This is a presentation given at the March 16th San Diego DevOps Meet-up covering some of the upcoming activities around Jenkin 2.0 and the Pipeline plugins which provide for Pipeline-as-Code and enable Jenkins with 1st class pipelines and stages.
Pimp your Continuous Delivery Pipeline with Jenkins workflow (W-JAX 14)CloudBees
Continuous delivery pipelines are, by definition, workflows with parallel job executions, join points, retries of jobs (Selenium tests are fragile) and manual steps (validation by a QA team). Come and discover how the new workflow engine of Jenkins CI and its Groovy-based DSL will give another dimension to your continuous delivery pipelines and greatly simplify your life.
Sample workflow groovy script used in this presentation: https://gist.github.com/cyrille-leclerc/796085e19d9cec4a71ef
Jenkins workflow syntax reference card: https://github.com/cyrille-leclerc/workflow-plugin/blob/master/SYNTAX-REFERENCE-CARD.md
CI and CD Across the Enterprise with Jenkins (devops.com Nov 2014)CloudBees
Delivering value to the business faster thanks to Continuous Delivery and DevOps is the new mantra of IT organizations. In this webinar, CloudBees will discuss how Jenkins, the most popular open source Continuous Integration tool, allows DevOps teams to implement Continuous Delivery.
You will learn how to:
* Orchestrate Continuous Delivery pipelines with the new workflow feature,
* Scale Jenkins horizontally in your organization using Jenkins Operations Center by CloudBees,
* Implement end to end traceability with Jenkins and Puppet and Chef.
http://devops.com/news/ci-and-cd-across-enterprise-jenkins/
https://github.com/CloudBees-community/vagrant-puppet-petclinic
Anatomy of a Continuous Integration and Delivery (CICD) PipelineRobert McDermott
This presentation covers the anatomy of a production CICD pipeline that is used to develop and deploy the cancer research application Oncoscape (https://oncoscape.sttrcancer.org)
Pimp your Continuous Delivery Pipeline with Jenkins workflow (W-JAX 14)CloudBees
Continuous delivery pipelines are, by definition, workflows with parallel job executions, join points, retries of jobs (Selenium tests are fragile) and manual steps (validation by a QA team). Come and discover how the new workflow engine of Jenkins CI and its Groovy-based DSL will give another dimension to your continuous delivery pipelines and greatly simplify your life.
Sample workflow groovy script used in this presentation: https://gist.github.com/cyrille-leclerc/796085e19d9cec4a71ef
Jenkins workflow syntax reference card: https://github.com/cyrille-leclerc/workflow-plugin/blob/master/SYNTAX-REFERENCE-CARD.md
CI and CD Across the Enterprise with Jenkins (devops.com Nov 2014)CloudBees
Delivering value to the business faster thanks to Continuous Delivery and DevOps is the new mantra of IT organizations. In this webinar, CloudBees will discuss how Jenkins, the most popular open source Continuous Integration tool, allows DevOps teams to implement Continuous Delivery.
You will learn how to:
* Orchestrate Continuous Delivery pipelines with the new workflow feature,
* Scale Jenkins horizontally in your organization using Jenkins Operations Center by CloudBees,
* Implement end to end traceability with Jenkins and Puppet and Chef.
http://devops.com/news/ci-and-cd-across-enterprise-jenkins/
https://github.com/CloudBees-community/vagrant-puppet-petclinic
Anatomy of a Continuous Integration and Delivery (CICD) PipelineRobert McDermott
This presentation covers the anatomy of a production CICD pipeline that is used to develop and deploy the cancer research application Oncoscape (https://oncoscape.sttrcancer.org)
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.
JUC Europe 2015: Enabling Continuous Delivery for Major RetailersCloudBees
By Masood Jan, Mazataz
Masood will illustrate the achievements and challenges faced whilst implementing a continuous delivery (CD) framework for a major retailer by using a rigorous but simple development process, integrated with Jenkins build pipelines. The pipelines have been carefully architected to orchestrate the various build, deployment, testing and release stages of e-commerce applications. The presenter will conclude with future goals regarding a cloud-based CD process using Jenkins.
