Symfony Camp 2013 UA.
Continuous Integration and Automated Deployments for Symfony-based projects
P.S. Original PPTX presentation contains a lot of notes
В продолжение темы непрерывной интеграции, Макс расскажет о своем подходе организации непрерывной интеграции и деплоймента в Symfony проектах. Рассказ включает следующие темы:
- Управления зависимостями
- Процесс и инструменты для сборки
- Сервера непрерывной интеграции и в частности Jenkins, плагины к нему, jobs
- Процесс разработки в git
- Процесс выгрузки релиза
- Миграция БД
- Откат релиза
Continuous integration / continuous delivery of web applications, Eugen Kuzmi...Evgeniy Kuzmin
What will be discussed:
- Building the process of continuous integration/delivery on the example of a Laravel application;
- The structure of the auto-testing organization;
- Integration of running tests and deploy on Jenkins CI server;
- Employment of Docker in conjunction with AWS ElasticBeanstalk for blue-green deployment.
Доклад Евгения Кузьмина для "Съесть собаку" #14: PHP, 20/092018
Тезисы:
Построение процесса continuous integration/delivery на примере Laravel-приложения;
Структура организации авто-тестирования;
Интеграция запуска тестов и деплоя на CI сервере Jenkins;
Применение Docker в связке с AWS ElasticBeanstalk для blue-green деплоя.
Jenkins Pipeline @ Scale. Building Automation Frameworks for Systems IntegrationOleg Nenashev
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.
Continuous Integration/ Continuous Delivery of web applicationsEvgeniy Kuzmin
Smart Gamma use case of implementation Continuous Integration/ Continuous Delivery for Laravel web app, tested by phpunit and Behat, build automation with Jenkins, blue-green deploy on AWS Beanstalk
2013 10-28 php ug presentation - ci using phing and hudsonShreeniwas Iyer
This document discusses using Phing and Hudson for continuous integration of PHP projects. Phing is a build tool similar to Ant for PHP projects that allows running tests, building packages, and more via XML configuration files. Hudson is an open source continuous integration server that can be used to run Phing build scripts and publish test reports. The document provides examples of using Phing for tasks like linting, testing, deploying, and generating documentation and packages, as well as configuring Hudson jobs to regularly run builds, track changes, and publish results.
** 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
http://www.meetup.com/BruJUG/events/228994900/
During this session, you will presented a solution to the problem of scalability of continuous delivery in Jenkins, when your organisation has to deal with thousands of jobs, by introducing a self-service approach based on the "pipeline as code" principles.
Jenkins to Gitlab - Intelligent Build-PipelinesChristian Münch
At netz98 we moved from Jenkins to Gitlab. The slides show some insides about Testing of PHP libraries, Magento 1 and Magento 2 modules. How to setup a scalable and fast Gitlab-Pipeline with Docker images.
Kamon is an open-source tool for monitoring JVM applications like those using Akka. It provides metrics collection and distributed tracing capabilities. The document discusses how Kamon 1.0 can be used to monitor Akka applications by collecting automatic and custom metrics. It also describes how to set up Kamon with Prometheus and Grafana for metrics storage and visualization. The experience of instrumenting an application at EMnify with Kamon is presented as an example.
This document describes perlbrew, a tool for installing and switching between multiple Perl versions. It allows installing Perls from tarballs or git, and builds them with customizable options. Perlbrew lists installed Perls, allows switching between them, and keeps Perl installations and libraries isolated. It has benefits like easier cleanups and isolated environments for different apps. The tool is actively developed on GitHub with contributions from many.
- Perlbrew is a tool for managing multiple perl installations on a system. It allows installing different versions of perl and switching between them.
- It isolates perl installations so that installing a new version does not affect existing site libraries or upgrade dependent modules. This avoids conflicts between applications.
- Perlbrew provides benefits like not requiring sudo for cpan, easier cleanup of perl environments, and ability to set up isolated perl environments for different applications to avoid incompatible issues.
This document discusses continuous delivery and the new features of Jenkins 2, including pipeline as code. Jenkins 2 introduces the concept of pipeline as a new type that allows defining build pipelines explicitly as code in Jenkinsfiles checked into source control. This enables pipelines to be versioned, more modular through shared libraries, and resumed if interrupted. The document provides examples of creating pipelines with Jenkinsfiles that define stages and steps for builds, tests and deployments.
Jenkins vs. AWS CodePipeline (AWS User Group Berlin)Steffen Gebert
This document summarizes a presentation comparing Jenkins and AWS CodePipeline for continuous integration and delivery. It provides an overview of how to set up and use Jenkins and CodePipeline, including building environments, secrets handling, testing, branching strategies, approvals, and deployments. It also compares features, pricing, access control, and visualization capabilities between the two tools. Finally, it discusses options for integrating Jenkins and CodePipeline together to leverage the strengths of both solutions. The overall message is that the best tool depends on each organization's needs, and combining tools can provide benefits over relying on a single solution.
This document provides an overview of using Hudson/Jenkins for continuous integration. It discusses how Hudson/Jenkins are tools that automatically build, test, and validate code commits. It also summarizes how to set up Hudson/Jenkins, including installing the server, configuring nodes and jobs, integrating source control and build tools, running tests, and configuring notifications.
