Maven is a build tool that provides dependency management, compilation, testing and packaging functionality. It handles dependency resolution by allowing developers to specify dependencies in a pom.xml file. Maven will then download the dependencies from repositories. Maven also provides standardized project structures and build lifecycles that allow projects to be built in a predictable, repeatable manner.
This document discusses Maven, an open source build automation tool used primarily for Java projects. It introduces some key Maven concepts including plugins, lifecycles, dependencies, profiles, and repositories. Plugins in Maven are similar to tasks in Ant and add functionality by defining goals that are bound to lifecycle phases. The document provides examples of configuring plugins, dependencies, and profiles in Maven projects.
1. Maven is a build automation tool that manages Java projects and dependencies. It uses a pom.xml file to define build configuration including dependencies, plugins, and lifecycle phases.
2. A Maven project consists of goals bound to phases in a lifecycle. Common goals include compile, test, and package. Maven coordinates including groupId, artifactId, and version uniquely identify dependencies.
3. Maven downloads dependencies from repositories. It publishes artifacts to the local repository for sharing between projects. Artifacts include JAR files and pom.xml files.
This document summarizes a presentation on using Ant and Maven for Java builds. It discusses the key features and components of Ant and Maven, including build files, properties, tasks, dependencies, repositories, plugins and life cycles. It provides examples of how to define builds using each tool.
Maven is a build tool and project management tool that provides guidelines for best practices in software development. It manages projects and their dependencies. Maven uses a project object model (POM) file to describe a project, its dependencies and plugins. It incorporates the concept of "convention over configuration" by providing sensible defaults that can be customized. Maven manages builds through a lifecycle of phases where goals bound to each phase execute in order.
This presentation provides a comprehensive overview of Maven 3 including lifecycles and a detail of the default lifecycle and the associated phases within.
This document provides an introduction to the Apache Maven build tool. It discusses Maven's history and advantages, including its ability to automate builds, manage dependencies, and generate documentation. The core concepts of Maven such as the project object model (POM), plugins, goals, phases, and repositories are explained. Maven allows projects to be easily built, tested, packaged, and documented through the use of a standardized project structure and configuration defined in the POM.
The presentation walks you through Apache maven and how to do a build management for java based applications. It starts with basic introduction on the technology and how it plays an important role for build management. The presentation then talks about details on how the maven works and its philosophy to creating builds. Furthermore, it also covers in detail the plugins based architecture to better understand how to use maven effectively.
Maven is a build tool that can manage a project's build process, dependencies, documentation, and reporting from a central piece of information. It uses a Project Object Model (POM) file to store build settings and dependencies. Maven handles tasks like compiling code, running tests, packaging artifacts, and deploying to repositories. It provides dependency management, code reuse, and abstraction of the build process from IDEs through standardized project structure and configuration.
This document discusses Maven, an open source build automation tool used primarily for Java projects. It introduces some key Maven concepts including plugins, lifecycles, dependencies, profiles, and repositories. Plugins in Maven are similar to tasks in Ant and add functionality by defining goals that are bound to lifecycle phases. The document provides examples of configuring plugins, dependencies, and profiles in Maven projects.
1. Maven is a build automation tool that manages Java projects and dependencies. It uses a pom.xml file to define build configuration including dependencies, plugins, and lifecycle phases.
2. A Maven project consists of goals bound to phases in a lifecycle. Common goals include compile, test, and package. Maven coordinates including groupId, artifactId, and version uniquely identify dependencies.
3. Maven downloads dependencies from repositories. It publishes artifacts to the local repository for sharing between projects. Artifacts include JAR files and pom.xml files.
This document summarizes a presentation on using Ant and Maven for Java builds. It discusses the key features and components of Ant and Maven, including build files, properties, tasks, dependencies, repositories, plugins and life cycles. It provides examples of how to define builds using each tool.
Maven is a build tool and project management tool that provides guidelines for best practices in software development. It manages projects and their dependencies. Maven uses a project object model (POM) file to describe a project, its dependencies and plugins. It incorporates the concept of "convention over configuration" by providing sensible defaults that can be customized. Maven manages builds through a lifecycle of phases where goals bound to each phase execute in order.
This presentation provides a comprehensive overview of Maven 3 including lifecycles and a detail of the default lifecycle and the associated phases within.
This document provides an introduction to the Apache Maven build tool. It discusses Maven's history and advantages, including its ability to automate builds, manage dependencies, and generate documentation. The core concepts of Maven such as the project object model (POM), plugins, goals, phases, and repositories are explained. Maven allows projects to be easily built, tested, packaged, and documented through the use of a standardized project structure and configuration defined in the POM.
The presentation walks you through Apache maven and how to do a build management for java based applications. It starts with basic introduction on the technology and how it plays an important role for build management. The presentation then talks about details on how the maven works and its philosophy to creating builds. Furthermore, it also covers in detail the plugins based architecture to better understand how to use maven effectively.
Maven is a build tool that can manage a project's build process, dependencies, documentation, and reporting from a central piece of information. It uses a Project Object Model (POM) file to store build settings and dependencies. Maven handles tasks like compiling code, running tests, packaging artifacts, and deploying to repositories. It provides dependency management, code reuse, and abstraction of the build process from IDEs through standardized project structure and configuration.
The document provides an overview of the Apache Maven tutorial. It discusses how to set up the Maven environment and install Maven on different operating systems. It also describes the Maven POM file and its basic elements like groupId, artifactId and version. The Maven lifecycle, plugins, dependencies and integration with IDEs are also summarized.
