Jenkins is the leading open source continuous integration tool. It builds and tests our software continuously and monitors the execution and status of remote jobs, making it easier for team members and users to regularly obtain the latest stable code.
What is Jenkins | Jenkins Tutorial for Beginners | EdurekaEdureka!
****** DevOps Training : https://www.edureka.co/devops ******
This DevOps Jenkins Tutorial on what is Jenkins ( Jenkins Tutorial Blog Series: https://goo.gl/JebmnW ) will help you understand what is Continuous Integration and why it was introduced. This tutorial also explains how Jenkins achieves Continuous Integration in detail and includes a Hands-On session around Jenkins by the end of which you will learn how to compile a code that is present in GitHub, Review that code and Analyse the test cases present in the GitHub repository. The Hands-On session also explains how to create a build pipeline using Jenkins and how to add Jenkins Slaves.
The Hands-On session is performed on an Ubuntu-64bit machine in which Jenkins is installed.
To learn how Jenkins can be used to integrate multiple DevOps tools, watch the video titled 'DevOps Tools', by clicking this link: https://goo.gl/up9iwd
Check our complete DevOps playlist here: http://goo.gl/O2vo13
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Jenkins is a continuous integration server that detects code changes, runs automated builds and tests, and can deploy code. It supports defining build pipelines as code to make them version controlled and scalable. Popular plugins allow Jenkins pipelines to integrate with tools for testing, reporting, notifications, and deployments. Pipelines can define stages, run steps in parallel, and leverage existing Jenkins functionality.
Presentation on the utility of git/GitHub for making scientific research findable, accessible, interoperable, and reusable.
Also includes a tutorial to the most essential features of git/GitHub.
HCI 3e - Ch 13: Socio-organizational issues and stakeholder requirementsAlan Dix
Chapter 13: Socio-organizational issues and stakeholder requirements
from
Dix, Finlay, Abowd and Beale (2004).
Human-Computer Interaction, third edition.
Prentice Hall. ISBN 0-13-239864-8.
http://www.hcibook.com/e3/
This document provides an introduction to Docker and discusses how it helps address challenges in the modern IT landscape. Some key points:
- Applications are increasingly being broken up into microservices and deployed across multiple servers and environments, making portability and scalability important.
- Docker containers help address these issues by allowing applications to run reliably across different infrastructures through package dependencies and resources together. This improves portability.
- Docker provides a platform for building, shipping and running applications. It helps bridge the needs of developers who want fast innovation and operations teams who need security and control.
The document introduces Docker, a container platform. It discusses how Docker addresses issues with deploying different PHP projects that have varying version requirements by allowing each project to run isolated in its own container with specified dependencies. It then covers key Docker concepts like images, containers, linking, exposing ports, volumes, and Dockerfiles. The document highlights advantages of Docker like enabling applications to run anywhere without compatibility issues and making deployment more efficient.
This document provides an introduction to microservices, including:
- Microservices are small, independently deployable services that work together and are modeled around business domains.
- They allow for independent scaling, technology diversity, and enable resiliency through failure design.
- Implementing microservices requires automation, high cohesion, loose coupling, and stable APIs. Identifying service boundaries and designing for orchestration and data management are also important aspects of microservices design.
- Microservices are not an end goal but a means to solve problems of scale; they must be adopted judiciously based on an organization's needs.
Introduction to Jenkins and how to effectively apply Jenkins to your projects.
Jenkins Growth , Companies using Jenkins , Most downloaded and Used Plugins.
Jenkins is an open source automation server written in Java. Jenkins helps to automate the non-human part of software development process, with continuous integration and facilitating technical aspects of continuous delivery. It is a server-based system that runs in servlet containers such as Apache Tomcat.
Jenkins is a continuous integration server that detects changes to code repositories, running tasks like building, testing, and deploying code. It helps integrate code more frequently to detect errors early. Jenkins has over 47,000 installations and 600+ plugins. It coordinates running tasks as part of workflows to compile, test, package, and deploy code. Common alternatives to Jenkins include TeamCity and Bamboo.
This presentation about Jenkins pipeline will help you understand what is Jenkins & how Jenkins performs continuous integration, why do we need pipeline & how Jenkins pipeline works. You will learn how to create build and delivery pipelines & automate tasks, understand what is scripted and declarative pipeline with the help of Groovy scripts. Jenkins is an open-source continuous integration tool that is used to automate software development phases such as building, testing and deploying. Jenkins pipeline is a suite of plugins that support integration and implementation of jobs using continuous build and delivery pipelines. Now let's get started and understand how Jenkins pipeline works.
Below topics are explained in this Jenkins pipeline presentation:
1) What is Jenkins?
2) What is Continuous Integration?
3) Why Pipeline?
4) How does Jenkins pipeline work?
5) Build and delivery pipeline
6) Scripted and declarative pipeline
7) Demo on Jenkins pipeline
Why learn DevOps?
Simplilearn’s DevOps training course is designed to help you become a DevOps practitioner and apply the latest in DevOps methodology to automate your software development lifecycle right out of the class. You will master configuration management; continuous integration deployment, delivery and monitoring using DevOps tools such as Git, Docker, Jenkins, Puppet and Nagios in a practical, hands-on and interactive approach. The DevOps training course focuses heavily on the use of Docker containers, a technology that is revolutionizing the way apps are deployed in the cloud today and is a critical skillset to master in the cloud age.
After completing the DevOps training course you will achieve hands-on expertise in various aspects of the DevOps delivery model. The practical learning outcomes of this Devops training course are:
An understanding of DevOps and the modern DevOps toolsets
The ability to automate all aspects of a modern code delivery and deployment pipeline using:
1. Source code management tools
2. Build tools
3. Test automation tools
4. Containerization through Docker
5. Configuration management tools
6. Monitoring tools
Who should take this course?
DevOps career opportunities are thriving worldwide. DevOps jobs are the third-highest tech role ranked by employer demand on Indeed.com but have the second-highest talent deficit.
1. This DevOps training course will be of benefit the following professional roles:
2. Software Developers
3. Technical Project Managers
4. Architects
5. Operations Support
6. Deployment engineers
7. IT managers
8. Development managers
Learn more at https://www.simplilearn.com/cloud-computing/devops-practitioner-certification-training
Jenkins is a tool that allows users to automate multi-step processes that involve dependencies across multiple servers. It can be used to continuously build, test, and deploy code by triggering jobs that integrate code, run tests, deploy updates, and more. Jenkins provides a web-based interface to configure and manage recurring jobs and can scale to include slave agents to perform tasks on other machines. It offers many plugins to support tasks like testing, deployment, and notifications.