Continuous Integration and Delivery using TeamCity and JenkinsMahmoud Ali
Conductor has built an automated CI and CD process which has allowed us to test and deploy high-quality code quickly and reliably. During this presentation, we demonstrated how we leveraged Docker, AWS, TeamCity and other modern technologies to improve and streamline our development process. We also discussed the challenges we face as we shift away from a monolithic build to a microservice architecture.
This document summarizes a Jenkins pipeline for testing and deploying Chef cookbooks. The pipeline is configured to automatically scan a GitHub organization for any repositories containing a Jenkinsfile. It will then create and manage multibranch pipeline jobs for each repository and branch. The pipelines leverage a shared Jenkins global library which contains pipeline logic to test and deploy the Chef cookbooks. This allows for standardized and reusable pipeline logic across all Chef cookbook repositories.
This document discusses Jenkins Pipeline and continuous integration/delivery practices. It defines continuous integration, continuous deployment, and continuous delivery. It also discusses the benefits of using Jenkins Pipeline including open source, plugins, integration with other tools, and treating code as pipeline. Key concepts discussed include Jenkinsfile, declarative vs scripted pipelines, stages, steps, and agents. It demonstrates creating a simple pipeline file and multibranch pipeline.
This document introduces Fuego, an automated test framework for Linux applications. It provides background on Fuego, describes how to install it, and gives an overview of its test framework and basic operations. The presentation includes a demo of adding a board and toolchain to Fuego and running tests on a remote target. It recommends Fuego for embedded Linux testing as it supports running automated tests on embedded targets from a host system.
An Open-Source Chef Cookbook CI/CD Implementation Using Jenkins PipelinesSteffen Gebert
This document discusses implementing continuous integration and continuous delivery (CI/CD) for Chef cookbooks using Jenkins pipelines. It introduces Jenkins pipelines and how they can be used to test, version, and publish Chef cookbooks. Key steps include linting, dependency resolution, test-kitchen testing, version bumping, and uploading to the Chef Server. The jenkins-chefci cookbook automates setting up Jenkins with the necessary tools to run pipelines defined in a shared Groovy library for cookbook CI/CD.
This document discusses setting up continuous integration with Teamcity. It defines continuous integration as making builds small and frequent, visualizing the build process, minimizing broken build time, and enabling continuous integrated and automated testing. It provides an overview of Teamcity's capabilities for continuous integration including running builds, unit tests, acceptance tests, code reviews, and automated deployments. It also demonstrates these features through a live demo and discusses how Teamcity helps new developers identify and fix errors.
Jenkins days workshop pipelines - Eric Longericlongtx
This document provides an overview of a Jenkins Days workshop on building Jenkins pipelines. The workshop goals are to install Jenkins Enterprise, create a Jenkins pipeline, and explore additional capabilities. Hands-on exercises will guide attendees on installing Jenkins Enterprise using Docker, creating their first pipeline that includes checking code out of source control and stashing files, using input steps and checkpoints, managing tools, developing pipeline as code, and more advanced pipeline steps. The document encourages attendees to get involved with the Jenkins and CloudBees communities online and on Twitter.
JetBrains uses TeamCity extensively for its internal builds. It has over 3700 build configurations across 500 projects. On average, there are 6000 builds and 3000 code commits daily. Key aspects of its TeamCity usage include snapshot dependencies to ensure consistent builds, build agent management using VM templates, and various plugins to extend TeamCity's functionality such as notifications.
Jenkins is an open-source tool for continuous integration that was originally developed as the Hudson project. It allows developers to commit code frequently to a shared repository, where Jenkins will automatically build and test the code. Jenkins is now the leading replacement for Hudson since Oracle stopped maintaining Hudson. It helps teams catch issues early and deliver software more rapidly through continuous integration and deployment.
Continuous Integration with Cloud Foundry Concourse and Docker on OpenPOWERIndrajit Poddar
This document discusses continuous integration (CI) for open source software on OpenPOWER systems. It provides background on CI, OpenPOWER systems, and the Cloud Foundry platform. It then describes using the Concourse CI tool to continuously build a Concourse project from a GitHub repository. Key steps involve deploying OpenStack, setting up a Docker registry, installing BOSH and Concourse, defining a Concourse pipeline, and updating the pipeline to demonstrate the CI process in action. The document emphasizes the importance of CI for open source projects and how it benefits development on OpenPOWER systems.
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.
Symfony under control. Continuous Integration and Automated Deployments in Sy...Max Romanovsky
This document discusses continuous integration and automated deployments for Symfony projects. It covers setting up dependencies with Composer, building projects with Phing, implementing continuous integration with Jenkins CI, and deploying projects using Capifony. While many aspects are covered in detail, such as build targets, plugins, and rollback procedures, it notes that the full implementation is not yet available online and will be released to GitHub in 1-2 months.
Flipkart.com is one of India's top 100 websites in terms of traffic. We use continuous deployment techniques to achieve quick deployments multiple times a day. Techniques and best practices we follow that we believe could be interesting to many others.
Jenkins to Gitlab - Intelligent Build-PipelinesChristian Münch
At netz98 we moved from Jenkins to Gitlab. The slides show some insides about Testing of PHP libraries, Magento 1 and Magento 2 modules. How to setup a scalable and fast Gitlab-Pipeline with Docker images.
