Netbeans where is jar file

This command deploys the project, returns a client JAR file named clientmdbentityClient. The output from the message-driven beans and the entity class appears in the server log, wrapped in logging information. For each employee, the application first creates the entity and then finds it. This is done using an implementation dependency:. Here module B declares that it is written to match details of A's implementation classes at that point in time.

This version of B may not use any earlier or later versions of A, since there is no telling what changes to A's implementation classes there might have been. Therefore, such implementation dependencies are usually used among "friend modules" which are updated and published in clusters by a single developer or team. Again, dependencies are not considered transitive for purposes of class loading; so package visibility from module A to module C where C depends on B is entirely independent of visibility from A to B - it can be computed entirely from the manifests of A and C.

Public package declarations also apply to packages contained in Class-Path extensions - just as if those classes were in the main module JAR.

If module A declares that it has a particular list of public packages, and module B declares a direct dependency on A, B can always use classes from A's public packages if any. B may only use undeclared packages from A implementation classes if it declares an implementation dependency on the exact version of A.

There is a special class loader in NetBeans referred to as the system class loader. Therefore it is useful as a default class loader to be used by any code which tries to find a class by name without specific knowledge of where it may be located.

This class loader is also the context class loader for every thread in the NetBeans VM, unless that thread or a parent explicitly set some other context class loader. Since many libraries which are independent of NetBeans including in the JRE are written to assume that all relevant classes can be loaded by name from the current thread's context loader, it is very useful for this loader to be the system class loader - you can specify any class in your module by name.

The system loader always represents the contents of the enabled modules in NetBeans. If a module is newly enabled at runtime, its classes are effectively added to the namespace of the same system ClassLoader instance. Note that this means that a call to Class. However, if a module is disabled at runtime, the system class loader is reset to a new loader which does not have access to the old module.

This is necessary because it is impossible to remove classes from a loader once they have been loaded. After a module is disabled and the loader reset, a saved Lookup. Result query on ClassLoader will fire a lookup result change, and all threads will be updated to get the new context class loader too. It is often useful to be able to refer to resources other than classes in the system class loader.

URLs with the nbres protocol refer to resources in the system loader, and thus can refer to resources present in any module JAR. This is very useful when some declarative syntax requires a URL that should look in a module; for example:.

There is also a related protocol nbresloc which loads from the system class loader but additionally performs automatic localization and branding of the resource you specify. Various suffixes are inserted between the base name and the extension of the resource beginning with the last dot in the path, if it is in the last path component , according to the current locale and branding. For example:. Whenever you are asked for a URL to a displayable resource, consider using nbresloc in place of nbres.

It is possible for two modules to include classes with the same fully-qualified names, so long as the modules have distinct code name bases.

This can be useful in case you want to ship several versions of a third-party library. For example, you could have modules org. Some modules can depend on and use version 1 while other modules depend on and use version 2. Potential problems you might run into:. The context class loader will refuse to load any of the duplicated classes. It could not know which you meant to load. You would need to pass a specific ClassLoader to any code which needed it. Some third-party libraries, including Xerces, perversely use the thread context class loader to load some classes which are in their own JARs, even though they could just use the class loader which loaded the calling code.

Such calls will fail. You can work around this by temporarily setting the thread CCL to that of the desired library module, restoring it in a finally block. Active Oldest Votes. Create a Java archive. The JAR file is built. Improve this answer. Dave Jarvis Ensure files aren't being excluded when building the JAR file. Netbeans 12 doesn't have a "packaging" option in a project's property dialog. In the Netbeans IDE you can't see all the files in the 'Projects' only those the Netbeans programmers think you need for developing , however if you bring up the 'Files' tab you should be able to see all the project files.

Josh Crozier k 51 51 gold badges silver badges bronze badges. Raimundo Raimundo 5 5 silver badges 20 20 bronze badges. I'm not seeing a dist folder.

Any steps or settings I'm missing? Go to the where your NetBeans project is located in the file system. For the folder dist be there you must build or clean and build the project. And in version These attributes include digitally signing JAR files, additional compression, multiplatform compatibility, etc. In this exercise, you create an IDE project and then place two pre-written Java source files into that project.

Then you will compile the classes and build an executable JAR file. The classes used in this tutorial implement features of the GNU grep utility, which can be used for searching text or regular expression patterns inside text files. The project contains both command-line and GUI versions of the application, so that you can see different ways of running the application.

Download the DeploymentTutorial. This zip archive contains source files for the application plus a few other files that will be used in the tutorial. Click Next. The project folder does not have to be in the same location as the source files that you are importing into the project. On the Existing Sources page of the wizard, specify the sources that will be in the project. Navigate to the DeploymentTutorial folder that you have just unzipped on your system, expand the folder, select the src folder, and click Open.

The src folder is added to your Source Package Folders field. The project opens in the IDE and becomes visible in the Projects window. By doing this, you ensure that the JAR file that you create when you build the project is executable. Our project needs to be compiled and run on Java 7 or Java 8 platform. Therefore, you need to make sure that Java 7 or Java 8 is respectively used as the platform for this project.

The manifest is a standard part of the JAR file that contains information about the JAR file that is useful for the java launcher when you want to run the application.

The main class serves as an entry point from which the java launcher runs your application. When you build the project later in this tutorial, the manifest will be generated and include the following entry:.

Now that you have your sources ready and your project configured, it is time to build your project. All of the sources are compiled into. If you have specified any libraries for the project in addition to the JDK , a lib folder is created in the dist folder. To find more about manifest files, you can read this chapter from the Java Tutorial. When developing applications in the IDE, typically you will need to test and refine them before distributing.

You can easily test an application that you are working on by running the application from the IDE. The xGrep window should open.

You can click the Browse button to choose a file in which to search for a text pattern. In the Search Pattern field, type text or a regular expression pattern that you would like to match, and click Search.

Information on regular expressions that you can use in this application are available here and in many other places. Once you have finished developing the application and before you distribute it, you will probably want to make sure that the application also works outside of the IDE.