Maven is a project management tool that provides conventions for building Java projects, including a standard project structure, dependency management, and lifecycle phases. It simplifies development by standardizing common tasks like compiling, testing, packaging, and deploying. Compared to Ant, Maven takes a more convention-based approach and handles dependencies and lifecycles automatically. The document provides an overview of Maven's key features and how it can help manage Java projects.
Maven is an open source build automation tool that standardizes build processes. It uses conventions for builds rather than requiring explicit configuration. Maven projects are described using a Project Object Model (POM) XML file that contains metadata like dependencies and build instructions. It defines standard directory layouts and lifecycles with phases that allow plugins to execute goals like compiling, testing, packaging and deploying. Maven manages dependencies, repositories, builds and reports.
Given at TechMaine's Java Users Group on Feb 26 2008
Why do we need another build tool when we already have Ant? By focusing on convention over configuration, Maven allows you to declaratively define how your project is built, which reduces a lot of the procedural code that you'd need to implement in every build file if you were using Ant. This, along with Maven's built-in management of repositories for project dependencies, allows you to streamline your build process. Ultimately Maven can reduce the amount of time that would otherwise be wasted hunting down jar files and fiddling with boilerplate build scripts.
This presentation covers Maven's core concepts. It introduces the Plugin architecture, and explain how the most popular plugins are used. It also covers the POM concept and how it relates to dependency tracking and repositories.
Maven is a build system that provides:
1) A standard directory structure for projects;
2) A standard build lifecycle of phases like compile, test, package; and
3) The ability to override defaults through plugins.
The document then discusses several key aspects of Maven including:
1) The standard Maven directory structure for source code, resources, and test code;
2) The default Maven lifecycle phases like compile, test, package; and
3) The pom.xml file which is Maven's build specification and configuration file.
Maven is a project management and comprehension tool that can be used for building, reporting and managing Java projects. It handles project build automation and dependency management. The core concepts in Maven include the Project Object Model (POM) file which describes the project, dependencies and plugins. Maven uses a build lifecycle of phases like validate, compile and package and plugins can be executed during these phases. It downloads dependencies from online repositories and manages them in the local repository.
Maven is a build tool that can manage a project's build process, dependencies, documentation and reporting. It uses a Project Object Model (POM) file to store build configuration and metadata. Maven has advantages over Ant like built-in functionality for common tasks, cross-project reuse, and support for conditional logic. It works by defining the project with a POM file then running goals bound to default phases like compile, test, package to build the project.
This document provides an introduction to Maven, an open source build automation tool. It describes Maven's key concepts including the build lifecycle, architecture, plugins, goals, phases, repositories, artifacts, project object model, and dependencies. The lifecycle consists of default, clean, and site phases made up of goals from plugins like compiler and surefire. Maven uses a plugin architecture and dependencies from local and remote repositories to manage projects and builds in a standardized way.
Maven Presentation - SureFire vs FailSafeHolasz Kati
Maven is a build automation tool used primarily for Java projects. It can be used for building and managing any Java-based project. Maven uses a project object model (POM) to manage a project's build, reporting and documentation from a central piece of information. The POM contains details like dependencies, plugins, repositories used, and other configuration details. Maven projects follow a standard directory structure and use the POM file to define build properties and dependencies. Maven manages dependencies by downloading required JARs from repositories. It supports profiles to customize builds for different environments. Common plugins include those for testing, packaging, site generation and other goals.
This document provides an overview of Maven, including what it is, how to set it up, the project object model (POM), relationships between Maven projects, executing Maven commands, built-in lifecycles, dependency management, and common problems and activities when using Maven. Maven is a build automation tool used primarily for Java projects to manage dependencies, build processes, documentation, and project metadata. Key aspects include the POM file which defines the project structure and dependencies, relationships between parent and child projects, and Maven's built-in lifecycles for compiling, testing, packaging, and deploying code.
The document provides an overview of Maven basics, including the POM.xml file, standard directory layout, dependency mechanism, build lifecycle, goals and plugins. Maven is a build tool that standardizes project structure, manages dependencies, and automates common build processes like compilation and testing. It uses a POM file and plugins to execute goals bound to phases in the build lifecycle.
Learn All Aspects Of Maven step by step, Enhance your skills & Launch Your Career, On-Demand Course affordable price & classes on virtually every topic.Try Before You Buy
This document provides an overview of Apache Maven, an open-source build automation tool. It discusses Maven's goals of making the build process easy, providing a uniform build system, and guidelines for best practices. The key aspects covered include the project object model (POM) file, dependency management, repositories, IDE integration, advantages over Apache Ant including easier reuse and standardization, and some disadvantages like understanding exotic plugins.
Maven is a project management and comprehension tool. Maven provides developers a complete build lifecycle framework. Development team can automate the project's build infrastructure in almost no time as Maven uses a standard directory layout and a default build lifecycle.
In case of multiple development teams environment, Maven can set-up the way to work as per standards in a very short time. As most of the project setups are simple and reusable, Maven makes life of developer easy while creating reports, checks, build and testing automation setups.
The document discusses using Maven for automation builds. It covers quick starting a Maven project, the Maven lifecycle and phases, dependency and plugin management, and integrating Maven with IDEs like Eclipse. Key points include how to create a basic Maven project, the different Maven directories, common Maven commands, using the Surefire plugin to run tests, and configuring test dependencies.
