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    • 1. 发明申请
    • Systems and methods of data replication of a file system
    • 文件系统的数据复制的系统和方法
    • US20120317079A1
    • 2012-12-13
    • US13134525
    • 2011-06-08
    • Kurt Alan ShoensRex Rilen Hamilton
    • Kurt Alan ShoensRex Rilen Hamilton
    • G06F17/30
    • G06F17/30215G06F11/1004G06F11/1612G06F11/2094
    • The invention relates to methods for replicating a primary file system on a primary host to a secondary file system on a secondary host including determining a primary data block to replicate by reading a space map block entry (b, e) of the primary data block, wherein b represents the first snapshot and e the last snapshot to use the primary data block; computing a checksum of a primary data block and sending its number to the secondary host and determining a secondary data block that corresponds and computing its checksum then comparing the primary and secondary data block checksums and replicating the primary data block on the secondary file system when the primary and secondary checksums mismatch for the primary file system. In another aspect of the method if the primary and secondary checksums mismatch the method sends all data blocks from the primary file system allocated after a reliable snapshot on the secondary file system to the secondary host to be written on the secondary file system.
    • 本发明涉及用于将主主机上的主文件系统复制到次主机上的辅助文件系统的方法,包括通过读取主数据块的空间映射块条目(b,e)来确定要复制的主数据块, 其中b表示第一快照,e表示使用主数据块的最后快照; 计算主数据块的校验和并将其号码发送到辅助主机,并确定对应于并计算其校验和的辅助数据块,然后比较主数据块和辅助数据块校验和,并在第二个文件系统上复制主数据块 主文件系统的主和次级校验和不匹配。 在该方法的另一方面,如果主和次级校验和不匹配,则该方法将在辅助文件系统上的可靠快照之后分配的主文件系统的所有数据块发送到辅助主机以写入辅助文件系统。
    • 2. 发明授权
    • Systems and methods of data replication of a file system
    • 文件系统的数据复制的系统和方法
    • US08433683B2
    • 2013-04-30
    • US13134525
    • 2011-06-08
    • Kurt Alan ShoensRex Rilen Hamilton
    • Kurt Alan ShoensRex Rilen Hamilton
    • G06F7/00G06F17/00
    • G06F17/30215G06F11/1004G06F11/1612G06F11/2094
    • The invention relates to methods for replicating a primary file system on a primary host to a secondary file system on a secondary host including determining a primary data block to replicate by reading a space map block entry (b, e) of the primary data block, wherein b represents the first snapshot and e the last snapshot to use the primary data block; computing a checksum of a primary data block and sending its number to the secondary host and determining a secondary data block that corresponds and computing its checksum then comparing the primary and secondary data block checksums and replicating the primary data block on the secondary file system when the primary and secondary checksums mismatch for the primary file system. In another aspect of the method if the primary and secondary checksums mismatch the method sends all data blocks from the primary file system allocated after a reliable snapshot on the secondary file system to the secondary host to be written on the secondary file system.
    • 本发明涉及用于将主主机上的主文件系统复制到次主机上的辅助文件系统的方法,包括通过读取主数据块的空间映射块条目(b,e)来确定要复制的主数据块, 其中b表示第一快照,e表示使用主数据块的最后快照; 计算主数据块的校验和并将其号码发送到辅助主机,并确定对应于并计算其校验和的辅助数据块,然后比较主数据块和辅助数据块校验和,并在第二个文件系统上复制主数据块 主文件系统的主和次级校验和不匹配。 在该方法的另一方面,如果主和次级校验和不匹配,则该方法将在辅助文件系统上的可靠快照之后分配的主文件系统的所有数据块发送到辅助主机以写入辅助文件系统。
    • 5. 发明授权
    • Snapshots of file systems in data storage systems
    • 数据存储系统中文件系统的快照
    • US07653669B2
    • 2010-01-26
    • US11879230
    • 2007-07-16
    • Vikram KapoorKurt Alan ShoensMark Steven SchultzRex Rilen Hamilton
    • Vikram KapoorKurt Alan ShoensMark Steven SchultzRex Rilen Hamilton
    • G06F17/30
    • G06F17/30067Y10S707/915Y10S707/99953Y10S707/99956
    • The present invention relates to methods and systems of snapshot management of a file system in a data storage system. To represent the snapshots, the invention maintains pointers to the root block pointer of each snapshot. When the active file system is modified, this invention avoids overwriting any blocks used by previous snapshots by allocating new blocks for the modified blocks. When the invention needs to put an established block in a new location, it must update a parent block to point to the new location. The update to the parent block may then require allocating a new block for the new parent block and so forth. Parts of the file system not modified since a snapshot remain in place. The amount of space required to represent snapshots scales with the fraction of the file system that users modify. To maintain snapshot integrity, this invention keeps track of the first and last snapshots that use each block in space map blocks spread throughout the file system data space. When users delete snapshots, this invention may use a background process to find blocks no longer used by any snapshot and makes them available for future use.
