The article explains how to use TFS release pipelines, environment variables, and feature‑branch pull requests to automatically provision isolated test environments for each PR, enabling end‑to‑end continuous delivery linked to user stories.
This article explains why Docker solves traditional development environment problems by offering lightweight, fast-start containers, automated image builds with Dockerfiles, and orchestration via Docker Compose, while also covering basic commands, best practices, and its role in CI/CD and cloud-native workflows.
This article describes how the Agricultural Bank's Software Development Center Department 2 adopted agile practices from 2017, using Kanban stand‑ups, Scrum, Git Pull Requests and CI/CD to build a continuous delivery pipeline, illustrating a six‑month journey from no agile knowledge to a self‑organizing, continuously improving team.
The Spring Project team adopted Scrum and a physical Kanban board, combined with TFS work items, to streamline requirement tracking, code‑story linkage, version control, and automated deployment, resulting in clearer process management, higher delivery quality, and improved team efficiency across fifteen iterations.
This article provides a comprehensive guide to installing and utilizing the Python-Jenkins library for automating build processes, retrieving job information, and managing continuous integration workflows through Jenkins server interactions.
This article outlines a practical Docker‑based microservice architecture, covering client‑side and server‑side service discovery (Eureka, Consul, Etcd, Zookeeper), registration patterns, synchronous and asynchronous IPC mechanisms, API‑gateway design, load balancing, security, CI/CD pipelines, container orchestration, database choices, and logging‑monitoring strategies.
This guide explains how to centralize duplicated VSTS deployment parameters and PowerShell scripts by creating Library variable groups, setting their security, and referencing them in Release definitions to simplify configuration management across multiple projects.
This article explains how to set up a Jenkins-based CI/CD pipeline using Docker, covering Jenkins concepts, deployment via Docker containers, master‑slave configuration, essential Docker plugins, and API usage with practical command‑line examples for building automated workflows.
This guide walks through creating a Jenkins job to pull Android source code from Git, configure Gradle invocation, add FIR.IM QR‑code generation, troubleshoot common SDK environment issues, and update Android SDK and build‑tools via command‑line steps.
This article introduces the Pull Request Diff Copy plugin for Visual Studio Team Services, explains its background, how it extracts incremental file differences during pull‑request builds, and details the automated CI/CD pipeline used to develop, test, and publish the extension, significantly reducing deployment time.
This guide explains how to download and install the Android SDK on macOS, set up the required environment variables, install and configure Jenkins plugins—including Git, Gradle, Xcode, and fir.im—and finally configure the ANDROID_HOME global variable for automated builds.
This article explains how to extend a Jenkins plugin by creating a custom Action class to pass data to job pages, adding a sidebar option, and implementing a new configuration page using Jelly templates, with step‑by‑step code examples and deployment instructions.
This article explains why manual VM provisioning and application deployment are bottlenecks, and shows how combining Infrastructure as Code tools like Terraform with configuration‑management solutions such as Chef can create a fully automated, version‑controlled pipeline that speeds up continuous integration, delivery and deployment across development, test and production environments.
This article explains how to replace manual VM provisioning and application deployment with Infrastructure as Code using Terraform, Chef, and related automation tools, detailing the problems of hand‑crafted processes, layered system management, cookbook design, CI pipelines, and best‑practice deployment workflows.
Continuous Delivery is a DevOps practice that automates building, testing, and preparing code changes for production, enabling faster, more reliable releases through extensive testing, cloud‑based environments, and developer‑controlled deployment, while contrasting with Continuous Deployment's automatic production pushes.
This article explains how to make the browser launched by Jenkins‑controlled WebDriver appear in the foreground and how to configure Python print statements to output logs instantly, offering multiple practical solutions for each problem.
This guide walks through five practical Jenkins CI scenarios—adding credentials, configuring password‑less SSH for remote Linux login, enabling password‑less Git pulls, SCP file transfers, sudo commands, and token‑based API builds—providing step‑by‑step instructions and key pitfalls to avoid.
This article outlines the challenges faced by the Beijing supply‑chain team in implementing functional‑test CI, presents a standardized, automated and visualized CI solution centered on automated testing, and demonstrates the resulting low‑cost, high‑output architecture, performance metrics, and future roadmap.
