Rasdaman部署说明
戴尔OpenManage部署工具包安装指南说明书
Dell OpenManage Deployment Toolkit Installation GuideNotes and CautionsNOTE: A NOTE indicates important information that helps you make better use of your computer.____________________Information in this publication is subject to change without notice.© 2012 Dell Inc. All rights reserved.Reproduction of these materials in any manner whatsoever without the written permission of Dell Inc. is strictly forbidden.Trademarks used in this text: Dell™ and OpenManage™, are trademarks of Dell Inc. Red Hat Enterprise Linux® and Enterprise Linux® are registered trademarks of Red Hat, Inc. in the United States and/or other countries. SUSE ™ is a trademark of Novell Inc. in the United States and other countries. Microsoft®, Windows®, Windows Vista® and Windows® 7 are either trademarks or registered trademarks of Microsoft Corporation in the United States and/or other countries. Linux®is a registered trademark of Linus Torvalds.Other trademarks and trade names may be used in this publication to refer to either the entities claiming the marks and names or their products. Dell Inc. disclaims any proprietary interest in trademarks and trade names other than its own.2012 – 02IntroductionThe Dell OpenManage Deployment Toolkit (DTK) includes a set of utilities, sample scripts, and sample configuration files that you need, to deploy and configure your Dell system. Y ou can use DTK to build script-based and RPM-based installation for deploying large number of systems on apre-operating system environment in a reliable way, without changing their current deployment processes.Documents You Will Need•Dell OpenManage Deployment T oolkit Command Line Interface Reference Guide•Dell OpenManage Deployment T oolkit User’s Guide•Operating system documentationFor a complete list of supported operating systems, BIOS firmware, and hardware, see the Dell Systems Software Support Matrix available at /manuals→Software→Systems Management→Dell OpenManage Releases. Click the appropriate product version to access the Support Matrix.PrerequisitesBefore using DTK to deploy Microsoft Windows Pre-installation Environment (PE) or embedded Linux environment (Red Hat Enterprise Linux or SUSE Linux Enterprise Server), ensure you have the following prerequisites:Table 1-1.Prerequisites for InstallationWindows PE Environment Embedded Linux EnvironmentThe DTK self-extracting zip file (DTKX.X-WINPE-XX.exe) available at .The DTK ISO image available at .A Windows workstation that has at least 512 MB of RAM.A workstation that has at least 512 MB of RAM.Quick Installation Guide3Deployment OverviewDTK offers a complete set of utilities, sample scripts, and RPM packages that can be used to automate the deployment of Dell systems.Before running the deployment, ensure that you create specific deployment media to facilitate the deployment method you choose. For more information, see the Dell OpenManage Deployment T oolkit User’s Guide available on /manuals→Software→Systems Management→Dell OpenManage Deployment Toolkit.Deployment PrerequisitesBefore beginning the deployment process for Windows PE, ensure that you have all of the following tools, software, and information ready to use or consult:•Windows Automated Installation Kit (AIK) 1.1 released with Microsoft Windows Vista SP1 and Windows Server 2008 to build Windows PE 2.0.•Windows AIK for Windows 7 to build Windows PE 3.0.•An unzip utility.•Working knowledge to build Windows PE 2.0 and Windows PE 3.0 (See the Microsoft documentation to customize Windows PE).•Working knowledge of Microsoft Remote Installation Services (RIS) and Automated Deployment Services (ADS) (including setting up of RIS and ADS environments) or any other third party deployment system or tool for Windows PE.•Working knowledge of Windows Deployment Services (WDS) or any other third party deployment system or tool for Windows PE.• A workstation with the following capabilities:–Writable media drive–Network access• A target system with a media drive, if performing a local deployment.• A target system with a media drive and network access, if performing a network deployment.•All DTK utilities, sample scripts, and sample configuration files.•Dell Systems Management Tools and Documentation DVD.4Quick Installation GuideQuick Installation Guide 5•Y our operating system software and documentation.•An optimally configured source system with network access. NOTE: You can also download the latest drivers from .For embedded Linux, ensure that you have all of the following tools, software, and information ready to use or consult:•Advanced knowledge of Linux and Linux scripting (bash), Linux networking, installing and working with RPM Package Managers (RPMs), and creating and modifying loop file systems.•Any third party deployment system or tool.• A workstation with the following capabilities:–A writable media drive –Network access •A target system with a media drive, if performing a local deployment.•A target system with a media drive and network access, if performing a network deployment.•All DTK utilities, sample scripts, sample configuration files, and RPM packages.•All operating system RPM packages that DTK RPMs require.NOTE: Tools such as Yellowdog Updater Modified (YUM), Yet Another Setup Tool (YAST), and Advanced Packaging Tool (APT) can be used to manage RPM dependency issues.•All other utilities and files necessary to perform the deployment, including all required Linux drivers, operating system drivers, and the Dell utility partition file.•Dell Systems Management Tools and Documentation DVD.•Y our operating system software and documentation.•An optimally configured source system with network access.NOTE: You can download the latest drivers from .6Quick Installation GuidePreparing for DeploymentIf you are using the Windows PE environment:1Copy or extract DTK utilities, sample scripts, sample configuration files, and drivers provided (in the zip file) to the Windows PE image.2Organize DTK utilities, script files, configuration files, the operating system installation files, and the requisite system files and drivers on a network share or local media.3Set up a Source System by using the Dell Systems Build and Update Utility (to install your operating system) and the Systems Service and Diagnostics Tools (to load drivers). The Source System acts as a masterserver that is used to replicate settings to the T argetServers .NOTE: You can also download the latest drivers from the Dell Support website at .4Generate a system BIOS, BMC, RAID, and/or RAC configuration profile from the Source System . Copy the generated configuration files to a read/write share on the workstation or server.NOTE: You can obtain the system BIOS, BMC, RAID, and/or RAC configuration files by booting from DTK Windows PE image and running the SYSCAP .BAT , RAIDCAP .BAT , and RACCAP .BAT scripts. 