    • 本发明涉及数据存储系统中文件系统的快照管理方法和系统。 为了表示快照,本发明保持指向每个快照的根块指针的指针。 当活动文件系统被修改时,本发明通过为修改的块分配新的块来避免覆盖先前快照所使用的任何块。 当本发明需要将一个已建立的块放在新位置时,它必须更新一个父块以指向新的位置。 然后,对父块的更新可能需要为新的父块等分配新块。 文件系统的部分因为快照保留到位而未被修改。 代表快照所需的空间量会随着用户修改的文件系统的一小部分而缩放。 为了保持快照完整性,本发明记录使用遍及文件系统数据空间的空间图块中的每个块的第一个和最后一个快照。 当用户删除快照时,本发明可以使用后台进程来查找不再被任何快照使用的块,并使之可供将来使用。
    • 6. 发明申请
    • Multiple quality of service file system using performance bands of storage devices
    • 多种服务质量文件系统使用存储设备的性能带
    • US20090228535A1
    • 2009-09-10
    • US12454337
    • 2009-05-15
    • Unmesh RathiRex Rilen HamiltonKurt Alan Shoens
    • Unmesh RathiRex Rilen HamiltonKurt Alan Shoens
    • G06F12/02G06F12/00G06F17/30
    • G06F17/30194G06F3/048G06F17/30221
    • The invention relates to a multiple QoS file system and methods of processing files at different QoS. The file system allocates VLUNs and using rules chooses an initial QoS for a file when created and moves files to different QoS using rules. Users see a single unified space of files, while administrators place files on storage according to file attributes. A file system enhances the descriptive information for each file to contain the chosen QoS for the file. The invention classifies volumes (e.g., file systems or LUNs) according to application requirements and allocates space for volumes. An IT administrator configures volumes specifying size, type and priority. The host schedules I/O requests in priority queues using the volume definition to match applications and reduce seek time between volumes of different priorities. The data storage system therefore places data on the performance band of a storage device that best supports needs.
    • 本发明涉及多个QoS文件系统以及处理不同QoS的文件的方法。 文件系统分配VLUN并使用规则在创建时选择文件的初始QoS,并使用规则将文件移动到不同的QoS。 用户可以看到文件的单一统一空间,而管理员根据文件属性将文件放在存储上。 文件系统增强每个文件的描述信息,以包含文件所选择的QoS。 本发明根据应用需求对卷(例如文件系统或LUN)进行分类,并为卷分配空间。 IT管​​理员配置指定大小,类型和优先级的卷。 主机使用卷定义在优先级队列中调度I / O请求,以匹配应用程序,并减少不同优先级卷之间的查找时间。 因此,数据存储系统将数据存储在最佳支持需求的存储设备的性能频段上。
    • 8. 发明授权
    • Methods of snapshot and block management in data storage systems
    • 数据存储系统中快照和块管理的方法
    • US07257606B2
    • 2007-08-14
    • US11147739
    • 2005-06-07
    • Vikram KapoorKurt Alan ShoensMark Steven SchultzRex Rilen Hamilton
    • Vikram KapoorKurt Alan ShoensMark Steven SchultzRex Rilen Hamilton
    • G06F17/30
    • G06F17/30067Y10S707/915Y10S707/99953Y10S707/99956
    • The present invention relates to methods and systems of snapshot management of a file system in a data storage system. To represent the snapshots, the invention maintains pointers to the root block pointer of each snapshot. When the active file system is modified, this invention avoids overwriting any blocks used by previous snapshots by allocating new blocks for the modified blocks. When the invention needs to put an established block in a new location, it must update a parent block to point to the new location. The update to the parent block may then require allocating a new block for the new parent block and so forth. Parts of the file system not modified since a snapshot remain in place. The amount of space required to represent snapshots scales with the fraction of the file system that users modify. To maintain snapshot integrity, this invention keeps track of the first and last snapshots that use each block in space map blocks spread throughout the file system data space. When users delete snapshots, this invention may use a background process to find blocks no longer used by any snapshot and makes them available for future use.
    • 本发明涉及数据存储系统中文件系统的快照管理方法和系统。 为了表示快照,本发明保持指向每个快照的根块指针的指针。 当活动文件系统被修改时,本发明通过为修改的块分配新的块来避免覆盖先前快照所使用的任何块。 当本发明需要将一个已建立的块放在新位置时,它必须更新一个父块以指向新的位置。 然后,对父块的更新可能需要为新的父块等分配新块。 文件系统的部分因为快照保留到位而未被修改。 代表快照所需的空间量会随着用户修改的文件系统的一小部分而缩放。 为了保持快照完整性,本发明记录使用遍及文件系统数据空间的空间图块中的每个块的第一个和最后一个快照。 当用户删除快照时,本发明可以使用后台进程来查找不再被任何快照使用的块,并使之可供将来使用。