A flash lecture given at the JJTV Tool Night #4 on 6 November, 2012.
The full lecture video (in Hebrew) can be found at http://www.youtube.com/watch?v=ozl6oBmAj1Y
Maven is a Java project management and build tool that uses a Project Object Model (POM) defined in XML files to manage a project's build, reporting and documentation from a central information source. It is based on a small core with numerous plugins that can be used to compile code, run tests, generate documentation and more. Maven uses local and remote repositories to download dependencies and build artifacts that projects specify in their POM files.
Maven is a build automation tool used primarily for Java projects. This presentation will cover the basics of Maven and its usage while developing Java application.This is for anyone interested to learn Maven especially the Java developers.
This document discusses Apache Maven, an open-source tool for building and managing Java-based projects. It begins with defining Maven and comparing it to Ant, noting Maven's advantages like built-in versioning and conventions. The core POM file is explained, along with Maven plugins, archetypes, repositories, and dependency management. Maven's built-in lifecycles and phases are also summarized. The presentation concludes with a quick demo and Q&A section.
Presents an overview of Apache Maven, a famous declarative build tool widely used in the Java ecosystem, focussing on philosophy, qualities and characteristics. To learn Maven, see www.sonatype.com/book/.
This is OpenTalkWare www.opentalkware.org cc-by-3.0 by Robert Burrell Donkin http://robertburrelldonkin.name
Maven 2.0 - Improve your build patternselliando dias
The document discusses Maven 2.0 and how it improves upon build patterns compared to Maven 1.0. It covers Maven's architecture, common build patterns using plugins and lifecycles, dependency management, multi-module builds, environment-dependent builds, reporting and sites. It encourages migrating to Maven 2.0 as the architecture is better, it addresses main build patterns, and is ready to use, though working with developers is suggested. The key takeaway is now is a good time to evaluate Maven 2.0 and provide feedback.
Maven is a tool that provides an easy and uniform build process for projects. It allows developers to describe projects in an XML file and handles compiling, packaging, testing, dependencies and more. Maven uses repositories to share third party libraries between projects and publishes project artifacts. The XML project file contains sections for project information, dependencies, building and reporting. Maven creates a standard project structure and build process.
The document provides an overview of the Apache Maven tutorial. It discusses how to set up the Maven environment and install Maven on different operating systems. It also describes the Maven POM file and its basic elements like groupId, artifactId and version. The Maven lifecycle, plugins, dependencies and integration with IDEs are also summarized.
Maven is a project management tool that provides conventions for building Java projects, including a standard project structure, dependency management, and lifecycle phases. It simplifies development by standardizing common tasks like compiling, testing, packaging, and deploying. Compared to Ant, Maven takes a more convention-based approach and handles dependencies and lifecycles automatically. The document provides an overview of Maven's key features and how it can help manage Java projects.
Maven is an open source build automation tool that standardizes build processes. It uses conventions for builds rather than requiring explicit configuration. Maven projects are described using a Project Object Model (POM) XML file that contains metadata like dependencies and build instructions. It defines standard directory layouts and lifecycles with phases that allow plugins to execute goals like compiling, testing, packaging and deploying. Maven manages dependencies, repositories, builds and reports.
Given at TechMaine's Java Users Group on Feb 26 2008
Why do we need another build tool when we already have Ant? By focusing on convention over configuration, Maven allows you to declaratively define how your project is built, which reduces a lot of the procedural code that you'd need to implement in every build file if you were using Ant. This, along with Maven's built-in management of repositories for project dependencies, allows you to streamline your build process. Ultimately Maven can reduce the amount of time that would otherwise be wasted hunting down jar files and fiddling with boilerplate build scripts.
This presentation covers Maven's core concepts. It introduces the Plugin architecture, and explain how the most popular plugins are used. It also covers the POM concept and how it relates to dependency tracking and repositories.
Maven is a build system that provides:
1) A standard directory structure for projects;
2) A standard build lifecycle of phases like compile, test, package; and
3) The ability to override defaults through plugins.
The document then discusses several key aspects of Maven including:
1) The standard Maven directory structure for source code, resources, and test code;
2) The default Maven lifecycle phases like compile, test, package; and
3) The pom.xml file which is Maven's build specification and configuration file.
Maven is a project management and comprehension tool that can be used for building, reporting and managing Java projects. It handles project build automation and dependency management. The core concepts in Maven include the Project Object Model (POM) file which describes the project, dependencies and plugins. Maven uses a build lifecycle of phases like validate, compile and package and plugins can be executed during these phases. It downloads dependencies from online repositories and manages them in the local repository.
Maven is a build tool that can manage a project's build process, dependencies, documentation and reporting. It uses a Project Object Model (POM) file to store build configuration and metadata. Maven has advantages over Ant like built-in functionality for common tasks, cross-project reuse, and support for conditional logic. It works by defining the project with a POM file then running goals bound to default phases like compile, test, package to build the project.
This document provides an introduction to Maven, an open source build automation tool. It describes Maven's key concepts including the build lifecycle, architecture, plugins, goals, phases, repositories, artifacts, project object model, and dependencies. The lifecycle consists of default, clean, and site phases made up of goals from plugins like compiler and surefire. Maven uses a plugin architecture and dependencies from local and remote repositories to manage projects and builds in a standardized way.
Maven Presentation - SureFire vs FailSafeHolasz Kati
Maven is a build automation tool used primarily for Java projects. It can be used for building and managing any Java-based project. Maven uses a project object model (POM) to manage a project's build, reporting and documentation from a central piece of information. The POM contains details like dependencies, plugins, repositories used, and other configuration details. Maven projects follow a standard directory structure and use the POM file to define build properties and dependencies. Maven manages dependencies by downloading required JARs from repositories. It supports profiles to customize builds for different environments. Common plugins include those for testing, packaging, site generation and other goals.
This document provides an overview of Maven, including what it is, how to set it up, the project object model (POM), relationships between Maven projects, executing Maven commands, built-in lifecycles, dependency management, and common problems and activities when using Maven. Maven is a build automation tool used primarily for Java projects to manage dependencies, build processes, documentation, and project metadata. Key aspects include the POM file which defines the project structure and dependencies, relationships between parent and child projects, and Maven's built-in lifecycles for compiling, testing, packaging, and deploying code.
The document provides an overview of Maven basics, including the POM.xml file, standard directory layout, dependency mechanism, build lifecycle, goals and plugins. Maven is a build tool that standardizes project structure, manages dependencies, and automates common build processes like compilation and testing. It uses a POM file and plugins to execute goals bound to phases in the build lifecycle.
Learn All Aspects Of Maven step by step, Enhance your skills & Launch Your Career, On-Demand Course affordable price & classes on virtually every topic.Try Before You Buy
This document provides an overview of Apache Maven, an open-source build automation tool. It discusses Maven's goals of making the build process easy, providing a uniform build system, and guidelines for best practices. The key aspects covered include the project object model (POM) file, dependency management, repositories, IDE integration, advantages over Apache Ant including easier reuse and standardization, and some disadvantages like understanding exotic plugins.
Maven is a project management and comprehension tool. Maven provides developers a complete build lifecycle framework. Development team can automate the project's build infrastructure in almost no time as Maven uses a standard directory layout and a default build lifecycle.
In case of multiple development teams environment, Maven can set-up the way to work as per standards in a very short time. As most of the project setups are simple and reusable, Maven makes life of developer easy while creating reports, checks, build and testing automation setups.
The document discusses using Maven for automation builds. It covers quick starting a Maven project, the Maven lifecycle and phases, dependency and plugin management, and integrating Maven with IDEs like Eclipse. Key points include how to create a basic Maven project, the different Maven directories, common Maven commands, using the Surefire plugin to run tests, and configuring test dependencies.
A flash lecture given at the JJTV Tool Night #4 on 6 November, 2012.
The full lecture video (in Hebrew) can be found at http://www.youtube.com/watch?v=ozl6oBmAj1Y
Maven is a Java project management and build tool that uses a Project Object Model (POM) defined in XML files to manage a project's build, reporting and documentation from a central information source. It is based on a small core with numerous plugins that can be used to compile code, run tests, generate documentation and more. Maven uses local and remote repositories to download dependencies and build artifacts that projects specify in their POM files.
Maven is a build automation tool used primarily for Java projects. This presentation will cover the basics of Maven and its usage while developing Java application.This is for anyone interested to learn Maven especially the Java developers.
This document discusses Apache Maven, an open-source tool for building and managing Java-based projects. It begins with defining Maven and comparing it to Ant, noting Maven's advantages like built-in versioning and conventions. The core POM file is explained, along with Maven plugins, archetypes, repositories, and dependency management. Maven's built-in lifecycles and phases are also summarized. The presentation concludes with a quick demo and Q&A section.
Presents an overview of Apache Maven, a famous declarative build tool widely used in the Java ecosystem, focussing on philosophy, qualities and characteristics. To learn Maven, see www.sonatype.com/book/.
This is OpenTalkWare www.opentalkware.org cc-by-3.0 by Robert Burrell Donkin http://robertburrelldonkin.name
Maven 2.0 - Improve your build patternselliando dias
The document discusses Maven 2.0 and how it improves upon build patterns compared to Maven 1.0. It covers Maven's architecture, common build patterns using plugins and lifecycles, dependency management, multi-module builds, environment-dependent builds, reporting and sites. It encourages migrating to Maven 2.0 as the architecture is better, it addresses main build patterns, and is ready to use, though working with developers is suggested. The key takeaway is now is a good time to evaluate Maven 2.0 and provide feedback.
Maven is a tool that provides an easy and uniform build process for projects. It allows developers to describe projects in an XML file and handles compiling, packaging, testing, dependencies and more. Maven uses repositories to share third party libraries between projects and publishes project artifacts. The XML project file contains sections for project information, dependencies, building and reporting. Maven creates a standard project structure and build process.
Automating the build process for a flex application. You swf,ie the target now is sent to the web application and a war is generated through the build process
This document discusses the Maven build tool, including its origins, concepts, usage, and integration with IDEs. It covers Maven's core concepts like the build lifecycle, POM files, standard project layout, plugins, testing, and resources. It also provides examples of creating and building Maven projects from the command line and configuring projects with multiple modules.