5Create an operating system answer file that contains unattended operating system software installation information.6Edit DTK sample script files that access the system configuration files to set up the system BIOS, BMC, RAID, and RAC and then, install an operating system on a Target Server .If you are using the embedded Linux environment:1Obtain the DTK Linux ISO image, which is a self-contained bootable ISO image.2Use and customize the sample scripts as per your requirements.3Set up a Source System by using the Systems Build and Update Utility on the Dell Systems Management T ools and Documentation DVD (to install your operating system) and the Systems Service and Diagnostics Tools (to load drivers).NOTE: You can also download the latest drivers from the Dell Support website at .4Generate a system BIOS, BMC, RAID, and/or RAC configuration profile from the optimally configured source system. Copy the generatedconfiguration files to a read/write share onto the workstation or server.NOTE: You can obtain the system BIOS, BMC, RAID, and/or RAC configurationfiles by booting from DTK Linux ISO image and running the syscap.sh,raidcap.sh, and raccap.sh scripts.5Create an operating system answer file that contains unattended operating system software installation information.6Install an operating system on a T arget Server.DeployingTo proceed with deployment, ensure that you have prepared all scripts, files, and utilities. Y ou can deploy the Win PE and embedded Linux using one of the following methods:•Deploy using removable boot media with a network connection (media-based)•Deploy using removable boot media without a network connection (media-based)•Network-based deployment (remote)For information on these methods, see the Dell OpenManage DeploymentT oolkit User’s Guide available on /manuals→Software→Systems Management→Dell OpenManage Deployment Toolkit.Upgrading Your DTK VersionWhen upgrading from a previous release of DTK, ensure that you create the environment for new DTK version separately from the previous version. This step is necessary because the environments and requirements for the new DTK versions are completely different.Quick Installation Guide78Quick Installation Guide。
浪潮存储系统AS Manger用户手册V1.0
尊敬的浪潮存储系统用户：衷心感谢您选用了浪潮存储系统！本手册介绍了浪潮存储系统管理软件AS Manager的技术特性与软件的安装、设置，有助于您更详细地了解和便捷地使用此款管理软件。
浪潮集团有限公司拥有本手册的版权。
未经浪潮集团有限公司许可，任何单位和个人不得以任何形式复制本用户手册。
浪潮集团有限公司保留随时修改本手册的权利。
本手册中的内容如有变动恕不另行通知。
如果您对本手册有疑问或建议，请向浪潮集团有限公司垂询。
浪潮集团有限公司2011年7月“浪潮”、Inspur均为浪潮集团有限公司的注册商标。
其它商标分别属于其相应的注册公司。
声明感谢您选用浪潮存储系统，为简化用户管理、提高管理效率，针对该存储系统，我们向您免费提供图形化管理软件AS Manager。
使用前请您详细阅读声明及操作手册，在您同意后方可使用AS Manager管理软件，如果您已经开始使用软件则默认您已接受相关条款及声明。
如果您对相关条款有任何意见或疑问，请联系您的代理商或直接与我们联系。
1.在使用中非存储系统故障导致的软件异常、未详细阅读操作手册产生的误操作、未严格进行网络隔离及密码管理导致的非授权访问以及由此产生的任何数据丢失、损坏，浪潮不承担任何责任。
2.本软件基于JA V A Runtime Environment（JRE），该环境由SUN 提供，使用前请确保您的系统中无与JRE相冲突的软件或服务，由该运行环境所导致的任何系统异常浪潮不承担连带责任。
3.AS Manager部份功能为免费授权客户使用，故浪潮对该软件免费功能仅提供有限服务。
4.由于产品更新，您拿到的产品可能和本手册中的描述有所不同，在您购买浪潮产品时代理商会给您详细的讲解这些更新的产品的使用。
如果您还有疑问，您可以直接同我们联系，我们会为您最新的使用说明。
5.本手册中涉及的各软硬件产品的标示名称版权由各产品的相应公司拥有。
6.以上声明中" 浪潮" 指代“浪潮集团有限公司”，浪潮集团有限公司拥有对以上声明的最终解释权。
Cisco_ASA防火墙ASDM图文配置实例
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浅谈安全设备ASDM配置
浅谈安全设备ASDM配置作者：韩微来源：《成长·读写月刊》2016年第12期【摘要】在网络中只要允许外部网络上的计算机访问内部网络上的计算机，内部局域网中的计算机就存在被攻击的安全隐患，即成为被攻击的对象，并成为攻击其他计算机的桥梁。
为了保证内部网络的安全，防止非法入侵，需要在网络中配置并使用专用的网络防火墙。
【关键词】网络；安全隐患；防火墙一、Cisco ASDM概述Cisco自适应安全设备管理器通过一个直观、易用、基于Web的管理界面，提供安全管理和监控服务。
结合Cisco肥市ASA 5500系列自适应安全设备和Cisco PIX安全设备，Cisco ASDM提供的智能向导、强大的管理工具和灵活的监控服务，进一步增强了Cisco安全设备套件提供的先进的集成安全和网络功能，从而加速安全设备的部署。
其基于Web的安全设计可使用户能随时随地访问Cisco ASA 5500系列自适应安全设备和Cisco PIX安全设备。
（一）Cisco ASDM简介Cisco ASDM以图形界面方式配置和管理Cisco PIX与Cisco ASA安全设备。
Cisco ASDM具有如下特点：①集成化管理提高管理效率网络上任何安装有Java插件的计算机，都可以借助Web浏览器访问Cisco ASDM，使安全管理员能迅速、安全地访问自己的Cisco ASA和Cisco PIX设备。
除此之外，还为管理员提供了基于Windows的全新配置方式，管理员可从单一管理工作站连接多个安全设备，从而提高了配置和管理安全设备的效率。
②启动向导加速安全设备的部署Cisco ASDM拥有一个启动向导，加速了安全设备部署流程。
一系列简单的渐进式配置界面，可帮助管理员快速启动和运行设备，创建使流量能安全地在网络中传输的稳固配置。
③仪表盘提供重要实时系统状态信息Cisco ASDM拥有一个动态仪表盘，提供全面的系统概述和设备状态统计数据概览，它可自动检测所配置的Cisco安全设备，并显示每个设备的软件版本、许可信息和重要统计数据。
SChinese说明书
SATA 硬盘安装和 RAID 配置指南1. SATA硬盘安装指南 (2)1.1 Serial ATA (SATA) 硬盘安装 (2)2. RAID配置指南 (3)2.1 RAID 介绍 (3)2.2 RAID 配置注意事项 (6)2.3安装 Windows® 10 64 位/ 8.1 64 位/ 8 64 位/ 7/ 7 64 位及 RAID 功能 (7)2.4配置 RAID 阵列 (8)2.4.1使用 UEFI 设置实用程序配置 RAID 阵列 (9)2.4.2 使用 Intel RAID BIOS 配置 RAID 阵列 (13)3. 将 Windows®安装在 RAID 模式下的 2TB 硬盘 (17)4. 将 Windows®安装在 RAID 模式下 2TB 以上的硬盘 (18)1. SATA 硬盘安装指南1.1 Serial ATA (SATA) 硬盘安装Intel 芯片集支持 Serial ATA (SATA) 硬盘及 RAID 功能，包括RAID 0、RAID 1、RAID 5、RAID 10 及 Intel 快速存储技术。
请根据主机板所采用的 Intel 南桥芯片集，仔细阅读本指南内的RAID 配置。
您可以将 SATA 硬盘安装在本主板上，作为内部存储设备使用。
本节将指导您如何以 SATA 端口创建 RAID。
2. RAID 配置指南2.1 RAID 介绍本主板采用 Intel 南桥芯片集。
此芯片集集成支持 RAID 0 /RAID 1/ Intel 快速存储技术 / RAID 10 / RAID 5 功能及 4 条独立 Serial ATA (SATA) 通道的 RAID 控制器。
本节将介绍 RAID的基本知识，并提供进行 RAID 0 / RAID 1/ Intel 快速存储技术 /RAID 10 / RAID 5 设置的指南。
RAID“RAID”是“独立磁盘冗余阵列”的缩写，是一种将两个或更多硬盘组成一个逻辑单元的方法。
RSCAD使用基础及注意事项
每一行前面的编号顺序是这样的：0是WIC卡，接着第一个非UNUSED行是第一块处理器，也就是第一个3PC卡的A处理器，然后是第一个3PC卡的B处理器，然后是第二个3PC卡的A处理器，一直到RPC卡为止，然后开始从第一个3PC卡的C处理器开始编号，最后是IRC卡。
二、软件使用简介2.1 软件主窗口（）从桌面上运行RSCAD，进入RSCAD主窗口，如图：2.1 RSCAD主窗口菜单区：在File菜单中可以在文件管理区的“用户自定义连接目录”中新建一个连接和在工具栏中新建一个按钮。
在Edit菜单中可以修改RSCAD的环境属性，如界面风格、语言等，同时可以修改用户文件和config 等文件的存放位置。
在View菜单中是与文件管理区中文件名相关的一些选项。
在History菜单中可以查看、删除、打印用户在主窗口中进行的操作历史记录。
在Tools菜单中可以看到RSCAD占用内存的情况。
在Help菜单中可以看到RSCAD的相关版权信息。
示如下：页图标表示文件->新建->电路操作，文件夹图标表示文件->打开->电路操作，选择磁盘图标保存仿真模型电路，选择打印机图标打印仿真模型电路，使用查看图标显示编译仿真模型文件、映射文件、信息文件或数据文件。
使用搜索图标可以在当前页面搜索相关元件。
使用编译按钮编译电路，使用箭头撤消电路编辑操作，使用箭头重做前一次没有做的电路编辑操作。
使用潮流计算按钮可以对当前页面上的电路进行潮流计算。
通过从菜单条中选择可以查看目前操作系统资源占用情况。
通过从菜单条中选择图标可更新显示电路绘图。
输入框内的数值表示运行电路的起始Rack号，其值与电路菜单中的起始仿真架参数相互关联。
伸缩显示条提供了一个用于改变绘图画板显示地伸缩滑块，伸缩显示条包含一个电路查看切换框，允许用户在三相电路图查看或单相线路图查看之间切换，伸缩显示条还提供了一个切换框，用于伸缩显示条的设置应用于所有（子系统）标识或一个标识切换开关。
台达 ASDA-A系列 伺服驱动器 应用技术手册
序言感谢您使用本产品，本使用操作手册提供ASDA-A系列伺服驱动器及ASMT系列伺服电机的相关信息。
内容包括：z伺服驱动器和伺服电机的安装与检查z伺服驱动器的组成说明z试转操作的步骤z伺服驱动器的控制功能介绍及调整方法z所有参数说明z通信协议说明z检测与保养z异常排除z应用例解说明本使用操作手册适合下列使用者参考z伺服系统设计者z安装或配线人员z试转调机人员z维护或检查人员在使用之前，请您仔细详读本手册以确保使用上的正确。
此外，请将它妥善放置在安全的地点以便随时查阅。
在您尚未读完本手册时，请务必遵守下列事项：z安装的环境必须没有水气，腐蚀性气体及可燃性气体z接线时禁止将三相电源接至电机U、V、W的连接器，一旦接错时将损坏伺服电机z必须确保接地良好z在通电时，请勿拆解驱动器、电机或更改配线z在通电运作前，请确定紧急停机装置是否能随时启动z在通电运作时，请勿接触散热片，以免烫伤如果您在使用上仍有问题，请咨询经销商或者本公司客服中心序言|ASDA-A系列安全注意事项ASDA-A系列为一开放型（open type）伺服驱动器，操作时须安装于屏蔽式的控制箱内。
本驱动器利用精密的反馈控制及结合高速运算能力的数字信号处理器（Digital Signal Processor, DSP），控制IGBT产生精确的电流输出，用来驱动三相永磁式同步交流伺服电机（PMSM）达到准确定位。
ASDA-A系列可使用于工业应用场合上，且建议安装于使用手册中的配线(电)箱环境（驱动器、线材及电机都必须安装于符合UL环境等级1的安装环境最低要求规格）。
在接受检验、安装、配线、操作、维护及检查时，应随时注意以下安全注意事项。
标志「危险」、「警告」及「禁止」代表的涵义：意指可能潜藏危险，若未遵守可能会对人员造成严重或致命的伤害。
意指可能潜藏危险，若未遵守可能会对人员造成中度的伤害，或导致产品严重损坏，或甚至故障。
意指绝对禁止的行动，若未遵守可能会导致产品损坏，或甚至故障而无法使用。
Sophos XG Firewall Virtual Appliance 部署指南说明书