This article provides a comprehensive overview of GoCD, an open‑source continuous integration and delivery system, detailing its server‑agent architecture, key concepts such as tasks, jobs, stages, pipelines, materials, triggers, environments, resources, fan‑out/fan‑in, value‑stream mapping, and artifact handling.
This tutorial explains how to configure the spotify/docker-maven-plugin in a Spring Boot project's pom.xml, build Docker images with Maven commands, run containers, optionally use a custom Dockerfile, push images to DockerHub, and bind the build goal to the Maven package phase for automated container creation.
This tutorial walks you through creating a Drone CI plugin in Node.js that sends Telegram notifications, covering environment variable handling, plugin code, Dockerfile optimization, image building, testing, secret management, and common pitfalls for seamless CI integration.
Learn how to build a repeatable, secure Spinnaker pipeline that automatically runs database migrations and deploys a Go‑based API service to Kubernetes, using Docker images, Run Job stages, and environment variables, without writing custom scripts.
The article describes how a Python‑based nosetests framework was extended with a Master‑Runner architecture and pyzmq messaging to run test cases in parallel across multiple runners, reducing execution time from over ten minutes to just a few minutes and enabling fast feedback in CI/CD pipelines.
The 2017 PractiTest software testing industry survey reveals worldwide respondent demographics, preferred testing skills, increasing multitasking and automation, widespread agile and CI/CD adoption, future technology priorities, and hiring expectations, offering a comprehensive snapshot of current practices and emerging trends for testers.
This article provides a detailed, curated list of the most popular Docker‑related tools across categories such as orchestration, CI/CD, monitoring, security, storage, networking and management, including brief descriptions, official links and cost information to help developers, DevOps engineers and platform architects choose the right solutions for every stage of the container lifecycle.
JD’s Moon Landing Machine Learning Platform, built on Docker and Kubernetes, showcases a cloud‑native architecture that integrates AI services, multi‑tenant security, GPU management, big‑data scheduling, and advanced networking and storage solutions for high‑performance inference and training workloads.
This guide explains how to break down a 5‑million‑line Maven codebase into modules, configure SonarQube scanning, and integrate it into a Jenkins CI/CD pipeline for fast, automated code‑quality analysis.
This article presents a comprehensive checklist of personal‑level DevOps tools—including JDK, Git, Docker, Maven, Jenkins, Ansible, ELK, and Trello—providing download links, basic usage commands, and verification steps so engineers can install, configure, and validate each component on Windows, macOS, or Linux.
This guide explains how to set up a VSTS (Azure DevOps) project, connect it to a GitHub repository, configure a CI/CD pipeline with build triggers, customize build options, and display the build status badge in the repository’s README, enabling fully automated builds for .NET projects.
At the inaugural Jenkins User Conference in China, experts presented a comprehensive survey of domestic DevOps and continuous delivery practices, revealing high adoption of Jenkins pipelines, the correlation between deployment frequency and success, and detailed strategies for implementing end‑to‑end pipeline 2.0 with containerization and tool integration.
This article explains how a Docker‑based container cloud platform solves resource waste, isolation, and deployment challenges for startups by standardizing images, using Rancher for orchestration, implementing CI/CD pipelines, and managing logs and service registration to achieve seamless 24/7 continuous delivery.
This guide walks you through configuring Jenkins to build a SpringBoot Maven project, automating post‑build steps, managing the workspace, and securely transferring the resulting JAR to another server using SSH keys or an Expect script.
This tutorial walks you through installing the Fireline Jenkins plugin, configuring a Jenkins job to run Android static code analysis for security, memory‑leak, and Alibaba P3C rule checks, and displaying the generated HTML report directly within Jenkins.
Spinnaker, Netflix’s open‑source continuous‑delivery platform, enables cloud‑native microservice teams to automate, test, and deploy applications across multiple clouds with features like blue‑green and canary releases, a modular microservice architecture, Slack notifications, Chaos Monkey integration, and Artifactory package management.
