Jenkins part 2
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Jenkins is an open source automation server that enables developers to easily automate builds and tests of software projects. It was originally forked from Hudson in 2011 and is written in Java. Jenkins supports continuous integration workflows and can integrate with source code management systems and build tools. It has over 400 plugins that add additional functionality for testing, notifications, artifact storage, and more.
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Best Practices for Mission-Critical Jenkins
The document summarizes best practices for running Jenkins in a mission-critical way. It discusses making Jenkins highly available through easy instance recovery, persistent configuration, environment management, monitoring, and high availability of artifacts. It also covers designing fault-tolerant jobs, error handling, security through authentication, authorization, and HTTPS.
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DCSF19 Transforming a 15+ Year Old Semiconductor Manufacturing Environment
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Recommended
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Jenkins is an open source continuous integration (CI) tool written in Java. Continuous integration (CI) is the practice, in software engineering, of merging all developer working copies with a shared mainline several times a day. The main aim of CI is to prevent integration problems.
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Jenkins provides continuous integration services for software development. It is a server-based system running in a servlet container such as Apache Tomcat.
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Similar to Jenkins part 2
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1. Containers provide process isolation and reproducible environments for applications at scale. Container orchestration helps manage the lifecycle of containers across hosts.
2. OpenStack provides infrastructure automation for container hosts. Using containers with OpenStack allows developers to quickly deploy applications while operations can manage compliance, auditing, and networking.
3. Container orchestration systems like Kubernetes deployed with OpenStack solutions like VMware Integrated OpenStack simplify container management by providing visibility, health checks, affinity/anti-affinity, and lifecycle management of containers.
XWiki Testing with TestContainers
En tant que développeur, qu'il est bon d'être capable de débugguer sur sa machine un problème survenant en production, dans une configuration spécifique ! C'est ce que permet le framework TestContainers. Il permet de piloter Docker directement depuis ses tests JUnit et donc d'avoir un mécanisme extrêmement efficace pour déployer ses tests fonctionnels dans un environnement donné.
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The document provides an overview of Jenkins, a popular open source continuous integration (CI) tool. It discusses what CI is, describes Jenkins' architecture and features like plugin extensibility. It also covers installing and configuring Jenkins, including managing plugins, nodes and jobs. The document demonstrates how to set up a sample job and outlines benefits like supporting Agile development through continuous integration and access to working software copies.
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本演講將會從觀念出發，並佐以部份實作建議，讓大家有足夠資訊來評估此架構的好處。
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DevOps'n the Operating System
Video and slides synchronized, mp3 and slide download available at URL http://bit.ly/2aLgjxD.
John Willis takes a brief look at the history of how Devops principles and operating systems have converged. He spends most of the time forward looking at what and how unikernels will converge with Devops tools, processes and culture. He ends with a demo of how containers, unikernels and Devops ideas can work together in the future. Filmed at qconnewyork.com.
John Willis is Director of Ecosystem Development for Docker, which he joined after the company he co-founded, SocketPlane, was acquired by Docker. Previous to founding SocketPlane, he was the Chief DevOps Evangelist at Dell. He has also held past executive roles at Opscode/Chef and Canonical/Ubuntu. He is the author of 7 IBM Redbooks and is co-author of the “Devops Handbook”.
Vinayak_Sdet_DevOps_Bigdata_5_years
Around 5 plus years of proven experience in software industry with a focus on Automation/Manual testing, Performance testing, DevOps and Big Data Hadoop. An Experienced Automation and DevOps engineer with excellent knowledge of automation.
Experience in all aspects of infrastructure, application, CI/CD, Containerization. Strong experience in latest DevOps tools like Docker, Kubernetes, Jenkins, Splunk.
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Alibaba Cloud Conference 2016 - Docker Open Source
This document provides an overview of John Willis and his background in DevOps. It then discusses several DevOps practices and principles like continuous delivery, version control, and automating everything. The rest of the document focuses on Docker specifically, covering topics like the Docker ecosystem, platform, and commercial solutions. It also discusses Docker usage growth over time and opportunities in China.
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How maven makes your development group look like a bunch of professionals.
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Maven is a build tool that provides a uniform build system with guidelines for best practices. It uses a Project Object Model (POM) XML file to define project information, relationships, and build settings. Maven projects have a default directory structure and life cycle made up of phases and goals. It supports multi-module projects to organize builds. Maven uses a local then remote repository to resolve dependencies. Artifactory is a repository that can host internal libraries. A complete build solution integrates Maven, source control, continuous integration, repositories, and code quality tools.Verifying your Ansible Roles using Docker, Test Kitchen and Serverspec
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Continuous Integration and Deployment with Jenkins for PCF
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Jumping from Continuous Integration to Continuous Delivery with Jenkins Enter...
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The document discusses using expression filters in Mule applications. It provides an example Mule configuration file that uses an expression filter to check the value of a session variable and route the message to a second flow if the value is not equal to "mule". The output shows the message being logged in both flows, demonstrating that the expression filter passed the message to the second flow since the session variable value was "mule studio" rather than just "mule".
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Anypoint Data Gateway allows users to integrate data from legacy back-office systems like SAP, Oracle, and SQL into Salesforce through a simple point-and-click interface without extensive coding. It supports instant connections to various data sources and automatically retrieves and configures metadata. The gateway is installed via Salesforce AppExchange and its visual designer makes it easy to create and publish connections to external data sources within Salesforce.
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This document discusses using Maven to build and manage Java projects. It describes Maven's property processing and build process design, including how projects can inherit properties and goals from parent projects. It provides examples of configuring Maven to generate documentation, EJBs, web services, and packaging the various modules into a final EAR. The last section discusses customizing Maven and putting the pieces together using a Maven reactor build.