ContentsIntroduction (1)Installation procedure (2)Configuring XG Firewall (4)Activation and Registration (4)Basic Configuration (4)Legal notices (8)Sophos XG Firewall Virtual Appliance1 IntroductionWelcome to the Getting Started guide for Sophos XG Firewall Virtual Appliance (referred to in this document as “XG Firewall”) for VMware ESX/ESXi platform. This guide describes how you can download, deploy and run XG Firewall as a virtual machine on VMware ESX/ESXi.Minimum hardware requirement1.One vCPU2.2GB vRAM3. 2 vNIC4.Primary Disk with a minimum of 4 GB space5.Report Disk with a minimum of 80 GB spaceNoteSFOS 17 supports hard drives with a maximum of 512 GB.XG Firewall will go into fail-safe mode if the minimum requirements are not met.NoteTo optimize the performance of your XG Firewall, configure vCPU and vRAM according to the license you have purchased. When configuring a number of vCPUs, make sure that you do not exceed the maximum number specified in your license.Sophos XG Firewall Virtual Appliance2 Installation procedureMake sure that VMware ESX/ESXi version 5.0 or later is installed in your network. For VMware ESX/ ESXi installation instructions, refer to the VMware documentation /support/ pubs/vsphere-esxi-vcenter-server-pubs.html.You need to:1.Download and extract the OVF image2.Access the ESX/ESXi Host via vSphere Client3.Deploy the OVF Template4.Power on1.Download the .zip file containing the OVF image from https://secure/en-us/products/next-gen-firewall/free-trial.aspx and save it.2.Log in to the ESX/ESXi host server on which you want to deploy the OVF template throughVMware vSphere Client.NoteIn this guide, we are using VMware vSphere client to connect to the ESX/ESXi host server onwhich the OVF template is to be deployed.a)Go to File > Deploy OVF Template to open the downloaded .ovf file in the vSphere Client.b)Select the sf_virtual file and click Open.3.To deploy the OVF template:a)Select the location of the .ovf file for XG Firewall and click Next to continue.Sophos XG Firewall Virtual Applianceb)Verify the OVF template details and click Next to continue.c)Specify a name and location for the OVF template to be deployed and click Next to continue.d)Select the host/cluster within which you want to deploy the OVF template and click Next tocontinue.NoteHere, we are deploying the OVF template on a single/standalone server. The configurationmay be different in a cluster environment.e)Select the format in which you want to store the virtual disks from the available options:Thin Provision: It uses the minimum required space for the OVF template, saving the restfor other use.Thick Provision: It uses the entire allotted virtual disk for OVF template installation, wipingout additional data on the disk.In case of VMware ESXi 5.0 or later, three storage options are available: Thin Provision,Thick Provision Lazy Zeroed and Thick Provision Eager Zeroed. For more information,refer to /.f)Click Next to continue.g)Select the networks to be used by the OVF template and click Next to continue.h)Verify the deployment settings for the OVF Template and click Finish to initiate the deploymentprocess of XG Firewall.This installs XG Firewall on your machine.4.Right-click the deployed XG Firewall and go to Power > Power On.a)Enter the administrator password: ‘admin’ to continue to the Main Menu.Sophos XG Firewall Virtual Appliance3 Configuring XG Firewall1.Browse to "https://172.16.16.16" from the management computer.2.Click Start to begin the wizard and follow the on-screen instructions.NoteThe wizard will not start if you have changed the default administrator password from theconsole.3.1 Activation and Registration1.Review and accept the License Agreement. You must accept the Sophos End User LicenseAgreement (EULA) to proceed further.2.Register Your Firewall. Enter the serial number, if you have it. You can also use your UTM 9license if you are migrating.Otherwise, you can skip registration for 30 days or start a free trial.a)You will be redirected to the MySophos portal website. If you already have a MySophosaccount, specify your sign-in credentials under “Login”. If you are a new user, sign up for aMySophos account by filling in the details under “Create Sophos ID”.b)Complete the registration process.Post successful registration of the device, the license is synchronized and the basic setup is done.3.Finish the basic setup. Click Continue and complete the configurations through the wizard. Whenyou finish the process, the Network Security Control Center appears.You can now use the navigation pane to the left to navigate and configure further settings.3.2 Basic ConfigurationYou can:1.Set up Interfaces2.Create Zones3.Create Firewall Rules4.Set up a Wireless Network1.To set up interfaces:a)You can add network interfaces and RED connections in the Configure > Network >Interfaces menu.b)You can add wireless networks in the Protect > Wireless > Wireless Networks menu.SSIDs will also be shown in the interfaces menu once created.c)You can add access points in Protect > Wireless > Access Points.Sophos XG Firewall Virtual ApplianceSophos XG Firewall Virtual ApplianceYou can see both these wireless networks in Protect > Network > Wireless Networks.e)Go to Protect > Wireless > Access Point Groups.f)Click Add to add a new access point group.g)Add both the wireless networks, and the new access point.If new APs have been installed, you can view these in Control Center.h)Click the pending APs to accept the new access points.i)Configure the settings of the new APs as shown in the image.Sophos XG Firewall Virtual Appliancej)Click Save.Sophos XG Firewall Virtual Appliance4 Legal noticesCopyright © 2020 Sophos Limited. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise unless you are either a valid licensee where the documentation can be reproduced in accordance with the license terms or you otherwise have the prior permission in writing of the copyright owner.Sophos, Sophos Anti-Virus and SafeGuard are registered trademarks of Sophos Limited, Sophos Group and Utimaco Safeware AG, as applicable. All other product and company names mentioned are trademarks or registered trademarks of their respective owners.Copyright © 2020 Sophos Limited. All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording or otherwise unless you are either a valid licensee where the documentation can be reproduced in accordance with the license terms or you otherwise have the prior permission in writing of the copyright owner.Sophos and Sophos Anti-Virus are registered trademarks of Sophos Limited and Sophos Group.All other product and company names mentioned are trademarks or registered trademarks of their respective owners.。
安装和配置Mantis
说明：黑色加粗部分为配置文档修改或添加的内容，例如index.cgi意思为修改或添加index.cgi 红色加粗部分为操作控制而非直接输入，例如空格意思为此处需要按下空格键一、介绍✧Apache：Apache HTTP Server（简称Apache）是Apache软件基金会的一个开放源码的网页服务器，可以在大多数计算机操作系统中运行，由于其多平台和安全性被广泛使用，是最流行的Web服务器端软件之一。
它快速、可靠并且可通过简单的API扩展，将Perl/Python等解释器编译到服务器中。
✧MySQLMySQL（通常被读作My-SEQuel）是一个开放源码的关联式数据库管理系统。
原开发者为瑞典的MySQL AB公司，该公司在2008年被升阳微系统（Sun Microsystems）收购。
甲骨文公司（Oracle）2009年收购升阳微系统公司，MySQL成为Oracle旗下产品。
MySQL被广泛地应用在Internet上的中小型网站中。
由于其体积小、速度快、总体拥有成本低，尤其是开放源码这一特点，许多中小型网站为了降低网站总体拥有成本而选择了MySQL作为网站数据库。
MySQL所使用的SQL语言是用于访问数据库的最常用标准化语言✧PHPPHP，是英文超文本预处理语言Hypertext Preprocessor的缩写。
PHP 是一种HTML 内嵌式的语言，是一种在服务器端执行的嵌入HTML文档的脚本语言，语言的风格有类似于C语言，被广泛地运用。
✧MantisMantis是一个基于PHP技术的轻量级的开源缺陷跟踪系统，其功能与JIRA系统类似，都是以Web操作的形式提供项目管理及缺陷跟踪服务。
在功能上可能没有JIRA那么专业，界面也没有JIRA漂亮，但在实用性上足以满足中小型项目的管理及跟踪。
Apache+Mysql+PHP+Mantis一、基本设置：1）虚拟机操作系统类型及硬件配置，网卡设置为NA T类型，网段处于192.168.172.02）进入虚拟机，配置固定IP地址二、安装补丁程序及第三方软件1）安装补丁程序2008-vcredist_x86.exe2）安装补丁程序2010-vcredist_x86.exe3）安装notepad++ / editplus编辑软件，使用默认设置，方便修改后续软件参数4）安装WinRAR解压缩软件，安装使用默认配置三、安装和配置Apache1）将Apache2.4复制到C盘根目录2）进入C:\Apache24\conf\目录，修改httpd.conf文件，（鼠标右键单击文件，选择用notepad++）3）找到214行，添加如下内容ServerName空格本机IP地址:80本案例为ServerName空格192.168.172.100:804）修改完毕后保存退出，验证Apache配置的正确性。
ARUBA ACMS培训3.4配置Master Redundancy
4
CONFIDENTIAL © Copyright 2011. Aruba Networks, Inc. All rights reserved
实验
1. 六套设备分别组成3对VRRP，其中第1、2、3为主用控制器（优先级为110），第 4、5、6为备用控制器（优先级为90） 2. 在连接L3设备前，先进行系统备份
第2组 本地用户：10.2.5.x/24
上联：10.2.0.2/24 AP：10.2.1.x/24
10.2.0.1
上联：10.2.0.3/24 AP：10.5.1.x/24
第5组 本地用户：10.5.5.x/24
第3组
上联：10.3.0.2/24
10.3.0.1
上联：10.3.0.3/24
第6组
本地用户：10.3.5.x/24
description Backup-Master no shutdown !