This article walks you through replacing Travis CI with Drone, covering Docker‑based installation, configuration of docker‑compose, Nginx reverse proxy, systemd service, pipeline‑as‑code with .drone.yml, secret management, troubleshooting tips, and a concise summary of Drone's strengths and limitations.
This article describes how a development team introduced Azure Application Insights for runtime monitoring, built and maintained their own TFS build agents, integrated SonarQube for automated code quality, and established unit and integration testing pipelines to create a data‑driven, scalable DevOps process.
Over nearly two years, the author chronicles the transition of their development team from using TFS 2010 and manual processes to adopting Git, automated build and release pipelines, QA branch workflows, and Release Management in TFS 2015 Update 2, highlighting the resulting improvements in collaboration, deployment speed, and overall DevOps maturity.
This article recounts how the Cruise team (later renamed GoCD) tackled the "last mile" problem by implementing continuous deployment through automated pipelines, extensive testing, risk mitigation, and frequent releases, ultimately reducing deployment time and improving software delivery reliability.
This article chronicles the progression of continuous integration practices—from an initial linear build script to stage‑based, process‑oriented, and finally pipeline‑style CI—illustrating how teams can iteratively refine automation, balance feedback speed, and scale resources to achieve reliable, fast software delivery.
This article shares practical experience on evolving a single‑server Java monolith into a scalable architecture by introducing Nginx reverse proxy, separating services and static resources, adopting load‑balancing strategies, implementing distributed sessions, enabling read/write separation, and applying CI/CD tools such as Docker, Jenkins, Git, and Maven.
This article surveys twenty indispensable DevOps tools—from project tracking with Jira and version control with Git to containerization with Docker and monitoring with New Relic—explaining their core functions, typical use cases, and how they fit into a modern software development lifecycle.
The iQIYI Literature vertical uses a streamlined four‑stage agile workflow—review, scheduling, development, release—combined with dynamic process tweaks, tight baseline coupling, branch‑isolated CI/CD, and layered quarterly, monthly, and weekly planning, enabling rapid product iterations and sustained growth into a recognized brand.
iQIYI’s iOS team replaced a mediator‑based component system with a registration‑driven engine, allowing independent development, hot‑plug module addition, server‑controlled launches, and full Open‑Closed compliance, while integrating CocoaPods, GitLab, and Jenkins for automated binary delivery and scalable modular architecture.
The article presents Qiniu's Spock continuous delivery platform, detailing its business and technical architecture, pipeline stages from self‑test to release, automation practices, microservice challenges, quality gates, and operational metrics that enable fast, reliable cloud‑native software delivery.
The article explains Netflix's end‑to‑end build and deployment pipeline, detailing how Nebula, Jenkins, Spinnaker, and AWS are combined with a culture of cloud‑native microservices to deliver code from local compilation to immutable AMI‑based releases across regions in about sixteen minutes.
Continuous Integration, Continuous Deployment, and Continuous Delivery are distinct yet related software delivery practices; the article explains their definitions, the meaning of “continuous”, differences in nature and scope, and real‑world examples from companies like IMVU and Facebook, highlighting technical operations versus business value aspects.
Didi’s self‑developed “Jianmu” build system replaces Jenkins with a master‑slave architecture that colocates build scripts with source code, offering stable, high‑performance, permission‑controlled builds across multiple OSes via lightweight scheduling, workspace reuse, two‑level caching, Docker image management, and an “Env As Code” approach, while roadmap plans auto‑upgrades, elastic scaling, and further 30% efficiency gains.
This article outlines a comprehensive R&D management framework covering product lifecycle‑based task planning, documentation practices, code collaboration, quality assurance, automated deployment, fault handling, instant communication, and techniques for boosting team technical competence.
This article introduces JD's Aura component framework, detailing its origins, four foundational pillars, three supporting systems, key tools, SDK specifications, and the associated portal, CI, and management platforms that enable scalable Android componentization within the Avatar ecosystem.
This article explains the DevOps methodology, its goals of rapid high‑quality software delivery and cost reduction, and details how the Telad Cloud Platform implements end‑to‑end automation—including CI, automated testing, packaging, deployment, and continuous delivery using Microsoft TFS and custom tools.
