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    • 5. 发明授权
    • Methods and apparatus for booting a host adapter device devoid of nonvolatile program memory
    • 用于引导没有非易失性程序存储器的主机适配器设备的方法和装置
    • US06868492B1
    • 2005-03-15
    • US09910088
    • 2001-07-20
    • Christopher J. McCartyStephen B. Johnson
    • Christopher J. McCartyStephen B. Johnson
    • G06F9/445
    • G06F9/4411
    • Methods and associated structure for booting host adapter devices in a system where the host adapter devices are devoid of independent, nonvolatile memory devices for storage of programmed instructions operable within the intelligent host adapter device. The operational programmed instructions for the intelligent host adapter device are stored in the nonvolatile memory of the system motherboard along with the standard BIOS code of the system. The intelligent host adapter device operational programmed instructions are then downloaded by the BIOS code into the host adapter's volatile local program memory to initialize operation of the intelligent host adapter device. Further, device driver code operable in the operating system on the motherboard will upload the previously downloaded programmed instructions from the intelligent host adapter so that the programmed instructions may be reloaded to the host adapter in response to reset conditions, power management events, and other conditions.
    • 用于在主机适配器设备没有用于存储可在智能主机适配器设备中操作的编程指令的独立的非易失性存储器设备的系统中引导主机适配器设备的方法和相关联的结构。 智能主机适配器设备的操作编程指令与系统的标准BIOS代码一起存储在系统主板的非易失性存储器中。 然后,智能主机适配器设备的操作编程指令通过BIOS代码下载到主机适配器的易失性本地程序存储器中,以初始化智能主机适配器设备的操作。 此外,可在主板上的操作系统中操作的设备驱动程序代码将从智能主机适配器上载先前下载的编程指令,使得编程指令可以响应于复位条件,电源管理事件和其他条件被重新加载到主机适配器 。
    • 6. 发明授权
    • System and method for configuring adapters in a computer system
    • 用于在计算机系统中配置适配器的系统和方法
    • US06173341B2
    • 2001-01-09
    • US09140040
    • 1998-08-26
    • Theodore F. EmersonChristopher J. McCarty
    • Theodore F. EmersonChristopher J. McCarty
    • G06F1300
    • G06F9/4411
    • A computer system with an Intelligent Input/Output architecture having a plug-and-play control mechanism for assigning and controlling one or more adapters. The computer system comprises at least one host processor for executing a host operating system, the host processor disposed on a host bus, an input/output (I/O) bus operably coupled to the host bus via a host-to-bus bridge, and a plurality of peripheral devices or adapters operably connected to the I/O bus for transferring data in I/O transactions controlled by an IOP resource. Initially, a selected adapter is defaulted to an “assigned” state without changing the interrupt routing associated with the adapter. Upon detecting the presence of a driver module that is executable on the IOP, the assigned adapter is marked as “controlled” and the interrupt routing is configured to deliver interrupts to the IOP. Subsequently, the controlled adapter is rendered “hidden” from the host operating system.
    • 具有智能输入/输出架构的计算机系统具有用于分配和控制一个或多个适配器的即插即用控制机构。 计算机系统包括用于执行主机操作系统的主机处理器,设置在主机总线上的主机处理器,经由主机到总线桥接器可操作地耦合到主机总线的输入/输出(I / O)总线, 以及可操作地连接到I / O总线的用于在由IOP资源控制的I / O事务中传送数据的多个外围设备或适配器。 最初,所选择的适配器默认为“分配”状态,而不改变与适配器相关联的中断路由。 在检测到可在IOP上执行的驱动器模块的存在时,所分配的适配器被标记为“受控”,并且中断路由被配置为将中断传送到IOP。 随后,受控适配器从主机操作系统“隐藏”。
    • 7. 发明授权
    • Device proxy agent for hiding computing devices on a computer bus
    • 用于在计算机总线上隐藏计算设备的设备代理
    • US06212587B1
    • 2001-04-03
    • US08988345
    • 1997-12-10
    • Theodore F. EmersonChristopher J. McCarty
    • Theodore F. EmersonChristopher J. McCarty
    • G06F1338
    • G06F12/06
    • A system for hiding computing devices on a computer bus comprising a computer memory for storing information pertaining to computing devices, a device proxy agent for reserving memory for storing information pertaining to hidden devices and an IOP, which in conjunction with the device proxy agent, assigns the memory space assigned to the device proxy agent to hidden devices. A section of memory is allocated as memory address space for the computer bus. A first portion of the allocated memory address space is assigned to non-hidden computing devices and a second portion of the allocated memory address space is assigned to the device proxy agent. The IOP in conjunction with the device proxy agent assigns the memory address space assigned to the device proxy agent to the hidden devices.
    • 一种用于在计算机总线上隐藏计算设备的系统,包括用于存储与计算设备相关的信息的计算机存储器,用于存储与隐藏设备有关的信息的存储器的设备代理代理和与设备代理代理相结合的IOP 分配给设备代理的内存空间到隐藏设备。 一段内存被分配为计算机总线的存储器地址空间。 分配的存储器地址空间的第一部分被分配给非隐藏的计算设备,并且分配的存储器地址空间的第二部分被分配给设备代理。 IOP与设备代理代理一起将分配给设备代理的内存地址空间分配给隐藏的设备。
    • 8. 发明授权
    • Methods and structure for a SAS/SATA converter
    • SAS / SATA转换器的方法和结构
    • US07689744B1
    • 2010-03-30
    • US11082673
    • 2005-03-17
    • Christopher J. McCartyMargit C. EvenstaTimothy E. Hoglund
    • Christopher J. McCartyMargit C. EvenstaTimothy E. Hoglund
    • G06F13/38
    • G06F13/4045
    • Methods and structure for enabling transparent coordination between multiple host systems sharing access to a common SATA storage device to improve bandwidth utilization therebetween in a manner transparent to each of the multiple host systems. The SAS protocol may be utilized by each of the host systems coupled to an SAS/SATA Converter. The storage device coupled to an output path of the SAS/SATA Converter is selectively coupled to one of the multiple host systems each coupled to an input signal path of the SAS/SATA Converter to the shared SATA storage device. Protocol conversion within the SAS/SATA Converter may convert between host SAS protocol exchanges and SATA protocol exchanges of the storage device. Other features within the SAS/SATA Converter may provide queuing or buffering of SAS protocol exchanges from a host system presently non-selected for coupling to the shared SATA storage device.
    • 共享对公共SATA存储设备的访问的多个主机系统之间的透明协调的方法和结构,以便以对多个主机系统中的每一个透明的方式提高它们之间的带宽利用率。 SAS协议可以被耦合到SAS / SATA转换器的每个主机系统使用。 耦合到SAS / SATA转换器的输出路径的存储设备选择性地耦合到多个主机系统之一,每个主机系统耦合到SAS / SATA转换器的输入信号路径到共享的SATA存储设备。 SAS / SATA转换器内的协议转换可以在主机SAS协议交换和存储设备的SATA协议交换之间进行转换。 SAS / SATA转换器中的其他功能可以提供来自当前未选择用于耦合到共享SATA存储设备的主机系统的SAS协议交换的排队或缓冲。