Continuous delivery is a powerful concept, but hard to achieve. One of the challenges is automating the setup of environments and the deployment of the Java EE applications. We have looked at and used quite some tools like for instance Chef, Puppet, Vagrant and Nolio. All tools had one thing in common: we had never used them. Why should we invest time in mastering those tools? There is a perfect alternative in Jenkins, a tool most developers are familiar with. Besides the basic Jenkins buildserver capabilities it offers quite some useful plugins like the Build Pipeline plugin. To setup environments the popular Docker project is used. Docker allows you to create containers from any application. Only some knowledge is required for the setup of the containers. The rest of the configuration is done through commands most people are quite familiar with.
DockerCon EU 2015: Continuous Integration with Jenkins, Docker and ComposeDocker, Inc.
Presented by Sandro Cirulli, Platform Tech Lead, Oxford University Press
Oxford University Press (OUP) recently started the Oxford Global Languages (OGL) initiative (http://www.oxforddictionaries.com/words/oxfordlanguages) which aims at providing language resources for digitally under represented languages. In August 2015 OUP launched two African languages websites for Zulu (http://zu.oxforddictionaries.com) and Northern Sotho (http://nso.oxforddictionaries.com). The backend of these websites is based on an API retrieving data in RDF from a triple store and delivering data to the frontend in JSON-LD.
The entire micro-service infrastructure for development, staging, and production runs on Docker containers in Amazon EC2 instances. In particular, we use Jenkins to rebuild the Docker image for the API based on a Python Flask application and Docker Compose to orchestrate the containers. A typical CI workflow is as follows:
- a developer commits code to the codebase
- Jenkins triggers a job to run unit tests
- if the unit tests are successful, the Docker image of the Python Flask application is rebuilt and the container is restarted via Docker Compose
- if the unit tests or the Docker build failed, the monitor view shows the Jenkins jobs in red and displays the name of the possible culprit who broke the build.
A demo of this CI workflow is available at http://www.sandrocirulli.net/continuous-integration-with-jenkins-docker-and-compose
JUC Europe 2015: Plugin Development with Gradle and GroovyCloudBees
By Daniel Spilker, CoreMedia
Learn how to use the Gradle JPI plugin to enable a 100% Groovy plugin development environment. We will delve into Groovy as the primary programming language, Spock for writing tests and Gradle as the build system.
Analyze This! CloudBees Jenkins Cluster Operations and AnalyticsCloudBees
More and more organizations are jumping on the Continuous Delivery bandwagon to remain competitive. As they do so, they use Jenkins to on-board teams and to orchestrate their continuous delivery pipelines.
Jenkins Operations Center by CloudBees is the tool that helps organizations run their CI infrastructure at scale.
In this webinar, you will learn about:
* Reference architecture to build resilient Jenkins that onboard teams quickly
* Cluster Operations - helps to manage multiple Jenkins instances simultaneously.
* Want to install a new plugin on a 4 Jenkins masters ? We got that covered!
* CloudBees Analytics - offers insight into build and performance analytics.
* Want to know the number of jobs failing across 4 masters - we've got that covered too!
JUC Europe 2015: Scaling Your Jenkins Master with DockerCloudBees
By Christophe Muller, Wyplay
Christophe will share his experience at Wyplay, a provider of connected TV middleware, in Jenkins scaling and best practices. At Wyplay, the Jenkins master server had grown to include 34 attached slaves, 78 plugins and 527 jobs. That would not have been a problem if there were no major issues - but that was not the case. The team had issues related to performance, reliability, ability to upgrade and security.
Because of these issues, project teams started to build their own master servers and on several of them, the issues (particularly security) were even greater than on the original Jenkins master server.
