return byteBuffer.array(); }} 接着我们构造应用程序管理对象,它将用于管理各个应用程序: package Application;public interface IApplication...void handleData(byte[] data); }package Application;public interface IApplicationManager { public IApplication...java.util.ArrayList;public class ApplicationManager implements IApplicationManager{ private ArrayList application_list = new ArrayList(); @Override public IApplication getApplicationByPort...(int port) { for (int i = 0; i < application_list.size(); i++) { IApplication app =
在这些运行容器中,平台调用插件,但是在一些应用中,模块插件需要调用别的模块插件,这个又怎么做呢,我们抽取了一个基础接口IApplication: IApplication/// //.../// public interface IApplication { /// /// 获取应用程序名称。... void RunModule(IModule module); } IApplication接口中,我们定义了RunModule方法,插件可以通过AgileEAS.NET...应用上下中的IApplication实现对其他IModule的调用。
代码如下: public interface IApplication { public void init(); public void execute...> appClass = loader. loadClass(config.getFile()); IApplication...app = (IApplication)appClass.newInstance(); app.init();...我们来看看这个例子包含的一个独立应用的样子: public class TestApplication1 implements IApplication{ @Override...public void reloadApplication (String name){ IApplication oldApp = this.apps .remove(name
从上图看,所有的应用实例,也就是调用网络协议,实现数据收发功能的应用都继承IApplication接口和继承Application类,其内容如下: package Application; import...java.util.HashMap; public interface IApplication { public int getPort(); public boolean isClosed...Object> data); } package Application; import java.util.HashMap; public class Application implements IApplication...> application_list = new ArrayList(); private static ApplicationManager instance =...app) { application_list.add(app); } public IApplication getApplicationByPort(int port
Activator 控制插件的生命周期 1.Application package gef.tutorial.step.app; import org.eclipse.equinox.app.IApplication...This class controls all aspects of the application's execution */ public class Application implements IApplication...ApplicationWorkbenchAdvisor()); if (returnCode == PlatformUI.RETURN_RESTART) return IApplication.EXIT_RESTART...; else return IApplication.EXIT_OK; } finally { display.dispose...workbench.close(); } }); } } (1)Application类是RCP程序的入口,它实现了IApplication
Application.java 在Application.java中加入插件ID package com.ray.gef.helloworld.app; import org.eclipse.equinox.app.IApplication...This class controls all aspects of the application's execution */ public class Application implements IApplication...ApplicationWorkbenchAdvisor()); if (returnCode == PlatformUI.RETURN_RESTART) return IApplication.EXIT_RESTART...; else return IApplication.EXIT_OK; } finally { display.dispose
FooMauiContext(wpfApplication, mauiApp.Services); var app = mauiApp.Services.GetRequiredService<IApplication...; mauiWindow.Page = mainPage; } 将 WPF 的 Panel 容器放入到 FooPanelMauiContext 里面,然后调用 Maui 的 IApplication
子模块application监听主模块application的生命周期,进行初始化操作 1.在Base库中定义BaseApplication,实现IApplication接口,在BaseApplication
; short dstPort = (short)headerInfo.get("dest_port"); //根据端口获得应该接收UDP数据包的程序 IApplication
IStartupFilter接口具有如下所示的唯一方法Configure,中间件的注册体现在它返回的Action对象上,而作为唯一参数的Action<IApplication
《UIResponder》:在 UIKit 中,IApplication、UIView、UIViewController 这几个类都是直接继承自 UIResponder 类。
WebHostBuilder定义了如下两个扩展方法:UseHttpListenerServer方法完成了针对自定义的服务器类型HttpListenerServer的注册;Configure方法提供了一个Action<IApplication
我们已经成功地把把插件的信息放入ActivityThread中,这样我们插件中的类能够成功地被加载;因此插件中的Activity实例能被成功第创建;由于整个流程较为复杂,我们简单梳理一下: 在ActivityThread接收到IApplication
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