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This document describes how to create and manage Java projects using Maven. It discusses creating a new Maven project and the directory structure for the project and subprojects. The project object model (POM) defines project details like management information, dependencies, and reports. The POM specifies source code locations, dependencies, and reports to generate like JUnit and Javadoc reports.
Maven part 1
Maven is a Java project management and build tool that uses a Project Object Model (POM) defined in XML files to manage a project's build, reporting and documentation from a central information source. It is based on a small core with numerous plugins that can be used to compile code, run tests, generate documentation and more. Maven uses local and remote repositories to download dependencies and build artifacts that projects specify in their POM files.
Jenkins part 3
Jenkins is an open source tool that supports continuous integration to continuously build and test code changes. It provides a dashboard that shows the status of builds, projects, and dependencies. Jenkins can be enhanced through plugins that add features like source control integration, testing, notifications, reporting, and artifact storage. It is flexible and can be run on-premises or on cloud-based solutions. Jenkins supports agile development principles and is a key part of enabling continuous integration.
Jenkins Part 1
The document discusses Jenkins, an open source continuous integration tool. It provides an overview of continuous integration and how Jenkins fits into the continuous integration workflow by automating the build, testing and deployment processes. Some key benefits of Jenkins mentioned are immediate bug detection, having a deployable system at regular intervals, and maintaining a record of the project's evolution.
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Scatter gather
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Velocity in Mule
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Rabbit Mq in Mule
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Quartz in Mule
Quartz can be used in Mule applications to schedule events. Inbound quartz endpoints can trigger repeating events like every second, while outbound endpoints schedule existing events for later dates. Cron expressions define schedules using fields separated by spaces. Jobs perform scheduled actions. For example, a Mule flow can be configured to write a file to an outbound folder every specific interval using quartz.
Simple web service vm
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Validate soap request in mule
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Web service vm in mule
The document discusses exposing a CXF web service in Mule by decomposing the flow into smaller parts connected by VM components. This allows breaking the logic into smaller pieces to improve performance and control. It provides an example configuration with two flows, one for the CXF component and one for the implementation class connected by a VM queue. Properties are stored before sending to the VM to preserve them across flows. Additional techniques for using VM endpoints will be covered in the next slides.
Xslt in mule
The document discusses how to use XSLT transformations in Mule applications. XSLT can transform XML payloads from one form to another. Mule supports XSLT transformations using the XSLT transformer component. The example shows a flow that uses an HTTP inbound endpoint, sets an XML payload, applies an XSLT transformation defined in a file, and outputs the transformed XML. The XSLT file uses templates and XPath to map elements from the source XML to the new structure in the output XML.
Drools in Mule
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Jenkins part 2
- 1. Jenkins Continuous Build System Jenkins History
- 2. Jenkins Branched fromHudson Java basedContinuousBuild System Runs in servletcontainer Glassfish,Tomcat Supported byover 400plugins SCM,Testing,Notifications,Reporting, ArtifactSaving,Triggers,External Integration Underdevelopment since 2005 http://jenkins-ci.org/
- 3. Jenkins - History • 2005- HudsonwasfirstreleasebyKohsuke Kawaguchiof SunMicrosystems • 2010 – Oraclebought SunMicrosystems • Duetoanaming dispute,Hudson wasrenamed to Jenkins • OraclecontinueddevelopmentofHudson(asabranchofthe original)
- 4. Jenkins – Fitting in Code Repository Developers Artifact Repository Test Reports Deployment Source&Tests Regular Interval Executable/ Package TestingResults
- 5. Why Jenkins? Flexibility! • Jenkinsis a highly configurablesystem by itself • Theadditionalcommunitydevelopedpluginsprovide even moreflexibility • BycombiningJenkinswithAnt, Gradle, orother Build Automationtools, the possibilitiesare limitless
- 6. Why Jenkins? Award winning! InfoWorld BossiesAward,2011 O'ReillyOpen-SourceAward, 2011 ALM&SCM, SDTimes100,2010, 2011 GlassFish CommunityInnovationAward 2008 Duke's ChoiceAward2008
- 7. Why Jenkins? Free/OSS • Jenkinsis released under the MITLicense • Thereisalargesupportcommunityandthorough documentation • It’seasy towrite plugins • Thinksomethingiswrong withit? You can fix it!
- 8. What can Jenkins do? • Generatetest reports • Integratewith many differentVersion Control Systems • Push tovarious artifact repositories • Deploys directlytoproduction ortest environments • Notifystakeholders ofbuild status • …and much more
- 9. How Jenkins works - Setup WhensettingupaprojectinJenkins,outoftheboxyouhave the followinggeneraloptions: Associatingwithaversion control server Triggeringbuilds Polling,Periodic,Building basedon otherprojects Executionofshellscripts,bashscripts,Anttargets,andMaven targets Artifactarchival Publish JUnit test results andJavadocs Emailnotifications Asstatedearlier,pluginsexpandthefunctionalityeven further
- 10. How Jenkins works - Building • Once aprojectissuccessfullycreatedinJenkins, all future builds areautomatic • Building • Jenkinsexecutesthe buildinan executer • By default,Jenkinsgives one executerper coreon the buildserver • Jenkins also hasthe concept ofslavebuildservers • Usefulforbuilding on different architectures • Distributionof load
- 11. How Jenkins works - Reporting • Jenkinscomes withbasic reporting features • Keeping track ofbuildstatus • Last success andfailure • “Weather”– Build trend • Thesecanbegreatlyenhancedwiththeuseofpre- build plugins • Unittest coverage • Testresulttrending • Findbugs,Checkstyle,PMD