The Wyplay team decided to migrate to a system where they could easily generate and manage new masters for each project. They migrated the 500 original jobs to this new infrastructure. Christophe will explain in his talk how Wyplay used Docker to support the migration to the new architecture. In addition to this master infrastructure, Wyplay also makes use of Docker for launching dedicated slaves for small jobs using the Docker plugin. Tips on how this infrastructure can be enhanced will be provided.
Jenkins tool. In the world of IT sector Jenkins automation tool is very famous and useful. So, I think everyone will be aware about it. Here we are going to learn What is Jenkins and Its build process in detail? In the end of tutorial we will bind up some Jenkins basic terminology.
https://linuxdady.com/jenkins-tool/
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.
JUC Europe 2015: Enabling Continuous Delivery for Major RetailersCloudBees
By Masood Jan, Mazataz
Masood will illustrate the achievements and challenges faced whilst implementing a continuous delivery (CD) framework for a major retailer by using a rigorous but simple development process, integrated with Jenkins build pipelines. The pipelines have been carefully architected to orchestrate the various build, deployment, testing and release stages of e-commerce applications. The presenter will conclude with future goals regarding a cloud-based CD process using Jenkins.
Continuous delivery is a powerful concept, but hard to achieve. One of the challenges is automating the setup of environments and the deployment of the Java EE applications. We have looked at and used quite some tools like for instance Chef, Puppet, Vagrant and Nolio. All tools had one thing in common: we had never used them. Why should we invest time in mastering those tools? There is a perfect alternative in Jenkins, a tool most developers are familiar with. Besides the basic Jenkins buildserver capabilities it offers quite some useful plugins like the Build Pipeline plugin. To setup environments the popular Docker project is used. Docker allows you to create containers from any application. Only some knowledge is required for the setup of the containers. The rest of the configuration is done through commands most people are quite familiar with.
DockerCon EU 2015: Continuous Integration with Jenkins, Docker and ComposeDocker, Inc.
Presented by Sandro Cirulli, Platform Tech Lead, Oxford University Press
Oxford University Press (OUP) recently started the Oxford Global Languages (OGL) initiative (http://www.oxforddictionaries.com/words/oxfordlanguages) which aims at providing language resources for digitally under represented languages. In August 2015 OUP launched two African languages websites for Zulu (http://zu.oxforddictionaries.com) and Northern Sotho (http://nso.oxforddictionaries.com). The backend of these websites is based on an API retrieving data in RDF from a triple store and delivering data to the frontend in JSON-LD.
The entire micro-service infrastructure for development, staging, and production runs on Docker containers in Amazon EC2 instances. In particular, we use Jenkins to rebuild the Docker image for the API based on a Python Flask application and Docker Compose to orchestrate the containers. A typical CI workflow is as follows:
- a developer commits code to the codebase
- Jenkins triggers a job to run unit tests
- if the unit tests are successful, the Docker image of the Python Flask application is rebuilt and the container is restarted via Docker Compose
- if the unit tests or the Docker build failed, the monitor view shows the Jenkins jobs in red and displays the name of the possible culprit who broke the build.
A demo of this CI workflow is available at http://www.sandrocirulli.net/continuous-integration-with-jenkins-docker-and-compose
JUC Europe 2015: Plugin Development with Gradle and GroovyCloudBees
By Daniel Spilker, CoreMedia
Learn how to use the Gradle JPI plugin to enable a 100% Groovy plugin development environment. We will delve into Groovy as the primary programming language, Spock for writing tests and Gradle as the build system.
Analyze This! CloudBees Jenkins Cluster Operations and AnalyticsCloudBees
More and more organizations are jumping on the Continuous Delivery bandwagon to remain competitive. As they do so, they use Jenkins to on-board teams and to orchestrate their continuous delivery pipelines.
Jenkins Operations Center by CloudBees is the tool that helps organizations run their CI infrastructure at scale.
In this webinar, you will learn about:
* Reference architecture to build resilient Jenkins that onboard teams quickly
* Cluster Operations - helps to manage multiple Jenkins instances simultaneously.
* Want to install a new plugin on a 4 Jenkins masters ? We got that covered!
* CloudBees Analytics - offers insight into build and performance analytics.