Kamon is an open-source tool for monitoring JVM applications like those using Akka. It provides metrics collection and distributed tracing capabilities. The document discusses how Kamon 1.0 can be used to monitor Akka applications by collecting automatic and custom metrics. It also describes how to set up Kamon with Prometheus and Grafana for metrics storage and visualization. The experience of instrumenting an application at EMnify with Kamon is presented as an example.
This document describes perlbrew, a tool for installing and switching between multiple Perl versions. It allows installing Perls from tarballs or git, and builds them with customizable options. Perlbrew lists installed Perls, allows switching between them, and keeps Perl installations and libraries isolated. It has benefits like easier cleanups and isolated environments for different apps. The tool is actively developed on GitHub with contributions from many.
- Perlbrew is a tool for managing multiple perl installations on a system. It allows installing different versions of perl and switching between them.
- It isolates perl installations so that installing a new version does not affect existing site libraries or upgrade dependent modules. This avoids conflicts between applications.
- Perlbrew provides benefits like not requiring sudo for cpan, easier cleanup of perl environments, and ability to set up isolated perl environments for different applications to avoid incompatible issues.
This document discusses continuous delivery and the new features of Jenkins 2, including pipeline as code. Jenkins 2 introduces the concept of pipeline as a new type that allows defining build pipelines explicitly as code in Jenkinsfiles checked into source control. This enables pipelines to be versioned, more modular through shared libraries, and resumed if interrupted. The document provides examples of creating pipelines with Jenkinsfiles that define stages and steps for builds, tests and deployments.
Jenkins vs. AWS CodePipeline (AWS User Group Berlin)Steffen Gebert
This document summarizes a presentation comparing Jenkins and AWS CodePipeline for continuous integration and delivery. It provides an overview of how to set up and use Jenkins and CodePipeline, including building environments, secrets handling, testing, branching strategies, approvals, and deployments. It also compares features, pricing, access control, and visualization capabilities between the two tools. Finally, it discusses options for integrating Jenkins and CodePipeline together to leverage the strengths of both solutions. The overall message is that the best tool depends on each organization's needs, and combining tools can provide benefits over relying on a single solution.
This document provides an overview of using Hudson/Jenkins for continuous integration. It discusses how Hudson/Jenkins are tools that automatically build, test, and validate code commits. It also summarizes how to set up Hudson/Jenkins, including installing the server, configuring nodes and jobs, integrating source control and build tools, running tests, and configuring notifications.
Continuous Integration and Delivery using TeamCity and JenkinsMahmoud Ali
Conductor has built an automated CI and CD process which has allowed us to test and deploy high-quality code quickly and reliably. During this presentation, we demonstrated how we leveraged Docker, AWS, TeamCity and other modern technologies to improve and streamline our development process. We also discussed the challenges we face as we shift away from a monolithic build to a microservice architecture.
This document summarizes a Jenkins pipeline for testing and deploying Chef cookbooks. The pipeline is configured to automatically scan a GitHub organization for any repositories containing a Jenkinsfile. It will then create and manage multibranch pipeline jobs for each repository and branch. The pipelines leverage a shared Jenkins global library which contains pipeline logic to test and deploy the Chef cookbooks. This allows for standardized and reusable pipeline logic across all Chef cookbook repositories.
This document discusses Jenkins Pipeline and continuous integration/delivery practices. It defines continuous integration, continuous deployment, and continuous delivery. It also discusses the benefits of using Jenkins Pipeline including open source, plugins, integration with other tools, and treating code as pipeline. Key concepts discussed include Jenkinsfile, declarative vs scripted pipelines, stages, steps, and agents. It demonstrates creating a simple pipeline file and multibranch pipeline.
This document introduces Fuego, an automated test framework for Linux applications. It provides background on Fuego, describes how to install it, and gives an overview of its test framework and basic operations. The presentation includes a demo of adding a board and toolchain to Fuego and running tests on a remote target. It recommends Fuego for embedded Linux testing as it supports running automated tests on embedded targets from a host system.
An Open-Source Chef Cookbook CI/CD Implementation Using Jenkins PipelinesSteffen Gebert
This document discusses implementing continuous integration and continuous delivery (CI/CD) for Chef cookbooks using Jenkins pipelines. It introduces Jenkins pipelines and how they can be used to test, version, and publish Chef cookbooks. Key steps include linting, dependency resolution, test-kitchen testing, version bumping, and uploading to the Chef Server. The jenkins-chefci cookbook automates setting up Jenkins with the necessary tools to run pipelines defined in a shared Groovy library for cookbook CI/CD.
This document discusses setting up continuous integration with Teamcity. It defines continuous integration as making builds small and frequent, visualizing the build process, minimizing broken build time, and enabling continuous integrated and automated testing. It provides an overview of Teamcity's capabilities for continuous integration including running builds, unit tests, acceptance tests, code reviews, and automated deployments. It also demonstrates these features through a live demo and discusses how Teamcity helps new developers identify and fix errors.
Jenkins days workshop pipelines - Eric Longericlongtx
This document provides an overview of a Jenkins Days workshop on building Jenkins pipelines. The workshop goals are to install Jenkins Enterprise, create a Jenkins pipeline, and explore additional capabilities. Hands-on exercises will guide attendees on installing Jenkins Enterprise using Docker, creating their first pipeline that includes checking code out of source control and stashing files, using input steps and checkpoints, managing tools, developing pipeline as code, and more advanced pipeline steps. The document encourages attendees to get involved with the Jenkins and CloudBees communities online and on Twitter.
