discusses microservices with Apache Camel and fabric8 on Kubernetes. It begins with a quick Apache Camel demo of a Twitter search application built with Camel. It then provides an overview of Kubernetes and fabric8, including key concepts like pods, replication controllers, services, and labels. The remainder discusses developing and deploying Java microservices to Kubernetes using Camel, CDI, fabric8, and the OpenShift CLI for tasks like deployment, scaling, and viewing logs.

Slides from JavaBin talk in Grimstad Norway, presented by Claus Ibsen in February 2016. This slide deck is full up to date with latest Apache Camel 2.16.2 release and includes additional slides to present many of the features that Apache Camel provides out of the box.

Call India AmanTel allows you to call from any country in the world including India to the USA and Canada at the cheapest rate Limited offers new users some free minutes.

Destyney Duhon embodies a singular blend of creativity, resilience, and purpose that defines modern entrepreneurial spirit. As a visionary at the intersection of artistry and innovation, Destyney fearlessly navigates uncharted waters, sculpting her journey with a profound commitment to authenticity and impact.This Brand exploration power point is a great example of her dedication to her craft.

this is task 2 of my internship at the sparks foundation as a talent acquisition intern.it is about how to be ready for a job.

The European Commission has clearly identified open source as a strategic tool for bringing some balance to an EU cloud market currently dominated by a handful of non-EU hyperscalers. Part of that commitment comes through a series of ambitious, multi-million EU projects like the SIMPL platform for Data Spaces and the multi-country “Important Project of Common European Interest on Next Generation Cloud Infrastructure and Services” (IPCEI-CIS). For the first time in the history of the European Union, it is the EU industry who will be leading large-scale open source projects aimed at building European strategic technologies. In this talk we will explain in detail how specific European open source technologies are being brought together as part of some of those projects to start building Sovereign Multi-Cloud solutions that ensure interoperability and digital sovereignty for European users while preventing vendor lock-in in the cloud market, opening up competition in the emerging 5G/edge.