Matlab Compile App To Dmg

 



Application Compiler app stopped by Windows. Learn more about application compiler, windows defender MATLAB. Matlab 2019a 64-bit. Show Hide 1 older. Compile and Deploy the Generated App. You can use the MATLAB App Designer to compile and deploy the app. You can also use deploytool. For more information on compiling and deploying with App Designer, see Develop Apps Using App Designer, Web Apps and Application Compiler. In this example, we compile the app, with the mcc command followed by the. MATLAB Deployment Checklist Use this checklist to successfully deploy your application, component, or library. You can distribute a MATLAB Compiler-generated standalone application, component, or library to any target machine with the same operating system as the machine on which the application was compiled (the 'source' development machine). Test Out the Application in App Designer. Before deploying the application, ensure that the app runs in the App Designer. Click the Simulate button on the app to verify that the application works by simulating the model for different values. Compile Script for Deployment. To compile the app, use the mcc command, followed by the script name.

Create Standalone Application from MATLAB

The Application Compiler app packages MATLAB ® programs into applications that can run outside of MATLAB. Open the Application Compiler App MATLAB toolstrip: On the Apps tab, under Application Deployment, click the app icon.

Matlab compile app to dmg converter

Supported Platform: Windows®, Linux®, macOS

This example shows how to use MATLAB® Compiler™ to package the pre-written function that prints a magic square to the command prompt of a computer. The target system does not require a licensed copy of MATLAB to run the application.

Matlab

You can create standalone applications using any of the following options::

  • Use the Application Compiler app. Using this option produces an installer that installs both the standalone application and all required dependencies on a target system.

  • Use the compiler.build.standaloneApplication function. This function produces a standalone executable that does not include MATLAB Runtime or an installer. To package the files and create an installer, use compiler.package.installer.

  • Use the mcc command. This command produces a standalone executable that does not include MATLAB Runtime or an installer. To package the files and create an installer, use compiler.package.installer.

Note

The file extension varies depending on the platform on which the installer was generated.

Create Function in MATLAB

In MATLAB, examine the MATLAB code that you want deployed as a standalone application. For this example, open magicsquare.m located in matlabrootexternexamplescompiler.

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

The output is:

Matlab Compile App To Dmg

Create Standalone Application Using Application Compiler App

Matlab Compile App To Dmg Converter

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

    Alternately, you can open the Application Compiler app by entering applicationCompiler at the MATLAB prompt.

  2. In the MATLAB Compiler project window, specify the main file of the MATLAB application that you want to deploy.

    1. In the Main File Boom 3d for mac. section of the toolstrip, click .

    2. In the Add Files window, browse to matlabrootexternexamplescompiler, and select magicsquare.m. Click .

      The function magicsquare.m is added to the list of main files.

  3. Decide whether to include the MATLAB Runtime installer in the generated application by selecting one of the two options in the Packaging Options section:

    • Runtime downloaded from web — Generates an installer that downloads the MATLAB Runtime and installs it along with the deployed MATLAB application.

    • Runtime included in package — Generates an installer that includes the MATLAB Runtime installer.

  4. Customize the packaged application and its appearance:

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

    • Command line input type options — Selection of input data types for the standalone application. For more information, see Determine Data Type of Command-Line Input (For Packaging Standalone Applications Only).

    • Additional installer options — Edit the default installation path for the generated installer and selecting custom logo. See Change the Installation Path .

    • Files required for your application 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.

    • Additional runtime settings — Platform-specific options for controlling the generated executable. See Additional Runtime Settings.

      Caution

      On Windows operating systems, when creating a console only application, uncheck the box Do not display the Windows Command Shell (console) for execution. By default this box is checked. If the box is left checked, output from your console only application is not displayed. Since this example is a console only application, the box must be unchecked.

  5. To generate the packaged application, click .

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

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

    • PackagingLog.html — Log file generated by MATLAB Compiler.

Create Standalone Application Using the compiler.build.standaloneApplication Function

Note

If you have already created a standalone application using the Application Compiler app, you can skip this section. However, if you want to know how to create a standalone application from the MATLAB command prompt using a programmatic approach, follow these instructions.

  1. Build the standalone application using the compiler.build.standaloneApplication function.

    Information about the build type, included files, and build options are saved to the compiler.build.Results object buildResults.

