Package Java Application For Mac

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  1. Jpackage is a new tool with JDK 14 that generates native system installers for distributing your appliction. It will create.msi for Windows,.dmg for Mac, and.deb or.rpm for Linux distrubtions. This is ideal for GUI applications. This guide will demonstrate how to use this tool to create system native installers for your applications.
  2. 2.For MAC type terminal in the spotlight and press Enter. For Windows type cmd and press Enter. Type java -version on terminal and press Enter. For Windows as well type java -version and press Enter on command prompt to check java version. NOTE: When I write java -version on terminal or command prompt, java version 1.8.0171 will return on.

Packages your JAR, assets and a JVM for distribution on Windows, Linux and macOS, adding a native executable file to make it appear like a native app. Packr is most suitable for GUI applications, such as games made with libGDX. Starting with Java 14, there's a new tool that is included with the JDK. Creates a short cut link in Start Menu (in Windows) or the Applications folder (in MacOSX) to my wrapped application and lets my application to run using the above JRE; Supports easy 'uninstall application' for Windows. For Mac, simply drag the.app to Trash to delete. Optional features: Support for platform independent app icons. IzPack is a widely used tool for packaging applications on the Java™ platform. Easily make installers that work seamlessly on Microsoft Windows™, Linux™, Solaris™ and Mac OS X™. Keep your users happy right before they get their hands on your software for the first time. Read what our users say » Download IzPack ».

Generate a Java Package and Build a Java Application

Supported platform: Windows®, Linux®, Mac Illustrator cs5 download for mac.

Package Java Application For Mac

This example shows how to use the Library Compiler app to create a Java® package for a MATLAB® function. You can then pass the generated package to the developer who is responsible for integrating it into an application. This example also shows how to call the Java package from a Java application. The target system does not require a licensed copy of MATLAB.

Package Java Application For Mac

Create Function in MATLAB

In MATLAB, examine the MATLAB code that you want packaged. For this example, open makesqr.m located in matlabroottoolboxjavabuilderExamplesMagicSquareExampleMagicDemoComp.

At the MATLAB command prompt, enter makesqr(5).

The output is:

Create Java Application Using Library Compiler App

  1. On the MATLAB Apps tab, on the far right of the Apps section, click the arrow. In Application Deployment, click Library Compiler.

    Alternatively, you can open the Library Compiler app from the MATLAB command prompt by entering:

  2. In the Type section of the toolstrip, click Java Package.

    In the Library Compiler app project window, specify the files of the MATLAB application that you want to deploy.

    1. In the Exported Functions section of the toolstrip, click .

    2. In the Add Files window, browse to the example folder, and select the function you want to package. Click .

    The function is added to the list of exported function files. Repeat this step to package multiple files in the same application.

    For this example, navigate to matlabroottoolboxjavabuilderExamplesMagicSquareExampleMagicDemoComp and select makesqr.m.

  3. In the Packaging Options section of the toolstrip, decide whether to include the MATLAB Runtime installer in the generated application by selecting one of the options:

    • Runtime downloaded from web — Generate an installer that downloads the MATLAB Runtime and installs it along with the deployed MATLAB application. You can specify the filename of the installer.

    • Runtime included in package — Generate an application that includes the MATLAB Runtime installer. You can specify the filename of the installer.

      Note

      The first time you select this option, you are prompted to download the MATLAB Runtime installer.

Mac

Specify Package Settings

  1. The Library Name field is automatically populated with makesqr as the name of the package. The same name is followed through in the implementation of the package.

  2. Verify that the function defined in makesqr.m is mapped into Class1.

  3. Add MATLAB files to generate the sample Java driver files. Although Java driver files are not necessary to create packages, they are used to demonstrate how to Install and Implement MATLAB Generated Java Application.

    In the Samples section, select Create New Sample, and click makesqr.m. A MATLAB file opens for you to edit. Define the input variables as necessary for your application, save the file, and return to the Library Compiler app. For more information and limitations, see Sample Driver File Creation.