* Want to know the number of jobs failing across 4 masters - we've got that covered too!
JUC Europe 2015: Scaling Your Jenkins Master with DockerCloudBees
By Christophe Muller, Wyplay
Christophe will share his experience at Wyplay, a provider of connected TV middleware, in Jenkins scaling and best practices. At Wyplay, the Jenkins master server had grown to include 34 attached slaves, 78 plugins and 527 jobs. That would not have been a problem if there were no major issues - but that was not the case. The team had issues related to performance, reliability, ability to upgrade and security.
Because of these issues, project teams started to build their own master servers and on several of them, the issues (particularly security) were even greater than on the original Jenkins master server.
The Wyplay team decided to migrate to a system where they could easily generate and manage new masters for each project. They migrated the 500 original jobs to this new infrastructure. Christophe will explain in his talk how Wyplay used Docker to support the migration to the new architecture. In addition to this master infrastructure, Wyplay also makes use of Docker for launching dedicated slaves for small jobs using the Docker plugin. Tips on how this infrastructure can be enhanced will be provided.
Jenkins tool. In the world of IT sector Jenkins automation tool is very famous and useful. So, I think everyone will be aware about it. Here we are going to learn What is Jenkins and Its build process in detail? In the end of tutorial we will bind up some Jenkins basic terminology.
https://linuxdady.com/jenkins-tool/
Pipeline as code - new feature in Jenkins 2Michal Ziarnik
What is pipeline as code in continuous delivery/continuous deployment environment.
How to set up Multibranch pipeline to fully benefit from pipeline features.
Jenkins master-node concept in Kubernetes cluster.
Voxxed Luxembourd 2016 Jenkins 2.0 et Pipeline as codeDamien Duportal
Né Hudson en 2004 (cf. http://kohsuke.org/2011/01/11/bye-bye-hudson-hello-jenkins/), le projet Jenkins vient de franchir un cap majeur : la version Jenkins 2.0 (cf. https://groups.google.com/forum/#!msg/jenkinsci-dev/vbXK7JJekFw/BlEvO0UxBgAJ) !
Cette étape majeure réussit à concilier la gestion de l'ancien, et la transition vers des pratiques de déploiement continu plus modernes.
Parmi les nouveautés, la gestion des Pipeline-as-a-Code et l'intégration de Docker sont deux éléments dont vous allez pouvoir tirer de nombreux bénéfices.
Si vous êtes intéressés pour un exemple concret de migration depuis un Jenkins 1.x vers un flux basé sur Docker et Pipeline avec Jenkins 2.0, cette session est faite pour vous !
L'exemple suivi sera un projet Java-Maven "type", stocké sur un dépôt Git, bénéficiant de tests et d'analyses, en "multi-job enchaînés", que nous ferons glisser dans un "Jenkins Pipeline", configuré via un fichier du dépôt Git, en mode "livraison continue" via Docker.
Rise of the Machines - Automate your DevelopmentSven Peters
When we talk about automation in software development, we immediately think of automated builds and deployments. We may also be using scripts to help make our daily work easier. But this is really just the beginning of the rise of the machines.
I show you how leading developers in our industry are using open source and commercial tools for automating much more. They've got "robots" for monitoring production servers, updating issues, supporting customers, reviewing code, setting up laptops, doing development reporting, conducting customer feedback -- even automating daily standups. In what instances is it useful to automate? In what cases does it not make sense? Automation prevents us from having to do the same thing twice, helps us to work better together, reduces workflow errors and frees up time to write production code. Plus, as it turns out, spending time on automation is fun! Don't be afraid of robots in software development, embrace them! Even if I save you just half an hour a week, this talk will be a beneficial investment of your time.
Docker and Jenkins. Orchestrating Continuous Delivery
Through the use of build pipelines, Continuous Delivery will enable faster and more frequent build, test and deployment cycles of software.
To ensure that what you are delivering has the required quality: how do we build a continuous delivery pipeline in the real world?