Here are the steps to filter the resource properties in the example:
1. Define the my.filter.value property in a filter file (e.g. src/main/filters/filter.properties):
my.filter.value=hello
2. Define the command.line.prop property in the pom.xml:
<properties>
<command.line.prop>hello</command.line.prop>
</properties>
3. The settings.offline property will be filtered from the <offline>true</offline> value defined in settings.xml
4. Add filtering configuration to the pom.xml:
<build>
<filters>
<filter>src
Maven is a build automation tool that is used to manage Java projects and their dependencies. It provides a standard way to organize Java projects and defines a build lifecycle with phases like compile, test, package, and deploy. Maven uses a pom.xml file to define project dependencies and plugins. Dependencies are downloaded from Maven repositories during the build process. Maven plugins are bound to phases of the build lifecycle to perform tasks like compiling code, running tests, packaging artifacts, and deploying builds. This standardizes builds and makes projects portable across systems.
This document provides an overview of Maven, Subversion (SVN), and GIT. It discusses how to install and set up Maven, create Maven projects, and manage dependencies. It also explores version control systems, specifically SVN and GIT. With SVN, it demonstrates how to create repositories and check out projects. It discusses merging code and avoiding conflicts. The document is a presentation intended to teach these topics.
This is a talk I gave recently to the department of Computer Science at University of Illinois at Chicago on Apache Maven. Hope it's useful.
http://www.cs.uic.edu/Main/NewsItem?audience=public&ind=498
Maven 2.0 - Project management and comprehension toolelliando dias
Maven is a build tool that helps manage Java projects. It provides standardized ways to build projects, manage dependencies, generate documentation and reports. Key features include dependency management, which allows projects to declare dependencies that Maven will automatically download. It also provides standard project structures and build lifecycles that make projects more uniform and easier for new developers to understand.
This document provides an overview of Apache Maven, including its history, key concepts, and ecosystem. Maven is a software project management tool that uses conventions for builds and dependencies. It manages a project's build process through a Project Object Model (POM) file and standardizes directory layout and build lifecycles. Maven allows for modular projects through a reactor and dependency management. Its ecosystem includes plugins, repository managers, and tools for testing, reporting and continuous integration.
This document provides an overview of Maven, an open-source tool for managing Java projects. Maven uses a Project Object Model (POM) file to describe a project's dependencies, build instructions, and other metadata. It standardizes project structures and handles dependency resolution from local, central, and remote repositories. Maven projects are configured through the POM file rather than custom build scripts, making builds more consistent and reusable across projects.
This document provides an overview of Maven, including:
- Maven is a build tool that manages Java projects and dependencies through XML POM files.
- Projects are built from local and remote repositories of dependencies specified in POMs.
- The document outlines the directory structure for Maven projects including components, source files, and generated artifacts.
- Maven plugins are used to generate documentation, compile code, test, package artifacts and more through goals defined in POM files.
This document provides instructions for setting up a Maven project using Hibernate. It begins by having the user generate a Maven project structure using the mvn archetype:create command. It then instructs the user to add the Hibernate dependency to the pom.xml file. The document also specifies adding a compiler plugin configuration to the pom.xml and creating a resources directory for the Hibernate configuration file. Overall, the document outlines the basic steps to initialize a Maven project and integrate Hibernate through dependency management and configuration, requiring minimal additional configuration compared to traditional build systems.
Introduction to Maven for beginners and DevOpsSISTechnologies
Maven is a build tool that uses conventions over configurations. It manages dependencies and builds projects based on their structural relationships rather than procedural scripts. The document introduces Maven and how it compares to Ant, describes how to set up a basic Maven project using the archetype plugin, and discusses managing dependencies, multi-project builds, and helpful Maven reports.
Maven 2 is a powerful tool that promotes convention over configuration and you need to
integrate it into one of the popular integrated development environments (IDEs) called
eclipse to make your work easier, thus increasing your productivity and project quality. This
tutorial provides an example of how to make Maven and Eclipse collaborate. Also covers the
popular JSF Web framework.
Maven: Managing Software Projects for Repeatable ResultsSteve Keener
Maven is a tool for managing Java-based software projects that provides a standard way to manage builds, documentation, dependencies, and project metadata. It simplifies common project tasks like compiling code, generating reports, and managing dependencies. Maven uses a Project Object Model (POM) file to store build settings and dependencies for a project. It maintains a central repository of dependencies to avoid duplicate copies of files. Maven builds can be configured to compile code, test it, package artifacts, and generate reports through a standardized process. Maven archetypes provide project templates to quickly generate new projects with common configurations.
Simple ways to add and work with a `.jar` file in your local maven setupAlan Richardson
TL;DR Hack - add as a library in IntelliJ project. Tactic - add as system scope in maven. Tactic/Strategic - install locally to .m2. Strategic - use a repository management tool, publish to maven central
Sometimes you want to work with a jar file that isn't hosted in maven central.
It might be a 3rd party jar, it might be one that you have written.
Regardless.
You have a lot of options for this. The approaches that I have used:
- add .jar files as an IntelliJ project dependency
- install it locally to your .m2 repository
- add it to your project as a system scoped file
- use a repository management tool like Nexus or Archiva
- publish the dependency to maven central
Apache maven, a software project management toolRenato Primavera
This document discusses Apache Maven, an open-source tool for managing software projects and automating common software project tasks such as compiling source code, running tests, packaging, and deploying artifacts. It describes how Maven uses a Project Object Model (POM) file to manage a project's build, reporting and documentation from a central configuration. It also outlines key Maven concepts like the POM, lifecycles, phases, dependencies, repositories, inheritance, and multi-module projects.