This article details JD's AI platform built on Docker and Kubernetes, covering its high‑availability architecture, network plugin choices, storage solutions like GlusterFS and SeaweedFS, GPU management, CI/CD pipelines, logging, monitoring, and native Spark on Kubernetes, illustrating how a cloud‑native stack supports large‑scale AI services.
This article explains how to build a DevOps workflow using container orchestration, covering agile development with Docker image slimming, a Jenkins‑based CI/CD pipeline, simplified Gitflow, container monitoring with cAdvisor‑InfluxDB‑Grafana, and auto‑scaling via Marathon, while separating automated deployment from production release.
Learn how the HULK private‑cloud platform automates Docker image building and management by integrating Jenkins pipelines, UI‑driven configuration, GitLab storage, and automated build‑push processes, dramatically reducing manual CLI steps and lowering the entry barrier for container deployment.
This guide explains how to configure Continuous Build and Continuous Delivery in Visual Studio Team Services (VSTS) for Azure Web Apps, covering source, build, test, and release steps, linking accounts, setting up pipelines, and customizing build tasks for .NET and other projects.
This article walks you through the fundamentals of continuous integration, introduces Jenkins and Docker, explains key Jenkins concepts, and provides step‑by‑step commands to deploy Jenkins in Docker, configure master‑slave nodes, install essential Docker plugins, and use the Jenkins Remote API for automation.
This guide explains how to use Jenkins' Generic Webhook Trigger plugin with Gitee to identify the branch from push events and configure an optional filter using regular expressions so that only specific branches trigger builds, including step‑by‑step experiments, configuration screenshots, and sample code.
This article, based on a DevOpsDays Beijing talk, details Alibaba's post‑DevOps transformation, outlining the three evolution stages of operations, the four pillars of automated ops, the importance of CMDB, CI/CD pipelines, and the design of the ATOM platform that enables rapid, data‑driven, and resilient service delivery.
In this talk, Li Qian details Qiniu Cloud’s end‑to‑end CI/CD journey—from building a scratch‑made quality assurance system and integrating Travis, Jenkins, and Docker, to automating unit, integration, and system tests, establishing quality gates, and achieving ten‑minute rapid deployments and gray releases through metrics‑driven development.
This article details how REA Group implements a comprehensive DevOps workflow for its micro‑service architecture on AWS, covering the 12‑Factor principles, toolchain components, automated deployment with rea‑shipper, monitoring, alerting, and the collaborative processes that enable continuous delivery at scale.
This article explains the design and implementation of an automated deployment framework within a DevOps platform, covering background issues, requirement analysis, concept clarification of CI/CD, a three‑stage model (design, transition, operation), variable management, execution planning, deployment strategies such as blue‑green, rolling upgrade, canary, and rollback.
This tutorial explains how to configure Jenkins with the Generic Webhook Trigger plugin to automatically start builds whenever code is pushed to the develop branch of a Gitee (Git@OSC) repository, covering preparation, job setup, security settings, and webhook configuration.
The article outlines how test strategy, risk‑based testing, automation, TDD, defect‑location tools, CI/CD and agile practices can collectively boost development efficiency, reduce waste, and enhance product quality throughout the software delivery lifecycle.
Continuous Integration (CI) enables teams to merge code frequently, automatically build, test, and deploy, improving software quality, accelerating bug detection, and supporting agile development, with practical examples from fir.im’s pipeline, branch strategy, testing suites, and visualization techniques for effective DevOps.
This article explores cloud‑native security from container image auditing and CI/CD integration to microservice network protection, proposing micro‑segmentation and the SPIFFE identity framework as practical approaches to mitigate vulnerabilities in dynamic orchestration environments.
The talk outlines how Docker and Kubernetes were adopted to streamline test environment provisioning, address challenges like environment inconsistency and resource scarcity, and enable automated, standardized, and scalable testing infrastructure through containerization, networking, storage, and cluster management techniques.
This article details Ctrip's engineering practice of building a mobile continuous delivery platform that automates integration, testing, release, and operation of hundreds of native, hybrid, and React‑Native bundles, addressing scalability, efficiency, and quality challenges through message‑driven architecture, bundle splitting, automated testing, and gray‑release strategies.
