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    • 2. 发明授权
    • NAS with WORM function
    • NAS具有WORM功能
    • US07222215B2
    • 2007-05-22
    • US10892187
    • 2004-07-16
    • Koji SonodaYoji NakataniTakahiro Nakano
    • Koji SonodaYoji NakataniTakahiro Nakano
    • G06F12/00F06F11/00
    • G06F3/0637G06F3/0622G06F3/0683
    • A storage system capable of cutting back the resource while obtaining a WORM function. A controller (110) functions to: obtain, when a write request is made by a computer (300), information on one of logical devices that is a target of a write process, from a memory module (140); and inform, when the logical device is set to unwritable, a signal indicating that the logical device is set to unwritable, to the computer (300). An interface (200) functions to: reference meta-information held in a disk drive (130) to obtain a list of files that are not accessed for a predetermined period; secure a logical device; and cause the controller (110) to store, the files on the list of files and set the logical device that stores the files in a manner that makes information stored in the memory module (140) unwritable.
    • 一种能够在获得WORM功能的同时切割资源的存储系统。 控制器(110)的功能是:从存储器模块(140)获取由计算机(300)写入请求时作为写入处理目标的逻辑设备之一的信息; 并且当所述逻辑设备被设置为不可写时,向所述计算机(300)通知指示所述逻辑设备被设置为不可写的信号。 接口(200)用于:引用保持在磁盘驱动器(130)中的元信息,以获得在预定时间段内未访问的文件的列表; 安全逻辑设备; 并且使得所述控制器(110)将所述文件存储在所述文件列表上,并且以使得存储在所述存储器模块(140)中的信息不可写的方式设置存储所述文件的逻辑设备。
    • 3. 发明申请
    • NAS with worm function
    • NAS具有蠕虫功能
    • US20050257000A1
    • 2005-11-17
    • US10892187
    • 2004-07-16
    • Koji SonodaYoji NakataniTakahiro Nakano
    • Koji SonodaYoji NakataniTakahiro Nakano
    • G06F12/14G06F3/06G06F12/00
    • G06F3/0637G06F3/0622G06F3/0683
    • To provide a storage system capable of cutting back the resource while obtaining a WORM function. In the storage system, a controller (110) functions to: obtain, when a write request is made by a computer (300), information on one of logical devices that is a target of a write process, from a memory module (140); and inform, when the logical device is set to unwritable, a signal indicating that the logical device is set to unwritable, to the computer (300). An interface (200) functions to: reference meta-information held in a disk drive (130) to obtain a list of files that are not accessed for a predetermined period; secure a logical device that is capable of storing the files on the obtained list of files; and cause the controller (110) to store, in the logical device, the files on the list of files and set the logical device that stores the files in a manner that makes information stored in the memory module (140) unwritable.
    • 提供能够在获得WORM功能的同时切割资源的存储系统。 在存储系统中,控制器(110)用于:当由计算机(300)作出写入请求时,从存储器模块(140)获得关于作为写入处理的目标的逻辑设备之一的信息, ; 并且当所述逻辑设备被设置为不可写时,向所述计算机(300)通知指示所述逻辑设备被设置为不可写的信号。 接口(200)用于:引用保持在磁盘驱动器(130)中的元信息,以获得在预定时间段内未访问的文件的列表; 确保能够将文件存储在所获得的文件列表上的逻辑设备; 并且使所述控制器(110)在所述逻辑设备中存储所述文件列表上的文件,并以使得存储在所述存储器模块(140)中的信息不可写的方式设置存储所述文件的逻辑设备。
    • 7. 发明申请
    • STORAGE SYSTEM, NAS SERVER AND SNAPSHOT ACQUISITION METHOD
    • 存储系统,NAS服务器和SNAPSHOT获取方法
    • US20110137863A1
    • 2011-06-09
    • US13008183
    • 2011-01-18
    • Tomoya ANZAITakahiro NakanoYoji Nakatani
    • Tomoya ANZAITakahiro NakanoYoji Nakatani
    • G06F17/30
    • G06F17/30197
    • A storage system including: a storage device for storing a file; a plurality of file systems for managing the file; and a plurality of NAS servers that control access from a client to the file systems via a global namespace formed by grouping local namespaces for the one or more file systems; wherein, each NAS server includes a memory to store global namespace management information including global paths of the file systems; one NAS server of the NAS servers accepts a request to obtain snapshots of the file systems from external of the storage system; the one NAS server instructs itself and the other NAS servers to obtain snapshots of the file systems; the one NAS server and the other NAS servers obtain the snapshots of the file systems, and inform the one NAS server of snapshot identifiers and of local paths of the snapshots; the one NAS server makes snapshot management information including global paths of the snapshots based on each of the snapshot identifiers received from the other NAS servers and each of the global paths of file systems corresponding to the snapshots, included in the namespace management information so that both the global paths of the file systems and the global paths of the snapshots are configured on the same global namespace simultaneously, with a directory configuration of the snapshots being same in configuration layout as a directory configuration of the file systems; and the one NAS server informs the other NAS servers of the snapshot management information.
    • 一种存储系统,包括:用于存储文件的存储装置; 用于管理文件的多个文件系统; 以及多个NAS服务器,其通过为一个或多个文件系统分组本地命名空间形成的全局命名空间来控制从客户端到文件系统的访问; 其中,每个NAS服务器包括存储器,用于存储包括所述文件系统的全局路径的全局命名空间管理信息; NAS服务器的一个NAS服务器接受从存储系统外部获取文件系统的快照的请求; 一个NAS服务器指示自己和其他NAS服务器获取文件系统的快照; 一个NAS服务器和其他NAS服务器获取文件系统的快照,并通知一个NAS服务器快照标识符和快照的本地路径; 一个NAS服务器基于从其他NAS服务器接收的每个快照标识符以及包含在命名空间管理信息中的与快照相对应的文件系统的每个全局路径,创建快照管理信息,包括快照的全局路径,以便两者 文件系统的全局路径和快照的全局路径在同一个全局命名空间上同时配置,快照的目录配置在配置版式中与文件系统的目录配置相同; 并且一个NAS服务器向其他NAS服务器通知快照管理信息。