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    • 23. 发明授权
    • Autonomic infrastructure enablement for point in time copy consistency
    • 自动基础设施启用时间点复制一致性
    • US07610318B2
    • 2009-10-27
    • US10674900
    • 2003-09-29
    • Robert F. BartfaiEdward H. LinGail A. SpearMichael E. FactorSivan Tal
    • Robert F. BartfaiEdward H. LinGail A. SpearMichael E. FactorSivan Tal
    • G06F17/30
    • G06F11/2071Y10S707/99945Y10S707/99955
    • A two-phase process FlashCopy operation is provided that can be used to aid in the formation of consistency groups across multiple storage control units. In the first phase, preparations to create a new consistency group are made “revertible” by write-inhibiting the source volumes through “Establish-FlashCopy-revertible” commands. If the preparation of any volume within the consistency group fails, a “Withdraw-FlashCopy-revert” command may be executed, thereby causing a retention of the prior FlashCopy point-in-time copy. In the second phase, executed if all preparations are successful, a “Withdraw-FlashCopy-commit” command may be executed to remove all write-inhibit indicators, complete the creation of the new FlashCopy point-in-time copy and secure the new consistency group. Write requests to the FlashCopy source volumes may then be received and processed without risking corruption of the new consistency group on the Flashcopy target volumes.
    • 提供了一个两阶段FlashCopy操作,可用于帮助跨多个存储控制单元形成一致性组。 在第一阶段,创建新的一致性组的准备工作通过“建立-FromCopy-revertible”命令写入禁止源卷“可回复”。 如果一致性组中的任何卷的准备失败,则可以执行“Withdraw-FlashCopy-revert”命令,从而保留先前的FlashCopy时间点副本。 在第二阶段,如果所有准备工作都成功执行,则可以执行“Withdraw-FlashCopy-commit”命令来删除所有禁止写入指示符,完成创建新的FlashCopy时间点副本并确保新的一致性 组。 然后可以接收并处理向FlashCopy源卷写入请求,而不会在Flashcopy目标卷上新的一致性组的损坏风险。
    • 29. 发明授权
    • Efficient loading of data into memory of a computing system
    • 将数据有效地加载到计算系统的存储器中
    • US08738884B2
    • 2014-05-27
    • US13611994
    • 2012-09-12
    • Michael E. FactorKalman Z. Meth
    • Michael E. FactorKalman Z. Meth
    • G06F12/00
    • G06F3/0667G06F8/60G06F9/45558G06F2009/45579
    • Machines, systems and methods for deploying one or more virtual machines on a host computing system, the method comprising: receiving mapping information from a data storage system, wherein the mapping information associates a first data chunk stored in the data storage system with a unique identifier; utilizing the mapping information to determine whether any copies of the first data chunk have already been loaded into a memory of the host computing system in association with deployment of a first virtual machine or a second virtual machine on the host computing system; and in response to determining that no copies of the first data chunk have already been loaded into the memory: retrieving the first data chunk from the data storage system; loading the first data chunk into the memory; and utilizing the first data chunk to deploy the first virtual machine on the host computing system.
    • 用于在主计算系统上部署一个或多个虚拟机的机器,系统和方法,所述方法包括:从数据存储系统接收映射信息,其中所述映射信息将存储在所述数据存储系统中的第一数据块与唯一标识符 ; 与所述主计算系统上的第一虚拟机或第二虚拟机的部署相关联,利用所述映射信息来确定所述第一数据块的任何副本是否已经被加载到所述主计算系统的存储器中; 并且响应于确定没有第一数据块的副本已经被加载到存储器中:从数据存储系统检索第一数据块; 将第一个数据块加载到存储器中; 以及利用所述第一数据块在所述主计算系统上部署所述第一虚拟机。