Maven is a project management and comprehension tool that handles builds, reporting, and handling of dependencies. It uses a Project Object Model (POM) file to manage projects. The POM file contains metadata like dependencies, plugins, and configurations. Maven standardizes builds through lifecycles and phases. It manages dependencies through a repository of artifacts. Liferay has integrated Maven support to allow plugin development with Maven through plugins, archetypes, and prebuilt EE artifacts.
The document provides an overview of Maven, an open source build automation tool used primarily for Java projects. Maven handles tasks like compiling code, running tests, managing dependencies, and packaging software into distributable formats like JAR files. It uses a project object model (POM) file to store build configuration and manages dependencies by coordinating with remote repositories. Maven aims to standardize build processes and encourage best practices for build automation.
This document discusses scaling text mining to one million documents. It describes the resource requirements of various text mining analytics and different scaling framework options to distribute the workload across multiple machines. The key challenges in scaling up include managing the corpus, integrating and testing analytics, tracking errors and progress, and storing and accessing the output. Distributed frameworks like UIMA Asynchronous Scaleout and Hadoop can help put computationally heavy analytics on separate machines to improve performance.
This document presents a distributed framework for performing natural language processing (NLP) on large collections of journal articles and integrating the results with existing structured knowledge bases. The framework uses a scaled NLP pipeline to extract structured annotations from unstructured text. It provides massively parallel access to these structured annotations and integrates them with ontologies and databases in a knowledge base. This allows applications to leverage both the unstructured text and existing structured knowledge for tasks like visualization, natural language understanding, and validation of other methods.
UML is a graphical modeling language used to visualize software designs. It has two main types of diagrams - structural diagrams that show static relationships, and behavioral diagrams that show dynamic interactions. UML was created in the 1990s and standardized in 2005. It helps designers see the big picture of a project without code-level details through drawing classes, objects, and their relationships. Common diagrams include class, sequence, and use case diagrams.
Spring is a collection of frameworks that provides inversion of control and dependency injection for Java applications, allowing developers to use plain old Java objects that can have their dependencies managed and swapped out through configuration. It includes frameworks for data access, transactions, remoting, and more that abstract away implementation details and make applications more flexible and modular. Spring aims to simplify enterprise Java development by providing these frameworks and allowing different implementations to be used without changing code.
This document summarizes challenges in processing full biomedical literature at scale, including obtaining documents from various sources and formats, dealing with encoding issues, and leveraging clusters for processing. Key challenges include identifying relevant documents, converting between formats while retaining structure, discerning character encodings, and distributing processing across clusters in a scalable way. The authors acknowledge support from various NIH and NSF grants.
This document discusses scaling natural language processing (NLP) tasks by distributing work across multiple processors and machines. It describes running UIMA pipelines on a local cluster managed by Sun Grid Engine (SGE) to parallelize processing of independent documents. The local cluster, called Colfax, has 6 machines with 48 CPU cores and 96GB RAM that can be utilized through SGE job scripts to split work into arrays processed in parallel.
This document provides an introduction to object-relational mapping using Hibernate. It discusses relational database design, object-oriented design, and the impedance mismatch between the two. It then explains how an ORM like Hibernate can map objects to relational databases while hiding SQL and connection details. Code examples demonstrate using Hibernate and JPA to perform CRUD operations instead of raw JDBC. Configuration of Hibernate and JPA is also summarized.
Dr. Sean Tan, Head of Data Science, Changi Airport Group
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1. Basic Maven Chris Roeder Kevin Livingston April 2011 5/5/11 1 Chris Roeder, Kevin Livingston
2. Maven Big Picture: Builds: Maven will compile your code and assemble jars. (similar to ant’s function) Dependency Management: Maven will fetch other jars your project uses and assemble a CLASSPATH for the compiler. (similar to ivy’s function) Integrate with Eclipse: by way of plugins like m2. The goal of this talk is to get you started, not to make an expert of you. 5/5/11 Chris Roeder, Kevin Livingston 2
3. Contents Introduction Dependency Manangement Builds and pom files Modules Repositories Releases and Snapshots Mojo: Plugins, Goals, Phases Runtime Review, Advanced Topics, Caution Thanks 5/5/11 Chris Roeder, Kevin Livingston 3
4. Introduction 1 Dependency Manager:Given a description of dependent jars, Maven will fetch them for you Build Tool: Convention over ConfigurationIf your project follows a standard layout, things just work (with no ant files) Running: Maven will assemble as classpath for you at runtime. Consider what this means for deployment. 5/5/11 4 Chris Roeder, Kevin Livingston
