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Continuous Integration Training

Continuous Integration Training

Introduction to Continuous Integration Training:

Continuous integration Training is a DevOps software development practice where developers regularly integrate their code changes into a central repository, followed by automated architectures and tests. Continuous integration often refers to the build or integration phase of the software release process and causes both the automation component and the cultural component. The main goals of Jenkins CI online Training are to detect and fix bugs quickly, improve software quality, and reduce the time it takes to verify and release new software updates. Global online trainings provide the course on the Continuous Integration Online Training and the training will be given by experts of the trainer and we will cover the full advanced concepts of the Jenkins Continuous Integration Training. We provide Best Continuous Integration Training material also.

Prerequisites for this Continuous Integration Course:

  • The pre-requisites for this course include Intermediate scripting knowledge in Windows and knowledge of basic testing frameworks like JUNIT or TestNG.
  • Knowledge of Maven/Ant is beneficial but not mandatory.
  • Some awareness of Server topologies and Release management is recommended, but not mandatory. 

Continuous Integration Online Training Outline:

  • Course Name: Continuous integration Training
  • Mode of training:Online Training and Corporate Training (Classroom training at client location)
  • Duration of course:30 hrs
  • Do you provide materials:Yes, If you register with Global Online Trainings, the materials will be provided.
  • Course fee: After register with Global Online Trainings, our coordinator will contact you.
  • Trainer experience: 10 years+
  • Timings:According to one’s feasibility
  • Batch Type:Regular, weekends and fast track

CONTINUOUS INTEGRATION TRAINING COURSE CONTENT

Continuous Integration Training Course Content

Overview of Continuous Integration Training:

Continuous integration was first introduced in the year 2000 with software called Cruise Control. Over the years, continuous integration has become a key tool in any software company. It calls on development teams to perform a build and follow-up test for every code change made in a software program. The concept is intended to eliminate the problem of finding late events of problems in the build lifecycle. Continuous integration has been introduced to allow developers to work in isolation and without sufficient integration, code changes and builds never happen alone.

What is Continuous Integration?

Continuous integration is an integral part of the agile software development setup. Sprint after sprint, teams try to break the structure while providing a growing number of features. When developers focus solely on adding features, code errors can sometimes make the software unusable. CI Server is a gatekeeper that helps keep tabs on code quality, to prevent such errors from being integrated into software configuration management. Even if the code is connected to the SCM, the CI server will quickly tell you what happened. In this post, we will look at six open source CI server tools you can use in your agile setup.

What CI does?

CI helps to increase the headcount and delivery output of engineering teams. Introducing CI in the above scenario allows software developers to work independently on parallel features. When they are ready to integrate these features into the final product, they can do so independently and quickly. CI is a valuable and well-established practice in modern, high performance software engineering firms.

Why Continuous Integration?

Continuous integration has become a very integral part of any software development process. The continuous Integration process helps to answer the following questions for the software development team.

  • Do all software components work together? – Sometimes systems become so complicated that each part has multiple interfaces. In such cases, it is always important to make sure all software components work smoothly together.
  • Is the code too complicated for integration purposes? – If the continuous integration process fails, the code can be very complicated. This may be a signal to apply the right design patterns to make the code less complex and more manageable.
  • Does the code adhere to established coding standards? – Most proper test cases always check whether the code adheres to the correct coding standards. By doing an automated test after an automated build, it is a good point to check if the code meets all the required coding standards.
  • How much code is covered by automated tests? – There is no point in testing code if the test cases don’t cover the required functionality of the code. So it’s always a good practice to ensure that the test cases written should cover all the key scenarios of the application.
  • Were all the tests successful after the latest change? – If a test fails, then there is no point in proceeding with the deployment of the code, so this is a good point to check if the code is ready to move to the deployment stage or not.

Who should attend this Continuous Integration Training?

  • Software developers
  • Project managers
  • Quality assurance staff
  • Product owners
  • Business intelligence professionals
  • Agile Managers leading an Agile team wanting to understand concepts like Continuous Integration with Jenkins
  • Individual Contributors in the field of DevOps
  • Developers/Administrators who want to gain acceleration in their careers as “Jenkins Developer

Benefits of Continuous Integration DevOps Course:

