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Presentation 1 open source tools in continuous integration environment v1.0
The document discusses open source tools that can be used in a continuous integration environment. It provides an overview of build tools like Ant and Maven, continuous integration servers, and how tools like Hudson and Archiva can help manage builds, artifacts, and the development process in an agile workflow.
Presentation 1 open source tools in continuous integration environment v1.0
- 1. Open Source Tools in Continuous Integration Environment March 2011 Santa Clara Karim DJAAFAR CO of Jasmine Conseil [email_address]
- 2. Who am I? A JEE Evangelist over 15 years of experience in enterprise and Web technologies Founder and CO of Jasmine Consulting a French and International company focused in JAVA/JEE agile development Author of several books around Eclipse Development Gold Member of Eclipse Foundation, we promote JEE Open Source incubation projects around agile development and JEE Expertise (see JasForge project)
- 3. About you Ant users? Ivy ? Maven users ? Continuous integration ?
- 4. Outline Towards abetter build process using agile tools Build Managements and repository Continuous Integration, Principles and Tools Workflow Benefits Jasforge: the unified agile tools Demos
- 5. TOWARDS A BETTERBUILD PROCESS USING AGILE TOOLS
- 6. What Is aBuild? A build is much more than a compile (or its dynamic language variations) A build may consist of the compilation, testing, inspection, and deployment—among other things A build acts as the process for putting source code together and verifying that the software works as a cohesive unit.
- 7. Build Tools Automationin a agile scenario CI Build Server Automated testing Automated code quality Build Tool Agile and collaborative tools
- 8. Build Tool Collectinput Process inputs Generate final outputs
- 9. Build Tool -Inputs Source code Java, SQL Resources Properties, XML Dependencies Libraries, components, frameworks
- 10. Build Tool -Processing Compile Run tests Copy files Replace keywords Package Install / deploy
- 11. Build Tool -Outputs JAR / WAR / EAR files Zip files Reports
- 12. Ant vs Maven Ant: Procedural Set path Compile jars Run unit tests Create reports Copy files Assemble WAR Maven: Declarative Define name & version Define as WAR project Specify dependencies Specify unit test plugin
- 13. Ant Multi-Project BuildsOption 1 – Master build.xml Option 2 – Cascading build.xml's
- 14. Maven Project andartifact-based build platform Uses repositories to manage artifacts and third party libraries Customized by modifying the behavior of the life-cycle via plugins.
- 15. Maven and theDevelopment Build Process Maven the source build management tool for enterprise Java projects Use declarative approche rather then the task-based approach used in Ant or in traditional Make files or shell scripts Promotes the use of standard directory structures and a well-defined build lifecycle Support quality metric reporting and documentation generation tool throw the use of plugins
- 16. Phases: build lifecycle The standard goals for building: compile & test - compile and test the code package – build and test the artifact install – package the artifact and install to local repository deploy – package the artifact and copy to the remote repository (release time) Release management
- 17. Common way tobuild applications MOJO – Maven 2 Plugins Project http://mojo.codehaus.org/ plugins user e.g. mvn install M2 generate- sources compile test install deploy package integration- test Well-known phases mojo mojo mojo mojo mojo bindings
- 18. Reports Centralize yourproject information and documentation for developers and their managers Integrate project information such as source code, inspection reports, etc… Reports are used to show the state of the project Can be integrated with little to no configuration on an existing project Test coverage (eg. Clover), test results, code style (eg Checkstyle, PMD), and many more
- 19. Maven main strenghA Standard way of identifying artifacts Each Maven artifact has a unique identifier, or “coordinates All project interactions go through the repository No more relative paths! Declarative Dependency Management Easy to share between team <repositories> <repository> <id>central</id> <name>Maven Repository Switchboard</name> <layout>default</layout> <url> http://repo1.maven.org/maven2 </url> <snapshots> <enabled>false</enabled> </snapshots> </repository> </repositories>
- 20. Maven in theEclipse Ecosystem Eclipse IAM ( http://www.eclipse.org/iam/ ) Integration for Apache Maven and direct import of Maven 2 projects continuation of Q for Eclipse Provide a rich interface over Maven Wizard for creation of new projects using the archetype mechanism of Maven Using m2Eclipse plugin Setting up Maven projects can be done in two ways: using Maven-eclipse-plugin (mvn eclipse:eclipse) or using M2eclipse plugin (see http://m2eclipse.sonatype.org/ )
- 21. Automated web deploymentAutomating the deployment process using the Cargo Maven plugin Start, stop and install application servers Deploy to different application servers Run a stand-alone instance Or deploy to an existing server Deploy to different Application server Deploying to an embedded Jetty instance
- 22. BUILD MANAGEMENT ANDREPOSITORY
- 23. Artifact Repository ManagerArtifact Search Remote Proxying Cache Artifact Upload Graphical Administration Virtual Repositories RSS Feeds Role-based Security Integrity Reports Maintenance
- 24. Archiva Archiva http://archiva.apache.org the build artifact repository for use with build tools such as Maven and Ant Proxy and cache Search and repository browser Reporting features User interface Uploading/Deleting artefacts
- 25. CONTINUOUS INTEGRATION PRINCIPLESAND TOOLS
- 26. What is CI(Continuous Integration) ? “ Continuous Integration is a software development practice where members of a team integrate their work frequently, usually each person integrates at least daily - leading to multiple integrations per day. Each integration is verified by an automated build (includingtest) to detect integration errors as quickly as possible.” Martin Fowler.
