Jenkins Pipelining and Gatling Integration

In Coscup 2011, the slide shows why developer should use continue integration(jenkins) toolbox with project management(redmine, trac, google code) toolbox to fulfill the need of software project lifecycle. And share the working step of Android+jenkins.

This document discusses using Jenkins to assist with peer code reviews by providing guidance on review time needed based on lines of code, automatically adding reviewers, and linking to review checklists. It notes the benefits of peer code review like reduced defects and increased productivity. Studies show code review is more effective at finding defects than testing. The document calls for sponsors and test pilots to try out integrating these ideas into Jenkins for automated and guided peer reviews.

Slides from my presentation to the Sydney Jenkins Meetup on Declarative Pipeline. Video of the presentation available at https://www.youtube.com/watch?v=3R5xh4oeDg0&feature=youtu.be

This is a follow-up presentation to my talk at CloudBees | Jenkins Automotive and Embedded Day 2016, where I was presenting Pipeline usage strategies for use-cases in the Embedded area. In this presentation I talk about Jenkins Pipeline features for automation frameworks and talk about lessons learned in several project.

GraphQL is a query language for APIs that was created by Facebook in 2012. It allows clients to define the structure of the data required, and exactly the data they need from the server. This prevents over- and under-fetching of data. GraphQL has grown in popularity with the release of tools like Apollo and GraphQL code generation. GraphQL can be used to build APIs that integrate with existing backend systems and databases, with libraries like Express GraphQL and GraphQL Yoga making it simple to create GraphQL servers.

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.

** 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

This document provides an overview of using Bugzilla, Testopia and Jenkins for automated testing. It describes how to install and configure each tool, and how they integrate together in an automated testing environment. Key steps include creating test plans and test runs in Testopia, running tests via Jenkins, and reporting results back to Testopia. An example process for automated hypervisor testing at ITRI is provided to demonstrate how the tools work together for continuous integration and testing.

This document provides an introduction and overview of Jenkins, an open-source automation tool for continuous integration. It discusses that Jenkins is written in Java and uses plugins to enable continuous integration through automation of various DevOps stages. Some key advantages are that it is open-source, easy to install, has many plugins, and is free. The document also covers what continuous integration is, why it is needed to detect problems early, and the different stages of adopting a continuous integration approach.

Explains implementation steps for running Genymotion device as Android emulator with Jenkins headless server. The logic is tried and tested for concurrent Jenkins builds on Ubuntu server

This document discusses continuous integration using Jenkins. It defines continuous integration as merging developer work frequently, such as daily, and verifying changes through automated builds and tests. Benefits of CI include early bug detection and improved code quality. The document outlines best practices for CI workflows and describes the key components of builds. It introduces Jenkins as an open source CI tool and explains how it can be used to automate builds, run tests, generate reports, and integrate with version control and other tools through plugins.

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.