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    • 4. 发明授权
    • System and method of selection and communication of a disk for storage of a coredump
    • 用于存储coredump的磁盘的选择和通信的系统和方法
    • US07266717B2
    • 2007-09-04
    • US10764773
    • 2004-01-26
    • Loellyn J. CassellBrian ParkisonDavid Brittain BolenSusan M. Coatney
    • Loellyn J. CassellBrian ParkisonDavid Brittain BolenSusan M. Coatney
    • G06F11/00
    • G06F11/0778G06F11/0709G06F11/0727
    • This invention provides a system and method for selecting and communicating a single disk (a “coredump disk”) for use in a coredump procedure by a failed file server (or filer). A selection method on the failed filer determines the “best candidate” coredump disk according to a predetermined set of criteria. For example, the available disks that can receive coredump data are located and ordered so as to prefer disks that best match the coredump data size requirement, are least likely to be needed for normal service by the server; and require the least preparation to receive coredump data. Appropriate attributes on the selected coredump disk are written to indicate that a coredump is in progress, and the location of the coredump data. Upon reboot of the failed filer (or takeover by a cluster partner), the coredump disk is identified and the coredump data recovered by reading back appropriate attributes.
    • 本发明提供了一种用于选择和通信由故障文件服务器(或文件管理器)在核心转储器过程中使用的单个盘(“核心转储盘”)的系统和方法。 故障文件管理器上的选择方法根据预定的一组标准确定“最佳候选”核心转储盘。 例如,可以接收coredump数据的可用磁盘是定位和排序的,以便更好地匹配coredump数据大小要求的磁盘,服务器的正常服务最不可能需要; 并要求最少的准备接收coredump数据。 写入所选coredump磁盘上的适当属性,以指示coredump正在进行,以及coredump数据的位置。 在重新启动失败的文件管理器(或由群集合作伙伴接管)时,将通过读取适当的属性来识别核心转储磁盘并恢复核心转储器数据。
    • 5. 发明授权
    • System and method for rapid indentification of coredump disks during simultaneous take over
    • 在同时接管的情况下快速识别核心磁盘盘的系统和方法
    • US07987383B1
    • 2011-07-26
    • US11741546
    • 2007-04-27
    • Susan M. CoatneyLoellyn J. CassellAngel B. Aviles
    • Susan M. CoatneyLoellyn J. CassellAngel B. Aviles
    • G06F11/00
    • G06F11/2033G06F11/006G06F11/2038G06F11/2046G06F11/2094
    • A multiple node storage system cluster that allows for a takeover by a takeover node simultaneously with a failing node resetting its storage adapters is provided. A takeover monitor on the failing node initiates a “coredump” procedure by selecting a coredump disk. After selecting the coredump disk, the failing node determines the world wide name (WWN) of that disk and sends this information in a message across the cluster interconnect to the takeover node. In response to receipt of this message, the takeover node begins takeover procedures with respect to all disks except for the coredump disk. The failing node simultaneously resets its storage adapters and writes is memory to the coredump disk. The failing node later updates a completion header on that disk. The takeover node completes the takeover without waiting for the storage adapter reset, and subsequently reads the completion header and copies coredump information into its memory.
    • 提供了一种多节点存储系统集群,它允许接管节点同时重置其存储适配器的故障节点同时接管。 故障节点上的接管监视器通过选择核心转储磁盘来启动“核心转储”过程。 选择coredump磁盘后,失败的节点将确定该磁盘的全球名称(WWN),并将该信息通过集群互连的消息发送到接管节点。 响应收到此消息,接管节点开始接收除了coredump磁盘之外的所有磁盘的接管过程。 故障节点同时重置其存储适配器,并将内存写入coredump磁盘。 故障节点稍后会更新该磁盘上的完成头。 接管节点完成接管,而不等待存储适配器复位,随后读取完成头并将coredump信息复制到其存储器中。
    • 6. 发明授权
    • System and method of selection and communication of a disk for storage of a coredump
    • 用于存储coredump的磁盘的选择和通信的系统和方法
    • US08010848B2
    • 2011-08-30
    • US11770962
    • 2007-06-29
    • Loellyn J. CassellBrian ParkisonDavid Brittain BolenSusan M. Coatney
    • Loellyn J. CassellBrian ParkisonDavid Brittain BolenSusan M. Coatney
    • G06F11/00
    • G06F11/0778G06F11/0709G06F11/0727
    • This invention provides a system and method for selecting and communicating a single disk (a “coredump disk”) for use in a coredump procedure by a failed file server (or filer). A selection method on the failed filer determines the “best candidate” coredump disk according to a predetermined set of criteria. For example, the available disks that can receive coredump data are located and ordered so as to prefer disks that best match the coredump data size requirement, are least likely to be needed for normal service by the server; and require the least preparation to receive coredump data. Appropriate attributes on the selected coredump disk are written to indicate that a coredump is in progress, and the location of the coredump data. Upon reboot of the failed filer (or takeover by a cluster partner), the coredump disk is identified and the coredump data recovered by reading back appropriate attributes.
    • 本发明提供了一种用于选择和通信由故障文件服务器(或文件管理器)在核心转储器过程中使用的单个盘(“核心转储盘”)的系统和方法。 故障文件管理器上的选择方法根据预定的一组标准确定“最佳候选”核心转储盘。 例如,可以接收coredump数据的可用磁盘是定位和排序的,以便更好地匹配coredump数据大小要求的磁盘,服务器的正常服务最不可能需要; 并要求最少的准备接收coredump数据。 写入所选coredump磁盘上的适当属性,以指示coredump正在进行,以及coredump数据的位置。 在重新启动失败的文件管理器(或由群集合作伙伴接管)时,将通过读取适当的属性来识别核心转储磁盘并恢复核心转储器数据。