JetBrains uses TeamCity extensively for its internal builds. It has over 3700 build configurations across 500 projects. On average, there are 6000 builds and 3000 code commits daily. Key aspects of its TeamCity usage include snapshot dependencies to ensure consistent builds, build agent management using VM templates, and various plugins to extend TeamCity's functionality such as notifications.
Jenkins is an open-source tool for continuous integration that was originally developed as the Hudson project. It allows developers to commit code frequently to a shared repository, where Jenkins will automatically build and test the code. Jenkins is now the leading replacement for Hudson since Oracle stopped maintaining Hudson. It helps teams catch issues early and deliver software more rapidly through continuous integration and deployment.
Continuous Integration with Cloud Foundry Concourse and Docker on OpenPOWERIndrajit Poddar
This document discusses continuous integration (CI) for open source software on OpenPOWER systems. It provides background on CI, OpenPOWER systems, and the Cloud Foundry platform. It then describes using the Concourse CI tool to continuously build a Concourse project from a GitHub repository. Key steps involve deploying OpenStack, setting up a Docker registry, installing BOSH and Concourse, defining a Concourse pipeline, and updating the pipeline to demonstrate the CI process in action. The document emphasizes the importance of CI for open source projects and how it benefits development on OpenPOWER systems.
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.
Symfony under control. Continuous Integration and Automated Deployments in Sy...Max Romanovsky
This document discusses continuous integration and automated deployments for Symfony projects. It covers setting up dependencies with Composer, building projects with Phing, implementing continuous integration with Jenkins CI, and deploying projects using Capifony. While many aspects are covered in detail, such as build targets, plugins, and rollback procedures, it notes that the full implementation is not yet available online and will be released to GitHub in 1-2 months.
Flipkart.com is one of India's top 100 websites in terms of traffic. We use continuous deployment techniques to achieve quick deployments multiple times a day. Techniques and best practices we follow that we believe could be interesting to many others.
Capistrano is an open source tool for running scripts on multiple servers. Capifony - set of instructions called “recipes” for Symfony applications deployment.
Built to make your job a lot easier.
Symfony Live NYC 2014 - Rock Solid Deployment of Symfony AppsPablo Godel
Web applications are becoming increasingly more complex, so deployment is not just transferring files with FTP anymore. We will go over the different challenges and how to deploy our PHP applications effectively, safely and consistently with the latest tools and techniques. We will also look at tools that complement deployment with management, configuration and monitoring.
SymfonyCon Madrid 2014 - Rock Solid Deployment of Symfony AppsPablo Godel
Web applications are becoming increasingly more complex, so deployment is not just transferring files with FTP anymore. We will go over the different challenges and how to deploy our PHP applications effectively, safely and consistently with the latest tools and techniques. We will also look at tools that complement deployment with management, configuration and monitoring.
The document discusses automating software deployment using Ansible. It provides an overview of Ansible's basic concepts like inventory files to define hosts, playbooks to execute tasks on hosts, and roles to bundle related tasks. It then discusses using Ansible roles to automate deployments, including the ansistrano roles which can deploy applications by copying files, managing releases, and supporting deployment hooks. Overall the document presents Ansible as a way to easily automate and standardize software deployment processes.
Using Capifony for Symfony apps deployment (updated)Žilvinas Kuusas
My presentation from the talk about Symfony apps deployment I gave at Kaunas PHP meetup.
Capistrano is an open source tool for running scripts on multiple servers. Capifony - set of instructions called “recipes” for Symfony applications deployment.
Built to make your job a lot easier.
Adopt DevOps philosophy on your Symfony projects (Symfony Live 2011)Fabrice Bernhard
This is the presentation given at the Symfony Live 2011 conference. It is an introduction to the new agile movement spreading in the technical operations community called DevOps and how to adopt it on web development projects, in particular Symfony projects.
Plan of the slides :
- Configuration Management
- Development VM
- Scripted deployment
- Continuous deployment
Tools presented in the slides:
- Puppet
- Vagrant
- Fabric
- Jenkins / Hudson
This document discusses setting up a continuous delivery pipeline for Symfony2 projects using Jenkins and Chef. It describes configuring Jenkins to run unit and acceptance tests on code commits and merges. It also covers using Chef to automate infrastructure configuration and deploying builds from Jenkins to servers managed by Chef. The pipeline allows for rapid, reliable, and continuous development and delivery of software.
Pipeline as code for your infrastructure as CodeKris Buytaert
This document discusses infrastructure as code (IAC) and continuous delivery pipelines. It introduces Puppet as an open-source configuration management tool for defining infrastructure as code. It emphasizes treating infrastructure configuration like code by versioning it, testing it, and promoting changes through environments like development, test, and production. The document also discusses using Jenkins for continuous integration to test application and infrastructure code changes and building automated pipelines for packaging and deploying changes.
Continuous Integration (CI) is a software development practice where developers regularly merge their work into a central repository. This allows for automated builds and tests which catch errors early. CI helps reduce integration problems, improves code quality, and allows for more frequent deployments. The document discusses implementing CI with tools like Jenkins, build scripts, unit testing, code analysis, and notifications to improve the development process.
