- MAVEN INSTALL LIBRARY SOFTWARE
- MAVEN INSTALL LIBRARY CODE
- MAVEN INSTALL LIBRARY DOWNLOAD
- MAVEN INSTALL LIBRARY WINDOWS
MAVEN INSTALL LIBRARY SOFTWARE
These instructions assume you chose C:\Program Files\Apache Software Foundation.
apache-maven-2.2.1-bin.zip to the directory you wish to install Maven 2.2.1.
MAVEN INSTALL LIBRARY WINDOWS
Optionalĭownload Java JDK 1.6 and run the installer.ĭownload the appropriate Maven 2.2.1 distribution and install as follows for Windows 2000/XP:
MAVEN INSTALL LIBRARY DOWNLOAD
Once you'vedownloaded and started JDeveloper 11g you're ready to begin as you no longer need to download and install the Maven extensions for JDeveloper as Maven is NOW part of the JDeveloper package. In addition, select the Default Role upon startup. Upon first running JDeveloper, select NO if prompted to migrate from previous versions. Under most circumstances you will simply go with the defaults. Select the options that best fits your requirements for your development environment. Downloading and Installing JDeveloper 11g, Java JDK 1.6 & Maven 2.2.1ĭownload JDeveloper 11g and run the installer. Both of these can still be downloaded separately and utilized independent of Oracle JDeveloper 11g. Note that Apache Maven 2.2.1 comes with JDeveloper 11g via the extensions download. Java JDK1.6 is also indcluded with JDeveloper 11g. If there are other contributing sources to the artifact build, they would be under other subdirectories: for example src/main/antlr would contain Antlr grammar definition files. main and test), there is one directory for the language java (under which the normal package hierarchy exists), and one for resources (the structure which is copied to the target classpath given the default resource definition). Within artifact producing source directories (ie.
MAVEN INSTALL LIBRARY CODE
It contains a subdirectory for each type: main for the main build artifact, test for the unit test code and resources, site and so on. The src directory contains all of the source material for building the project, its site and so on. The target directory is used to house all output of the build.
svn, and any subprojects in a multiproject build (each of which would be laid out as above). The only other directories that would be expected here are metadata like CVS or. There are just two subdirectories of this structure: src and target. In addition, there are textual documents meant for the user to be able to read immediately on receiving the source: README.txt, LICENSE.txt, etc. You should try to conform to this structure as much as possible however, if you can't these settings can be overridden via the project descriptor.Īt the top level files descriptive of the project: a pom.xml file (and any properties, maven.xml or build.xml if using Ant). The directory layout expected by Maven and the directory layout created by Maven follows. It makes it easier to integrate plug-ins.It makes the project easier to understand.It makes your POM file smaller and simpler.Although you can override any particular directory location for your own specific needs, it's best to stick with the standard Maven 2 directory structure as much as possible, for several reasons: Much of Maven's power comes from the standard practices it encourages. Time need not be wasted reinventing directory structures, conventions, and customized Ant build scripts for each project. Apache Maven Project documentation is available online. The Feature Summary page provides the key features of Maven in a nutshell. Maven is essentially a project management and comprehension tool and as such provides a way to help with managing:įor further details on what Maven is and isn't, please visit the Maven Getting Started Guide. Allowing transparent migration to new features.Providing guidelines for best practices development.In order to attain this goal there are several areas of concern that Maven attempts to deal with: Maven's primary goal is to allow a developer to comprehend the complete state of a development effort in the shortest period of time. Based on the concept of a project object model (POM), Maven can manage a project's build, reporting and documentation from a central piece of information. IntroductionĪpache Maven is a software project management and comprehension tool. The new application will include a project that is preconfigured to use Maven technologies. First I'll demonstrate importing a Apache Maven application from and then I'll demonstrate creating an application in Oracle JDeveloper 11g configured for using Apache Maven technologies. As an example I'll illustrate two possible scenarios. This document explains how-to work with Oracle JDeveloper 11g on Apache Maven-based projects.
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