This guide explains how to set up Jenkins to run Maven builds for different environments (dev, beta, prod), including commands to skip tests, deploy to Nexus, and specify profile parameters, with screenshots illustrating the correct configuration to avoid common errors.
The article explores DevOps concepts, recounting personal experiences with legacy systems, the evolution of continuous integration and delivery, the promises and pitfalls of microservices, deployment challenges, orchestration tools, and modern container‑based solutions like Docker and Kubernetes, emphasizing a pragmatic path toward immutable infrastructure.
The article explains how treating CI/CD pipelines as code—managed via version control and domain‑specific languages—solves configuration drift, reproducibility, and documentation issues, and outlines practical steps and tool examples for implementing this DevOps practice.
The article details Vipshop's two‑year PaaS implementation on Kubernetes, covering the CI/CD pipeline, custom networking, Docker registry enhancements, logging and monitoring solutions, as well as the operational challenges and fixes encountered during the migration.
This article compiles more than sixty free, open‑source DevOps utilities—covering version control, build automation, CI/CD, container platforms, configuration management, logging, and monitoring—to help teams speed up development, streamline deployments, and improve operational efficiency.
This guide walks through installing a private GitLab server using Docker, covering image retrieval, container launch with port and volume mappings, external URL configuration, initial setup, project creation, and client-side testing with Git commands to verify the deployment.
This article compares the CI/CD pipelines and Git branching models of two micro‑service projects, highlighting their deployment workflows, automation levels, visualisation, feedback speed, and trade‑offs to help developers and operations engineers choose an appropriate strategy.
This article details how a bank’s data‑center team modernizes traditional operations by integrating Docker containers, a customized CMDB, continuous‑integration pipelines, automated scaling, logging, and monitoring, while addressing challenges such as image differentiation, gray‑release, and resource elasticity.
This article describes how to build an automated documentation publishing pipeline using VSTS CI, Azure FTP deployment, Sphinx conversion, Docker containers, and GitHub synchronization, enabling one‑click HTML generation and backup for Markdown/reStructuredText sources.
This article explains how Docker supports the First Way of DevOps—Systems Thinking—by increasing pipeline velocity, reducing variation, and improving visualization, thereby enabling faster, more reliable software delivery through global optimization of the value stream.
This article introduces Ctrip Automation Platform (CAP), detailing its architecture, Java‑based implementation with TestNG, Appium, AngularJS, Jenkins, and Maven, the workflow for creating projects and running mobile, UI, and API tests, recent usage statistics, and planned reporting improvements.
This article explains the principles of DevOps, its technical, process, and organizational considerations, and introduces Docker as a key tool, detailing its architecture, components, native utilities, suitable scenarios, and how it enables continuous integration, delivery, and efficient operations.
The 2016 Anchore survey reveals how organizations of various sizes adopt containers in production and development, highlights security concerns, shows CI/CD tool dominance, compares orchestration platforms, and analyzes host and image operating system preferences, providing a comprehensive view of the container ecosystem.
This article presents a comprehensive case study of the EMC containerized delivery platform, detailing how Docker, Kubernetes, and automated image building are leveraged to achieve continuous delivery for a large‑scale microservices project, and discusses the system’s architecture, image standardization, environment governance, and future enhancements.
The article outlines several enhancements to Release Management in Team Foundation Server 2015, including cloning, exporting and importing release definitions, test result display in release summaries, OAuth token passing to scripts, partial success handling, GitHub project usage, Azure Web App deployment, task groups, soft delete, retention policies, linked project improvements, manual intervention, SQL deployment scripts, dashboard widgets, scheduled and conditional deployments, REST API, service hook integration, and support for Azure China cloud.
This article outlines the challenges of modern software delivery in a VUCA environment and presents a practical, step‑by‑step approach to designing a visual continuous‑delivery pipeline that balances speed, quality, and reliability through agile, lean, and DevOps practices.
The article explains DevOps as the integration of development and operations, tracing its origins, outlining its cultural and technical challenges, detailing its benefits such as faster, more reliable releases, and reviewing the tools and global adoption trends, including a new Chinese survey initiative.