Continuous Integration: How I stopped guessing if that merge was badJoe Ferguson
Continuous integration / deployment can be a daunting task. Especially if you are a team of one, or one among a small team. TeamCity is "continuous integration for everyone" It's a self hosted CI build server that is highly customizable for just about any project. I've built RocketFuel's CI/CD system on a spare box with TeamCity and customized it to handle legacy PHP applications and modern framework based projects. We'll cover install and configuration and all of the flexibility of setting up projects at that build, test, report errors, and trigger deployments for various application scenarios.
Automated Deployment Pipeline using Jenkins, Puppet, Mcollective and AWSBamdad Dashtban
This document discusses using Jenkins, Puppet, and Mcollective to implement a continuous delivery pipeline. It recommends using infrastructure as code with Puppet, nodeless Puppet configurations, and Mcollective to operate on collectives of servers. Jenkins is used for continuous integration and triggering deployments. Packages are uploaded to a repository called Seli that provides a REST API and can trigger deployment pipelines when new packages are uploaded. The goal is to continuously test, deploy, and release changes through full automation of the software delivery process.
Symfony Deployment with Capifony #symfony_jaTak Nishikori
It's presented at the symfony meetup #9.
About deploymenting to Symfony application, using Capifony.
http://symfony.doorkeeper.jp/events/9791
Groovy there's a docker in my application pipelineKris Buytaert
This document discusses using containers and pipelines to automate the deployment of a Dashing dashboard application. It describes building containers for different components like Ruby, then using those containers to build and test the Dashing application. Jenkins pipelines are used to automate the build, test, and deployment process. Key challenges addressed include managing dependencies, running tests across environments, and reproducing builds. The document advocates defining pipelines as code using the Jenkins Job DSL plugin to centrally manage and version pipeline jobs.
OSMC 2017 | Groovy There is a Docker in my Dashing Pipeline by Kris Buytaert NETWAYS
Dashing or rather Smashing is an awesome Monitoring Dashboard, but it’s a pita to deploy. This talk will document the efforts we went trough to make the deployment of both dashing and the dashboards fully automated. It also will show how we test these dashboards using docker and how we build these pipelines with the JenkinsDSL.
Rock Solid Deployment of Web ApplicationsPablo Godel
This document discusses best practices for deploying web applications. It recommends automating deployment using tools like Capistrano, Fabric, or Phing to allow for continuous deployment. It also stresses the importance of monitoring servers and applications during deployment using tools like StatsD, Graphite, Logstash, Graylog, and Kibana. The document provides examples of deployment scripts and emphasizes planning deployment early in the development process.
Capistrano is an open source tool for running scripts on multiple servers. It’s primary use is for easily deploying applications. While it was built specifically for deploying Rails apps, it’s pretty simple to customize it to deploy other types of applications.
capifony is a deployment recipes collection that works with both symfony and Symfony2 applications.
This document discusses deploying software at scale through automation. It advocates treating infrastructure as code and using version control, continuous integration, and packaging tools. The key steps are to automate deployments, make them reproducible, and deploy changes frequently and consistently through a pipeline that checks code, runs tests, builds packages, and deploys to testing and production environments. This allows deploying changes safely and quickly while improving collaboration between developers and operations teams.
Key AI Technologies Used by Indian Artificial Intelligence CompaniesMypcot Infotech
Indian tech firms are rapidly adopting advanced tools like machine learning, natural language processing, and computer vision to drive innovation. These key AI technologies enable smarter automation, data analysis, and decision-making. Leading developments are shaping the future of digital transformation among top artificial intelligence companies in India.
For more information please visit here https://www.mypcot.com/artificial-intelligence
Best Inbound Call Tracking Software for Small BusinessesTheTelephony
The best inbound call tracking software for small businesses offers features like call recording, real-time analytics, lead attribution, and CRM integration. It helps track marketing campaign performance, improve customer service, and manage leads efficiently. Look for solutions with user-friendly dashboards, customizable reporting, and scalable pricing plans tailored for small teams. Choosing the right tool can significantly enhance communication and boost overall business growth.
Eliminate the complexities of Event-Driven Architecture with Domain-Driven De...SheenBrisals
The distributed nature of modern applications and their architectures brings a great level of complexity to engineering teams. Though API contracts, asynchronous communication patterns, and event-driven architecture offer assistance, not all enterprise teams fully utilize them. While adopting cloud and modern technologies, teams are often hurried to produce outcomes without spending time in upfront thinking. This leads to building tangled applications and distributed monoliths. For those organizations, it is hard to recover from such costly mistakes.
In this talk, Sheen will explain how enterprises should decompose by starting at the organizational level, applying Domain-Driven Design, and distilling to a level where teams can operate within a boundary, ownership, and autonomy. He will provide organizational, team, and design patterns and practices to make the best use of event-driven architecture by understanding the types of events, event structure, and design choices to keep the domain model pure by guarding against corruption and complexity.
Boost Student Engagement with Smart Attendance Software for SchoolsVisitu
Boosting student engagement is crucial for educational success, and smart attendance software is a powerful tool in achieving that goal. Read the doc to know more.
