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    • 3. 发明授权
    • Responsive user interface with background application logic for working on an object
    • 响应式用户界面,具有用于处理对象的后台应用程序逻辑
    • US08418190B2
    • 2013-04-09
    • US12624463
    • 2009-11-24
    • John J. RivardStephen W. ProvineSteven P. Anonsen
    • John J. RivardStephen W. ProvineSteven P. Anonsen
    • G06F9/46
    • G06F9/451
    • A user interface can be maintained in a responsive state on a user interface thread while synchronous application logic is running on a background thread. The application logic can access an object on the background thread, and the user interface can access the same object on the user interface thread. Additionally, a request for work to be done on an object can be received. If the request is to be dispatched to a background thread, then the work can be dispatched to the background thread without blocking the user interface thread. However, if the request is to be dispatched to the user interface thread, then the work can be dispatched to the user interface thread, and the background thread can be blocked.
    • 在同步应用程序逻辑在后台线程上运行时,用户界面可以在用户界面线程上保持响应状态。 应用程序逻辑可以访问后台线程上的对象,用户界面可以访问用户界面线程上的同一对象。 另外,可以接收对对象进行工作的请求。 如果请求被分派到后台线程,那么可以将工作调度到后台线程而不阻止用户界面线程。 但是,如果要将请求发送到用户界面线程,则可以将该工作发送到用户界面线程,并且可以阻止后台线程。
    • 4. 发明申请
    • RESPONSIVE USER INTERFACE WITH BACKGROUND APPLICATION LOGIC
    • 具有背景应用逻辑的响应用户界面
    • US20110126210A1
    • 2011-05-26
    • US12624463
    • 2009-11-24
    • John J. RivardStephen W. Provine
    • John J. RivardStephen W. Provine
    • G06F9/46
    • G06F9/451
    • A user interface can be maintained in a responsive state on a user interface thread while synchronous application logic is running on a background thread. The application logic can access an object on the background thread, and the user interface can access the same object on the user interface thread. Additionally, a request for work to be done on an object can be received. If the request is to be dispatched to a background thread, then the work can be dispatched to the background thread without blocking the user interface thread. However, if the request is to be dispatched to the user interface thread, then the work can be dispatched to the user interface thread, and the background thread can be blocked.
    • 在同步应用程序逻辑在后台线程上运行时,用户界面可以在用户界面线程上保持响应状态。 应用程序逻辑可以访问后台线程上的对象,用户界面可以访问用户界面线程上的同一对象。 另外,可以接收对对象进行工作的请求。 如果请求被分派到后台线程,那么可以将工作调度到后台线程而不阻止用户界面线程。 但是,如果要将请求发送到用户界面线程,则可以将该工作发送到用户界面线程,并且可以阻止后台线程。
    • 6. 发明授权
    • Interoperability of objects between various platforms
    • 各种平台之间对象的互操作性
    • US07210132B2
    • 2007-04-24
    • US10158325
    • 2002-05-30
    • John J. RivardSam Spencer
    • John J. RivardSam Spencer
    • G06F9/45G06F9/44
    • G06F8/51
    • Interoperability of a first framework or platform (e.g., COM) and a second different framework or platform (e.g., .NET) is provided via an attribute mechanism. The attribute mechanism is provided in a non-COM based platform (e.g., .NET) to expose classes to COM. In this manner, a compiler (e.g., the .NET compiler) creates class and events interfaces and adds attributes to the class and interfaces as appropriate for correct interoperability and marshaling. By adding this attribute mechanism to a class in .NET, the .NET compiler is able to use the class declarations (such as public methods, properties, and events) to automatically generate a class interface and an events interface, including appropriate dispatch IDs and GUIDs. Validation is performed on the class being mapped to provide an indication, such as an error message or warning, to the user that the underlying framework marshaling layer cannot marshal certain data types as desired or expected.
    • 通过属性机制提供第一框架或平台(例如COM)和第二不同框架或平台(例如,.NET)的互操作性。 属性机制在非COM平台(例如.NET)中提供,以将类公开给COM。 以这种方式,编译器(例如,.NET编译器)创建类和事件接口,并将属性添加到类和接口,以适当地进行正确的互操作性和编组。 通过将此属性机制添加到.NET中的类,.NET编译器可以使用类声明(如公共方法,属性和事件)自动生成类接口和事件接口,包括适当的调度ID和 GUID。 对被映射的类执行验证以向用户提供指示,例如错误消息或警告,底层框架编组层不能按需要或预期地组织某些数据类型。