This document provides an introduction to continuous integration with Jenkins. It discusses what continuous integration is and why Jenkins is commonly used for CI. Jenkins allows for easy installation and configuration, extensive extensibility through plugins, and distributed builds across multiple nodes. The document outlines common CI workflows and components like version control, automated building and testing. It also covers Jenkins' major functionalities, platforms supported, notifications, advanced configuration options and principles of continuous delivery.
This document discusses Jenkins Pipelines, which allow defining continuous integration and delivery (CI/CD) pipelines as code. Key points:
- Pipelines are defined using a Groovy domain-specific language (DSL) for stages, steps, and environment configuration.
- This provides configuration as code that is version controlled and reusable across projects.
- Jenkins plugins support running builds and tests in parallel across Docker containers.
- Notifications can be sent to services like Slack on failure.
- The Blue Ocean UI in Jenkins focuses on visualization of pipeline runs.
Jenkins is a tool that supports continuous integration by automatically building, testing, and deploying code changes. It integrates code changes frequently, at least daily, to avoid "big bang" integrations. Jenkins runs builds and tests across multiple platforms using slave nodes. It supports various source control systems and build tools and notifies developers of failed builds or tests through email or other plugins.
** DevOps Training: https://www.edureka.co/devops **
This Edureka tutorial on "Jenkins pipeline Tutorial" will help you understand the basic concepts of a Jenkins pipeline. Below are the topics covered in the tutorial:
1. The need for Continuous Delivery
2. What is Continuous Delivery?
3. Features before the Jenkins Pipeline
4. What is a Jenkins Pipeline?
5. What is a Jenkinsfile?
6. Pipeline Concepts
7. Hands-On
Check our complete DevOps playlist here (includes all the videos mentioned in the video): http://goo.gl/O2vo13
CI CD Pipeline Using Jenkins | Continuous Integration and Deployment | DevOps...Edureka!
** DevOps Training: https://www.edureka.co/devops **
This CI CD Pipeline tutorial explains the concepts of Continuous Integration, Continuous Delivery & Deployment, its benefits, and its Tools. Below are the topics covered in the video:
1. What is DevOps
2. What are CI and CD?
3. Pipelines: What are they?
4. Continuous Delivery and Continuous Deployment
5. Role of Jenkins
6. Role of Docker
7. Hands-On – Creating CI CD Pipeline Using Jenkins and Docker
Check our complete DevOps playlist here (includes all the videos mentioned in the video): http://goo.gl/O2vo13
To test and build the software continuously, Bugraptors also uses Jenkins to easily identify the changes in the project. Jenkins is a very famous open source tool that performs continuous integration and delivery of projects.
Continuous integration involves developers committing code changes daily which are then automatically built and tested. Continuous delivery takes this further by automatically deploying code changes that pass testing to production environments. The document outlines how Jenkins can be used to implement continuous integration and continuous delivery through automating builds, testing, and deployments to keep the process fast, repeatable and ensure quality.
This document discusses Continuous Integration/Continuous Delivery (CICD) with Jenkins. It begins with an introduction to how developing and releasing software can be complicated. It then provides an overview of CICD, including that continuous integration verifies new changes through testing, continuous delivery enables continuous deployment to production, and continuous deployment automatically deploys all passed changes. The document discusses how Jenkins is an open-source automation server that helps automate the software development process for CICD. It concludes with best practices for Jenkins, such as high availability, sizing Jenkins machines appropriately, and organizing pipelines and jobs.
This document provides an overview and instructions for setting up Jenkins continuous integration software. It discusses downloading and installing Jenkins, integrating it with Tomcat and configuring plugins to support version control with Git and builds with Maven. The tutorial is intended to help software testers learn how to continuously build and test projects to integrate changes quickly and obtain fresh builds.
The document discusses how Jenkins helps improve the software development process at Yale. It outlines challenges without Jenkins, such as slow and error-prone builds, difficult testing and code coverage, and lack of change control for deployments. With Jenkins, builds are automated and consistent, testing and code coverage are automated, changes are tracked, and deployments are easier. Jenkins supports continuous integration, containerized artifacts, and managed deployments to improve agility, catch bugs early, and standardize environments. The document also discusses how Jenkins supports non-Java languages and future plans.
This document discusses GitLab Continuous Integration (GitLab CI/CD). It defines continuous integration, continuous delivery, and continuous deployment. It explains that GitLab CI/CD uses pipelines made up of stages and jobs to test, build, and deploy code. Pipelines are configured using a YAML file. Jobs run on GitLab runners, which can execute jobs locally or using Docker. Benefits of GitLab CI/CD include integrated pipelines, Docker/Kubernetes integration, and not requiring plugins. The downside is that it is only available within GitLab.
The most important element in Jenkins architecture is the Jenkins slave. It is a java executable running on a remote machine that hear the requests from the Jenkins master instance .
Read more...
This document discusses using Jenkins and Docker together for continuous integration and continuous delivery (CI/CD) workflows. It provides an overview of continuous integration, continuous delivery, Jenkins, and Docker. It then demonstrates setting up a CI/CD pipeline using Jenkins and Docker to build, test, and deploy a sample voting application across multiple Docker nodes. The pipeline includes building Docker images from source code in Jenkins, running builds and tests on commits, and deploying updated images to a Docker swarm cluster.
This document provides an overview of continuous integration (CI), continuous delivery (CD), and continuous deployment. CI involves regularly integrating code changes into a central repository and running automated tests. CD builds on CI by automatically preparing code changes for release to testing environments. Continuous deployment further automates the release of changes to production without human intervention if tests pass. The benefits of CI/CD include higher quality, lower costs, faster delivery, and happier teams. Popular CI tools include Jenkins, Bamboo, CircleCI, and Travis. Key practices involve automating all stages, keeping environments consistent, and making the pipeline fast. Challenges include requiring organizational changes and technical knowledge to automate the full process.
Introduction to building alexa skills and putting your amazon echo to workAbe Diaz
So you bough a brand new Echo/Tap/Dot device... now what? Well if you want to start hacking away and building your own skills this session is for you. We will cover the basic building blocks to get you up and running with your very own first custom skill.
Introduction to Continuous Integration with JenkinsEric Hogue
Talk on Continuous Integration given at Sunshine PHP 2015 on February 7.
