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    • 2. 发明授权
    • Methods and apparatus for synchronizing configuration data
    • 用于同步配置数据的方法和装置
    • US07934018B1
    • 2011-04-26
    • US10954992
    • 2004-09-30
    • James E. LavalleeAlexander DubrovskyFrancois Gauvin
    • James E. LavalleeAlexander DubrovskyFrancois Gauvin
    • G06F15/16G06F15/173
    • H04L67/1095H04L67/1097
    • An agent in a storage area network stores a first identifier (e.g., a checksum value) for first zone configuration data previously used to configure a zone in the storage area network. The agent derives the first identifier from contents of the first zone configuration data. Further, the agent retrieves second zone configuration data presently used to configure the zone in the storage area network. The second zone configuration data is potentially different than the first zone configuration data. Based on contents of the second zone configuration data, the agent then produces a second identifier for the second zone configuration data. The agent then compares the first identifier and the second identifier to identify whether the first zone configuration data is different than the second zone configuration data. A user can control behavior of zoning importation and activation depending whether current zone configuration data has been changed.
    • 存储区域网络中的代理存储用于先前用于配置存储区域网络中的区域的第一区域配置数据的第一标识符(例如,校验和值)。 代理从第一个区域配置数据的内容中导出第一个标识符。 此外,代理检索当前用于配置存储区域网络中的区域的第二区域配置数据。 第二个区域配置数据可能与第一个区域配置数据有所不同。 基于第二区域配置数据的内容,代理然后产生用于第二区域配置数据的第二标识符。 然后,代理比较第一标识符和第二标识符,以识别第一区配置数据是否不同于第二区配置数据。 用户可以根据当前区域配置数据是否已更改来控制区域导入和激活的行为。
    • 3. 发明授权
    • Methods and apparatus for displaying network data
    • 显示网络数据的方法和装置
    • US07681130B1
    • 2010-03-16
    • US11394651
    • 2006-03-31
    • James E. LavalleeAlexander DubrovskyFrancois GauvinFreda Weinbrecht
    • James E. LavalleeAlexander DubrovskyFrancois GauvinFreda Weinbrecht
    • G06F3/00G06F15/177
    • H04L41/22H04L41/12
    • A method for displaying graphically interconnected network fabrics on a graphical user interface. The method disclosed herein is a view manager that identifies fabrics (e.g., storage area networks) in a network system and then displays graphical representations of the fabrics within a graphical user interface. In this manner, the fabric representations are displayed in respective regions of the graphical user interface such that the pixels of each fabric representation do not overlap. Graphical interconnections are displayed between network fabrics to represent the relationship and connectivity between the fabrics. Additionally, the view manager displays the physical and virtual components or resources (e.g., host computers, switch devices, storage devices) that make up the network fabrics as graphical objects within the fabric representations. In order to show the relationship and connectivity between the resource objects, the view manager also displays graphical interconnections that flow between the resources.
    • 一种用于在图形用户界面上显示图形互连的网络结构的方法。 本文中公开的方法是视图管理器,其识别网络系统中的结构(例如,存储区域网络),然后在图形用户界面内显示该结构的图形表示。 以这种方式,织物表示显示在图形用户界面的相应区域中,使得每个织物表示的像素不重叠。 在网络结构之间显示图形互连,以表示织物之间的关系和连接。 此外,视图管理器将构成网络结构的物理和虚拟组件或资源(例如,主机,交换机设备,存储设备)显示为结构表示内的图形对象。 为了显示资源对象之间的关系和连接,视图管理器还显示在资源之间流动的图形互连。
    • 6. 发明授权
    • Methods and apparatus for modeling a storage area network
    • 用于建模存储区域网络的方法和装置
    • US07953905B1
    • 2011-05-31
    • US11396280
    • 2006-03-31
    • James E. LavalleeKenneth E. FickieRajesh NandyalamAlexander DubrovskySteven TanakaDenis Kennelly
    • James E. LavalleeKenneth E. FickieRajesh NandyalamAlexander DubrovskySteven TanakaDenis Kennelly
    • G06F3/00G06F5/00
    • H04L67/1097G06F3/0604H04L61/106
    • Configurations herein present a multi-segment perspective of the SAN that models the SAN as an interconnection of protocol independent segments, each operable according to a particular transport mechanism and connected to other segments by an intersegment device such as a network bridge. Each segment is operable to include a fabric of manageable entities, such as storage arrays, switches, and hosts, that operate according to particular protocols and transport mechanisms employed by the fabric. Groups of manageable entities operable according to a particular protocol or transport mechanism are enumerated as a separate segment, and managed as a separate entity from the management application. The intersegment connections occur via an inter segment device operable to perform the mapping or translation from the respective address space of the segments. Therefore, a path from an initiator to a receiver manageable entity may be enumerated and managed by the management application as a multi-segment connection.
    • 本文中的配置呈现了SAN的多段透视图,其将SAN建模为协议无关段的互连,每个段可根据特定的传输机制操作,并通过诸如网桥之类的段间设备连接到其他段。 每个段可操作地包括可管理实体的结构,诸如存储阵列,交换机和主机,其根据由该结构采用的特定协议和传输机制来操作。 根据特定协议或传输机制可操作的可管理实体的组被列举为单独的段,并且作为与管理应用程序的单独实体进行管理。 段间连接通过可用于从段的相应地址空间执行映射或转换的段间设备发生。 因此,从发起者到接收者可管理实体的路径可以被管理应用程序枚举和管理为多段连接。
    • 7. 发明授权
    • System and methods for network call load simulation
    • 网络呼叫负载模拟的系统和方法
    • US07478018B1
    • 2009-01-13
    • US10955964
    • 2004-09-30
    • James E. LavalleeAlexander DubrovskySean P. Frazer
    • James E. LavalleeAlexander DubrovskySean P. Frazer
    • G06F17/10
    • H04L67/1097H04L41/046H04L41/5009H04L43/50
    • Configurations of the invention simulate an exchange of calls emanating from a SAN management application to a plurality of manageable entities. The simulated call load provides simultaneous simulated calls for observing and analyzing responses to various loading scenarios characterized by multiple pending calls to the SAN. Configurations discussed herein identify a processing work burden and corresponding completion time associated with each of the simulated calls. A simulation agent aggregates the work burden of concurrent requests and computes a latency factor associated with each call based on the load presented by all pending calls. By adjusting the latency time of each pending call, and adjusting the latency to represent the additional processing imposed by successive pending calls, the simulated responses provide an accurate set of responses, rather than merely returning an unencumbered rapid response of expected content which may elusively represent the actual timeliness of responses in a loaded system.
    • 本发明的配置模拟了从SAN管理应用发送到多个可管理实体的呼叫的交换。 模拟呼叫负载提供了同时模拟的呼叫,用于观察和分析响应到各种加载情况,其特征在于对SAN的多个未决呼叫。 这里讨论的配置识别与每个模拟呼叫相关联的处理工作负担和相应的完成时间。 仿真代理聚合并发请求的工作负担,并根据所有挂起的呼叫所呈现的负载,计算与每个呼叫相关联的延迟因子。 通过调整每个待处理呼叫的延迟时间,并调整延迟以表示连续挂起的呼叫所施加的额外处理,模拟响应提供了一组准确的响应,而不仅仅是返回预期内容的无阻碍快速响应 在加载的系统中的响应的实际及时性。
    • 8. 发明授权
    • Methods and apparatus for assigning management responsibilities to multiple agents
    • 将管理责任分配给多个代理人的方法和设备
    • US07469284B1
    • 2008-12-23
    • US11024231
    • 2004-12-28
    • Alexander DubrovskyJames E. Lavallee
    • Alexander DubrovskyJames E. Lavallee
    • G06F15/16
    • H04L41/22H04L41/0213H04L41/042H04L41/046H04L67/1097
    • A management control center identifies multiple remotely located agents and their corresponding abilities to manage devices in a storage area network on behalf of the management control center. In response to learning capabilities of the multiple agents, the management control center assigns a first agent of multiple agents in the storage area network to handle execution of a first set of management functions associated with a given device in the storage area network. Additionally, the management control center assigns a second agent of multiple agents in the storage area network to handle execution of a second set of management functions associated with the given device. This technique of assigning multiple agents (rather than a single agent) different management functions alleviates a management control center from having to coordinate direct communications with and control many different types of vendor devices in the storage area network.
