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    • 6. 发明授权
    • System and method for extending a programming language to include multiple dissimilar object systems
    • 用于扩展编程语言以包括多个不同对象系统的系统和方法
    • US07849470B2
    • 2010-12-07
    • US11439331
    • 2006-05-22
    • Charles G. NylanderCheryl L. JonesDavid A. Foti
    • Charles G. NylanderCheryl L. JonesDavid A. Foti
    • G06F3/00
    • G06F9/465G06F2209/463
    • The illustrative embodiment of the present invention provides a method for extending a programming language to interact with foreign object systems. Through the use of an opaque interface, a requesting unit may interact with multiple foreign object systems. A single set of procedures written into the opaque interface and accessible by the requesting unit enable the requesting unit to interact with the foreign object systems. The foreign object systems register with the opaque interface. The registration process for the object systems includes the creation and registration of a defined set of functions, the format for which is provided by the opaque interface. The defined set of functions are called by the procedures in the opaque interface and execute in the object system. The results of the function execution are returned to the requesting unit thereby extending the foreign object system capabilities to the requesting unit.
    • 本发明的说明性实施例提供了一种用于扩展编程语言以与外部对象系统交互的方法。 通过使用不透明接口,请求单元可以与多个异物系统进行交互。 写入不透明接口并可由请求单元访问的单个过程的一组程序使得请求单元能够与外部对象系统交互。 异物系统向不透明接口注册。 对象系统的注册过程包括创建和注册一组定义的功能,其格式由不透明界面提供。 定义的函数集由不透明接口中的过程调用,并在对象系统中执行。 将功能执行的结果返回到请求单元,从而将异物系统能力扩展到请求单元。
    • 7. 发明申请
    • NAMING SERVICE SYSTEM AND METHOD OF SCA-BASED APPLICATION COMPONENT
    • 基于SCA的应用组件的命名服务系统和方法
    • US20100257170A1
    • 2010-10-07
    • US12742789
    • 2008-09-03
    • Hongsoog KimNamhoon Park
    • Hongsoog KimNamhoon Park
    • G06F15/16G06F17/30
    • G06F9/465G06F9/544G06F2209/463
    • Disclosed is a naming service system and method of an SCA-based application component. The naming service system includes a naming service server having an arrangement information analyzing module, a database module, and a naming service deploying module, and a plurality of clients each having a module for selecting a naming service server for registration and a module for selecting an optimum naming service server for search. The naming service method includes: obtaining arrangement information of components forming an SCA-based application from hostcollocation elements of an SAD file; deploying local naming services for each node; arranging the naming services according to information of a naming service allocation table; and providing a function of registering a naming service of the component. When searching the IOR of a component, the naming service server selects an optimum naming service from a local naming service and a remote naming service, thereby providing a high-speed naming service.
    • 公开了基于SCA的应用组件的命名服务系统和方法。 命名服务系统包括具有布置信息分析模块,数据库模块和命名服务部署模块的命名服务服务器,以及多个客户端,每个客户端具有用于选择用于注册的命名服务服务器的模块和用于选择 最佳命名服务器进行搜索。 命名服务方法包括:从SAD文件的宿主分配元素获取形成基于SCA的应用的组件的布置信息; 为每个节点部署本地命名服务; 根据命名服务分配表的信息安排命名服务; 并提供注册组件的命名服务的功能。 当搜索组件的IOR时,命名服务服务器从本地命名服务和远程命名服务中选择最佳的命名服务,从而提供高速命名服务。
    • 8. 发明授权
    • Program object to support connection generation
    • 程序对象支持连接生成
    • US07594237B2
    • 2009-09-22
    • US10858661
    • 2004-06-01
    • Nikolai D. TankovPeter K. Matov
    • Nikolai D. TankovPeter K. Matov
    • G06F3/00G06F9/44G06F9/46G06F13/00
    • G06F9/465G06F2209/462G06F2209/463
    • A system and method for a program object to support generation of connections. An embodiment of a method comprises establishing a first program object, the program object being designated as an object factory for generation of a connection factory, the first program object acting as a proxy for all connection factory requests; receiving a request for a connection factory from a program application at the first program object; generating a request for the connection factory by the first program object; obtaining an instance of the connection factory; generating a connection using the connection factory; and deploying the connection between the computer application and an external resource using the generated connection.
    • 用于程序对象支持生成连接的系统和方法。 一种方法的实施例包括建立第一程序对象,将程序对象指定为用于生成连接工厂的对象工厂,第一程序对象充当所有连接工厂请求的代理; 从第一程序对象的程序应用程序接收对连接工厂的请求; 通过第一个程序对象生成连接工厂的请求; 获取连接工厂的实例; 使用连接工厂生成连接; 并使用生成的连接在计算机应用程序和外部资源之间部署连接。
    • 10. 发明申请
    • Apparatus and Method for Inter-Object Communication
    • 对象间通信的装置和方法
    • US20090019454A1
    • 2009-01-15
    • US12237272
    • 2008-09-24
    • Richard J. DeNatale
    • Richard J. DeNatale
    • G06F9/46
    • G06F9/546G06F9/465G06F2209/463Y10S707/99953Y10S707/99957
    • An apparatus and method for managing inter-object communication are provided. With the apparatus and method, objects obtain licenses to interact with one another via a licensing framework. When an object wishes to enter into an interaction with another object, the first object sends its license to the second object. The second object then sends a request to the framework requesting that a partnership between the objects be generated. The partnership request includes an identification of the two objects' licenses. The objects' licenses are then validated and, assuming the licenses are valid, a partnership object is created. References to the partnership object are forwarded to the objects which then use the reference to the partnership object to communicate with the other object in the partnership rather than a direct reference to the other partner object. When one object of the partnership lapses, by failure of a module with which the object is associated, for example, a lapse event is posted to the licensing framework. In response to the lapse event, the licensing framework determines the partnerships of the lapsed object. The partner objects of the partnerships in which the lapsed object was active are identified and informed of the lapse of the object. The partnership objects are then torn down and resources reclaimed.
    • 提供了一种用于管理对象间通信的装置和方法。 通过设备和方法,对象获得许可证,以通过许可框架相互交互。 当对象希望与另一个对象进行交互时,第一个对象将其许可证发送到第二个对象。 然后,第二个对象向框架发送一个请求,请求生成对象之间的伙伴关系。 伙伴关系请求包括两个对象许可证的标识。 然后对对象的许可证进行验证,并且假设许可证有效,则创建伙伴关系对象。 对伙伴关系对象的引用被转发到对象,然后使用对合作伙伴对象的引用来与伙伴关系中的另一个对象进行通信,而不是直接引用另一个对象。 当伙伴关系的一个对象失效时,由于与该对象相关联的模块的失败,例如,一个失效事件被发布到许可框架。 为了应对失效事件,许可框架决定了经过的对象的伙伴关系。 确定已经对象活动的伙伴关系的伙伴对象,并通知对象的过去。 然后,伙伴关系对象被拆除,资源回收。