- 27. Continuous Integration (CI) scenario A CI scenario starts with the developer committing source code to the repository. On a typical project, people in many project roles may commit changes that trigger a CI cycle: Developers change source code, database administrators (DBAs) change table definitions, build and deployment teams change configuration files, interface teams change DTD/XSD specifications, and so on…
- 28. Why do weneed CI ? Replace big (and long) integration phases with small and frequent ones Ideally instantaneous Think of « incremental compilation » in Eclipse Minimize integration effort Keep the development process running … CI was introduced with XP principles and by Martin Fowler
- 29. Workflow Checkout fromSCM Code a new feature Run automated build on my machine Repeat 2 and 3 until test pass ! Merge with latest changes from SCM Fix and rebuild until test pass Commit Run a build on a clean machine Immediately fix bugs and integration issues
- 30. Components of aContinuous Integration system CI Repository CI Server Deployment Platform Build Manager Feedback mecanism 1.Checkout: get all existing source from the repository 1 2 2.Commit: commit all local modifications in the repository 3 3.Pool: See if there is a commit in the repository 4 4.Build: Build construction in the JEE lifecycle. 5 5.Deploy: Artefact deployment in a target platform 6 6.Feedback: feedback mecanism like email notification and groupware.
- 31. The components ofa CI system Commit changes Compile Source Code, Integrate Database, Run Tests, Run Inspections, Deploy Software Feedback Mechanism Generate feedback SCM Server (Svn, Git, …) CI Server
- 32. Version Control RepositorySimply put, you must use a version control repository in order to perform CI Even if you don’t use CI, a version control repository should be standard for your project The purpose of a version control repository is to manage changes to source code and other software assets (such as documentation) using a controlled access repository There are different types of version control systems you can use too We use Subversion for most of the examples in this seminar
- 33. Continuous Integration notexist without TDD ! A software development practice where members of a team integrate their work frequently usually each person integrates at least daily (Martin Fowler) CI leads to significantly reduced integration problems and allow a team to develop cohesive software more rapidly and reduce risk To complete this definition Automated, self-testing and fast builds Make it easy for everyone to get the last executable Automate deployment Everyone can see what’s happening progress, statistics on code coverage tests, etc … Reduced risks
- 34. Continuous Integration Major tools Hudson Writen in java ( https://hudson.dev.java.net/ ) No install required (put a war in a web container) Easy to use Powerful Default support for CVS and SVN Great support and active community Cruise Control Continuum Java and Ant/Maven based Open Source …
- 35. Every commit muchtriggers a build ! Commit at least daily… As soon as you have completed an independent functionnality A full build on another empty machine Not on your own ! With hudson SCM polling Cron-like scheduller Trigger with http request (from maven or svn commit hook)
- 36. Practicing CI orTDD does not make you agile ! Although it is recommended, a CI server isn’t required to perform continuous integration You can write your own custom scripts Moreover, you can manually run an integration build whenever a change is applied to the repository Using a CI server can reduce the number of custom scripts that you would otherwise need to write Many CI servers are freely available and open source: Cruise Control, Hudson are the most well known Without active engagement of the customer an organization will NEVER be agile, regardless of the other development techniques used.
- 37. THE INTEGRATEDAGILE INFRASTRUCTURE
- 38. Managing all theagile tools is a complex process Today, managing and taking control of your software process is a major challenge for maintaining is capacity to be innovative and competitive Ho can we manage efficiently all these toolls in an unified way ? We must manage the quality of our software development en meet the requirements and delays in a predictive mode This is the aim of JasForge© Project ( http://www.jasforge.com ) : Taking the control of your development process using an “agile “ approache
- 39. MAVEN AND OSGI: THE NEW APPLICATION LIFECYCLE MANAGEMENT
- 40. The Problem Antand Maven
- 41. Maven to OSGI:the best of the two worlds OSGI specification: A brief recall Define java-based service platform, full dynamic component model Why another specification ? JVM doesn’t support natively dynamic module system: startting/stoping/updating application on runtime JAR dependencies management missing: no way how to restrict exported packages, enforce imports … Implementation Open Source: Eclipse Equinox/Apache Felix
- 42. Maven and OSGIIntegration
- 43. Version Control RepositorySimply put, you must use a version control repository in order to perform CI Even if you don’t use CI, a version control repository should be standard for your project The purpose of a version control repository is to manage changes to source code and other software assets (such as documentation) using a controlled access repository There are different types of version control systems you can use too We use Subversion for most of the examples in this seminar
- 44. CI Server ACI server runs an integration build whenever a change is committed to the version control repository Typically, you will configure the CI server to check for changes in a version control repository every few minutes or so The CI server will retrieve the source files and run a build script or scripts CI servers can also be hard-scheduled to build on a regular frequency, such as every hour (but note that this is not CI).
- 45. Some “little” screencasts and demos Managing your projects Managing users and roles Managing you servers
Editor's Notes
- #32 1. First, a developer commits code to the version control repository. Meanwhile, the CI server on the integration build machine is polling this repository for changes (e.g., every few minutes). 2. Soon after a commit occurs, the CI server detects that changes have occurred in the version control repository, so the CI server retrieves the latest copy of the code from the repository and then executes a build script, which integrates the software. 3. The CI server generates feedback by e-mailing build results to specified project members. 4. The CI server continues to poll for changes in the version control repository.