  • Prevent integration problems
  • Integration bugs are detected early and are easy to track down due to small change sets. This saves both time and money over the lifespan of a project
  • Avoids last-minute chaos at release dates, when everyone tries to check in their slightly incompatible versions
  • Committing code frequently
  • Categorizing developer tests
  • Using a dedicated integration build machine
  • Using continuous feedback mechanisms
  • Staging builds
  • When unit tests fail or a bug emerges, if developers need to revert the codebase to a bug-free state without debugging, only a small number of changes are lost (because integration happens frequently)
  • Constant availability of a “current” build for testing, demo, or release purposes
  • Frequent code check-in pushes developers to create modular, less complex code
  • Enforces discipline of frequent automated testing
  • Immediate feedback on system-wide impact of local changes
  • Metrics generated from automated testing and CI (such as metrics for code coverage, code complexity, and features complete) focus developers on developing functional, quality code, and help develop momentum in a team
  • Separate software builds from software deployments
  • Say goodbye to long and tense integrations
  • Increase visibility which enables greater communication
  • Spend less time debugging and more time adding features
  • Proceed in the confidence you’re building on a solid foundation
  • Reduce integration problems allowing you to deliver software more rapidly
  • Automate the build
  • Make your build self-testing
  • Automate deployment
  • Continuous Integration is quality assurance

The main features or practices for Continuous Integration:

  • Maintain a single source repository− All source code is maintained in a single repository. This avoids having source code being scattered across multiple locations. Tools such as Subversion and Git are the most popular tools for maintaining source code.
  • Automate the build− Software architecture must be automated. If multiple steps need to be done, the build tool should be capable of doing this. For .Net, MSBuild is the default build tool and for Java-based applications you have tools like Maven and Grunt.
  • Make your build self-testing− Build should be testable. Immediately after the build occurs, test cases must be run to ensure that the test can be run for different functions of the software.
  • Every commit should build on an integration machine− The Integration Machine Build Server and Build must be run on this machine. This means that all the dependent components must be on a persistent integration server.
  • Keep the build fast− The build should happen in minutes. The build should not take hours to happen, because this would mean the build steps are not properly configured.
  • Test in a clone of the production environment− The construction environment must be close to the production environment. If there are many differences between these environments, there may be a case where the build will fail even if the product is traveling on the build server.
  • Everyone can see what is happening− The entire process of build and testing and deployment should be visible to all.
  • Automate deployment− Continuous integration leads to continuous expansion. It is absolutely necessary to ensure that the build is easy to set up in a staging or production environment.

Jenkins Training:

Jenkins training is an open source persistent integration server that can orchestrate a chain of actions that helps to achieve a continuous integration process, not just automation. This Jenkins requires a server-based application and a web server such as Apache Tomcat. It is entirely written by the java, one reason Jenkins is so popular is that he oversees repeated tasks that arise during the development of a project. For example, if your team is developing a project, Jenkins Training will constantly test your project structures and show you the shortcomings of the early stages of your development. Using Jenkins, software companies can speed up their software development process, as Jenkins can accelerate the build process automatically. Jenkins supports the full development lifecycle of software from the design, testing, document, deployment and other stages of the software development lifecycle.

Maven Training:

Maven Training is a build automation tool that is mainly used for Java projects. Maven refers to two aspects of software architecture: first, it describes how software is built, and second, its dependencies. Contrary to previous tools like Apache Ant it uses conventions for the build process and only exceptions should be written. A software project in which an XML file is being built describes its dependence on other external modules and components, build order, directories, and required plugins. It comes with pre-defined goals to perform some well-defined tasks such as code editing and its packaging. Dynamically downloads Java libraries and Maven Training plugins from one or more repositories, such as Maven2 Central Repository, and stores them in the local cache. Maven can be used to build and manage projects written in C #, Ruby, Scala and other languages. The Maven Project is hosted by the Apache Software Foundation, which was formerly part of the Jakarta project. Maven is built using a plugin-based architecture, which allows any application to be controlled by standard input.

Sitcore Training:

SitCore Training is one of the leading enterprise-level content management systems built on ASP.NET, enabling web content editors and marketers to have complete control over all aspects of their website, from social integration and blog posts to advanced personalization, e-commerce and more. The sitcore language has been used from the very beginning .NET platform and has been growing in popularity over the last few years. SitCore training has a Content Management Server that represents the functionality of SitCore, namely writing, editing, managing content and configuring a web solution.

 

Conclusion to Continuous Integration Training:

Continuous integration Training automated testing in the development process changes the way software is developed from the ground up. This requires the effort of all team members and a cultural shift in the organization. Continuous integration and it provides good business results, products can be marketed fast by finding problems when they are small and small, without waiting until they are big and very difficult to solve. They will be able to respond well to the requirements introduced as the product develops.

Global Online Training gives the best online training, corporate training and job support for Continuous Integration Training. We have best mentors to manage you through this Jenkins CI online course and numerous different courses; in our Global online training and just as, for both individual and for corporate bunches too. Our trainers will be available 24/7 online support. GOT gives training to all Devops Modules at a sensible cost and at trainee’s adaptable hours? We likewise give classroom training at customer premises Noida Bangalore, Gurgaon, Hyderabad, Mumbai, Delhi, Pune.

 

 

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