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    • 2. 发明授权
    • Reconfiguring memory to reduce boot time
    • 重新配置内存以减少启动时间
    • US06938127B2
    • 2005-08-30
    • US09962906
    • 2001-09-25
    • Terry M. FletcherWilliam A. Stevens
    • Terry M. FletcherWilliam A. Stevens
    • G06F9/445G06F13/28
    • G06F9/4401
    • A processor-based system includes a system firmware program that is transferred to a designated region of a memory in response to an initialization (e.g., a boot sequence). When initialized, for example using at least one programmable register, the system firmware program reconfigures the memory from a first configuration (i.e., a default state) to a second configuration to receive a pattern. By changing the memory to the second configuration, the memory may be declared to be a write combining type. For storage into the memory, the pattern may be buffered in one or more data blocks. Once the pattern is stored, the memory may be restored to the first configuration. Buffered data transfers of the pattern may selectively clear the memory thus providing a rapid booting of the processor-based system.
    • 基于处理器的系统包括响应于初始化(例如,引导顺序)而被传送到存储器的指定区域的系统固件程序。 当初始化时,例如使用至少一个可编程寄存器,系统固件程序将存储器从第一配置(即,默认状态)重新配置为接收模式的第二配置。 通过将存储器改变为第二配置,可以将存储器声明为写入组合类型。 为了存储到存储器中,可以将模式缓冲在一个或多个数据块中。 一旦模式被存储,存储器可以恢复到第一配置。 模式的缓冲数据传输可以选择性地清除存储器,从而提供基于处理器的系统的快速启动。
    • 3. 发明申请
    • SYSTEM FOR ATOMICALLY UPDATING A PLURALITY OF FILES
    • 用于正式更新多个文件的系统
    • US20110307878A1
    • 2011-12-15
    • US13212898
    • 2011-08-18
    • Kirk D. BrannockWilliam A. Stevens
    • Kirk D. BrannockWilliam A. Stevens
    • G06F9/44
    • G06F8/654
    • A method for updating platform firmware is disclosed. This capability is facilitated by a standard software abstraction for a firmware storage device, known as Firmware Volume (FV) that is managed through a Firmware File System (FFS). The FFS enables firmware files to be created, deleted, and updated individually. The FFS also enables a plurality of firmware files to be updated atomically by managing file state information via state bits stored in a file header of each firmware file, whereby an atomic change to a single state bit simultaneously causes the FFS to use an updated set of firmware files in place of an original set of firmware files.
    • 公开了一种更新平台固件的方法。 通过固件存储设备的标准软件抽象(称为通过固件文件系统(FFS)管理的固件卷(FV))来促进此功能。 FFS使固件文件可以单独创建,删除和更新。 FFS还通过经由存储在每个固件文件的文件头中的状态位来管理文件状态信息来使原始地更新多个固件文件,从而对单个状态位的原子改变同时使得FFS使用更新的一组 固件文件代替一组原始固件文件。
    • 4. 发明授权
    • Method for atomically updating a plurality of files
    • 用于原子更新多个文件的方法
    • US07299463B2
    • 2007-11-20
    • US09967093
    • 2001-09-28
    • Kirk D. BrannockWilliam A. Stevens
    • Kirk D. BrannockWilliam A. Stevens
    • G06F9/44
    • G06F8/654
    • A method for updating platform firmware is disclosed. This capability is facilitated by a standard software abstraction for a firmware storage device, known as Firmware Volume (FV) that is managed through a Firmware File System (FFS). The FFS enables firmware files to be created, deleted, and updated individually. The FFS also enables a plurality of firmware files to be updated atomically by managing file state information via state bits stored in a file header of each firmware file, whereby an atomic change to a single state bit simultaneously causes the FFS to use an updated set of firmware files in place of an original set of firmware files.
    • 公开了一种更新平台固件的方法。 通过固件存储设备的标准软件抽象(称为通过固件文件系统(FFS)管理的固件卷(FV))来促进此功能。 FFS使固件文件可以单独创建,删除和更新。 FFS还通过经由存储在每个固件文件的文件头中的状态位来管理文件状态信息来使原始地更新多个固件文件,从而对单个状态位的原子改变同时使得FFS使用更新的一组 固件文件代替一组原始固件文件。