In this session, instead of relying on static step configurations, we are going to demonstrate how to code a pipeline using Jenkins and Gradle and how Docker can help on this task. The end result is faster application releases with higher quality.
Atlassian faces the same issues as any other software company in the world. The battle for continuous integration glory is fought every day, and at stake is nothing less than our development and delivery speed. Join us to find out how we do it at Atlassian, powered by Bamboo. Because in the Game of Codes, you win... or you die.
Linux containers and Docker specifically have revolutionized the way applications are run at scale, but testing can greatly benefit from those technologies too.Containers allow to run tests in isolation with a minimum performance penalty, increased speed with respect to virtual machine based tests and easier configuration and less complexity for integration testing. Testing with containers allows running tests in a new, clean environment for each execution, minimizing false positives and environment corruption. At the same time it allows reusing container clusters to run development, testing and production workloads.You will learn to effectively use Jenkins with Docker and Kubernetes, a multi host Docker clustering technology, to run your Jenkins jobs in isolated containers for each execution at scale.
http://www.agiletestingdays.com/session/using-docker-for-testing/
Bamboo is a continuous integrations server from Atlassian. But Bamboo is much more than that. See, how a modern CI-Server goes further with automated building, testing, deploying, and releasing of your software.
I have evidence that using git and GitHub for documentation and community doc techniques can give us 300 doc changes in a month. I’ve bet my career on these methods and I want to share with you.
Continuous Delivery with Jenkins and Wildfly (2014)Tracy Kennedy
A presentation on a continuous delivery pipeline that leverages Jenkins Enterprise, Jenkins Operations Center, Nexus, HAProxy, and Wildfly. Pipeline components run in Docker containers along with SkyDock/SkyDNS for service discovery and NSEnter for command-line access to containers.
Best practices with git - The essentials you should know about git to use if efficiently
Workshop by Otto Kekäläinen at OpenFest 7.11.2015, Sofia, Bulagaria.
This 68 slides beast surely has something new even for seasoned git developers!
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.
Micro-Services and cloud-based applications demand robust and flexible CI/CD pipelines. Manually creating a Jenkins Job using the UI is just not an option any more, but which tool should we use? In this talk we will cover Jenkns Pipeline, Gitlab CI and Concourse. We will see the use case for every tool and when should we use it.
DevOps with Azure, Kubernetes, and Helm WebinarCodefresh
Watch the webinar here: https://codefresh.io/devops-azure-kubernetes-helm-lp/
Sign up for a FREE Codefresh account today: https://codefresh.io/codefresh-signup/
In this webinar, we will show you how you can use standard DevOps practices such as IaC, CI/CD, automated release and more in conjunction with Kubernetes (AKS) and Helm.
Everyone loves Agile and the way it is replacing all the older methodologies and development models with a streamlined and sustainable system for faster delivery cycles. However, the ever-prevailing Manual testing practice has always kept the QA teams from entirely adopting Continuous Integration and Continuous Delivery, making Agility unreachable. Fortunately, tools like Jenkins help reach the goals of the CI/CD pipeline, i.e., to maintain a continuous flow of software updates in production and shorter release cycles at reduced costs.
Continuous Integration and Deployment with Jenkins for PCFVMware Tanzu
SpringOne Platform 2017
Andrei Krasnitski, Altoros
Jenkins has been the preferred tool for continuous integration and deployment for many years already due to it's smooth user experience, easy configuration, abundance of available plugins and integrations. During the talk we will tell about best practices on using Jenkins together with Cloud Foundry installations, accelerating cloud-native application delivery and packaging using combination of Docker and Jenkins and thoughtful configuration of CI/CD pipelines and keeping apps up-to-date on all CF environments. Together with that, Altoros will make an intro to Jenkins tile for PCF and tell how to boost release engineering practice with the help of this instrument.
Building Distributed Systems without Docker, Using Docker Plumbing Projects -...Patrick Chanezon
Docker provides an integrated and opinionated toolset to build, ship and run distributed applications. Over the past year, the Docker codebase has been refactored extensively to extract infrastructure plumbing components that can be used independently, following the UNIX philosophy of small tools doing one thing well: runC, containerd, swarmkit, hyperkit, vpnkit, datakit and the newly introduced InfraKit.
This talk will give an overview of these tools and how you can use them to build your own distributed systems without Docker.
Patrick Chanezon & David Chung, Docker & Phil Estes, IBM
JUC Europe 2015: Bringing CD at Cloud-Scale with Jenkins, Docker and "Tiger"CloudBees
By Kohsuke Kawaguchi and Harpreet Singh, CloudBees, Inc.
Continuous delivery (CD) is a competitive differentiator and development and operations teams are under pressure to deliver software faster. The DevOps world is going through a storm of changes - Docker being the key one. This session by Kohsuke and Harpreet will introduce a set of plugins that address various aspects of CD with Docker.
Continuous Integration and Deployment with Jenkins for PCFAltoros
Jenkins has been the preferred tool for continuous integration and deployment for many years already due to it's smooth user experience, easy configuration, abundance of available plugins and integrations. During the talk we will tell about best practices on using Jenkins together with Cloud Foundry installations, accelerating cloud-native application delivery and packaging using combination of Docker and Jenkins and thoughtful configuration of CI/CD pipelines and keeping apps up-to-date on all CF environments.
Codifying the Build and Release Process with a Jenkins Pipeline Shared LibraryAlvin Huang
These are my slides from my Jenkins World 2017 talk, detailing a war story of migrating 150-200 Freestyle Jobs for build and release, into ~10 line Jenkinsfiles that heavily leverages Jenkins Pipeline Shared Libraries (https://jenkins.io/doc/book/pipeline/shared-libraries/)
Similar to SD DevOps Meet-up - Jenkins 2.0 and Pipeline-as-Code (20)
Hybrid optimization of pumped hydro system and solar- Engr. Abdul-Azeez.pdffxintegritypublishin
Advancements in technology unveil a myriad of electrical and electronic breakthroughs geared towards efficiently harnessing limited resources to meet human energy demands. The optimization of hybrid solar PV panels and pumped hydro energy supply systems plays a pivotal role in utilizing natural resources effectively. This initiative not only benefits humanity but also fosters environmental sustainability. The study investigated the design optimization of these hybrid systems, focusing on understanding solar radiation patterns, identifying geographical influences on solar radiation, formulating a mathematical model for system optimization, and determining the optimal configuration of PV panels and pumped hydro storage. Through a comparative analysis approach and eight weeks of data collection, the study addressed key research questions related to solar radiation patterns and optimal system design. The findings highlighted regions with heightened solar radiation levels, showcasing substantial potential for power generation and emphasizing the system's efficiency. Optimizing system design significantly boosted power generation, promoted renewable energy utilization, and enhanced energy storage capacity. The study underscored the benefits of optimizing hybrid solar PV panels and pumped hydro energy supply systems for sustainable energy usage. Optimizing the design of solar PV panels and pumped hydro energy supply systems as examined across diverse climatic conditions in a developing country, not only enhances power generation but also improves the integration of renewable energy sources and boosts energy storage capacities, particularly beneficial for less economically prosperous regions. Additionally, the study provides valuable insights for advancing energy research in economically viable areas. Recommendations included conducting site-specific assessments, utilizing advanced modeling tools, implementing regular maintenance protocols, and enhancing communication among system components.
Water scarcity is the lack of fresh water resources to meet the standard water demand. There are two type of water scarcity. One is physical. The other is economic water scarcity.
Cosmetic shop management system project report.pdfKamal Acharya
Buying new cosmetic products is difficult. It can even be scary for those who have sensitive skin and are prone to skin trouble. The information needed to alleviate this problem is on the back of each product, but it's thought to interpret those ingredient lists unless you have a background in chemistry.
Instead of buying and hoping for the best, we can use data science to help us predict which products may be good fits for us. It includes various function programs to do the above mentioned tasks.