5. Introduction 2 Maven is organized around projects that produce a single jar.(or sets of projects that each produce a jar) Each project has a pom.xml file, a “pom”, that configures it. The pom describes the project and its dependencies. Each with 3 “coordinates”: Group ID (edu.ucdenver.ccp) Artifact ID (common) Version (1.0) 5/5/11 5 Chris Roeder, Kevin Livingston
6. Introduction: Convention over Configuration A big Maven philosophy is that life is easier with clear conventions: You know what to expect The tool knows what to expect, so… …it can run with little configuration. Made popular by Ruby on Rails, and others. Conventions (defaults) are declared in a (mostly) invisible “super pom” 5/5/11 6 Chris Roeder, Kevin Livingston
7. Dependency Management Maven is declarative (not imperative): Specify the jars used, where they come from, and what release, and Maven will manage the files without explicit coding. Maven manages the files. You don’t need a “lib” directory …even in eclipse. No modifying the project’s classpath. 5/5/11 7 Chris Roeder, Kevin Livingston
8. Dependency Management: Adding a new jar Google “maven junit” to find the dependency for junit. Add this to your pom.xml (maven file): <dependency> <groupId>junit</groupId> <artifactId>junit</artifactId> <version>4.8.2</version></dependency> Even if the jar filename has no version, Maven keeps track. Pom search engines include: http://mvnrepository.com/ 5/5/11 8 Chris Roeder, Kevin Livingston
9. Dependency Management:Finding the Jar Most jars are in “The” repository, a public central repository for community use. Sometimes the are not, so tell Maven about other repositories: <repository> <name>Clojure main release repository</name><id>clojure-releases</id> <url>http://build.clojure.org/releases</url> </repository> You can usually find this in the same place as the dependency you Googled. 5/5/11 9 Chris Roeder, Kevin Livingston
12. Build Tool By default, Maven: knows where to find the code and resources. You told it where and what the dependent jars are. Convention tells it where the new jar should go and what it should be named. Runs the “install” goal, making a jar available to more maven process. (more about goals coming) 5/5/11 12 Chris Roeder, Kevin Livingston
13. Example POM <?xml version="1.0" encoding="UTF-8"?> <project xmlns="http://maven.apache.org/POM/4.0.0" xmlns:xsi="http//www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://maven.apache.org/POM/4.0.0 http://maven.apache.org/maven-v4_0_0.xsd"> <properties> <project.build.sourceEncoding>UTF-8</project.build.sourceEncoding></properties><modelVersion>4.0.0</modelVersion><groupId>edu.ucdenver.ccp</groupId><artifactId>common</artifactId><packaging>jar</packaging><version>1.0-SNAPSHOT</version> <name>${project.artifactId}</name> <description>ccp common code</description> 5/5/11 13 Chris Roeder, Kevin Livingston Project “Coordinates”
14. Example POM (cont) <project> …<dependencies> <dependency> <groupId>log4j</groupId> <artifactId>log4j</artifactId> <version>1.2.12</version> </dependency> <dependency> <groupId>junit</groupId> <artifactId>junit</artifactId> <version>4.8.2</version> <scope>test</scope> </dependency> </dependencies></project> 5/5/11 14 Chris Roeder, Kevin Livingston
15. Example POM: Repository Stanza <repositories> <repository><id>apache incudbaor</id><name>apache-incubator</name><url>http://people.apache.org/repo/m2-incubating-repository/</url> </repository> <repository><id>cleartk-googlecode</id> <name>ClearTK Google Code repository</name> <url>http://cleartk.googlecode.com/svn/repo</url> <snapshots><enabled>true</enabled> </snapshots> </repository></repositories> 5/5/11 15 Chris Roeder, Kevin Livingston
16. Build Tool: unconventional If you must work in a directory structure that doesn’t follow the convention… …just tell it where to find things: <build> <sourceDirectory>src</sourceDirectory> <resources> <resource> <directory>resources</directory> </resource> </resources></build> Maven rhetoric “highly discourages” this, but it doesn’t seem to be an issue. 5/5/11 16 Chris Roeder, Kevin Livingston
17. Modules:Families of Projects You can have a “super project” that binds a number of sub-projects together. A directory and a pom. The directory can sit besides the others. The pom goes in it.<?xml version="1.0" encoding="UTF-8"?><project> <modelVersion>4.0.0</modelVersion> <groupId>SciKnowMine</groupId> <artifactId>SciKnowMine</artifactId> <version>0.0.2-SNAPSHOT</version> <packaging>pom</packaging> <modules> <module>../SciKnowMineCore</module> <module>../SciKnowMineCitationStore</module> <module>../SciKnowMineTriage</module> <module>../SciKnowMinePreProcessing</module> </modules></project> Allows you to run them all from this one directory. 5/5/11 17 Chris Roeder, Kevin Livingston
18. Parent Pom A parent pom may be declared for each module that specifies common resources, dependencies, properties, etc. The parent looks normal. Children declare it as a parent: <parent> <groupId>edu.ucdenver.ccp</groupId> <artifactId>kr</artifactId> <version>1.0-SNAPSHOT</version></parent> Can be combined with main module from previous slide. 5/5/11 Chris Roeder, Kevin Livingston 18
19. Properties Not called “variable” because they aren’t Declare them: <properties> <clojure.version>1.2.0</clojure.version> <ver.jena>2.6.3</ver.jena> <ver.arq>2.8.5</ver.arq> <ver.sesame>2.3.2</ver.sesame></properties> Use them: <dependency> <groupId>org.clojure</groupId> <artifactId>clojure</artifactId> <version>${clojure.version}</version></dependency> 5/5/11 Chris Roeder, Kevin Livingston 19
20. Repositories Maven uses three levels of repositories: Reactor: not really a repository. It’s part of a particular run. Install: your personal repository: ~/.m2/repository Deploy: something like a web server of jars They are used sequentially: if an artifact (jar) is not available in the Reactor, it looks in your ~/.m2. If not there, it searches for deployments in repositories. Really, there are two kinds of Deployment repositories: You company’s local, private one, that caches. Globally available repositories where things are publicly available. The local repository also hosts “in-house” code. 5/5/11 20 Chris Roeder, Kevin Livingston