Continuous Integration allows developers to run tests automatically every time code is pushed to source control. We will look at the different tests that a Continuous Integration server can run. How to create a build script so it runs the tests and make sure it produces the needed reports. Finally, how to set up Jenkins to run the build and display the reports.
Introduction to Jenkins and how to effectively apply Jenkins to your projects.
Jenkins Growth , Companies using Jenkins , Most downloaded and Used Plugins.
Jenkins is an open source automation server written in Java. Jenkins helps to automate the non-human part of software development process, with continuous integration and facilitating technical aspects of continuous delivery. It is a server-based system that runs in servlet containers such as Apache Tomcat.
Jenkins is a continuous integration server that detects changes to code repositories, running tasks like building, testing, and deploying code. It helps integrate code more frequently to detect errors early. Jenkins has over 47,000 installations and 600+ plugins. It coordinates running tasks as part of workflows to compile, test, package, and deploy code. Common alternatives to Jenkins include TeamCity and Bamboo.
This presentation about Jenkins pipeline will help you understand what is Jenkins & how Jenkins performs continuous integration, why do we need pipeline & how Jenkins pipeline works. You will learn how to create build and delivery pipelines & automate tasks, understand what is scripted and declarative pipeline with the help of Groovy scripts. Jenkins is an open-source continuous integration tool that is used to automate software development phases such as building, testing and deploying. Jenkins pipeline is a suite of plugins that support integration and implementation of jobs using continuous build and delivery pipelines. Now let's get started and understand how Jenkins pipeline works.
Below topics are explained in this Jenkins pipeline presentation:
1) What is Jenkins?
2) What is Continuous Integration?
3) Why Pipeline?
4) How does Jenkins pipeline work?
5) Build and delivery pipeline
6) Scripted and declarative pipeline
7) Demo on Jenkins pipeline
Why learn DevOps?
Simplilearn’s DevOps training course is designed to help you become a DevOps practitioner and apply the latest in DevOps methodology to automate your software development lifecycle right out of the class. You will master configuration management; continuous integration deployment, delivery and monitoring using DevOps tools such as Git, Docker, Jenkins, Puppet and Nagios in a practical, hands-on and interactive approach. The DevOps training course focuses heavily on the use of Docker containers, a technology that is revolutionizing the way apps are deployed in the cloud today and is a critical skillset to master in the cloud age.
After completing the DevOps training course you will achieve hands-on expertise in various aspects of the DevOps delivery model. The practical learning outcomes of this Devops training course are:
An understanding of DevOps and the modern DevOps toolsets
The ability to automate all aspects of a modern code delivery and deployment pipeline using:
1. Source code management tools
2. Build tools
3. Test automation tools
4. Containerization through Docker
5. Configuration management tools
6. Monitoring tools
Who should take this course?
DevOps career opportunities are thriving worldwide. DevOps jobs are the third-highest tech role ranked by employer demand on Indeed.com but have the second-highest talent deficit.
1. This DevOps training course will be of benefit the following professional roles:
2. Software Developers
3. Technical Project Managers
4. Architects
5. Operations Support
6. Deployment engineers
7. IT managers
8. Development managers
Learn more at https://www.simplilearn.com/cloud-computing/devops-practitioner-certification-training
Jenkins is a tool that allows users to automate multi-step processes that involve dependencies across multiple servers. It can be used to continuously build, test, and deploy code by triggering jobs that integrate code, run tests, deploy updates, and more. Jenkins provides a web-based interface to configure and manage recurring jobs and can scale to include slave agents to perform tasks on other machines. It offers many plugins to support tasks like testing, deployment, and notifications.
This document provides an introduction to continuous integration with Jenkins. It discusses what continuous integration is and why Jenkins is commonly used for CI. Jenkins allows for easy installation and configuration, extensive extensibility through plugins, and distributed builds across multiple nodes. The document outlines common CI workflows and components like version control, automated building and testing. It also covers Jenkins' major functionalities, platforms supported, notifications, advanced configuration options and principles of continuous delivery.
This document discusses Jenkins Pipelines, which allow defining continuous integration and delivery (CI/CD) pipelines as code. Key points:
- Pipelines are defined using a Groovy domain-specific language (DSL) for stages, steps, and environment configuration.
- This provides configuration as code that is version controlled and reusable across projects.
- Jenkins plugins support running builds and tests in parallel across Docker containers.
- Notifications can be sent to services like Slack on failure.
- The Blue Ocean UI in Jenkins focuses on visualization of pipeline runs.
Jenkins is a tool that supports continuous integration by automatically building, testing, and deploying code changes. It integrates code changes frequently, at least daily, to avoid "big bang" integrations. Jenkins runs builds and tests across multiple platforms using slave nodes. It supports various source control systems and build tools and notifies developers of failed builds or tests through email or other plugins.
** DevOps Training: https://www.edureka.co/devops **
This Edureka tutorial on "Jenkins pipeline Tutorial" will help you understand the basic concepts of a Jenkins pipeline. Below are the topics covered in the tutorial:
1. The need for Continuous Delivery
2. What is Continuous Delivery?
3. Features before the Jenkins Pipeline
4. What is a Jenkins Pipeline?
5. What is a Jenkinsfile?
6. Pipeline Concepts
7. Hands-On
Check our complete DevOps playlist here (includes all the videos mentioned in the video): http://goo.gl/O2vo13
CI CD Pipeline Using Jenkins | Continuous Integration and Deployment | DevOps...Edureka!
** DevOps Training: https://www.edureka.co/devops **
This CI CD Pipeline tutorial explains the concepts of Continuous Integration, Continuous Delivery & Deployment, its benefits, and its Tools. Below are the topics covered in the video:
1. What is DevOps
2. What are CI and CD?
3. Pipelines: What are they?
4. Continuous Delivery and Continuous Deployment
5. Role of Jenkins
6. Role of Docker
7. Hands-On – Creating CI CD Pipeline Using Jenkins and Docker
Check our complete DevOps playlist here (includes all the videos mentioned in the video): http://goo.gl/O2vo13
To test and build the software continuously, Bugraptors also uses Jenkins to easily identify the changes in the project. Jenkins is a very famous open source tool that performs continuous integration and delivery of projects.
Continuous integration involves developers committing code changes daily which are then automatically built and tested. Continuous delivery takes this further by automatically deploying code changes that pass testing to production environments. The document outlines how Jenkins can be used to implement continuous integration and continuous delivery through automating builds, testing, and deployments to keep the process fast, repeatable and ensure quality.
