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    • 1. 发明授权
    • Method, software and apparatus for referencing a method in object-based programming
    • 用于引用基于对象的编程中的方法的方法,软件和装置
    • US06381734B1
    • 2002-04-30
    • US09089619
    • 1998-06-03
    • Peter H. GoldeAnders HejlsbergChad W. RoyalTracy C. SharpeMichael J. ToutonghiEdward H. WaytScott M. Wiltamuth
    • Peter H. GoldeAnders HejlsbergChad W. RoyalTracy C. SharpeMichael J. ToutonghiEdward H. WaytScott M. Wiltamuth
    • G06F945
    • G06F9/449
    • Method and apparatus for encapsulating a reference to a method in object-based programming systems and ensuring that the reference is safe are disclosed. The method of encapsulation provides for: a) defining an entity that defines the shape of the method to be referenced; b) obtaining a reference to a method; c) storing this reference in arbitrary data structures; d) passing the reference to code written by other parties; e) enabling invocation of the method by anyone holding the method reference; and f) enabling the holder of a method reference to determine the target object and method being referenced. These objectives are achieved in a strongly typed manner, making it possible for: a) developers to learn of type mismatch problems early (at compile-time) rather than late (at run-time); and b) development tools to present information to developers about the shape of components that use delegates. In addition, a model of event based programming is disclosed, wherein event-related code can be encapsulated in delegates.
    • 公开了一种用于封装对基于对象的编程系统中的方法的参考并确保参考是安全的方法和装置。 封装方法提供:a)定义定义要引用的方法的形状的实体; b)获得对方法的引用; c)将此参考存储在任意数据结构中; d)传递其他方面编写的代码; e)允许任何持有方法引用的方法的调用; 以及f)使得方法引用的持有人能够确定所引用的目标对象和方法。 这些目标是以强力类型的方式实现的,从而有可能:a)开发人员早期(在编译时)而不是迟到(在运行时)学习类型不匹配问题; 和b)开发工具向开发人员介绍使用代表的组件的形状。 另外,公开了一种基于事件的编程的模型,其中事件相关代码可以封装在委托中。
    • 3. 发明授权
    • Code blueprints
    • 代码蓝图
    • US07500224B2
    • 2009-03-03
    • US10285849
    • 2002-11-01
    • Anders HejlsbergEric A. GunnersonPeter H. GoldeChris AndersonScott M. Wiltamuth
    • Anders HejlsbergEric A. GunnersonPeter H. GoldeChris AndersonScott M. Wiltamuth
    • G06F9/44
    • G06F8/51
    • A blueprint is described that provides a framework for writing a code generator. A blueprint translator translates the blueprint into one or more classes with source code. The newly generated code can then be compiled. If the user wishes to add additional functionality to a generated class, this is done in a separate source file. At compilation time, the compiler combines the generated class with the user's additions, as if they were written in a single class. Later, if the blueprint is ever changed, the generated code can safely be updated without overwriting the user's additions. Alternately, the user can embed his desired additions or changes directly into the blueprint (embedded code). In this manner, should the blueprint ever be re-compiled, the user's changes will still be present. The partial classes technique can be used in conjunction with the embedded code technique.
    • 描述了提供编写代码生成器的框架的蓝图。 蓝图翻译器将蓝图转换为一个或多个具有源代码的类。 然后可以编译新生成的代码。 如果用户希望为生成的类添加附加功能,则可以在单独的源文件中完成。 在编译时,编译器将生成的类与用户的添加相结合,就好像它们被编写在一个类中一样。 之后,如果蓝图发生变化,生成的代码可以安全地更新,而不会覆盖用户的添加。 或者,用户可以将他想要的添加或改变直接嵌入到蓝图(嵌入代码)中。 以这种方式,如果蓝图有待重新编译,用户的变化仍然存在。 部分类技术可以与嵌入式代码技术结合使用。