3
CONFIDENTIAL © Copyright 2011. Aruba Networks, Inc. All rights reserved
Master-redundancy配置
主用控制器配置
master-redundancy master-vrrp 22 peer-ip-address 10.200.22.251 ipsec 123456 ！
3.10 无线网络配置——配置Master Redundancy
CONFIDENTIAL © Copyright 2011. Aruba Networks, Inc. All rights reserved
People move. Networks must follow.™
Master-Redundancy的概念
Microsoft Dynamics AX 2012 R3 运输管理（TMS）引擎实现与部署指南说明
Microsoft Dynamics AX 2012 R3Pawel Kruk May 2014This document describes the typical steps for building Transportation management (TMS) engines and utilizing them in Microsoft Dynamics AX.Implementing anddeploying Transportation management enginesContentsImplementing and deploying Transportation management engines 3 Prerequisites 3 Architectural background 3 Tutorial: Construct a Hello-World rate engine 4 Tutorial: Enable a Hello-World rate engine 7 More about TMS engine implementation 8Implementing and deploying Transportation management enginesThe Transportation management (TMS) module includes a number of extension points that let you implement custom algorithms to perform tasks that are related to the rating of transport and freight reconciliation. The implementations of the algorithms are called Transportation management engines (also referred to as TMS engines or engines). The engines are delivered as implementations of specific .NET interfaces and deployed on the Microsoft Dynamics AX Application Object Server (AOS) tier. Each Transportation management engine can be switched on and off, and it can also be tuned at runtime, based on Microsoft Dynamics AX data. Some of the most important objectives of these engines are as follows:•Calculation of transportation rate•Calculation of travel distance from point to point•Calculation of the time it takes to travel from point to point•Zone identification of addresses•Distribution of transportation charges for shipments across source document lines (also referred to as apportionment of charges).Microsoft Dynamics AX 2012 R3 includes a number of fully functional engines that are available out of the box. However, in many cases, new engines might be required in order to satisfy contract requirements. For example, there is no engine that calculates freight charge by using a particular algorithm, or an engine might be required to retrieve rating data directly from a web service provided by the carrier.This document explains the typical steps for building Transportation management engines and utilizing them in Microsoft Dynamics AX. It is targeted to engineers who want to learn how to implement and deploy custom Transportation management engines.PrerequisitesMicrosoft Visual Studio Tools for Microsoft Dynamics AX must be installed. For more information, see/en-us/library/gg889157.aspx.Architectural backgroundThe following illustration shows a simplified view of the TMS system.Within TMS, a number of operations might require some kind of data processing that is specific to a particular carrier, such as transportation rate calculation. Typically, this kind of calculation requires a lot of input data, such as the origin and delivery addresses, the size, weight, and number of packages, and the requested delivery date. For a rate shopping operation, you can track this information from the Rate route workbench form. When you initiate a rate shoppingrequest, request XML is constructed in TMS by using one of the X++ classes that are derived from TMSProcessXML_Base. The request XML is passed to the processing system encapsulated in the .NET assembly named Microsoft.Dynamics.Ax.TMS (also referred to as the TMS managed system). The further processing involves instantiation and utilization of one or more Transportation management engines. The final response from the TMS managed system consists of XML, which is interpreted into a result that is persisted in the Microsoft Dynamics AX database.The source code of the TMS managed system is available in the Microsoft Dynamics AX Application Object Tree (AOT), under the following path: \Visual Studio Projects\C Sharp Projects\Microsoft.Dynamics.AX.Tms.All of the engines that are available out of the box in AX 2012 R3 are defined within the TMS managed system itself. We recommend that all custom engines be implemented in a stand-alone assembly. This assembly should be constructed by using Visual Studio Tools for Microsoft Dynamics AX, and its project should be hosted in the AOT. The Microsoft Dynamics AX server infrastructure ensures that the actual project output is deployed to a server-binary location upon AOS startup. Microsoft Dynamics AX models are the recommended vehicles for distributing the TMS engine implementations to customers. For more information about Microsoft Dynamics AX models, see/en-us/library/hh335184.aspx.Tutorial: Construct a Hello-World rate engineFollow these steps to implement a simple rate engine.1.Follow these steps to enable debugging and hot-swapping of assemblies on the Microsoft Dynamics AX server:1.Open the Microsoft Dynamics AX Server Configuration Utility.2.Create a new configuration.3.Select the Enable breakpoints to debug X++ code running on this server and Enable the hot-swapping ofassemblies for each development session check boxes.The following illustration shows the new configuration.4.Click OK to restart the AOS service.2.From the AOT, follow these steps to open the source of Microsoft.Dynamics.Ax.TMS in a new instance of VisualStudio:1.Navigate to \Visual Studio Projects\C Sharp Projects\Microsoft.Dynamics.AX.Tms.2.On the context menu, click Edit to open Visual Studio.3.Follow these steps to add a new C# Class Library project to the solution:1.In Solution Explorer, right-click your solution node, and then click Add > New Project.2.In the C# project templates, select Class Library.3.Enter HelloWorldEngines as the project name.4.Click OK.4.In Solution Explorer, right-click the HelloWorldEngines project node, and then click Add HelloWorldEngines to AOT.5.Follow these steps to add a project-to-project reference from your project to Microsoft.Dynamics.AX.Tms:1.In Solution Explorer, right-click the HelloWorldEngines project node, and then click Add Reference.2.On the Projects tab, select Microsoft.Dynamics.AX.Tms.3.Click OK.The following illustration shows what your solution should now look like in Solution Explorer.6.Follow these steps to enable deployment of the project output to the Microsoft Dynamics AX server:1.In Solution Explorer, select the project node.2.In the Properties window, set the Deploy to Server property to Yes.The following illustration shows the project properties after this change has been made.7.Follow these steps to implement a rate engine called HelloWorldRateEngine:1.In Solution Explorer, rename Class1.cs to HelloWorldRateEngine.cs.2.Implement the HelloWorldRateEngine class.The following example shows how to implement this class.namespace HelloWorldEngines{using System;using System.Xml.Linq;using Microsoft.Dynamics.Ax.Tms;using Microsoft.Dynamics.Ax.Tms.Bll;using Microsoft.Dynamics.Ax.Tms.Data;using Microsoft.Dynamics.Ax.Tms.Utility;/// <summary>///Sample rate engine class using rating formula of quantity * factor./// </summary>public class HelloWorldRateEngine : BaseRateEngine{private const string RATE_FACTOR = “RateFactor”;private decimal rateFactor;/// <summary>///Initializes the engine instance./// </summary>/// <param name=”rateEngine”>Rate engine setup record.</param>/// <param name=”ratingDto”>Rating data transfer object.</param>public override void Initialize(TMSRateEngine rateEngine,RatingDto ratingDto){base.Initialize(rateEngine, ratingDto);RateEngineParameters parameters =new RateEngineParameters(TMSEngine.RateEngine,rateEngine.RateEngineCode);// Try to retrieve decimal value of RateFactor parameter specified// on engine setup Parametersif (!Decimal.TryParse(parameters.RetrieveStringValue(RATE_FACTOR),out rateFactor)){// Throw TMS Exception. The exception message is shown in infolog.// Additional exception data is recorded in// “Transportation system error log”throw TMSException.Create(“HelloWorldRateEngine requires definition of RateFactor parameter with valid decimal value”,TMSExceptionType.TMSEngineSetupException);}}/// <summary>///Calculates rate./// </summary>/// <param name=”transactionFacade”>The request transaction facade.</param>/// <param name=”shipment”>Rated shipment element.</param>/// <param name=”rateMasterCode”>Rate master code.</param>/// <returns>Updated rating data transfer object.</returns>public override RatingDto Rate(TransactionFacade transactionFacade,XElement shipment,string rateMasterCode){// Use extension method to sum down the item// quantity from the shipment XML elementdecimal quantity = shipment.SumDown(ElementXmlConstants.Quantity);// Retrieve or create rating elementXElement rateEntity = shipment.RetrieveOrCreateRatingEntity(this.RatingDto);// Use extension method to record rate// This method does not record additional information// like unit counts, currency etc.rateEntity.AddRate(TmsRateType.Rate, quantity * rateFactor);return this.RatingDto;}}}8.In Solution Explorer, select the HelloWorldEngines project node, and then click Add HelloWorldEngines to AOT.9.Follow these steps to deploy the engine assembly:1.In Solution Explorer, right-click your project node, and then click Deploy.2.Restart AOS.Your engine assembly is now available for use in Microsoft Dynamics AX. You can verify that HelloWorldEngines.dll is available in the following folder: [AOS installation location]\bin\VSAssemblies.Tutorial: Enable a Hello-World rate engineFollow these steps to enable the engine that you implemented and deployed in the previous tutorial.1.Follow these steps to create a rating engine in Microsoft Dynamics AX:1.Click Transportation Management > Setup > Engines > Rate engine to open the Rate engine form.2.Create a new record that refers to the engine that you created in step 4 of the previous tutorial:•Rate engine: HelloWorld•Name: Hello World Rate Engine•Engine assembly: HelloWorldEngines.dll•Engine type: HelloWorldEngines.HelloWorldRateEngineThe following illustration shows the new record.Note: Because your engine does not source any data from Microsoft Dynamics AX, you don’t need to construct andassign a rate base type for it.2.Follow these steps to specify a value for the RateFactor parameter:1.In the Rate engine form, click Parameters.2.Create a parameter record for RateFactor, and assign a value of3.Your engine is now ready for use.To test the engine, assign it to the rating profile of an active carrier, and run the rating, based on a source document that includes at least one line with a specific quantity. The total rate is computed as (Total lines quantity) * (RateFactor value). The Hello-World engine implementation is not currency-sensitive.For more information about how to associate shipping carriers with rate engines, see Set up shipping carriers and carrier groups.More about TMS engine implementation•Extension types– The following table enumerates the most important interfaces and abstract classes for building engine extensions. All these base types are defined in the Microsoft.Dynamics.Ax.Tms.Bll namespace.•User messages– To format a language-specific user message, use the Microsoft.Dynamics.Ax.Tms.TMSGlobal class that is defined in the TMS managed system. This class contains an overloaded method, called getLabel, that lets you retrieve a Microsoft Dynamics AX label in the current user language.•Language-sensitive data– The input and output XML can contain elements that carry language-sensitive data, such as dates or decimal numbers. The TMS managed system enforces that the current language of the thread is set to invariant. Use System.Globalization.CultureInfo.CurrentCulture to serialize and de-serialize XML data. •Accessing data from Microsoft Dynamics AX– A rate engine might require read or write access to the Microsoft Dynamics AX database. We highly recommend that you use proxy classes for .NET interop for interaction with tables in Microsoft Dynamics AX. For more information about proxy classes, see /en-us/library/gg879799.aspx.If you use proxy classes to interact with the Microsoft Dynamics AX database, consider using LINQ to Microsoft Dynamics AX to build and run queries. For more information about LINQ to Microsoft Dynamics AX, see/en-us/library/jj677293.aspx.Out of the box, the TMS managed system provides access to interaction with some of the TMS-specific tables by using proxy classes for .NET interop and LINQ to Microsoft Dynamics AX. You can use theMicrosoft.Dynamics.Ax.Tms.Data.AXDataRepository class to retrieve IQueryable objects for these tables.•Using the common engine data infrastructure– All the engines that are shipped out of the box with AX 2012 R3 require Microsoft Dynamics AX data in order to do the actual calculations. To reduce the cost of building engines that must source data from Microsoft Dynamics AX, the TMS system includes an implementation of a common engine data infrastructure. This feature enables the recording of engine-specific data, without the need to add new Microsoft Dynamics AX tables and build additional Microsoft Dynamics AX forms to maintain data. For more information about how to set up engine metadata, see “Transportation management engines” and “Set uptransportation management engines” under Rating setup in online Help.The TMS system defines a number of tables and Microsoft Dynamics AX forms that enable the recording of engine-specific data. This data is stored in physical table records that contain a number of generic table fields that can be reused for different purposes, depending on the specific engine implementation. For proper UI interpretation of data at runtime, metadata is recorded. For each group of data records that are used by a particular engine, a number of metadata records are required. These metadata records describe the caption, data type, lookup type, and a few other properties for each generic field that the engine is using.Use the following table to find the Microsoft Dynamics AX table that contains data and metadata for a particular type of engine.Send feedback.Microsoft Dynamics is a line of integrated, adaptable business management solutions that enables you and your people to make business decisions with greater confidence. Microsoft Dynamics works like and with familiar Microsoft software, automating and streamlining financial, customer relationship, and supply chain processes in a way that helps you drive business success. United States and Canada toll free: (888) 477-7989Worldwide: (1) (701) 281-6500/dynamics。
ASA防火墙限速配置asdm
ASA防火墙限速配置：(PC机必须先安装jre 插件)１．通过ＩＥ进入ＡＳＤＭ管理器。
在防火墙内部必须使用防火墙的内部接口地址进入ＡＳＤＭhttps://192.168.2.254在弹出窗口输入用户名（admin）和密码(ciscoadmin)点击“Run ASDM as a Java Applet”再次输入用户名和密码点击“是“之后就可以进入ＡＳＤＭ主界面２．点击Configuration -> Building Blocks -> Hosts/Networks, 在Host/Networks Groups 栏点“Add”添加要受限速的IP在New host or network下添加要受限速的IP并按Add 添加完成后按OK ->OK回到主界面，按Apply将配置输入防火墙3. 点击Configuration -> Security Policy -> Service Policy Rules -> Add 添加限速策略按NEXT继续选择Source and Destination IP Address(users ACL) 按NEXT 继续Source Host/Network 选择inside, Destination Host/Network 点”Group”选inside 在Group下选”SPEED_LIMIT_GROUP”点NEXT 继续点”QOS”, “Police output”的勾要勾上，并设定限制的速率，按Finsh完成日后需要更改受限速率直接选择”SPEED_LIMIT_POLICY”点”Edit”即可更改。
如果要添加或者删除受限用户可回到下面界面点”Edit”进行修改。
修改完后关闭并按提示保存。
Avamar 系统管理员指南说明书
a system administrator’s guide to monitoring avamar EMC Proven Professional Knowledge Sharing 2011Kelly MillsSolutions ArchitectEMC Corporation*******************Table of ContentsExecutive Summary (3)Introduction (3)Audience (3)Avamar Architecture (4)Avamar Notification Features (4)Setting up the SYSLOG environment (4)Nagios Overview (9)Sample Nagios Configuration (10)Advanced Nagios Configuration (13)PLUGINS (13)PASSIVE CHECKS (14)Conclusion (15)Appendix (16)SAMPLE SWATCH AVAMAR CONFIGURATION (16)EMC Proven Professional Knowledge Sharing 2Executive SummaryBackup and recovery infrastructure is critical to the life of any business. Longer data retention requirements and legal regulations for data storage and retrieval contribute to the need for a robust but agile backup solution. Given strict recover time and recover point objectives that define many service level agreements, the backup team operates around the clock. This group must be conscious of costs and often work with constrained budgets. A monitoring solution needs to be dependable and cost effective.EMC Avamar® is a software/hardware backup and recovery solution that takes advantage of data commonality in the environment and deduplicates the data at the source client and globally at the Avamar server. Avamar detects changes at the subfile level and uses local cache files to speed file comparison and processing. The result is fast client-side processing, low network bandwidth utilization (as only the changed blocks are sent to the Avamar server), and lower storage consumption. Although Avamar includes mechanisms for self-alerting, external monitoring should be added.Nagios is a powerful enterprise-class monitoring system that enables organizations to quickly identify and resolve infrastructure problems. This Open Source tool—with a large community of developers and support—is easily customizable for your situation and add-ons can be created to meet your needs.Syslog-NG is a leading Open Source solution for log collection and management. It provides a central logging set up that can be used to filter messages with tools such as SWATCH.IntroductionThis article will describe a general solution for monitoring the Avamar environment from a Systems Administrator viewpoint using Nagios and Syslog. It will highlight some of Avamar’s built-in utilities and focus on how they can interact with external tools.AudienceThis article is intended for Avamar administrators with knowledge of UNIX/Linux administration. It is not intended as a step-by-step guide for installing and configuring each package but to make the user aware of the capabilities.EMC Proven Professional Knowledge Sharing 3Avamar ArchitectureAvamar is a disk-based backup solution. The Avamar software installs on top of EMC-provided hardware or qualified customer hardware. This article will focus on the EMC-provided data storage solution. Hardware configurations can consist of single node or multiple node implementations. A node is a physical server running the Red Hat Linux operating system. The two basic nodes are the Utility node and the Data node. The Utility node provides internal Avamar server processes and services, including the administrator server, jobs scheduling, authentication, and maintenance and web access. The Data node is dedicated to providing storage for the backups. In an Avamar single node implementation, the Utility and Data node functions reside on the same physical node. In a multiple node configuration, the Utility node is its own dedicated physical node. The amount of capacity and protection needed will determine the number of Data nodes.Avamar Notification FeaturesAvamar system activity and operational status is reported as various event codes to the Utility node MCS service. Examples of events include maintenance activity status, failed logins, or client activations. Each event contains useful information such as the event code, date and time stamp, category, type, summary, and what generated the event.Notification options can consist of email messages, pop-up alerts, Syslog, SNMP, and events sent directly to EMC support. For this article, we will use the Syslog feature to achieve our desired results. Notifications are configured as Profiles via the Avamar Console.Setting up the SYSLOG environmentThe building blocks for setting up the SYSLOG monitoring environment will be in this order:1. Identifying a server to act as the Monitoring server2. Setting up the SYSLOG-NG server3. Setting up SWATCH to filter the SYSLOG-NG messages4. Configuring SYSLOG on the Avamar nodes5. Setting up the Avamar SYSLOG ProfileYou will need a new or existing Linux/UNIX server in your environment that can be used as the central monitoring server. This sever can be a virtual machine or physical server. You need to install the base operating system such as Red Hat, Solaris, HPUX, or flavor of your choice. For details on installing the OS and packages, please consult the respective OS manuals.EMC Proven Professional Knowledge Sharing 4Download a copy of SYSLOG-NG for your OS to your central monitoring server. You will