Data file handling has been effectively used in the program.
The automated cosmetic shop management system should deal with the automation of general workflow and administration process of the shop. The main processes of the system focus on customer's request where the system is able to search the most appropriate products and deliver it to the customers. It should help the employees to quickly identify the list of cosmetic product that have reached the minimum quantity and also keep a track of expired date for each cosmetic product. It should help the employees to find the rack number in which the product is placed.It is also Faster and more efficient way.
Student information management system project report ii.pdfKamal Acharya
Our project explains about the student management. This project mainly explains the various actions related to student details. This project shows some ease in adding, editing and deleting the student details. It also provides a less time consuming process for viewing, adding, editing and deleting the marks of the students.
Final project report on grocery store management system..pdfKamal Acharya
In today’s fast-changing business environment, it’s extremely important to be able to respond to client needs in the most effective and timely manner. If your customers wish to see your business online and have instant access to your products or services.
Online Grocery Store is an e-commerce website, which retails various grocery products. This project allows viewing various products available enables registered users to purchase desired products instantly using Paytm, UPI payment processor (Instant Pay) and also can place order by using Cash on Delivery (Pay Later) option. This project provides an easy access to Administrators and Managers to view orders placed using Pay Later and Instant Pay options.
In order to develop an e-commerce website, a number of Technologies must be studied and understood. These include multi-tiered architecture, server and client-side scripting techniques, implementation technologies, programming language (such as PHP, HTML, CSS, JavaScript) and MySQL relational databases. This is a project with the objective to develop a basic website where a consumer is provided with a shopping cart website and also to know about the technologies used to develop such a website.
This document will discuss each of the underlying technologies to create and implement an e- commerce website.
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2. About Jenkins
Jenkins 2.0 is an automation engine with an
unparalleled plugin ecosystem to support all of your
favorite tools in your delivery pipelines, whether your
goal is continuous integration, automated testing, or
continuous delivery.
9. Jenkins weaknesses. Compatibility costs
9
• More than 5 years of backward compatibility
• Hudson 2 plugins still work on Jenkins!
• BUT:
• Architecture design issues, complex APIs
• Outdated libs
• Outdated UI
• Plugin integration issues
...Fixes are on the way
10. Pipelines in Jenkins 1.x
●Create jobs
●Trigger “downstream” jobs for next stage
●Easy!
25. Pipeline as Code
● Introduce “pipeline” as a new type in Jenkins
● Codify an implicit series of stages into an explicit
.Jenkinsfile in your source repository
● Resumability/durability of the pipeline state
● Extend the DSL with your own steps
github.com/jenkinsci/pipeline-examples
26. Pipeline DSL
node('docker') {
checkout scm
/* Grab the abbreviated SHA1 of our pipeline’s commit.
*/
sh 'git rev-parse HEAD > GIT_COMMIT'
def shortCommit = readFile('GIT_COMMIT').take(6)
stage 'Build'
def image = docker.build("jenkinsciinfra/bind:build-${shortCommit}")
stage 'Deploy'
image.push()
}
43. New Community Site: jenkins.io (Beta)
● Modern platform and UI
● Easier to use
● 1-2-3-4 Quickstart
● Centralized Documentation
● Solution-oriented Use
Cases
● Events listings
● Launching March 22nd
Here are some really cool features in Jenkins Workflow.
SAs talk here about coolness of Workflow.
As we said, CD involves creating Pipelines for application code.
This means that for every code “check-in” by every developer, the new code needs to go through the Pipeline that will take it from Dev to Prod.
So, the CD Platform needs to manage the execution of many of these Pipelines.
And the pipelines can be complex. They may have decision points or branches. They may need to be paused or restarted.
Modeling the real-world process of application delivery requires that these pipelines be robust, flexible and powerful.
Here’s a real-world example of a complex CD Pipeline used by a Jenkins Workflow user.
The CloudBees Jenkins Platform also provides a dashboard that shows the current state of the pipeline activity, such as this example, which is critical to providing a full understanding of how things are performing.