Customize the Application and Its Appearance

You can customize the installer, customize your application, and add more information about the application as follows:

  • Library information — Information about the deployed application. You can also customize the appearance of the application by changing the application icon and splash screen. The generated installer uses this information to populate the installed application metadata. See Customize the Installer.

  • Additional installer options — Default installation path for the generated installer and custom logo selection. See Change the Installation Path.

  • Files required for your library to run — Additional files required by the generated application to run. These files are included in the generated application installer. See Manage Required Files in Compiler Project.

  • Files installed for your end user — Files that are installed with your application. These files include:

    • Generated readme.txt

    • Generated executable for the target platform

    See Specify Files to Install with Application

Package the Application

Package Java Application For Macbook Pro

  1. To generate the packaged application, click .

    In the Save Project dialog box, specify the location to save the project.

  2. In the Package dialog box, verify that Open output folder when process completes is selected.

    When the packaging process is complete, examine the generated output.

    • Three folders are generated in the target folder location: for_redistribution, for_redistribution_files_only, and for_testing.

      For more information about the files generated in these folders, see Files Generated After Packaging MATLAB Functions.

    • PackagingLog.txt — Log file generated by MATLAB Compiler™.

Install and Implement MATLAB Generated Java Application

Java

After creating your Java packages, you can call them from a Java application. The Java application that you create uses the sample Java driver code generated during packaging. The Java driver code calls the Java packages, and it is based on the sample MATLAB file you selected in previous setup steps.

These steps are also explained in the GettingStarted.html file in for_redistribution_files_only folder. Before starting, make sure that you Install and Configure the MATLAB Runtime, and that you have the Java Development Kit installed.

  1. Copy and paste the generated Java driver code file from the for_redistribution_files_onlysamples folder into the for_redistribution_files_only folder created when you created the package.

  2. Use the system command line to navigate to the for_redistribution_files_only folder, where you copied the generated sample Java driver code file.

  3. Compile the application using javac at the system command prompt.

    Note

    On UNIX® platforms, use colon (:) as the class path delimiter instead of semicolon (;).

    mcrroot is the path to the MATLAB Runtime installation on your system. If you have MATLAB installed on your system instead, you can use the path to your MATLAB installation.

  4. From the system command prompt, run the application. If you used sample MATLAB code in the packaging steps, this application should return the same output as the MATLAB code.

    Place a dot (.) in the first position of the class path. If it is not there, you get a message stating that Java cannot load the class.

    Note

    On UNIX platforms, use colon (:) as the class path delimiter instead of semicolon (;).

See Also

deploytool | libraryCompiler | mcc

OS X DMG (Disk Image) Bundler Arguments

Java Package Info

Package java application for mac os

The OS X DMG installer shows the license file specified by licenseFile, if provided, before allowing the disk image to be mounted.

licenseFile=path

Location of the End User License Agreement (EULA) to be presented or recorded by the bundler. The path is relative to the packaged application resources, for example, -BlicenseFile=COPYING.

systemWide=boolean

Flag that indicates which drag-to-install target to use. Set to true to show the Applications folder. Set to false to show the Desktop folder. The default is true.

Java Package Manager

mac.CFBundleVersion=value

Package Java Application For Mac Catalina

Version number for the application, used internally. The value must be at least one integer and no more than three integers separated by periods (.) for example, 1.3 or 2.0.1. The value can be different than the value for the appVersion argument. If the appVersion argument is specified with a valid value and the mac.CFBundleVersion argument is not specified, then the appVersion value is used. If neither argument is specified, 100 is used as the version number.

Package Java Application For Mac Os

mac.dmg.simple=boolean

Java Package Examples

Flag that indicates if DMG customization steps that depend on executing AppleScript code are skipped. Set to true to skip the steps. When set to true, the disk window does not have a background image, and the icons are not moved into place. If the systemWide argument is also set to true, then a symbolic link to the root Applications folder is added to the DMG file. If the systemWide argument is set to false, then only the application is added to the DMG file, no link to the desktop is added.