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    • 1. 发明授权
    • Method for representing root busses using object oriented abstractions
    • 使用面向对象抽象代表根总线的方法
    • US07228263B2
    • 2007-06-05
    • US09802787
    • 2001-03-08
    • Rahul KhannaAndrew J. Fish
    • Rahul KhannaAndrew J. Fish
    • G06F13/10
    • G06F13/4027
    • A method for representing root busses and their subordinate bus configurations using an object oriented abstraction scheme that enables various system components to communication with peripheral devices attached to the root busses and their subordinate busses without requiring specific knowledge of the access mechanisms of those devices. During the initialization process of a platform, a core dispatcher loads a PCI bus plug-in (PPI) for each entity that can create a root bus. When the plug-in for an entity is loaded, it produces a GUIDed object called a GRB (GUID of PPI for Root Bus) that provides an abstracted representation of the root buss's configuration and resources. The GRB includes a plurality of components including driver methods that are registered with the core authority, which then publishes the GRB to enable access to the methods and resources. An enumeration process is performed on each root bus in a system to determine its configuration and resources through use of the methods.
    • 一种使用面向对象的抽象方案来表示根总线及其下属总线配置的方法,其使得各种系统组件能够与附加到根总线及其下级总线的外围设备通信,而不需要这些设备的访问机制的特定知识。 在平台的初始化过程中,核心调度员为可以创建根总线的每个实体加载PCI总线插件(PPI)。 当加载了一个实体的插件时,它会生成一个名为GRB(根总线的PPI的GUID)的GUID对象,该对象提供了根总线配置和资源的抽象表示。 GRB包括多个组件,包括向核心机构注册的驱动程序方法,然后发布GRB以访问方法和资源。 在系统中的每个根总线上执行枚举过程,以通过使用方法来确定其配置和资源。
    • 6. 发明授权
    • Arrangements having firmware support for different processor types
    • 具有不同处理器类型的固件支持的安排
    • US06381693B2
    • 2002-04-30
    • US09223809
    • 1998-12-31
    • Andrew J. FishWilliam J. Clem
    • Andrew J. FishWilliam J. Clem
    • G06F9445
    • G06F9/44547G06F9/4401G06F9/455
    • A system, a method of operating the system and a system firmware. The system includes a processor and a system firmware including a plurality of customized firmware parts, with each firmware part performing system firmware functions required for and customized to only a subset of a plurality of types of processors which are operational when connected to the system, and a processor identification device, coupled to the system, which identifies which subset of the plurality of types of processors is connected to the system and in response to the identification of the type of connected processor, causes a customized firmware part corresponding to the identified types of processor to be executed by the processor.
    • 系统,操作系统的方法和系统固件。 该系统包括处理器和包括多个定制固件部分的系统固件,每个固件部分执行系统固件功能,并且仅对连接到系统时可操作的多种处理器的子集进行定制,以及 耦合到系统的处理器识别装置,其识别多个类型的处理器的哪个子集连接到系统,并且响应于所连接的处理器的类型的识别,导致与所识别的类型的对应的定制固件部分 处理器由处理器执行。