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    • 1. 发明授权
    • Pausable backups of file system items
    • 文件系统项目的可靠备份
    • US07590668B2
    • 2009-09-15
    • US11106838
    • 2005-04-15
    • Vishal KathuriaMartin J. SleemanRobin Dhananjay DhamankarHanumantha Rao Kodavalla
    • Vishal KathuriaMartin J. SleemanRobin Dhananjay DhamankarHanumantha Rao Kodavalla
    • G06F12/00
    • G06F11/1461G06F2201/84Y10S707/99953
    • The subject invention relates to systems and methods that enable pausing and/or resuming a backup of file system items. The items are backed up in an order based on a unique property associated with each of the items. When the backup is paused, the unique property associated with a last backed up item prior to the pause is stored. Additionally, a timestamp associated with a snapshot from which the backup was taken can be stored with the unique property. Upon being resumed, the backup can continue from the paused location via utilizing the stored unique property. The backup can be resumed either employing an original snapshot associated with a time prior to the pause or a second snapshot related to a subsequent time. The subject invention can perform an initial backup of file system items and/or an incremental backup of such items. Additionally, the subject invention can support backing up a file system at disparate levels of granularity such as, for example, an item level.
    • 本发明涉及能够暂停和/或恢复文件系统项目的备份的系统和方法。 这些项目根据与每个项目相关联的唯一属性的顺序进行备份。 当备份暂停时,存储与暂停之前的最后备份项目相关联的唯一属性。 此外,与备份所采用的快照关联的时间戳可以与唯一属性一起存储。 恢复后,可以通过利用存储的独特属性从暂停的位置继续备份。 可以恢复备份,使用与暂停之前的时间相关联的原始快照或与随后的时间相关的第二快照。 本发明可以执行文件系统项目的初始备份和/或这些项目的增量备份。 另外,本发明可以支持以不同的粒度级别备份文件系统,例如项目级别。
    • 2. 发明授权
    • Serialization of file system item(s) and associated entity(ies)
    • 文件系统项目和关联实体的序列化
    • US07676481B2
    • 2010-03-09
    • US11121284
    • 2005-05-03
    • Vishal KathuriaHanumantha Rao KodavallaMartin J. SleemanRobin Dhananjay Dhamankar
    • Vishal KathuriaHanumantha Rao KodavallaMartin J. SleemanRobin Dhananjay Dhamankar
    • G06F17/00G06F17/30
    • G06F9/4493G06F11/1448Y10S707/99942
    • A system and method for serialization and/or de-serialization of file system item(s) and associated entity(ies)is provided. A file system “item” comprises a core class which can include property(ies). Through serialization, a consistent copy of the item and associated entity(ies), such as fragment(s), link(s) with other item(s) and/or extension(s),if any, can be captured. The serialization system includes an identification component that identities entity(ies) associated with an item and a serialization component that serializes the item and associated entity(ies). The serialization component can further serialize a header that includes information associated with the item and associated entity(ies). The header can facilitate random access to the item and associated entity(ies). The serialization system can expose application program interface(s) (API's) that facilitate the copying, moving and/or transfer of an item and its associated entity(ies) from one location to another location.
    • 提供了一种用于文件系统项目和关联实体的序列化和/或解串行化的系统和方法。 文件系统“项目”包括可以包括属性的核心类。 通过序列化,可以捕获项目和关联实体(例如片段,与其他项目和/或扩展)的链接(如果有的话)的一致副本。 序列化系统包括识别组件,其与项目相关联的身份实体和串行化项目和关联实体的序列化组件。 序列化组件可以进一步序列化包括与项目和关联实体相关联的信息的报头。 标题可以促进对项目和关联实体的随机访问。 序列化系统可以公开应用程序接口(API),其便于将项目及其相关联的实体从一个位置复制,移动和/或传送到另一个位置。
    • 10. 发明授权
    • XML methods and systems for synchronizing multiple computing devices
    • 用于同步多个计算设备的XML方法和系统
    • US06697805B1
    • 2004-02-24
    • US09549813
    • 2000-04-14
    • Philippe ChoquierMartin J. Sleeman
    • Philippe ChoquierMartin J. Sleeman
    • G06F1730
    • G06F17/30581Y10S707/956
    • Extensible markup language (XML) methods and systems for synchronizing a configuration of resources across multiple computing devices are described. In the described embodiment, a computer network comprises a master computing device and a plurality of additional computing devices communicatively linked with the master computing device. The master computing device comprises a configuration of resources that are desired to be synchronized across the additional computing devices. The master computing device is configured to develop a XML list that describes aspects of its configuration of resources. Each additional computing device is configured to receive the XML list that is developed by the master computing device and evaluate the XML list to determine whether its particular configuration of resources are synchronized with those of the master computing device. If a particular additional computing device's configuration of resources is not synchronized with those of the master computing device, the additional computing device prepares a second XML list that describes its resource configuration needs and sends the second XML list to the master computing device. The master computing device receives the second XML list, evaluates it, and sends data to the corresponding additional computing device for use in synchronizing its configuration of resources. Each of the additional computing devices can send separate independent XML lists that describe their resource needs and the master computing device is capable of individually responding to each one. In one aspect, the computing devices are computer servers that are configured as Web servers.
    • 描述用于在多个计算设备之间同步资源配置的可扩展标记语言(XML)方法和系统。 在所描述的实施例中,计算机网络包括主计算设备和与主计算设备通信地链接的多个附加计算设备。 主计算设备包括希望在附加计算设备上同步的资源的配置。 主计算设备被配置为开发描述资源配置方面的XML列表。 每个附加的计算设备被配置为接收由主计算设备开发的XML列表,并评估XML列表以确定其资源的特定配置是否与主计算设备的特定配置同步。 如果特定附加计算设备的资源配置与主计算设备的配置不同步,则附加计算设备准备描述其资源配置需求的第二XML列表,并将第二XML列表发送到主计算设备。 主计算设备接收第二XML列表,对其进行评估,并将数据发送到相应的附加计算设备以用于同步其资源配置。 每个附加计算设备可以发送描述其资源需求的单独的独立XML列表,并且主计算设备能够单独地响应每个。 一方面,计算设备是被配置为Web服务器的计算机服务器。