This document discusses Continuous Integration/Continuous Delivery (CICD) with Jenkins. It begins with an introduction to how developing and releasing software can be complicated. It then provides an overview of CICD, including that continuous integration verifies new changes through testing, continuous delivery enables continuous deployment to production, and continuous deployment automatically deploys all passed changes. The document discusses how Jenkins is an open-source automation server that helps automate the software development process for CICD. It concludes with best practices for Jenkins, such as high availability, sizing Jenkins machines appropriately, and organizing pipelines and jobs.
This document provides an overview and instructions for setting up Jenkins continuous integration software. It discusses downloading and installing Jenkins, integrating it with Tomcat and configuring plugins to support version control with Git and builds with Maven. The tutorial is intended to help software testers learn how to continuously build and test projects to integrate changes quickly and obtain fresh builds.
The document discusses how Jenkins helps improve the software development process at Yale. It outlines challenges without Jenkins, such as slow and error-prone builds, difficult testing and code coverage, and lack of change control for deployments. With Jenkins, builds are automated and consistent, testing and code coverage are automated, changes are tracked, and deployments are easier. Jenkins supports continuous integration, containerized artifacts, and managed deployments to improve agility, catch bugs early, and standardize environments. The document also discusses how Jenkins supports non-Java languages and future plans.
This document discusses GitLab Continuous Integration (GitLab CI/CD). It defines continuous integration, continuous delivery, and continuous deployment. It explains that GitLab CI/CD uses pipelines made up of stages and jobs to test, build, and deploy code. Pipelines are configured using a YAML file. Jobs run on GitLab runners, which can execute jobs locally or using Docker. Benefits of GitLab CI/CD include integrated pipelines, Docker/Kubernetes integration, and not requiring plugins. The downside is that it is only available within GitLab.
The most important element in Jenkins architecture is the Jenkins slave. It is a java executable running on a remote machine that hear the requests from the Jenkins master instance .
Read more...
This document discusses using Jenkins and Docker together for continuous integration and continuous delivery (CI/CD) workflows. It provides an overview of continuous integration, continuous delivery, Jenkins, and Docker. It then demonstrates setting up a CI/CD pipeline using Jenkins and Docker to build, test, and deploy a sample voting application across multiple Docker nodes. The pipeline includes building Docker images from source code in Jenkins, running builds and tests on commits, and deploying updated images to a Docker swarm cluster.
This document provides an overview of continuous integration (CI), continuous delivery (CD), and continuous deployment. CI involves regularly integrating code changes into a central repository and running automated tests. CD builds on CI by automatically preparing code changes for release to testing environments. Continuous deployment further automates the release of changes to production without human intervention if tests pass. The benefits of CI/CD include higher quality, lower costs, faster delivery, and happier teams. Popular CI tools include Jenkins, Bamboo, CircleCI, and Travis. Key practices involve automating all stages, keeping environments consistent, and making the pipeline fast. Challenges include requiring organizational changes and technical knowledge to automate the full process.
Introduction to building alexa skills and putting your amazon echo to workAbe Diaz
So you bough a brand new Echo/Tap/Dot device... now what? Well if you want to start hacking away and building your own skills this session is for you. We will cover the basic building blocks to get you up and running with your very own first custom skill.
Introduction to Continuous Integration with JenkinsEric Hogue
Talk on Continuous Integration given at Sunshine PHP 2015 on February 7.
Continuous Integration allows developers to run tests automatically every time code is pushed to source control. We will look at the different tests that a Continuous Integration server can run. How to create a build script so it runs the tests and make sure it produces the needed reports. Finally, how to set up Jenkins to run the build and display the reports.
Jenkins - From Continuous Integration to Continuous DeliveryVirendra Bhalothia
Continuous Delivery is a process that merges Continuous Integration with automated deployment, test, and release; creating a Continuous Delivery solution. Continuous Delivery doesn't mean every change is deployed to production ASAP. It means every change is proven to be deployable at any time.
We would see how we can enable CD with Jenkins.
Please check out The Remote Lab's DevOps offerings: www.slideshare.net/bhalothia/the-remote-lab-devops-offerings
http://theremotelab.io
Jenkins is an open-source tool for continuous integration that allows developers to integrate code changes frequently from a main branch using an automated build process. It detects errors early, measures code quality, and improves delivery speed. Jenkins supports various source control, build tools, and plugins to customize notifications and reporting. Security features allow restricting access and privileges based on user roles and projects.
This document provides an overview of continuous integration and Jenkins. It discusses how continuous integration addresses issues with integration phases in older software development models. Jenkins is introduced as a tool that facilitates continuous integration by automatically building and testing software changes. The document then demonstrates how to install Jenkins, configure repositories and jobs, and see how builds pass or fail based on code changes.
This document provides an overview and introduction to Jenkins, an open-source automation server for continuous integration. It discusses what continuous integration is, best practices for CI, how Jenkins works and its features. Key points include that Jenkins allows automating the build, test and deployment process, has a large plugin ecosystem, and can be used to build projects in many languages beyond Java. The document also demonstrates how to set up and use basic Jenkins functionality.
Hip Chat, Gitter, Yammer... what else? Slack. There are very few products with the proverbial hockey stick like Slack has. There is a reason for this. Come learn why this tool is so popular not only with developers and devops but with the whole team.
Introduction to jenkins for the net developerAbe Diaz
This document provides an introduction to Jenkins for .NET developers. It discusses what Jenkins is, which is an open source continuous integration tool. It explains that Jenkins provides continuous integration services for software development by monitoring repeated jobs like building software projects. The document then discusses continuous integration and why it is needed for software development. It provides an overview of how Jenkins typically fits into the development workflow, including integrating with source control, installing Jenkins, and different job types. It also covers requisites and configurations for using Jenkins with .NET and TFS projects.
The document discusses the roles and relationships between development (Dev) and operations (Ops) teams, and introduces the DevOps approach. It notes that traditionally there has been a disconnect between Devs and Ops that results in inefficiencies. DevOps aims to bridge this gap through a collaborative mindset and practices like automating infrastructure provisioning and deployments, implementing continuous integration/delivery, monitoring metrics, and breaking down silos between teams. Specific tools mentioned that support DevOps include Puppet for configuration management and Autobahn for continuous deployment.
Docker is a system for running applications in isolated containers. It addresses issues with traditional virtual machines by providing lightweight containers that share resources and allow applications to run consistently across different environments. Docker eliminates inconsistencies in development, testing and production environments. It allows applications and their dependencies to be packaged into a standardized unit called a container that can run on any Linux server. This makes applications highly portable and improves efficiency across the entire development lifecycle.
