![]() Press Confirm and accept the terms of the license agreements. e(fx)clipse is recommended as it adds a lot of functionality for JavaFX applications development. Select the Gluon package and optionally the e(fx)clipse package. Press the Install button to begin the installation. ![]() Type gluon in the search field and press Go to find the plugin. Open Eclipse and choose Help→Eclipse Marketplace…. ![]() The easiest way to install the Gluon Plugin can be done through the Eclipse Marketplace. Because the Gluon Plugin for Eclipse generates Gradle projects based on the jfxmobile plugin, we advice you to read the prerequisites on the Getting Started section of the javafxports documentation website. Prerequisitesīefore installing the plugin, make sure that you have installed Eclipse Mars (4.5). In this post, we will briefly go through the installation process and explain how to create your first basic Gluon application that can be deployed on desktop, Android and iOS devices. This string will be prepended to the java command, e.g.After having released the Gluon Plugin for both NetBeans and IntelliJ IDEA, we can proudly announce support for another major development platform: Eclipse. The installation location of JDK 8 for the embedded device. This property will be ignored when a password has been provided. ![]() The passphrase for the configured keyfile. The password of the user that is used when connecting to the embedded device.Ī keyfile that is being used for connecting to the embedded device. The username to use when connecting to the embedded device. The port that is being used by the ssh server on the embedded device. It must be reachable from your development environment. The directory containing the native iOS libraries. The directory that contains the iOS resource files. Valid values are development and production. The value for the aps-environment key in the ist file. The port that is actually used, will be written to the console before the app is launched.Ī list of architectures to include in the IPA. The application will suspend before the main method is called and will wait for a debugger to connect.Īn integer specifying the port to listen for debugger connections on when launching in debug mode. The name of the provisioning profile to use when building for device.Ī boolean specifying whether the application should be launched in debug mode or not. The name of the identity to sign with when building an iOS bundle for the application.ĭefault is to look for an identity starting with ‘iPhone Developer’ or ‘iOS Development’. Can be any of the following values: x86, x86_64, thumbv7, arm64.Ī boolean specifying whether signing of the application should be skipped or not. The architecture to use when running the application. Can be any of the following values: ios, macosx, linux. The operating system to use when running the application. The path to a RoboVM configuration file which configures the RoboVM compiler. The path to a RoboVM properties file which contains info for the application. A copy can be found in build/javafxports/tmp/ios. The plugin will generate a default ist file. The version of the RoboVM compiler to use.Ī list of string patterns for classes and/or complete packages that should be linked when starting the RoboVM compiler.Ī File that specifies a custom ist file to use for the application. The directory containing the JavaFX port for ios. The directory containing the native Android libraries. The directory containing the Android resources. The directory that contains the Android assets. The API version that the application targets. The minimum API version where the application can run on. The API version of the Android platform to compile against. A copy can be found in build/javafxports/tmp/android. The plugin will generate a default AndroidManifest.xml file. The location to a custom AndroidManifest.xml file to use for the application. The package name of your main class name. The name of the Android package, that uniquely identifies your application. The plugin will try to look for the highest non-preview version available in the Android SDK. The version of the Android build-tools that should be used. It will be downloaded from maven central when not specified. The directory containing the JavaFX port for dalvik. The ANDROID_HOME gradle property or the system environment variable with the same name. The directory containing the Android SDK.
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