  2. The following files are generated within a folder named magicsquarestandaloneApplication in your current working directory:

    • magicsquare.exe or mymagic.sh—Executable file that has the .exe extension if compiled on a Windows system or the .sh extension if compiled on Linux or macOS.

    • mccExcludedFiles.log—Log file that contains a list of any toolbox functions that were not included in the application. For more information on non-supported functions, see MATLAB Compiler Limitations.

    • readme.txt—Readme file that contains information on deployment prerequisites and the list of files to package for deployment.

    • requiredMCRProducts.txt—Text file that contains product IDs of products required by MATLAB Runtime to run the application.

  3. Additional options can be specified as one or more comma-separated pairs of name-value arguments in the compiler.build command.

    • 'AdditionalFiles' — Path to additional files to be included in the standalone application.

    • 'AutoDetectDataFiles' — Flag to automatically include data files.

    • 'CustomHelpTextFile'— Path to a help file containing help text for the end user of the application.

    • 'EmbedArchive' — Flag to embed the standalone archive in the generated executable.

    • 'ExecutableIcon'— Path to a custom icon image.

    • 'ExecutableName'— Name of the generated application.

    • 'ExecutableSplashScreen'— Path to a custom splash screen image.

    • 'ExecutableVersion'— System-level version of the generated application. This is only used on Windows.

    • 'OutputDirectory' — Path to the output directory where the build files are saved.

    • 'TreatInputsAsNumeric'— Flag to interpret command line inputs as numeric MATLAB doubles.

    • 'Verbose'— Flag to display progress information indicating compiler output during the build process.

  4. Create an installer by passing the compiler.build.Results object buildResults as an input argument to the compiler.package.installer function.

    This creates a new folder containing the installer.

Install Standalone Application

  1. If you created an installer using the Application Compiler App, you can install the standalone application by double-clicking the MyAppInstaller_web executable in the for_redistribution folder.

    Note

    The file extension varies depending on the platform on which the installer was generated.

  2. If you want to connect to the Internet using a proxy server, click . Enter the proxy server settings in the provided window. Click .

    To complete installation, follow the instructions on the user interface.

    Note

    On Linux and Mac OS X, you do not have the option of adding a desktop shortcut.

  3. To run your standalone application:

    1. Open a terminal window.

    2. Navigate to the folder into which you installed the application.

      If you accepted the default settings, you can find the folder in one of the following locations:

      WindowsC:Program Filesmagicsquare
      macOS/Applications/magicsquare
      Linux/usr/magicsquare

Run Standalone Application

Dmg

Run the application using one of the following commands:

Windowsapplicationmagicsquare 5
macOS

First, set the DYLD_LIBRARY_PATH environment variable in the Terminal window from where you want to execute the application.

$export DYLD_LIBRARY_PATH = MATLAB_RUNTIME_INSTALL_DIR/v99/runtime/maci64:MATLAB_RUNTIME_INSTALL_DIR/v99/sys/os/maci64:MATLAB_RUNTIME_INSTALL_DIR/v99/bin/maci64

Now run the application:

./magicsquare.app/Contents/macOS/magicsquare 5

Linux./magicsquare 5

A 5-by-5 magic square is displayed in the console:

See Also

Matlab Compile App To Dmg Download

applicationCompiler | compiler.build.standaloneApplication | compiler.build.standaloneWindowsApplication | compiler.package.installer | deploytool | mcc

Matlab Compile App To Dmg Windows 10

Web apps are MATLAB apps that can run in a web browser. You create an interactive MATLAB app using App Designer, package it using the Web App Compiler, and host it using either the development version of MATLAB Web App Server or the MATLAB Web App Server™ product. Each web app has a unique URL and can be accessed from a web browser using HTTP or HTTPS protocols. The server has a home page listing all available hosted web apps. You share web apps by sharing the unique URL to a web app or the URL to the home page of the server.

Web apps are designed to run only within a trusted intranet environment, not in the open Internet. For more information, see Potential Risks.

Only apps designed using App Designer can be deployed as web apps. Web apps are supported on Windows®, Linux®, and macOS. For a list of supported web browsers, see Supported Browsers and Platform Incompatibilities.

MATLAB Compiler™ ships with the development version of MATLAB Web App Server. However, if you want to integrate the server in an enterprise ecosystem with authentication and role-based access capabilities, continue to run web apps created using different releases of MATLAB, have no limit on the number of end-users accessing web apps, you need to purchase the MATLABWeb App Server product. For details, see MATLAB Web App Server Differences.