This document provides an overview of Puppet including:
- The speaker's experience using Puppet 2 and migrating to Puppet 3.
- How Puppet works and key terminology like catalogs, facts, resources, classes, nodes.
- Relationships and ordering of resources.
- Using Puppet modules.
- A hands-on demonstration of provisioning nodes with different roles using Hiera.
- Advanced topics like virtual resources, exported resources, and PuppetDB.
- Useful resources for learning more about Puppet.
This document provides instructions for getting started with Jenkins, an open source tool for continuous integration. It discusses installing Jenkins, configuring security and users, installing plugins, creating jobs, and adding slave nodes. The live demo creates a sample job that uses grep to search Jenkins configuration files and outputs an HTML report of the results. The document aims to help new Jenkins users understand the basics of setting up and using Jenkins for continuous integration.
Presenter: Ernest Hwang of Practice Fusion > This presentation shows how to simplify your database deployments, ensure that no database changes are overlooked, and implement unit tests using the suite of Red Gate developer tools.
You'll see how Practice Fusion streamlines database deployments in their Integration, Testing, Staging, and Production environments. This frees developers from the burden of maintaining deployment scripts, while reducing the number of overlooked breaking changes to zero.
The demo uses a Windows Azure box as the Jenkins (Continuous Integration) server and several SQL Azure databases (representing Integration and QA environments). The entire repository is hosted on GitHub (https://github.com/CF9/Databases.RGDemo), for anyone to download.
You'll learn how to:
* Add your database to source control in under five minutes
* Create a CI Job to validate your database “build”
* Deploy database changes to your environments with a mouse click
* Set up database unit testing using tSQLt
* Avoid problems when implementing Database CI in the “real-world”
Ernest Hwang is a Principal Software Engineer at Practice Fusion in San Francisco. He uses Red Gate SQL Source Control, SQL Compare, SQL Data Compare, and SQL Test to automate Practice Fusion's Continuous Integration efforts and instrument database deployments.
This document outlines Jenkins best practices, including using plugins to simplify the UI, manage configuration history, mask passwords, use folders to organize jobs, implement jobs with DSL for easier maintenance, run parallel tests with the multijob plugin, integrate branches with pretested integration, and implement pipelines for continuous integration with Jenkins 2.0. Advanced techniques include using Packer, Vagrant, Docker and load balancing for build slaves.
The document discusses continuous integration using Jenkins and Git. Continuous integration involves integrating code changes frequently from developers on a project to avoid integration problems late in a project. Jenkins is a free and open source continuous integration server that can be used with version control systems like Git to automatically build code, run tests, and generate reports each time changes are committed to the repository. Setting up continuous integration involves installing Jenkins, configuring a Git repository, and configuring Jenkins to clone the repository, build the code, run tests, and generate reports on each change notification from Git.
Introduction to Continuous Integration with JenkinsBrice Argenson
This document provides an introduction to continuous integration with Jenkins. It discusses what continuous integration is, how it works using examples, and why Jenkins is a popular open-source continuous integration server. Continuous integration involves developers frequently integrating their work into a shared repository. This allows for multiple times a day integration to catch bugs early. The document then demonstrates how to use Jenkins for continuous integration on a Java project.
Kris Buytaert discusses the evolution from separate development (Dev) and operations (Ops) teams to a DevOps model where both work together. In the past, Devs would deploy code without considering operational requirements, but now both sides collaborate throughout the development process. Buytaert advocates automating infrastructure management and deployment to improve workflow between Devs and Ops. Adopting practices like configuration management and continuous integration helps bring the two roles together.
1. The document discusses various ways to configure complex workflows in Jenkins using plugins like the Parameterized Trigger Plugin, Multi-Configuration Project, Promoted Builds Plugin, and Fingerprint Plugin.
2. Key aspects covered include passing parameters between jobs, running jobs in parallel configurations, promoting builds between stages like testing and production, and tracking artifacts and dependencies between jobs.
3. Advanced workflow capabilities in Jenkins allow automating multi-step build, test, and deployment processes in a flexible and reusable manner.
Continuous Integration is a software development practice where developers regularly merge their work into a central repository. When code is committed, an automated build is triggered to check that new code does not break the existing code base. There are typically five stages of adopting Continuous Integration: 1) a few manual commits and builds, 2) nightly automated builds, 3) builds triggered with every commit, 4) code quality metrics added to builds, 5) automated deployment to staging environments. Continuous Integration helps catch bugs early in the development process and ensures code quality.
Continuous Integration is a software development practice where developers regularly merge their work into a central repository. This triggers an automated build and test of the code. If the build fails, developers are immediately notified. There are typically five stages of adopting Continuous Integration - from just committing code occasionally to triggering automated builds and tests with every commit and deploying to production. Jenkins is an open source tool that supports Continuous Integration. It allows developers to easily set up CI/CD pipelines with features like automated testing, code quality reporting, deployment to staging environments and more.
MyHeritage - QA Automations in a Continuous Deployment environmentMatanGoren
In this presentation we explain the CD mindset of the MyHeritage QA and how we use Watir, Appium, Ruby, Cumcumber and other supporting technologies to allow end to end testing.
These are the link mentioned in the presentation:
Continuous Deployment Applied at MyHeritage - http://www.slideshare.net/RanLevy/continuous-deployment-applied-at-myheritage
Appium - http://appium.io/
Ruby - https://www.ruby-lang.org/en/
Watir - http://watirwebdriver.com/
page-object - https://github.com/cheezy/page-object
Selenium Grid - https://github.com/SeleniumHQ/selenium/wiki/Grid2
Selenium-Grid-Extras - https://github.com/groupon/Selenium-Grid-Extras
Jenkins - https://jenkins-ci.org/
This document discusses Continuous Integration (CI), including its definition, workflow, popular tools, requirements, principles, functionalities, and Jenkins configuration. CI is a software development practice where team members frequently integrate their work and have it automatically tested. The workflow involves integrating code changes, building, testing, archiving, and deploying. Popular CI tools include Jenkins, TravisCI, TeamCity, BuildBot, and Bamboo. Jenkins can be installed via packages or by running its WAR file. The advantages of CI include easier configuration, detecting integration issues early, and keeping the codebase bug-free. Initial setup and developing tests can be disadvantages.
August Webinar - Water Cooler Talks: A Look into a Developer's WorkbenchHoward Greenberg
The webinar covered tools and techniques used by several developers in their work with Domino and XPages. Howard Greenberg discussed using SourceTree and BitBucket for version control of XPages applications. Jesse Gallagher presented his toolchain including Eclipse, Maven, and Jenkins for plugin and application development. Serdar Basegmez outlined his development environment including configuring Eclipse to develop OSGi plugins for the Domino runtime. All emphasized the importance of source control, testing, and documentation in their processes.
CT Software Developers Meetup: Using Docker and Vagrant Within A GitHub Pull ...E. Camden Fisher
This was a talk given at the second CT Software Developers Meetup (http://www.meetup.com/CT-Software-Developers-Meetup/). It covers how NorthPage is using Docker and Vagrant with a home grown Preview tool to increase the efficiency of the GitHub Pull Request Workflow.
Louisville Software Engineering Meet Up: Continuous Integration Using JenkinsJames Strong
This talk was given at the January 2016 Meetup of the Louisville Software Engineers. In it we discuss how to implement continuous integration in a development environment utilizing Jenkins CI.
Vagrant can be used to create consistent development environments that match production. This allows developers to develop locally yet still have access to all production dependencies. The presenter recommends using Vagrant to provision local development environments that match the OS used in production AWS environments. Developers can then use the same configuration management tools and processes locally and in production. Code is deployed from Vagrant environments to AWS, ensuring development and production remain consistent. A demo is provided to stand up identical local and AWS environments and deploy code between them.
Test-Driven-Development for Networking: Making CI Work for You by Colin McNam...DevOps4Networks
The document discusses how continuous integration (CI) and test-driven development (TDD) can benefit network engineers. It presents an overview of CI/TDD processes and concepts. A key point is that CI/TDD can increase quality, decrease risk, and increase development speed for network operations. The document proposes a maturity model to guide organizations in implementing CI/TDD practices for networking, starting from basic self-service builds and progressing to integrated testing and continuous deployment.
Devops is an approach that aims to increase an organization's ability to deliver applications and services at high velocity by combining cultural philosophies, practices, and tools that align development and operations teams. Under a DevOps model, development and operations teams work closely together across the entire application lifecycle from development through deployment to operations. They use automation, monitoring, and collaboration tools to accelerate delivery while improving quality and security. Popular DevOps tools include Git, Jenkins, Puppet, Chef, Ansible, Docker, and Nagios.
Continuos integration with Jenkins for iOS | SuperSpeakers@CodeCamp Iasi, 2014Endava
Setting up a Jenkins server is very useful for an iOS project and can be worthwhile. We will find out what are the advantages of using continuous integration on our projects, what options do we have and how to setup a job to suit our needs.
Ciprian redinciuc continuous integration with jenkins for i osCodecamp Romania
This document discusses setting up continuous integration for iOS projects using Jenkins. It defines continuous integration as integrating code into a shared repository multiple times per day and automatically verifying each check-in with builds. The benefits of continuous integration for iOS include detecting defects early, speeding up builds, and providing code metrics. Jenkins is recommended for continuous integration because it is open source, has a large community and plugins, and can integrate other projects like Android versions. The document provides steps for configuring a Jenkins job to build, test, and deploy an iOS project.
This document provides an overview of continuous integration and deployment using Jenkins. It discusses why CI is needed, defines CI and continuous deployment, introduces Jenkins as a popular CI tool, and describes how Jenkins implements distributed builds using a master-slave architecture. Key points covered include how CI provides continuous feedback to developers, how Jenkins integrates various DevOps stages, and how the master schedules jobs and monitors slaves that execute builds.
This document discusses build automation, continuous integration, and how NXTware Remote for Jenkins brings these practices to OpenVMS. It provides an overview of the benefits of build automation and continuous integration, including improved quality, accelerated builds, reduced errors, and documentation. NXTware Remote acts as a Jenkins proxy on OpenVMS, allowing developers to integrate code more frequently and detect issues earlier. The architecture involves Jenkins interfacing with NXTware Remote to run builds and tests on OpenVMS and return results.
Build software like a bag of marbles, not a castle of LEGO®Hannes Lowette
If you have ever played with LEGO®, you will know that adding, removing or changing features of a completed castle isn’t as easy as it seems. You will have to deconstruct large parts to get to where you want to be, to build it all up again afterwards. Unfortunately, our software is often built the same way. Wouldn’t it be better if our software behaved like a bag of marbles? So you can just add, remove or replace them at will?
Most of us have taken different approaches to building software: a big monolith, a collection of services, a bus architecture, etc. But whatever your large scale architecture is, at the granular level (a single service or host), you will probably still end up with tightly couple code. Adding functionality means making changes to every layer, service or component involved. It gets even harder if you want to enable or disable features for certain deployments: you’ll need to wrap code in feature flags, write custom DB migration scripts, etc. There has to be a better way!
So what if you think of functionality as loose feature assemblies? We can construct our code in such a way that adding a feature is as simple as adding the assembly to your deployment, and removing it is done by just deleting the file. We would open the door for so many scenarios!
In this talk, I will explain how to tackle the following parts of your application to achieve this goal: WebAPI, Entity Framework, Onion Architecture, IoC and database migrations. And most of all, when you would want to do this. Because… ‘it depends’.
Apex world 2018 continuously delivering APEXSergei Martens
This document discusses continuously delivering APEX applications. It outlines managing source code using feature branches and merging into development, test, acceptance, and production branches. Flyway is introduced for database version management and tracking changes. The development process involves locking pages during development, exporting on completion, and merging to remote branches. Integration builds involve checking out code, installing the database with Flyway, importing and exporting APEX, and using Docker and Jenkins for automation and rollback capabilities.
This document provides an introduction to Jenkins, including:
- Jenkins is an open source automation server that enables developers to reliably build, test, and deploy software.
- It helps automate software development processes like building, testing, and deploying to facilitate continuous integration and delivery.
- Jenkins supports continuous integration workflows called pipelines that can be modeled as code in Jenkinsfiles and checked into version control.
The document discusses Camunda's transition from a traditional Jenkins setup with virtual machines to a containerized continuous integration infrastructure using Docker and Jenkins. Some of the key problems with the previous setup included a lack of isolation between jobs, limited scalability, and difficulties maintaining the infrastructure. The new system achieves isolated and reproducible jobs through one-off Docker containers, scalability through Docker Swarm on commodity hardware, and infrastructure maintenance through immutable Docker images and infrastructure as code definitions. Lessons learned include automating as much as possible, designing for scale, testing all aspects of the new system, and controlling dependencies.
