![]() ![]() In build.xml, you can override any of the targets from nbproject/build-impl.xml or write new targets. This file contains an import statement that imports nbproject/build-impl.xml, which contains build targets that are generated by the IDE. The IDE calls targets in build.xml whenever you run IDE commands. The main Ant script for a standard project is build.xml. If you have additional requirements for the build process that cannot be handled in the Project Properties dialog box, you can modify the build script directly. You can set all the basic compilation and runtime options in the project's Project Properties dialog box and the IDE automatically updates your project's Ant script. In standard projects the IDE generates the build script based on the options you enter in the New Project wizard and the project's Project Properties dialog box. Even though Maven is based on convention, you can customize a project by creating a custom configuration where you can map IDE actions to Maven goals enabling you to load the project in the IDE with a specific set of dependencies and trigger specific actions.įor information on using Maven in the IDE, see Section 8.12, "Working with Maven in the IDE."įor information on configuring Maven settings, see Section 8.12.2, "How to Configure Maven Settings."įor more information on Maven repositories, see Section 8.13, "Working with Maven Repositories." ![]() Maven uses repositories (local or remote) to contain a project's build artifacts and dependencies.īy adhering to convention, Maven frees you from having to explicitly specify every build action, configure the path to source files, and so on as it uses a default setup. When you build, the IDE executes the plugin goals, builds the project and adds the project artifacts to the local repository. ![]() You build the project using its POM and a set of plugins that are shared by all projects using Maven to ensure consistency between projects. Maven projects follow a set of standards that are described with a Project Object Model (POM) file. Maven is a framework that provides help with managing the project lifecycle, including building and managing dependencies. For more information, see Section 8.9, "Preparing a JAR File for Deployment Outside the IDE."įor information on how to customize an Ant build script, see Section 6.2.3.4, "Customizing the IDE-Generated Ant Script."įor information on how to modify a build JAR file, see Section 8.7, "Building a JAR File." ![]() This simplifies running the application outside the IDE. The IDE also adds each of the JAR files to the Class-Path element in the application JAR's manifest.mf file. Before delivering your application to users, use the Clean and Build command to generate fresh versions of the project's distributable files.įor standard projects that have a main class specified, the IDE automatically copies any JAR files on the project's classpath to the dist/lib folder when you build the application. However, the compile-on-save feature does not build your application JAR file. This compile-on-save feature enables you to run or debug your applications in the IDE without having to wait for the projects to be built. Override IDE-generated Ant targets or create new targets in build.xml.īy default, the IDE compiles the classes in a standard project when you save them. With standard Java projects, you can customize the build process by doing any of the following:Įnter basic options, such as classpath settings and JAR filters, in the Project Properties dialog box. If you are using a free-form Java project, the IDE uses your existing Ant build script. With Ant, if you are using a standard Java project, the IDE generates an Ant build script based on the options you enter in the project's Project Properties dialog box. NetBeans provides both Ant and Maven for building your Java applications. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |