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    • 1. 发明授权
    • Method for automatically diagnosing hardware faults in a data storage system
    • 自动诊断数据存储系统硬件故障的方法
    • US07779306B1
    • 2010-08-17
    • US11690147
    • 2007-03-23
    • Brion PhilbinMichael ManningAshok TamilarasanYing Guo
    • Brion PhilbinMichael ManningAshok TamilarasanYing Guo
    • G06F11/00
    • G06F11/076G06F11/0727G06F11/079G06F11/2221
    • A method for automatically diagnosing faults a data storage system. The system includes a plurality of enclosures each having: a primary port; an expansion port; a plurality of disk drives; and a link control card coupled to the primary port and to the expansion port and the plurality of disk drives. The link control card includes a cut through switch having: disk drive port error counters for counting at ports of the plurality of disk drives; a primary port error counter for counting cumulative errors at the primary port, and an expansion port error counter for counting cumulative errors at the expansion port. The primary ports and expansion ports are serially interconnected to the storage processor through a fiber channel loop. The method sequentially reads counters in each one of the enclosures to determine whether errors counted in any one of such counters exceeds a predetermined threshold over a predetermined period of time.
    • 一种自动诊断数据存储系统故障的方法。 该系统包括多个外壳,每个外壳具有:主端口; 一个扩展端口; 多个磁盘驱动器; 以及链接控制卡,其耦合到主端口以及扩展端口和多个盘驱动器。 链路控制卡包括切割开关,具有:用于在多个盘驱动器的端口进行计数的盘驱动器端口错误计数器; 用于计算主端口累积错误的主端口错误计数器和用于计算扩展端口累积错误的扩展端口错误计数器。 主端口和扩展端口通过光纤通道环路与存储处理器串联连接。 该方法顺序地读取每个外壳中的计数器,以确定在任何一个这样的计数器中计数的错误是否在预定时间段内超过预定阈值。
    • 5. 发明授权
    • Upgrading firmware of a power supply
    • 升级电源的固件
    • US08782633B1
    • 2014-07-15
    • US13238646
    • 2011-09-21
    • Ashok TamilarasanGregory BaileyMichael Manning
    • Ashok TamilarasanGregory BaileyMichael Manning
    • G06F9/44
    • G06F8/654
    • A method, a system and a computer program product for upgrading firmware is disclosed. In one embodiment data storage is managed in a data storage system comprising a first enclosure having a first storage processor and a first power supply. A firmware upgrade is saved in the first storage processor. The firmware upgrade in the first storage processor and firmware in the first power supply are compared. The firmware upgrade is downloaded to the first power supply in response to the comparison determining a difference between the firmware upgrade in the first storage processor and the firmware in the first power supply. The firmware is upgraded in the first power supply with the firmware upgrade.
    • 公开了一种用于升级固件的方法,系统和计算机程序产品。 在一个实施例中,在包括具有第一存储处理器和第一电源的第一外壳的数据存储系统中管理数据存储。 固件升级保存在第一个存储处理器中。 比较第一个存储处理器中的固件升级和第一个电源中的固件。 响应于比较确定第一存储处理器中的固件升级与第一电源中的固件之间的差异,固件升级被下载到第一电源。 固件在第一个电源中进行升级,并进行固件升级。
    • 9. 发明授权
    • Method for operating disk drives in a data storage system
    • 在数据存储系统中操作磁盘驱动器的方法
    • US07454561B1
    • 2008-11-18
    • US11153932
    • 2005-06-16
    • Phillip FultzAshok TamilarasanMichael ManningThomas Dibb
    • Phillip FultzAshok TamilarasanMichael ManningThomas Dibb
    • G06F13/00
    • G06F11/0772G06F11/0727G06F11/1662G06F11/2094
    • A system sets a disk access inhibitor flag whenever a disk drive is placed by the system in an inaccessible condition. The drive operates to set a bit therein when the drive has placed itself in a by-pass condition. During each polling event, the system determines: (1) whether the bit has been set; and (2) whether the disk access inhibitor flag has been set. If the bit has been set and such disk access inhibitor flag has been set, the system maintains the drive in the inaccessible condition; otherwise, the drive is accessible to the system. If, during a polling event, the bit has been set but that drive has not had a bit set during a relatively long period of time, the system maintains the drive accessible to the system unless the drive sets the bit during a subsequent predetermined wait period, after which the system sets the flagdisk access inhibitor flag and places the drive in the inaccessible condition.
    • 每当系统在不可访问的条件下放置磁盘驱动器时,系统设置磁盘访问抑制器标志。 当驱动器自身处于旁路状态时,变频器会将其置于其中。 在每个轮询事件期间,系统确定:(1)该位是否被设置; 和(2)磁盘访问禁止标志是否被设置。 如果该位已经设置,并且已经设置了这样的磁盘访问抑制器标志,则系统将驱动器维持在不可访问的状态; 否则,系统可以访问驱动器。 如果在轮询事件期间该位已被设置,但是该驱动器在较长的时间段内没有设置位置,则系统将该驱动器保持为可访问的驱动器,除非该驱动器在随后的预定等待期间内设置该位 之后,系统将设置flagdisk访问禁止标志,并将驱动器置于无法访问的状态。