AI-ASSISTED METAMORPHIC TESTING FOR DOMAIN-SPECIFIC MODELLING AND SIMULATIONmiso_uam
AI-ASSISTED METAMORPHIC TESTING FOR DOMAIN-SPECIFIC MODELLING AND SIMULATION (plenary talk at ANNSIM'2025)
Testing is essential to improve the correctness of software systems. Metamorphic testing (MT) is an approach especially suited when the system under test lacks oracles, or they are expensive to compute. However, building an MT environment for a particular domain (e.g., cloud simulation, automated driving simulation, production system simulation, etc) requires substantial effort.
To alleviate this problem, we propose a model-driven engineering approach to automate the construction of MT environments, which is especially useful to test domain-specific modelling and simulation systems. Starting from a meta-model capturing the domain concepts, and a description of the domain execution environment, our approach produces an MT environment featuring comprehensive support for the MT process. This includes the definition of domain-specific metamorphic relations, their evaluation, detailed reporting of the testing results, and the automated search-based generation of follow-up test cases.
In this talk, I presented the approach, along with ongoing work and perspectives for integrating intelligence assistance based on large language models in the MT process. The work is a joint collaboration with Pablo Gómez-Abajo, Pablo C. Cañizares and Esther Guerra from the miso research group and Alberto Núñez from UCM.
The rise of e-commerce has redefined how retailers operate—and reconciliation...Prachi Desai
As payment flows grow more fragmented, the complexity of reconciliation and revenue recognition increases. The result? Mounting operational costs, silent revenue leakages, and avoidable financial risk.
Spot the inefficiencies. Automate what’s slowing you down.
https://www.taxilla.com/ecommerce-reconciliation
The Future of Open Source Reporting Best Alternatives to Jaspersoft.pdfVarsha Nayak
In recent years, organizations have increasingly sought robust open source alternative to Jasper Reports as the landscape of open-source reporting tools rapidly evolves. While Jaspersoft has been a longstanding choice for generating complex business intelligence and analytics reports, factors such as licensing changes and growing demands for flexibility have prompted many businesses to explore other options. Among the most notable alternatives to Jaspersoft, Helical Insight stands out for its powerful open-source architecture, intuitive analytics, and dynamic dashboard capabilities. Designed to be both flexible and budget-friendly, Helical Insight empowers users with advanced features—such as in-memory reporting, extensive data source integration, and customizable visualizations—making it an ideal solution for organizations seeking a modern, scalable reporting platform. This article explores the future of open-source reporting and highlights why Helical Insight and other emerging tools are redefining the standards for business intelligence solutions.
zOS CommServer support for the Network Express feature on z17zOSCommserver
The IBM z17 has undergone a transformation with an entirely new System I/O hardware and architecture model for both storage and networking. The z17 offers I/O capability that is integrated directly within the Z processor complex. The new system design moves I/O operations closer to the system processor and memory. This new design approach transforms I/O operations allowing Z workloads to grow and scale to meet the growing needs of current and future IBM Hybrid Cloud Enterprise workloads. This presentation will focus on the networking I/O transformation by introducing you to the new IBM z17 Network Express feature.
The Network Express feature introduces new system architecture called Enhanced QDIO (EQDIO). EQDIO allows the updated z/OS Communications Server software to interact with the Network Express hardware using new optimized I/O operations. The new design and optimizations are required to meet the demand of the continuously growing I/O rates. Network Express and EQDIO build the foundation for the introduction of advanced Ethernet and networking capabilities for the future of IBM Z Hybrid Cloud Enterprise users.
The Network Express feature also combines the functionality of both the OSA-Express and RoCE Express features into a single feature or adapter. A single Network Express port supports both IP protocols and RDMA protocols. This allows each Network Express port to function as both a standard NIC for Ethernet and as an RDMA capable NIC (RNIC) for RoCE protocols. Converging both protocols to a single adapter reduces Z customers’ cost for physical networking resources. With this change, IBM Z customers can now exploit Shared Memory Communications (SMC) leveraging RDMA (SMC-R) technology without incurring additional hardware costs.
In this session, the speakers will focus on how z/OS Communications Server has been updated to support the Network Express feature. An introduction to the new Enhanced QDIO Ethernet (EQENET) interface statement used to configure the new OSA is provided. EQDIO provides a variety of simplifications, such as no longer requiring VTAM user defined TRLEs, uses smarter defaults and removes outdated parameters. The speakers will also cover migration considerations for Network Express. In addition, the operational aspects of managing and monitoring the new OSA and RoCE interfaces will be covered. The speakers will also take you through the enhancements made to optimize both inbound and outbound network traffic. Come join us, step aboard and learn how z/OS Communications Server is bringing you the future in network communications with the IBM z17 Network Express feature.
Generative Artificial Intelligence and its ApplicationsSandeepKS52
The exploration of generative AI begins with an overview of its fundamental concepts, highlighting how these technologies create new content and ideas by learning from existing data. Following this, the focus shifts to the processes involved in training and fine-tuning models, which are essential for enhancing their performance and ensuring they meet specific needs. Finally, the importance of responsible AI practices is emphasized, addressing ethical considerations and the impact of AI on society, which are crucial for developing systems that are not only effective but also beneficial and fair.