    • 管理控制中心代表管理控制中心识别多个远程位置的代理及其相应的能力来管理存储区域网络中的设备。 响应于多个代理的学习能力,管理控制中心在存储区域网络中分配多个代理的第一代理以处理与存储区域网络中的给定设备相关联的第一组管理功能的执行。 此外,管理控制中心在存储区域网络中分配多个代理的第二代理以处理与给定设备相关联的第二组管理功能的执行。 分配多个代理(而不是单个代理)不同管理功能的这种技术减轻了管理控制中心与存储区域网络中的直接通信和控制许多不同类型的供应商设备的协调。
    • 9. 发明授权
    • Methods and apparatus for processing configuration data
    • 处理配置数据的方法和装置
    • US07653712B1
    • 2010-01-26
    • US11094817
    • 2005-03-30
    • Alexander DubrovskyXiaojun WuYifeng ChenYong CaiJames E. Lavallee
    • Alexander DubrovskyXiaojun WuYifeng ChenYong CaiJames E. Lavallee
    • G06F15/173G06F11/00
    • H04L41/0853
    • An agent of a storage area network generates a first checksum value for a first set of zone configuration data used to at least initially configure the storage area network. At a later time, after a potential change to the first zone configuration data of the storage area network, the agent generates a checksum value based on current zone configuration data presently used to configure the zone in the storage area network. The agent then compares the first checksum value and the second checksum value to identify whether there has been a change to the first zone configuration data. That is, if the first checksum value does not equal the second checksum value, the agent flags that there has been a change to zone configuration data of the storage area network. Users can control behavior of zoning importation and activation depending on whether current zone configuration data has been changed.
    • 存储区域网络的代理为用于至少初始配置存储区域网络的第一组区域配置数据生成第一校验和值。 稍后,在对存储区域网络的第一区域配置数据进行潜在改变之后,代理基于当前用于配置存储区域网络中的区域的当前区域配置数据生成校验和值。 然后,代理比较第一个校验和值和第二个校验和值,以确定第一个区域配置数据是否发生更改。 也就是说,如果第一校验和值不等于第二校验和值,则代理标记存储区域网络的区域配置数据已经改变。 用户可以根据当前区域配置数据是否更改来控制区域导入和激活的行为。
    • 10. 发明授权
    • System and methods for storage area network simulation
    • 用于存储区域网络仿真的系统和方法
    • US07315807B1
    • 2008-01-01
    • US10954015
    • 2004-09-29
    • James E. LavalleeSean P. FrazerAlexander Dubrovsky
    • James E. LavalleeSean P. FrazerAlexander Dubrovsky
    • G06F13/10G06F10/13
    • H04L41/145G06F3/0614G06F3/067H04L41/046H04L67/1097
    • A storage area network simulator, operable to simulate an exchange of calls emanating from a SAN management application to a plurality of manageable entities, allows analyzing SAN management application response to a particular configuration. A capture tool discovers manageable entities interconnected in a particular SAN experiencing undesirable operation. The capture tool provides exemplary calls to an agent, and gathers responses. The exemplary calls enumerate expected responses from the various manageable entities responsive to the agent. The gathered responses take the form of an XML markup script. A simulation plug-in is operative as an interface module (e.g. plug-in) for a test agent in a test environment, such as the management application test facility. The test agent employs the simulation plug-in as the API plug-in for calls emanating from the test agent. The plug-in receives the normalized responses, and selectively transmits the corresponding response from the gathered normalized responses in response to agent calls received via the API.
    • 可操作以模拟从SAN管理应用发送到多个可管理实体的呼叫交换的存储区域网络模拟器允许分析对特定配置的SAN管理应用响应。 捕获工具发现在特定SAN中互连的可管理实体遇到不良操作。 捕获工具提供对代理的示例性调用,并收集响应。 示例性呼叫列举了响应于代理的各种可管理实体的预期响应。 收集的响应采用XML标记脚本的形式。 模拟插件作为测试环境(例如管理应用测试设备)中的测试代理的接口模块(例如插件)而起作用。 测试代理使用模拟插件作为从测试代理发出的呼叫的API插件。 插件接收归一化的响应,并且响应于经由API接收的代理呼叫,选择性地发送来自收集的归一化响应的相应响应。