![]() ![]() ![]() LIBlets: This tab is used to manage the list of shareable software components that a Java ME Embedded application may use at runtime. If no libraries are specified or the processor is not available in the specified libraries, then the general compile-time class path is searched for annotation processors. Processor: This tab is used to manage the list of processor-path libraries that define the location of the annotation processors used in the project. These are propagated to other library types. ![]() However, if a device does not support some of the APIs, you can exclude corresponding packages to reduce the size of the application.Ĭompile: This tab is used to manage the list of compile-time libraries that define the location of general dependencies required during compilation. By default, all optional packages available to the platform are selected for a project. Various devices may implement optional application programming interfaces (APIs) to provide specific functionality (for example, wireless communication or physical location tracking). In case of Oracle Java ME SDK 8.3, EmbeddedDevice1 is selected by default.īecause Java ME Embedded 8.3 implements only JSR 360: Connected Limited Device Configuration 8 (CLDC 8) and JSR 361: Java ME Embedded Profile (MEEP 8), the Configuration and Profile options do not provide any alternatives. To select the default device on which to run the Java ME Embedded Application project, use the Device drop-down list. For example, Oracle Java ME SDK 8.3 includes the Java ME Embedded 8.3 runtime as an emulation environment for Windows and Linux. The Java ME platform includes an emulation environment that provides implementations of the device's APIs. Other settings are preconfigured with default values, however, you can change them at any time. You can initially define some of the more important settings when the project is created. Each type includes template source files and settings that are specific to the development platform. NetBeans IDE includes various project types that are preconfigured for developing Java SE, JavaFX, Java ME, and many other types of applications. For more information about Ant and Maven, see their respective official web sites:įor more information about NetBeans IDE projects, see Developing Applications with NetBeans IDE atįor more information about Eclipse IDE projects, see Eclipse Documentation at When you create a project in an IDE, it generates an Ant script to build the application. It is the highest level of organization for the application that you are developing. The development and configuration of an application in the IDE takes place in the context of a project. Obfuscating Java ME Embedded Applications in NetBeans IDEĬonfiguring Project Documentation Settings in NetBeans IDEĬonfiguring Java ME Embedded Emulator Settings in NetBeans IDE Managing Java ME Embedded Application Descriptor Attributes in NetBeans IDEĬonfiguring Java Compiler Settings in NetBeans IDEĪbout Signing Java ME Embedded Applications in NetBeans IDE Managing Java ME Embedded Application Project Libraries in NetBeans IDE Selecting Java ME Embedded Application Project Platform in NetBeans IDE Managing Java ME Embedded Application Project Sources in NetBeans IDE The chapter contains the following topis:īasic Information About Project Management in IDEĬreating a Java ME Embedded Application Project in NetBeans IDEĪdding an IMlet to a Java ME Embedded Application Project Without an IDE, there are a lot more manual actions required to manage all the files and settings. An Integrated Development Environment (IDE) uses projects to combine source files and settings that are necessary to build, run, and debug applications. ![]()
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