JUC Europe 2015: From Virtual Machines to Containers: Achieving Continuous In...CloudBees
By Christian Lipphardt, Camunda Services
Camunda is an open source, Java-based framework process/business process automation. As a middleware technology, Camunda integrates with six different Java application servers (in different versions) and supports six different database products. The team at Camunda maintains five supported versions of Camunda itself, adding two versions every year. Maintaining the necessary continuous integration (CI) infrastructure based on virtual machines became increasingly problematic, with poor build reproducibility and limited scalability. Feedback cycles for developers were unacceptable. Recently Camunda switched from the virtual machine model to a container model based on Docker. The Camunda team now develops infrastructure as code and applies microservice-like separation of concerns. In the talk, Daniel will share the new CI architecture and present lessons learned.
AgentExchange is Salesforce’s latest innovation, expanding upon the foundation of AppExchange by offering a centralized marketplace for AI-powered digital labor. Designed for Agentblazers, developers, and Salesforce admins, this platform enables the rapid development and deployment of AI agents across industries.
Email: [email protected]
Phone: +1(630) 349 2411
Website: https://www.fexle.com/blogs/agentexchange-an-ultimate-guide-for-salesforce-consultants-businesses/?utm_source=slideshare&utm_medium=pptNg
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Adobe After Effects is a software application used for creating motion graphics, special effects, and video compositing. It's widely used in TV and film post-production, as well as for creating visuals for online content, presentations, and more. While it can be used to create basic animations and designs, its primary strength lies in adding visual effects and motion to videos and graphics after they have been edited.
Here's a more detailed breakdown:
Motion Graphics:
.
After Effects is powerful for creating animated titles, transitions, and other visual elements to enhance the look of videos and presentations.
Visual Effects:
.
It's used extensively in film and television for creating special effects like green screen compositing, object manipulation, and other visual enhancements.
Video Compositing:
.
After Effects allows users to combine multiple video clips, images, and graphics to create a final, cohesive visual.
Animation:
.
It uses keyframes to create smooth, animated sequences, allowing for precise control over the movement and appearance of objects.
Integration with Adobe Creative Cloud:
.
After Effects is part of the Adobe Creative Cloud, a suite of software that includes other popular applications like Photoshop and Premiere Pro.
Post-Production Tool:
.
After Effects is primarily used in the post-production phase, meaning it's used to enhance the visuals after the initial editing of footage has been completed.
Designing AI-Powered APIs on Azure: Best Practices& ConsiderationsDinusha Kumarasiri
AI is transforming APIs, enabling smarter automation, enhanced decision-making, and seamless integrations. This presentation explores key design principles for AI-infused APIs on Azure, covering performance optimization, security best practices, scalability strategies, and responsible AI governance. Learn how to leverage Azure API Management, machine learning models, and cloud-native architectures to build robust, efficient, and intelligent API solutions
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F-Secure Freedome VPN is a virtual private network service developed by F-Secure, a Finnish cybersecurity company. It offers features such as Wi-Fi protection, IP address masking, browsing protection, and a kill switch to enhance online privacy and security .
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Wondershare Filmora is a video editing software and app designed for both beginners and experienced users. It's known for its user-friendly interface, drag-and-drop functionality, and a wide range of tools and features for creating and editing videos. Filmora is available on Windows, macOS, iOS (iPhone/iPad), and Android platforms.
Join Ajay Sarpal and Miray Vu to learn about key Marketo Engage enhancements. Discover improved in-app Salesforce CRM connector statistics for easy monitoring of sync health and throughput. Explore new Salesforce CRM Synch Dashboards providing up-to-date insights into weekly activity usage, thresholds, and limits with drill-down capabilities. Learn about proactive notifications for both Salesforce CRM sync and product usage overages. Get an update on improved Salesforce CRM synch scale and reliability coming in Q2 2025.
Key Takeaways:
Improved Salesforce CRM User Experience: Learn how self-service visibility enhances satisfaction.
Utilize Salesforce CRM Synch Dashboards: Explore real-time weekly activity data.
Monitor Performance Against Limits: See threshold limits for each product level.
Get Usage Over-Limit Alerts: Receive notifications for exceeding thresholds.
Learn About Improved Salesforce CRM Scale: Understand upcoming cloud-based incremental sync.
How can one start with crypto wallet development.pptxlaravinson24
This presentation is a beginner-friendly guide to developing a crypto wallet from scratch. It covers essential concepts such as wallet types, blockchain integration, key management, and security best practices. Ideal for developers and tech enthusiasts looking to enter the world of Web3 and decentralized finance.
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Adobe Lightroom Classic is a desktop-based software application for editing and managing digital photos. It focuses on providing users with a powerful and comprehensive set of tools for organizing, editing, and processing their images on their computer. Unlike the newer Lightroom, which is cloud-based, Lightroom Classic stores photos locally on your computer and offers a more traditional workflow for professional photographers.
Here's a more detailed breakdown:
Key Features and Functions:
Organization:
Lightroom Classic provides robust tools for organizing your photos, including creating collections, using keywords, flags, and color labels.
Editing:
It offers a wide range of editing tools for making adjustments to color, tone, and more.
Processing:
Lightroom Classic can process RAW files, allowing for significant adjustments and fine-tuning of images.
Desktop-Focused:
The application is designed to be used on a computer, with the original photos stored locally on the hard drive.
Non-Destructive Editing:
Edits are applied to the original photos in a non-destructive way, meaning the original files remain untouched.
Key Differences from Lightroom (Cloud-Based):
Storage Location:
Lightroom Classic stores photos locally on your computer, while Lightroom stores them in the cloud.
Workflow:
Lightroom Classic is designed for a desktop workflow, while Lightroom is designed for a cloud-based workflow.
Connectivity:
Lightroom Classic can be used offline, while Lightroom requires an internet connection to sync and access photos.
Organization:
Lightroom Classic offers more advanced organization features like Collections and Keywords.
Who is it for?
Professional Photographers:
PCMag notes that Lightroom Classic is a popular choice among professional photographers who need the flexibility and control of a desktop-based application.
Users with Large Collections:
Those with extensive photo collections may prefer Lightroom Classic's local storage and robust organization features.
Users who prefer a traditional workflow:
Users who prefer a more traditional desktop workflow, with their original photos stored on their computer, will find Lightroom Classic a good fit.
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Maxon Cinema 4D 2025 is the latest version of the Maxon's 3D software, released in September 2024, and it builds upon previous versions with new tools for procedural modeling and animation, as well as enhancements to particle, Pyro, and rigid body simulations. CG Channel also mentions that Cinema 4D 2025.2, released in April 2025, focuses on spline tools and unified simulation enhancements.