Revolutionize Your Insurance Workflow with Claims Management SoftwareInsurance Tech Services
Claims management software enhances efficiency, accuracy, and satisfaction by automating processes, reducing errors, and speeding up transparent claims handling—building trust and cutting costs. Explore More - https://www.damcogroup.com/insurance/claims-management-software
Invited Talk at RAISE 2025: Requirements engineering for AI-powered SoftwarE Workshop co-located with ICSE, the IEEE/ACM International Conference on Software Engineering.
Abstract: Foundation Models (FMs) have shown remarkable capabilities in various natural language tasks. However, their ability to accurately capture stakeholder requirements remains a significant challenge for using FMs for software development. This paper introduces a novel approach that leverages an FM-powered multi-agent system called AlignMind to address this issue. By having a cognitive architecture that enhances FMs with Theory-of-Mind capabilities, our approach considers the mental states and perspectives of software makers. This allows our solution to iteratively clarify the beliefs, desires, and intentions of stakeholders, translating these into a set of refined requirements and a corresponding actionable natural language workflow in the often-overlooked requirements refinement phase of software engineering, which is crucial after initial elicitation. Through a multifaceted evaluation covering 150 diverse use cases, we demonstrate that our approach can accurately capture the intents and requirements of stakeholders, articulating them as both specifications and a step-by-step plan of action. Our findings suggest that the potential for significant improvements in the software development process justifies these investments. Our work lays the groundwork for future innovation in building intent-first development environments, where software makers can seamlessly collaborate with AIs to create software that truly meets their needs.
Online Queue Management System for Public Service Offices [Focused on Municip...Rishab Acharya
This report documents the design and development of an Online Queue Management System tailored specifically for municipal offices in Nepal. Municipal offices, as critical providers of essential public services, face challenges including overcrowded queues, long waiting times, and inefficient service delivery, causing inconvenience to citizens and pressure on municipal staff. The proposed digital platform allows citizens to book queue tokens online for various physical services, facilitating efficient queue management and real-time wait time updates. Beyond queue management, the system includes modules to oversee non-physical developmental programs, such as educational and social welfare initiatives, enabling better participation and progress monitoring. Furthermore, it incorporates a module for monitoring infrastructure development projects, promoting transparency and allowing citizens to report issues and track progress. The system development follows established software engineering methodologies, including requirement analysis, UML-based system design, and iterative testing. Emphasis has been placed on user-friendliness, security, and scalability to meet the diverse needs of municipal offices across Nepal. Implementation of this integrated digital platform will enhance service efficiency, increase transparency, and improve citizen satisfaction, thereby supporting the modernization and digital transformation of public service delivery in Nepal.
Marketo & Dynamics can be Most Excellent to Each Other – The SequelBradBedford3
So you’ve built trust in your Marketo Engage-Dynamics integration—excellent. But now what?
This sequel picks up where our last adventure left off, offering a step-by-step guide to move from stable sync to strategic power moves. We’ll share real-world project examples that empower sales and marketing to work smarter and stay aligned.
If you’re ready to go beyond the basics and do truly most excellent stuff, this session is your guide.
Build Smarter, Deliver Faster with Choreo - An AI Native Internal Developer P...WSO2
Enterprises must deliver intelligent, cloud native applications quickly—without compromising governance or scalability. This session explores how an internal developer platform increases productivity via AI for code and accelerates AI-native app delivery via code for AI. Learn practical techniques for embedding AI in the software lifecycle, automating governance with AI agents, and applying a cell-based architecture for modularity and scalability. Real-world examples and proven patterns will illustrate how to simplify delivery, enhance developer productivity, and drive measurable outcomes.
Learn more: https://wso2.com/choreo
How John started to like TDD (instead of hating it) (ViennaJUG, June'25)Nacho Cougil
Let me share a story about how John (a developer like any other) started to understand (and enjoy) writing Tests before the Production code.
We've all felt an inevitable "tedium" when writing tests, haven't we? If it's boring, if it's complicated or unnecessary? Isn't it? John thought so too, and, as much as he had heard about writing tests before production code, he had never managed to put it into practice, and even when he had tried, John had become even more frustrated at not understanding how to put it into practice outside of a few examples katas 🤷♂️
Listen to this story in which I will explain how John went from not understanding Test Driven Development (TDD) to being passionate about it... so much that now he doesn't want to work any other way 😅 ! He must have found some benefits in practising it, right? He says he has more advantages than working in any other way (e.g., you'll find defects earlier, you'll have a faster feedback loop or your code will be easier to refactor), but I'd better explain it to you in the session, right?
PS: Think of John as a random person, as if he was even the speaker of this talk 😉 !
---
Presentation shared at ViennaJUG, June'25
Feedback form:
https://bit.ly/john-like-tdd-feedback
38. Deployed .tar.gz
archive
Previous
deployed version
DB dump before
deployment
Doctrine
Migrations info
DB schema
Jenkins Jobs for deployment. Artifacts
Icons by http://dryicons.com 38
67. Build
• Static analysis via HHVM
• Actually was implemented, but hphpa changed a
lot (now it’s
https://github.com/sebastianbergmann/hhvm-
wrapper)
Deployment
• Cronjob / CLI script handling
• Web server (Apache, nginx) config manipulations
• Ext- and lib- dependency verification via Composer
• Custom script execution during deployment
What is not implemented yet
67
#5: Speech includes not only slides and copy-paste from manual, but also a real practiceP.S. A lot of well-known demotivators and gags are included)
#8: практика разработки программного обеспечения, которая заключается в выполнении частых автоматизированных сборок проекта для скорейшего выявления и решения интеграционных проблем
#13: What to build?