21. Artifactory Artifactory is the Maven repository implementation used here: http://amc-bakeoff.ucdenver.pvt:8081 It’s used to cache artifacts (jars) from other repositories to reduce network load and load on those community repositories. It also hosts locally developed artifacts. 5/5/11 21 Chris Roeder, Kevin Livingston
22. Snapshots Maven doesn’t deal strictly with perfectly prepared releases. Snapshots are a way of sharing a work-in-progress. If you specify a dependency as a snapshot, you get the latest and greatest: the most recently published. The Maven repositories deal with keeping track of them and which is the most recent. You can fix on a particular snapshot by referring to it using it’s timestamp. 5/5/11 22 Chris Roeder, Kevin Livingston
23. Snapshots 2 A snapshot’s version says “SNAPSHOT”: <version>0.0.2-SNAPSHOT</version> A repository has to be marked as one that holds snapshots: <repository> <id>clojure-snapshots</id> <url>http://build.clojure.org/snapshots</url> <snapshots><enabled>true</enabled> </snapshots> </repository> Dependencies too: <dependency> <groupId>swank-clojure</groupId> <artifactId>swank-clojure</artifactId><version>1.3.0-SNAPSHOT</version></dependency> 5/5/11 Chris Roeder, Kevin Livingston 23
24. Plugins Maven uses plugins to add functionality. They are retreived like other artifacts: from repositories. They are configured in stanzas called “plugin” Their commands start with the plugin name: Exec:java, for example is the exec plugin’s java goal Plugin goals are called “Mojo” in Maven 5/5/11 24 Chris Roeder, Kevin Livingston
25. Example Plugin Stanza <plugin><groupId>org.apache.maven.plugins</groupId> <artifactId>maven-compiler-plugin</artifactId> <version>2.0.2</version> <configuration><source>1.6</source><target>1.6</target> </configuration></plugin> 5/5/11 25 Chris Roeder, Kevin Livingston
26. Mojo:Maven CommandsGoals Maven is implemented in a number of plugins. Each plugin has one or more goals (commands) giving your install some kind of “mojo” Goals are executed by naming them and their plugin: <plugin>:<goal> mvnarchetype:generate Maven groups goals can be associated with “lifecycle phases”, and run simply by naming a phase mvninstall 5/5/11 26 Chris Roeder, Kevin Livingston
27. Maven Phases A phase can have zero or more goals associated with it. A lifecycle is a series of phases leading up to a package type. Phases are ordered, and require successful completion of prior phases. The default lifecycle is for jars, and consists of phases that run the following goals: 5/5/11 Chris Roeder, Kevin Livingston 27
28. Runtime Tool A plugin, exec, allows you to call java from Maven so you can use the classpath assembly features to run. Consider what possibilities this creates: Deliver a running project with just one file: the pom. 5/5/11 28 Chris Roeder, Kevin Livingston
29. Runtime 2: The getResourceAsStream Soap Box Not all projects remain naïve of the file system. Some expect to be able to open files using either absolute or relative filepaths and the File class. These files can’t be buried in a jar file. Use maven-assembly-pack to build a deployment assemply. Unpack with maven-dependency-unpack. 5/5/11 Chris Roeder, Kevin Livingston 29
30. Review: Maven Vocabulary Project Pom – a file that tells maven about a particular project. Artifact – a jar, war, pom or other thing required by a project Dependency – something your project needs from another project. Coordinates – the comination of attributes that identify an artifact Repository – a place for artifacts. Lifecycle – a series of steps to produce an artifact. Phase – one of the steps in a Lifecycle. Plugin (Mojo) – added capability Install – putting an artifact into your local ~/.m2/repository Deploy – putting an artifact into a repository Reactor – a process that analyzes and resolves dependencies and runs the build. It is the innermost (if temporary) container of artifacts. 5/5/11 Chris Roeder, Kevin Livingston 30
31. Review: Standard Directory Layout (with UIMA additions) http://maven.apache.org/guides/introduction/introduction-to-the-standard-directory-layout.html src main Java edu.isi.bmkeg… Resources desc/ae desc/cpe desc/cr typeSystem models test java resources target Product-0.1-SNAPSHOT.jar (created by build run) 5/5/11 Chris Roeder, Kevin Livingston 31
32. Advanced Topics(not covered here) Archetypes are a way of building a template for maven templates (poms). Maven does a lot in terms of Dependency Management: What if you have 2 jars that each depend on a third jar, but different versions? Maven picks the most recent, but this assumes backward compatibility. Scope: items within maven can be scoped to a phase, so for example, jUnit doesn’t have to ship with the production jar. SCM integration: How does this integrate with Subversion? Eclipse Integration: m2 eclipse plugin Site Utilities: a project info web site can be built that includes author and test info. among others. 5/5/11 Chris Roeder, Kevin Livingston 32
33. Caution The learning curve can be steep. Be patient: you’ll write less SCM code. Follow Convention. Don’t be afraid to violate Convention. Get a second opinion. Read the errors bottom-up. Run “mvn clean” and “rm ~/.m2/repository” when things get real weird. http://www.sonatype.com/books/mvnex-book/reference/public-book.html 5/5/11 33 Chris Roeder, Kevin Livingston
34. Thank You Hunter Lab Software Engineers for keeping the bar high: Bill Baumgartner Yuriy Malenkiy ISI’s SciKnowMine project for using tools that practically require Maven: Cartic Ramakrishnan Gully Burns 5/5/11 34 Chris Roeder, Kevin Livingston