Key improvements and features of Cinema 4D 2025 include:
Procedural Modeling: New tools and workflows for creating models procedurally, including fabric weave and constellation generators.
Procedural Animation: Field Driver tag for procedural animation.
Simulation Enhancements: Improved particle, Pyro, and rigid body simulations.
Spline Tools: Enhanced spline tools for motion graphics and animation, including spline modifiers from Rocket Lasso now included for all subscribers.
Unified Simulation & Particles: Refined physics-based effects and improved particle systems.
Boolean System: Modernized boolean system for precise 3D modeling.
Particle Node Modifier: New particle node modifier for creating particle scenes.
Learning Panel: Intuitive learning panel for new users.
Redshift Integration: Maxon now includes access to the full power of Redshift rendering for all new subscriptions.
In essence, Cinema 4D 2025 is a major update that provides artists with more powerful tools and workflows for creating 3D content, particularly in the fields of motion graphics, VFX, and visualization.
Not So Common Memory Leaks in Java WebinarTier1 app
This SlideShare presentation is from our May webinar, “Not So Common Memory Leaks & How to Fix Them?”, where we explored lesser-known memory leak patterns in Java applications. Unlike typical leaks, subtle issues such as thread local misuse, inner class references, uncached collections, and misbehaving frameworks often go undetected and gradually degrade performance. This deck provides in-depth insights into identifying these hidden leaks using advanced heap analysis and profiling techniques, along with real-world case studies and practical solutions. Ideal for developers and performance engineers aiming to deepen their understanding of Java memory management and improve application stability.
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Pixologic ZBrush, now developed by Maxon, is a premier digital sculpting and painting software renowned for its ability to create highly detailed 3D models. Utilizing a unique "pixol" technology, ZBrush stores depth, lighting, and material information for each point on the screen, allowing artists to sculpt and paint with remarkable precision .
Secure Test Infrastructure: The Backbone of Trustworthy Software DevelopmentShubham Joshi
A secure test infrastructure ensures that the testing process doesn’t become a gateway for vulnerabilities. By protecting test environments, data, and access points, organizations can confidently develop and deploy software without compromising user privacy or system integrity.
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"YouTube by Click" likely refers to the ByClick Downloader software, a video downloading and conversion tool, specifically designed to download content from YouTube and other video platforms. It allows users to download YouTube videos for offline viewing and to convert them to different formats.
Mastering Fluent Bit: Ultimate Guide to Integrating Telemetry Pipelines with ...Eric D. Schabell
It's time you stopped letting your telemetry data pressure your budgets and get in the way of solving issues with agility! No more I say! Take back control of your telemetry data as we guide you through the open source project Fluent Bit. Learn how to manage your telemetry data from source to destination using the pipeline phases covering collection, parsing, aggregation, transformation, and forwarding from any source to any destination. Buckle up for a fun ride as you learn by exploring how telemetry pipelines work, how to set up your first pipeline, and exploring several common use cases that Fluent Bit helps solve. All this backed by a self-paced, hands-on workshop that attendees can pursue at home after this session (https://o11y-workshops.gitlab.io/workshop-fluentbit).
Discover why Wi-Fi 7 is set to transform wireless networking and how Router Architects is leading the way with next-gen router designs built for speed, reliability, and innovation.
2. Who am I?
• Developer -> Evangelist -> Program/Product
• Mobile Program Manager @
• Jenkins Enthusiast
• Contact Info:
• Twitter: @abe238
• [email protected]
3. What is Jenkins?
• Jenkins is an open source continuous integration tool
written in Java. The project was forked from Hudson after
a dispute with Oracle.
• Jenkins provides continuous integration services for
software development. It is a server-based system
running in a servlet container such as Apache Tomcat.
• Jenkins is an award-winning application that monitors
executions of repeated jobs, such as building a software
project or jobs run by cron.
4. And what is continuous integration?
• Continuous Integration (CI) is a development practice
that requires developers to integrate code into a shared
repository several times a day. Each check-in is then
verified by an automated build, allowing teams to detect
problems early.
7. Developer
Works on his machine
Checks in
code to repo
Source Control
(Git/TFS)
Grabs latest code
Build Artifacts (exe,
website, app)
Builds
Run Tests (Nunit,
MSTest, Gradle,
StyleCop, JSHint)
Publish Output to
Live Server
Post Build Steps
Deploy
Report
Back
How does Jenkins typically fit into my work?
8. Before you start - Jenkins and SCM
• Jenkins and configuration management tools like Chef and Puppet go hand in
hand.
• The reason for it is to have consistent environments.
• You should script out your Jenkins install and configuration.
• Also useful when using nodes.
17. Caveat Emptor
• With plugins like GIT-Plugin YMMV
• There are scenarios where you will need to script things
out anyhow.
• E.g. Needing specific parameters when cloning repos
• Shallow clones “--depth 1”
18. Demo
• Create first project
• Show GIT Support
• Choco install git
• MSBuild Plugin
• choco install microsoft-build-tools
19. Pre build, build and post build steps
• Pre build steps are great for items such as: StyleCop and JS minimizers.
• Build steps are for grabbing code, compiling and running tests.
• Post build steps are for communication, archival and deployments.
20. How are we using Jenkins
• Transitioned from TFS to Git
• Trigger Builds upon code checkin
• Run tests
• Deploy to specific AWS machines
• Report via Slack
• Archive and upload files to AWS (S3)
21. Housekeeping
• Backup Jenkins (if possible to the cloud)
• Recom: thinBackup
• Secure your instance
• LDAP
• Custom users
• Monitor critical instances
• Runscope
• Daily builds
• Let Jenkins manage version numbers
• Always test plugins before installing in production (Same goes for Jenkins)
• Uninstall all plugins that are not being used.
22. Job Reuse
• As your number of jobs grow, consider splitting the tasks into reusable parts
• Multi-Job
• Parameterized Builds
• This can be very useful when running tests
• Parameterized Triggers
23. Using Jenkins for CD
• Promoted Builds
• Workflows
• Can integrate with external processes
• Auto test Pull Requests
• Recom: Pull request builder plugin
24. External Integration
• Auto Update GH issues or JIRA tickets
• Create Documentation on the fly
• Recom: Doxygen
• Call any external API (Custom)
25. Using Nodes
• Jenkins has a Master/Slave architecture
• You can add as many nodes as needed.
• These can be generic or environment specific
• These can be used also for testing as nodes could be on a different OS