need to disable the syslog service that comes with your OS before installing. Install the SYSLOG-NG package. You can edit the syslog-ng.conf file to customize it with you preferences. For example, you can have SYSLOG-NG create a directory for each host that sends it a message and name the log file using your standard naming convention. Here is an example:Start the SYSLOG-NG process. Verify the process is running by using the ―ps‖ command.SWATCH, a free tool that uses pattern matching to filter log messages, will monitor log files as they are written in real-time. As patterns are matched, SWATCH will then carry out specific actions as defined in the configuration file. Those actions can be simple email notifications or execution of a script. Download a copy SWATCH for your OS platform and install as per the platform.Now we must edit the syslog-ng.conf file to have it call SWATCH when a new message arrives and process it. Here is an example:After the syslog-ng.conf file has been updated, we will need to configure the SWATCH configuration file to look for certain patterns and send notifications. You can use regular expressions for pattern matching. Please see a sample Avamar SWATCH configuration in the Appendix. In this example, we are watching for the Avamar code ―22605‖, which is a Node Offline event. We use the keyword watchfor.We then can use the keyword mail or pipe to act upon that match. In this example, we are using the pipe keyword to send the text of the message to a homegrown internal script called notify which then sends it along to a recipient.EMC Proven Professional Knowledge Sharing 5The complete stanza would look like this:Here is an example of the EMAIL alert message:The SYSLOG-NG service needs to be restarted each time that the swatchrc file is updated. SWATCH does have the ability to point the swatchrc configuration file against an existing log file for testing.Avamar now needs to be configured to take advantage of the central monitoring server.We must add a line to the /etc/syslog.conf file on ALL the Avamar nodes (including the spare node on multiple node implementation). This allows us to capture all system messages regardless of if the Avamar application is running. It also provides a central location for archiving syslog messages. The entry in the syslog.conf file on each Avamar node needs to point to the central monitoring server. For example, if the central monitoring server had IP 1.2.3.4, it would look like this:You will then need to restart the syslog service on the Avamar node using the command―service syslog restart‖.EMC Proven Professional Knowledge Sharing 6Back on the central monitoring server, in the location you configured for the host directories to be created, you should now see a directory for this Avamar node. That directory will contain a log file with a new entry.To capture Avamar application-generated syslog events, we need to create a profile in the Avamar console. Launch the Avamar console. From the Tools menu, click Manage Profiles.Click on Local Syslog to highlight and then click Copy. Save the new profile.EMC Proven Professional Knowledge Sharing 7Highlight the new profile and click Edit from the top menu. Click on the Syslog Notification tab. EMC Proven Professional Knowledge Sharing 8Enter the IP address of the central monitoring server. The port will stay at the default of 514. Check the ―Include extended event data‖ checkbox. This option causes the alert message to be delimited using tags for easier parsing by SWATCH. Click OK.Highlight the new profile you created and then click Enable from the top menu.A syslog central monitoring system is now in place. The benefits to this setup include:∙ALL default Avamar events are sent to central monitor for processing. This eliminates the need to pick and choose what alerts you want Avamar to send from the long list.∙In a multiple Avamar grid environment, you wouldn’t have to log in to each console and modify events that are no longer needed as this is done centrally.∙Syslog on the physical nodes will send server-based events outside of the Avamar application that might be specific to that hardware platform.∙In a multiple node configuration, the Spare node is now monitored using Syslog so that you can fix any issues before the need arises to use it.∙ A central SWATCH configuration provides a quick way to add alerts or notification options.Nagios OverviewNagios is a graphical monitoring application that can easily provide tactical overviews of your environment. You can monitor physical devices as well as process and services running on those devices. You can further customize Nagios by placing hosts and services into groups. Nagios provides methods for creating users and user groups. The notification section is highly configurable to meet your reporting needs. Nagios can monitor your environment in several ways.1. Active Checks: Nagios will use protocols such as PING and HTTP to externally connectto devices. Nagios can also use SSH or NRPE to connect to a device and run a plugin(script).2. Passive Checks: An outside process contacts Nagios.Nagios comes with many built-in plugins and commands that will enable you to start monitoring servers very quickly.EMC Proven Professional Knowledge Sharing 9Here is a screen shot of the tactical overview page:Sample Nagios ConfigurationOnce you download and install Nagios on your central monitoring server, you will need to set up some configuration files. First define contacts and contact groups in the Nagios contacts.cfg and contactsgroup.cfg file respectively. This will allow you to notify certain individuals or groups of people. You can set time ranges for notification as well as what types of severity alerts should be sent to which parties.In this example, we will set up Nagios to ―ping‖ our Avamar nodes to determine if they are up. For simplicity you can add all your nodes into a file called avamar_hosts.cfg. This file defines ALL Avamar nodes.EMC Proven Professional Knowledge Sharing 10A typical entry looks like this for each node:You can also create an avamar_group.cfg file that would group certain Avamar nodes together. For example, hostgroup ―avamar-servers‖ would contain ALL nodes, whereas hostgroup―avamar-utility-servers‖ would only contain the utility nodes. A typical entry would look like this:Now we can create a service configuration file that defines what we want Nagios to check for. This file contains default settings such as name of the service, what checks are allowed, if notifications are enabled, time period that checks are allowed, the contact group, polling interval, and so on.In this example, we created a file called avamar_service.cfg. This file contains our default settings for whenever this service is used. It also contains our ―ping‖ check. Here is an example of that check.As you can see, we are using the avamar-service default settings, we are applying this check against the hostgroup ―avamar-servers‖, the service description name will show up as PING in the browser, and last, we are calling the built-in command ―check-host-alive‖.Once all configuration changes are made, the Nagios service needs to be reloaded using the /etc/init.d/Nagios reload command. If errors are detected, you can troubleshoot by calling the Nagios binary and pointing to the configuration file, i.e. /usr/local/Nagios/bin/Nagios –v../etc/Nagios.cfgHere is a screen shot of the PING service for our node ―localhost‖:You can also drill down into the service for more detail:Advanced Nagios ConfigurationPLUGINSNagios can be set up to do very elaborate checks via plugins on the nodes. You might want to have Nagios check node capacity or GSAN status. The plugin on the node can return information to be displayed in the browser window and depending on the exit code, it can trigger the appropriate alert and notification. There are two ways that Nagios can connect to the server and run the plugin.1. NRPE – this is a daemon process that is installed and runs on each server to bemonitored2. SSH – With the use of SSH keys, Nagios can connect to the server and runcommandsIn this example, we will connect to a Utility node using SSH and run a plugin to see if any of the nodes are above 60% utilization. On the Avamar Utility node, we have created a script called―nodeutil‖. The purpose of this script is to check each node and put Nagios into a warning state if the node utilization is between 60% and 62%. It will put Nagios into a critical state if the node utilization is 63% or higher. Here is what Nagios looks like after the check is run:We can also connect to the utility node and run other plugins to check Avamar-specific services, for instance, the status of the GSAN. The logic of your plugin needs to be aware that the GSAN status changes based on the maintenance job that is running and should account for that. This prevents false Nagios alerts. Here is a screen shot of more checks that you can monitor:PASSIVE CHECKSPassive checks can also be used to update Nagios about events. In this example, we will tie together the SYSLOG/SWACTH setup used earlier to contact Nagios. Recall that SWACTH can run a script if a pattern is matched. Nagios has a built-in command that you can call and assign variables. In this case we have SWACTH call a homegrown script called ―alert_nagios‖ that looks at the error message to determine the node name and then calls the Nagios command―submit_check_result‖ .Here is our SWATCH configuration to check for Garbage Collect failure:Here are the ―alert_nagios‖ script contents:Here is what Nagios looks like after the check runs:You can also update Nagios the same way to show that a check was successful.Here is our SWATCH configuration to check for Garbage Collect success:Here is what Nagios looks like after the check:ConclusionMonitoring Avamar includes not only the application itself but the devices that make up the Avamar infrastructure. Syslog and Nagios are free tools that provide limitless options for building a solid central monitoring solution. These tools extend the packaged Avamar features to create a comprehensive monitoring system. The added capabilities and automated coverage help alleviate the time you spend worrying about backups.AppendixSAMPLE SWATCH AVAMAR CONFIGURATION。
mayan文档管理系统使用手册
Mayan文档管理系统使用手册Mayan文档管理系统是一个开源的、易于使用的文档管理评台，致力于帮助用户高效地管理和组织大量的文档和文件。
无论是个人用户还是企业组织，Mayan都为他们提供了强大的文档管理功能和灵活的定制选项。
本篇文章将深入探讨Mayan文档管理系统的使用方法，帮助用户更好地使用这一工具。
一、Mayan文档管理系统的基本概念在开始学习Mayan文档管理系统之前，首先需要了解一些基本概念。
Mayan基于文件夹（Folder）和文件（Document）的组织结构，用户可以创建不同的文件夹来分类管理文件，并在文件夹中添加不同类型的文件。
Mayan还支持标签（Tags）的方式来对文件进行分类和查找，用户可以根据需要给文件添加不同的标签，以便更方便地进行管理和检索。
二、Mayan文档管理系统的基本操作1. 登录和用户权限管理用户需要通过浏览器访问Mayan文档管理系统的全球信息湾，并提供正确的用户名和密码进行登录。
在登录成功后，用户可以根据自己的权限进行不同操作，管理员可以对用户权限进行管理，普通用户仅能进行查看和编辑等操作。
2. 创建和管理文件夹在Mayan文档管理系统中，用户可以轻松地创建文件夹，并对文件夹进行重命名、移动和删除等操作。
在创建文件夹时，用户可以选择文件夹的名称、描述以及权限等参数，以便更好地进行管理和控制。
3. 添加和管理文件用户可以在Mayan中上传、添加和管理不同类型的文件，包括文档、图片、视频等。
在添加文件时，用户可以添加文件描述、标签以及版本信息等内容，以便更好地进行管理和查找。
4. 文件搜索和筛选Mayan文档管理系统提供了强大的搜索和筛选功能，用户可以根据文件名称、标签、描述等信息进行快速搜索和筛选。
Mayan还支持保存搜索条件和结果、创建智能收藏夹等功能，帮助用户更好地管理文件。
5. 版本控制和审批流程Mayan支持文件的版本控制和审批流程，用户可以轻松地对文件进行版本管理和审批流程控制，以保证文件的安全性和一致性。
Commvault Simpana 9学习手册3：Linux、Unix客户端的安装
CommvaultSimpana 9学习手册3：Linux、Unix客户端的安装CommvaultSimpana提供了非常丰厚的客户端支持，除了常见的Windows系统，Linux及Unix也有客户端的支持，并且安装过程也非常简便。
首先挂载CommvaultSimpana的安装光盘[root@localhost ~]# mount /dev/cdrom /media/mount: block device /dev/cdrom is write-protected, mounting read-only光盘目录如下：[root@localhost ~]# cd /media/[root@localhost media]# lsacsls_utilsfw_utils linux-ia64-glibc2.3aix5.3 get_glibc_ver linux-ia64-glibc2.5aix6.1 hp11.11 osf15.1AllTimeStamps_1281073120.txt hp11.23 pkg.xmlbranding hp11.23-ia64 reducedSP.shcvpkgadd hp11.31 registrycvpkgcheck hp11.31-ia64 silent_answer_example.xmlcvpkgoemkshsilent_installcvpkgrm linux-glibc2.3 simdarwin linux-glibc2.3-ppc64 solaris2.10db2_add_utils linux-glibc2.3-s390 solaris2.10-x86_64detect linux-glibc2.3-x86_64 solaris2.8eula_100.txt linux-glibc2.4 solaris2.9eula_101.txt linux-glibc2.4-x86_64 ssseula_102.txt linux-glibc2.5 supporteula_17.txt linux-glibc2.5-x86_64 timestamp.txteula_1.txt linux-glibc2.7 utilseula.txt linux-glibc2.7-x86_64 versionfreebsd7 linux-glibc2.9 xmlfreebsd7-x86_64 linux-glibc2.9-x86_64[root@localhost media]#执行./cvpkgadd进行安装，进入欢迎界面[root@localhost media]# ./cvpkgaddRestarting in pdksh-v5.2.14...Assigning setup GUID... 9-84-localhost.localdomain-127.0.0.1-4950Simpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------CommVault__ _/ _\(_)_ __ ___ _ __ __ _ _ __ __ _\ \ | | '_ ` _ \| '_ \ / _` | '_ \ / _` |_\ \| | | | | | | |_) | (_| | | | | (_| |\__/|_|_| |_| |_| .__/ \__,_|_| |_|\__,_||_|9.0.0(BUILD84)Welcome to CommVault Systems, Inc. Simpana.For support please visit /support, or send an email tosupport@, or call US/CANADA (Toll Free) (877) 780-3077; INTERNATIONAL (732) 571-2160.This script will install Simpana backup system on this machine.Log messages will be sent to /tmp/.gxsetup/cvpkgadd.log.4950.Press <ENTER> to start ...同意安装协议Simpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------EULAPress <ENTER> to review Simpana End User License Agreement ...Do you accept the terms of this license agreement? yes选择1，在本地安装CommvaultSimpana agentSimpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Unix Setup Task MenuPlease select a setup task you want to perform from the list below:Advanced options provide extra setup features such as creating custom package,recording/replaying user selections and installing External DataConnectorsoftware.1) Install data protection agents on this computer2) Advanced options3) Exit this menuYour choice: [1]选择在物理机上安装CommvaultSimpanaSimpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Cluster SupportCertain Simpana packages can be associated with a virtual IP, or in other words, installed on a "virtual machine" belonging to some cluster. At any given time the virtual machine's services and IP address are active on onlyone of the cluster's servers. The virtual machine can "fail-over" from oneserver to another, which includes stopping services and deactivating IP address on the first server and activating the IP address/services on the other server.You now have a choice of performing a regular Simpana install on the physicalhost or installing Simpana on a virtual machine for operation within a cluster.Most users should select "Install on a physical machine" here.1) Install on a physical machine2) Install on a virtual machine3) Exit this menuYour choice: [1]输入物理机的计算机名Simpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Physical Machine Host NameWe found one network interface available on your machine. We will associate itwith the physical machine being installed, and it will also be used by theCommServe to connect to the physical machine. Note that you will be able toadditionally customize Datapipe Interface Pairs used for the backup data traffic later in the Simpana Java GUI.Please check the interface name below, and make corrections if necessary:Physical Machine Host Name: redhat-a选择需要安装agent，输入相应的数字回车即可，选择完成之后输入dSimpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Install Simpana on physical machine redhat-aPlease select the Simpana module(s) that you would like to install.[X] 1) MediaAgent [1301] [CVGxMA][X] 2) UNIX File System iDataAgent [1101] [CVGxIDA][ ] 3) ProxyHostiDataAgent [1102] [CVGxProxyIDA][ ] 4) DocumentumiDataAgent [1126] [CVGxDctmIDA][ ] 5) Oracle iDataAgent [1204] [CVGxOrIDA][ ] 6) SAP for Oracle [1205] [CVGxOrSAP][ ] 7) SAP for MaxDB [1206] [CVGxSAPMAXDB][ ] 8) Informix iDataAgent [1201] [CVGxIfIDA][ ] 9) Sybase iDataAgent [1202] [CVGxSybIDA][ ] 10) DB2 iDataAgent [1207] [CVGxDB2][ ] 11) MySQL iDataAgent [1208] [CVGxMySQL][ ] 12) PostGresiDataAgent [1209] [CVGxPostGres][ ] 13) Lotus Notes Database iDataAgent [1051] [CVGxLndbIDA]>) >>>>>>>>>>>> NEXT PAGE >>>>>>>>>>>>[a=all n=none r=reverse q=quit d=done >=next <=previous ?=help]Enter number(s)/one of "a,n,r,q,d,>,<,?" here:是否输入licenseSimpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Install Agents for Restore Only?Do you want to install the agents for restore only without consuming licenses? [no]选择安装介质，2为本地Simpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Keep Your Install Up to Date - Installation Scripts PackInstallation Scripts Pack provides extra functions and latest support and fixperformed during setup time. Please specify how you want to get this pack.If you choose to download it from the website now, please make sure you haveinternet connectivity at this time. This process may take some time dependingon the internet connectivity.1) Download from the software provider website.2) Use the one in the installation media.3) Use the copy I already have by entering its unix path.Your choice: [1] 2选择安装路径Simpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Keep Your Install Up to Date - Latest Service PackLatest Service Pack provides extra functions and latest support and fix forthe packages you are going to install. You can download the latest service pack from software provider website.If you decide to download it from the website now, please make sure you haveinternet connectivity at this time. This process may take some timedependingon the internet connectivity.Do you want to download it from internet now? [no]Simpana<- config -> CVGxBase0 for Linux glibc2.5-------------------------------------------------------------------------------Simpana Installation DirectoryPlease specify where you want us to install Simpana binaries.It must be a local directory and there should be at least 142MB of free spaceavailable. All files will be installed in a "simpana" subdirectory, so if youenter "/opt", the files will actually be placed into "/opt/simpana".Installation Directory: [/opt]Simpana<- config -> CVGxBase0 for Linux glibc2.5-------------------------------------------------------------------------------Simpana Log DirectoryPlease specify where you want to keep Simpana log files.It must be a local directory and there should be at least 100MB of free spaceavailable. All log files will be created in a "simpana/Log_Files" subdirectory, so if you enter "/var/log", the logs will actually be placed into "/var/log/simpana/Log_Files".Log Directory: [/var/log]是否建立专门的备份用户组Simpana<- config -> CVGxBase0 for Linux glibc2.5-------------------------------------------------------------------------------Simpana GroupMost of Simpana processes run with root privileges, but some are launched bydatabases and inherit database access rights. To make sure that registry andlog files can be written to by both kinds of processes we can either make suchfiles world-writeable or we can grant write access only to processes belongingto a particular group, e.g. a "simpana" or a "dba" group.We highly recommend now that you create a new user group and enter its name inthe next setup screen. If you choose not to assign a dedicated group to Simpana processes, you willl need to specify the access permissions later.If you're planning to backup Oracle DB you should use "dba" group.Would you like to assign a specific group to Simpana? [yes] no确认用户权限Simpana<- config -> CVGxBase0 for Linux glibc2.5-------------------------------------------------------------------------------Access Permissions for Other UsersInstaller will assign full access rights to root user and its belonging groupfor all installed Simpana files and its processes.For any other users, you can specify the access permissions now.However, since you chose not to assign a dedicated group in previous step, make sure you specify sufficient access rights for other users if you are alsoplanning to install Simpana agents involving third party software protection.[X] 1) Allow read permission to other users[X] 2) Allow write permission to other users[X] 3) Allow execute permission to other users[a=all n=none r=reverse q=quit d=done >=next <=previous ?