This article explains how to use Microsoft Visual Studio Team Services/Team Foundation Server together with Docker to create a full‑stack, container‑based CI/CD pipeline for ASP.NET Core applications, covering environment setup, build agents, Docker host connections, and release strategies for test and production.
This guide shows how to connect JMeter performance testing with Jenkins continuous integration by setting up JMeter test plans, running them via GUI or command line, configuring Jenkins jobs with the Performance plugin, and automating result collection for each build.
This guide walks you through installing Jenkins and Docker, configuring Jenkins agents, creating jobs and pipelines, mastering essential Docker commands and Dockerfile syntax, and finally integrating the two tools to establish a fully automated CI/CD environment for building and deploying applications.
This article walks through the shortcomings of manual code releases, designs a multi‑environment automated deployment workflow, details step‑by‑step implementation—including code fetching, configuration handling, logging, parallel execution, and rollback—while sharing practical scripts and common pitfalls for large‑scale clusters.
This article explains how enterprises can overcome manual deployment challenges by standardizing their tech stack, defining mutable and immutable deployment modes, designing an XY‑axis model for system components, and implementing continuous integration, delivery, feedback, and monitoring using tools like Jenkins.
This step‑by‑step guide shows how to set up an AWS Tokyo VM, install Git and Ansible, clone microservice lifecycle and bookstore repositories, configure Vagrant, build Docker images, run tests with docker‑compose, and push the resulting images to a private registry.
This guide walks you through configuring Jenkins on a CentOS 6.3 server to automatically compile Android projects from a GitLab repository, covering environment preparation, Jenkins installation, job creation, Gradle integration, and troubleshooting common issues such as SDK updates, permission errors, and memory limits.
This article provides a detailed reading note of the DevOps 2.0 toolset book, summarizing its chapters on DevOps concepts, micro‑service architecture, CI/CD pipelines, containerization, orchestration tools such as Docker, Ansible, Kubernetes, and practical advice for building immutable, automated deployment pipelines.
This guide explains how to set up Jenkins to automatically poll a Git repository, run cppcheck static analysis, process the XML results, and email the findings, including detailed configuration steps, command examples, and troubleshooting tips.
The article explains why containers offer stronger security than virtual machines by detailing thirteen best‑practice features such as disabling SSH, limiting ports, short‑lived containers, immutable designs, automated patching, and comprehensive scanning and logging strategies.
This article introduces Vipshop’s VTP (VIP Test Platform), detailing its architecture, fine‑grained TestNG support, integration with Jenkins, CI and QAMP, and the platform’s features for scheduling, reporting, and future scalability in a rapidly growing e‑commerce environment.
This article introduces DevOps fundamentals, explains Docker's role and core components, outlines the advantages of containerizing DevOps pipelines, and shares a practical Rancher‑based implementation with detailed workflow, environment setup, and Q&A insights for modern software delivery.
The article explains Jenkins' single‑node and master‑slave deployment models, outlines the scalability and resource challenges of traditional setups, and proposes replacing test machines with Docker containers managed by Kubernetes or Swarm to improve efficiency, maintainability, and resource utilization.
This article provides a comprehensive update on how microservices, containers, and cloud‑native architectures are reshaping middleware, covering key concepts, frameworks, CI/CD pipelines, service discovery, dynamic configuration, scalability, resilience patterns, and integration platforms for modern enterprise IT.
Continuous Integration, Delivery, and Deployment form a progressive workflow that automates code testing, staging, and production release, enabling teams to detect issues early, ensure deployable code, and achieve fully automated releases despite challenges like complex topologies and large-scale environments.
This article introduces the concept of DevOps and provides a comprehensive, categorized list of over sixty open‑source tools—including version control, build automation, CI/CD, container platforms, configuration management, monitoring and logging solutions—helping beginners and practitioners quickly adopt effective DevOps practices.
This article compiles a curated list of over 400 free DevOps and system administration resources—including CI/CD services, monitoring tools, crash handling platforms, IaaS, PaaS, and DBaaS solutions—to help engineers streamline workflows and improve operational efficiency.