Install vendors
Perform static analysis& validation
Prepare assets
Run tests
Compress into archive
#14: Ant: From Java world, XML declarative config, Can run tasks in parallel, No PHP-specific tasks, Could be extended (Java), IDE support
Phing: Written in PHP, Ant config syntax, All tasks by default are running in the single PHP process, Could be extended (PHP), IDE support
Pake: Written in PHP, Not so popular, PHP-based config
Quiz: which tool is used by audience?
#15: Target: Could depend on other targets, phing <taskname>
Task: Custom tasks can be implemented, examples
Types: Reference, FileSet, Property, FileList, Filters
#25: phpcs with custom configs for php & javascript
#27: Regular: Copy config for CI server, warmup cache, install assets & dump them via Assetic
DB-related: drop & re-create DB, run Doctrine Migrations, load fixtures, validate DB schema. dump schema to DDL file
twig:lint for Bundles and app/Resources
#28: Package: Add version to text file, add DDL schema schema.sql, package app, src, vendors, web to tar.gz
Deployment (for specific Capifony subtasks: maintenance mode, backup DB, cleat Doctrine cache, cleanup old releases, deploy artifact)
#30: Jenkins CI – ex-Hudson CI
CruiseControl + PHP Under Control
TeamCity, Bamboo: commercial
Travis CI, Scrutinizer CI: SAAS
Quiz: which tool is used by audience?
#35: git: disable internal tagging!
copyartifact: copy artifact from one job to another
email-ext: sends emails on successful builds, useful for deployment jobs
#36: phing
checkstyle phpcs, hphpa
dry phpcpd
jdepend php_depend
plot phploc using CSV files
pmd phpmd
violations aggregates info from phpcs, hphpa, phpmd, phpcpd
xunit phpunit
htmlpublisher HTML artifacts
#37: build-<branchname>: Builds specific branch (master), Features are verified after merge
build-package-tag: Parameterizedm Produces .tar.gz artifact from specific Git tag
#38: deploy-qa-<branchname>: tar.gz from latest revision of branch, Deploys to QA, Not recommended to have more than one such job (issues with migrations), Workaround: multiple QA or complete DB purge on deploy
deploy-package-tag: Deploys specific package from build-package-tag to specified environment, Ability to enable/disable maintenance mode and error message via parameters, Email after deployment
#42: Capistrano: from Ruby world
Capifony: Based on Capistrano, Implemented in liip/symfony-rad-edition
Custom: deb, rpm / VCS update / Rsync, FTP, SCP / Shell script
Phar: Don’t use WebPhar, Silex does not use it anymore
Zend Server package: No support for vanilla PHP, Zend Continuous Delivery Blueprint
PaaS: AWS Elastic Beanstalk, PagodaBox
Quiz: which tool is used by audience?
#43: Capistrano: from Ruby world
Capifony: Based on Capistrano, Implemented in liip/symfony-rad-edition
Custom: deb, rpm / VCS update / Rsync, FTP, SCP / Shell script
Phar: Don’t use WebPhar, Silex does not use it anymore
Zend Server package: No support for vanilla PHP, Zend Continuous Delivery Blueprint
PaaS: AWS Elastic Beanstalk, PagodaBox
Quiz: which tool is used by audience?
#44: Based on Capistrano: Supports Capistrano plugins
#52: Sometimes there is no access to internet due to security limitations
#53: Decreases deployment time: Lot of vendors, Slow internet connection
#54: Reproducible: You know what you deploy, You can deploy exactly the same package to multiple environments
Quick fixes (git commit + git pull) not available
#58: pros / contras of maintenance mode
24x7
+ users always have good UX (some functionality could be disabled / read only), ~99.999% uptime
$$$ (implementation, testing, support & maintenance, hardware resources)
complexity
#59: User Triggers job on Jenkins CI, Choose options (env, maintenance mode)
Jenkins Executes phing target with additional CLI arguments
Phing Executes several Capifony commands according to command-line arguments
Capifony Performs actions on remote machines
#60: Maintenance mode maintenance.html in webroot
Clear Doctrine cache Not for APC cache
Downloads previous deploy metadata package version, Doctrine Migrations info
#61: Restarts services: php-fpm or Apache, Doctrine APC cache is cleared
Symfony-specific tasks: copy app/config/parameters.yml, doctrine:migrations:migrate, cache:warmup
#62: Housekeeping: Perform cleanup for old releases
#64: Semi-automatical: from deployment server, usually CI server
Enable Maintenance: manually via phing
Manually backup for analysis: DB, current version, Doctrine Migrations status, codebase
#65: Switch to previous release: Manually via capifony CLI
Recover DB: Rollback Doctrine Migrations, Restore DB dump, Custom
Additional tasks: Restore web server config, Restart service, cache:warmup
Disable Maintenance Manually via phing
#66: Write rollback guide: Step-by-step, Verify it periodically
Enable monitoring on prod: Zabbix, Pinba, Munin, New Relic, Graylog2