=help]Enter number(s)/one of "a,n,r,q,d,>,<,?" here:选择agent使用的端口号，默认是8400，这里8400的端口已经被占用，安装程序会自动向后选择端口，直到端口可用Simpana 9.0.0 (BUILD84) CVGxBase for Linux glibc2.5-------------------------------------------------------------------------------Instance Port NumbersEvery instance of Simpana should use a unique set of network ports to avoid interfering with other instances running on the same machine.The port numbers selected must be from the reserved port number range and havenot been registered by another application on this machine.Please enter the port numbers.Port Number for CVD : [8400]Simpana 9.0.0 (BUILD84) CVGxBase for Linux glibc2.5-------------------------------------------------------------------------------Instance Port NumbersEvery instance of Simpana should use a unique set of network ports to avoid interfering with other instances running on the same machine.The port numbers selected must be from the reserved port number range and havenot been registered by another application on this machine.Please enter the port numbers.Port Number for CVD : [8403]Port Number for EvMgrC: [8402]*** Port 8402 is already reserved in /etc/services.Press <ENTER> to try again ...Port Number for EvMgrC: [8403]*** CVD and EvMgrC cannot share the same port number.Press <ENTER> to try again ...Port Number for EvMgrC: [8404]防火墙设置Simpana 9.0.0 (BUILD84) CVGxBase for Linux glibc2.5-------------------------------------------------------------------------------Firewall ConfigurationIs there a firewall between this client and the CommServe? [no]指定CommServe的服务器地址Simpana 9.0.0 (BUILD84) CVGxBase for Linux glibc2.5-------------------------------------------------------------------------------CommServe Host NamePlease specify hostname of the CommServe below. Make sure the hostname isfully qualified, resolvable by the name services configured on this machine.CommServe Host Name: 选择使用的存储策略Simpana 9.0.0 (BUILD84) CVGxIDA for Linux glibc2.5-------------------------------------------------------------------------------Storage PolicyPlease select one storage policy for this IDA from the list below:1) dc-4week-1cyclesStorage Policy: [1]是否需要在另一台服务器上安装agentSimpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------Cluster SupportCertain Simpana packages can be associated with a virtual IP, or in other words, installed on a "virtual machine" belonging to some cluster. At anygiven time the virtual machine's services and IP address are active on onlyone of the cluster's servers. The virtual machine can "fail-over" from oneserver to another, which includes stopping services and deactivating IP address on the first server and activating the IP address/services on the other server.Currently you have Simpana installed on physical node redhat-a(redhat-a).Now you have a choice of either adding another package to the existing installation or configure Simpana on a virtual machine for use in a cluster.1) Add another package to redhat-a(redhat-a)2) Install Simpana on a virtual machine3) Exit this menuYour choice: [1]3完成安装Simpana 9.0.0 (BUILD84) Linux glibc2.5-------------------------------------------------------------------------------DoneThank you for choosing CommVault Systems, Inc. Simpana.For support please visit /support, or send an email tosupport@, or call US/CANADA (Toll Free) (877) 780-3077; INTERNATIONAL (732) 571-2160.Please take a moment to visit CommVault Systems, Inc. Simpana Web site at/support to download the latest Simpana Updates andService Packs.客户端安装完毕之后到CommCell控制台进行“注册客户端”指定客户端地址及端口号是否改写客户端名称及主机名确认添加配置完成添加后就可用看到Redhat-a的主机及其安装的agent。
DARMS电子文档数据中心-安装部署说明
DARMS电子文档数据中心安装部署说明（张秀雁2010.01.27）一、软硬件资源准备 (2)1.1服务器环境 (2)1.2客户机环境 (2)二、安装部署顺序步骤： (2)2.1 数据库的安装及初始化 (2)2.1.1sql server版的安装说明 (2)2.1.1.1安装数据库 (2)2.1.1.2数据初始化： (4)2.1.2ORACLE版的安装 (4)2.1.2.1安装oracle数据库（9i或10g） (4)2.1.2.2以用户system账号登陆oralcle数据库的sqlplus,执行以下语句 (4)2.1.2.3在操作系统doc窗口执行以下语句进行数据库恢复： (5)2.1.2.4以用户TITANS_LOGIN账号登陆oralcle数据库的sqlplus,执行以下语句： (5)2.2安装Office2003（完全安装） (6)2.3.运行本安装包的Disk1\setup.exe进行安装，并正确配置各项 (6)2.3.1常用项配置： (6)2.3.2数据库配置： (6)2.3.3FTP设置 (7)2.3.4OA接收的配置 (8)2.4.插入产品加密狗，点击桌面上的图标，启动程序 (9)2.5.在IE浏览器输入访问地址，例如： (9)2.6.修改单位名称、全宗名称和全宗号 (10)2.7.全文检索程序的启用 (11)2.7.1配置： (11)2.7.2启动全文检索 (11)2.8安装后的程序菜单 (13)2.9.系统升级和系统设置 (14)2.9.1启动服务后，对照旧系统，补充创建档案分类和模板，档号设置。
(14)2.9.2.数据迁移（旧的档案系统的数据迁移到本系统），根据实际情况使用对应的迁移工具，见具体的工具使用说明文档 (14)2.9.2.1超越和darms的数据迁移 (14)2.9.2.2旧的Bs档案系统迁移数据 (15)2.9.2.3接收的配置项如下： (15)2.10、条目检索项设置： (15)2.11接收OA，与OA标准包的子都对应关系设置： (16)一、软硬件资源准备二、安装部署顺序步骤：2.1 数据库的安装及初始化2.1.1sql server版的安装说明前提：本产品支持SQL SERVER 2000/2005/2008数据库，操作系统：windows 2003/2008 server2.1.1.1安装数据库(注意要把全文检索组件安装上)，并打好相应的补丁（sql2000打sp4，sql2005打sp2补丁，sql2008暂时不用打补丁），检查各项数据库相应的服务是否已经启动。
ASDM使用手册
1ASDM简介ASDM是一个基于WEB浏览器的JAVA程序的图形化安全设备管理工具。
ASDM定位为配置工具，通过ASDM可以对安全设备进行配置和监控，ASDM的配置功能十分强大，几乎可以实现命令行全部的操作。
但无法实现审计和告警的功能。
2ASDM基础设置2.1ASDM与防火墙软件的兼容性2.2ASDM对于客户机的需求2.3登陆前配置1.登陆FWSM2.配置允许登陆的源IP地址hostname(config)# http source_IP_address mask source_interface3.开启HTTPS服务hostname(config)# http server enable4.打开ASDM历史记录功能（可选，用于监控功能，详见第五章节）asdm history enable如果没有设置ASDM的AAA，则登陆时仅需要在password对话框中输入enable密码，username对话框不用填。
开启ASDM的AAA认证需要使用aaa authentication http console AAA LOCAL命令。
2.4登陆ASDM打开浏览器，在地址栏输入如https:即可打开ASDM页面。
ASDM有两种运行方式，一种是作为本地程序运行，另一种是作为Java Web程序运行。
作为本地程序运行的好处是可以通过桌面快捷方式调用ASDM而不再需要浏览器，并且通过桌面快捷方式可以快速链接多个设备。
如果想通过本地程序运行ASDM，点击Install ASDM Launcher and Run ASDM 按钮即可。
以Java Web程序运行，点击Run ASDM按钮即可。
3操作界面介绍3.1ASDM的操作界面ASDM的功能部分主要由菜单栏和功能画面栏这两个工具栏及一个设备列表组成3.2HOME功能页面在Home功能按钮下的home页面分为5个部分➢Device Information：用于显示设备的软硬件信息，选择License标签可以显示设备许可特性➢System Resources Status：用于显示设备当前的CPU和内存占用状态➢Interface Status：用于显示接口名状态及接口流量➢Traffic Staus：用来显示活跃的TCP和UDP连接数，以及穿过外部接口的流量速率➢Latest ASDM Syslog Messages：用来显示设备生产的最新的ASDM系统日志消息。
CISCO_ASA防火墙ASDM安装和配置
CISCO ASA防火墙ASDM安装和配置准备工作：准备一条串口线一边接台式机或笔记本一边接防火墙的CONSOLE 接口，通过开始——>程序——> 附件——>通讯——>超级终端输入一个连接名，比如“ASA”,单击确定。
选择连接时使用的COM口，单击确定。
点击还原为默认值。
点击确定以后就可能用串口来配置防火墙了。
在用ASDM图形管理界面之前须在串口下输入一些命令开启ASDM。
在串口下输入以下命令：ciscoasa>ciscoasa> enPassword:ciscoasa# conf t 进入全局模式ciscoasa(config)# webvpn 进入WEBVPN模式ciscoasa(config-webvpn)# username cisco password cisco 新建一个用户和密码ciscoasa(config)# int m 0/0 进入管理口ciscoasa(config-if)# ip address 192.168.1.1 255.255.255.0添加IP地址ciscoasa(config-if)# nameif guanli 给管理口设个名字ciscoasa(config-if)# no shutdown 激活接口ciscoasa(config)#q 退出管理接口ciscoasa(config)# http server enable 开启HTTP服务ciscoasa(config)# http 192.168.1.0 255.255.255.0 guanli 在管理口设置可管理的IP地址ciscoasa(config)# show run 查看一下配置ciscoasa(config)# wr m 保存经过以上配置就可以用ASDM配置防火墙了。
首先用交叉线把电脑和防火墙的管理口相连，把电脑设成和管理口段的IP 地址,本例中设为192.168.1.0 段的IP打开浏览器在地址栏中输入管理口的IP地址:[url]https://192.168.1.1/admin[/url]弹出一下安全证书对话框，单击“是”输入用户名和密码（就是在串口的WEBVPN模式下新建的用户和密码），然后点击“确定”。
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会签代号名称Rasdaman部署说明单位编写校对审核标审批准航天恒星科技有限公司编号密级非密阶段X页数23文档控制变更记录版本号日期作者段落、图或表增加/修改/删除简单描述更改申请单号目录1 编写目的 (1)2 产品部署场景及环境 (1)2.1 部署过程说明 (1)2.1.1 软件安装顺序 (1)2.1.2 jdk安装 (2)2.1.3 gcc-c++安装 (3)2.1.4 postgresql安装 (3)2.1.5 rasdaman安装与配置 (6)2.1.5.1 rasdaman依赖包安装 (6)2.1.5.2 gdal源码安装 (6)2.1.6 rasdaman8.4.0安装 (8)Rasdaman9.0.4外网安装 (8)2.1.7 rasdaman验证 (9)1编写目的编写Rasdaman部署说明的目的是帮助用户快速搭建Rasdaman运行环境2产品部署场景及环境系统需要的软件环境为：(1)操作系统：CentOS 6.5(2)软件：rasdaman-v8.4.0.tgz、postgresql-8.4.22.tar.gz、gdal-1.11.1.tar.gz、jdk-7u67-linux-x64.tar.gz、依赖库安装（详细见2.1.4）所有软件及依赖包如下图所示：2.1部署过程说明本节会详细描述CentOS 6.5中部署Rasdaman的详细过程及步骤。
2.1.1软件安装顺序Rasdaman依赖较多软件及依赖包，应注意安装顺序：1.jdk2.gcc-c++(编译postgresql与rasdaman)3.zlib-devel、bison-devel（postgresql依赖）4.postgresql5.openssl-devel、libjpeg-turbo-devel、ncurses-devel、libpng-devel、netpbm-devel、readline-devel、libtiff-devel6.gdal-1.11.1.tar.gz7.rasdaman2.1.2jdk安装jdk版本：1.6或更高(1)切换至root用户下安装jdk；(2)双击jdk-7u67-linux-x64.tar.gz文件压缩包，解压该文件到当前目录（目录：/home/rasdaman/下）；(1)jdk解压即可，需配置环境变量；(2)执行以下命令配置jdk环境变量：# vi /etc/profile# i# 加入内容:export JA V A_HOME=/home/rasdaman/jdk1.7.0_67export CLASSPATH=.:$JA V A_HOME/lib:$CLASSPATHexport PATH=$JA V A_HOME/bin:$PATH# 按esc，：wq退出编辑# source /etc/profile（使修改生效）(3)查看jdk安装信息：# java –version2.1.3gcc-c++安装(1)rpm包安装需root权限；(2)双击file.rpm文件直接安装；命令安装：# rpm -ivh file.rpm解决相互依赖包无法安装问题，安装openssl时使用# rpm -ivh file.rpm --nodeps --force（参数--nodeps 不考虑依赖关系；--force 强制安装）(3) 上图依赖包安装顺序：ppl、cloog-ppl、mpfr、cpp、libgcc、libgomp、gcc、libstdc++、libstdc++-devel、gcc-c++、2.1.4postgresql安装postgresql依赖zlib-devel、bison-devel两个包，否则无法通过configure和make；(1)# rpm -ivh zlib-devel-1.2.3-29.el6.x86_64.rpm# rpm -ivh bison-devel-2.4.1-5.el6.x86_64.rpm（如遇权限问题无法安装，su命令切至root用户）(2)在rasdaman用户下安装；(3)双击postgresql-8.4.22.tar.gz文件压缩包，解压到/home/rasdaman目录；(4)在/home/rasdaman目录位置中创建pgsql文件夹；(5)执行以下命令：# ./configure --prefix=/home/rasdaman/pgsql# gmake# gmake install(6)执行以下命令配置postgresql环境变量：# vi ~/.bash_profile# i# 加入内容:export PGSQLDIR=/home/rasdaman/postgresql-8.4.22(2)exportPATH=$PGSQLDIR/bin:/home/rasdaman/pgsql/bin:$GDAL_HOME/bin:$PATH(3)export PGDATA=/home/rasdaman/pgsql/data(4)export LD_LIBRARY_PATH=$PGSQLDIR/lib:$LD_LIBRARY_PATH(5)# 按esc，：wq退出编辑# source /etc/profile(1)Postgresql初始化及启动# initdb# pg_ctl start2.1.5rasdaman安装与配置2.1.5.1 rasdaman依赖包安装(1)rpm包安装需root权限；(2)双击file.rpm文件直接安装；命令安装：# rpm -ivh file.rpm解决相互依赖包无法安装问题，安装openssl时使用# rpm -ivh file.rpm --nodeps --force（参数--nodeps 不考虑依赖关系；--force 强制安装）(3) 上图依赖包安装顺序：zlib-devel、libpng-devel、libtiff、libtiff-devel、ncurses-devel、readline、libjpeg-turbo、libjpeg-turbo-devel、netpbm-deve2.1.5.2 gdal源码安装(1)切换至root用户下安装gdal；(2)双击gdal-1.11.1.tar.gz文件压缩包，解压该文件到当前目录(/home/rasdaman)；(2)在/home/rasdaman目录下创建gdal文件夹(gdal的安装目录)；(3)进入gdal解压文件夹，执行以下命令：# ./configure --prefix=/home/rasdaman/gdal# make# make install(4)执行以下命令配置gdal环境变量：# vi /etc/profile# i# 加入内容:export GDAL_HOME=/home/rasdaman/gdalexport LD_LIBRARY_PATH=$GDAL_HOME/lib:$LD_LIBRARY_PATH export PATH=$GDAL_HOME/bin:$PATH# 按esc，：wq退出编辑# source /etc/profile2.1.6rasdaman8.4.0安装(1)双击rasdaman-v8.4.0.tgz文件压缩包，解压该文件到/home/rasdaman/rasdaman-v8.4.0目录；(5)在/home/rasdaman目录下创建install文件夹；(6)执行以下命令：# ./configure --prefix=/home/rasdaman/install# make# make install至此，rasdaman已安装完毕。
2.1.7Rasdaman9.0.4外网安装2.1.7.1git工具源码安装2.1.7.1.1安装git的依赖安装包：yum install curlyum install curl-develyum install zlib-develyum install openssl-develyum install perlyum install cpioyum install expat-develyum install gettext-devel2.1.7.1.2 2.安装gitwget htt ps:///files/git-1.8.5.tar.gztar xzvf git-1.8.5.tar.gzcd git-xxxx-xx-xxautoconf./configuremakemake install2.1.7.2Rasdaman9.0.4源码安装利用git 工具下载源码git clone git://kahlua.eecs.jacobs-university.de/rasdaman.gitcd rasdaman/git checkout v9.0.4然后对源码进行编译，并安装autoreconf -fi./configure --prefix=/home/rasdaman/rasdaman9.0.4（在configure的过程中需要对缺少依赖包进行安装如：zlib-devel可以使用yum install zlib-devel.x86_64对其进行安装）makemake install2.1.8rasdaman验证1.启动数据库# pg_ctl start2.启动rasdaman# ./start_rasdaman.sh# ./rascontrol 用户：rasadmin密码：rasadmin # list srv -all 查看所有服务3.创建rasdaman数据库RASBASE# ./create_db.sh4.验证rasdaman实例# ./rasdaman_insertdemo.sh localhost 7001/home/rasdaman/install/share/rasdaman/examples/images/ rasadmin rasadmin安装成功！。